diff --git a/.DS_Store b/.DS_Store
index ebb3b22..3359569 100644
Binary files a/.DS_Store and b/.DS_Store differ
diff --git a/Connect2ImSwitch.ipynb b/Connect2ImSwitch.ipynb
deleted file mode 100644
index 8be2ebc..0000000
--- a/Connect2ImSwitch.ipynb
+++ /dev/null
@@ -1,119 +0,0 @@
-{
-  "nbformat": 4,
-  "nbformat_minor": 0,
-  "metadata": {
-    "colab": {
-      "name": "Connect2ImSwitch.ipynb",
-      "provenance": [],
-      "authorship_tag": "ABX9TyO7+5G2ByXDiclG7vRCgssu",
-      "include_colab_link": true
-    },
-    "kernelspec": {
-      "name": "python3",
-      "display_name": "Python 3"
-    },
-    "language_info": {
-      "name": "python"
-    }
-  },
-  "cells": [
-    {
-      "cell_type": "markdown",
-      "metadata": {
-        "id": "view-in-github",
-        "colab_type": "text"
-      },
-      "source": [
-        "<a href=\"https://colab.research.google.com/github/beniroquai/ImSwitchConfig/blob/master/Connect2ImSwitch.ipynb\" target=\"_parent\"><img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/></a>"
-      ]
-    },
-    {
-      "cell_type": "code",
-      "execution_count": 4,
-      "metadata": {
-        "id": "lf4uSP-hBlGr"
-      },
-      "outputs": [],
-      "source": [
-        "import Pyro5.api\n",
-        "#from _serialize import register_serializers\n",
-        "from imswitch.imcontrol.controller.server._serialize import register_serializers \n",
-        "\n",
-        "\n",
-        "register_serializers()\n",
-        "ipaddress = \"0.0.0.0\"\n",
-        "#ipaddress = \"192.168.2.162\"\n",
-        "uri = 'PYRO:ImSwitchServer@'+ipaddress+':54333'\n",
-        "imswitchServer = Pyro5.api.Proxy(uri)\n",
-        "imswitchServer.exec(\"ViewController\", \"liveview\", [True])\n",
-        "#imswitchServer.exec(\"ViewController\", \"liveview\", [False])\n",
-        "imswitchServer.move(positionerName=None, axis=\"X\", dist=1000) \n",
-        "imswitchServer.move(positionerName=None, axis=\"Y\", dist=1000) \n",
-        "image = imswitchServer.get_image()\n",
-        "imswitchServer.exec(\"ViewController\", \"liveview\", [False])"
-      ]
-    },
-    {
-      "cell_type": "code",
-      "source": [
-        "imswitchServer.exec(\"ViewController\", \"liveview\", [False])"
-      ],
-      "metadata": {
-        "id": "7GC68Twvj7JJ"
-      },
-      "execution_count": 5,
-      "outputs": []
-    },
-    {
-      "cell_type": "code",
-      "source": [
-        "import matplotlib.pyplot as plt\n",
-        "plt.imshow(image)"
-      ],
-      "metadata": {
-        "id": "Bd-PRJEmkKSO",
-        "outputId": "9063fd0b-3703-49ea-aea2-1eaf668a14a5",
-        "colab": {
-          "base_uri": "https://localhost:8080/",
-          "height": 287
-        }
-      },
-      "execution_count": 6,
-      "outputs": [
-        {
-          "output_type": "execute_result",
-          "data": {
-            "text/plain": [
-              "<matplotlib.image.AxesImage at 0x7fde0398a160>"
-            ]
-          },
-          "metadata": {},
-          "execution_count": 6
-        },
-        {
-          "output_type": "display_data",
-          "data": {
-            "text/plain": [
-              "<Figure size 432x288 with 1 Axes>"
-            ],
-            "image/png": "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\n"
-          },
-          "metadata": {
-            "needs_background": "light"
-          }
-        }
-      ]
-    },
-    {
-      "cell_type": "code",
-      "source": [
-        ""
-      ],
-      "metadata": {
-        "id": "V9sHH5f8l5pz"
-      },
-      "execution_count": null,
-      "outputs": []
-    }
-  ]
-}
\ No newline at end of file
diff --git a/config/imcontrol_options.json b/config/imcontrol_options.json
index ffd9f81..71a816e 100644
--- a/config/imcontrol_options.json
+++ b/config/imcontrol_options.json
@@ -1,29 +1,10 @@
 {
-    "setupFileName": "example_uc2_lightsheethik.json",
+    "setupFileName": "FRAME.json",
     "recording": {
         "outputFolder": "./ImSwitch/ImSwitch/recordings",
         "includeDateInOutputFolder": true
     },
     "watcher": {
         "outputFolder": "/Users/bene/ImSwitchConfig/scripts"
-    },
-    "setupFileName_VIRT": "example_uc2_virtual_flowstop.json",
-    "setupFileNameVirt": "example_virtual_microscope.json",
-    "setupFileName_ANDREW": "example_uc2_hik_histo_andrew_1-12-24.json",
-    "setupFileNameESP": "example_uc2_esp32cam.json",
-    "setupFileNameHypha": "example_uc2_hypha.json",
-    "setupFileNameDPC": "example_uc2_ledmatrix.json",
-    "setupFileNamePCO": "example_uc2_pco.json",
-    "setupFileName_": "example_uc2_hik_histo.json",
-    "setupFileName___": "example_uc2_lighsheethik.json",
-    "setupFileNameDG": "example_uc2_multicolour_daheng_lena.json",
-    "setupFileName222": "example_uc2_hik_histo.json",
-    "setupFileNam_holo": "example_uc2_hik_holo.json",
-    "setupFileName111": "example_uc2_lightsheetdaheng.json",
-    "setupFileNameWei": "example_uc2_wei_alliedvision.json",
-    "setupFileNameDaheng": "example_uc2_daheng_histo.json",
-    "setupFileName22": "example_uc2_labmaite.json",
-    "setupFileName11": "example_uc2_multicolour_hikvision.json",
-    "setupFileName2": "example_uc2_sim_daheng.json",
-    "setupFileName1": "example_uc2_storm_alliedvision.json"
+    }
 }
\ No newline at end of file
diff --git a/config/modules.json b/config/modules.json
index 3a371d5..09d5786 100644
--- a/config/modules.json
+++ b/config/modules.json
@@ -1,6 +1,5 @@
 {
     "enabled": [
-        "imcontrol",
-        "imscripting"
+        "imcontrol"
     ]
 }
\ No newline at end of file
diff --git a/example_uc2_hik.json b/example_uc2_hik.json
deleted file mode 100644
index a311ff1..0000000
--- a/example_uc2_hik.json
+++ /dev/null
@@ -1,158 +0,0 @@
-{
-    "positioners": {
-        "ESP32Stage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-            "rs232device": "ESP32",
-            "isEnable": true,
-            "enableauto": false,
-            "isDualaxis": 0,
-            "stepsizeX": -0.3125,
-            "stepsizeY": -0.3125,
-            "stepsizeZ": 0.3125,
-            "stepsizeA": 0.3125,
-            "homeSpeedX": 15000,
-            "homeSpeedY": 15000,
-            "homeSpeedZ": 15000,
-            "homeDirectionX": 1,
-            "homeDirectionY": 1,
-            "homeDirectionZ": -1,
-            "initialSpeed": {"X": 15000, "Y":  15000,"Z": 15000, "A": 15000}
-          },
-          "axes": [
-            "X",
-            "Y",
-            "Z",
-            "A"
-          ],
-          "forScanning": true,
-          "forPositioning": true
-        }
-      },
-    "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "/dev/cu.SLAB_USBtoUART"
-      }
-    },
-    "VirtualMicroscope": {
-      "managerName": "VirtualMicroscopeManager",
-      "managerProperties": {
-      }
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4,
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "HikCamManager",
-        "managerProperties": {
-            "isRGB": 0,
-            "cameraListIndex": 0,
-            "cameraEffPixelsize": 0.2257,
-            "hikcam": {
-                "exposure": 0,
-                "gain": 0,
-                "blacklevel": 100,
-                "image_width": 1000,
-                "image_height": 1000
-            }
-        },
-        "forAcquisition": true,
-        "forFocusLock": true
-    }
-    },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "fovLock": {
-    "camera": "WidefieldCamera",
-    "positioner": "VirtualStage",
-    "updateFreq": 1, 
-    "piKp":1, 
-    "piKi":1
-    },
-  "webrtc":{},
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "MCT",
-    "UC2Config",
-    "LEDMatrix",
-    "ROIScan",
-    "HistoScan",
-    "PixelCalibration",
-    "Lightsheet",
-    "FOVLock"
-  ],
-  "nonAvailableWidgets":[
-    "Hypha",
-    "FocusLock",
-    "HistoScan",
-    "STORMRecon",
-    "DPC",
-    "ImSwitchServer",
-    "PixelCalibration",
-    "FocusLock"]
-}
diff --git a/flowStopController/config.json b/flowStopController/config.json
index 7da2d74..9a7c10e 100644
--- a/flowStopController/config.json
+++ b/flowStopController/config.json
@@ -1,11 +1,13 @@
 {
     "wasRunning": true,
-    "defaultFlowRate": 100,
-    "defaultNumberOfFrames": -1,
-    "defaultExperimentName": "FlowStopExperiment",
-    "defaultFrameRate": 1,
-    "defaultSavePath": "./",
-    "defaultAxisFlow": "X",
-    "defaultAxisFocus": "Z",
-    "defaultDelayTimeAfterRestart": 1
+    "flowRate": 100,
+    "numberOfFrames": -1,
+    "experimentName": "FlowStopExperiment",
+    "frameRate": 1,
+    "savePath": "./",
+    "fileFormat": "JPG",
+    "axisFlow": "X",
+    "axisFocus": "Z",
+    "delayTimeAfterRestart": 1,
+    "isRecordVideo": true
 }
\ No newline at end of file
diff --git a/histoController/config.json b/histoController/config.json
deleted file mode 100644
index 342aac9..0000000
--- a/histoController/config.json
+++ /dev/null
@@ -1,10 +0,0 @@
-{
-<<<<<<< Updated upstream
-    "offsetX": -181521.96498054476,
-    "offsetY": -41432.74853801169
-}
-=======
-    "offsetX": -39756.6265060241,
-    "offsetY": -45151.675485008825
-}
->>>>>>> Stashed changes
diff --git a/histoController/csm.json b/histoController/csm.json
deleted file mode 100644
index 87e73b8..0000000
--- a/histoController/csm.json
+++ /dev/null
@@ -1 +0,0 @@
-{"camera_stage_mapping_calibration": {"image_to_stage_displacement": 
\ No newline at end of file
diff --git a/imcontrol_UC2Config/pinDef.json b/imcontrol_UC2Config/pinDef.json
deleted file mode 100644
index 3f29618..0000000
--- a/imcontrol_UC2Config/pinDef.json
+++ /dev/null
@@ -1,31 +0,0 @@
-{
-    "general": {
-        "radius": 100.0,
-        "sigma": 35.0,
-        "rotationAngle": 0.0
-    },
-    "pinDef": {
-        "motXstp": 26,
-        "motXdir": 16,
-        "motYstp": 25,
-        "motYdir": 27,
-        "motZstp": 17,
-        "motZdir": 14,
-        "motAstp": 0,
-        "motAdir": 0,
-        "motEnable": 12,
-        "ledArrPin": 4,
-        "ledArrNum": 39,
-        "digitalPin1": 0,
-        "digitalPin2": 0,
-        "digitalPin3": 0,
-        "analogPin1": 0,
-        "analogPin2": 0,
-        "analogPin3": 0,
-        "laserPin1": 19,
-        "laserPin2": 18,
-        "laserPin3": 0,
-        "dacFake1": 0,
-        "dacFake2": 0
-    }
-}
\ No newline at end of file
diff --git a/imcontrol_setups/.DS_Store b/imcontrol_setups/.DS_Store
index be4d2c8..277c107 100644
Binary files a/imcontrol_setups/.DS_Store and b/imcontrol_setups/.DS_Store differ
diff --git a/imcontrol_setups/example_uc2_multicolour_daheng_lena.json b/imcontrol_setups/FRAME.json
similarity index 55%
rename from imcontrol_setups/example_uc2_multicolour_daheng_lena.json
rename to imcontrol_setups/FRAME.json
index 2bb79b4..c2ae3d8 100644
--- a/imcontrol_setups/example_uc2_multicolour_daheng_lena.json
+++ b/imcontrol_setups/FRAME.json
@@ -6,31 +6,38 @@
         "rs232device": "ESP32",
         "isEnable": true,
         "enableauto": false,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "isDualaxis": true,
-        "homeDirectionX": 1,
+        "stepsizeXDocu": "200*16 per revolution at 1.27 pitch",
+        "stepsizeX": 0.396,
+        "stepsizeY": 0.396,
+        "stepsizeZ": 0.1563,        
+        "homeSpeedX": 10000,
+        "homeSpeedY": 10000,
+        "homeSpeedZ": 10000,
+        "isDualaxis": false,
         "backlashXOld": 15,
         "backlashYOld": 40,
         "backlashX": 0,
         "backlashY": 0,
-        "homeEndstoppolarityY": 0,
+        "homeEndstoppolarityX": 1,
+        "homeEndstoppolarityY": 1,
+        "homeDirectionX": -1,
         "homeDirectionY": -1,
         "homeDirectionZ": 0,
         "homeXenabled": 1,
         "homeYenabled": 1,
         "homeZenabled": 0,
-        "initialSpeed": {"X": 15000, "Y":  15000, "Z": 15000, "A": 15000}
+        "homeOnStartX":0,
+        "homeOnStartY":0,
+        "initialSpeed": {
+          "X": 15000,
+          "Y": 15000,
+          "Z": 15000
+        }
       },
       "axes": [
         "X",
         "Y",
-        "Z",
-        "A"
+        "Z"
       ],
       "forScanning": true,
       "forPositioning": true
@@ -42,42 +49,23 @@
       "managerProperties": {
         "host_": "192.168.43.129",
         "serialport": "COM3",
-        "serialport_": "/dev/cu./dev/cu.SLAB_USBtoUART",
-        "debug":1 , 
-        "baudrate": 500000
+        "baudrate":115200,
+        "debug": true
       }
     }
   },
   "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 3,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
+    "LEDRing": {
       "analogChannel": null,
       "digitalLine": null,
       "managerName": "ESP32LEDLaserManager",
       "managerProperties": {
         "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
+        "channel_index": 2
       },
       "wavelength": 635,
       "valueRangeMin": 0,
-      "valueRangeMax": 1024
+      "valueRangeMax": 1023
     },
     "LED": {
       "analogChannel": null,
@@ -94,17 +82,18 @@
   },
   "detectors": {
     "WidefieldCamera": {
-      "ExtPackage": "imswitch_det_webcam",
       "analogChannel": null,
       "digitalLine": null,
-      "managerName": "GXPIPYManager",
+      "managerName": "HikCamManager",
       "managerProperties": {
-        "cameraListIndex": 1,
+        "isRGB": 0,
+        "cameraListIndex": 0,
         "cameraEffPixelsize": 0.2257,
-        "gxipycam": {
-          "exposure": 20,
+        "mocktype": "OffAxisHolo",
+        "hikcam": {
+          "exposure": 0,
           "gain": 0,
-          "blacklevel": 10,
+          "blacklevel": 100,
           "image_width": 1000,
           "image_height": 1000
         }
@@ -112,43 +101,28 @@
       "forAcquisition": true,
       "forFocusLock": true
     }, 
-    "Observer": {
-      "managerName": "OpenCVCamManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraListIndexWIN": 0,
-        "cameraEffPixelsize":100,
-        "cameraPixelSize":100,
-        "isRGB":1,
-        "opencvcam": {
-          "exposure": 10
-        }
-      },
-      "forAcquisition": false
-    }
+      "Preview": {
+        "analogChannel": null,
+        "digitalLine": null,
+        "managerName": "OpenCVCamManager",
+        "managerProperties": {
+          "cameraListIndex": 0,
+          "cameraListIndexWIN": 0,
+          "isRGB": true,
+          "opencvcam": {
+            "exposure": 0,
+            "gain": 0,
+            "blacklevel": 100,
+            "image_width": 1000,
+            "image_height": 1000,
+            "pixel_format": "Mono12"
+          }
+        },
+        "forAcquisition": false
+      }
   },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
+  "HistoScan": {
+    "PreviewCamera1": "Preview"
   },
   "autofocus": {
     "camera": "WidefieldCamera",
@@ -159,11 +133,6 @@
     "frameCropw": 500,
     "frameCroph": 100
   },
-  "uc2Config": {
-    "defaultConfig": "pindefWemos.json",
-    "defaultConfig2": "pindefUC2Standalon2.json",
-    "defaultConfig1": "pindefUC2Standalon.json"
-  },
   "mct": {
     "monitorIdx": 2,
     "width": 1080,
@@ -177,37 +146,69 @@
   "dpc": {
     "wavelength": 0.53,
     "pixelsize": 0.2,
-    "NA":0.3,
+    "NA": 0.3,
     "NAi": 0.3,
     "n": 1.0,
-    "rotations": [0, 180, 90, 270]
+    "rotations": [
+      0,
+      180,
+      90,
+      270
+    ]
   },
-  "webrtc":{},
+  "webrtc": {},
   "PixelCalibration": {},
+  "focusLock": {
+    "camera": "WidefieldCamera",
+    "positioner": "ESP32StageManager",
+    "updateFreq": 4,
+    "frameCropx": 0,
+    "frameCropy": 0,
+    "frameCropw": 0,
+    "frameCroph": 0
+  },
+  "LEDMatrixs": {
+    "ESP32 LEDMatrix": {
+      "analogChannel": null,
+      "digitalLine": null,
+      "managerName": "ESP32LEDMatrixManager",
+      "managerProperties": {
+        "rs232device": "ESP32",
+        "Nx": 4,
+        "Ny": 4,
+        "wavelength": 488,
+        "valueRangeMin": 0,
+        "valueRangeMax": 32768
+      }
+    }
+  },
   "availableWidgets": [
     "Settings",
-    "Positioner",
     "View",
     "Recording",
     "Image",
     "Laser",
+    "Positioner",
+    "Autofocus",
     "MCT",
     "UC2Config",
-    "Autofocus",
-    "ROIScan",
-    "LEDMatrix",
-    "HistoScan", 
-    "DPC"
+    "PixelCalibration",
+    "HistoScan",
+    "Joystick",
+    "Flatfield",
+    "Histogramm",
+    "ROIScan"
   ],
-  "nonAvailableWidgets":[
-    "Temperature",
+  "nonAvailableWidgets": [
     "STORMRecon",
-    "Autofocus",
-    "ROIScan",
+    "imswitch_arkitekt_next",
+    "DPC",
+    "Holo",
+    "FFT",
+    "Hypha",
     "FocusLock",
     "HistoScan",
-    "PixelCalibration",
-    "Hypha",
-    "LEDMatrix",
-    "FocusLock"]
+    "FocusLock",
+    "FOVLock"
+  ]
 }
diff --git a/imcontrol_setups/Holisheet_vimba.json b/imcontrol_setups/Holisheet_vimba.json
deleted file mode 100644
index 7cca300..0000000
--- a/imcontrol_setups/Holisheet_vimba.json
+++ /dev/null
@@ -1,105 +0,0 @@
-{
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "AVManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "avcam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "pixel_format": "Mono12"
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": false
-        }
-    },
-    "lasers": {
-        "Laser Blue": {
-              "analogChannel": null,
-              "digitalLine": null,
-              "managerName": "ESP32LEDLaserManager",
-              "managerProperties": {
-                  "rs232device": "ESP32",
-                  "channel_index": 2,
-                  "filter_change": false, 
-                  "filter_axis": 1,
-                  "filter_position": 0,
-                  "filter_position_init": 0,
-                  "laser_despeckle_period": 0,
-                  "laser_despeckle_amplitude": 0
-              },
-              "wavelength": 488,
-              "valueRangeMin": 0,
-              "valueRangeMax": 32768
-          }          
-    },
-    "positioners": {
-        "LightsheetStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.137.95",
-                "serialport": "COM3"
-            }
-        }
-    },
-    "mct": {
-        "monitorIdx": 2,
-        "width": 1080,
-        "height": 1920,
-        "wavelength": 0,
-        "pixelSize": 0,
-        "angleMount": 0,
-        "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-        "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-      },
-      "LEDMatrixs": {
-        "ESP32 LEDMatrix": {
-          "analogChannel": null,
-          "digitalLine": null,
-          "managerName": "ESP32LEDMatrixManager",
-          "managerProperties": {
-              "rs232device": "ESP32",
-              "Nx": 8,
-              "Ny": 8
-          },
-          "wavelength": 488,
-          "valueRangeMin": 0,
-          "valueRangeMax": 32768
-      }},    
-    "laserPresets": {},
-    "defaultLaserPresetForScan": null,
-    "availableWidgets": [
-        "LEDMatrix",
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "MCT"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/UC2_labmaite.json b/imcontrol_setups/UC2_labmaite.json
deleted file mode 100644
index 8184de4..0000000
--- a/imcontrol_setups/UC2_labmaite.json
+++ /dev/null
@@ -1,131 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "stepsizeX": 0.3125,
-        "stepsizeY": 0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX", 15000,
-        "homeSpeedY", 15000,
-        "homeSpeedZ", 15000,
-        "homeDirectionX": -1,
-        "homeDirectionY": -1,
-        "homeDirectionZ": -1,
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": true,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "BaslerManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraEffPixelsize": 0.08,
-        "basler": {
-          "isRGB": true,
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-      "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-  },
-  "mct": {
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "LEDMatrix",
-    "MCT",
-    "UC2Config",
-    "PixelCalibration"
-  ]
-}
diff --git a/imcontrol_setups/example_FFT.json b/imcontrol_setups/example_FFT.json
deleted file mode 100644
index 49c4400..0000000
--- a/imcontrol_setups/example_FFT.json
+++ /dev/null
@@ -1,38 +0,0 @@
-{
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "TISManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "tis": {
-          "exposure": 0,
-          "gain": 0,
-          "brightness": 0,
-          "image_width": 2448,
-          "image_height": 2048
-        }
-      },
-      "forAcquisition": true
-    }},
-  "rois": {
-    "Full chip": {
-      "x": 0,
-      "y": 0,
-      "w": 2448,
-      "h": 2048
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "FFT",
-    "FLIMLabs"
-  ],
-  "scanDefaults": {
-    "defaultScanFile": null
-  }
-}
diff --git a/imcontrol_setups/example_coolLED.json b/imcontrol_setups/example_coolLED.json
deleted file mode 100644
index 9b5fadd..0000000
--- a/imcontrol_setups/example_coolLED.json
+++ /dev/null
@@ -1,176 +0,0 @@
-{
-    "lasers": {
-        "365 LED": {
-            "analogChannel": null,
-            "digitalLine": 8,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "A"
-            },
-            "wavelength": 365,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "435 LED": {
-            "analogChannel": null,
-            "digitalLine": 9,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "B"
-            },
-            "wavelength": 435,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "470 LED": {
-            "analogChannel": null,
-            "digitalLine": 10,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "C"
-            },
-            "wavelength": 470,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "500 LED": {
-            "analogChannel": null,
-            "digitalLine": 11,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "D"
-            },
-            "wavelength": 500,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "550 LED": {
-            "analogChannel": null,
-            "digitalLine": 12,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "H"
-            },
-            "wavelength": 550,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "580 LED": {
-            "analogChannel": null,
-            "digitalLine": 13,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "G"
-            },
-            "wavelength": 580,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "635 LED": {
-            "analogChannel": null,
-            "digitalLine": 14,       
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "F"
-            },
-            "wavelength": 635,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        },
-        "740 LED": {
-            "analogChannel": null,
-            "digitalLine": 15,
-            "managerName": "CoolLEDLaserManager",
-            "managerProperties": {
-                "rs232device": "coolLED",
-                "channel_index": "E"
-            },
-            "wavelength": 740,
-            "valueRangeMin": 0,
-            "valueRangeMax": 100
-        }
-    },
-    "positioners": {
-        "X": {
-            "analogChannel": 0,
-            "digitalLine": null,
-            "managerName": "NidaqPositionerManager",
-            "managerProperties": {
-                "conversionFactor": 1.587,
-                "minVolt": -10,
-                "maxVolt": 10
-            },
-            "axes": ["X"],
-            "forScanning": true,
-            "forPositioning": true
-        },
-        "Y": {
-            "analogChannel": 1,
-            "digitalLine": null,
-            "managerName": "NidaqPositionerManager",
-            "managerProperties": {
-                "conversionFactor": 1.587,
-                "minVolt": -10,
-                "maxVolt": 10
-            },
-            "axes": ["Y"],
-            "forScanning": true,
-            "forPositioning": true
-        },
-        "Z": {
-            "analogChannel": 2,
-            "digitalLine": null,
-            "managerName": "NidaqPositionerManager",
-            "managerProperties": {
-                "conversionFactor": 10,
-                "minVolt": 0,
-                "maxVolt": 10
-            },
-            "axes": ["Z"],
-            "forScanning": true,
-            "forPositioning": true
-        }
-    },
-    "scan": {
-        "scanDesigner": "BetaScanDesigner",
-        "scanDesignerParams": {
-            "return_time": 0.01
-        },
-        "TTLCycleDesigner": "BetaTTLCycleDesigner",
-        "TTLCycleDesignerParams": {},
-        "sampleRate": 100000
-    },
-    "nidaq": {
-        "timerCounterChannel" : null,
-        "startTrigger" : false
-   },
-   "rs232devices": {
-    "coolLED": {
-      "managerName": "RS232Manager",
-      "managerProperties": {
-        "port": "COM8",
-        "encoding": "ascii",
-        "recv_termination": "\n",
-        "send_termination": "\r \n",
-        "baudrate": 57600,
-        "bytesize": 8,
-        "parity": "none",
-        "stopbits": 1,
-        "rtscts": "false",
-        "dsrdtr": "false",
-        "xonxoff": "false"
-        }
-    }
-    },
-    "availableWidgets": [
-        "Laser",
-        "Scan"
-    ]
-}
diff --git a/imcontrol_setups/example_hamamatsu_SIM.json b/imcontrol_setups/example_hamamatsu_SIM.json
deleted file mode 100644
index 03be814..0000000
--- a/imcontrol_setups/example_hamamatsu_SIM.json
+++ /dev/null
@@ -1,51 +0,0 @@
-{
-  "detectors": {
-    "SIM": {
-        "analogChannel": null,
-        "digitalLine": 4,
-        "managerName": "HamamatsuManager",
-        "managerProperties": {
-            "cameraListIndex": 0,
-            "hamamatsu": {
-                "readout_speed": 3,
-                "trigger_global_exposure": 5,
-                "trigger_active": 2,
-                "trigger_polarity": 2,
-                "exposure_time": 0.01,
-                "trigger_source": 1,
-                "subarray_hpos": 0,
-                "subarray_vpos": 0,
-                "subarray_hsize": 2048,
-                "subarray_vsize": 2048
-            }
-        },
-        "forAcquisition": true
-    }
-},
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },  
-  "sim": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "isHamamatsuSLM": true,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "SIM"
-    ]
-  }
diff --git a/imcontrol_setups/example_laser.json b/imcontrol_setups/example_laser.json
deleted file mode 100644
index d33afbe..0000000
--- a/imcontrol_setups/example_laser.json
+++ /dev/null
@@ -1,88 +0,0 @@
-{
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM5",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": false,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "WebcamManager",
-        "managerProperties": {
-            "cameraListIndex": 0,
-            "cameraEffPixelsize": 0.1,
-            "webcam": {
-                "exposure": 0,
-                "gain": 0,
-                "blacklevel": 100,
-                "image_width": 1000,
-                "image_height": 1000
-            }
-        },
-        "forAcquisition": true,
-        "forFocusLock": true
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Laser",
-    "Recording",
-    "Image",
-    "ImSwitchServer"
-  ]
-}
diff --git a/imcontrol_setups/example_ofm.json b/imcontrol_setups/example_ofm.json
deleted file mode 100644
index 9b666e5..0000000
--- a/imcontrol_setups/example_ofm.json
+++ /dev/null
@@ -1,72 +0,0 @@
-{
-   "positioners":{
-      "ESP32Stage":{
-         "managerName":"OFMStageManager",
-         "managerProperties":{
-            "rs232device":"OFM"
-         },
-         "axes":[
-            "X",
-            "Y",
-            "Z"
-         ],
-         "forScanning":true,
-         "forPositioning":true
-      }
-   },
-   "rs232devices":{
-      "OFM":{
-         "managerName":"OFMManager",
-         "managerProperties":{
-            "host":"10.10.10.46"
-         }
-      }
-   },
-   "detectors":{
-      "WidefieldCamera":{
-         "analogChannel":null,
-         "digitalLine":null,
-         "managerName":"OFMCamManager",
-         "managerProperties":{
-            "cameraListIndex":1,
-            "ofmcam":{
-               "cameraHost":"10.10.10.46",
-               "cameraPort":5000,
-               "exposure":0,
-               "gain":0,
-               "blacklevel":100,
-               "image_width":1000,
-               "image_height":1000
-            }
-         },
-         "forAcquisition":true,
-         "forFocusLock":true
-      }
-   },
-   "rois":{
-      "Full chip":{
-         "x":600,
-         "y":600,
-         "w":1200,
-         "h":1200
-      }
-   },
-   "mct": {
-     "monitorIdx": 2,
-     "width": 1080,
-     "height": 1920,
-     "wavelength": 0,
-     "pixelSize": 0,
-     "angleMount": 0,
-     "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-     "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-   },
-   "availableWidgets":[
-      "MCT",
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Positioner"
-   ]
-}
diff --git a/imcontrol_setups/example_pulseStreamer.json b/imcontrol_setups/example_pulseStreamer.json
deleted file mode 100644
index 724147e..0000000
--- a/imcontrol_setups/example_pulseStreamer.json
+++ /dev/null
@@ -1,21 +0,0 @@
-{
-    "lasers": {
-        "435 Laser": {
-            "analogChannel": 0,
-            "digitalLine": 0,
-            "managerName": "PulseStreamerLaserManager",
-            "managerProperties": {},
-            "wavelength": 435,
-            "valueRangeMin": -1.0,
-            "valueRangeMax": 1.0
-        }
-    },
-	"pulseStreamer": {
-        "ipAddress" : "10.140.114.36"
-    },
-    "availableWidgets": [
-        "Laser"
-    ]
-}
-
-
diff --git a/imcontrol_setups/example_pycromanager.json b/imcontrol_setups/example_pycromanager.json
deleted file mode 100644
index 6da163b..0000000
--- a/imcontrol_setups/example_pycromanager.json
+++ /dev/null
@@ -1,43 +0,0 @@
-{
-    "detectors" : {
-      "CoreCamera" : {
-        "managerName": "PyMMCoreCameraManager",
-        "managerProperties": {
-          "module" : "DemoCamera",
-          "device" : "DCam",
-          "pixelSize": 0.1,
-          "exposurePropertyName": "Exposure"
-        },
-        "forAcquisition" : true
-      }
-    },
-    "positioners" : {
-        "CoreXYStage" : {
-            "managerName": "PyMMCorePositionerManager",
-            "managerProperties": {
-                "module" : "DemoCamera",
-                "device" : "DXYStage",
-                "stageType" : "double"
-            },
-            "axes": ["X", "Y"],
-            "forPositioning": true
-        },
-        "CoreZStage" : {
-            "managerName": "PyMMCorePositionerManager",
-            "managerProperties": {
-                "module" : "DemoCamera",
-                "device" : "DStage",
-                "stageType" : "single"
-            },
-            "axes": ["Z"],
-            "forPositioning": true
-        }
-    },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "PycroManager",
-      "Positioner",
-      "Image"
-    ]
-  }
\ No newline at end of file
diff --git a/imcontrol_setups/example_pycromanager_cam_only.json b/imcontrol_setups/example_pycromanager_cam_only.json
deleted file mode 100644
index d140f2b..0000000
--- a/imcontrol_setups/example_pycromanager_cam_only.json
+++ /dev/null
@@ -1,20 +0,0 @@
-{
-    "detectors" : {
-      "CoreCamera" : {
-        "managerName": "PyMMCoreCameraManager",
-        "managerProperties": {
-          "module" : "DemoCamera",
-          "device" : "DCam",
-          "pixelSize": 0.1,
-          "exposurePropertyName": "Exposure"
-        },
-        "forAcquisition" : true
-      }
-    },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "PycroManager",
-      "Image"
-    ]
-  }
\ No newline at end of file
diff --git a/imcontrol_setups/example_squid_singleDaheng.json b/imcontrol_setups/example_squid_singleDaheng.json
deleted file mode 100644
index 4f4d3bd..0000000
--- a/imcontrol_setups/example_squid_singleDaheng.json
+++ /dev/null
@@ -1,89 +0,0 @@
-{
-    "positioners": {
-      "XYZStage": {
-          "managerName": "SQUIDStageManager",
-          "managerProperties": {
-              "rs232device": "SQUID"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "SQUIDLaserManager",
-      "managerProperties": {
-          "rs232device": "SQUID",
-          "illumination_source": 12
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  },
-  "LED": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "SQUIDLedManager",
-    "managerProperties": {
-        "rs232device": "SQUID",
-        "channel_index": "0",
-        "isBinary": false,
-        "illumination_source":0
-    },
-    "wavelength": 1000,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-  }},
-  "detectors": {
-    "AutofocusCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "rs232devices": {
-      "SQUID": {
-        "managerName": "SQUIDManager",
-        "managerProperties": {
-          "serialport1":"/dev/cu.usbmodem14501",
-          "serialport":"/dev/cu.usbmodem14401"
-        }
-      }
-    },
-    "autofocus": {
-        "camera": "AutofocusCamera",
-        "positioner": "ESPStage",
-        "updateFreq": 10,
-        "frameCropx": 780,
-        "frameCropy": 400,
-        "frameCropw": 500,
-        "frameCroph": 100
-      },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Laser",
-      "Autofocus",
-      "Positioner",
-      "WellPlate",
-      "SquidStageScan",
-      "HoliSheet"
-    ]
-}
diff --git a/imcontrol_setups/example_squid_xyz_only.json b/imcontrol_setups/example_squid_xyz_only.json
deleted file mode 100644
index 2570d5d..0000000
--- a/imcontrol_setups/example_squid_xyz_only.json
+++ /dev/null
@@ -1,31 +0,0 @@
-{
-    "positioners": {
-      "XYZStage": {
-          "managerName": "SQUIDStageManager",
-          "managerProperties": {
-              "rs232device": "SQUID"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "SQUID": {
-        "managerName": "SQUIDManager",
-        "managerProperties": {
-          "serialport1":"/dev/cu.usbmodem14501",
-          "serialport":"/dev/cu.usbmodem14401"
-        }
-      }
-    },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Laser",
-      "Positioner",
-      "SquidStageScan"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2.json b/imcontrol_setups/example_uc2.json
index 2d1f1e3..de80c4c 100644
--- a/imcontrol_setups/example_uc2.json
+++ b/imcontrol_setups/example_uc2.json
@@ -1,35 +1,213 @@
 {
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "AVManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "avcam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-},
-  "rois": {
-    "Full chip": {
-      "x": 0,
-      "y": 0,
-      "w": 1000,
-      "h": 2048
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-
-    ]
-}
+  "positioners":{
+     "ESP32Stage":{
+        "managerName":"ESP32StageManager",
+        "managerProperties":{
+           "rs232device":"ESP32",
+           "isEnable":true,
+           "enableauto":false,
+           "stepsizeX":-0.3125,
+           "stepsizeY":-0.3125,
+           "stepsizeZ":0.3125,
+           "homeSpeedX":15000,
+           "homeSpeedY":15000,
+           "homeSpeedZ":15000,
+           "homeEndstoppolarityX":0,
+           "homeEndstoppolarityY":0,
+           "isDualaxis":true,
+           "homeDirectionX":1,
+           "backlashX":15,
+           "backlashY":40,
+           "homeDirectionY":1,
+           "homeDirectionZ":0,
+           "homeXenabled":1,
+           "homeYenabled":1,
+           "homeZenabled":0,
+           "initialSpeed":{
+              "X":25000,
+              "Y":25000,
+              "Z":25000,
+              "A":25000
+           }
+        },
+        "axes":[
+           "X",
+           "Y",
+           "Z",
+           "A"
+        ],
+        "forScanning":true,
+        "forPositioning":true
+     }
+  },
+  "rs232devices":{
+     "ESP32":{
+        "managerName":"ESP32Manager",
+        "managerProperties":{
+           "host_":"192.168.43.129",
+           "serialport":"COM3",
+           "debug":1
+        }
+     }
+  },
+  "lasers":{
+     "Laser 532":{
+        "analogChannel":null,
+        "digitalLine":null,
+        "managerName":"ESP32LEDLaserManager",
+        "managerProperties":{
+           "rs232device":"ESP32",
+           "channel_index":1
+        },
+        "wavelength":532,
+        "valueRangeMin":0,
+        "valueRangeMax":1023
+     },
+     "LED":{
+        "analogChannel":null,
+        "digitalLine":null,
+        "managerName":"ESP32LEDLaserManager",
+        "managerProperties":{
+           "rs232device":"ESP32",
+           "channel_index":2,
+           "filter_change":false,
+           "laser_despeckle_period":10,
+           "laser_despeckle_amplitude":0
+        },
+        "wavelength":488,
+        "valueRangeMin":0,
+        "valueRangeMax":1024
+     },
+     "LED Ring":{
+        "analogChannel":null,
+        "digitalLine":null,
+        "managerName":"ESP32LEDLaserManager",
+        "managerProperties":{
+           "rs232device":"ESP32",
+           "channel_index":"LED",
+           "filter_change":false,
+           "laser_despeckle_period":10,
+           "laser_despeckle_amplitude":0
+        },
+        "wavelength":635,
+        "valueRangeMin":0,
+        "valueRangeMax":1024
+     }
+  },
+  "detectors":{
+     "WidefieldCamera":{
+        "ExtPackage":"imswitch_det_webcam",
+        "analogChannel":null,
+        "digitalLine":null,
+        "managerName":"GXPIPYManager",
+        "managerProperties":{
+           "cameraListIndex":1,
+           "cameraEffPixelsize":0.45,
+           "gxipycam":{
+              "exposure":20,
+              "gain":0,
+              "blacklevel":10,
+              "image_width":1000,
+              "image_height":1000
+           }
+        },
+        "forAcquisition":true,
+        "forFocusLock":true
+     }
+  },
+  "rois":{
+     "Full chip":{
+        "x":600,
+        "y":600,
+        "w":1200,
+        "h":1200
+     }
+  },
+  "HistoScan":{
+     "PreviewCamera1":"ESP32Cam"
+  },
+  "autofocus":{
+     "camera":"WidefieldCamera",
+     "positioner":"ESP32Stage",
+     "updateFreq":10,
+     "frameCropx":780,
+     "frameCropy":400,
+     "frameCropw":500,
+     "frameCroph":100
+  },
+  "mct":{
+     "monitorIdx":2,
+     "width":1080,
+     "height":1920,
+     "wavelength":0,
+     "pixelSize":0,
+     "angleMount":0,
+     "patternsDirWin":"C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
+     "patternsDir":"/users/bene/ImSwitchConfig/imcontrol_sim/488"
+  },
+  "dpc":{
+     "wavelength":0.53,
+     "pixelsize":0.2,
+     "NA":0.3,
+     "NAi":0.3,
+     "n":1.0,
+     "rotations":[
+        0,
+        180,
+        90,
+        270
+     ]
+  },
+  "webrtc":{
+     
+  },
+  "PixelCalibration":{
+     
+  },
+  "focusLock":{
+     "camera":"WidefieldCamera",
+     "positioner":"ESP32StageManager",
+     "updateFreq":4,
+     "frameCropx":0,
+     "frameCropy":0,
+     "frameCropw":0,
+     "frameCroph":0
+  },
+  "LEDMatrixs":{
+     "ESP32 LEDMatrix":{
+        "analogChannel":null,
+        "digitalLine":null,
+        "managerName":"ESP32LEDMatrixManager",
+        "managerProperties":{
+           "rs232device":"ESP32",
+           "Nx":4,
+           "Ny":4
+        }
+     }
+  },
+  "availableWidgets":[
+     "Settings",
+     "View",
+     "Recording",
+     "Image",
+     "Laser",
+     "Positioner",
+     "Autofocus",
+     "MCT",
+     "UC2Config",
+     "ImSwitchServer",
+     "PixelCalibration",
+     "HistoScan",
+     "Hypha",
+     "LEDMatrix",
+     "Joystick",
+     "ROIScan"
+  ],
+  "nonAvailableWidgets":[
+     "STORMRecon",
+     "DPC",
+     "FocusLock",
+     "HistoScan",
+     "FocusLock"
+  ]
+}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_.json b/imcontrol_setups/example_uc2_.json
deleted file mode 100644
index 5587f69..0000000
--- a/imcontrol_setups/example_uc2_.json
+++ /dev/null
@@ -1,67 +0,0 @@
-{
-  "positioners": {
-    "LightsheetStage": {
-        "managerName": "GRBLStageManager",
-        "managerProperties": {
-          "rs232device": "GRBL",
-          "host": "192.168.137.126"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    },
-    "LabThig": {
-      "managerName": "LabThingManager",
-      "managerProperties": {
-      },
-      "axes": ["X", "Y", "Z"],
-      "forScanning": true,
-      "forPositioning": true
-    }
-},
-"rs232devices": {
-  "GRBL": {
-    "managerName": "GRBLManager",
-    "managerProperties": {
-      "port": "COM4",
-      "is_home": false
-    }
-  }
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "PiCamManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "cameraHost": "http://0.0.0.0",
-      "cameraPort": "5000",
-      "picam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-},
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "WellPlate",
-    "LabThing"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_Incubator_WebcamOpenCV.json b/imcontrol_setups/example_uc2_Incubator_WebcamOpenCV.json
deleted file mode 100644
index 1bccb3a..0000000
--- a/imcontrol_setups/example_uc2_Incubator_WebcamOpenCV.json
+++ /dev/null
@@ -1,75 +0,0 @@
-{
-    "positioners": {
-      "LightsheetStage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-              "rs232device": "ESP32"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "ESP32": {
-        "managerName": "ESP32Manager",
-        "managerProperties": {
-          "host_": "192.168.43.129",
-          "serialport_": "COM4",
-          "serialport":"/dev/cu.wchusbserial1440"
-        }
-      }
-    },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "Nx": 4,
-          "Ny": 4,
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "OpenCVCamManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraListIndexWIN": 0,
-        "opencvcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Positioner",
-      "LEDMatrix"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2_Incubator_matrix_vimba.json b/imcontrol_setups/example_uc2_Incubator_matrix_vimba.json
deleted file mode 100644
index de3c3b9..0000000
--- a/imcontrol_setups/example_uc2_Incubator_matrix_vimba.json
+++ /dev/null
@@ -1,73 +0,0 @@
-{
-    "positioners": {
-      "LightsheetStage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-              "rs232device": "ESP32"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "ESP32": {
-        "managerName": "ESP32Manager",
-        "managerProperties": {
-          "host_": "192.168.43.129",
-          "serialport_": "COM4",
-          "serialport":"/dev/cu.wchusbserial1440"
-        }
-      }
-    },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "AVManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "avcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Positioner",
-      "LEDMatrix"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2_STORM_Berlin.json b/imcontrol_setups/example_uc2_STORM_Berlin.json
deleted file mode 100644
index 0a87a90..0000000
--- a/imcontrol_setups/example_uc2_STORM_Berlin.json
+++ /dev/null
@@ -1,96 +0,0 @@
-{
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM9",
-        "serialport_mac": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "positioners": {
-    "ESPStage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"lasers":{
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 1,
-      "filter_change": false
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 255
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 2,
-      "filter_change": false
-  },
-  "wavelength": 0,
-  "valueRangeMin": 0,
-  "valueRangeMax": 255
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "AVManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "avcam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000,
-        "pixel_format": "Mono12"
-      }
-    },
-    "forAcquisition": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus"
-  ],
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESPStage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  }
-}
diff --git a/imcontrol_setups/example_uc2_autofocus.json b/imcontrol_setups/example_uc2_autofocus.json
deleted file mode 100644
index 5bbf021..0000000
--- a/imcontrol_setups/example_uc2_autofocus.json
+++ /dev/null
@@ -1,66 +0,0 @@
-{
-    "positioners": {
-      "ESPStage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-              "rs232device": "ESP32"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "ESP32": {
-        "managerName": "ESP32Manager",
-        "managerProperties": {
-          "host_": "192.168.43.129",
-          "serialport_": "COM4"
-        }
-      }
-    },
-  "detectors": {
-    "AutofocusCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Positioner",
-      "Autofocus"
-    ],
-  "autofocus": {
-    "camera": "AutofocusCamera",
-    "positioner": "ESPStage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  }
-}
-  
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_cellstorm.json b/imcontrol_setups/example_uc2_cellstorm.json
deleted file mode 100644
index a11cfec..0000000
--- a/imcontrol_setups/example_uc2_cellstorm.json
+++ /dev/null
@@ -1,155 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-"lasers": {
-  "LENS 1": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": true,
-        "filter_axis": 0
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"LENS 2": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 2,
-      "filter_change": false,
-      "filter_axis": 0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"Laser RED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 3,
-      "filter_change": false,
-      "filter_axis": 0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "LED",
-      "filter_change": false,
-      "filter_axis": 0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 255
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32CamManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "cameraHost": "192.168.178.47",
-      "cameraPort": "80",
-      "esp32cam": {
-        "exposure": 0,
-        "gain": 0,
-        "framesize": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-"LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-        "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-},
-"mct": {
-  "monitorIdx": 2,
-  "width": 1080,
-  "height": 1920,
-  "wavelength": 0,
-  "pixelSize": 0,
-  "angleMount": 0,
-  "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-  "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "LEDMatrix",
-    "Scan",
-    "MCT"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_cellstorm_cellphone.json b/imcontrol_setups/example_uc2_cellstorm_cellphone.json
deleted file mode 100644
index 901a9ab..0000000
--- a/imcontrol_setups/example_uc2_cellstorm_cellphone.json
+++ /dev/null
@@ -1,73 +0,0 @@
-{
-    "positioners": {
-      "LightsheetStage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-              "rs232device": "ESP32"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "ESP32": {
-        "managerName": "ESP32Manager",
-        "managerProperties": {
-          "host_": "192.168.43.129",
-          "serialport_": "COM4",
-          "serialport":"/dev/cu.wchusbserial1440"
-        }
-      }
-    },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "OpenCVCamManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "opencvcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Positioner",
-      "LEDMatrix"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2_config.json b/imcontrol_setups/example_uc2_config.json
deleted file mode 100644
index 8a929db..0000000
--- a/imcontrol_setups/example_uc2_config.json
+++ /dev/null
@@ -1,154 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": true,
-        "filter_axis": 0
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 2,
-      "filter_change": true,
-      "filter_axis": 0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "LED",
-      "filter_change": true,
-      "filter_axis": 0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 255
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "GXPIPYManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "gxipycam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true,
-    "forFocusLock": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-"LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "Nx": 4,
-          "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-        "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-},
-"mct": {
-  "monitorIdx": 2,
-  "width": 1080,
-  "height": 1920,
-  "wavelength": 0,
-  "pixelSize": 0,
-  "angleMount": 0,
-  "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-  "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-},
-"uc2Config": {
-    "monitorIdx": 2,
-    "width": 792,
-    "height": 600,
-    "wavelength": 775,
-    "pixelSize": 0.02,
-    "angleMount": 0.15,
-    "correctionPatternsDir": "E:\\PhD\\SLM\\defcorrpatt\\",
-    "managerProperties":{
-       "rs232device":"ESP32"
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "UC2Config"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_daheng_histo.json b/imcontrol_setups/example_uc2_daheng_histo.json
deleted file mode 100644
index a3e91b7..0000000
--- a/imcontrol_setups/example_uc2_daheng_histo.json
+++ /dev/null
@@ -1,213 +0,0 @@
-{
-    "positioners":{
-       "ESP32Stage":{
-          "managerName":"ESP32StageManager",
-          "managerProperties":{
-             "rs232device":"ESP32",
-             "isEnable":true,
-             "enableauto":false,
-             "stepsizeX":-0.3125,
-             "stepsizeY":-0.3125,
-             "stepsizeZ":0.3125,
-             "homeSpeedX":15000,
-             "homeSpeedY":15000,
-             "homeSpeedZ":15000,
-             "homeEndstoppolarityX":0,
-             "homeEndstoppolarityY":0,
-             "isDualaxis":true,
-             "homeDirectionX":1,
-             "backlashX":15,
-             "backlashY":40,
-             "homeDirectionY":1,
-             "homeDirectionZ":0,
-             "homeXenabled":1,
-             "homeYenabled":1,
-             "homeZenabled":0,
-             "initialSpeed":{
-                "X":25000,
-                "Y":25000,
-                "Z":25000,
-                "A":25000
-             }
-          },
-          "axes":[
-             "X",
-             "Y",
-             "Z",
-             "A"
-          ],
-          "forScanning":true,
-          "forPositioning":true
-       }
-    },
-    "rs232devices":{
-       "ESP32":{
-          "managerName":"ESP32Manager",
-          "managerProperties":{
-             "host_":"192.168.43.129",
-             "serialport":"COM3",
-             "debug":1
-          }
-       }
-    },
-    "lasers":{
-       "Laser 532":{
-          "analogChannel":null,
-          "digitalLine":null,
-          "managerName":"ESP32LEDLaserManager",
-          "managerProperties":{
-             "rs232device":"ESP32",
-             "channel_index":1
-          },
-          "wavelength":532,
-          "valueRangeMin":0,
-          "valueRangeMax":1023
-       },
-       "LED":{
-          "analogChannel":null,
-          "digitalLine":null,
-          "managerName":"ESP32LEDLaserManager",
-          "managerProperties":{
-             "rs232device":"ESP32",
-             "channel_index":2,
-             "filter_change":false,
-             "laser_despeckle_period":10,
-             "laser_despeckle_amplitude":0
-          },
-          "wavelength":488,
-          "valueRangeMin":0,
-          "valueRangeMax":1024
-       },
-       "LED Ring":{
-          "analogChannel":null,
-          "digitalLine":null,
-          "managerName":"ESP32LEDLaserManager",
-          "managerProperties":{
-             "rs232device":"ESP32",
-             "channel_index":"LED",
-             "filter_change":false,
-             "laser_despeckle_period":10,
-             "laser_despeckle_amplitude":0
-          },
-          "wavelength":635,
-          "valueRangeMin":0,
-          "valueRangeMax":1024
-       }
-    },
-    "detectors":{
-       "WidefieldCamera":{
-          "ExtPackage":"imswitch_det_webcam",
-          "analogChannel":null,
-          "digitalLine":null,
-          "managerName":"GXPIPYManager",
-          "managerProperties":{
-             "cameraListIndex":1,
-             "cameraEffPixelsize":0.45,
-             "gxipycam":{
-                "exposure":20,
-                "gain":0,
-                "blacklevel":10,
-                "image_width":1000,
-                "image_height":1000
-             }
-          },
-          "forAcquisition":true,
-          "forFocusLock":true
-       }
-    },
-    "rois":{
-       "Full chip":{
-          "x":600,
-          "y":600,
-          "w":1200,
-          "h":1200
-       }
-    },
-    "HistoScan":{
-       "PreviewCamera1":"ESP32Cam"
-    },
-    "autofocus":{
-       "camera":"WidefieldCamera",
-       "positioner":"ESP32Stage",
-       "updateFreq":10,
-       "frameCropx":780,
-       "frameCropy":400,
-       "frameCropw":500,
-       "frameCroph":100
-    },
-    "mct":{
-       "monitorIdx":2,
-       "width":1080,
-       "height":1920,
-       "wavelength":0,
-       "pixelSize":0,
-       "angleMount":0,
-       "patternsDirWin":"C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-       "patternsDir":"/users/bene/ImSwitchConfig/imcontrol_sim/488"
-    },
-    "dpc":{
-       "wavelength":0.53,
-       "pixelsize":0.2,
-       "NA":0.3,
-       "NAi":0.3,
-       "n":1.0,
-       "rotations":[
-          0,
-          180,
-          90,
-          270
-       ]
-    },
-    "webrtc":{
-       
-    },
-    "PixelCalibration":{
-       
-    },
-    "focusLock":{
-       "camera":"WidefieldCamera",
-       "positioner":"ESP32StageManager",
-       "updateFreq":4,
-       "frameCropx":0,
-       "frameCropy":0,
-       "frameCropw":0,
-       "frameCroph":0
-    },
-    "LEDMatrixs":{
-       "ESP32 LEDMatrix":{
-          "analogChannel":null,
-          "digitalLine":null,
-          "managerName":"ESP32LEDMatrixManager",
-          "managerProperties":{
-             "rs232device":"ESP32",
-             "Nx":4,
-             "Ny":4
-          }
-       }
-    },
-    "availableWidgets":[
-       "Settings",
-       "View",
-       "Recording",
-       "Image",
-       "Laser",
-       "Positioner",
-       "Autofocus",
-       "MCT",
-       "UC2Config",
-       "ImSwitchServer",
-       "PixelCalibration",
-       "HistoScan",
-       "Hypha",
-       "LEDMatrix",
-       "Joystick",
-       "ROIScan"
-    ],
-    "nonAvailableWidgets":[
-       "STORMRecon",
-       "DPC",
-       "FocusLock",
-       "HistoScan",
-       "FocusLock"
-    ]
- }
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_dynamic42.json b/imcontrol_setups/example_uc2_dynamic42.json
deleted file mode 100644
index d203b63..0000000
--- a/imcontrol_setups/example_uc2_dynamic42.json
+++ /dev/null
@@ -1,99 +0,0 @@
-{
-    "positioners": {
-        "LightsheetStage": {
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "forScanning": true,
-            "forPositioning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.43.129",
-                "serialport_": "COM4",
-                "serialport": "/dev/cu.wchusbserial1440"
-            }
-        }
-    },
-    "lasers": {
-        "LED": {
-          "analogChannel": null,
-          "digitalLine": null,
-          "managerName": "ESP32LEDLaserManager",
-          "managerProperties": {
-            "rs232device": "ESP32",
-            "channel_index": "LED",
-            "filter_change": false,
-            "filter_axis": 3,
-            "filter_position": 32000,
-            "filter_position_init": -0
-          },
-          "wavelength": 635,
-          "valueRangeMin": 0,
-          "valueRangeMax": 255
-        }
-      },
-    "LEDMatrixs": {
-        "ESP32 LEDMatrix": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDMatrixManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "B",
-                "filter_change": true
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768
-        }
-    },
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerNameGX": "GXPIPYManager",
-            "managerName": "OpenCVCamManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "opencvcam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "pixel_format": "Mono12"
-                }
-            },
-            "forAcquisition": true
-        }
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        }
-    },
-    "MCT": {},
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "LEDMatrix", 
-        "MCT"
-    ]
-}
\ No newline at end of file
diff --git "a/imcontrol_setups/example_uc2_d\303\274sseldorf_vimba.json" "b/imcontrol_setups/example_uc2_d\303\274sseldorf_vimba.json"
deleted file mode 100644
index a50295e..0000000
--- "a/imcontrol_setups/example_uc2_d\303\274sseldorf_vimba.json"
+++ /dev/null
@@ -1,181 +0,0 @@
-{
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.43.129",
-                "serialport": "COM5",
-                "debug":1
-            }
-
-        }
-    },
-    "positioners": {
-            "ESP32Stage": {
-              "managerName": "ESP32StageManager",
-              "managerProperties": {
-                "rs232device": "ESP32",
-                "isEnable": true,
-                "enableauto": true,
-                "stepsizeX": -0.3125,
-                "stepsizeY": -0.3125,
-                "stepsizeZ": 0.3125,
-                "homeSpeedX": 15000,
-                "homeSpeedY": 15000,
-                "homeSpeedZ": 15000,
-                "homeEndstoppolarityX":1, 
-                "homeEndstoppolarityY":1,
-                "homeOnStartX":1,
-                "homeOnStartY":1,
-                "isDualaxis": true,
-                "homeDirectionX": 1,
-                "backlashX": 15,
-                "backlashY": 40,
-                "homeDirectionY": 1,
-                "homeDirectionZ": 0,
-                "homeXenabled": 1, 
-                "homeYenabled": 1, 
-                "homeZenabled": 0, 
-                "initialSpeed": {
-                  "X": 15000,
-                  "Y": 15000,
-                  "Z": 15000,
-                  "A": 15000
-                }
-              },
-              "axes": [
-                "X",
-                "Y",
-                "Z",
-                "A"
-              ],
-              "forScanning": true,
-              "forPositioning": true
-            }
-          },
-    "lasers": {
-        "LED Matrix": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "LED",
-                "filter_change": false,
-                "filter_axis": 3,
-                "filter_position": 32000,
-                "filter_position_init": -0
-            },
-            "wavelength": 635,
-            "valueRangeMin": 0,
-            "valueRangeMax": 255
-        }
-    },
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "AVManager",
-            "managerProperties": {
-                "cameraListIndex": 0,
-                "cameraEffPixelsize": 0.978,
-                "avcam": {
-                    "exposure": 1,
-                    "gain": 0,
-                    "blacklevel": 10,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "pixel_format": "Mono12"
-                }
-            },
-            "forAcquisition": true
-        }
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        }
-    },
-    "LEDMatrixs": {
-        "ESP32 LEDMatrix": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDMatrixManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "Nx": 4,
-                "Ny": 4
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768
-        }
-    },
-    "autofocus": {
-        "camera": "WidefieldCamera",
-        "positioner": "ESP32Stage",
-        "updateFreq": 10,
-        "frameCropx": 780,
-        "frameCropy": 400,
-        "frameCropw": 500,
-        "frameCroph": 100
-    },
-    "uc2Config": {
-        "defaultConfig": "pindefWemos.json",
-        "defaultConfig2": "pindefUC2Standalon2.json",
-        "defaultConfig1": "pindefUC2Standalon.json"
-    },
-    "mct": {
-        "monitorIdx": 2,
-        "width": 1080,
-        "height": 1920,
-        "wavelength": 0,
-        "pixelSize": 0,
-        "angleMount": 0,
-        "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-        "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-    },
-    "dpc": {
-        "wavelength": 0.53,
-        "pixelsize": 0.2,
-        "NA": 0.3,
-        "NAi": 0.3,
-        "n": 1.0,
-        "rotations": [
-            0,
-            180,
-            90,
-            270
-        ]
-    },
-    "webrtc": {},
-    "PixelCalibration": {},
-    "availableWidgets": [
-        "Settings",
-        "Positioner",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "UC2Config",
-        "HistoScan",
-        "ROIScan",
-        "Autofocus"
-    ],
-    "nonAvailableWidgets": [
-        "STORMRecon",
-        "LEDMatrix",
-        "Joystick",
-        "LEDMatrix",
-        "MCT",
-        "ImSwitchServer",
-        "PixelCalibration",
-        "Hypha",
-        "FocusLock",
-        "HistoScan",
-        "FocusLock"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_esp32cam.json b/imcontrol_setups/example_uc2_esp32cam.json
deleted file mode 100644
index b8ff430..0000000
--- a/imcontrol_setups/example_uc2_esp32cam.json
+++ /dev/null
@@ -1,36 +0,0 @@
-{
- "detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32CamManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "cameraHost": "192.168.4.1",
-      "cameraPort": "80",
-      "esp32cam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-},
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_flimlabs.json b/imcontrol_setups/example_uc2_flimlabs.json
deleted file mode 100644
index b6c478f..0000000
--- a/imcontrol_setups/example_uc2_flimlabs.json
+++ /dev/null
@@ -1,82 +0,0 @@
-{
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "dummy"
-      }
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "PCOManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "PCOcam": {
-          "exposure": 0
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },  
-  "sim": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Laser",
-      "Image",
-      "FLIMLabs"    ]
-  }
diff --git a/imcontrol_setups/example_uc2_focuslock.json b/imcontrol_setups/example_uc2_focuslock.json
deleted file mode 100644
index 3be34d0..0000000
--- a/imcontrol_setups/example_uc2_focuslock.json
+++ /dev/null
@@ -1,139 +0,0 @@
-{
-  "rs232devices":{
-     "ESP32":{
-        "managerName":"ESP32Manager",
-        "managerProperties":{
-           "host_":"192.168.43.129",
-           "serialport":"dummy"
-        }
-     }
-  },
-  "positioners":{
-     "ESP32Stage":{
-        "managerName":"ESP32StageManager",
-        "managerProperties":{
-           "rs232device":"ESP32",
-           "stepsizeX":0.3125,
-           "stepsizeY":0.3125,
-           "stepsizeZ":0.3125,
-           "homeSpeedX":15000,
-           "homeSpeedY":15000,
-           "homeSpeedZ":15000,
-           "homeDirectionX":-1,
-           "homeDirectionY":-1,
-           "homeDirectionZ":-1,
-           "initialSpeed":{
-              "X":15000,
-              "Y":15000,
-              "Z":15000
-           }
-        },
-        "axes":[
-           "X",
-           "Y",
-           "Z"
-        ],
-        "forScanning":true,
-        "forPositioning":true
-     }
-  },
-  "detectors":{
-     "FocusLockCamera":{
-        "analogChannel":null,
-        "digitalLine":null,
-        "managerName":"ESP32SerialCamManager",
-        "managerProperties":{
-           
-        },
-        "forAcquisition":true,
-        "forFocusLock":true
-     },
-     "WidefieldCamera":{
-      "analogChannel":null,
-      "digitalLine":null,
-      "managerName":"PCOManager",
-      "managerProperties":{
-         "cameraListIndex":0,
-         "PCOcam":{
-            "exposure":0
-         }
-      },
-      "forAcquisition":true
-   }
-  },
-  "lasers":{
-     "488 Laser":{
-        "analogChannel":null,
-        "digitalLine":null,
-        "managerName":"ESP32LEDLaserManager",
-        "managerProperties":{
-           "rs232device":"ESP32",
-           "channel_index":1,
-           "filter_change":false,
-           "laser_despeckle_period":10,
-           "laser_despeckle_amplitude":0
-        },
-        "wavelength":488,
-        "valueRangeMin":0,
-        "valueRangeMax":1024
-     },
-     "635 Laser":{
-        "analogChannel":null,
-        "digitalLine":null,
-        "managerName":"ESP32LEDLaserManager",
-        "managerProperties":{
-           "rs232device":"ESP32",
-           "channel_index":2,
-           "filter_change":false,
-           "laser_despeckle_period":10,
-           "laser_despeckle_amplitude":0
-        },
-        "wavelength":635,
-        "valueRangeMin":0,
-        "valueRangeMax":1024
-     }
-  },
-  "rois":{
-     "Full chip":{
-        "x":600,
-        "y":600,
-        "w":1200,
-        "h":1200
-     }
-  },
-  "sim":{
-     "monitorIdx":2,
-     "width":1080,
-     "height":1920,
-     "wavelength":0,
-     "pixelSize":0,
-     "angleMount":0,
-     "patternsDirWin":"C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-     "patternsDir":[
-        "/users/bene/ImSwitchConfig/imcontrol_sim/488",
-        "/users/bene/ImSwitchConfig/imcontrol_sim/635"
-     ]
-  },
-  "focusLock":{
-     "camera":"FocusLockCamera",
-     "positioner":"ESP32StageManager",
-     "updateFreq":10,
-     "frameCropx":780,
-     "frameCropy":400,
-     "frameCropw":500,
-     "frameCroph":100
-  },
-  "availableWidgets":[
-     "Settings",
-     "View",
-     "Recording",
-     "Laser",
-     "Image",
-     "SIM",
-     "Histogramm",
-     "FocusLock"
-  ],
-  "nonAvailableWidgets":[
-     "PixelCalibration"
-  ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_hik.json b/imcontrol_setups/example_uc2_hik.json
deleted file mode 100644
index a311ff1..0000000
--- a/imcontrol_setups/example_uc2_hik.json
+++ /dev/null
@@ -1,158 +0,0 @@
-{
-    "positioners": {
-        "ESP32Stage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-            "rs232device": "ESP32",
-            "isEnable": true,
-            "enableauto": false,
-            "isDualaxis": 0,
-            "stepsizeX": -0.3125,
-            "stepsizeY": -0.3125,
-            "stepsizeZ": 0.3125,
-            "stepsizeA": 0.3125,
-            "homeSpeedX": 15000,
-            "homeSpeedY": 15000,
-            "homeSpeedZ": 15000,
-            "homeDirectionX": 1,
-            "homeDirectionY": 1,
-            "homeDirectionZ": -1,
-            "initialSpeed": {"X": 15000, "Y":  15000,"Z": 15000, "A": 15000}
-          },
-          "axes": [
-            "X",
-            "Y",
-            "Z",
-            "A"
-          ],
-          "forScanning": true,
-          "forPositioning": true
-        }
-      },
-    "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "/dev/cu.SLAB_USBtoUART"
-      }
-    },
-    "VirtualMicroscope": {
-      "managerName": "VirtualMicroscopeManager",
-      "managerProperties": {
-      }
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4,
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "HikCamManager",
-        "managerProperties": {
-            "isRGB": 0,
-            "cameraListIndex": 0,
-            "cameraEffPixelsize": 0.2257,
-            "hikcam": {
-                "exposure": 0,
-                "gain": 0,
-                "blacklevel": 100,
-                "image_width": 1000,
-                "image_height": 1000
-            }
-        },
-        "forAcquisition": true,
-        "forFocusLock": true
-    }
-    },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "fovLock": {
-    "camera": "WidefieldCamera",
-    "positioner": "VirtualStage",
-    "updateFreq": 1, 
-    "piKp":1, 
-    "piKi":1
-    },
-  "webrtc":{},
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "MCT",
-    "UC2Config",
-    "LEDMatrix",
-    "ROIScan",
-    "HistoScan",
-    "PixelCalibration",
-    "Lightsheet",
-    "FOVLock"
-  ],
-  "nonAvailableWidgets":[
-    "Hypha",
-    "FocusLock",
-    "HistoScan",
-    "STORMRecon",
-    "DPC",
-    "ImSwitchServer",
-    "PixelCalibration",
-    "FocusLock"]
-}
diff --git a/imcontrol_setups/example_uc2_hik_flowstop.json b/imcontrol_setups/example_uc2_hik_flowstop.json
index 098bea0..144f9ab 100644
--- a/imcontrol_setups/example_uc2_hik_flowstop.json
+++ b/imcontrol_setups/example_uc2_hik_flowstop.json
@@ -8,7 +8,8 @@
             "enableauto": true,
             "stepsizeZ": 0.3125,
             "stepsizeA": 0.3125,
-            "initialSpeed": {"X": 15000, "Y":  15000,"Z": 15000, "A": 15000}
+            "maxSpeedZ": 200,
+            "maxSpeedA": 15000
           },
           "axes": [
             "A",
@@ -25,7 +26,8 @@
       "managerProperties": {
         "host_": "192.168.43.129",
         "serialport": "/dev/cu.SLAB_USBtoUART", 
-        "baudrate":500000, 
+        "baudrate_":500000, 
+        "baudrate":115200,
         "debug":1
       }
     }
diff --git a/imcontrol_setups/example_uc2_hik_histo_andrew_1-12-24.json b/imcontrol_setups/example_uc2_hik_histo_andrew_1-12-24.json
deleted file mode 100644
index 3cc39c0..0000000
--- a/imcontrol_setups/example_uc2_hik_histo_andrew_1-12-24.json
+++ /dev/null
@@ -1,165 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "isEnable": true,
-        "enableauto": false,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "isDualaxis": true,
-        "homeDirectionX": 1,
-        "backlashXOld": 15,
-        "backlashYOld": 40,
-        "backlashX": 0,
-        "backlashY": 0,
-        "homeEndstoppolarityY": 0,
-        "homeDirectionY": -1,
-        "homeDirectionZ": 0,
-        "homeXenabled": 1,
-        "homeYenabled": 1,
-        "homeZenabled": 0,
-        "initialSpeed": {
-          "X": 15000,
-          "Y": 15000,
-          "Z": 15000
-        }
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM5",
-        "baudrate":115200,
-        "debug":1
-      }
-    }
-  },
-  "lasers": {
-    "LED": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "ESP32LEDLaserManager",
-        "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": 1
-        },
-        "wavelength": 0,
-        "valueRangeMin": 0,
-        "valueRangeMax": 1023
-      },
-      "Laser 488": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "ESP32LEDLaserManager",
-        "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": 2
-        },
-        "wavelength": 635,
-        "valueRangeMin": 0,
-        "valueRangeMax": 1023
-      },
-      "Laser 635": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "ESP32LEDLaserManager",
-        "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": 3
-        },
-        "wavelength": 488,
-        "valueRangeMin": 0,
-        "valueRangeMax": 1023
-      }
-    
-    },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "HikCamManager",
-      "managerProperties": {
-        "isRGB": 1,
-        "cameraListIndex": 0,
-        "cameraEffPixelsize": 0.2257,
-        "hikcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "PixelCalibration": {},
-  "focusLock": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32StageManager",
-    "updateFreq": 4,
-    "frameCropx": 0,
-    "frameCropy": 0,
-    "frameCropw": 0,
-    "frameCroph": 0
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "MCT",
-    "UC2Config",
-    "PixelCalibration",
-    "HistoScan",
-    "ROIScan"
-  ],
-  "nonAvailableWidgets": [
-    "STORMRecon",
-    "DPC",
-    "Hypha",
-    "FocusLock",
-    "HistoScan",
-    "FocusLock",
-    "FOVLock"
-  ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_hik_holo.json b/imcontrol_setups/example_uc2_hik_holo.json
deleted file mode 100644
index d115c79..0000000
--- a/imcontrol_setups/example_uc2_hik_holo.json
+++ /dev/null
@@ -1,133 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "isEnable": true,
-        "enableauto": false,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "isDualaxis": true,
-        "homeDirectionX": 1,
-        "backlashXOld": 15,
-        "backlashYOld": 40,
-        "backlashX": 0,
-        "backlashY": 0,
-        "homeEndstoppolarityY": 0,
-        "homeDirectionY": -1,
-        "homeDirectionZ": 0,
-        "homeXenabled": 1,
-        "homeYenabled": 1,
-        "homeZenabled": 0,
-        "initialSpeed": {
-          "X": 15000,
-          "Y": 15000,
-          "Z": 15000
-        }
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM3",
-        "baudrate":500000,
-        "debug": true
-      }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "HikCamManager",
-      "managerProperties": {
-        "isRGB": 0,
-        "cameraListIndex": 0,
-        "cameraEffPixelsize": 0.2257,
-        "mocktype": "OffAxisHolo",
-        "hikcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "dpc": {
-    "wavelength": 0.53,
-    "pixelsize": 0.2,
-    "NA":0.3,
-    "NAi": 0.3,
-    "n": 1.0,
-    "rotations": [0, 180, 90, 270]
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Holo",
-    "FFT",
-    "LEDMatrix",
-    "DPC"
-  ],
-  "nonAvailableWidgets": [
-    "STORMRecon",
-    "DPC",
-    "Hypha",
-    "FocusLock",
-    "HistoScan",
-    "FocusLock",
-    "FOVLock"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_histo_basler.json b/imcontrol_setups/example_uc2_histo_basler.json
deleted file mode 100644
index 9a7c4df..0000000
--- a/imcontrol_setups/example_uc2_histo_basler.json
+++ /dev/null
@@ -1,169 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "stepsizeX": 0.8,
-        "stepsizeY": 0.8,
-        "stepsizeZ": 1
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": true,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -32000,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0.1
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": true,
-        "filter_axis": 3,
-        "filter_position": 18000,
-        "filter_position_init": -0,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0.1
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": true,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "BaslerManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraEffPixelsize": 0.08,
-        "basler": {
-          "isRGB": true,
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-      "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "LEDMatrix",
-    "MCT",
-    "UC2Config",
-    "PixelCalibration"
-  ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_histo_daheng.json b/imcontrol_setups/example_uc2_histo_daheng.json
deleted file mode 100644
index 410262b..0000000
--- a/imcontrol_setups/example_uc2_histo_daheng.json
+++ /dev/null
@@ -1,222 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "isEnable": true,
-        "enableauto": false,
-        "stepsizeX": 0.3125,
-        "stepsizeY": 0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "isDualaxis": true,
-        "backlashXOld": 15,
-        "backlashYOld": 40,
-        "backlashX": 0,
-        "backlashY": 0,
-        "homeEndstoppolarityX": 0,
-        "homeEndstoppolarityY": 0,
-        "homeDirectionX": 0,
-        "homeDirectionY": 1,
-        "homeDirectionZ": 0,
-        "homeOnStartX": 1,
-        "homeOnStartY": 1,
-        "homeXenabled": 1,
-        "homeYenabled": 1,
-        "homeZenabled": 0,
-        "initialSpeed": {"X": 15000, "Y":  15000, "Z": 15000, "A": 15000}
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z",
-        "A"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM3",
-        "serialport_": "/dev/cu./dev/cu.SLAB_USBtoUART",
-        "debug":0, 
-        "baudrate": 500000,
-        "baudrate1": 115200
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 3,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1
-      },
-      "wavelength": 1024,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "ExtPackage": "imswitch_det_webcam",
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraEffPixelsize": 0.327,
-        "gxipycam": {
-          "exposure": 20,
-          "gain": 0,
-          "blacklevel": 10,
-          "image_width": 1000,
-          "image_height": 1000,
-          "flipX": true,
-          "flipY": true
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }, 
-    "Observer": {
-      "managerName": "OpenCVCamManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraListIndexWIN": 0,
-        "cameraEffPixelsize":100,
-        "cameraPixelSize":100,
-        "isRGB":1,
-        "opencvcam": {
-          "exposure": 10
-        }
-      },
-      "forAcquisition": false
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "uc2Config": {
-    "defaultConfig": "pindefWemos.json",
-    "defaultConfig2": "pindefUC2Standalon2.json",
-    "defaultConfig1": "pindefUC2Standalon.json"
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "dpc": {
-    "wavelength": 0.53,
-    "pixelsize": 0.2,
-    "NA":0.3,
-    "NAi": 0.3,
-    "n": 1.0,
-    "rotations": [0, 180, 90, 270]
-  },
-  "webrtc":{},
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "Settings",
-    "Positioner",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "MCT",
-    "UC2Config",
-    "ImSwitchServer",
-    "Autofocus",
-    "ROIScan",
-    "LEDMatrix", 
-    "HistoScan"
-  ],
-  "nonAvailableWidgets":[
-    "ObjectiveRevolver",
-    "Temperature",
-    "ObjectiveRevolver",
-
-    "STORMRecon",
-    "Autofocus",
-    "ROIScan",
-    "FocusLock",
-    "HistoScan",
-    "PixelCalibration",
-    "Hypha",
-    "LEDMatrix",
-    "FocusLock"]
-}
diff --git a/imcontrol_setups/example_uc2_holo_vimba_.json b/imcontrol_setups/example_uc2_holo_vimba_.json
deleted file mode 100644
index 2486bd4..0000000
--- a/imcontrol_setups/example_uc2_holo_vimba_.json
+++ /dev/null
@@ -1,97 +0,0 @@
-{
-  "positioners": {
-    "LightsheetStage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-          "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-  "ESP32": {
-    "managerName": "ESP32Manager",
-    "managerProperties": {
-      "host": "192.168.137.95"
-    }
-  }
-},
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "",
-        "filter_change": false
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"Lightsheet X-position": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LightSheetManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "axis": "pos_x"
-    },
-    "wavelength": 0,
-    "valueRangeMin": 0,
-    "valueRangeMax": 255
-  },
-  "Lightsheet Y-Amplitude": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LightSheetManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "axis": "amp_y"
-    },
-    "wavelength": 0,
-    "valueRangeMin": 0,
-    "valueRangeMax": 255
-  }  
-},
-"detectors": {
-  "HoloCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerNameGX": "GXPIPYManager",
-    "managerName": "AVManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "avcam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000,
-        "pixel_format": "Mono12"
-      }
-    },
-    "forAcquisition": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Holo"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_hpyha.json b/imcontrol_setups/example_uc2_hpyha.json
deleted file mode 100644
index 771f0f7..0000000
--- a/imcontrol_setups/example_uc2_hpyha.json
+++ /dev/null
@@ -1,99 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "isEnable": true,
-        "enableauto": false,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "isDualaxis": true,
-        "homeDirectionX": 1,
-        "backlashX": 15,
-        "backlashY": 40,
-        "homeDirectionY": 1,
-        "homeDirectionZ": 0,
-        "homeXenabled": 1,
-        "homeYenabled": 1,
-        "homeZenabled": 0,
-        "initialSpeed": {
-          "X": 15000,
-          "Y": 15000,
-          "Z": 15000
-        }
-      },
-      "axes": ["X", "Y", "Z"],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM3",
-        "baudrate": 500000,
-        "debug": true
-      }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "HikCamManager",
-      "managerProperties": {
-        "isRGB": 1,
-        "cameraListIndex": 0,
-        "cameraEffPixelsize": 0.1,
-        "hikcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-        "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-  },
-  "availableWidgets": [
-    "Settings",
-    "Laser",
-    "View",
-    "Recording",
-    "Image",
-    "Positioner",
-    "Hypha"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_hypha.json b/imcontrol_setups/example_uc2_hypha.json
deleted file mode 100644
index 02fb845..0000000
--- a/imcontrol_setups/example_uc2_hypha.json
+++ /dev/null
@@ -1,125 +0,0 @@
-{
-    "positioners": {
-        "LightsheetStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.137.95",
-                "serialport": "COM3"
-            }
-        }
-    },
-
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "3",
-        "filter_change": false,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "ExtPackage": "imswitch_det_webcam",
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 20,
-          "gain": 0,
-          "blacklevel": 10,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }},
-    "LEDMatrixs": {
-        "ESP32 LEDMatrix": {
-          "analogChannel": null,
-          "digitalLine": null,
-          "managerName": "ESP32LEDMatrixManager",
-          "managerProperties": {
-            "rs232device": "ESP32",
-            "Nx": 4,
-            "Ny": 4
-          },
-          "wavelength": 488,
-          "valueRangeMin": 0,
-          "valueRangeMax": 32768
-        }
-      },    
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Hypha",
-        "Laser",
-        "LEDMatrix", 
-        "ObjectiveRevolver",
-        "BeadRec", 
-        "FLIMLabs"
-      ]
-    }
-  
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_ism.json b/imcontrol_setups/example_uc2_ism.json
deleted file mode 100644
index 40da8ae..0000000
--- a/imcontrol_setups/example_uc2_ism.json
+++ /dev/null
@@ -1,122 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-"lasers": {
-  "532 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": true, 
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -32000,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0.1
-    },
-    "wavelength": 532,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "GXPIPYManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "gxipycam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true,
-    "forFocusLock": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-"LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-        "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-},
-"ism": {
-  "monitorIdx": 2,
-  "width": 1080,
-  "height": 1920,
-  "wavelength": 0,
-  "pixelSize": 0,
-  "angleMount": 0,
-  "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-  "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "ISM"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_ism_daheng.json b/imcontrol_setups/example_uc2_ism_daheng.json
deleted file mode 100644
index 4883011..0000000
--- a/imcontrol_setups/example_uc2_ism_daheng.json
+++ /dev/null
@@ -1,159 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": true,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -32000,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0.1
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 2,
-      "filter_change": true,
-      "filter_axis": 3,
-      "filter_position": 18000,
-      "filter_position_init": -0,
-      "laser_despeckle_period": 10,
-      "laser_despeckle_amplitude": 0.1
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "LED",
-      "filter_change": true,
-      "filter_axis": 3,
-      "filter_position": 32000,
-      "filter_position_init": -0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 255
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "GXPIPYManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "gxipycam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true,
-    "forFocusLock": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-"LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-        "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-},
-"ism": {
-  "monitorIdx": 2,
-  "width": 1080,
-  "height": 1920,
-  "wavelength": 0,
-  "pixelSize": 0,
-  "angleMount": 0,
-  "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-  "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "LEDMatrix",
-    "Scan",
-    "ISM"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_jannick.json b/imcontrol_setups/example_uc2_jannick.json
deleted file mode 100644
index f143aee..0000000
--- a/imcontrol_setups/example_uc2_jannick.json
+++ /dev/null
@@ -1,94 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "enableauto": 1,
-        "isEnable": 1,
-        "isDualaxis":1
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM4",
-        "serialport_": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "ExtPackage": "imswitch_det_webcam",
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 20,
-          "gain": 0,
-          "blacklevel": 10,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": false
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "uc2Config": {
-    "defaultConfig": "pindefWemos.json",
-    "defaultConfig2": "pindefUC2Standalon2.json",
-    "defaultConfig1": "pindefUC2Standalon.json"
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "availableWidgets": [
-    "Settings",
-    "Positioner",
-    "View",
-    "Recording",
-    "Image",
-    "MCT",
-    "UC2Config",
-    "ImSwitchServer",
-    "Autofocus",  
-    "ROIScan"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_jetson_nano_cam.json b/imcontrol_setups/example_uc2_jetson_nano_cam.json
deleted file mode 100644
index 42b9474..0000000
--- a/imcontrol_setups/example_uc2_jetson_nano_cam.json
+++ /dev/null
@@ -1,58 +0,0 @@
-{
-  "positioners": {
-    "GRBLStage": {
-        "managerName": "GRBLStageManager",
-        "managerProperties": {
-          "rs232device_mac": "/dev/cu.wchusbserial14330",
-          "rs232device_linux": "/dev/ttyUSB0",
-          "rs232device": "GRBL"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-  "GRBL": {
-    "managerName": "GRBLManager",
-    "managerProperties": {
-      "port": "/dev/ttyUSB0",
-      "is_home": false
-    }
-  }
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "JetsonCamManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "avcam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-},
-  "rois": {
-    "Full chip": {
-      "x": 0,
-      "y": 0,
-      "w": 1000,
-      "h": 2048
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_labmaite.json b/imcontrol_setups/example_uc2_labmaite.json
deleted file mode 100644
index 19e6112..0000000
--- a/imcontrol_setups/example_uc2_labmaite.json
+++ /dev/null
@@ -1,146 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "stepsizeX": 0.3125,
-        "stepsizeY": 0.3125,
-        "stepsizeZ": 0.3125,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "homeDirectionX": -1,
-        "homeDirectionY": -1,
-        "homeDirectionZ": -1,
-        "initialSpeed": {"X": 15000, "Y":  15000,"Z": 15000}
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "deck": {
-    "OpentronsDeck": {
-      "translate_units": "mm2um",
-      "deck_file_": "C:\\Users\\matia_n97ktw5\\Documents\\LABMaiTE\\BMBF-LOCai\\locai-hw\\locai\\deck\\ot2_uc2.json",
-      "deck_file": "/Users/bene/Dropbox/Dokumente/Promotion/PROJECTS/MicronController/PYTHON/ImSwitch/locai/deck/ot2_locai.json",
-      "labwares": {
-        "custom_labwares_path_": "C:\\Users\\matia_n97ktw5\\Documents\\LABMaiTE\\BMBF-LOCai\\locai-hw\\locai\\custom_labware",
-        "custom_labwares_path": "/Users/bene/Dropbox/Dokumente/Promotion/PROJECTS/MicronController/PYTHON/ImSwitch/locai/custom_labware",
-        "standard": {
-            "1": "corning_96_wellplate_360ul_flat"
-        },
-        "custom": {
-        }
-      },
-      "default_positions": {
-        "center": [0, 0],
-        "left": [-0.01, 0],
-        "right": [0.01, 0],
-        "up": [0, 0.01],
-        "down": [0, -0.01]
-      }
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM9",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": true,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "cameraEffPixelsize": 0.1,
-                "gxipycam": {
-                    "exposure": 0,
-                    "binning": 1,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": false
-        }
-    },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "mct": {
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Autofocus",
-    "Positioner",
-    "LEDMatrix",
-    "Deck",
-    "DeckScan",
-    "Hypha",
-    "HistoScan"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_labmaite_v2.json b/imcontrol_setups/example_uc2_labmaite_v2.json
deleted file mode 100644
index 1f4574f..0000000
--- a/imcontrol_setups/example_uc2_labmaite_v2.json
+++ /dev/null
@@ -1,408 +0,0 @@
-{
-    "positioners": {
-        "ESP32Stage": {
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "isEnable": true,
-                "enableauto": false,
-                "stepsizeX": -0.3125,
-                "stepsizeY": -0.3125,
-                "stepsizeZ": 0.3125,
-                "homeSpeedX": 15000,
-                "homeSpeedY": 15000,
-                "homeSpeedZ": 15000,
-                "homeEndstoppolarityX":0,
-                "homeEndstoppolarityY":0,
-                "isDualaxis": true,
-                "homeDirectionX": 1,
-                "backlashX": 15,
-                "backlashY": 40,
-                "homeDirectionY": 1,
-                "homeDirectionZ": 0,
-                "homeXenabled": 1,
-                "homeYenabled": 1,
-                "homeZenabled": 0,
-                "initialSpeed": {
-                    "X": 25000,
-                    "Y": 25000,
-                    "Z": 25000,
-                    "A": 25000
-                }
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z",
-                "A"
-            ],
-            "forScanning": true,
-            "forPositioning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.43.129",
-                "serialport": "COM3",
-                "debug":0
-            }
-        }
-    },
-    "lasers": {
-        "Laser 532": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": 1
-            },
-            "wavelength": 532,
-            "valueRangeMin": 0,
-            "valueRangeMax": 1023
-        },
-        "LED": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": 2,
-                "filter_change": false,
-                "laser_despeckle_period": 10,
-                "laser_despeckle_amplitude": 0
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 1024
-        },
-        "LED Ring": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "LED",
-                "filter_change": false,
-                "laser_despeckle_period": 10,
-                "laser_despeckle_amplitude": 0
-            },
-            "wavelength": 635,
-            "valueRangeMin": 0,
-            "valueRangeMax": 1024
-        }
-    },
-    "detectors": {
-        "WidefieldCamera": {
-            "ExtPackage": "imswitch_det_webcam",
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "cameraEffPixelsize": 0.45,
-                "gxipycam": {
-                    "exposure": 20,
-                    "gain": 0,
-                    "blacklevel": 10,
-                    "image_width": 1000,
-                    "image_height": 1000
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": true
-        }
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        }
-    },
-    "HistoScan": {
-        "PreviewCamera1": "ESP32Cam"
-    },
-    "autofocus": {
-        "camera": "WidefieldCamera",
-        "positioner": "ESP32Stage",
-        "updateFreq": 10,
-        "frameCropx": 780,
-        "frameCropy": 400,
-        "frameCropw": 500,
-        "frameCroph": 100
-    },
-    "mct": {
-        "monitorIdx": 2,
-        "width": 1080,
-        "height": 1920,
-        "wavelength": 0,
-        "pixelSize": 0,
-        "angleMount": 0,
-        "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-        "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-    },
-    "dpc": {
-        "wavelength": 0.53,
-        "pixelsize": 0.2,
-        "NA": 0.3,
-        "NAi": 0.3,
-        "n": 1.0,
-        "rotations": [
-            0,
-            180,
-            90,
-            270
-        ]
-    },
-    "webrtc": {},
-    "PixelCalibration": {},
-    "focusLock": {
-        "camera": "WidefieldCamera",
-        "positioner": "ESP32StageManager",
-        "updateFreq": 4,
-        "frameCropx": 0,
-        "frameCropy": 0,
-        "frameCropw": 0,
-        "frameCroph": 0
-    },
-    "LEDMatrixs": {
-        "ESP32 LEDMatrix": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDMatrixManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "Nx": 4,
-                "Ny": 4,
-                "SpecialPattern1": [
-                    {
-                        "id": 9,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 10,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 11,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 12,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 13,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 14,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 15,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 16,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 17,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 18,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 19,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 20,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 21,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 22,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 23,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    },
-                    {
-                        "id": 24,
-                        "r": 255,
-                        "g": 255,
-                        "b": 255
-                    }
-                ],
-                "SpecialPattern2": [
-                    {
-                        "id": 9,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 10,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 11,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 12,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 13,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 14,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 15,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 16,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 17,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 18,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 19,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 20,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 21,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 22,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 23,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    },
-                    {
-                        "id": 24,
-                        "r": 0,
-                        "g": 255,
-                        "b": 0
-                    }
-                ]
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768
-        }
-    },
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "Autofocus",
-        "MCT",
-        "UC2Config",
-        "ImSwitchServer",
-        "PixelCalibration",
-        "HistoScan",
-        "Hypha",
-        "LEDMatrix",
-        "Joystick",
-        "ROIScan"
-    ],
-    "nonAvailableWidgets": [
-        "STORMRecon",
-        "DPC",
-        "FocusLock",
-        "HistoScan",
-        "FocusLock"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_ledmatrix.json b/imcontrol_setups/example_uc2_ledmatrix.json
deleted file mode 100644
index ce45e6c..0000000
--- a/imcontrol_setups/example_uc2_ledmatrix.json
+++ /dev/null
@@ -1,128 +0,0 @@
-{
-  "positioners": {
-    "LightsheetStage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32"
-      },
-      "axes": ["X", "Y", "Z"],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_": "COM4",
-        "serialport": "/dev/cu.wchusbserial1440",
-        "baudrate": 500000,
-        "debug": 1
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "B",
-        "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "R",
-        "filter_change": true
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "W",
-        "filter_change": false
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "B",
-        "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerNameGX": "GXPIPYManager",
-      "managerName": "AVManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "avcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "dpc": {
-    "wavelength": 0.53,
-    "pixelsize": 0.2,
-    "NA": 0.3,
-    "NAi": 0.3,
-    "n": 1.0,
-    "rotations": [0, 180, 90, 270]
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "WellPlate",
-    "LEDMatrix",
-    "DPC"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_lightsheet.json b/imcontrol_setups/example_uc2_lightsheet.json
deleted file mode 100644
index df8074c..0000000
--- a/imcontrol_setups/example_uc2_lightsheet.json
+++ /dev/null
@@ -1,106 +0,0 @@
-{
-  "positioners": {
-    "LightsheetStage": {
-        "managerNameESP32": "ESP32StageManager",
-        "managerName": "GRBLStageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host": "192.168.137.113"
-      }
-    }
-  },
-  "ESP32": {
-    "managerName": "ESP32Manager",
-    "managerProperties": {
-      "host": "192.168.137.95"
-    }
-  }
-},
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "B",
-        "filter_change": true
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "R",
-      "filter_change": true
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "W",
-      "filter_change": false
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName1": "GXPIPYManager",
-    "managerName": "AVManager",
-    "managerProperties1": "gxipycam",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "avcam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_lightsheet_STORM_backup.json b/imcontrol_setups/example_uc2_lightsheet_STORM_backup.json
deleted file mode 100644
index 33d49e1..0000000
--- a/imcontrol_setups/example_uc2_lightsheet_STORM_backup.json
+++ /dev/null
@@ -1,84 +0,0 @@
-{
-    "positioners": {
-      "LightsheetStage": {
-          "managerName": "GRBLStageManager",
-          "managerProperties": {
-            "rs232device": "GRBL",
-            "host": "192.168.137.206"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-    "GRBL": {
-      "managerName": "GRBLManager",
-      "managerProperties": {
-        "port": "COM4",
-        "is_home": false
-      }
-    }
-  },
-  "635 Lasesr": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "GRBLLaserManager",
-    "managerProperties": {
-        "rs232device": "GRBL",
-        "channel": "LASER"
-    },
-    "wavelength": 635,
-    "valueRangeMin": 0,
-    "valueRangeMax": 1023,
-    "valueRangeStep": 1
-  },
-  "White LED": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "GRBLLaserManager",
-    "managerProperties": {
-        "rs232device": "GRBL",
-        "channel": "LED"
-    },
-    "wavelength": 500,
-    "valueRangeMin": 0,
-    "valueRangeMax": 1,
-    "valueRangeStep": 1
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Laser",
-      "Positioner"
-    ]
-  }
-  
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_lightsheet_gxipy.json b/imcontrol_setups/example_uc2_lightsheet_gxipy.json
deleted file mode 100644
index 0252229..0000000
--- a/imcontrol_setups/example_uc2_lightsheet_gxipy.json
+++ /dev/null
@@ -1,158 +0,0 @@
-{
-    "detectors": {
-        "LightSheet": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "gxipycam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "binning": 2
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": true
-        }
-    },
-    "lasers": {
-        "488 Laser": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "",
-                "filter_change": false
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768,
-            "wavelength": 488,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        },
-        "LED": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "W",
-                "filter_change": false
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768,
-            "wavelength": 1000,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        },
-        "Lightsheet X-position": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LightSheetManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "axis": "pos_x"
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 255,
-            "wavelength": 0,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        },
-        "Lightsheet Y-Amplitude": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LightSheetManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "axis": "amp_y"
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 255,
-            "wavelength": 0,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        }
-    },
-    "positioners": {
-        "LightsheetStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.137.95",
-                "serialport": "COM3"
-            }
-        }
-    },
-    "slm": null,
-    "focusLock": null,
-    "autofocus": null,
-    "scan": null,
-    "nidaq": {
-        "timerCounterChannel": null,
-        "startTrigger": false
-    },
-    "pulseStreamer": {
-        "ipAddress": null
-    },
-    "pyroServerInfo": {
-        "name": "ImSwitchServer",
-        "host": "127.0.0.1",
-        "port": 54333
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        },
-        "feptube": {
-            "x": 916,
-            "y": 948,
-            "w": 896,
-            "h": 620
-        }
-    },
-    "laserPresets": {},
-    "defaultLaserPresetForScan": null,
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "LightSheet"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_lightsheet_gxipy_holisheet.json b/imcontrol_setups/example_uc2_lightsheet_gxipy_holisheet.json
deleted file mode 100644
index 1e2dc4d..0000000
--- a/imcontrol_setups/example_uc2_lightsheet_gxipy_holisheet.json
+++ /dev/null
@@ -1,158 +0,0 @@
-{
-    "detectors": {
-        "LightSheet": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "gxipycam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "binning": 2
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": true
-        }
-    },
-    "lasers": {
-        "488 Laser": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "",
-                "filter_change": false
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768,
-            "wavelength": 488,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        },
-        "LED": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "W",
-                "filter_change": false
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768,
-            "wavelength": 1000,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        },
-        "Lightsheet X-position": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LightSheetManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "axis": "pos_x"
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 255,
-            "wavelength": 0,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        },
-        "Lightsheet Y-Amplitude": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LightSheetManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "axis": "amp_y"
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 255,
-            "wavelength": 0,
-            "freqRangeMin": 0,
-            "freqRangeMax": 0,
-            "freqRangeInit": 0,
-            "valueRangeStep": 1.0
-        }
-    },
-    "positioners": {
-        "LightsheetStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.137.95",
-                "serialport": "COM3"
-            }
-        }
-    },
-    "slm": null,
-    "focusLock": null,
-    "autofocus": null,
-    "scan": null,
-    "nidaq": {
-        "timerCounterChannel": null,
-        "startTrigger": false
-    },
-    "pulseStreamer": {
-        "ipAddress": null
-    },
-    "pyroServerInfo": {
-        "name": "ImSwitchServer",
-        "host": "127.0.0.1",
-        "port": 54333
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        },
-        "feptube": {
-            "x": 916,
-            "y": 948,
-            "w": 896,
-            "h": 620
-        }
-    },
-    "laserPresets": {},
-    "defaultLaserPresetForScan": null,
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "HoliSheet"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_lightsheet_michael_vimba.json b/imcontrol_setups/example_uc2_lightsheet_michael_vimba.json
deleted file mode 100644
index a9fc68e..0000000
--- a/imcontrol_setups/example_uc2_lightsheet_michael_vimba.json
+++ /dev/null
@@ -1,160 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM3",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false, 
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -32000,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0.1
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 2,
-      "filter_change": false,
-      "filter_axis": 3,
-      "filter_position": 18000,
-      "filter_position_init": -0,
-      "laser_despeckle_period": 10,
-      "laser_despeckle_amplitude": 0.1
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "LED",
-      "filter_change": false,
-      "filter_axis": 3,
-      "filter_position": 32000,
-      "filter_position_init": -0
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 255
-}
-},
-"detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerNameGX": "GXPIPYManager",
-      "managerName": "AVManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "avcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-"LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": false
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-        "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-},
-"mct": {
-  "monitorIdx": 2,
-  "width": 1080,
-  "height": 1920,
-  "wavelength": 0,
-  "pixelSize": 0,
-  "angleMount": 0,
-  "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-  "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "LEDMatrix",
-    "Scan",
-    "MCT"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_lightsheet_rotating.json b/imcontrol_setups/example_uc2_lightsheet_rotating.json
deleted file mode 100644
index 598ef18..0000000
--- a/imcontrol_setups/example_uc2_lightsheet_rotating.json
+++ /dev/null
@@ -1,139 +0,0 @@
-{
-    "detectors": {
-        "LightSheet": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "gxipycam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "binning": 2
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": true
-        },
-        "Holography": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 2,
-                "gxipycam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "binning": 2
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": true
-        }
-    },
-    "lasers": {
-        "635 Laser": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": 1,
-                "filter_change": false
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 255,
-            "wavelength": 635,
-            "valueRangeStep": 1.0
-        },
-        "LED": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": 2,
-                "filter_change": false
-            },
-            "valueRangeMin": 0,
-            "valueRangeMax": 255,
-            "wavelength": 0,
-            "valueRangeStep": 1.0
-        }
-    },
-    "positioners": {
-        "ESPStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.43.129",
-                "serialport": "COM7",
-                "serialport_mac": "/dev/cu./dev/cu.SLAB_USBtoUART"
-            }
-        }
-    },
-    "slm": null,
-    "focusLock": null,
-    "autofocus": null,
-    "scan": null,
-    "nidaq": {
-        "timerCounterChannel": null,
-        "startTrigger": false
-    },
-    "pulseStreamer": {
-        "ipAddress": null
-    },
-    "pyroServerInfo": {
-        "name": "ImSwitchServer",
-        "host": "127.0.0.1",
-        "port": 54333
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        },
-        "test": {
-            "x": 1000,
-            "y": 1000,
-            "w": 1000,
-            "h": 1000
-        }
-    },
-    "laserPresets": {},
-    "defaultLaserPresetForScan": null,
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "Holo"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_lightsheet_vimba.json b/imcontrol_setups/example_uc2_lightsheet_vimba.json
deleted file mode 100644
index 8304c39..0000000
--- a/imcontrol_setups/example_uc2_lightsheet_vimba.json
+++ /dev/null
@@ -1,138 +0,0 @@
-{
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "AVManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "avcam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "pixel_format": "Mono12"
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": false
-        }
-    },
-    "lasers": {
-        "Laser Red": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": 2,
-                "filter_change": false, 
-                "filter_axis": 1,
-                "filter_position": 0,
-                "filter_position_init": 0,
-                "laser_despeckle_period": 0,
-                "laser_despeckle_amplitude": 0
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768
-        },
-        "Laser Blue": {
-              "analogChannel": null,
-              "digitalLine": null,
-              "managerName": "ESP32LEDLaserManager",
-              "managerProperties": {
-                  "rs232device": "ESP32",
-                  "channel_index": 1,
-                  "filter_change": false, 
-                  "filter_axis": 1,
-                  "filter_position": 0,
-                  "filter_position_init": 0,
-                  "laser_despeckle_period": 0,
-                  "laser_despeckle_amplitude": 0
-              },
-              "wavelength": 488,
-              "valueRangeMin": 0,
-              "valueRangeMax": 32768
-          }          
-    },
-    "positioners": {
-        "LightsheetStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.137.95",
-                "serialport": "COM3"
-            }
-        }
-    },
-    "slm": null,
-    "focusLock": null,
-    "autofocus": null,
-    "scan": null,
-    "nidaq": {
-        "timerCounterChannel": null,
-        "startTrigger": false
-    },
-    "pulseStreamer": {
-        "ipAddress": null
-    },
-    "pyroServerInfo": {
-        "name": "ImSwitchServer",
-        "host": "127.0.0.1",
-        "port": 54333
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        },
-        "feptube": {
-            "x": 196,
-            "y": 476,
-            "w": 588,
-            "h": 452
-        }
-    },
-    "mct": {
-        "monitorIdx": 2,
-        "width": 1080,
-        "height": 1920,
-        "wavelength": 0,
-        "pixelSize": 0,
-        "angleMount": 0,
-        "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-        "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-      },
-    "laserPresets": {},
-    "defaultLaserPresetForScan": null,
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "MCT"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_lightsheetdaheng.json b/imcontrol_setups/example_uc2_lightsheetdaheng.json
deleted file mode 100644
index 3341d5e..0000000
--- a/imcontrol_setups/example_uc2_lightsheetdaheng.json
+++ /dev/null
@@ -1,177 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "enableauto": 0,
-<<<<<<< Updated upstream
-        "isEnable": 1,
-        "homeXenabled": true, 
-        "homeStepsX":10000, 
-        "homeOnStartX": true,
-        "homeEndposReleaseX":5000,
-        "homeYenabled": true, 
-        "homeStepsY":10000, 
-        "homeOnStartY": true,
-        "homeEndposReleaseY":5000,
-        "homeAenabled": true, 
-        "homeStepsA":10000, 
-        "homeOnStarta": true,
-        "homeEndposReleaseA":5000,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125
-=======
-        "isEnable": 1,        
-      "stepsizeX": 0.3125,
-      "stepsizeY": 0.3125,
-      "stepsizeZ": 0.3125,
-      "stepsizeA": 0.3125,
-      "initialSpeed": {"X": 15000, "Y":  15000, "Z": 15000, "A": 15000}
-
->>>>>>> Stashed changes
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z",
-        "A"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_": "COM3",
-        "serialport": "COM3",
-<<<<<<< Updated upstream
-        "baudrate":500000, 
-        "debug":1
-=======
-        "baudrate":115200
->>>>>>> Stashed changes
-       }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index":1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 512
-    },
-    "LED Matrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": false,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 20,
-          "gain": 0,
-          "blacklevel": 10,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-    },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "webrtc":{},
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "Settings",
-    "Positioner",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Lightsheet",
-    "UC2Config",
-    "Joystick",
-<<<<<<< Updated upstream
-    "LEDMatrix",
-    "HistoScan", 
-    "ROIScan",
-    "Lightsheet"
-=======
-    "LEDMatrix", 
-    "ROIScan"
->>>>>>> Stashed changes
-  ],
-  "nonAvailableWidgets":[
-    "STORMRecon",
-    "LEDMatrix",
-    "MCT",
-    "ImSwitchServer",
-    "PixelCalibration",
-    "Hypha",
-    "FocusLock",
-    "HistoScan", 
-    "FocusLock"]
-}
diff --git a/imcontrol_setups/example_uc2_lightsheethik.json b/imcontrol_setups/example_uc2_lightsheethik.json
index 5a3dc83..177197e 100644
--- a/imcontrol_setups/example_uc2_lightsheethik.json
+++ b/imcontrol_setups/example_uc2_lightsheethik.json
@@ -8,14 +8,14 @@
         "isEnable": 1,
         "homeXenabled": true, 
         "homeStepsX":10000, 
-        "homeOnStartX": 0,
+        "homeOnStartX": true,
         "homeEndposReleaseX":5000,
         "homeYenabled": true, 
         "homeStepsY":10000, 
-        "homeOnStartY": 0,
+        "homeOnStartY": true,
         "homeEndposReleaseY":5000,
         "homeAenabled": true, 
-        "homeStepsA":0, 
+        "homeStepsA":10000, 
         "homeOnStarta": true,
         "homeEndposReleaseA":5000,
         "stepsizeX": -0.3125,
@@ -40,7 +40,6 @@
         "serialport_": "COM3",
         "serialport": "COM3",
         "baudrate":500000, 
-        "baudrate_":115200, 
         "debug":1
        }
     }
diff --git a/imcontrol_setups/example_uc2_multicolour.json b/imcontrol_setups/example_uc2_multicolour.json
deleted file mode 100644
index d4b72b5..0000000
--- a/imcontrol_setups/example_uc2_multicolour.json
+++ /dev/null
@@ -1,96 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "COM3",
-        "serialport_MAC": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 3,
-        "filter_change": true
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": 1,
-      "filter_change": true
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "GXPIPYManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "gxipycam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true,
-    "forFocusLock": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner", 
-    "Autofocus"
-  ],
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  }
-}
diff --git a/imcontrol_setups/example_uc2_multicolour_basler.json b/imcontrol_setups/example_uc2_multicolour_basler.json
deleted file mode 100644
index 3844087..0000000
--- a/imcontrol_setups/example_uc2_multicolour_basler.json
+++ /dev/null
@@ -1,98 +0,0 @@
-{
-  "positioners": {
-    "LightsheetStage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "axes_map": ["Y", "X", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host": "192.168.137.113"
-      }
-    }
-  },
-"lasers": {
-  "488 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "B",
-        "filter_change": true
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-},
-"635 Laser": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "R",
-      "filter_change": true
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-},
-"LED": {
-  "analogChannel": null,
-  "digitalLine": null,
-  "managerName": "ESP32LEDLaserManager",
-  "managerProperties": {
-      "rs232device": "ESP32",
-      "channel_index": "W",
-      "filter_change": false
-  },
-  "wavelength": 635,
-  "valueRangeMin": 0,
-  "valueRangeMax": 32768
-}
-},
-"detectors": {
-  "WidefieldCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "BaslerManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "cameraEffPixelsize": 0.08,
-      "basler": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000
-      }
-    },
-    "forAcquisition": true
-  }
-},
-"rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_multicolour_hikvision.json b/imcontrol_setups/example_uc2_multicolour_hikvision.json
deleted file mode 100644
index 6c1a2ce..0000000
--- a/imcontrol_setups/example_uc2_multicolour_hikvision.json
+++ /dev/null
@@ -1,195 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32"
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM5",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "Magnet": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 3,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": false,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "HikCamManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "hikcam": {
-          "exposure": 10,
-          "gain": 0,
-          "blacklevel": 0,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-    "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "uc2Config": {
-    "defaultConfig": "pindefWemos.json",
-    "defaultConfig2": "pindefUC2Standalon2.json",
-    "defaultConfig1": "pindefUC2Standalon.json"
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "webrtc":{},
-  "PixelCalibration": {},
-  "focusLock": {
-    "camera": "ESP32",
-    "port": "COM5",  
-    "positioner": "ESP32StageManager",
-    "updateFreq": 4,
-    "frameCropx": 0,
-    "frameCropy": 0,
-    "frameCropw": 0,
-    "frameCroph": 0
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "LEDMatrix",
-    "Positioner",
-    "Autofocus",
-    "MCT",
-    "UC2Config",
-    "ImSwitchServer",
-    "PixelCalibration",
-    "WebRTC"
-  ], 
-  "nonAvailableWidgets":[
-    "STORMRecon",
-    "FocusLock",
-    "DPC"],
-    "dpc": {
-      "wavelength": 0.53,
-      "pixelsize": 0.2,
-      "NA":0.3,
-      "NAi": 0.3,
-      "n": 1.0, 
-      "rotations": [0, 180, 90, 270]
-    }
-  }
diff --git a/imcontrol_setups/example_uc2_oct_eda.json b/imcontrol_setups/example_uc2_oct_eda.json
deleted file mode 100644
index da1f310..0000000
--- a/imcontrol_setups/example_uc2_oct_eda.json
+++ /dev/null
@@ -1,126 +0,0 @@
-{
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "AVManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "avcam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "pixel_format": "Mono12"
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": false
-        }
-    },
-    "lasers": {
-        "Lens 1": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": 2,
-                "filter_change": false, 
-                "filter_axis": 1,
-                "filter_position": 0,
-                "filter_position_init": 0,
-                "laser_despeckle_period": 0,
-                "laser_despeckle_amplitude": 0
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768
-        },
-        "Lens 2": {
-              "analogChannel": null,
-              "digitalLine": null,
-              "managerName": "ESP32LEDLaserManager",
-              "managerProperties": {
-                  "rs232device": "ESP32",
-                  "channel_index": 1,
-                  "filter_change": false, 
-                  "filter_axis": 1,
-                  "filter_position": 0,
-                  "filter_position_init": 0,
-                  "laser_despeckle_period": 0,
-                  "laser_despeckle_amplitude": 0
-              },
-              "wavelength": 488,
-              "valueRangeMin": 0,
-              "valueRangeMax": 32768
-          }          
-    },
-    "positioners": {
-        "LightsheetStage": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32"
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "isPositiveDirection": true,
-            "forPositioning": true,
-            "forScanning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.137.95",
-                "serialport": "COM3"
-            }
-        }
-    },
-    "slm": null,
-    "focusLock": null,
-    "autofocus": null,
-    "scan": null,
-    "nidaq": {
-        "timerCounterChannel": null,
-        "startTrigger": false
-    },
-    "pulseStreamer": {
-        "ipAddress": null
-    },
-    "pyroServerInfo": {
-        "name": "ImSwitchServer",
-        "host": "127.0.0.1",
-        "port": 54333
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        },
-        "feptube": {
-            "x": 196,
-            "y": 476,
-            "w": 588,
-            "h": 452
-        }
-    },
-    "laserPresets": {},
-    "defaultLaserPresetForScan": null,
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_opencvcam.json b/imcontrol_setups/example_uc2_opencvcam.json
deleted file mode 100644
index bde72cc..0000000
--- a/imcontrol_setups/example_uc2_opencvcam.json
+++ /dev/null
@@ -1,117 +0,0 @@
-{
-    "positioners": {
-      "LightsheetStage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-              "rs232device": "ESP32"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "ESP32": {
-        "managerName": "ESP32Manager",
-        "managerProperties": {
-          "host_": "192.168.43.129",
-          "serialport_": "COM4",
-          "serialport":"/dev/cu.wchusbserial1440"
-        }
-      }
-    },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  },
-  "635 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "R",
-        "filter_change": true
-    },
-    "wavelength": 635,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-  },
-  "LED": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "W",
-        "filter_change": false
-    },
-    "wavelength": 635,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-  }
-},
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerNameGX": "GXPIPYManager",
-      "managerName": "OpenCVCamManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "opencvcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Laser",
-      "Positioner",
-      "WellPlate",
-      "LEDMatrix"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2_pco.json b/imcontrol_setups/example_uc2_pco.json
deleted file mode 100644
index bb11ac5..0000000
--- a/imcontrol_setups/example_uc2_pco.json
+++ /dev/null
@@ -1,138 +0,0 @@
-{
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "dummy"
-      }
-    }
-  },
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "enableauto": 0,
-        "isEnable": 1,
-        "homeXenabled": true, 
-        "homeStepsX":10000, 
-        "homeOnStartX": true,
-        "homeEndposReleaseX":5000,
-        "homeYenabled": true, 
-        "homeStepsY":10000, 
-        "homeOnStartY": true,
-        "homeEndposReleaseY":5000,
-        "homeAenabled": true, 
-        "homeStepsA":10000, 
-        "homeOnStarta": true,
-        "homeEndposReleaseA":5000,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z",
-        "A"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "PCOManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "PCOcam": {
-          "exposure": 0
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },  
-  "sim": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "imswitch_sim": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488",
-    "isSimulation": 0,
-    "nRotations": 3,
-    "nPhases": 3,
-    "isFastAPISIM": 1,
-    "simPixelsize": 1,
-    "simNA": 0,
-    "simN": 0,
-    "simETA": 0,
-    "fastAPISIM_host": "192.168.0.1",
-    "fastAPISIM_port": 0,
-    "tWaitSequence": 0
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Laser",
-      "Image",
-      "SIM",
-      "imswitch_sim"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2_pco_cellstorm.json b/imcontrol_setups/example_uc2_pco_cellstorm.json
deleted file mode 100644
index 2601bb3..0000000
--- a/imcontrol_setups/example_uc2_pco_cellstorm.json
+++ /dev/null
@@ -1,95 +0,0 @@
-{
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport": "dummy"
-      }
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "PCOManager",
-      "managerProperties": {
-        "cameraListIndex": 0,
-        "PCOcam": {
-          "exposure": 0
-        }
-      },
-      "forAcquisition": true
-    },    
-    "ESP32Cam": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "ESP32SerialCamManager",
-        "managerProperties": {
-          "cameraListIndex": 1,
-          "gxipycam": {
-            "exposure": 20,
-            "gain": 0,
-            "blacklevel": 10,
-            "image_width": 1000,
-            "image_height": 1000
-          }
-        },
-        "forAcquisition": true,
-        "forFocusLock": true
-      }
-  },
-  "lasers": {
-    "Lens 1": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "Lens 2": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "Laser 635": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "ESP32LEDLaserManager",
-        "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": 3
-                },
-        "wavelength": 635,
-        "valueRangeMin": 0,
-        "valueRangeMax": 1024
-      }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Laser",
-      "Image"
-    ]
-  }
diff --git a/imcontrol_setups/example_uc2_sim_daheng.json b/imcontrol_setups/example_uc2_sim_daheng.json
deleted file mode 100644
index 046e35e..0000000
--- a/imcontrol_setups/example_uc2_sim_daheng.json
+++ /dev/null
@@ -1,85 +0,0 @@
-{
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "GXPIPYManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "gxipycam": {
-                    "exposure": 1,
-                    "gain": 0,
-                    "blacklevel": 10,
-                    "image_width": 1000,
-                    "image_height": 1000
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": true
-        }
-    },
-    "lasers": {
-        "488 Laser": {
-          "analogChannel": null,
-          "digitalLine": null,
-          "managerName": "ESP32LEDLaserManager",
-          "managerProperties": {
-            "rs232device": "ESP32",
-            "channel_index": 1,
-            "filter_change": false,
-            "laser_despeckle_period": 10,
-            "laser_despeckle_amplitude": 0
-          },
-          "wavelength": 488,
-          "valueRangeMin": 0,
-          "valueRangeMax": 1024
-        },
-        "635 Laser": {
-          "analogChannel": null,
-          "digitalLine": null,
-          "managerName": "ESP32LEDLaserManager",
-          "managerProperties": {
-            "rs232device": "ESP32",
-            "channel_index": 2,
-            "filter_change": false,
-            "laser_despeckle_period": 10,
-            "laser_despeckle_amplitude": 0
-          },
-          "wavelength": 635,
-          "valueRangeMin": 0,
-          "valueRangeMax": 1024
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.43.129",
-                "serialport": "COM12",
-                "serialport_MAC": "/dev/cu./dev/cu.SLAB_USBtoUART"
-            }
-        }
-    },
-    "sim": {
-        "fastAPISIM_host": "192.168.137.191",
-        "fastAPISIM_port": "8000",
-        "isFastAPISIM": true,
-        "nPhases": 3, 
-        "nRotations": 2,
-        "simPixelsize": 2.3,
-        "simMagnefication": 15,
-        "simNA": 0.5, 
-        "simETA": 0.6, 
-        "simN": 1.3
-        
-    },
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "UC2Config",
-        "SIM",
-        "Laser"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_storm_alliedvision.json b/imcontrol_setups/example_uc2_storm_alliedvision.json
deleted file mode 100644
index 0fca937..0000000
--- a/imcontrol_setups/example_uc2_storm_alliedvision.json
+++ /dev/null
@@ -1,139 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32"
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM5",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": false,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "AVManager",
-        "managerProperties": {
-            "cameraListIndex": 1,
-            "mocktype": "STORM",  
-            "mockstackpath": "/Users/bene/Downloads/New_SMLM_datasets/ROI_cos7MT_AF647fluopaint.tif",            
-            "avcam": {
-                "exposure": 0,
-                "gain": 0,
-                "blacklevel": 100,
-                "image_width": 1000,
-                "image_height": 1000,
-                "pixel_format": "Mono12"
-            }
-        },
-        "forAcquisition": true,
-        "forFocusLock": false
-    }
-},
-"rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "Autofocus",
-    "STORMRecon"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_stormrecon.json b/imcontrol_setups/example_uc2_stormrecon.json
deleted file mode 100644
index bdaeb5c..0000000
--- a/imcontrol_setups/example_uc2_stormrecon.json
+++ /dev/null
@@ -1,169 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32"
-      },
-      "axes": [
-        "X",
-        "Y",
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM5",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 1,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "635 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": 2,
-        "filter_change": false,
-        "laser_despeckle_period": 10,
-        "laser_despeckle_amplitude": 0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1024
-    },
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "LED",
-        "filter_change": false,
-        "filter_axis": 3,
-        "filter_position": 32000,
-        "filter_position_init": -0
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 255
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "uc2Config": {
-    "defaultConfig": "pindefWemos.json",
-    "defaultConfig2": "pindefUC2Standalon2.json",
-    "defaultConfig1": "pindefUC2Standalon.json"
-  },
-  "scan": {
-    "scanDesigner": "BetaScanDesigner",
-    "scanDesignerParams": {
-      "return_time": 0.01
-    },
-    "TTLCycleDesigner": "BetaTTLCycleDesigner",
-    "TTLCycleDesignerParams": {},
-    "sampleRate": 100000
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "sim": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "STORMRecon", 
-    "SIM"
-  ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_testhisto.json b/imcontrol_setups/example_uc2_testhisto.json
deleted file mode 100644
index c5860d2..0000000
--- a/imcontrol_setups/example_uc2_testhisto.json
+++ /dev/null
@@ -1,216 +0,0 @@
-{
-      "positioners":{
-         "ESP32Stage":{
-            "managerName":"ESP32StageManager",
-            "managerProperties":{
-               "rs232device":"ESP32"
-            },
-            "axes":[
-               "X",
-               "Y",
-               "Z"
-            ],
-            "forScanning":true,
-            "forPositioning":true
-         }
-      },
-      "rs232devices":{
-         "ESP32":{
-            "managerName":"ESP32Manager",
-            "managerProperties":{
-              "identity":"UC2_Feather",
-               "host_":"192.168.43.129",
-               "serialport_windows":"COM3",
-               "serialport":"/dev/cu.SLAB_USBtoUART"
-            }
-         },
-          "ESP32Cam":{
-             "managerName":"ESP32Manager",
-             "managerProperties":{
-               "identity":"UC2_Camera",
-                "serialport_windows":"COM3",
-                "serialport":"/dev/cu.SLAB_USBtoUART"
-             }
-          }
-      },
-      "lasers":{
-         "488 Laser":{
-            "analogChannel":null,
-            "digitalLine":null,
-            "managerName":"ESP32LEDLaserManager",
-            "managerProperties":{
-               "rs232device":"ESP32",
-               "channel_index":1,
-               "filter_change":true,
-               "filter_axis":0
-            },
-            "wavelength":488,
-            "valueRangeMin":0,
-            "valueRangeMax":32768
-         },
-         "635 Laser":{
-            "analogChannel":null,
-            "digitalLine":null,
-            "managerName":"ESP32LEDLaserManager",
-            "managerProperties":{
-               "rs232device":"ESP32",
-               "channel_index":2,
-               "filter_change":true,
-               "filter_axis":0
-            },
-            "wavelength":635,
-            "valueRangeMin":0,
-            "valueRangeMax":32768
-         },
-         "LED":{
-            "analogChannel":null,
-            "digitalLine":null,
-            "managerName":"ESP32LEDLaserManager",
-            "managerProperties":{
-               "rs232device":"ESP32",
-               "channel_index":"LED",
-               "filter_change":true,
-               "filter_axis":0
-            },
-            "wavelength":635,
-            "valueRangeMin":0,
-            "valueRangeMax":255
-         }
-      },
-        "autofocus": {
-          "camera": "WidefieldCamera",
-          "positioner": "ESP32Stage",
-          "updateFreq": 10,
-          "frameCropx": 780,
-          "frameCropy": 400,
-          "frameCropw": 500,
-          "frameCroph": 100
-        },
-      "mct": {
-         "monitorIdx": 2,
-         "width": 1080,
-         "height": 1920,
-         "wavelength": 0,
-         "pixelSize": 0,
-         "angleMount": 0,
-         "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-         "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-       },
-       "lasers": {
-         "488 Laser": {
-           "analogChannel": null,
-           "digitalLine": null,
-           "managerName": "ESP32LEDLaserManager",
-           "managerProperties": {
-               "rs232device": "ESP32",
-               "channel_index": 1,
-               "filter_change": false, 
-               "filter_axis": 3,
-               "filter_position": 32000,
-               "filter_position_init": -32000,
-               "laser_despeckle_period": 10,
-               "laser_despeckle_amplitude": 0.1
-           },
-           "wavelength": 488,
-           "valueRangeMin": 0,
-           "valueRangeMax": 32768
-       },
-       "635 Laser": {
-         "analogChannel": null,
-         "digitalLine": null,
-         "managerName": "ESP32LEDLaserManager",
-         "managerProperties": {
-             "rs232device": "ESP32",
-             "channel_index": 2,
-             "filter_change": false,
-             "filter_axis": 3,
-             "filter_position": 18000,
-             "filter_position_init": -0,
-             "laser_despeckle_period": 10,
-             "laser_despeckle_amplitude": 0.1
-         },
-         "wavelength": 635,
-         "valueRangeMin": 0,
-         "valueRangeMax": 32768
-       },
-       "LED": {
-         "analogChannel": null,
-         "digitalLine": null,
-         "managerName": "ESP32LEDLaserManager",
-         "managerProperties": {
-             "rs232device": "ESP32",
-             "channel_index": "LED",
-             "filter_change": false,
-             "filter_axis": 3,
-             "filter_position": 32000,
-             "filter_position_init": -0
-         },
-         "wavelength": 635,
-         "valueRangeMin": 0,
-         "valueRangeMax": 255
-       }
-       },       
-      "detectors":{
-         "WidefieldCamera":{
-            "analogChannel":null,
-            "digitalLine":null,
-            "managerName":"GXPIPYManager",
-            "managerProperties":{
-               "cameraListIndex":1,
-               "gxipycam":{
-                  "exposure":0,
-                  "gain":0,
-                  "blacklevel":100,
-                  "image_width":1000,
-                  "image_height":1000
-               }
-            },
-            "forAcquisition":true,
-            "forFocusLock":true
-         },
-        "PreviewCamera":{
-           "analogChannel":null,
-           "digitalLine":null,
-           "managerName":"ESP32SerialCamManager",
-           "managerProperties":{
-              "cameraListIndex":1,
-              "esp32cam":{
-                "rs232device":"ESP32Cam"
-              }
-           },
-           "forAcquisition":true,
-           "forFocusLock":true
-        }
-      },
-      "LEDMatrixs": {
-         "ESP32 LEDMatrix": {
-           "analogChannel": null,
-           "digitalLine": null,
-           "managerName": "ESP32LEDMatrixManager",
-           "managerProperties": {
-               "rs232device": "ESP32",
-               "Nx": 5,
-               "Ny": 5
-           },
-           "wavelength": 488,
-           "valueRangeMin": 0,
-           "valueRangeMax": 32768
-       }
-       },
-      "availableWidgets":[
-         "Settings",
-         "Image",
-         "View",
-         "HistoScan",
-         "Positioner",
-         "Laser",
-         "LEDMatrix",
-         "PixelCalibration",
-         "MCT",
-         "UC2Config",
-         "Autofocus",
-         "STORMRecon"
-      ],
-      "HistoScan":{},
-      "PixelCalibration":{}
-}
diff --git a/imcontrol_setups/example_uc2_thorcam.json b/imcontrol_setups/example_uc2_thorcam.json
deleted file mode 100644
index a0b8f8b..0000000
--- a/imcontrol_setups/example_uc2_thorcam.json
+++ /dev/null
@@ -1,74 +0,0 @@
-{
-  "positioners": {
-    "Stage": {
-        "managerName": "ESP32StageManager",
-        "managerProperties": {
-            "rs232device": "ESP32"
-        },
-        "axes": ["X", "Y", "Z"],
-        "forScanning": true,
-        "forPositioning": true
-    }
-},
-"rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_": "COM4",
-        "serialport":"/dev/cu.wchusbserial1440"
-      }
-    }
-  },
-"LEDMatrixs": {
-  "ESP32 LEDMatrix": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDMatrixManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "B",
-        "filter_change": true
-    },
-    "wavelength": 488,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-}
-},
-"detectors": {
-  "HoloCamera": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ThorcamManager",
-    "managerProperties": {
-      "cameraListIndex": 1,
-      "gxipycam": {
-        "exposure": 0,
-        "gain": 0,
-        "blacklevel": 100,
-        "image_width": 1000,
-        "image_height": 1000,
-        "binning": 2
-      }
-    },
-    "forAcquisition": true,
-    "forFocusLock": true
-  }
-},
-  "rois": {
-  "Full chip": {
-    "x": 600,
-    "y": 600,
-    "w": 1200,
-    "h": 1200
-  }
-},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Positioner",
-    "LEDMatrix"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_virtual_flowstop.json b/imcontrol_setups/example_uc2_virtual_flowstop.json
deleted file mode 100644
index 7bdc325..0000000
--- a/imcontrol_setups/example_uc2_virtual_flowstop.json
+++ /dev/null
@@ -1,130 +0,0 @@
-{
-  "positioners": {
-    "VirtualStage": {
-      "managerName": "VirtualStageManager",
-      "managerProperties": {
-        "rs232device": "VirtualMicroscope",
-        "isEnable": false,
-        "enableauto": true,
-        "stepsizeZ": 0.3125,
-        "stepsizeA": 0.3125,
-        "initialSpeed": { "X": 15000, "Y": 15000, "Z": 15000, "A": 15000 }
-      },
-      "axes": ["A", "X", "Y", "Z"],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "VirtualMicroscope": {
-      "managerName": "VirtualMicroscopeManager",
-      "managerProperties": {
-        "imagePath": ""
-      }
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 4,
-        "Ny": 4,
-        "wavelength": 488,
-        "valueRangeMin": 0,
-        "valueRangeMax": 32768
-      }
-    }
-  },
-  "lasers": {
-    "LED": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "VirtualLaserManager",
-      "managerProperties": {
-        "rs232device": "VirtualMicroscope",
-        "channel_index": 1
-      },
-      "wavelength": 635,
-      "valueRangeMin": 0,
-      "valueRangeMax": 1023
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "VirtualCameraManager",
-      "managerProperties": {
-        "isRGB": 0,
-        "cameraListIndex": 0,
-        "cameraEffPixelsize": 1,
-        "virtcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "mct": {
-    "monitorIdx": 2,
-    "width": 1080,
-    "height": 1920,
-    "wavelength": 0,
-    "pixelSize": 0,
-    "angleMount": 0,
-    "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
-    "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
-  },
-  "webrtc": {},
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "Settings",
-    "View",
-    "Recording",
-    "Image",
-    "Laser",
-    "Positioner",
-    "UC2Config",
-    "Hypha",
-    "FlowStop"
-  ],
-  "nonAvailableWidgets": [
-    "UC2Config",
-    "LEDMatrix",
-    "Hypha",
-    "FlowStop",
-    "Hypha",
-    "FocusLock",
-    "HistoScan",
-    "STORMRecon",
-    "DPC",
-    "ImSwitchServer",
-    "PixelCalibration",
-    "FocusLock"
-  ]
-}
diff --git a/imcontrol_setups/example_uc2_wei_alliedvision.json b/imcontrol_setups/example_uc2_wei_alliedvision.json
deleted file mode 100644
index e2cc0c9..0000000
--- a/imcontrol_setups/example_uc2_wei_alliedvision.json
+++ /dev/null
@@ -1,133 +0,0 @@
-{
-    "positioners": {
-        "ESP32Stage": {
-            "managerName": "ESP32StageManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "isEnable": true,
-                "enableauto": false,
-                "stepsizeX": 11.7,
-                "stepsizeY": 11.7,
-                "stepsizeZ": 0.3125,
-                "homeSpeedX": 1000,
-                "homeSpeedY": 1000,
-                "homeSpeedZ": 1000,
-                "isDualaxis": true,
-                "homeDirectionX": 1,
-                "backlashXOld": 15,
-                "backlashYOld": 40,
-                "backlashX": 0,
-                "backlashY": 0,
-                "homeEndstoppolarityX": 0,
-                "homeEndstoppolarityY": 0,
-                "homeDirectionY": -1,
-                "homeDirectionZ": 0,
-                "homeXenabled": 1,
-                "homeYenabled": 1,
-                "homeZenabled": 0,
-                "initialSpeed": {
-                    "X": 1500,
-                    "Y": 1500,
-                    "Z": 1500
-                }
-            },
-            "axes": [
-                "X",
-                "Y",
-                "Z"
-            ],
-            "forScanning": true,
-            "forPositioning": true
-        }
-    },
-    "rs232devices": {
-        "ESP32": {
-            "managerName": "ESP32Manager",
-            "managerProperties": {
-                "host_": "192.168.43.129",
-                "serialport": "COM3"
-            }
-        }
-    },
-    "lasers": {
-        "LED": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDLaserManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "channel_index": "LED",
-                "filter_change": false,
-                "filter_axis": 3,
-                "filter_position": 32000,
-                "filter_position_init": -0
-            },
-            "wavelength": 635,
-            "valueRangeMin": 0,
-            "valueRangeMax": 255
-        }
-    },
-    "detectors": {
-        "WidefieldCamera": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "AVManager",
-            "managerProperties": {
-                "cameraListIndex": 1,
-                "avcam": {
-                    "exposure": 0,
-                    "gain": 0,
-                    "blacklevel": 100,
-                    "image_width": 1000,
-                    "image_height": 1000,
-                    "pixel_format": "Mono12"
-                }
-            },
-            "forAcquisition": true,
-            "forFocusLock": false
-        }
-    },
-    "rois": {
-        "Full chip": {
-            "x": 600,
-            "y": 600,
-            "w": 1200,
-            "h": 1200
-        }
-    },
-    "LEDMatrixs": {
-        "ESP32 LEDMatrix": {
-            "analogChannel": null,
-            "digitalLine": null,
-            "managerName": "ESP32LEDMatrixManager",
-            "managerProperties": {
-                "rs232device": "ESP32",
-                "Nx": 4,
-                "Ny": 4
-            },
-            "wavelength": 488,
-            "valueRangeMin": 0,
-            "valueRangeMax": 32768
-        }
-    },
-    "autofocus": {
-        "camera": "WidefieldCamera",
-        "positioner": "ESP32Stage",
-        "updateFreq": 10,
-        "frameCropx": 780,
-        "frameCropy": 400,
-        "frameCropw": 500,
-        "frameCroph": 100
-    },
-    "availableWidgets": [
-        "Settings",
-        "View",
-        "Recording",
-        "Image",
-        "Laser",
-        "Positioner",
-        "Autofocus",
-        "ROIScan", 
-        "Histoscan"
-    ]
-}
\ No newline at end of file
diff --git a/imcontrol_setups/example_uc2_xyz_only.json b/imcontrol_setups/example_uc2_xyz_only.json
deleted file mode 100644
index 5fbe5bc..0000000
--- a/imcontrol_setups/example_uc2_xyz_only.json
+++ /dev/null
@@ -1,99 +0,0 @@
-{
-    "positioners": {
-      "LightsheetStage": {
-          "managerName": "ESP32StageManager",
-          "managerProperties": {
-              "rs232device": "ESP32"
-          },
-          "axes": ["X", "Y", "Z"],
-          "forScanning": true,
-          "forPositioning": true
-      }
-  },
-  "rs232devices": {
-      "ESP32": {
-        "managerName": "ESP32Manager",
-        "managerProperties": {
-          "host_": "192.168.43.129",
-          "serialport_": "COM4",
-          "serialport":"/dev/cu.wchusbserial1440"
-        }
-      }
-    },
-  "lasers": {
-    "488 Laser": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDLaserManager",
-      "managerProperties": {
-          "rs232device": "ESP32",
-          "channel_index": "B",
-          "filter_change": true
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-  },
-  "635 Laser": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "R",
-        "filter_change": true
-    },
-    "wavelength": 635,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-  },
-  "LED": {
-    "analogChannel": null,
-    "digitalLine": null,
-    "managerName": "ESP32LEDLaserManager",
-    "managerProperties": {
-        "rs232device": "ESP32",
-        "channel_index": "W",
-        "filter_change": false
-    },
-    "wavelength": 635,
-    "valueRangeMin": 0,
-    "valueRangeMax": 32768
-  }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true
-    }
-  },
-  "rois": {
-    "Full chip": {
-      "x": 600,
-      "y": 600,
-      "w": 1200,
-      "h": 1200
-    }
-  },
-    "availableWidgets": [
-      "Settings",
-      "View",
-      "Recording",
-      "Image",
-      "Laser",
-      "Positioner",
-      "WellPlate"
-    ]
-  }
diff --git a/imcontrol_setups/example_virtual_microscope.json b/imcontrol_setups/example_virtual_microscope.json
index 461427e..91a0271 100644
--- a/imcontrol_setups/example_virtual_microscope.json
+++ b/imcontrol_setups/example_virtual_microscope.json
@@ -1,39 +1,44 @@
 {
-  "positioners": {
-    "VirtualStage": {
-      "managerName": "VirtualStageManager",
-      "managerProperties": {
-        "rs232device": "VirtualMicroscope",
-        "isEnable": true,
-        "enableauto": false,
-        "isDualaxis": 0,
-        "stepsizeX": 1,
-        "stepsizeY": 1,
-        "stepsizeZ": 1,
-        "stepsizeA": 1,
-        "homeSpeedX": 15000,
-        "homeSpeedY": 15000,
-        "homeSpeedZ": 15000,
-        "homeSpeedA": 15000,
-        "homeDirectionX": 1,
-        "homeDirectionY": 1,
-        "homeDirectionZ": -1,
-        "initialSpeed": { "X": 15000, "Y": 15000, "Z": 15000, "A": 15000 }
+    "positioners": {
+        "VirtualStage": {
+          "managerNameGRBL": "GRBLStageManager",
+          "managerName": "VirtualStageManager",
+          "managerProperties": {
+            "rs232device": "VirtualMicroscope",
+            "isEnable": true, 
+            "enableauto": false,
+            "isDualaxis": 0,
+            "stepsizeX": 1,
+            "stepsizeY": 1,
+            "stepsizeZ": 1,
+            "stepsizeA": 1,
+            "homeSpeedX": 15000,
+            "homeSpeedY": 15000,
+            "homeSpeedZ": 15000,
+            "homeSpeedA": 15000,
+            "homeDirectionX": 1,
+            "homeDirectionY": 1,
+            "homeDirectionZ": -1,
+            "initialSpeed": {"X": 15000, "Y":  15000,"Z": 15000, "A": 15000}
+          },
+          "axes": [
+            "X",
+            "Y",
+            "Z", 
+            "A"
+          ],
+          "forScanning": true,
+          "forPositioning": true
+        }
       },
-      "axes": ["X", "Y", "Z", "A"],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
+    "rs232devices": {
     "VirtualMicroscope": {
       "managerName": "VirtualMicroscopeManager",
       "managerProperties": {
-        "imagePath":"simplant"
       }
     }
   },
-  "lasers": {
+ "lasers": {
     "LED": {
       "analogChannel": null,
       "digitalLine": null,
@@ -49,25 +54,25 @@
   },
   "detectors": {
     "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "VirtualCameraManager",
-      "managerProperties": {
-        "isRGB": 0,
-        "cameraListIndex": 0,
-        "cameraEffPixelsize": 1,
-        "virtcam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
+        "analogChannel": null,
+        "digitalLine": null,
+        "managerName": "VirtualCameraManager",
+        "managerProperties": {
+            "isRGB": 0,
+            "cameraListIndex": 0,
+            "cameraEffPixelsize": 0.2257,
+            "virtcam": {
+                "exposure": 0,
+                "gain": 0,
+                "blacklevel": 100,
+                "image_width": 1000,
+                "image_height": 1000
+            }
+        },
+        "forAcquisition": true,
+        "forFocusLock": true
     }
-  },
+    },
   "rois": {
     "Full chip": {
       "x": 600,
@@ -79,10 +84,28 @@
   "fovLock": {
     "camera": "WidefieldCamera",
     "positioner": "VirtualStage",
-    "updateFreq": 1,
-    "piKp": 1,
-    "piKi": 1
-  },
+    "updateFreq": 1, 
+    "piKp":1, 
+    "piKi":1
+    },
+    "sim": {
+      "monitorIdx": 2,
+      "width": 1080,
+      "height": 1920,
+      "wavelength": 0,
+      "pixelSize": 0,
+      "angleMount": 0,
+      "patternsDirWin": "C:\\Users\\wanghaoran\\Documents\\ImSwitchConfig\\imcontrol_slm\\488\\",
+      "patternsDir": "/users/bene/ImSwitchConfig/imcontrol_sim/488"
+    },
+    "dpc": {
+      "wavelength": 0.53,
+      "pixelsize": 0.2,
+      "NA": 0.3,
+      "NAi": 0.3,
+      "n": 1.0,
+      "rotations": [0, 180, 90, 270]
+    },
   "PixelCalibration": {},
   "availableWidgets": [
     "Settings",
@@ -95,24 +118,22 @@
     "MCT",
     "ROIScan",
     "HistoScan",
-    "Hypha",
-    "imswitch_arkitekt"
+    "Hypha" 
   ],
-  "nonAvailableWidgets": [
+  "nonAvailableWidgets":[
     "FocusLock",
-    "SIM",
+    "SIM", 
     "DPC",
     "FOVLock",
-    "Temperature",
+    "Temperature", 
     "HistoScan",
-    "PixelCalibration",
-    "Lightsheet",
-    "WebRTC",
-    "Flatfield",
+    "PixelCalibration", 
+    "Lightsheet", 
+    "WebRTC", 
+    "Flatfield", 
     "STORMRecon",
-    "DPC",
+    "DPC",    
     "ImSwitchServer",
     "PixelCalibration",
-    "FocusLock"
-  ]
-}
+    "FocusLock"]
+}
\ No newline at end of file
diff --git a/imcontrol_setups/fovlock.json b/imcontrol_setups/fovlock.json
deleted file mode 100644
index 3bbfefb..0000000
--- a/imcontrol_setups/fovlock.json
+++ /dev/null
@@ -1,49 +0,0 @@
-  "fovLock": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 1,
-    "piKp": 1,
-    "piKi": 1
-  },
-
-  ,
-    "Observer": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "OpenCVCamManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "cameraListIndexWIN": 0,
-        "opencvcam": {
-          "exposure": 0,
-          "isRGB": 1,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000,
-          "pixel_format": "Mono12"
-        }
-      },
-      "forAcquisition": true
-    }
-
-    "detectors": {
-      "WidefieldCamera": {
-        "analogChannel": null,
-        "digitalLine": null,
-        "managerName": "HikCamManager",
-        "managerProperties": {
-          "isRGB": 1,
-          "cameraListIndex": 0,
-          "cameraEffPixelsize": 0.2257,
-          "hikcam": {
-            "exposure": 0,
-            "gain": 0,
-            "blacklevel": 100,
-            "image_width": 1000,
-            "image_height": 1000
-          }
-        },
-        "forAcquisition": true,
-        "forFocusLock": true
-      }
\ No newline at end of file
diff --git a/imcontrol_setups/nvidia_jetson.json b/imcontrol_setups/nvidia_jetson.json
deleted file mode 100644
index 9c86f1f..0000000
--- a/imcontrol_setups/nvidia_jetson.json
+++ /dev/null
@@ -1,102 +0,0 @@
-{
-  "positioners": {
-    "ESP32Stage": {
-      "managerName": "ESP32StageManager",
-      "managerProperties": {
-        "rs232device": "ESP32"
-      },
-      "axes": [
-        "Z"
-      ],
-      "forScanning": true,
-      "forPositioning": true
-    }
-  },
-  "rs232devices": {
-    "ESP32": {
-      "managerName": "ESP32Manager",
-      "managerProperties": {
-        "host_": "192.168.43.129",
-        "serialport_windows": "COM5",
-        "serialport": "/dev/cu./dev/cu.SLAB_USBtoUART"
-      }
-    }
-  },
-  "detectors": {
-    "WidefieldCamera": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "GXPIPYManager",
-      "managerProperties": {
-        "cameraListIndex": 1,
-        "gxipycam": {
-          "exposure": 0,
-          "gain": 0,
-          "blacklevel": 100,
-          "image_width": 1000,
-          "image_height": 1000
-        }
-      },
-      "forAcquisition": true,
-      "forFocusLock": true
-    }
-  },
-  "LEDMatrixs": {
-    "ESP32 LEDMatrix": {
-      "analogChannel": null,
-      "digitalLine": null,
-      "managerName": "ESP32LEDMatrixManager",
-      "managerProperties": {
-        "rs232device": "ESP32",
-        "Nx": 5,
-        "Ny": 5
-      },
-      "wavelength": 488,
-      "valueRangeMin": 0,
-      "valueRangeMax": 32768
-    }
-  },
-  "autofocus": {
-    "camera": "WidefieldCamera",
-    "positioner": "ESP32Stage",
-    "updateFreq": 10,
-    "frameCropx": 780,
-    "frameCropy": 400,
-    "frameCropw": 500,
-    "frameCroph": 100
-  },
-  "uc2Config": {
-    "defaultConfig": "pindefWemos.json",
-    "defaultConfig2": "pindefUC2Standalon2.json",
-    "defaultConfig1": "pindefUC2Standalon.json"
-  },
-  "jetsonnano":{},
-  "PixelCalibration": {},
-  "availableWidgets": [
-    "ImSwitchServer",
-    "Image", 
-    "JetsonNano"
-  ],
-"nonAvailableWidgets": [
-      "View","ESP32Stage",
-    "ESP32LEDMatrix",
-    "ESP32",
-    "GXPIPY",
-    "ESP32StageManager",
-    "ESP32LEDMatrixManager",
-    "ESP32Manager",
-    "GXPIPYManager",
-    "Recording",
-    "Image",
-    "Laser",
-    "LEDMatrix",
-    "Positioner",
-    "Autofocus",
-    "Scan",
-    "MCT",
-    "UC2Config",
-    "ImSwitchServer",
-    "STORMRecon",
-    "PixelCalibration"
-  ]
-}
diff --git a/imcontrol_setups/uc2_hik.json b/imcontrol_setups/uc2_hik.json
new file mode 100644
index 0000000..3487f71
--- /dev/null
+++ b/imcontrol_setups/uc2_hik.json
@@ -0,0 +1,64 @@
+{
+  "detectors": {
+    "WidefieldCamera": {
+      "analogChannel": null,
+      "digitalLine": null,
+      "managerName": "HikCamManager",
+      "managerProperties": {
+        "isRGB": 0,
+        "cameraListIndex": 0,
+        "cameraEffPixelsize": 0.2257,
+        "mocktype": "OffAxisHolo",
+        "hikcam": {
+          "exposure": 0,
+          "gain": 0,
+          "blacklevel": 100,
+          "image_width": 1000,
+          "image_height": 1000
+        }
+      },
+      "forAcquisition": true,
+      "forFocusLock": true
+    }
+  },
+  "webrtc": {},
+  "PixelCalibration": {},
+  "focusLock": {
+    "camera": "WidefieldCamera",
+    "positioner": "ESP32StageManager",
+    "updateFreq": 4,
+    "frameCropx": 0,
+    "frameCropy": 0,
+    "frameCropw": 0,
+    "frameCroph": 0
+  },
+  "availableWidgets": [
+    "Settings",
+    "View",
+    "Recording"
+],
+"nonAvailableWidgets": [
+    "Laser",
+      "Positioner",x
+      "Autofocus",
+      "MCT",
+      "UC2Config",
+      "PixelCalibration",
+      "HistoScan",
+      "ROIScan",
+    "Joystick",
+    "Image",
+    "Flatfield",
+    "Histogramm",
+    "STORMRecon",
+    "imswitch_arkitekt_next",
+    "DPC",
+    "Holo",
+    "FFT",
+    "Hypha",
+    "FocusLock",
+    "HistoScan",
+    "FocusLock",
+    "FOVLock"
+  ]
+}
diff --git a/imcontrol_setups/example_uc2_hik_histo.json b/imcontrol_setups/uc2_hik_histo.json
similarity index 80%
rename from imcontrol_setups/example_uc2_hik_histo.json
rename to imcontrol_setups/uc2_hik_histo.json
index 7699c97..9857836 100644
--- a/imcontrol_setups/example_uc2_hik_histo.json
+++ b/imcontrol_setups/uc2_hik_histo.json
@@ -6,14 +6,16 @@
         "rs232device": "ESP32",
         "isEnable": true,
         "enableauto": false,
-        "stepsizeX": -0.3125,
-        "stepsizeY": -0.3125,
-        "stepsizeZ": 0.3125,
+        "stepsizeXDocu": "200*32 per revolution at 1.27 pitch",
+        "stepsizeX": 0.198,
+        "stepsizeY": 0.198,
+        "stepsizeZ": 0.1563,
         "homeSpeedX": 15000,
         "homeSpeedY": 15000,
         "homeSpeedZ": 15000,
-        "isDualaxis": true,
-        "homeDirectionX": 1,
+        "isDualaxis": false,
+        "homeDirectionX": -1,
+        "homeEndstoppolarityX": 0,
         "backlashXOld": 15,
         "backlashYOld": 40,
         "backlashX": 0,
@@ -24,8 +26,8 @@
         "homeXenabled": 1,
         "homeYenabled": 1,
         "homeZenabled": 0,
-        "homeOnStartX":1,
-        "homeOnStartY":1,
+        "homeOnStartX":0,
+        "homeOnStartY":0,
         "initialSpeed": {
           "X": 15000,
           "Y": 15000,
@@ -46,18 +48,14 @@
       "managerName": "ESP32Manager",
       "managerProperties": {
         "host_": "192.168.43.129",
-<<<<<<< Updated upstream
         "serialport": "COM3",
-        "baudrate":500000,
+        "baudrate":115200,
         "debug": true
-=======
-        "serialport": "COM4"
->>>>>>> Stashed changes
       }
     }
   },
   "lasers": {
-    "LED": {
+    "LEDRing": {
       "analogChannel": null,
       "digitalLine": null,
       "managerName": "ESP32LEDLaserManager",
@@ -68,6 +66,18 @@
       "wavelength": 635,
       "valueRangeMin": 0,
       "valueRangeMax": 1023
+    },
+    "LED":{
+      "analogChannel": null,
+      "digitalLine": null,
+      "managerName": "ESP32LEDLaserManager",
+      "managerProperties": {
+        "rs232device": "ESP32",
+        "channel_index": 2
+      },
+      "wavelength": 635,
+      "valueRangeMin": 0,
+      "valueRangeMax": 1023
     }
   },
   "detectors": {
@@ -78,8 +88,8 @@
       "managerProperties": {
         "isRGB": 0,
         "cameraListIndex": 0,
-        "cameraEffPixelsize": 0.2257,
-        "mocktype": "OffAxisHolo"
+        "cameraEffPixelsize": 0.333,
+        "mocktype": "OffAxisHolo",
         "hikcam": {
           "exposure": 0,
           "gain": 0,
@@ -157,28 +167,27 @@
     "Settings",
     "View",
     "Recording",
-    "Image",
     "Laser",
     "Positioner",
-<<<<<<< Updated upstream
-=======
     "Autofocus",
     "MCT",
     "UC2Config",
-    "ImSwitchServer",
     "PixelCalibration",
     "HistoScan",
-    "LEDMatrix",
-    "Joystick",
-    "Flatfield",
     "ROIScan",
->>>>>>> Stashed changes
-    "Holo",
-    "FFT"
+    "Timelapse",
+    "Workflow"
   ],
   "nonAvailableWidgets": [
+    "Joystick",
+    "Image",
+    "Flatfield",   
+ "imswitch_arkitekt_next", 
+    "Histogramm",
     "STORMRecon",
     "DPC",
+    "Holo",
+    "FFT",
     "Hypha",
     "FocusLock",
     "HistoScan",
diff --git a/imcontrol_sim/.DS_Store b/imcontrol_sim/.DS_Store
deleted file mode 100644
index a03c835..0000000
Binary files a/imcontrol_sim/.DS_Store and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (1).bmp b/imcontrol_sim/488/SIM_ (1).bmp
deleted file mode 100644
index 4b22fb0..0000000
Binary files a/imcontrol_sim/488/SIM_ (1).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (10).bmp b/imcontrol_sim/488/SIM_ (10).bmp
deleted file mode 100644
index 6128fdb..0000000
Binary files a/imcontrol_sim/488/SIM_ (10).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (2).bmp b/imcontrol_sim/488/SIM_ (2).bmp
deleted file mode 100644
index 1831030..0000000
Binary files a/imcontrol_sim/488/SIM_ (2).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (3).bmp b/imcontrol_sim/488/SIM_ (3).bmp
deleted file mode 100644
index 90e5946..0000000
Binary files a/imcontrol_sim/488/SIM_ (3).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (4).bmp b/imcontrol_sim/488/SIM_ (4).bmp
deleted file mode 100644
index 92dbf65..0000000
Binary files a/imcontrol_sim/488/SIM_ (4).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (5).bmp b/imcontrol_sim/488/SIM_ (5).bmp
deleted file mode 100644
index 9bda83e..0000000
Binary files a/imcontrol_sim/488/SIM_ (5).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (6).bmp b/imcontrol_sim/488/SIM_ (6).bmp
deleted file mode 100644
index f43b8c9..0000000
Binary files a/imcontrol_sim/488/SIM_ (6).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (7).bmp b/imcontrol_sim/488/SIM_ (7).bmp
deleted file mode 100644
index 6545d8e..0000000
Binary files a/imcontrol_sim/488/SIM_ (7).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (8).bmp b/imcontrol_sim/488/SIM_ (8).bmp
deleted file mode 100644
index f84c3b8..0000000
Binary files a/imcontrol_sim/488/SIM_ (8).bmp and /dev/null differ
diff --git a/imcontrol_sim/488/SIM_ (9).bmp b/imcontrol_sim/488/SIM_ (9).bmp
deleted file mode 100644
index f84c3b8..0000000
Binary files a/imcontrol_sim/488/SIM_ (9).bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha0.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha0.bmp
deleted file mode 100644
index e4989e2..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha0.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha120.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha120.bmp
deleted file mode 100644
index ada64f2..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha120.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha240.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha240.bmp
deleted file mode 100644
index a12d74f..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang0_pha240.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha0.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha0.bmp
deleted file mode 100644
index 0a77f41..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha0.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha120.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha120.bmp
deleted file mode 100644
index ed6952f..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha120.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha240.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha240.bmp
deleted file mode 100644
index a54798b..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang1_pha240.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha0.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha0.bmp
deleted file mode 100644
index e08a985..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha0.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha120.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha120.bmp
deleted file mode 100644
index 6e5beb7..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha120.bmp and /dev/null differ
diff --git a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha240.bmp b/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha240.bmp
deleted file mode 100644
index dc11e6b..0000000
Binary files a/imcontrol_sim/635/SLM_1,40_1,80_33_wl635_ang2_pha240.bmp and /dev/null differ
diff --git a/imcontrol_slm/.DS_Store b/imcontrol_slm/.DS_Store
deleted file mode 100644
index 5008ddf..0000000
Binary files a/imcontrol_slm/.DS_Store and /dev/null differ
diff --git a/imcontrol_slm/info_glyc.json b/imcontrol_slm/info_glyc.json
index 682c402..418aebd 100644
--- a/imcontrol_slm/info_glyc.json
+++ b/imcontrol_slm/info_glyc.json
@@ -2,7 +2,8 @@
     "general": {
         "radius": 80.0,
         "sigma": 65.0,
-        "rotationAngle": 0.0
+        "rotationAngle": 0.0,
+        "tiltAngle": 0.15
     },
     "position": {
         "left": {
diff --git a/imcontrol_slm/info_oil.json b/imcontrol_slm/info_oil.json
index f71050a..e931de2 100644
--- a/imcontrol_slm/info_oil.json
+++ b/imcontrol_slm/info_oil.json
@@ -2,7 +2,8 @@
     "general": {
         "radius": 100.0,
         "sigma": 65.0,
-        "rotationAngle": 0.0
+        "rotationAngle": 0.0,
+        "tiltAngle": 0.15
     },
     "position": {
         "left": {
diff --git a/imnotebook/.ipynb_checkpoints/StageCalibration-checkpoint.ipynb b/imnotebook/.ipynb_checkpoints/StageCalibration-checkpoint.ipynb
deleted file mode 100644
index f66ead9..0000000
--- a/imnotebook/.ipynb_checkpoints/StageCalibration-checkpoint.ipynb
+++ /dev/null
@@ -1,394 +0,0 @@
-{
- "cells": [
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "id": "d904bcd2-d4e1-4fd3-8cdb-e31244918276",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "!pip install imswitchclient\n",
-    "import imswitchclient.ImSwitchClient as imc \n",
-    "import numpy as np\n",
-    "import matplotlib.pyplot as plt\n",
-    "import time\n",
-    "import cv2\n",
-    "from skimage.registration import phase_cross_correlation\n"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 27,
-   "id": "537fe71e-541c-4fa5-bc62-395a46235db6",
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n"
-     ]
-    },
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "0.30524706840515137\n"
-     ]
-    },
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n"
-     ]
-    },
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "0.2861959934234619\n"
-     ]
-    },
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n"
-     ]
-    },
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "0.30700087547302246\n"
-     ]
-    },
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n"
-     ]
-    },
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "0.39849400520324707\n",
-      "0.2807769775390625\n"
-     ]
-    },
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n",
-      "/Users/bene/mambaforge/envs/imswitch/lib/python3.9/site-packages/urllib3/connectionpool.py:1061: InsecureRequestWarning: Unverified HTTPS request is being made to host '0.0.0.0'. Adding certificate verification is strongly advised. See: https://urllib3.readthedocs.io/en/1.26.x/advanced-usage.html#ssl-warnings\n",
-      "  warnings.warn(\n"
-     ]
-    }
-   ],
-   "source": [
-    "\n",
-    "# Initialize the client\n",
-    "client = imc.ImSwitchClient()\n",
-    "\n",
-    "# Retrieve the first positioner's name and current position\n",
-    "positioner_names = client.positionersManager.getAllDeviceNames()\n",
-    "positioner_name = positioner_names[0]\n",
-    "currentPositions = client.positionersManager.getPositionerPositions()[positioner_name]\n",
-    "initialPosition = (currentPositions[\"X\"], currentPositions[\"Y\"])\n",
-    "\n",
-    "# turn on illumination\n",
-    "mLaserName = client.lasersManager.getLaserNames()[0]\n",
-    "client.lasersManager.setLaserActive(mLaserName, True)\n",
-    "client.lasersManager.setLaserValue(mLaserName, 1023)\n",
-    "\n",
-    "positionList = [(0,0,0), \n",
-    "                (0,200, 0),\n",
-    "                (0,0,0), \n",
-    "                (100,0,0),\n",
-    "                (0,0,0)]\n",
-    "\n",
-    "                \n",
-    "mStack = []\n",
-    "mPositions = []\n",
-    "#for ix in range(10):\n",
-    "#    for iy in range(10):\n",
-    "for iIndex, iPosition in enumerate(positionList):\n",
-    "        mTime = time.time()\n",
-    "        # Define and move to a new position\n",
-    "        newPosition = (initialPosition[0] + iPosition[0], initialPosition[1] + iPosition[1])\n",
-    "        client.positionersManager.movePositioner(positioner_name, \"X\", newPosition[0], is_absolute=True, is_blocking=True)\n",
-    "        client.positionersManager.movePositioner(positioner_name, \"Y\", newPosition[1], is_absolute=True, is_blocking=True)\n",
-    "        \n",
-    "        # Acquire and display an image\n",
-    "        #time.sleep(2)  # Allow time for the move\n",
-    "        lastFrame = client.recordingManager.snapNumpyToFastAPI()\n",
-    "        mStack.append(lastFrame)\n",
-    "        currentPositions = client.positionersManager.getPositionerPositions()[positioner_name]\n",
-    "        currentPositionsXY = (currentPositions[\"X\"], currentPositions[\"Y\"])\n",
-    "        mPositions.append(currentPositionsXY)\n",
-    "        if 0:\n",
-    "            plt.imshow(lastFrame)\n",
-    "            plt.show()\n",
-    "        print(time.time()-mTime)\n",
-    "# Return the positioner to its initial position\n",
-    "client.positionersManager.movePositioner(positioner_name, \"X\", initialPosition[0], is_absolute=True, is_blocking=True)\n",
-    "client.positionersManager.movePositioner(positioner_name, \"Y\", initialPosition[1], is_absolute=True, is_blocking=True)\n"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 4,
-   "id": "e8d0eba2-228e-4e7e-aa5c-087d61bede6e",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "<Image layer 'Image' at 0x12227a7c0>"
-      ]
-     },
-     "execution_count": 4,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "import napari\n",
-    "mViewer = napari.Viewer()\n",
-    "mViewer.add_image(np.array(mStack))"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "id": "cff024d9-3cec-4b57-be44-8908ab6282fe",
-   "metadata": {},
-   "outputs": [],
-   "source": []
-  },
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "id": "f6377334-dd57-495b-a765-94012af8aef7",
-   "metadata": {},
-   "outputs": [],
-   "source": []
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 34,
-   "id": "7d44027d-d37d-454a-851e-d962a910f944",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "image/png": "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",
-      "text/plain": [
-       "<Figure size 640x480 with 1 Axes>"
-      ]
-     },
-     "metadata": {},
-     "output_type": "display_data"
-    }
-   ],
-   "source": [
-    "# we assume we have a structured sample in focus\n",
-    "# the sample is moved around and the deltas are measured\n",
-    "# everything has to be inside a thread\n",
-    "# process the slices and compute their relative distances in pixels\n",
-    "# compute shift between images relative to zeroth image\n",
-    "allShiftsComputed = []\n",
-    "rescalingFac = 1 # in case the images are too big we should scale them down! \n",
-    "for iImage in range(len(mStack)):\n",
-    "    image1 = mStack[0]# cv2.cvtColor(mStack[0], cv2.COLOR_BGR2GRAY)\n",
-    "    image2 = mStack[iImage] #cv2.cvtColor(mStack[iImage], cv2.COLOR_BGR2GRAY)\n",
-    "    \n",
-    "    # downscaling will reduce accuracy, but will speed up computation\n",
-    "    image1 = cv2.resize(image1, dsize=None, dst=None, fx=1/rescalingFac, fy=1/rescalingFac)\n",
-    "    image2 = cv2.resize(image2, dsize=None, dst=None, fx=1/rescalingFac, fy=1/rescalingFac)\n",
-    "\n",
-    "    # produces coordinates that can be used to align two imags with the shift function, axis = y,x and image2 on image1\n",
-    "    shift, error, diffphase = phase_cross_correlation(image2, image1)\n",
-    "    shift *=rescalingFac\n",
-    "    allShiftsComputed.append((shift[1],shift[0]))\n",
-    "\n",
-    "import matplotlib.pyplot as plt \n",
-    "# computed positions\n",
-    "x, y = np.array(allShiftsComputed).T\n",
-    "plt.plot(x,y, 'r')\n",
-    "# positions sent to the microscope\n",
-    "xm, ym, z = np.array(positionList).T\n",
-    "plt.plot(xm,ym, 'b')\n",
-    "plt.legend((\"computed\", \"real\"))\n",
-    "\n",
-    "plt.show()\n",
-    "\n"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 28,
-   "id": "4a08985b-73c7-44ec-8ac7-fe6e563ce8b7",
-   "metadata": {},
-   "outputs": [
-    {
-     "ename": "NameError",
-     "evalue": "name 'xyScanStepsAbsolute' is not defined",
-     "output_type": "error",
-     "traceback": [
-      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
-      "\u001b[0;31mNameError\u001b[0m                                 Traceback (most recent call last)",
-      "Cell \u001b[0;32mIn[28], line 3\u001b[0m\n\u001b[1;32m      1\u001b[0m \u001b[38;5;66;03m# compute averrage shifts according to scan grid \u001b[39;00m\n\u001b[1;32m      2\u001b[0m \u001b[38;5;66;03m# compare measured shift with shift given by the array of random coordinats\u001b[39;00m\n\u001b[0;32m----> 3\u001b[0m allShiftsPlanned \u001b[38;5;241m=\u001b[39m np\u001b[38;5;241m.\u001b[39marray(\u001b[43mxyScanStepsAbsolute\u001b[49m)\n\u001b[1;32m      4\u001b[0m allShiftsPlanned \u001b[38;5;241m-\u001b[39m\u001b[38;5;241m=\u001b[39m np\u001b[38;5;241m.\u001b[39mmin(allShiftsPlanned,\u001b[38;5;241m0\u001b[39m)\n\u001b[1;32m      5\u001b[0m allShiftsComputed \u001b[38;5;241m=\u001b[39m np\u001b[38;5;241m.\u001b[39marray(allShiftsComputed)\n",
-      "\u001b[0;31mNameError\u001b[0m: name 'xyScanStepsAbsolute' is not defined"
-     ]
-    }
-   ],
-   "source": [
-    "# random code \n",
-    "\n",
-    "\n",
-    "\n",
-    "s\n",
-    "# compute averrage shifts according to scan grid \n",
-    "# compare measured shift with shift given by the array of random coordinats\n",
-    "allShiftsPlanned = np.array(xyScanStepsAbsolute)\n",
-    "allShiftsPlanned -= np.min(allShiftsPlanned,0)\n",
-    "allShiftsComputed = np.array(allShiftsComputed)\n",
-    "\n",
-    "# compute differencs\n",
-    "nShiftX = (self.xScanMax-self.xScanMin)//self.xScanStep\n",
-    "nShiftY = (self.yScanMax-self.yScanMin)//self.yScanStep\n",
-    "\n",
-    "# determine the axis and swap if necessary (e.g. swap axis (y,x))\n",
-    "dReal = np.abs(allShiftsPlanned-np.roll(allShiftsPlanned,-1,0))\n",
-    "dMeasured = np.abs(allShiftsComputed-np.roll(allShiftsComputed,-1,0))\n",
-    "xAxisReal = np.argmin(np.mean(dReal,0))\n",
-    "xAxisMeasured = np.argmin(np.mean(dMeasured,0))\n",
-    "if xAxisReal != xAxisMeasured:\n",
-    "    xAxisMeasured = np.transposes(xAxisMeasured, (1,0))\n",
-    "\n",
-    "# stepsize => real motion / stepsize \n",
-    "stepSizeStage = (dMeasured*self.pixelSize)/dReal\n",
-    "stepSizeStage[stepSizeStage == np.inf] = 0\n",
-    "stepSizeStage = np.nan_to_num(stepSizeStage, nan=0.)\n",
-    "stepSizeStage = stepSizeStage[np.where(stepSizeStage>0)]\n",
-    "stepSizeStageDim = np.mean(stepSizeStage)\n",
-    "stepSizeStageVar = np.var(stepSizeStage)\n",
-    "\n",
-    "self._logger.debug(\"Stage pixel size: \"+str(stepSizeStageDim)+\"nm/step\")\n",
-    "self._widget.setInformationLabel(\"Stage pixel size: \"+str(stepSizeStageDim)+\" nm/step\")\n",
-    "\n",
-    "# Set in setup info\n",
-    "name=\"test\"\n",
-    "self._setupInfo.setPositionerPreset(name, self.makePreset())\n",
-    "configfiletools.saveSetupInfo(configfiletools.loadOptions()[0], self._setupInfo)\n",
-    "\n",
-    "\n",
-    "\n"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 24,
-   "id": "80cb7873-24f0-41ca-9a89-c7ac075f0eaa",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "[(0, 0, 0), (0, 100, 0), (0, 0, 0), (100, 0, 0), (0, 0, 0)]"
-      ]
-     },
-     "execution_count": 24,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "positionList"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "id": "66e04de8-746b-4a06-a5e4-0eac04cda6cf",
-   "metadata": {},
-   "outputs": [],
-   "source": []
-  }
- ],
- "metadata": {
-  "kernelspec": {
-   "display_name": "Python 3 (ipykernel)",
-   "language": "python",
-   "name": "python3"
-  },
-  "language_info": {
-   "codemirror_mode": {
-    "name": "ipython",
-    "version": 3
-   },
-   "file_extension": ".py",
-   "mimetype": "text/x-python",
-   "name": "python",
-   "nbconvert_exporter": "python",
-   "pygments_lexer": "ipython3",
-   "version": "3.9.18"
-  }
- },
- "nbformat": 4,
- "nbformat_minor": 5
-}
diff --git a/imnotebook/.ipynb_checkpoints/Untitled-checkpoint.ipynb b/imnotebook/.ipynb_checkpoints/Untitled-checkpoint.ipynb
deleted file mode 100644
index 363fcab..0000000
--- a/imnotebook/.ipynb_checkpoints/Untitled-checkpoint.ipynb
+++ /dev/null
@@ -1,6 +0,0 @@
-{
- "cells": [],
- "metadata": {},
- "nbformat": 4,
- "nbformat_minor": 5
-}
diff --git a/imnotebook/Untitled.ipynb b/imnotebook/Untitled.ipynb
deleted file mode 100644
index 2219f6d..0000000
--- a/imnotebook/Untitled.ipynb
+++ /dev/null
@@ -1,83 +0,0 @@
-{
- "cells": [
-  {
-   "cell_type": "code",
-   "execution_count": 1,
-   "id": "619efcb0-86e3-4996-a059-ddc31f9fc1a9",
-   "metadata": {},
-   "outputs": [
-    {
-     "ename": "ValueError",
-     "evalue": "pickling is disabled",
-     "output_type": "error",
-     "traceback": [
-      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
-      "\u001b[0;31mValueError\u001b[0m                                Traceback (most recent call last)",
-      "Cell \u001b[0;32mIn[1], line 14\u001b[0m\n\u001b[1;32m     10\u001b[0m conn\u001b[38;5;241m.\u001b[39mroot\u001b[38;5;241m.\u001b[39msetLiveViewActive(\u001b[38;5;28;01mTrue\u001b[39;00m)\n\u001b[1;32m     11\u001b[0m mImage \u001b[38;5;241m=\u001b[39m conn\u001b[38;5;241m.\u001b[39mroot\u001b[38;5;241m.\u001b[39msnapImage(\u001b[38;5;28;01mTrue\u001b[39;00m, \u001b[38;5;28;01mFalse\u001b[39;00m)\n\u001b[0;32m---> 14\u001b[0m \u001b[43mnp\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43marray\u001b[49m\u001b[43m(\u001b[49m\u001b[43mmImage\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m     15\u001b[0m \u001b[38;5;66;03m#plt.imshow(mImage)\u001b[39;00m\n\u001b[1;32m     16\u001b[0m \u001b[38;5;66;03m#plt.show()\u001b[39;00m\n",
-      "File \u001b[0;32m~/mambaforge/envs/imswitch/lib/python3.9/site-packages/rpyc/core/netref.py:256\u001b[0m, in \u001b[0;36m_make_method.<locals>.__array__\u001b[0;34m(self)\u001b[0m\n\u001b[1;32m    251\u001b[0m \u001b[38;5;28;01mdef\u001b[39;00m \u001b[38;5;21m__array__\u001b[39m(\u001b[38;5;28mself\u001b[39m):\n\u001b[1;32m    252\u001b[0m     \u001b[38;5;66;03m# Note that protocol=-1 will only work between python\u001b[39;00m\n\u001b[1;32m    253\u001b[0m     \u001b[38;5;66;03m# interpreters of the same version.\u001b[39;00m\n\u001b[1;32m    254\u001b[0m     \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;129;01mnot\u001b[39;00m \u001b[38;5;28mobject\u001b[39m\u001b[38;5;241m.\u001b[39m\u001b[38;5;21m__getattribute__\u001b[39m(\u001b[38;5;28mself\u001b[39m,\u001b[38;5;124m'\u001b[39m\u001b[38;5;124m____conn__\u001b[39m\u001b[38;5;124m'\u001b[39m)\u001b[38;5;241m.\u001b[39m_config[\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mallow_pickle\u001b[39m\u001b[38;5;124m\"\u001b[39m]:\n\u001b[1;32m    255\u001b[0m         \u001b[38;5;66;03m# Security check that server side allows pickling per #551\u001b[39;00m\n\u001b[0;32m--> 256\u001b[0m         \u001b[38;5;28;01mraise\u001b[39;00m \u001b[38;5;167;01mValueError\u001b[39;00m(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mpickling is disabled\u001b[39m\u001b[38;5;124m\"\u001b[39m)\n\u001b[1;32m    257\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m pickle\u001b[38;5;241m.\u001b[39mloads(syncreq(\u001b[38;5;28mself\u001b[39m, consts\u001b[38;5;241m.\u001b[39mHANDLE_PICKLE, \u001b[38;5;241m-\u001b[39m\u001b[38;5;241m1\u001b[39m))\n",
-      "\u001b[0;31mValueError\u001b[0m: pickling is disabled"
-     ]
-    }
-   ],
-   "source": [
-    "import rpyc\n",
-    "import numpy as np\n",
-    "import matplotlib.pyplot as plt \n",
-    "\n",
-    "# Connect to the RPyC server\n",
-    "conn = rpyc.utils.factory.unix_connect('/tmp/rpycsession')\n",
-    "\n",
-    "conn.root.setLaserActive(\"LED\", True)\n",
-    "conn.root.setLaserValue(\"LED\", 1023)\n",
-    "conn.root.setLiveViewActive(True)\n",
-    "mImage = conn.root.snapImage(True, False)\n",
-    "\n",
-    "\n",
-    "np.array(mImage)\n",
-    "#plt.imshow(mImage)\n",
-    "#plt.show()\n",
-    "\n",
-    "    \n"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 4,
-   "id": "5ceba429-45f7-4319-bd3a-7abda4692236",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "conn.close()"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "id": "27d62e3c-ed7e-4dfe-9b66-88a6d131bc35",
-   "metadata": {},
-   "outputs": [],
-   "source": []
-  }
- ],
- "metadata": {
-  "kernelspec": {
-   "display_name": "Python 3 (ipykernel)",
-   "language": "python",
-   "name": "python3"
-  },
-  "language_info": {
-   "codemirror_mode": {
-    "name": "ipython",
-    "version": 3
-   },
-   "file_extension": ".py",
-   "mimetype": "text/x-python",
-   "name": "python",
-   "nbconvert_exporter": "python",
-   "pygments_lexer": "ipython3",
-   "version": "3.9.18"
-  }
- },
- "nbformat": 4,
- "nbformat_minor": 5
-}
diff --git a/pixelcalibration_uc2.json b/pixelcalibration_uc2.json
deleted file mode 100644
index d69b729..0000000
--- a/pixelcalibration_uc2.json
+++ /dev/null
@@ -1,1716 +0,0 @@
-{
-    "camera_stage_mapping_calibration": {
-        "backlash": 29.966163694558755,
-        "backlash_vector": [
-            22.474622770919066,
-            29.966163694558755,
-            0.0
-        ],
-        "image_to_stage_displacement": [
-            [
-                -0.002671736209604935,
-                0.24162329279348718
-            ],
-            [
-                -0.24860110340865188,
-                -0.0012814896954186138
-            ]
-        ]
-    },
-    "linear_calibration_x": {
-        "backlash": 22.474622770919066,
-        "backlash_corrected_moves": [
-            [
-                [
-                    385.9375,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    336.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    287.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    237.8125,
-                    1040.0,
-                    0.0
-                ]
-            ],
-            [
-                [
-                    -7.537162605831941,
-                    -796.1582329767318
-                ],
-                [
-                    -8.853185122885094,
-                    -636.307377307635
-                ],
-                [
-                    -8.531353041160045,
-                    -431.1384292140825
-                ],
-                [
-                    -7.970992292702793,
-                    -227.33603997064645
-                ]
-            ],
-            [
-                1698928550.6165617,
-                1698928554.4793906,
-                1698928558.2474473,
-                1698928562.2640834
-            ]
-        ],
-        "exponential_moves": [
-            [
-                [
-                    195.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    195.9375,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    196.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    198.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    202.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    210.9375,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    226.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    258.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    257.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    290.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    321.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    353.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    385.9375,
-                    1040.0,
-                    0.0
-                ]
-            ],
-            [
-                [
-                    -0.30055837645272443,
-                    -0.2915639166648376
-                ],
-                [
-                    -0.2343096857239306,
-                    -2.6779846632320523
-                ],
-                [
-                    -0.4897675508065444,
-                    -4.929976867610861
-                ],
-                [
-                    -0.8773359929328013,
-                    -12.963654640562678
-                ],
-                [
-                    -1.0454957668854652,
-                    -32.00600670965618
-                ],
-                [
-                    -1.446212088513898,
-                    -65.02027534086167
-                ],
-                [
-                    -1.618019508877313,
-                    -129.0008561452924
-                ],
-                [
-                    -1.8198557594490763,
-                    -257.4418768842836
-                ],
-                [
-                    -1.512645614253696,
-                    -259.1990648402056
-                ],
-                [
-                    -1.5492791276523035,
-                    -385.8003033490346
-                ],
-                [
-                    -2.181872295898754,
-                    -520.5898119597445
-                ],
-                [
-                    -2.6697568380214,
-                    -654.0558881023162
-                ],
-                [
-                    -3.2818933177989504,
-                    -790.5166376707491
-                ]
-            ],
-            [
-                1698928456.2559419,
-                1698928459.1039207,
-                1698928461.7782698,
-                1698928464.9369297,
-                1698928468.2103267,
-                1698928471.7808897,
-                1698928475.1504552,
-                1698928478.671456,
-                1698928481.7283692,
-                1698928484.8398063,
-                1698928487.8750024,
-                1698928491.2590778,
-                1698928494.5995753
-            ]
-        ],
-        "fractional_error": 0.022249085017457735,
-        "image_direction": [
-            -0.005303593281674739,
-            -0.9999859358502511
-        ],
-        "linear_moves": [
-            [
-                [
-                    385.9375,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    336.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    287.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    238.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    190.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    140.9375,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    91.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    42.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -3.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -52.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -52.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -2.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    43.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    92.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    141.875,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    190.9375,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    240.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    288.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    337.8125,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    385.9375,
-                    1040.0,
-                    0.0
-                ]
-            ],
-            [
-                [
-                    -3.295419226318298,
-                    -791.1360210354816
-                ],
-                [
-                    -3.896185161998527,
-                    -752.569273467665
-                ],
-                [
-                    -4.412951011079549,
-                    -553.5815872214711
-                ],
-                [
-                    -4.016053670385646,
-                    -343.58187427333837
-                ],
-                [
-                    -3.1587010310769377,
-                    -136.89463681781118
-                ],
-                [
-                    -2.202624895163085,
-                    63.89182640327316
-                ],
-                [
-                    -0.780258012572208,
-                    255.7421411579138
-                ],
-                [
-                    0.274512603535676,
-                    438.47627640751966
-                ],
-                [
-                    1.7789925871101082,
-                    616.6910872654989
-                ],
-                [
-                    2.4312512943713744,
-                    804.790902223012
-                ],
-                [
-                    2.590080266978653,
-                    805.1946744808129
-                ],
-                [
-                    2.6719793579187945,
-                    762.1056589654492
-                ],
-                [
-                    2.2965998924390827,
-                    595.8497755033849
-                ],
-                [
-                    1.805556822959156,
-                    409.74281192606657
-                ],
-                [
-                    1.0181425926911065,
-                    220.27486572302627
-                ],
-                [
-                    -0.6603875960272788,
-                    21.741260776238004
-                ],
-                [
-                    -2.3645010768352765,
-                    -179.32272469378083
-                ],
-                [
-                    -4.173346483703993,
-                    -382.2298992414978
-                ],
-                [
-                    -5.875398407695246,
-                    -591.2067564972788
-                ],
-                [
-                    -7.492376392008137,
-                    -795.7314019356427
-                ]
-            ],
-            [
-                1698928497.1231136,
-                1698928500.018233,
-                1698928502.6342738,
-                1698928505.4113722,
-                1698928508.3308747,
-                1698928511.2532525,
-                1698928513.9724894,
-                1698928516.6537147,
-                1698928519.527297,
-                1698928522.2588112,
-                1698928523.9953547,
-                1698928526.6782706,
-                1698928529.5217142,
-                1698928532.2489593,
-                1698928535.0136118,
-                1698928537.7403505,
-                1698928540.4449406,
-                1698928543.2515612,
-                1698928546.2686296,
-                1698928548.9499705
-            ]
-        ],
-        "move_history": [
-            [
-                1698928456.2569377,
-                1698928457.537936,
-                1698928459.1039207,
-                1698928460.0524423,
-                1698928461.7822568,
-                1698928463.1486423,
-                1698928464.9399173,
-                1698928466.3821263,
-                1698928468.2133188,
-                1698928469.5098956,
-                1698928471.7848766,
-                1698928473.2834597,
-                1698928475.152452,
-                1698928476.595636,
-                1698928478.6844103,
-                1698928479.924153,
-                1698928481.7303627,
-                1698928482.9615753,
-                1698928484.8447917,
-                1698928486.1355777,
-                1698928487.8769863,
-                1698928489.1327057,
-                1698928491.2630644,
-                1698928492.658082,
-                1698928497.1350758,
-                1698928498.402504,
-                1698928500.0262115,
-                1698928501.1112652,
-                1698928502.6362317,
-                1698928503.7532809,
-                1698928505.4203498,
-                1698928506.5893319,
-                1698928508.3318717,
-                1698928509.5067363,
-                1698928511.2592227,
-                1698928512.3388083,
-                1698928513.9824748,
-                1698928515.0335512,
-                1698928516.6586995,
-                1698928517.7699218,
-                1698928519.5313134,
-                1698928520.6144228,
-                1698928523.9973485,
-                1698928525.0994337,
-                1698928526.685237,
-                1698928527.8919842,
-                1698928529.525703,
-                1698928530.614841,
-                1698928532.2509203,
-                1698928533.36597,
-                1698928535.0156078,
-                1698928536.0837252,
-                1698928537.7423449,
-                1698928538.7899847,
-                1698928540.44893,
-                1698928541.533061,
-                1698928543.2575436,
-                1698928544.4206321,
-                1698928546.2746089,
-                1698928547.4126024,
-                1698928550.6185565,
-                1698928551.6339219,
-                1698928551.6339219,
-                1698928552.7768917,
-                1698928554.4814162,
-                1698928555.6218517,
-                1698928555.6218517,
-                1698928556.621203,
-                1698928558.2504046,
-                1698928559.3456554,
-                1698928559.3456554,
-                1698928560.441903,
-                1698928562.2660782,
-                1698928563.3731604,
-                1698928563.3731604,
-                1698928564.687683
-            ],
-            [
-                null,
-                [
-                    196.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    196.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    197.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    197.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    199.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    199.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    203.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    203.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    211.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    211.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    227.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    227.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    259.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    259.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    258.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    258.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    290.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    290.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    322.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    322.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    354.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    354.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    386.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    386.75,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    337.0739935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    337.0739935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    288.2104870237862,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    288.2104870237862,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    239.34698053567922,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    239.34698053567922,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    190.48347404757232,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    190.48347404757232,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    141.6199675594654,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    141.6199675594654,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    92.75646107135844,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    92.75646107135844,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    43.89295458325154,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    43.89295458325154,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -4.97055190485537,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -4.97055190485537,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -53.83405839296228,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -53.83405839296228,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -3.948993511893079,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    -3.948993511893079,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    44.91451297621384,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    44.91451297621384,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    93.77801946432078,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    93.77801946432078,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    142.64152595242768,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    142.64152595242768,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    191.5050324405346,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    191.5050324405346,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    240.36853892864156,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    240.36853892864156,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    289.23204541674846,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    289.23204541674846,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    338.09555190485537,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    338.09555190485537,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    386.9590583929623,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    386.9590583929623,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    303.3620593555145,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    303.3620593555145,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    337.0739935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    337.0739935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    254.2995593555145,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    254.2995593555145,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    288.0114935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    288.0114935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    205.2370593555145,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    205.2370593555145,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    238.9489935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    238.9489935118931,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    161.2880658436214,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    161.2880658436214,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1040.0,
-                    0.0
-                ]
-            ]
-        ],
-        "pixels_per_step": 4.022335597611418,
-        "pixels_per_step_vector": [
-            -0.02133283205213306,
-            -4.0222790268812325
-        ],
-        "stage_direction": [
-            1.0,
-            0.0,
-            0.0
-        ]
-    },
-    "linear_calibration_y": {
-        "backlash": 29.966163694558755,
-        "backlash_corrected_moves": [
-            [
-                [
-                    195.0,
-                    1230.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1178.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1127.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1076.875,
-                    0.0
-                ]
-            ],
-            [
-                [
-                    764.505513983674,
-                    4.9712099197549104
-                ],
-                [
-                    620.9380353857367,
-                    4.600897418596504
-                ],
-                [
-                    419.2146785252183,
-                    7.156943729317701
-                ],
-                [
-                    211.9804023864379,
-                    8.916129597852132
-                ]
-            ],
-            [
-                1698928662.25663,
-                1698928666.4744713,
-                1698928670.5796132,
-                1698928674.7605543
-            ]
-        ],
-        "exponential_moves": [
-            [
-                [
-                    195.0,
-                    1040.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1040.9375,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1041.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1043.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1047.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1055.9375,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1071.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1103.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1102.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1135.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1166.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1198.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1230.9375,
-                    0.0
-                ]
-            ],
-            [
-                [
-                    -0.07519499146508661,
-                    -0.031086716050882045
-                ],
-                [
-                    1.1608855754425607,
-                    -0.48586508777572607
-                ],
-                [
-                    2.36559051629327,
-                    -0.7786152855203587
-                ],
-                [
-                    6.187715246399484,
-                    -1.7214368777968903
-                ],
-                [
-                    21.464840252324322,
-                    -2.8393796847906523
-                ],
-                [
-                    54.20432674044284,
-                    -3.8495220946755393
-                ],
-                [
-                    117.91516308338255,
-                    -3.3532102989670505
-                ],
-                [
-                    244.45131733062703,
-                    -4.459284153887571
-                ],
-                [
-                    243.7353581900345,
-                    -4.863558173797955
-                ],
-                [
-                    372.0801169552236,
-                    -6.15975185776183
-                ],
-                [
-                    504.32195632470217,
-                    -6.070075186287831
-                ],
-                [
-                    631.1552156398459,
-                    -6.550150596997504
-                ],
-                [
-                    760.5214984649432,
-                    -6.536134236490663
-                ]
-            ],
-            [
-                1698928567.0911207,
-                1698928569.8414893,
-                1698928572.6091886,
-                1698928575.496491,
-                1698928578.3907008,
-                1698928581.5234177,
-                1698928585.1328912,
-                1698928588.5776942,
-                1698928592.0028956,
-                1698928595.3620722,
-                1698928598.4818192,
-                1698928601.782945,
-                1698928604.627916
-            ]
-        ],
-        "fractional_error": 0.020623316094412685,
-        "image_direction": [
-            0.9999422551264502,
-            -0.010746460469822536
-        ],
-        "linear_moves": [
-            [
-                [
-                    195.0,
-                    1230.9375,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1180.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1128.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1078.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1028.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    977.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    927.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    876.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    826.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    826.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    876.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    926.875,
-                    0.0
-                ],
-                [
-                    195.0,
-                    977.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1027.8125,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1078.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1128.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1180.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1230.0,
-                    0.0
-                ]
-            ],
-            [
-                [
-                    760.7422131217421,
-                    -6.085427600125976
-                ],
-                [
-                    748.4792383369263,
-                    -3.8666263523271738
-                ],
-                [
-                    589.1682722642676,
-                    -2.7099708914271785
-                ],
-                [
-                    385.22846324574755,
-                    -1.3273566350373538
-                ],
-                [
-                    180.395243817326,
-                    0.9983326370436443
-                ],
-                [
-                    -27.831062634022267,
-                    5.2683474915601565
-                ],
-                [
-                    -244.82607228272204,
-                    7.781266892510765
-                ],
-                [
-                    -468.4258465387867,
-                    10.816889025496241
-                ],
-                [
-                    -675.1132473677637,
-                    14.306514120027114
-                ],
-                [
-                    -675.2216993672228,
-                    14.324197727923252
-                ],
-                [
-                    -656.7510464547653,
-                    13.40684781426792
-                ],
-                [
-                    -464.1144088329358,
-                    11.398761526062172
-                ],
-                [
-                    -255.24762649969045,
-                    10.557704896211556
-                ],
-                [
-                    -51.013281143709534,
-                    8.421857224021668
-                ],
-                [
-                    153.85664419650425,
-                    8.036318112004473
-                ],
-                [
-                    353.5299452969421,
-                    5.932545734299967
-                ],
-                [
-                    565.266951085467,
-                    4.709083689482585
-                ],
-                [
-                    764.259870908662,
-                    5.010485070665536
-                ]
-            ],
-            [
-                1698928606.4141889,
-                1698928609.5165067,
-                1698928612.4756796,
-                1698928616.134954,
-                1698928620.729803,
-                1698928625.129163,
-                1698928628.5182004,
-                1698928631.6988072,
-                1698928634.482453,
-                1698928636.2069023,
-                1698928639.2078767,
-                1698928642.1933272,
-                1698928645.19801,
-                1698928648.309154,
-                1698928651.329165,
-                1698928654.3824604,
-                1698928657.4732823,
-                1698928660.5082548
-            ]
-        ],
-        "move_history": [
-            [
-                1698928567.0921183,
-                1698928568.226717,
-                1698928569.8514607,
-                1698928570.976507,
-                1698928572.612179,
-                1698928573.6912727,
-                1698928575.5014775,
-                1698928576.7152667,
-                1698928578.3966837,
-                1698928579.5266955,
-                1698928581.5254126,
-                1698928583.263839,
-                1698928585.1348867,
-                1698928586.64482,
-                1698928588.5816865,
-                1698928590.0936885,
-                1698928592.010857,
-                1698928593.3762462,
-                1698928595.3640666,
-                1698928596.5768738,
-                1698928598.4878063,
-                1698928599.756451,
-                1698928601.792921,
-                1698928602.8820362,
-                1698928606.415186,
-                1698928607.7067723,
-                1698928609.5204966,
-                1698928610.7462547,
-                1698928612.47967,
-                1698928613.824115,
-                1698928616.1449308,
-                1698928617.9571352,
-                1698928620.7337909,
-                1698928622.405369,
-                1698928625.1401358,
-                1698928626.6262064,
-                1698928628.5261784,
-                1698928629.9962888,
-                1698928631.7097769,
-                1698928632.8707182,
-                1698928636.2098806,
-                1698928637.4755557,
-                1698928639.212863,
-                1698928640.4160297,
-                1698928642.197315,
-                1698928643.4249358,
-                1698928645.2010033,
-                1698928646.462775,
-                1698928648.3101504,
-                1698928649.5628386,
-                1698928651.3371453,
-                1698928652.5190184,
-                1698928654.3884454,
-                1698928655.6122036,
-                1698928657.4802644,
-                1698928658.6920576,
-                1698928662.2606199,
-                1698928663.5272677,
-                1698928663.5272677,
-                1698928664.8238378,
-                1698928666.478461,
-                1698928667.6743002,
-                1698928667.6743002,
-                1698928668.855174,
-                1698928670.5865946,
-                1698928671.7325783,
-                1698928671.7325783,
-                1698928672.9613125,
-                1698928674.7725217,
-                1698928675.9096615,
-                1698928675.9096615,
-                1698928677.163347
-            ],
-            [
-                null,
-                [
-                    195.0,
-                    1041.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1041.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1042.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1042.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1044.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1044.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1048.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1048.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1056.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1056.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1072.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1072.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1104.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1104.0,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1103.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1103.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1135.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1135.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1167.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1167.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1199.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1199.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1231.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1231.75,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1180.4641534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1180.4641534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1129.9908069905628,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1129.9908069905628,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1079.5174604858441,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1079.5174604858441,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1029.0441139811255,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1029.0441139811255,
-                    0.0
-                ],
-                [
-                    195.0,
-                    978.5707674764068,
-                    0.0
-                ],
-                [
-                    195.0,
-                    978.5707674764068,
-                    0.0
-                ],
-                [
-                    195.0,
-                    928.097420971688,
-                    0.0
-                ],
-                [
-                    195.0,
-                    928.097420971688,
-                    0.0
-                ],
-                [
-                    195.0,
-                    877.6240744669694,
-                    0.0
-                ],
-                [
-                    195.0,
-                    877.6240744669694,
-                    0.0
-                ],
-                [
-                    195.0,
-                    827.1507279622508,
-                    0.0
-                ],
-                [
-                    195.0,
-                    827.1507279622508,
-                    0.0
-                ],
-                [
-                    195.0,
-                    877.3483465047186,
-                    0.0
-                ],
-                [
-                    195.0,
-                    877.3483465047186,
-                    0.0
-                ],
-                [
-                    195.0,
-                    927.8216930094372,
-                    0.0
-                ],
-                [
-                    195.0,
-                    927.8216930094372,
-                    0.0
-                ],
-                [
-                    195.0,
-                    978.295039514156,
-                    0.0
-                ],
-                [
-                    195.0,
-                    978.295039514156,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1028.7683860188745,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1028.7683860188745,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1079.2417325235933,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1079.2417325235933,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1129.715079028312,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1129.715079028312,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1180.1884255330306,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1180.1884255330306,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1230.6617720377492,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1230.6617720377492,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1134.5774079534433,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1134.5774079534433,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1179.5266534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1179.5266534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1083.3274079534433,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1083.3274079534433,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1128.2766534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1128.2766534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1032.3899079534433,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1032.3899079534433,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1077.3391534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1077.3391534952814,
-                    0.0
-                ],
-                [
-                    195.0,
-                    995.0507544581619,
-                    0.0
-                ],
-                [
-                    195.0,
-                    995.0507544581619,
-                    0.0
-                ],
-                [
-                    195.0,
-                    1040.0,
-                    0.0
-                ]
-            ]
-        ],
-        "pixels_per_step": 4.138676936547073,
-        "pixels_per_step_vector": [
-            4.138437949170709,
-            -0.044476128095969354
-        ],
-        "stage_direction": [
-            0.0,
-            1.0,
-            0.0
-        ]
-    }
-}
\ No newline at end of file
diff --git a/scripts/AshlarSnapAndStitch.py b/scripts/AshlarSnapAndStitch.py
deleted file mode 100644
index c6b0927..0000000
--- a/scripts/AshlarSnapAndStitch.py
+++ /dev/null
@@ -1,114 +0,0 @@
-# install the library ( we use the modified version from openuc2 that also enables the use of casehd numpy arrays)
-# do: python -m pip install https://github.com/openuc2/ashlar
-
-# importing necessary libraries
-mainWindow.setCurrentModule('imcontrol')
-import numpy as np
-import time
-import threading
-import os
-import tifffile
-import re
-from ashlar.scripts import ashlar
-from ashlar.scripts.ashlar import process_images
-from pathlib import Path
-
-# Calculate the image size and the overlap of the images based on pixel size and resolution.
-mPixelSize = 1.0  # micron - use a calibration chart to get this right!
-input_dir = "./mScanImages"
-output_dir = "./mStitchedImage"
-input_name = "TmpTileFile.ome.tif"
-output_name = "ResultingStitchedImage.ome.tif"
-initialPosX = 0
-initialPosY = 0
-maximum_shift_microns = 1000
-Nx = 5
-Ny = 5
-# please try changing these two values to make it match!
-flip_x=True
-flip_y=False
-
-# create the folders and names
-Path(input_dir).mkdir(parents=True, exist_ok=True)
-Path(output_dir).mkdir(parents=True, exist_ok=True)
-ashlar_output_file = os.path.join(output_dir, output_name)
-ashlar_input_file = os.path.join(input_dir, input_name)
-
-mFrameShape = api.imcontrol.snapImage(True, False).shape
-xDim = mFrameShape[1] * mPixelSize
-yDim = mFrameShape[0] * mPixelSize
-mOverlap = 0.8  # 90% overlap at the edges
-
-# Set the motor control to 0 and define the motor speeds for the X, Y, and Z axes.
-positionerName = api.imcontrol.getPositionerNames()[0]
-api.imcontrol.setPositionerSpeed(positionerName, "X", 20000)
-api.imcontrol.setPositionerSpeed(positionerName, "Y", 20000)
-api.imcontrol.setPositionerSpeed(positionerName, "Z", 2000)
-
-## Capture images in a 2x3 grid pattern. The stage moves to the start position and captures images at each step. Each image is saved with coordinates as the filename.
-iiter = 0
-
-USE_OME = False
-if USE_OME:# on MAC ARM M1 it may not work..
-    with tifffile.TiffWriter(input_name) as tif: ## Define the input and output directories, and the pixel size. Open a new TIFF file to write the collected tiles, read each image, extract the position from the filename, prepare metadata, and write the image with metadata into the TIFF file. Finally, use ASHLAR to stitch the images together.
-        for ix in np.arange(Nx):
-            for iy in np.arange(Ny):
-                mPos = (ix * xDim * mOverlap + initialPosX, iy * yDim * mOverlap + initialPosY)
-                api.imcontrol.movePositioner(positionerName, "XY", mPos, True, True)
-                time.sleep(0.5)
-                mFrame = api.imcontrol.snapImage(True, False)
-                metadata = {
-				  'Pixels': {'PhysicalSizeX': mPixelSize, 'PhysicalSizeXUnit': 'm', 'PhysicalSizeY': mPixelSize, 'PhysicalSizeYUnit': 'm'},
-				  'Plane': {'PositionX': ix, 'PositionY': iy}
-			 	}
-                tif.write(mFrame, metadata=metadata)
-                iiter += 1
-    ashlar.main(['', ashlar_input_file, '-o', ashlar_output_file, '--pyramid', '-m%s' % maximum_shift_microns, "-flip_x", flip_x, "-flip_y", flip_y])
-	
-else: # this is a workaround with a numpy reader instead
-	mImageList = []
-	position_list = [] 
-	for ix in range(Nx):
-		for iy in range(Ny):
-			mPos = (ix * xDim * mOverlap + initialPosX, iy * yDim * mOverlap + initialPosY)
-			api.imcontrol.movePositioner(positionerName, "XY", mPos, True, True)
-			time.sleep(0.5)
-			mFrame = api.imcontrol.snapImage(True, False)
-			mImageList.append(mFrame)
-			position_list.append(mPos)
-			print(mPos)
-	arrays = [np.expand_dims(np.array(mImageList),1)]  # (num_images, num_channels, height, width)
-	# create a 2D list of xy positions 
-	position_list = np.array(position_list)
-
-	# Process numpy arrays
-	process_images(filepaths=arrays,
-					output='ashlar_output.tif',
-					align_channel=0,
-					flip_x=flip_x,
-					flip_y=flip_y,
-					flip_mosaic_x=False,
-					flip_mosaic_y=False,
-					output_channels=None,
-					maximum_shift=maximum_shift_microns,
-					stitch_alpha=0.01,
-					maximum_error=None,
-					filter_sigma=0,
-					filename_format='cycle_{cycle}_channel_{channel}.tif',
-					pyramid=False,
-					tile_size=1024,
-					ffp=None,
-					dfp=None,
-					barrel_correction=0,
-					plates=False,
-					quiet=False, 
-					position_list=position_list,
-					pixel_size=mPixelSize)
-	mImage = tifffile.imread('ashlar_output.tif')
-	
-	#display the resulting tiles
-	api.imcontrol.displayImageNapari("Tiles", arrays[0], isRGB=False)	
-	
-	print(position_list)
-	# display the resulting image
-	api.imcontrol.displayImageNapari("StitchedImage", mImage, isRGB=False)
\ No newline at end of file
diff --git a/scripts/MeasureCrossCorrelation..py b/scripts/MeasureCrossCorrelation..py
deleted file mode 100644
index 9f57ac9..0000000
--- a/scripts/MeasureCrossCorrelation..py
+++ /dev/null
@@ -1,85 +0,0 @@
-
-from skimage.registration import phase_cross_correlation
-import time
-import cv2
-import tifffile as tif
-import numpy as np
-# Reduce dimensions by a factor of 10
-
-image1 = None
-image2 = None	
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-positions = api.imcontrol.getPositionerPositions()
-
-posXinit = positions["ESP32Stage"]["X"]
-
-
-def preProcess(inputImage):
-		scale_factor = 1/2
-		inputImage_ = cropCenter(np.copy(inputImage), crop_size=512)
-		inputImage_ = cv2.resize(inputImage_, None, fx=scale_factor, fy=scale_factor)
-		# Apply Gaussian blur
-		kernel_size = (5, 5)  # Adjust the kernel size as needed
-		inputImage_ = cv2.GaussianBlur(inputImage_, kernel_size, 0)
-		return inputImage_
-		
-def cropCenter(marray, crop_size=512):
-	center_x, center_y = marray.shape[1] // 2, marray.shape[0] // 2
-
-	# Calculate the starting and ending indices for cropping
-	x_start = center_x - crop_size // 2
-	x_end = x_start + crop_size
-	y_start = center_y - crop_size // 2
-	y_end = y_start + crop_size
-
-	# Crop the center region
-	return marray[y_start:y_end, x_start:x_end]
-
-	
-iiter = 0
-backgroundImage = []
-while 1:
-
-	iiter +=1
-	
-	image2 = api.imcontrol.snapImage(True, False)
-	
-	
-	if iiter >10:	
-		
-		if type(backgroundImage)==list:
-			backgroundImage = np.array(backgroundImage)
-			backgroundImage = np.mean(backgroundImage,0)
-			backgroundImage = preProcess(backgroundImage)
-			print(backgroundImage.shape)
-		# normalization
-		image1_ = preProcess(image1)/backgroundImage
-		image2_ = preProcess(image2)/backgroundImage
-		image1_ = np.uint8(image1_/np.max(image1_)*255)
-		image2_ = np.uint8(image2_/np.max(image2_)*255)
-		
-		
-		shift, error, diffphase = phase_cross_correlation(image1_, image2_)
-		print(f"Shift (x, y) and motion: ({shift[0]}, {shift[1]}, {posX}, {shift[1]/posX}) pixels")
-
-		
-
-		
-		tif.imwrite("test9.tif", np.hstack((image1_,image2_)), append=True)
-	else:
-		backgroundImage.append(image2)
-
-	if iiter <10:
-		posX = posXinit + np.random.randint(100)-50
-		api.imcontrol.movePositioner(positionerName, "Y", posX, True, True)
-	else:
-		posX = (iiter // 10 % 2 -.5)*20
-		api.imcontrol.movePositioner(positionerName, "Y", posX, False, True)
-		
-	image1 = np.copy(image2)
-	
-
-	
-	
-	time.sleep(0.5)
diff --git a/scripts/OFMStitcher.py b/scripts/OFMStitcher.py
deleted file mode 100644
index e584cca..0000000
--- a/scripts/OFMStitcher.py
+++ /dev/null
@@ -1,149 +0,0 @@
-# Install: " git clone https://gitlab.com/openflexure/openflexure-stitching
-# cd openflexure-stitching
-# python -m pip install -r requirements.txt
-# python -m install -e . --no-deps
-# Importing necessary libraries
-import numpy as np
-import time
-import os
-from PIL import Image
-from ashlar.scripts.ashlar import process_images
-from pathlib import Path
-import piexif
-import json
-
-# Constants and configuration
-mPixelSize = 1.0  # micron - use a calibration chart to get this right!
-input_dir = "./mScanImages"
-output_dir = "./mStitchedImage"
-input_name = "TmpTileFile.jpg"
-output_name = "ResultingStitchedImage.jpg"
-initialPosX = 0
-initialPosY = 0
-maximum_shift_microns = 1000
-Nx = 2
-Ny = 2
-flip_x = True
-flip_y = False
-
-# Create the folders and names
-Path(input_dir).mkdir(parents=True, exist_ok=True)
-Path(output_dir).mkdir(parents=True, exist_ok=True)
-ashlar_output_file = os.path.join(output_dir, output_name)
-ashlar_input_file = os.path.join(input_dir, input_name)
-
-# Define the frame shape, dimensions, and overlap
-mFrameShape = api.imcontrol.snapImage(True, False).shape
-xDim = mFrameShape[1] * mPixelSize
-yDim = mFrameShape[0] * mPixelSize
-mOverlap = 0.8  # 90% overlap at the edges
-
-# Set the motor control to 0 and define the motor speeds for the X, Y, and Z axes
-positionerName = api.imcontrol.getPositionerNames()[0]
-api.imcontrol.setPositionerSpeed(positionerName, "X", 20000)
-api.imcontrol.setPositionerSpeed(positionerName, "Y", 20000)
-api.imcontrol.setPositionerSpeed(positionerName, "Z", 2000)
-
-# Capture images in a grid pattern, save them with coordinates as the filename and add metadata
-iiter = 0
-mImageList = []
-position_list = []
-for ix in range(Nx):
-    for iy in range(Ny):
-        mPos = (ix * xDim * mOverlap + initialPosX, iy * yDim * mOverlap + initialPosY)
-        api.imcontrol.movePositioner(positionerName, "XY", mPos, True, True)
-        time.sleep(0.5)
-        mFrame = api.imcontrol.snapImage(True, False)
-        
-        # Convert to 8-bit grayscale
-        if mFrame.dtype != np.uint8:
-            mFrame = (mFrame / np.max(mFrame) * 255).astype(np.uint8)
-        
-        # Prepare metadata for EXIF
-        user_comment = json.dumps({
-            'instrument': {
-                'state': {'stage': {'position': {'x': mPos[0], 'y': mPos[1]}}},
-                'settings': {'extensions': {
-                    'org.openflexure.camera_stage_mapping': {
-                        'image_to_stage_displacement': [[1, 0], [0, 1]]
-                    }
-                }}
-            }
-        }).encode('utf-8')
-        
-        exif_dict = {
-            "Exif": {
-                piexif.ExifIFD.UserComment: user_comment
-            }
-        }
-        exif_bytes = piexif.dump(exif_dict)
-        
-        # Save image with metadata
-        img_filename = f"{input_dir}/image_{ix}_{iy}.jpg"
-        image = Image.fromarray(mFrame, mode='L')
-        image.save(img_filename, "JPEG", exif=exif_bytes)
-        
-        mImageList.append(mFrame)
-        position_list.append(mPos)
-        print(mPos)
-        
-        iiter += 1
-
-		
-# Importing necessary libraries and functions
-import numpy as np
-import os
-import json
-import piexif
-from PIL import Image
-from pathlib import Path
-#from typing import Optional, List
-#from argparse import Namespace
-#from openflexure_stitching.loading import load_images
-#from openflexure_stitching.correlation import correlate_overlapping_images
-from openflexure_stitching.types import CorrelationSettings, TilingSettings, PairData
-from openflexure_stitching.pipeline import load_tile_and_stitch
-#from openflexure_stitching. import plotting
-#from openflexure_stitching.optimisation import test_all_thresholds, filter_pairs, fit_positions_lstsq, manual_threshold
-#from openflexure_stitching.stitching import stitch_and_save, stitch_to_tiles
-#from openflexure_stitching.loading import get_img_size
-
-try:
-    from openflexure_stitching.stitching.pyramidal_tiff import produce_tiff
-    TIFF_ENABLED = True
-except ImportError:
-    print("VIPS not installed: TIFF export disabled")
-    TIFF_ENABLED = False
-
-# Constants and configuration
-stitching_mode = "all"  # Options: 'all', 'only_correlate', 'only_stage_stitch'
-stitch_tiff = False  # Set to True if you want to produce a pyramidal TIFF
-
-correlation_settings = CorrelationSettings(
-    pad=True,
-    resize=0.5,
-    high_pass_sigma=50,
-    minimum_overlap=0.29,
-    priority="time"
-)
-
-tiling_settings = TilingSettings(
-    csm_matrix=[[0, 0], [0, 0]],  # This would typically be loaded from your images
-    csm_calibration_width=-1,
-    thresholding_method="automatic"
-)
-
-# Creating necessary directories and preparing images
-input_dir = "./mScanImages"
-output_dir = "./mStitchedImage"
-
-# Now directly calling the load_tile_and_stitch function
-load_tile_and_stitch(
-    folder=input_dir,
-    correlation_settings=correlation_settings,
-    tiling_settings=tiling_settings,
-    stitching_mode=stitching_mode,
-    stitch_tiff=stitch_tiff
-)
-
-		
\ No newline at end of file
diff --git a/scripts/OFMStitcherStitchingOnly.py b/scripts/OFMStitcherStitchingOnly.py
deleted file mode 100644
index f754924..0000000
--- a/scripts/OFMStitcherStitchingOnly.py
+++ /dev/null
@@ -1,48 +0,0 @@
-		
-# Importing necessary libraries and functions
-from PIL import Image
-from pathlib import Path
-from openflexure_stitching.types import CorrelationSettings, TilingSettings, PairData
-from openflexure_stitching.pipeline import load_tile_and_stitch
-
-try:
-    from openflexure_stitching.stitching.pyramidal_tiff import produce_tiff
-    TIFF_ENABLED = True
-except ImportError:
-    print("VIPS not installed: TIFF export disabled")
-    TIFF_ENABLED = False
-
-# Constants and configuration
-stitching_mode = "all"  # Options: 'all', 'only_correlate', 'only_stage_stitch'
-stitch_tiff = TIFF_ENABLED  # Set to True if you want to produce a pyramidal TIFF
-
-correlation_settings = CorrelationSettings(
-    pad=True,
-    resize=0.5,
-    high_pass_sigma=50,
-    minimum_overlap=0.29,
-    priority="time"
-)
-
-CSMMatrix = [[0.0,-1.0013599686228887],
-            [-1.0013599686228885,0.0]]
-#[[0, 1], [1, 0]]
-tiling_settings = TilingSettings(
-    csm_matrix=CSMMatrix,  # This would typically be loaded from your images
-    csm_calibration_width=-1,
-    thresholding_method="automatic"
-)
-
-# Creating necessary directories and preparing images
-input_dir = "/Users/bene/Dropbox/Dokumente/Promotion/PROJECTS/MicronController/ImSwitch/mScanImages"
-
-# Now directly calling the load_tile_and_stitch function
-load_tile_and_stitch(
-    folder=input_dir,
-    correlation_settings=correlation_settings,
-    tiling_settings=tiling_settings,
-    stitching_mode=stitching_mode,
-    stitch_tiff=stitch_tiff
-)
-
-		
\ No newline at end of file
diff --git a/scripts/SIM_ZStack_timelapse.py b/scripts/SIM_ZStack_timelapse.py
deleted file mode 100644
index 34919eb..0000000
--- a/scripts/SIM_ZStack_timelapse.py
+++ /dev/null
@@ -1,40 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-N_images = 10
-dz = 10
-axis = "Z"
-Twait = 0
-
-
-laserName = api.imcontrol.getLaserNames()
-positioner = api.imcontrol.getPositionerNames()
-
-laserNameR = "635 Laser"
-laserNameB = "488 Laser"
-
-
-iiter = 1
-
-# timesteps 
-for dt in range(10):
-	
-	# iterate over Z-planes
-	for dz in range(-5, 5):
-		api.imcontrol.movePositioner(positioner[0], axis, dz*10, True, True)
-	
-		# iterate over lasers 
-		for dc in range(2):
-			if dc==0:
-				api.imcontrol.setLaserActive(laserNameR, True)
-				api.imcontrol.setLaserActive(laserNameB, False)
-			if dc==1:
-				api.imcontrol.setLaserActive(laserNameB, True)
-				api.imcontrol.setLaserActive(laserNameR, False)
-	
-			# iterate over pattterns and save images
-			for iPattern in range(9):
-				api.imcontrol.simPatternByID(iPattern)
-				api.imcontrol.snapImage() 
diff --git a/scripts/ScanRoots.py b/scripts/ScanRoots.py
deleted file mode 100644
index ee22918..0000000
--- a/scripts/ScanRoots.py
+++ /dev/null
@@ -1,45 +0,0 @@
-import numpy as np
-import time
-
-#mainWindow.setCurrentModule('imcontrol')
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-initialPosition = api.imcontrol.getPositionerPositions()[positionerName]
-
-# x,y,z
-root1 = (0,0,initialPosition["Z"])
-root2 = (1000,0,initialPosition["Z"])
-root3 = (5000,300,initialPosition["Z"])
-
-
-rootPositions = (root1, root2, root3)
-
-
-Pos1 = (44000, -65000, 8500)
-Pos2 = (32500, -65000, 8500)
-Pos3 = (26000, -65000, 8300)
-Pos4 = (19000, -65900, 8200)
-Pos5 = (14500, -66900, 8200)
-	
-rootPositions = (Pos1, Pos2, Pos3, Pos4, Pos5)
-	
-for iPosition in rootPositions:
-	# move to individual positions 
-	posX = iPosition[0]
-	# positionerName, axis, steps, absolute?, blocking?)
-	api.imcontrol.movePositioner(positionerName, "X", posX, True, True)
-	# Y
-	posY = iPosition[1]
-	api.imcontrol.movePositioner(positionerName, "Y", posY, True, True)
-	#Z
-	posZ = iPosition[2]
-	api.imcontrol.movePositioner(positionerName, "Z", posZ, True, True)
-	
-	if 0:
-		# move along the root 
-		for iY in range(5):
-			#relative motion along y 
-			api.imcontrol.movePositioner(positionerName, "Y", 100, False, True)
-			api.imcontrol.snapImageToPath("iY"+str(iY))
-		api.imcontrol.movePositioner(positionerName, "Y", posY, True, True)	
-	
\ No newline at end of file
diff --git a/scripts/UC2_OCT_control.py b/scripts/UC2_OCT_control.py
deleted file mode 100644
index f3cab17..0000000
--- a/scripts/UC2_OCT_control.py
+++ /dev/null
@@ -1,22 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-
-lensName1 = "Lens 1"
-lensName2 = "Lens 2"
-
-
-
-for lensPos in range(0,100):
-	
-	api.imcontrol.setLaserValue(lensName1, lensPos)
-	api.imcontrol.setLaserActive(lensName1, True)
-	api.imcontrol.setLaserValue(lensName2, lensPos)
-	api.imcontrol.setLaserActive(lensName2, True)
-	time.sleep(.1)
-		
-	api.imcontrol.snapImage(name="OCT_image_lensPos_"+str(lensPos)) 
-	
-
diff --git a/scripts/UC2_multicolour_timelapse.py b/scripts/UC2_multicolour_timelapse.py
deleted file mode 100644
index e486005..0000000
--- a/scripts/UC2_multicolour_timelapse.py
+++ /dev/null
@@ -1,40 +0,0 @@
-import numpy as np
-import time
-
-#mainWindow.setCurrentModule('imcontrol')
-
-laserNameR = "635 Laser"
-laserNameB = "488 Laser"
-
-ledName = "White LED"
-
-iiter = 0
-tperiode=3 #minuten
-isautofocus=False
-
-while True:
-	if isautofocus and (iiter%10)==0:
-		
-		# autofocus
-		api.imcontrol.setLaserActive(laserNameR, True)
-		api.imcontrol.autoFocus(rangez=200, resolutionz=10)
-		api.imcontrol.setLaserActive(laserNameR, False)
-	# image for red
-	print("Laser RED")
-	api.imcontrol.setLaserActive(laserNameR, True)
-	time.sleep(5)
-	api.imcontrol.snapImage()
-	api.imcontrol.setLaserActive(laserNameR, False)
-
-	# image for blue
-	print("Laser Blue")
-	api.imcontrol.setLaserActive(laserNameB, True)
-	time.sleep(5)
-	api.imcontrol.snapImage()
-	api.imcontrol.setLaserActive(laserNameB, False)
-
-
-	time.sleep(tperiode*60)
-	print(iiter)
-	iiter +=1
-	
diff --git a/scripts/UC2_sendserialtable.py b/scripts/UC2_sendserialtable.py
deleted file mode 100644
index c1b9c3c..0000000
--- a/scripts/UC2_sendserialtable.py
+++ /dev/null
@@ -1,17 +0,0 @@
-mainWindow.setCurrentModule('imcontrol')
-api.imcontrol.startRecording()
-task = """{"task": "/motor_act", "speed0":0, "speed1":0,"speed2":40,"speed3":9000, "isforever":1, "isaccel":1} 
-  {"task": "/state_set", "isdebug":0}
-  {"task": "/state_act", "delay": 100}
-  {
-  "task": "multitable",
-  "task_n": 2,
-  "repeats_n": 200,
-  "0": {"task": "/digital_act", "digitalid": 1, "digitalval":-1},
-  "1": {"task": "/state_act", "delay": 50}
-  }
-  {"task": "/motor_act", "isstop":1}
-  {"task": "/motor_act", "isenable":0}
-  {"task": "/state_set", "isdebug":1}"""
-message=api.imcontrol.send_serial(task)
-#api.imcontrol.stopRecording()
\ No newline at end of file
diff --git a/scripts/UC2_test_setspeed.py b/scripts/UC2_test_setspeed.py
deleted file mode 100644
index 2f3b4c9..0000000
--- a/scripts/UC2_test_setspeed.py
+++ /dev/null
@@ -1,17 +0,0 @@
-positioner = api.imcontrol.getPositionerNames()
-
-
-speed_pump = 50
-speed_tomo = 5000
-Nsteps = 100000
-
-api.imcontrol.setPositionerSpeed(positioner[0], (1000,speed_pump,speed_tomo))
-#xyz = focus holo, pump, rotation
-api.imcontrol.movePositioner(positioner[0], "XYZ", (0,int(-speed_pump/speed_tomo*Nsteps),Nsteps))
-
-api.imcontrol.setMotorsEnabled(positioner[0], 0)
-
-api.imcontrol.sendTrigger(1)
-
-api.imcontrol.post_json()
-
diff --git a/scripts/UC2_timelapse.py b/scripts/UC2_timelapse.py
deleted file mode 100644
index cdcdf7a..0000000
--- a/scripts/UC2_timelapse.py
+++ /dev/null
@@ -1,19 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-laserName = "LED"
-
-iiter = 1
-
-#positioner = api.imcontrol.getPositionerNames()
-while True:
-	api.imcontrol.setLaserActive(laserName, True)
-	time.sleep(1)
-	api.imcontrol.snapImage() 
-	api.imcontrol.setLaserActive(laserName, False)
-
-	time.sleep(1*60)
-	print(iiter)
-	iiter +=1
\ No newline at end of file
diff --git a/scripts/UC2_timelapse_positionlist.py b/scripts/UC2_timelapse_positionlist.py
deleted file mode 100644
index 7bbeea9..0000000
--- a/scripts/UC2_timelapse_positionlist.py
+++ /dev/null
@@ -1,62 +0,0 @@
-import numpy as np
-import time
-import threading
-mainWindow.setCurrentModule('imcontrol')
-
-api.imcontrol.enalbeMotors(None, False)
-# x,y,z
-positions = [	(0, 80000, -4290),
-				(17000, 80000, -4340),
-				(17000, 96000, -4290),
-				(9000, 96000, -4290)]
-positions = [(9000, 7000, 110),
-				(18000, 16000, 110),
-				(54000, 25000, -130),
-				(63000, 52000, -240)]
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-print(api.imcontrol.getPositionerPositions())
-api.imcontrol.setPositionerSpeed(positionerName, "X", 25000)
-api.imcontrol.setPositionerSpeed(positionerName, "Y", 25000)
-api.imcontrol.setPositionerSpeed(positionerName, "Z", 25000)
-
-api.imcontrol.homeAxis(positionerName, "X")
-api.imcontrol.homeAxis(positionerName, "Y")
-time.sleep(15)
-# move to inital position
-# X
-position = positions[5]
-posX = position[0]
-api.imcontrol.movePositioner(positionerName, "X", posX, True, True)
-# Y
-posY = position[1]
-api.imcontrol.movePositioner(positionerName, "Y", posY, True, True)
-#Z
-posZ = position[2]
-api.imcontrol.movePositioner(positionerName, "Z", posZ, True, True)
-
-#
-def doScanning():
-	iiter = 0
-	while 1:
-		iPos = 0
-		for position in positions:
-			print(position)
-			posX = position[0]
-			api.imcontrol.movePositioner(positionerName, "X", posX, True, True)
-			# Y
-			posY = position[1]
-			api.imcontrol.movePositioner(positionerName, "Y", posY, True, True)
-			#Z
-			posZ = position[2]
-			api.imcontrol.movePositioner(positionerName, "Z", posZ, True, True)
-
-			time.sleep(1)
-
-			api.imcontrol.snapImageToPath(str(iPos)+"_posscreening")
-			iPos +=1
-		time.sleep(60)
-		iiter +=1
-		print(iiter)
-
-doScanning()
diff --git a/scripts/UC2_tomography.py b/scripts/UC2_tomography.py
deleted file mode 100644
index 3cb36a1..0000000
--- a/scripts/UC2_tomography.py
+++ /dev/null
@@ -1,45 +0,0 @@
-import time
-
-#mainWindow.setCurrentModule('imcontrol')
-
-laserName = "635 Lasesr"
-ledName = "White LED"
-
-N_step_roundtrip = 53*300
-
-#pixelsize
-N_period = 20
-P_period = 950 # pixels
-d_reality = 25.4*1e-3/408 # dpi of huawei p20
-print('pixelsize')
-print(N_period*d_reality/P_period) # 1.3106295149638802e-06 m
-wavelength = 488*1e-9
-NA=.3
-pixelsize_nyq = wavelength/NA/2 # 0.8133333333333334e-06 => undersampled
-
-
-
-deg_per_step = 360/N_step_roundtrip
-iiter = 1
-positioner = api.imcontrol.getPositionerNames()
-api.imcontrol.movePositioner(positioner[0], "XYZ", (1000,0,0))
-
-positioner = api.imcontrol.getPositionerNames()
-api.imcontrol.setSpeed(positioner[0], (1000,50,1000))
-api.imcontrol.setMotorsEnabled(positioner[0], 1)
-
-
-# roundtrip
-delta_deg = 10
-roundtrip = 360
-N_steps = roundtrip//delta_deg
-print(N_steps)
-n_step = int(delta_deg/deg_per_step)
-print(n_step)
-
-api.imcontrol.setMotorsEnabled(positioner[0], 1)
-
-for i in range(N_steps+1):
-	api.imcontrol.movePositioner(positioner[0], "X", n_step)
-	time.sleep(.2) # settle
-	api.imcontrol.snapImage() 
diff --git a/scripts/UC2_zstack_multicolour_timelapse.py b/scripts/UC2_zstack_multicolour_timelapse.py
deleted file mode 100644
index 3e7b65a..0000000
--- a/scripts/UC2_zstack_multicolour_timelapse.py
+++ /dev/null
@@ -1,65 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-N_images = 10
-dz = 10
-axis = "Z"
-Twait = 0
-
-
-laserName = api.imcontrol.getLaserNames()
-positioner = api.imcontrol.getPositionerNames()
-
-laserNameR = "635 Laser"
-laserNameB = "488 Laser"
-
-
-iiter = 1
-
-
-
-
-while True:
-	laser = api.imcontrol.setLaserActive(laserNameR, True)
-	time.sleep(5)
-	
-	# take zstack
-	#api.imcontrol.setLaserActive(laserName, True)
-	api.imcontrol.movePositioner(positioner[0], axis, -N_images*dz/2)
-	time.sleep(5)
-	for i_pos in range(N_images):
-		api.imcontrol.movePositioner(positioner[0], axis, dz)
-		time.sleep(1)
-		api.imcontrol.snapImage() 
-		
-	api.imcontrol.movePositioner(positioner[0], axis, -N_images*dz/2)
-
-	
-	
-	laser = api.imcontrol.setLaserActive(laserNameR, False)
-	time.sleep(1)
-	api.imcontrol.setLaserActive(laserNameB, True)
-	time.sleep(5)
-	
-	
-	# take zstack
-	#api.imcontrol.setLaserActive(laserName, True)
-	api.imcontrol.movePositioner(positioner[0], axis, -N_images*dz/2)
-	time.sleep(5)
-
-	for i_pos in range(N_images):
-		api.imcontrol.movePositioner(positioner[0], axis, dz)
-		time.sleep(1)
-		api.imcontrol.snapImage() 
-		
-	api.imcontrol.movePositioner(positioner[0], axis, -N_images*dz/2)
-
-	api.imcontrol.setLaserActive(laserNameB, False)
-		
-	time.sleep(Twait*60)
-	print(iiter)
-	iiter +=1
-	
-
diff --git a/scripts/__pycache__/example_import.cpython-38.pyc b/scripts/__pycache__/example_import.cpython-38.pyc
deleted file mode 100644
index c4fade7..0000000
Binary files a/scripts/__pycache__/example_import.cpython-38.pyc and /dev/null differ
diff --git a/scripts/__pycache__/example_imported.cpython-38.pyc b/scripts/__pycache__/example_imported.cpython-38.pyc
deleted file mode 100644
index f8ec67d..0000000
Binary files a/scripts/__pycache__/example_imported.cpython-38.pyc and /dev/null differ
diff --git a/scripts/__pycache__/example_record.cpython-38.pyc b/scripts/__pycache__/example_record.cpython-38.pyc
deleted file mode 100644
index c37c24f..0000000
Binary files a/scripts/__pycache__/example_record.cpython-38.pyc and /dev/null differ
diff --git a/scripts/alignImagesTimestack.py b/scripts/alignImagesTimestack.py
deleted file mode 100644
index fdcb07c..0000000
--- a/scripts/alignImagesTimestack.py
+++ /dev/null
@@ -1,102 +0,0 @@
-# -*- coding: utf-8 -*-
-"""
-Created on Thu Jul 13 13:03:16 2023
-
-@author: user
-"""
-
-import scipy
-import numpy as np
-import os
-import tifffile as tif
-from scipy.ndimage import fourier_shift
-import scipy.ndimage as ndi
-import matplotlib.pyplot as plt
-from skimage.registration import phase_cross_correlation
-
-import scipy.signal as signal
-
-import skimage.transform as transform
-import matplotlib.pyplot as plt
-
-def downscale_image(image, factor):
-    # Downscale the image
-    downscaled_image = transform.downscale_local_mean(image, (factor, factor))
-    return downscaled_image
-
-def crop_center(image, size):
-    # Get the dimensions of the image
-    height, width = image.shape[:2]
-
-    # Calculate the coordinates for cropping
-    start_x = max(0, int((width - size) / 2))
-    start_y = max(0, int((height - size) / 2))
-    end_x = min(width, start_x + size)
-    end_y = min(height, start_y + size)
-
-    # Crop the image
-    cropped_image = image[start_y:end_y, start_x:end_x]
-
-    return cropped_image
-
-
-driftCorrectionDownScaleFactor = 5
-driftCorrectionCropSize = 800
-iShift = [0,0]
-for i in range(1,100):
-    # Directory containing the image files
-    directory = 'C:\\Users\\user\\Documents\\ImSwitchConfig\\recordings\\2023_07_11-03-54-59_PM\\t'+str(i)
-    
-    # Initialize empty dictionaries for each laser
-
-    imageList = []
-    led_images = []
-    
-    os.chdir(directory)
-    
-    # Read image files and store them in the corresponding dictionary
-    for filename in sorted(os.listdir(directory), key=os.path.getmtime):
-        if filename.endswith('.tif'):
-            if 'Laser2' in filename:
-                image_path = os.path.join(directory, filename)
-                image = tif.imread(image_path)
-                image = crop_center(image, driftCorrectionCropSize)
-                image = downscale_image(image, driftCorrectionDownScaleFactor)
-
-                imageList.append(image)
-                
-    # Find max focus 
-    bestFocus = 0
-    bestFocusIndex = 0
-    for index,image in enumerate(imageList):
-        imagearraygf = ndi.filters.gaussian_filter(image, 3)
-
-        # 3 compute focus metric
-        focusValue = np.mean(ndi.filters.laplace(imagearraygf))
-        if focusValue > bestFocus:
-            bestFocus = focusValue
-            bestFocusIndex = index
-
-    # Align the images
-    image2 = np.std(imageList, (0))
-    
-    #image2 = scipy.ndimage.gaussian_filter(image2, sigma=10)
-    if i>1:
-        shift, error, diffphase = phase_cross_correlation(image1, image2)
-        iShift += (shift)
-        
-        # Shift image2 to align with image1
-        image = imageList[bestFocusIndex]
-        aligned_image = np.roll(image, int(iShift[1]), axis=1)
-        aligned_image = np.roll(aligned_image,int(iShift[0]), axis=0)
-        
-        # Display the aligned image
-        plt.imshow(aligned_image)
-        plt.axis('off')
-        plt.show()
-   
-    image1 = image2.copy()
-
-    
-
-            
\ No newline at end of file
diff --git a/scripts/autofocus_online.py b/scripts/autofocus_online.py
deleted file mode 100644
index eb578ef..0000000
--- a/scripts/autofocus_online.py
+++ /dev/null
@@ -1,96 +0,0 @@
-import numpy as np
-import time
-import numpy as np
-import scipy.ndimage as ndi
-import tifffile as tif
-from skimage.filters import gaussian, median
-
-
-mainWindow.setCurrentModule('imcontrol')
-
-ledName = "LED"
-laserNameB = "488 Laser"
-
-laserNameR = "635 Laser"
-
-
-
-def cropCenter(marray, crop_size=512):
-	center_x, center_y = marray.shape[1] // 2, marray.shape[0] // 2
-
-	# Calculate the starting and ending indices for cropping
-	x_start = center_x - crop_size // 2
-	x_end = x_start + crop_size
-	y_start = center_y - crop_size // 2
-	y_end = y_start + crop_size
-
-	# Crop the center region
-	return marray[y_start:y_end, x_start:x_end]
-
-def measureFocus(mImage, nGauss=5):
-	# 2 Gaussian filter the image, to remove noise
-	mImage = cropCenter(mImage, crop_size=1024)
-	# img_norm = img-np.min(img)
-	# img_norm = img_norm/np.mean(img_norm)
-	imagearraygf = ndi.filters.gaussian_filter(mImage, nGauss)
-
-	# 3 compute focus metric
-	mLaplace = ndi.filters.laplace(imagearraygf)
-	focusquality = np.mean(mLaplace)
-	return focusquality, mLaplace
-
-def recordFlatfield(nFrames=10, nGauss=16):
-	flatfield = []
-	for iFrame in range(nFrames):
-		mFrame = api.imcontrol.snapImage(True, False)
-		flatfield.append(mFrame)
-	flatfield = np.mean(np.array(flatfield),0)
-	# normalize and smooth using scikit image
-	flatfield = gaussian(flatfield, sigma=nGauss)
-	#flatfield = median(flatfield, selem=np.ones((nMedian, nMedian)))
-	return flatfield
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-positionsStart = api.imcontrol.getPositionerPositions()
-posZstart = positionsStart["ESP32Stage"]["Z"]
-print(posZstart)
-
-# record flatfield in out-of-focus state
-dDefocus = 500
-api.imcontrol.movePositioner(positionerName, "Z", -dDefocus, False, True)
-time.sleep(1)
-flatfieldFrame = recordFlatfield()
-api.imcontrol.movePositioner(positionerName, "Z", posZstart, True, True)
-time.sleep(1)
-# 
-dz = 50
-tPause = 20
-
-for i in range(100):
-	positions = api.imcontrol.getPositionerPositions()
-	posZinit = positions["ESP32Stage"]["Z"]
-	
-	allFocusVal = []
-	allFocusPositions = np.linspace(-dz,dz,5)
-	for iZ in allFocusPositions:
-		api.imcontrol.movePositioner(positionerName, "Z", posZinit + iZ, True, True)
-		time.sleep(1)
-		mImage = api.imcontrol.snapImage(True, False)/flatfieldFrame
-		
-		focusquality, mLaplace = measureFocus(mImage, 7)
-		allFocusVal.append(focusquality)
-		tif.imsave("laplace4.tif", mLaplace, append=True)
-	allFocusVal = np.array(allFocusVal)
-	print(allFocusVal)
-	focusIndex = np.argmax(allFocusVal)
-	print(focusIndex)
-	bestFocusPos = allFocusPositions[focusIndex]
-
-	#api.imcontrol.movePositioner(positionerName, "Z", posZstart, True, True)
-	api.imcontrol.movePositioner(positionerName, "Z", posZinit+bestFocusPos, True, True)
-	time.sleep(1)
-	mImage = api.imcontrol.snapImage(True, False)/flatfieldFrame
-		
-	tif.imsave("result2.tif", mImage, append=True)
-	
-	time.sleep(10)
\ No newline at end of file
diff --git a/scripts/autofocus_test.py b/scripts/autofocus_test.py
deleted file mode 100644
index 2ecfc4c..0000000
--- a/scripts/autofocus_test.py
+++ /dev/null
@@ -1,61 +0,0 @@
-import numpy as np
-import time
-import numpy as np
-import scipy.ndimage as ndi
-
-mainWindow.setCurrentModule('imcontrol')
-
-ledName = "LED"
-laserNameB = "488 Laser"
-
-laserNameR = "635 Laser"
-
-iiter = 0
-tperiode=0.1 #minuten
-isautofocus=False
-
-
-def cropCenter(marray, crop_size=512):
-	center_x, center_y = marray.shape[1] // 2, marray.shape[0] // 2
-
-	# Calculate the starting and ending indices for cropping
-	x_start = center_x - crop_size // 2
-	x_end = x_start + crop_size
-	y_start = center_y - crop_size // 2
-	y_end = y_start + crop_size
-
-	# Crop the center region
-	return marray[y_start:y_end, x_start:x_end]
-
-	
-positionerName = api.imcontrol.getPositionerNames()[0]
-positions = api.imcontrol.getPositionerPositions()
-
-posZinit = positions["ESP32Stage"]["Z"]
-print(posZinit)
-
-api.imcontrol.movePositioner(positionerName, "Z", -100, False, True)
-	
-allfocusvals = []
-for i in range(20):
-	api.imcontrol.setLaserActive(laserNameB, True)
-	time.sleep(.3)
-	mImage = api.imcontrol.snapImage(True, False)
-	api.imcontrol.setLaserActive(laserNameB, False)
-	
-	# 2 Gaussian filter the image, to remove noise
-	mImage = cropCenter(mImage, crop_size=1024)
-	# img_norm = img-np.min(img)
-	# img_norm = img_norm/np.mean(img_norm)
-	imagearraygf = ndi.filters.gaussian_filter(mImage, 3)
-
-	# 3 compute focus metric
-	focusquality = np.mean(ndi.filters.laplace(imagearraygf))
-	allfocusvals.append(focusquality)
-	
-	print(focusquality)
-		
-	api.imcontrol.movePositioner(positionerName, "Z", 10, False, True)
-	time.sleep(.1)
-	
-api.imcontrol.movePositioner(positionerName, "Z", posZinit, True, True)
diff --git a/scripts/convertTimeseriesToStack.py b/scripts/convertTimeseriesToStack.py
deleted file mode 100644
index e81db46..0000000
--- a/scripts/convertTimeseriesToStack.py
+++ /dev/null
@@ -1,60 +0,0 @@
-import numpy as np
-import os
-import tifffile as tif
-
-import scipy.ndimage as ndi
-import matplotlib.pyplot as plt
-
-
-for i in range(1,100):
-    # Directory containing the image files
-    directory = 'C:\\Users\\user\\Documents\\ImSwitchConfig\\recordings\\2023_07_11-03-54-59_PM\\t'+str(i)
-    
-    # Initialize empty dictionaries for each laser
-    laser1_images = []
-    laser2_images = []
-    led_images = []
-    
-    os.chdir(directory)
-    
-    # Read image files and store them in the corresponding dictionary
-    for filename in sorted(os.listdir(directory), key=os.path.getmtime):
-        if filename.endswith('.tif'):
-            if 'Laser1' in filename:
-                image_index = int(filename.split('_i_')[1].split('_Z_')[0])
-                image_path = os.path.join(directory, filename)
-                image = tif.imread(image_path)
-                laser1_images.append(image)
-                plt.imshow(image), plt.show()
-            elif 'Laser2' in filename:
-                image_index = int(filename.split('_i_')[1].split('_Z_')[0])
-                image_path = os.path.join(directory, filename)
-                image = tif.imread(image_path)
-                laser2_images.append(image)
-            elif 'LED' in filename:
-                image_index = int(filename.split('_i_')[1].split('_Z_')[0])
-                image_path = os.path.join(directory, filename)
-                image = tif.imread(image_path)
-                led_images.append(image)
-    
-    #%%
-    # Measure the variation of each image stack
-    resultList = []
-    index=0
-    for imageList in (laser1_images, laser2_images, led_images):
-        variation=[]
-        for image in imageList:
-            imagearraygf = ndi.filters.gaussian_filter(image, 3)
-    
-            # 3 compute focus metric
-            focusValue = np.mean(ndi.filters.laplace(imagearraygf))
-            variation.append(focusValue)
-            
-        plt.plot(variation), plt.show()
-        inFocusImage = imageList[np.argmax(variation)]
-        resultList.append(inFocusImage)
-        tif.imsave("C:\\Users\\user\\Documents\\ImSwitchConfig\\recordings\\2023_07_11-03-54-59_PM\\"+"result_"+str(index)+".tif", inFocusImage, append=True)
-        plt.imshow(inFocusImage), plt.show()
-        index+=1
-        
-# %% align data
\ No newline at end of file
diff --git a/scripts/detectDifferences.py b/scripts/detectDifferences.py
deleted file mode 100644
index 3cba49a..0000000
--- a/scripts/detectDifferences.py
+++ /dev/null
@@ -1,34 +0,0 @@
-import numpy as np
-import time
-from skimage.metrics import structural_similarity as ssim
-import cv2
-
-mainWindow.setCurrentModule('imcontrol')
-
-laserName = "635 Laser"
-ledName = "488 Laser"
-laserName = "LED"
-
-iiter = 1
-
-def compute_ssim(imageA, imageB):
-    # Ensure the images are the same size
-    assert imageA.shape == imageB.shape, "Images must have the same dimensions."
-
-    # Compute SSIM between two images
-    return ssim(imageA, imageB)
-
-mImage1 = api.imcontrol.snapImage(True, False)
-
-
-		
-while True:
-	#laser = api.imcontrol.setLaserActive(laserName, True)
-	time.sleep(2)
-	
-	mImage2 = api.imcontrol.snapImage(True, False)
-	print(np.mean(mImage2-mImage1))
-	similarity_index = compute_ssim(mImage1, mImage2)
-	print("SSIM:", similarity_index)
-
-	#mImage1 = np.copy(mImage2)
diff --git a/scripts/example_UC2.py b/scripts/example_UC2.py
deleted file mode 100644
index 3fa67e0..0000000
--- a/scripts/example_UC2.py
+++ /dev/null
@@ -1,39 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-laserName = api.imcontrol.getLaserNames()
-positioner = api.imcontrol.getPositionerNames()
-
-#api.imcontrol.setLaserActive(laserName, True)
-N_images = 40
-dz = 1
-axis = "Z"
-api.imcontrol.movePositioner(positioner[0], axis, -N_images*dz/2)
-
-for i_pos in range(N_images):
-	api.imcontrol.movePositioner(positioner[0], axis, dz)
-	time.sleep(1)
-	api.imcontrol.snapImage() 
-	
-api.imcontrol.movePositioner(positioner[0], axis, -N_images*dz/2)
-
-
-
-'''
-values_405 = np.array([0, 0, 0, 0, 5, 10, 25, 50, 100, 200])
-lasername_405 = api.imcontrol.getLaserNames()[0]
-
-# Start Recording
-api.imcontrol.startRecording()
-for i in values_405:
-	# Set Laser Value
-	api.imcontrol.changeScanPower(lasername_405, i)
-	# Run Scan
-	api.imcontrol.runScan()
-	# Wait for finish
-	waitForScanningToEnd = getWaitForSignal(api.imcontrol.signals().scanEnded)
-	waitForScanningToEnd()
-	
-api.imcontrol.stopRecording()'''
\ No newline at end of file
diff --git a/scripts/example_Uc2_multicolour.py b/scripts/example_Uc2_multicolour.py
deleted file mode 100644
index 5450f96..0000000
--- a/scripts/example_Uc2_multicolour.py
+++ /dev/null
@@ -1,67 +0,0 @@
-import numpy as np
-import time
-
-def snap_zstack(N_images=50, dz=10):
-	axis = "Z"
-	api.imcontrol.movePositioner(positioner[0], axis, -(N_images*dz)//2)
-	time.sleep(5)
-	for i_pos in range(N_images):
-		api.imcontrol.movePositioner(positioner[0], axis, dz)
-		time.sleep(1)
-		api.imcontrol.snapImage() 
-	time.sleep(1)
-	api.imcontrol.movePositioner(positioner[0], axis, -(N_images*dz)//2)
-	time.sleep(5)
-	
-mainWindow.setCurrentModule('imcontrol')
-
-laserName = api.imcontrol.getLaserNames()
-positioner = api.imcontrol.getPositionerNames()
-
-laser_488 = '488 Laser'
-laser_635 = '635 Laser' 
-
-
-# snap GFP
-api.imcontrol.setLaserActive(laser_635, False)
-time.sleep(.3)
-api.imcontrol.setLaserActive(laser_488, True)
-time.sleep(.3)
-
-snap_zstack()
-#api.imcontrol.snapImage() 
-
-# snap AF647
-api.imcontrol.setLaserActive(laser_488, False)
-time.sleep(.3)
-api.imcontrol.setLaserActive(laser_635, True)
-time.sleep(.3)
-
-#api.imcontrol.snapImage() 
-snap_zstack()
-
-# turn off lasers
-api.imcontrol.setLaserActive(laser_488, False)
-api.imcontrol.setLaserActive(laser_635, False)
-
-
-
-
-'''
-
-values_405 = np.array([0, 0, 0, 0, 5, 10, 25, 50, 100, 200])
-lasername_405 = api.imcontrol.getLaserNames()[0]
-
-# Start Recording
-api.imcontrol.startRecording()
-for i in values_405:
-	# Set Laser Value
-	api.imcontrol.changeScanPower(lasername_405, i)
-	# Run Scan
-	api.imcontrol.runScan()
-	# Wait for finish
-	waitForScanningToEnd = getWaitForSignal(api.imcontrol.signals().scanEnded)
-	waitForScanningToEnd()
-	
-api.imcontrol.stopRecording()
-'''
\ No newline at end of file
diff --git a/scripts/example_import.py b/scripts/example_import.py
index 3067c8f..7ac9b62 100644
--- a/scripts/example_import.py
+++ b/scripts/example_import.py
@@ -4,12 +4,11 @@
 to the main script (which in this case is this file).
 """
 
-
 imported = importScript('example_imported.py')
 imported.printMessage()
 
 
-# Copyright (C) 2020, 2021 TestaLab
+# Copyright (C) 2020-2023 ImSwitch developers
 # This file is part of ImSwitch.
 #
 # ImSwitch is free software: you can redistribute it and/or modify
diff --git a/scripts/example_imported.py b/scripts/example_imported.py
index f7584e2..7b282cf 100644
--- a/scripts/example_imported.py
+++ b/scripts/example_imported.py
@@ -5,10 +5,10 @@
 
 
 def printMessage():
-    print('Running code from another file!')
+    getLogger().info('Running code from another file!')
 
 
-# Copyright (C) 2020, 2021 TestaLab
+# Copyright (C) 2020-2023 ImSwitch developers
 # This file is part of ImSwitch.
 #
 # ImSwitch is free software: you can redistribute it and/or modify
diff --git a/scripts/example_record.py b/scripts/example_record.py
index 2ebd9b0..dc79d64 100644
--- a/scripts/example_record.py
+++ b/scripts/example_record.py
@@ -3,33 +3,35 @@
 module is displayed, and waiting for signals to be emitted. Note that the
 recording does not stop automatically if the script is terminated before it
 finishes.
-"""
 
+NOTE: This script will only work if the recording widget is enabled in your
+current hardware control setup.
+"""
 
 import time
 
-print('Starting recording in "until stop" mode...')
+getLogger().info('Starting recording in "until stop" mode...')
 api.imcontrol.setRecModeUntilStop()
 api.imcontrol.startRecording()
 
-print('Recording started. Showing hardware control tab for a few seconds before stopping.')
+getLogger().info('Recording started. Showing hardware control tab for a few seconds before stopping.')
 time.sleep(3)
 mainWindow.setCurrentModule('imcontrol')
 time.sleep(5)
 
-print('Going back to scripting tab.')
+getLogger().info('Going back to scripting tab.')
 mainWindow.setCurrentModule('imscripting')
 time.sleep(2)
 
-print('Stopping recording...')
+getLogger().info('Stopping recording...')
 waitForRecordingToEnd = getWaitForSignal(api.imcontrol.signals().recordingEnded)
 api.imcontrol.stopRecording()  # It's important to call this after getWaitForSignal!
 waitForRecordingToEnd()
 
-print('Recording stopped.')
+getLogger().info('Recording stopped.')
 
 
-# Copyright (C) 2020, 2021 TestaLab
+# Copyright (C) 2020-2023 ImSwitch developers
 # This file is part of ImSwitch.
 #
 # ImSwitch is free software: you can redistribute it and/or modify
diff --git a/scripts/execFunctionExample.py b/scripts/execFunctionExample.py
deleted file mode 100644
index a611ade..0000000
--- a/scripts/execFunctionExample.py
+++ /dev/null
@@ -1 +0,0 @@
-api.imcontrol.executeFunction('self._master.positionersManager["ESP32Stage"].move("ESP32Stage","X",1)')
\ No newline at end of file
diff --git a/scripts/flatfield..py b/scripts/flatfield..py
deleted file mode 100644
index feed3ca..0000000
--- a/scripts/flatfield..py
+++ /dev/null
@@ -1,24 +0,0 @@
-#%%
-import numpy as np
-import tifffile as tif
-import NanoImagingPack as nip
-import napari
-mImage = tif.imread('/Users/bene/Dropbox/2023_02_23-02-35-26_PM Manuel_Composite_Niceresult.tif')
-
-
-#tif.imwrite("test.tif", )
-# %%
-#flatfield
-mImage = mImage/np.expand_dims(np.expand_dims(np.mean(mImage, (2,3)),-1),-1)
-mImage /= np.expand_dims(nip.gaussf(np.mean(mImage, 0),25),0)
-                             
-#%%        
-viewer = napari.view_image(
-        nip.gaussf(mImage,1),
-        channel_axis=1,
-        name=["membrane", "nuclei"],
-        colormap=["green", "magenta"],
-        contrast_limits=[[0, 5], [0, 5]],
-        scale=[3,1,1]
-        )
-# %%
diff --git a/scripts/histoScan.py b/scripts/histoScan.py
deleted file mode 100644
index 22fdaeb..0000000
--- a/scripts/histoScan.py
+++ /dev/null
@@ -1,38 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-# x,y,z
-initPos = api.imcontrol.getPositionerPositions()["ESP32Stage"]
-initPos = (initPos["X"],initPos["Y"],initPos["Z"])
-nPixels = (3072,2048)
-pixelSize = 0.225
-overlap = 0.8
-posZ = initPos[-1]
-positionerName = api.imcontrol.getPositionerNames()[0]
-print(api.imcontrol.getPositionerPositions())
-
-nX = 10
-nY = 10
-
-positionList = []
-for iy in range(nY):
-	for ix in range(nX):
-
-		posX = ix * pixelSize*nPixels[0]*overlap+initPos[0]
-		posY = iy * pixelSize*nPixels[1]*overlap+initPos[1]
-		api.imcontrol.movePositioner(positionerName, "XY", (posX, posY), True, True)
-		print(str(posX)+"-"+str(posY))
-		time.sleep(.2)
-		api.imcontrol.snapImageToPath(str((posX,posY)))
-		positionList.append((posX, posY, posZ))
-
-
-posX = initPos[0]
-posY = initPos[1]
-api.imcontrol.movePositioner(positionerName, "XY", (posX, posY), True, True)
-
-np.save("positions", positionList)
-		
-				
\ No newline at end of file
diff --git a/scripts/histoscan.py b/scripts/histoscan.py
deleted file mode 100644
index 22fdaeb..0000000
--- a/scripts/histoscan.py
+++ /dev/null
@@ -1,38 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-# x,y,z
-initPos = api.imcontrol.getPositionerPositions()["ESP32Stage"]
-initPos = (initPos["X"],initPos["Y"],initPos["Z"])
-nPixels = (3072,2048)
-pixelSize = 0.225
-overlap = 0.8
-posZ = initPos[-1]
-positionerName = api.imcontrol.getPositionerNames()[0]
-print(api.imcontrol.getPositionerPositions())
-
-nX = 10
-nY = 10
-
-positionList = []
-for iy in range(nY):
-	for ix in range(nX):
-
-		posX = ix * pixelSize*nPixels[0]*overlap+initPos[0]
-		posY = iy * pixelSize*nPixels[1]*overlap+initPos[1]
-		api.imcontrol.movePositioner(positionerName, "XY", (posX, posY), True, True)
-		print(str(posX)+"-"+str(posY))
-		time.sleep(.2)
-		api.imcontrol.snapImageToPath(str((posX,posY)))
-		positionList.append((posX, posY, posZ))
-
-
-posX = initPos[0]
-posY = initPos[1]
-api.imcontrol.movePositioner(positionerName, "XY", (posX, posY), True, True)
-
-np.save("positions", positionList)
-		
-				
\ No newline at end of file
diff --git a/scripts/inidividualLEDs.py b/scripts/inidividualLEDs.py
deleted file mode 100644
index 0b38d48..0000000
--- a/scripts/inidividualLEDs.py
+++ /dev/null
@@ -1,7 +0,0 @@
-mPattern = list(({"id":1,"r":0, "g":1, "b":0},
-			{"id":2, "r":0, "g":1, "b":0},
-			{"id":3, "r":0, "g":1, "b":0},
-			{"id":4, "r":0, "g":1, "b":0},
-			{"id":5, "r":0, "g":1, "b":0}))
-for i in range(20):
-	api.imcontrol.setSpecial(mPattern, 255, True)
\ No newline at end of file
diff --git a/scripts/loadtimeseries.py b/scripts/loadtimeseries.py
deleted file mode 100644
index 9a2c1cd..0000000
--- a/scripts/loadtimeseries.py
+++ /dev/null
@@ -1,19 +0,0 @@
-import os
-import tifffile
-
-# Define the path to the top-level directory containing the subfolders
-dir_path = r'C:\Users\user\Documents\ImSwitchConfig\recordings\2023_04_24-09-12-25_PM'
-dir_path = r'C:\Users\user\Documents\ImSwitchConfig\recordings\2023_04_26-11-28-10_AM'
-dir_path = r'C:\Users\user\Documents\ImSwitchConfig\recordings\2023_04_26-12-22-57_PM'
-dir_path = r'C:\Users\user\Documents\ImSwitchConfig\recordings\2023_04_26-12-34-01_PM'
-
-# Loop through each subfolder in sequence and load all TIF images
-for i in range(60):  # assuming 10 subfolders numbered 0-9
-    sub_dir = os.path.join(dir_path, "t"+str(i+1))  # get the path to the current subfolder
-    for file_name in os.listdir(sub_dir):  # loop through all files in the subfolder
-        if file_name.endswith('.tif'):  # check if the file is a TIF image
-            file_path = os.path.join(sub_dir, file_name)  # get the full path to the TIF image
-            tif_data = tifffile.imread(file_path)  # load the TIF image data
-            # do something with the TIF data, e.g. print its shape
-            print(f'TIF image {file_name} has shape {tif_data.shape}')
-            tifffile.imwrite(dir_path+"stack.tif",tif_data, append=True)
\ No newline at end of file
diff --git a/scripts/manualcontrol_z.py b/scripts/manualcontrol_z.py
deleted file mode 100644
index 0a87696..0000000
--- a/scripts/manualcontrol_z.py
+++ /dev/null
@@ -1,30 +0,0 @@
-import pygame
-from pygame.locals import *
-
-pygame.init()
-screen = pygame.display.set_mode((400,300))
-
-positioner = api.imcontrol.getPositionerNames()
-
-axis = "Z"
-
-while True:
-	for event in pygame.event.get():
-		if event.type == KEYDOWN:
-			if event.key == pygame.K_DOWN:
-				print("Down")
-				api.imcontrol.movePositioner(positioner[0], axis, 20)
-
-			if event.key == pygame.K_UP:
-				print("Up")
-				api.imcontrol.movePositioner(positioner[0], axis, -20)
-				
-			if event.key == pygame.K_RIGHT:
-				api.imcontrol.movePositioner(positioner[0], axis, 100)
-				
-			if event.key == pygame.K_LEFT:
-				api.imcontrol.movePositioner(positioner[0], axis, -100)
-				
-			if event.type == pygame.QUIT:
-				pygame.quit()
-				exit()
diff --git a/scripts/position_reproducibilitytest.py b/scripts/position_reproducibilitytest.py
deleted file mode 100644
index 64584cf..0000000
--- a/scripts/position_reproducibilitytest.py
+++ /dev/null
@@ -1,33 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-dx = 10000
-dy = 10000
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-cX = api.imcontrol.getPositionerPositions()[positionerName]['X']
-cY = api.imcontrol.getPositionerPositions()[positionerName]['Y']
-
-api.imcontrol.setPositionerSpeed(positionerName, 'X', 20000)
-api.imcontrol.setPositionerSpeed(positionerName, 'Y', 20000)
-iiter=0
-for i in range(5):
-	# pos 1 
-	api.imcontrol.movePositioner(positionerName, "X", cX, True,True)
-	api.imcontrol.movePositioner(positionerName, "Y", cY, True,True)
-	api.imcontrol.snapImageToPath("_1_"+str(iiter))
-	# pos 2
-	api.imcontrol.movePositioner(positionerName, "X", cX+dx, True,True)
-	api.imcontrol.movePositioner(positionerName, "Y", cY, True,True)
-	api.imcontrol.snapImageToPath("_2_"+str(iiter))
-	# pos 3
-	api.imcontrol.movePositioner(positionerName, "X", cX+dx, True,True)
-	api.imcontrol.movePositioner(positionerName, "Y", cY+dy, True,True)
-	api.imcontrol.snapImageToPath("_3_"+str(iiter))
-	# pos 4 
-	api.imcontrol.movePositioner(positionerName, "X", cX, True,True)
-	api.imcontrol.movePositioner(positionerName, "Y", cY+dy, True,True)
-	api.imcontrol.snapImageToPath("_4_"+str(iiter))
-	time.sleep(1)
\ No newline at end of file
diff --git a/scripts/readtimelapseimages.py b/scripts/readtimelapseimages.py
deleted file mode 100644
index 6929aeb..0000000
--- a/scripts/readtimelapseimages.py
+++ /dev/null
@@ -1,22 +0,0 @@
-# -*- coding: utf-8 -*-
-"""
-Created on Fri Feb 17 10:44:29 2023
-
-@author: UC2
-"""
-import os
-import numpy as np
-import tifffile as tif
-import cv2
-import glob, os
-mPath = '.\\ImSwitch\\ImSwitch\\recordings\\2023-02-21\\'
-mPath = 'C:\\Users\\UC2\\Documents\\ImSwitchConfig\\recordings\\2023_03_06-10-39-29_AM\\'
-
-mFolders = sorted(glob.glob(mPath+"*"), key=os.path.getmtime)
-mAllfiles = []
-
-for iFolder in mFolders:
-	for file in glob.glob(iFolder+"\*.tif"):
-		print(iFolder)
-		tif.imwrite(os.path.join(mPath,"file.tif"), cv2.resize(tif.imread(file), dsize=None, fx=.25, fy=.25), append=True)
-        
diff --git a/scripts/realtimePosUpdate.py b/scripts/realtimePosUpdate.py
deleted file mode 100644
index 6b0c946..0000000
--- a/scripts/realtimePosUpdate.py
+++ /dev/null
@@ -1,11 +0,0 @@
-import numpy as np
-import time
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-api.imcontrol.movePositioner(positionerName, "X", 10000, False, False)
-time.sleep(0.05)
-t0 = time.time()
-for _ in range (10):
-	print(api.imcontrol.getPositionerPositions(1))
-	print(time.time()-t0)
-	t0 = time.time()
diff --git a/scripts/reconstructholo.py b/scripts/reconstructholo.py
deleted file mode 100644
index 215b9ad..0000000
--- a/scripts/reconstructholo.py
+++ /dev/null
@@ -1,24 +0,0 @@
-#%%
-import numpy as np
-import NanoImagingPack as nip
-import matplotlib.pyplot as plt
-import tifffile as tif
-#%%
-
-mImage = tif.imread('C://Users//T490//Documents//ImSwitch//imswitch//ImSwitch//recordings//2024-03-04//13h39m36s_snap_WidefieldCamera.tiff')
-
-mImageFT = nip.ft(mImage)
-
-plt.imshow(np.log(1+np.abs(mImageFT))), plt.show()
-
-
-mCenter = (454,2242)
-mSize = 300
-mImageFTCrop = nip.extract(mImageFT, (mSize,mSize), mCenter, checkComplex=False)
-mHolo = nip.ift(mImageFTCrop)
-
-plt.figure(1);plt.imshow(np.abs(mHolo)); plt.show()
-plt.figure(2);plt.imshow(np.angle(mHolo)); plt.show()
-
-
-plt.imshow(np.log(1+np.abs(mImageFTCrop))), plt.show()
\ No newline at end of file
diff --git a/scripts/setlaser.py b/scripts/setlaser.py
deleted file mode 100644
index 26e46a3..0000000
--- a/scripts/setlaser.py
+++ /dev/null
@@ -1,4 +0,0 @@
-
-laserName=api.imcontrol.getLaserNames()[0]
-print(laserName)
-api.imcontrol.setLaserActive(laserName, True)
\ No newline at end of file
diff --git a/scripts/simseries.py b/scripts/simseries.py
deleted file mode 100644
index 81c4946..0000000
--- a/scripts/simseries.py
+++ /dev/null
@@ -1,8 +0,0 @@
-mainWindow.setCurrentModule('imcontrol')
-import time
-for i in range(10):
-	print(i)
-	time.sleep(1)
-	api.imcontrol.updateDisplayImageImageFastAPISIM(i%8, "192.168.137.154", "8000")
-	time.sleep(.1)
-	api.imcontrol.snapImage() 
\ No newline at end of file
diff --git a/scripts/takeimages.py b/scripts/takeimages.py
deleted file mode 100644
index 9deb7d1..0000000
--- a/scripts/takeimages.py
+++ /dev/null
@@ -1,6 +0,0 @@
-mainWindow.setCurrentModule('imcontrol')
-import time
-time.sleep(1)
-for i in range(200):
-	api.imcontrol.snapImage() 
-	print(i)
\ No newline at end of file
diff --git a/scripts/testAbsolutePosition.py b/scripts/testAbsolutePosition.py
deleted file mode 100644
index acf48d7..0000000
--- a/scripts/testAbsolutePosition.py
+++ /dev/null
@@ -1,23 +0,0 @@
-mainWindow.setCurrentModule('imcontrol')
-
-positionerName = api.imcontrol.getPositionerNames()[0]
-positionsStart = api.imcontrol.getPositionerPositions()
-posZstart = positionsStart["ESP32Stage"]["Z"]
-print(posZstart)
-
-# 
-dz = 20
-tPause = 20
-for i in range(5):
-
-	api.imcontrol.movePositioner(positionerName, "Z", posZstart + 100, True, True)
-	positions = api.imcontrol.getPositionerPositions()
-	posZinit = positions["ESP32Stage"]["Z"]
-	print(posZinit)
-
-	api.imcontrol.movePositioner(positionerName, "Z", posZstart -100, True, True)	
-	positions = api.imcontrol.getPositionerPositions()
-	posZinit = positions["ESP32Stage"]["Z"]
-	print(posZinit)
-
-api.imcontrol.movePositioner(positionerName, "Z", posZstart, True, True)	
diff --git a/scripts/testnotebook.ipynb b/scripts/testnotebook.ipynb
deleted file mode 100644
index f1af2da..0000000
--- a/scripts/testnotebook.ipynb
+++ /dev/null
@@ -1,157 +0,0 @@
-{
- "cells": [
-  {
-   "cell_type": "code",
-   "execution_count": 1,
-   "source": [
-    "import numpy as np\n",
-    "import NanoImagingPack as nip\n",
-    "import matplotlib.pyplot as plt\n",
-    "import tifffile as tif"
-   ],
-   "outputs": [
-    {
-     "output_type": "stream",
-     "name": "stdout",
-     "text": [
-      "No module named 'javabridge'\n",
-      "Problem setting classpath. Switching to conventional viewer by setting __DEFAULTS__['IMG_VIEWER'] = 'NIP_VIEW' \n"
-     ]
-    }
-   ],
-   "metadata": {}
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 2,
-   "source": [
-    "mImage = tif.imread('C://Users//T490//Documents//ImSwitch//imswitch//ImSwitch//recordings//2024-03-01//16h10m49s_snap_WidefieldCamera.tiff')\n",
-    "\n",
-    ""
-   ],
-   "outputs": [],
-   "metadata": {}
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 3,
-   "source": [
-    "mImage"
-   ],
-   "outputs": [
-    {
-     "output_type": "execute_result",
-     "data": {
-      "text/plain": [
-       "array([[32, 26, 31, ..., 15, 17, 17],\n",
-       "       [49, 42, 43, ..., 30, 25, 22],\n",
-       "       [54, 48, 54, ..., 39, 43, 45],\n",
-       "       ...,\n",
-       "       [30, 31, 32, ..., 37, 34, 28],\n",
-       "       [23, 23, 22, ..., 42, 39, 36],\n",
-       "       [13, 13, 14, ..., 17, 19, 20]], dtype=uint8)"
-      ]
-     },
-     "metadata": {},
-     "execution_count": 3
-    }
-   ],
-   "metadata": {}
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 4,
-   "source": [
-    "mImage = tif.imread('C://Users//T490//Documents//ImSwitch//imswitch//ImSwitch//recordings//2024-03-01//16h10m49s_snap_WidefieldCamera.tiff')\n",
-    "mImageFT = nip.ft(mImage)\n",
-    "mCenter = (470,1571)\n",
-    "mSize = 500\n",
-    "mImageFTCrop = nip.extract(mImageFT, (mSize,mSize), mCenter, checkComplex=False)\n",
-    "mHolo = nip.ift(mImageFTCrop)\n",
-    "\n",
-    "plt.figure(1);plt.imshow(np.abs(mHolo)); plt.show()\n",
-    "plt.figure(2);plt.imshow(np.angle(mHolo)); plt.show()\n",
-    "\n",
-    "\n",
-    "plt.imshow(np.log(1+np.abs(mImageFTCrop))), plt.show()"
-   ],
-   "outputs": [
-    {
-     "output_type": "display_data",
-     "data": {
-      "image/png": "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",
-      "text/plain": [
-       "<Figure size 640x480 with 1 Axes>"
-      ]
-     },
-     "metadata": {}
-    },
-    {
-     "output_type": "display_data",
-     "data": {
-      "image/png": "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",
-      "text/plain": [
-       "<Figure size 640x480 with 1 Axes>"
-      ]
-     },
-     "metadata": {}
-    },
-    {
-     "output_type": "display_data",
-     "data": {
-      "image/png": "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",
-      "text/plain": [
-       "<Figure size 640x480 with 1 Axes>"
-      ]
-     },
-     "metadata": {}
-    },
-    {
-     "output_type": "execute_result",
-     "data": {
-      "text/plain": [
-       "(<matplotlib.image.AxesImage at 0x216e6178310>, None)"
-      ]
-     },
-     "metadata": {},
-     "execution_count": 4
-    }
-   ],
-   "metadata": {}
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 5,
-   "source": [
-    "import napari "
-   ],
-   "outputs": [],
-   "metadata": {}
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 6,
-   "source": [
-    "viewer = napari.Viewer()"
-   ],
-   "outputs": [],
-   "metadata": {}
-  }
- ],
- "nbformat": 4,
- "nbformat_minor": 2,
- "metadata": {
-  "language_info": {
-   "codemirror_mode": {
-    "name": "ipython",
-    "version": 3
-   },
-   "file_extension": ".py",
-   "mimetype": "text/x-python",
-   "name": "python",
-   "nbconvert_exporter": "python",
-   "pygments_lexer": "ipython3",
-   "version": 3
-  }
- }
-}
\ No newline at end of file
diff --git a/scripts/timelapse_autofocus_test.py b/scripts/timelapse_autofocus_test.py
deleted file mode 100644
index c3205ab..0000000
--- a/scripts/timelapse_autofocus_test.py
+++ /dev/null
@@ -1,54 +0,0 @@
-import numpy as np
-import time
-import numpy as np
-import scipy.ndimage as ndi
-
-mainWindow.setCurrentModule('imcontrol')
-
-ledName = "LED"
-laserNameB = "488 Laser"
-
-laserNameR = "635 Laser"
-
-iiter = 0
-tperiode=0.1 #minuten
-isautofocus=False
-
-
-def cropCenter(marray, crop_size=512):
-	center_x, center_y = marray.shape[1] // 2, marray.shape[0] // 2
-
-	# Calculate the starting and ending indices for cropping
-	x_start = center_x - crop_size // 2
-	x_end = x_start + crop_size
-	y_start = center_y - crop_size // 2
-	y_end = y_start + crop_size
-
-	# Crop the center region
-	return marray[y_start:y_end, x_start:x_end]
-
-allfocusvals = []
-while True:
-	print(iiter)
-	api.imcontrol.setLaserActive(laserNameB, True)
-	time.sleep(.3)
-	mImage = api.imcontrol.snapImage(True, False)
-	api.imcontrol.setLaserActive(laserNameB, False)
-	
-	# 2 Gaussian filter the image, to remove noise
-	mImage = cropCenter(mImage, crop_size=1024)
-	# img_norm = img-np.min(img)
-	# img_norm = img_norm/np.mean(img_norm)
-	imagearraygf = ndi.filters.gaussian_filter(mImage, 3)
-
-	# 3 compute focus metric
-	focusquality = np.mean(ndi.filters.laplace(imagearraygf))
-	allfocusvals.append(focusquality)
-	
-	print(focusquality)
-			
-	time.sleep(tperiode*60)
-	iiter +=1
-	if iiter >120:
-		break
-	
diff --git a/scripts/timelapse_led.py b/scripts/timelapse_led.py
deleted file mode 100644
index 088d777..0000000
--- a/scripts/timelapse_led.py
+++ /dev/null
@@ -1,32 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-ledName = "LED"
-laserNameB = "488 Laser"
-
-laserNameR = "635 Laser"
-
-iiter = 0
-tperiode=0.5 #minuten
-isautofocus=False
-
-
-while True:
-	print(iiter)
-	api.imcontrol.setLaserActive(laserNameB, True)
-	time.sleep(.3)
-	api.imcontrol.snapImage()
-	api.imcontrol.setLaserActive(laserNameB, False)
-	time.sleep(1)
-	api.imcontrol.setLaserActive(laserNameR, True)
-	time.sleep(.3)
-	api.imcontrol.snapImage()
-	api.imcontrol.setLaserActive(laserNameR, False)
-		
-	time.sleep(tperiode*60)
-	iiter +=1
-	if iiter >120:
-		break
-	
diff --git a/scripts/uc2_move_positoinlist.py b/scripts/uc2_move_positoinlist.py
index e4ca76b..8f655da 100644
--- a/scripts/uc2_move_positoinlist.py
+++ b/scripts/uc2_move_positoinlist.py
@@ -8,17 +8,17 @@
 
 api.imcontrol.enalbeMotors(None, False)
 # x,y,z
-#positions = [(54000, 6500, -200),
-#				(54000, 7250, -200),
-#				(55000, 7250, -200),
-#				(55000, 6500, -200),
-#				(59750, 6500, 0),
-#				(59750, 4600, 0),
-#				(60500, 4600, 0),
-#				(60500, 3600, 0),
-#				(62500, 3600, 0),
-#				(62500, 5600, 0),
-#				(63000, 5600, 0)]
+positions = [(54000, 6500, -200),
+				(54000, 7250, -200),
+				(55000, 7250, -200),
+				(55000, 6500, -200),
+				(59750, 6500, 0),
+				(59750, 4600, 0),
+				(60500, 4600, 0),
+				(60500, 3600, 0),
+				(62500, 3600, 0),
+				(62500, 5600, 0),
+				(63000, 5600, 0)]
 
 positionerName = api.imcontrol.getPositionerNames()[0]
 print(api.imcontrol.getPositionerPositions())
@@ -40,7 +40,7 @@
 
 print(xDim)
 print(yDim)
-mPath = r"C:\\Users\\T490\\Documents\\Anabel\\Bachelorarbeit\\Ashlar\\Raster\\"
+mPath = r"C:\\Users\\T490\\Documents\\Anabel\\Bachelorarbeit\\Bilder\\"
 LEDName = "LED"
 api.imcontrol.setLaserValue(LEDName, 1023)
 api.imcontrol.setLaserActive(LEDName, True)
@@ -55,17 +55,16 @@
 #raster
 iiter = 0
 for ix in range(2):
-	for iy in range(3):
+	for iy in range(2):
 		mPos = (ix*xDim*mOverlap+58000,
 		 iy*yDim*mOverlap+23000)
+		
 		api.imcontrol.movePositioner(positionerName, "XY", mPos, True, True)
 		time.sleep(0.5)
 		# api.imcontrol.snapImageToPath(str(ix)+"_"+str(iy))
 		mFrame = api.imcontrol.snapImage(True, False)
 		tif.imsave(mPath+str(iiter)+"_("+str(int(mPos[0]))+", "+str(int(mPos[1]))+")"+".tif", mFrame)
 		iiter +=1
-
-
 #
 #def doScanning():
 	#iiter = 0
diff --git a/scripts/uc2_timelpase_multiplexypositoins.py b/scripts/uc2_timelpase_multiplexypositoins.py
deleted file mode 100644
index 4a550d2..0000000
--- a/scripts/uc2_timelpase_multiplexypositoins.py
+++ /dev/null
@@ -1,55 +0,0 @@
-import numpy as np
-import time
-
-mainWindow.setCurrentModule('imcontrol')
-
-zpos = 7500
-# x,y,z
-maxX = 14000
-minX = -192000
-minY = -80000
-maxY = 240000
-positions = [	(maxX,maxY,zpos),
-				(maxX,minY,zpos),
-				(minY,minY,zpos),
-				(minY,maxY,zpos)]
-				
-positionerName = api.imcontrol.getPositionerNames()[0]
-print(api.imcontrol.getPositionerPositions())
-
-# move to inital position
-# X
-position = positions[0]
-posX = position[0]
-api.imcontrol.movePositioner(positionerName, "X", posX, True, True)
-# Y
-posY = position[1]
-api.imcontrol.movePositioner(positionerName, "Y", posY, True, True)
-#Z
-posZ = position[2]
-api.imcontrol.movePositioner(positionerName, "Z", posZ, True, True)
-
-
-#
-print("Start scanning")
-
-iiter = 0
-while 1:
-	for position in positions:
-		print(position)
-		posX = position[0]
-		api.imcontrol.movePositioner(positionerName, "X", posX, True, True)
-		# Y
-		posY = position[1]
-		api.imcontrol.movePositioner(positionerName, "Y", posY, True, True)
-		#Z
-		posZ = position[2]
-		api.imcontrol.movePositioner(positionerName, "Z", posZ, True, True)
-
-		time.sleep(1)
-		
-		api.imcontrol.snapImage() 
-	time.sleep(2*60)
-	iiter +=1
-	print(iiter)
-	
\ No newline at end of file
diff --git a/temperatureController/temperature.csv b/temperatureController/temperature.csv
deleted file mode 100644
index 4c3acc9..0000000
--- a/temperatureController/temperature.csv
+++ /dev/null
@@ -1,28678 +0,0 @@
-1701790982.131754,9999
-1701791061.3170009,9999
-1701791063.320517,9999
-1701791065.328834,9999
-1701791067.3344011,9999
-1701791069.3367171,9999
-1701791071.3451278,9999
-1701791073.352066,9999
-1701791075.358392,9999
-1701791077.363304,9999
-1701791079.369868,9999
-1701791081.373621,9999
-1701791083.382175,9999
-1701791085.391213,9999
-1701791087.397829,9999
-1701791089.4016058,9999
-1701791091.4115698,9999
-1701791093.421294,9999
-1701791095.4289641,9999
-1701791097.43268,9999
-1701791099.438263,9999
-1701791101.44607,9999
-1701791103.447855,9999
-1701791105.452731,9999
-1701791107.458366,9999
-1701791109.465558,9999
-1701791111.4766688,9999
-1701791113.4822662,9999
-1701791115.4903,9999
-1701791117.4970229,9999
-1701791119.509689,9999
-1701791121.516789,9999
-1701791123.526798,9999
-1701791125.5353951,9999
-1701791127.542465,9999
-1701791129.550693,9999
-1701791131.5578701,9999
-1701791133.5648692,9999
-1701791135.57234,9999
-1701791137.579417,9999
-1701791139.5857248,9999
-1701791141.5926778,9999
-1701791143.599839,9999
-1701791145.6070342,9999
-1701791147.615613,9999
-1701791149.625621,9999
-1701791151.629519,9999
-1701791153.636422,9999
-1701791155.6443672,9999
-1701791157.651971,9999
-1701791159.655026,9999
-1701791161.659471,9999
-1701791163.66669,9999
-1701791165.6742358,9999
-1701791167.684479,9999
-1701791169.6868758,9999
-1701791171.6981041,9999
-1701791173.703128,9999
-1701791175.713302,9999
-1701791177.717268,9999
-1701791179.724004,9999
-1701791181.732575,9999
-1701791183.746519,9999
-1701791185.753761,9999
-1701791187.7618098,9999
-1701791189.767361,9999
-1701791191.7741172,9999
-1701791193.779701,9999
-1701791195.789611,9999
-1701791197.804266,9999
-1701791199.8291829,9999
-1701791201.833034,9999
-1701791203.835767,9999
-1701791205.842935,9999
-1701791207.849799,9999
-1701791209.8577821,9999
-1701791211.867284,9999
-1701791213.880367,9999
-1701791215.888713,9999
-1701791217.896547,9999
-1701791219.9034848,9999
-1701791221.910006,9999
-1701791223.9188402,9999
-1701791225.928532,9999
-1701791227.935682,9999
-1701791229.94242,9999
-1701791231.94958,9999
-1701791233.9580631,9999
-1701791235.9682019,9999
-1701791237.975952,9999
-1701791239.982652,9999
-1701791241.9937658,9999
-1701791244.002283,9999
-1701791246.0136268,9999
-1701791248.028044,9999
-1701791250.037635,9999
-1701791252.044637,9999
-1701791254.053189,9999
-1701791256.059772,9999
-1701791258.073465,9999
-1701791260.0796869,9999
-1701791262.088824,9999
-1701791264.0970109,9999
-1701791266.105012,9999
-1701791268.113461,9999
-1701791270.1170151,9999
-1701791272.130832,9999
-1701791274.1457112,9999
-1701791276.157685,9999
-1701791278.1651158,9999
-1701791280.1737568,9999
-1701791282.188587,9999
-1701791284.19634,9999
-1701791286.2032661,9999
-1701791288.21448,9999
-1701791290.221431,9999
-1701791292.22829,9999
-1701791294.235737,9999
-1701791296.23806,9999
-1701791298.24018,9999
-1701791300.246537,9999
-1701791302.2531378,9999
-1701791304.256696,9999
-1701791306.263283,9999
-1701791308.27006,9999
-1701791310.275297,9999
-1701791312.2838569,9999
-1701791314.29341,9999
-1701791316.30176,9999
-1701791318.30957,9999
-1701791320.31847,9999
-1701791322.331018,9999
-1701791324.342484,9999
-1701791326.349657,9999
-1701791328.3561962,9999
-1701791330.364473,9999
-1701791332.3704598,9999
-1701791334.374488,9999
-1701791336.382856,9999
-1701791338.391702,9999
-1701791340.3983731,9999
-1701791342.401375,9999
-1701791344.411128,9999
-1701791346.417629,9999
-1701791348.425675,9999
-1701791350.429964,9999
-1701791352.439809,9999
-1701791354.449279,9999
-1701791356.45438,9999
-1701791358.4617321,9999
-1701791360.469538,9999
-1701791362.477771,9999
-1701791364.484053,9999
-1701791366.493458,9999
-1701791368.500521,9999
-1701791370.506936,9999
-1701791372.513396,9999
-1701791374.523628,9999
-1701791376.532583,9999
-1701791378.539558,9999
-1701791380.548485,9999
-1701791382.550312,9999
-1701791384.554262,9999
-1701791386.560713,9999
-1701791388.566787,9999
-1701791390.5734332,9999
-1701791392.580519,9999
-1701791394.587133,9999
-1701791396.5924869,9999
-1701791398.5989099,9999
-1701791400.604506,9999
-1701791402.60883,9999
-1701791404.615248,9999
-1701791406.6217558,9999
-1701791408.628296,9999
-1701791410.635817,9999
-1701791412.642142,9999
-1701791414.6458108,9999
-1701791416.650408,9999
-1701791418.655891,9999
-1701791420.661708,9999
-1701791422.6674838,9999
-1701791424.6765912,9999
-1701791426.686122,9999
-1701791428.696409,9999
-1701791430.698547,9999
-1701791432.704963,9999
-1701791434.7130492,9999
-1701791436.720662,9999
-1701791438.726806,9999
-1701791440.733279,9999
-1701791442.74008,9999
-1701791444.747522,9999
-1701791446.755137,9999
-1701791448.762691,9999
-1701791450.771142,9999
-1701791452.77773,9999
-1701791454.781894,9999
-1701791456.785058,9999
-1701791458.7929,9999
-1701791460.8011851,9999
-1701791462.808277,9999
-1701791464.817882,9999
-1701791466.8478432,9999
-1701791468.862427,9999
-1701791470.888403,9999
-1701791472.891513,9999
-1701791474.902177,9999
-1701791476.927696,9999
-1701791478.9388428,9999
-1701791480.9509819,9999
-1701791482.9662411,9999
-1701791484.975368,9999
-1701791486.989258,9999
-1701791489.0013309,9999
-1701791491.017141,9999
-1701791493.025198,9999
-1701791495.0330172,9999
-1701791497.041576,9999
-1701791499.0505831,9999
-1701791501.060878,9999
-1701791503.070414,9999
-1701791505.080495,9999
-1701791507.0877109,9999
-1701791509.093499,9999
-1701791511.104137,9999
-1701791513.120974,9999
-1701791515.128,9999
-1701791517.13658,9999
-1701791519.146396,9999
-1701791521.153249,9999
-1701791523.1558452,9999
-1701791525.1632938,9999
-1701791527.1702778,9999
-1701791529.175642,9999
-1701791531.185484,9999
-1701791533.1924942,9999
-1701791535.195724,9999
-1701791537.200748,9999
-1701791539.20876,9999
-1701791541.216807,9999
-1701791543.229738,9999
-1701791545.240191,9999
-1701791547.252963,9999
-1701791549.2728581,9999
-1701791551.2831738,9999
-1701791553.298281,9999
-1701791555.305918,9999
-1701791557.3149078,9999
-1701791559.332588,9999
-1701791561.336319,9999
-1701791563.347849,9999
-1701791565.361166,9999
-1701791567.3887239,9999
-1701791569.396705,9999
-1701791571.407449,9999
-1701791573.415692,9999
-1701791575.427117,9999
-1701791577.4323819,9999
-1701791579.441312,9999
-1701791581.4536982,9999
-1701791583.473804,9999
-1701791585.480803,9999
-1701791587.4969149,9999
-1701791589.506678,9999
-1701791591.517784,9999
-1701791593.5299242,9999
-1701791595.536327,9999
-1701791597.5500002,9999
-1701791599.562196,9999
-1701791601.569025,9999
-1701791603.571469,9999
-1701791605.575541,9999
-1701791607.5813031,9999
-1701791609.5907269,9999
-1701791611.597455,9999
-1701791613.603894,9999
-1701791615.614361,9999
-1701791617.622678,9999
-1701791619.635057,9999
-1701791621.6475022,9999
-1701791623.663054,9999
-1701791625.673474,9999
-1701791627.684005,9999
-1701791629.6963048,9999
-1701791631.716491,9999
-1701791633.7322161,9999
-1701791635.7419689,9999
-1701791637.755692,9999
-1701791639.7765398,9999
-1701791641.796735,9999
-1701791643.823879,9999
-1701791645.8332522,9999
-1701791647.839621,9999
-1701791649.843754,9999
-1701791651.850484,9999
-1701791653.859257,9999
-1701791655.865607,9999
-1701791657.8685892,9999
-1701791659.878699,9999
-1701791661.888192,9999
-1701791663.897849,9999
-1701791665.902289,9999
-1701791667.906164,9999
-1701791669.910501,9999
-1701791671.917562,9999
-1701791673.9233658,9999
-1701791675.926734,9999
-1701791677.933843,9999
-1701791679.9362319,9999
-1701791681.9398599,9999
-1701791683.946625,9999
-1701791685.9575942,9999
-1701791687.965058,9999
-1701791689.9751492,9999
-1701791691.983382,9999
-1701791693.993623,9999
-1701791696.003663,9999
-1701791698.011797,9999
-1701791700.0187361,9999
-1701791702.030593,9999
-1701791704.060459,9999
-1701791706.07135,9999
-1701791708.079697,9999
-1701791710.089064,9999
-1701791712.097383,9999
-1701791714.106415,9999
-1701791716.1197388,9999
-1701791718.128581,9999
-1701791720.138623,9999
-1701791722.1495318,9999
-1701791724.171094,9999
-1701791726.180097,9999
-1701791728.192497,9999
-1701791730.2026858,9999
-1701791732.220002,9999
-1701791734.23715,9999
-1701791736.2455082,9999
-1701791738.269846,9999
-1701791740.278427,9999
-1701791742.282049,9999
-1701791744.2887099,9999
-1701791746.295143,9999
-1701791748.298081,9999
-1701791750.2998981,9999
-1701791752.306323,9999
-1701791754.313332,9999
-1701791756.318066,9999
-1701791758.3200588,9999
-1701791760.3276951,9999
-1701791762.333023,9999
-1701791764.339547,9999
-1701791766.348602,9999
-1701791768.3608708,9999
-1701791770.367352,9999
-1701791772.379877,9999
-1701791774.3897028,9999
-1701791776.397303,9999
-1701791778.409127,9999
-1701791780.417428,9999
-1701791782.428254,9999
-1701791784.4410439,9999
-1701791786.443557,9999
-1701791788.450081,9999
-1701791790.4578261,9999
-1701791792.4650218,9999
-1701791794.471275,9999
-1701791796.479834,9999
-1701791798.487914,9999
-1701791800.494335,9999
-1701791802.4985821,9999
-1701791804.5050938,9999
-1701791806.508524,9999
-1701791808.515431,9999
-1701791810.5262249,9999
-1701791812.537384,9999
-1701791814.5482922,9999
-1701791816.553489,9999
-1701791818.557976,9999
-1701791820.568776,9999
-1701791822.575496,9999
-1701791824.5811589,9999
-1701791826.590752,9999
-1701791828.595636,9999
-1701791830.607241,9999
-1701791832.616866,9999
-1701791834.621235,9999
-1701791836.631327,9999
-1701791838.640234,9999
-1701791840.644503,9999
-1701791842.653582,9999
-1701791844.6643462,9999
-1701791846.668833,9999
-1701791848.670806,9999
-1701791850.6793869,9999
-1701791852.687658,9999
-1701791854.697206,9999
-1701791856.703694,9999
-1701791858.71214,9999
-1701791860.719806,9999
-1701791862.726204,9999
-1701791864.733813,9999
-1701791866.740295,9999
-1701791868.7469518,9999
-1701791870.756476,9999
-1701791872.76349,9999
-1701791874.772115,9999
-1701791876.783828,9999
-1701791878.7919638,9999
-1701791880.798511,9999
-1701791882.803908,9999
-1701791884.811989,9999
-1701791886.8201332,9999
-1701791888.828785,9999
-1701791890.836689,9999
-1701791892.8423848,9999
-1701791894.8513439,9999
-1701791896.8606532,9999
-1701791898.870389,9999
-1701791900.8811579,9999
-1701791902.889868,9999
-1701791904.8982122,9999
-1701791906.901876,9999
-1701791908.906587,9999
-1701791910.9137459,9999
-1701791912.917975,9999
-1701791914.9265192,9999
-1701791916.930283,9999
-1701791918.943632,9999
-1701791920.9553301,9999
-1701791922.965118,9999
-1701791924.978307,9999
-1701791926.999522,9999
-1701791929.009645,9999
-1701791931.0197492,9999
-1701791933.026196,9999
-1701791935.0385568,9999
-1701791937.053625,9999
-1701791939.086845,9999
-1701791941.09646,9999
-1701791943.1029062,9999
-1701791945.108095,9999
-1701791947.1153102,9999
-1701791949.1217248,9999
-1701791951.128426,9999
-1701791953.1350029,9999
-1701791955.144235,9999
-1701791957.1496289,9999
-1701791959.15612,9999
-1701791961.163074,9999
-1701791963.16946,9999
-1701791965.174371,9999
-1701791967.181155,9999
-1701791969.187857,9999
-1701791971.196872,9999
-1701791973.203676,9999
-1701791975.211262,9999
-1701791977.223851,9999
-1701791979.2315562,9999
-1701791981.244482,9999
-1701791983.248232,9999
-1701791985.2550662,9999
-1701791987.264967,9999
-1701791989.2759318,9999
-1701791991.290022,9999
-1701791993.297892,9999
-1701791995.304232,9999
-1701791997.309243,9999
-1701791999.318082,9999
-1701792001.327465,9999
-1701792003.333737,9999
-1701792005.344568,9999
-1701792007.354532,9999
-1701792009.3679092,9999
-1701792011.384974,9999
-1701792013.39369,9999
-1701792015.4008179,9999
-1701792017.4098299,9999
-1701792019.411995,9999
-1701792021.418591,9999
-1701792023.429724,9999
-1701792025.4402728,9999
-1701792027.447017,9999
-1701792029.454113,9999
-1701792031.456827,9999
-1701792033.465665,9999
-1701792035.4764092,9999
-1701792037.481575,9999
-1701792039.489717,9999
-1701792041.502069,9999
-1701792043.516513,9999
-1701792045.52615,9999
-1701792047.535498,9999
-1701792049.5453079,9999
-1701792051.553527,9999
-1701792053.5633762,9999
-1701792055.571691,9999
-1701792057.580402,9999
-1701792059.587251,9999
-1701792061.594305,9999
-1701792063.599756,9999
-1701792065.6091971,9999
-1701792067.619724,9999
-1701792069.628544,9999
-1701792071.633665,9999
-1701792073.642132,9999
-1701792075.651196,9999
-1701792077.658467,9999
-1701792079.661948,9999
-1701792081.667785,9999
-1701792083.6769788,9999
-1701792085.685764,9999
-1701792087.692745,9999
-1701792089.700247,9999
-1701792091.7090518,9999
-1701792093.717155,9999
-1701792095.723609,9999
-1701792097.731536,9999
-1701792099.7402282,9999
-1701792101.744127,9999
-1701792103.747624,9999
-1701792105.753154,9999
-1701792107.7610319,9999
-1701792109.764863,9999
-1701792111.771445,9999
-1701792113.7780778,9999
-1701792115.7867541,9999
-1701792117.7944782,9999
-1701792119.803978,9999
-1701792121.812951,9999
-1701792123.816181,9999
-1701792125.823124,9999
-1701792127.828744,9999
-1701792129.8364701,9999
-1701792131.8438752,9999
-1701792133.85025,9999
-1701792135.8566139,9999
-1701792137.86163,9999
-1701792139.867925,9999
-1701792141.8758368,9999
-1701792143.881313,9999
-1701792145.890149,9999
-1701792147.902025,9999
-1701792149.910184,9999
-1701792151.91906,9999
-1701792153.930241,9999
-1701792155.938853,9999
-1701792157.947982,9999
-1701792159.963875,9999
-1701792161.9678469,9999
-1701792163.984247,9999
-1701792165.992734,9999
-1701792168.0012631,9999
-1701792170.0080252,9999
-1701792172.011756,9999
-1701792174.0178912,9999
-1701792176.027044,9999
-1701792178.036253,9999
-1701792180.044915,9999
-1701792182.0548868,9999
-1701792184.058064,9999
-1701792186.064729,9999
-1701792188.0710819,9999
-1701792190.078109,9999
-1701792192.082619,9999
-1701792194.0907788,9999
-1701792196.0933151,9999
-1701792198.1011572,9999
-1701792200.105248,9999
-1701792205.509761,9999
-1701792217.25917,9999
-1701792219.274486,9999
-1701792233.395581,9999
-1701792235.403711,9999
-1701792249.155806,9999
-1701792255.453962,9999
-1701792257.499425,9999
-1701792259.645658,9999
-1701792261.705685,9999
-1701792265.3659992,9999
-1701792270.65961,9999
-1701792272.960783,9999
-1701792276.7889411,9999
-1701792283.611854,9999
-1701792285.6211169,9999
-1701792287.628997,9999
-1701792298.0162492,9999
-1701792304.425953,9999
-1701792314.832436,9999
-1701792322.293482,9999
-1701792325.19936,9999
-08/12/2023 06:54:50,-273.15
-08/12/2023 06:54:52,-273.15
-08/12/2023 06:54:54,-273.15
-08/12/2023 06:54:56,-273.15
-08/12/2023 06:54:58,-273.15
-08/12/2023 06:55:00,-273.15
-08/12/2023 06:55:02,-273.15
-08/12/2023 06:55:04,-273.15
-08/12/2023 06:55:06,-273.15
-08/12/2023 06:55:08,-273.15
-08/12/2023 06:55:10,-273.15
-08/12/2023 06:55:12,-273.15
-08/12/2023 06:55:14,-273.15
-08/12/2023 06:55:16,-273.15
-08/12/2023 06:55:18,-273.15
-08/12/2023 06:55:20,-273.15
-08/12/2023 06:55:22,-273.15
-08/12/2023 06:55:24,-273.15
-08/12/2023 06:55:26,-273.15
-08/12/2023 06:55:28,-273.15
-08/12/2023 06:55:30,-273.15
-08/12/2023 06:55:32,-273.15
-08/12/2023 06:55:34,-273.15
-08/12/2023 06:55:36,-273.15
-08/12/2023 06:55:38,-273.15
-08/12/2023 06:55:40,-273.15
-08/12/2023 06:55:42,-273.15
-08/12/2023 06:55:44,-273.15
-08/12/2023 06:55:46,-273.15
-08/12/2023 06:55:48,-273.15
-08/12/2023 06:55:50,-273.15
-08/12/2023 06:55:52,-273.15
-08/12/2023 06:55:54,-273.15
-08/12/2023 06:55:56,-273.15
-08/12/2023 06:55:58,-273.15
-08/12/2023 06:56:00,-273.15
-08/12/2023 06:56:03,-273.15
-08/12/2023 06:56:05,-273.15
-08/12/2023 06:56:07,-273.15
-08/12/2023 06:56:09,-273.15
-08/12/2023 06:56:11,-273.15
-08/12/2023 06:56:13,-273.15
-08/12/2023 06:56:15,-273.15
-08/12/2023 06:56:17,-273.15
-08/12/2023 06:56:19,-273.15
-08/12/2023 06:56:21,-273.15
-08/12/2023 06:56:23,-273.15
-08/12/2023 06:56:25,-273.15
-08/12/2023 06:56:27,-273.15
-08/12/2023 07:10:30,-273.15
-08/12/2023 07:10:32,-273.15
-08/12/2023 07:10:34,-273.15
-08/12/2023 07:10:36,-273.15
-08/12/2023 07:10:39,-273.15
-08/12/2023 07:10:41,-273.15
-08/12/2023 07:24:34,-273.15
-08/12/2023 07:24:36,-273.15
-08/12/2023 07:24:38,-273.15
-08/12/2023 07:24:40,-273.15
-08/12/2023 07:24:42,-273.15
-08/12/2023 07:24:44,-273.15
-08/12/2023 07:24:46,-273.15
-08/12/2023 07:24:48,-273.15
-08/12/2023 07:46:05,-273.15
-08/12/2023 07:46:07,-273.15
-08/12/2023 07:46:09,-273.15
-08/12/2023 07:46:11,-273.15
-08/12/2023 07:46:13,-273.15
-08/12/2023 07:46:15,-273.15
-08/12/2023 07:46:17,-273.15
-08/12/2023 07:46:19,-273.15
-08/12/2023 07:46:21,-273.15
-08/12/2023 07:46:23,-273.15
-08/12/2023 07:46:25,-273.15
-08/12/2023 07:46:27,-273.15
-08/12/2023 07:46:29,-273.15
-08/12/2023 07:46:31,-273.15
-08/12/2023 07:46:33,-273.15
-08/12/2023 07:46:35,-273.15
-08/12/2023 07:46:37,-273.15
-08/12/2023 07:46:39,-273.15
-08/12/2023 07:46:41,-273.15
-08/12/2023 07:46:43,-273.15
-08/12/2023 07:46:45,-273.15
-08/12/2023 07:46:47,-273.15
-08/12/2023 07:46:49,-273.15
-08/12/2023 07:46:51,-273.15
-08/12/2023 07:46:53,-273.15
-08/12/2023 07:46:55,-273.15
-08/12/2023 07:46:57,-273.15
-08/12/2023 07:46:59,-273.15
-08/12/2023 07:47:01,-273.15
-08/12/2023 07:47:03,-273.15
-08/12/2023 07:47:05,-273.15
-08/12/2023 07:47:07,-273.15
-08/12/2023 07:47:09,-273.15
-08/12/2023 07:47:11,-273.15
-08/12/2023 07:47:13,-273.15
-08/12/2023 07:47:15,-273.15
-08/12/2023 07:47:17,-273.15
-08/12/2023 07:47:19,-273.15
-08/12/2023 07:47:21,-273.15
-08/12/2023 07:47:23,-273.15
-08/12/2023 07:47:25,-273.15
-08/12/2023 07:47:27,-273.15
-08/12/2023 07:47:29,-273.15
-08/12/2023 07:47:31,-273.15
-08/12/2023 07:47:33,-273.15
-08/12/2023 07:47:35,-273.15
-08/12/2023 07:47:37,-273.15
-08/12/2023 07:47:39,-273.15
-08/12/2023 07:47:41,-273.15
-08/12/2023 07:47:43,-273.15
-08/12/2023 07:47:45,-273.15
-08/12/2023 07:47:47,-273.15
-08/12/2023 07:47:49,-273.15
-08/12/2023 07:47:51,-273.15
-08/12/2023 07:47:53,-273.15
-08/12/2023 08:03:09,-273.15
-08/12/2023 08:03:11,-273.15
-08/12/2023 08:03:13,-273.15
-08/12/2023 08:03:15,-273.15
-08/12/2023 08:03:17,-273.15
-08/12/2023 08:03:19,-273.15
-08/12/2023 08:03:21,-273.15
-08/12/2023 08:03:23,-273.15
-08/12/2023 08:03:25,-273.15
-08/12/2023 08:03:27,-273.15
-08/12/2023 08:03:29,-273.15
-08/12/2023 08:03:31,-273.15
-08/12/2023 08:03:33,-273.15
-08/12/2023 08:03:35,-273.15
-08/12/2023 08:03:37,-273.15
-08/12/2023 08:03:39,-273.15
-08/12/2023 08:03:41,-273.15
-08/12/2023 08:03:43,-273.15
-08/12/2023 08:03:45,-273.15
-08/12/2023 08:03:47,-273.15
-08/12/2023 08:03:49,-273.15
-08/12/2023 08:03:51,-273.15
-08/12/2023 08:03:53,-273.15
-08/12/2023 08:03:55,-273.15
-08/12/2023 08:06:29,-273.15
-08/12/2023 08:06:31,-273.15
-08/12/2023 08:06:33,-273.15
-08/12/2023 08:06:35,-273.15
-08/12/2023 08:06:37,-273.15
-08/12/2023 08:06:39,-273.15
-08/12/2023 08:06:41,-273.15
-08/12/2023 08:06:43,-273.15
-08/12/2023 08:06:45,-273.15
-08/12/2023 08:06:47,-273.15
-08/12/2023 08:06:49,-273.15
-08/12/2023 08:06:51,-273.15
-08/12/2023 08:06:53,-273.15
-08/12/2023 08:06:55,-273.15
-08/12/2023 08:06:57,-273.15
-08/12/2023 08:06:59,-273.15
-08/12/2023 08:07:01,-273.15
-08/12/2023 08:07:03,-273.15
-08/12/2023 08:07:05,-273.15
-08/12/2023 08:07:07,-273.15
-08/12/2023 08:07:09,-273.15
-08/12/2023 08:07:11,-273.15
-08/12/2023 08:07:13,-273.15
-08/12/2023 08:07:15,-273.15
-08/12/2023 08:07:17,-273.15
-08/12/2023 08:07:19,-273.15
-08/12/2023 08:07:21,-273.15
-08/12/2023 08:07:23,-273.15
-08/12/2023 08:07:25,-273.15
-08/12/2023 08:07:27,-273.15
-08/12/2023 08:07:29,-273.15
-08/12/2023 08:07:31,-273.15
-08/12/2023 08:07:33,-273.15
-08/12/2023 08:07:35,-273.15
-08/12/2023 08:07:37,-273.15
-08/12/2023 08:07:39,-273.15
-08/12/2023 08:07:41,-273.15
-08/12/2023 08:07:43,-273.15
-08/12/2023 08:10:14,-273.15
-08/12/2023 08:10:16,-273.15
-08/12/2023 08:10:18,-273.15
-08/12/2023 08:10:20,-273.15
-08/12/2023 08:10:22,-273.15
-08/12/2023 08:10:25,-273.15
-08/12/2023 08:10:27,-273.15
-08/12/2023 08:10:29,-273.15
-08/12/2023 08:10:31,-273.15
-08/12/2023 08:10:33,-273.15
-08/12/2023 08:10:35,-273.15
-08/12/2023 08:10:37,-273.15
-08/12/2023 08:10:39,-273.15
-08/12/2023 08:10:41,-273.15
-08/12/2023 08:10:43,-273.15
-08/12/2023 08:10:45,-273.15
-08/12/2023 08:10:47,-273.15
-08/12/2023 08:10:49,-273.15
-08/12/2023 08:10:51,-273.15
-08/12/2023 08:10:53,-273.15
-08/12/2023 08:10:55,-273.15
-08/12/2023 08:10:57,-273.15
-08/12/2023 08:10:59,-273.15
-08/12/2023 08:11:01,-273.15
-08/12/2023 08:11:03,-273.15
-08/12/2023 08:11:05,-273.15
-08/12/2023 08:11:07,-273.15
-08/12/2023 08:11:09,-273.15
-08/12/2023 08:11:11,-273.15
-08/12/2023 08:11:13,-273.15
-08/12/2023 08:11:15,-273.15
-08/12/2023 08:11:17,-273.15
-08/12/2023 08:11:19,-273.15
-08/12/2023 08:11:21,-273.15
-08/12/2023 08:11:23,-273.15
-08/12/2023 08:11:25,-273.15
-08/12/2023 08:11:27,-273.15
-08/12/2023 08:11:29,-273.15
-08/12/2023 08:11:31,-273.15
-08/12/2023 08:11:33,-273.15
-08/12/2023 08:11:35,-273.15
-08/12/2023 08:11:37,-273.15
-08/12/2023 08:11:39,-273.15
-08/12/2023 08:11:41,-273.15
-08/12/2023 08:11:43,-273.15
-08/12/2023 08:11:45,-273.15
-08/12/2023 08:11:47,-273.15
-08/12/2023 08:11:49,-273.15
-08/12/2023 08:11:51,-273.15
-08/12/2023 08:11:53,-273.15
-08/12/2023 08:11:55,-273.15
-08/12/2023 08:11:57,-273.15
-08/12/2023 08:11:59,-273.15
-08/12/2023 08:12:02,-273.15
-08/12/2023 08:12:04,-273.15
-08/12/2023 08:12:06,-273.15
-08/12/2023 08:12:08,-273.15
-08/12/2023 08:12:10,-273.15
-08/12/2023 08:12:12,-273.15
-08/12/2023 08:12:14,-273.15
-08/12/2023 08:12:16,-273.15
-08/12/2023 08:12:18,-273.15
-08/12/2023 08:12:20,-273.15
-08/12/2023 08:12:22,-273.15
-08/12/2023 08:12:24,-273.15
-08/12/2023 08:12:26,-273.15
-08/12/2023 08:12:28,-273.15
-08/12/2023 08:12:30,-273.15
-08/12/2023 08:12:32,-273.15
-08/12/2023 08:12:34,-273.15
-08/12/2023 08:12:36,-273.15
-08/12/2023 08:12:38,-273.15
-08/12/2023 08:12:40,-273.15
-08/12/2023 08:12:42,-273.15
-08/12/2023 08:12:44,-273.15
-08/12/2023 08:12:46,-273.15
-08/12/2023 08:12:48,-273.15
-08/12/2023 08:12:50,-273.15
-08/12/2023 08:12:52,-273.15
-08/12/2023 08:12:54,-273.15
-08/12/2023 08:12:56,-273.15
-08/12/2023 08:12:58,-273.15
-08/12/2023 08:13:00,-273.15
-08/12/2023 08:13:02,-273.15
-08/12/2023 08:13:04,-273.15
-08/12/2023 08:13:06,-273.15
-08/12/2023 08:13:08,-273.15
-08/12/2023 08:13:10,-273.15
-08/12/2023 08:13:12,-273.15
-08/12/2023 08:13:14,-273.15
-08/12/2023 08:13:16,-273.15
-08/12/2023 08:13:18,-273.15
-08/12/2023 08:13:20,-273.15
-08/12/2023 08:13:22,-273.15
-08/12/2023 08:13:24,-273.15
-08/12/2023 08:13:26,-273.15
-08/12/2023 08:13:28,-273.15
-08/12/2023 08:13:30,-273.15
-08/12/2023 08:13:32,-273.15
-08/12/2023 08:13:34,-273.15
-08/12/2023 08:13:36,-273.15
-08/12/2023 08:13:38,-273.15
-08/12/2023 08:13:40,-273.15
-08/12/2023 08:13:42,-273.15
-08/12/2023 08:13:44,-273.15
-08/12/2023 08:13:46,-273.15
-08/12/2023 08:13:48,-273.15
-08/12/2023 08:13:50,-273.15
-08/12/2023 08:13:52,-273.15
-08/12/2023 08:13:54,-273.15
-08/12/2023 08:13:56,-273.15
-08/12/2023 08:13:58,-273.15
-08/12/2023 08:14:00,-273.15
-08/12/2023 08:14:02,-273.15
-08/12/2023 08:14:05,-273.15
-08/12/2023 08:14:07,-273.15
-08/12/2023 08:14:09,-273.15
-08/12/2023 08:14:11,-273.15
-08/12/2023 08:14:13,-273.15
-08/12/2023 08:14:15,-273.15
-08/12/2023 08:14:17,-273.15
-08/12/2023 08:14:19,-273.15
-08/12/2023 08:14:21,-273.15
-08/12/2023 08:14:23,-273.15
-08/12/2023 08:14:25,-273.15
-08/12/2023 08:14:27,-273.15
-08/12/2023 08:14:29,-273.15
-08/12/2023 08:14:31,-273.15
-08/12/2023 08:14:33,-273.15
-08/12/2023 08:14:35,-273.15
-08/12/2023 08:14:37,-273.15
-08/12/2023 10:22:21,-273.15
-08/12/2023 10:22:24,-273.15
-08/12/2023 10:22:26,-273.15
-08/12/2023 10:22:28,-273.15
-08/12/2023 10:22:30,-273.15
-08/12/2023 10:22:32,-273.15
-08/12/2023 10:22:34,-273.15
-08/12/2023 10:22:36,-273.15
-08/12/2023 10:29:09,-273.15
-08/12/2023 10:29:11,-273.15
-08/12/2023 10:29:13,-273.15
-08/12/2023 10:29:15,-273.15
-08/12/2023 10:29:17,-273.15
-08/12/2023 10:29:19,-273.15
-08/12/2023 10:29:21,-273.15
-08/12/2023 10:29:23,-273.15
-08/12/2023 10:29:25,-273.15
-08/12/2023 10:29:27,-273.15
-08/12/2023 10:29:29,-273.15
-08/12/2023 10:29:31,-273.15
-08/12/2023 10:29:33,-273.15
-13/12/2023 00:23:14,-273.15
-13/12/2023 00:23:16,-273.15
-13/12/2023 00:23:18,-273.15
-13/12/2023 00:23:20,-273.15
-13/12/2023 00:23:22,-273.15
-13/12/2023 00:23:24,-273.15
-13/12/2023 00:23:26,-273.15
-13/12/2023 00:23:28,-273.15
-13/12/2023 00:23:30,-273.15
-13/12/2023 00:23:32,-273.15
-13/12/2023 00:23:34,-273.15
-13/12/2023 00:23:36,-273.15
-13/12/2023 00:23:38,-273.15
-13/12/2023 00:23:40,-273.15
-13/12/2023 00:23:42,-273.15
-13/12/2023 00:23:44,-273.15
-13/12/2023 00:23:46,-273.15
-13/12/2023 00:23:48,-273.15
-13/12/2023 00:23:50,-273.15
-13/12/2023 00:23:52,-273.15
-13/12/2023 00:23:54,-273.15
-13/12/2023 00:23:56,-273.15
-13/12/2023 00:23:58,-273.15
-13/12/2023 00:24:00,-273.15
-13/12/2023 00:24:02,-273.15
-13/12/2023 00:24:04,-273.15
-13/12/2023 00:24:06,-273.15
-13/12/2023 00:24:08,-273.15
-13/12/2023 00:24:10,-273.15
-13/12/2023 00:24:12,-273.15
-13/12/2023 00:24:14,-273.15
-13/12/2023 00:24:16,-273.15
-13/12/2023 00:24:18,-273.15
-13/12/2023 00:24:20,-273.15
-13/12/2023 00:24:22,-273.15
-13/12/2023 00:24:24,-273.15
-13/12/2023 00:24:26,-273.15
-13/12/2023 00:24:28,-273.15
-13/12/2023 00:24:30,-273.15
-13/12/2023 00:24:33,-273.15
-13/12/2023 00:24:35,-273.15
-13/12/2023 00:24:37,-273.15
-13/12/2023 00:24:39,-273.15
-13/12/2023 00:24:41,-273.15
-13/12/2023 00:24:43,-273.15
-13/12/2023 00:24:45,-273.15
-13/12/2023 00:24:47,-273.15
-13/12/2023 00:24:49,-273.15
-13/12/2023 00:24:51,-273.15
-13/12/2023 00:24:53,-273.15
-13/12/2023 02:00:11,-273.15
-13/12/2023 02:00:13,-273.15
-13/12/2023 02:00:15,-273.15
-13/12/2023 02:00:17,-273.15
-13/12/2023 02:00:27,-273.15
-13/12/2023 02:00:29,-273.15
-13/12/2023 02:00:31,-273.15
-13/12/2023 02:00:33,-273.15
-13/12/2023 03:36:26,-273.15
-13/12/2023 03:36:28,-273.15
-13/12/2023 03:36:30,-273.15
-13/12/2023 03:36:32,-273.15
-13/12/2023 05:12:22,-273.15
-13/12/2023 05:12:25,-273.15
-13/12/2023 05:12:27,-273.15
-13/12/2023 05:12:29,-273.15
-13/12/2023 06:47:40,-273.15
-13/12/2023 06:47:42,-273.15
-13/12/2023 06:47:44,-273.15
-13/12/2023 06:47:46,-273.15
-13/12/2023 06:55:40,-273.15
-13/12/2023 06:55:42,-273.15
-13/12/2023 06:55:44,-273.15
-13/12/2023 06:55:46,-273.15
-13/12/2023 06:55:48,-273.15
-13/12/2023 06:55:50,-273.15
-13/12/2023 06:55:52,-273.15
-13/12/2023 06:55:54,-273.15
-13/12/2023 06:55:56,-273.15
-13/12/2023 06:55:58,-273.15
-13/12/2023 06:56:00,-273.15
-13/12/2023 06:56:02,-273.15
-13/12/2023 06:56:04,-273.15
-13/12/2023 06:56:06,-273.15
-13/12/2023 06:56:08,-273.15
-13/12/2023 06:56:10,-273.15
-13/12/2023 06:56:12,-273.15
-13/12/2023 06:56:14,-273.15
-13/12/2023 06:56:16,-273.15
-13/12/2023 06:56:18,-273.15
-13/12/2023 06:56:20,-273.15
-13/12/2023 06:56:22,-273.15
-13/12/2023 06:56:24,-273.15
-13/12/2023 06:56:26,-273.15
-13/12/2023 06:56:28,-273.15
-13/12/2023 06:56:30,-273.15
-13/12/2023 06:56:32,-273.15
-13/12/2023 06:56:34,-273.15
-13/12/2023 06:56:36,-273.15
-13/12/2023 06:56:38,-273.15
-13/12/2023 06:56:40,-273.15
-13/12/2023 06:56:42,-273.15
-13/12/2023 06:56:44,-273.15
-13/12/2023 06:56:46,-273.15
-13/12/2023 06:56:49,-273.15
-13/12/2023 06:56:51,-273.15
-13/12/2023 06:56:53,-273.15
-13/12/2023 06:56:55,-273.15
-13/12/2023 06:56:57,-273.15
-13/12/2023 06:56:59,-273.15
-13/12/2023 06:57:01,-273.15
-13/12/2023 06:57:03,-273.15
-13/12/2023 06:57:05,-273.15
-13/12/2023 06:57:07,-273.15
-13/12/2023 06:57:09,-273.15
-13/12/2023 06:57:11,-273.15
-13/12/2023 06:57:13,-273.15
-13/12/2023 06:57:15,-273.15
-13/12/2023 06:57:17,-273.15
-13/12/2023 06:57:19,-273.15
-13/12/2023 06:57:21,-273.15
-13/12/2023 06:57:23,-273.15
-13/12/2023 07:23:25,-273.15
-13/12/2023 07:23:27,-273.15
-13/12/2023 07:23:29,-273.15
-13/12/2023 07:23:31,-273.15
-13/12/2023 07:23:33,-273.15
-13/12/2023 07:23:35,-273.15
-13/12/2023 07:23:37,-273.15
-13/12/2023 07:23:39,-273.15
-13/12/2023 07:23:41,-273.15
-13/12/2023 07:23:43,-273.15
-13/12/2023 07:23:45,-273.15
-13/12/2023 07:23:47,-273.15
-13/12/2023 07:23:49,-273.15
-13/12/2023 07:23:51,-273.15
-13/12/2023 07:23:53,-273.15
-13/12/2023 07:23:55,-273.15
-13/12/2023 07:23:57,-273.15
-13/12/2023 07:23:59,-273.15
-13/12/2023 07:24:01,-273.15
-13/12/2023 07:24:03,-273.15
-13/12/2023 07:24:05,-273.15
-13/12/2023 07:24:07,-273.15
-13/12/2023 07:24:09,-273.15
-13/12/2023 07:24:11,-273.15
-13/12/2023 07:24:13,-273.15
-13/12/2023 07:24:15,-273.15
-13/12/2023 07:24:17,-273.15
-13/12/2023 07:24:19,-273.15
-13/12/2023 07:24:21,-273.15
-13/12/2023 07:24:23,-273.15
-13/12/2023 07:24:25,-273.15
-13/12/2023 07:24:27,-273.15
-13/12/2023 07:24:29,-273.15
-13/12/2023 07:24:31,-273.15
-13/12/2023 07:24:33,-273.15
-13/12/2023 07:24:35,-273.15
-13/12/2023 07:24:37,-273.15
-13/12/2023 07:24:39,-273.15
-13/12/2023 07:24:41,-273.15
-13/12/2023 07:24:43,-273.15
-13/12/2023 07:24:45,-273.15
-13/12/2023 07:24:47,-273.15
-13/12/2023 07:24:49,-273.15
-13/12/2023 07:24:51,-273.15
-13/12/2023 07:24:53,-273.15
-13/12/2023 07:24:55,-273.15
-13/12/2023 07:24:57,-273.15
-13/12/2023 07:24:59,-273.15
-13/12/2023 07:25:02,-273.15
-13/12/2023 07:25:04,-273.15
-13/12/2023 07:25:06,-273.15
-13/12/2023 07:25:08,-273.15
-13/12/2023 07:25:10,-273.15
-13/12/2023 07:25:12,-273.15
-13/12/2023 07:25:14,-273.15
-13/12/2023 07:25:16,-273.15
-13/12/2023 07:25:18,-273.15
-13/12/2023 07:25:20,-273.15
-13/12/2023 07:25:22,-273.15
-13/12/2023 07:25:24,-273.15
-13/12/2023 07:25:26,-273.15
-13/12/2023 07:25:28,-273.15
-13/12/2023 07:25:30,-273.15
-13/12/2023 07:25:32,-273.15
-13/12/2023 07:25:34,-273.15
-13/12/2023 07:25:36,-273.15
-13/12/2023 07:25:38,-273.15
-13/12/2023 07:25:40,-273.15
-13/12/2023 07:25:42,-273.15
-13/12/2023 07:25:44,-273.15
-13/12/2023 07:25:46,-273.15
-13/12/2023 07:26:34,-273.15
-13/12/2023 07:26:36,-273.15
-13/12/2023 07:26:38,-273.15
-13/12/2023 07:26:40,-273.15
-13/12/2023 07:26:42,-273.15
-13/12/2023 07:26:44,-273.15
-13/12/2023 07:26:46,-273.15
-13/12/2023 07:26:48,-273.15
-13/12/2023 07:26:50,-273.15
-13/12/2023 07:26:52,-273.15
-13/12/2023 07:26:54,-273.15
-13/12/2023 07:26:56,-273.15
-13/12/2023 07:26:58,-273.15
-13/12/2023 07:27:00,-273.15
-13/12/2023 07:27:02,-273.15
-13/12/2023 07:27:04,-273.15
-13/12/2023 07:27:06,-273.15
-13/12/2023 07:27:08,-273.15
-13/12/2023 07:27:10,-273.15
-13/12/2023 07:27:12,-273.15
-13/12/2023 07:27:14,-273.15
-13/12/2023 07:27:16,-273.15
-13/12/2023 07:27:18,-273.15
-13/12/2023 07:27:20,-273.15
-13/12/2023 07:27:22,-273.15
-13/12/2023 07:27:24,-273.15
-13/12/2023 07:27:26,-273.15
-13/12/2023 07:27:28,-273.15
-13/12/2023 07:27:30,-273.15
-13/12/2023 07:27:32,-273.15
-13/12/2023 07:27:34,-273.15
-13/12/2023 07:27:36,-273.15
-13/12/2023 07:27:38,-273.15
-13/12/2023 07:27:40,-273.15
-13/12/2023 07:27:42,-273.15
-13/12/2023 07:27:44,-273.15
-13/12/2023 07:27:46,-273.15
-13/12/2023 07:27:48,-273.15
-13/12/2023 07:27:50,-273.15
-13/12/2023 07:27:52,-273.15
-13/12/2023 07:27:54,-273.15
-13/12/2023 07:27:56,-273.15
-13/12/2023 07:27:58,-273.15
-13/12/2023 07:28:01,-273.15
-13/12/2023 07:28:05,-273.15
-13/12/2023 07:28:07,-273.15
-13/12/2023 07:28:09,-273.15
-13/12/2023 07:28:11,-273.15
-13/12/2023 07:28:13,-273.15
-13/12/2023 07:28:15,-273.15
-13/12/2023 07:28:17,-273.15
-13/12/2023 07:28:19,-273.15
-13/12/2023 07:28:21,-273.15
-13/12/2023 07:28:28,-273.15
-13/12/2023 07:28:30,-273.15
-13/12/2023 07:28:32,-273.15
-13/12/2023 07:28:34,-273.15
-13/12/2023 07:28:36,-273.15
-13/12/2023 07:28:38,-273.15
-13/12/2023 07:44:17,-273.15
-13/12/2023 07:44:19,-273.15
-13/12/2023 07:44:21,-273.15
-13/12/2023 07:44:23,-273.15
-13/12/2023 07:44:25,-273.15
-13/12/2023 07:44:27,-273.15
-13/12/2023 07:44:29,-273.15
-13/12/2023 07:44:31,-273.15
-13/12/2023 07:44:33,-273.15
-13/12/2023 07:44:35,-273.15
-13/12/2023 07:44:37,-273.15
-13/12/2023 07:44:39,-273.15
-13/12/2023 07:44:41,-273.15
-13/12/2023 07:44:43,-273.15
-13/12/2023 07:44:45,-273.15
-13/12/2023 07:44:47,-273.15
-13/12/2023 07:44:49,-273.15
-13/12/2023 07:44:51,-273.15
-13/12/2023 07:44:53,-273.15
-13/12/2023 07:44:55,-273.15
-13/12/2023 07:44:57,-273.15
-13/12/2023 07:44:59,-273.15
-13/12/2023 07:45:01,-273.15
-13/12/2023 07:45:03,-273.15
-13/12/2023 07:45:05,-273.15
-13/12/2023 07:45:07,-273.15
-13/12/2023 07:45:09,-273.15
-13/12/2023 07:45:11,-273.15
-13/12/2023 07:45:13,-273.15
-13/12/2023 07:45:15,-273.15
-13/12/2023 07:45:17,-273.15
-13/12/2023 07:45:19,-273.15
-13/12/2023 07:45:21,-273.15
-13/12/2023 07:45:23,-273.15
-13/12/2023 07:45:25,-273.15
-13/12/2023 07:45:27,-273.15
-13/12/2023 07:45:29,-273.15
-13/12/2023 07:45:31,-273.15
-13/12/2023 07:45:33,-273.15
-13/12/2023 07:45:35,-273.15
-13/12/2023 07:45:37,-273.15
-13/12/2023 07:45:39,-273.15
-13/12/2023 07:45:45,-273.15
-13/12/2023 07:45:47,-273.15
-13/12/2023 07:45:49,-273.15
-13/12/2023 07:45:51,-273.15
-13/12/2023 07:45:53,-273.15
-13/12/2023 07:45:55,-273.15
-13/12/2023 07:46:02,-273.15
-13/12/2023 07:46:27,-273.15
-13/12/2023 07:46:29,-273.15
-13/12/2023 07:46:31,-273.15
-13/12/2023 07:46:33,-273.15
-13/12/2023 07:46:35,-273.15
-13/12/2023 07:46:37,-273.15
-13/12/2023 07:46:39,-273.15
-13/12/2023 07:46:41,-273.15
-13/12/2023 07:46:43,-273.15
-13/12/2023 07:46:45,-273.15
-13/12/2023 07:46:47,-273.15
-13/12/2023 07:46:49,-273.15
-13/12/2023 07:46:51,-273.15
-13/12/2023 07:46:53,-273.15
-13/12/2023 07:46:55,-273.15
-13/12/2023 07:46:57,-273.15
-13/12/2023 07:46:59,-273.15
-13/12/2023 07:47:01,-273.15
-13/12/2023 07:47:03,-273.15
-13/12/2023 07:47:05,-273.15
-13/12/2023 07:47:07,-273.15
-13/12/2023 07:47:09,-273.15
-13/12/2023 07:47:11,-273.15
-13/12/2023 07:47:13,-273.15
-13/12/2023 07:47:15,-273.15
-13/12/2023 07:47:17,-273.15
-13/12/2023 07:47:19,-273.15
-13/12/2023 07:47:21,-273.15
-13/12/2023 07:47:23,-273.15
-13/12/2023 07:47:25,-273.15
-13/12/2023 07:47:27,-273.15
-13/12/2023 07:47:29,-273.15
-13/12/2023 07:47:31,-273.15
-13/12/2023 07:47:33,-273.15
-13/12/2023 07:47:35,-273.15
-13/12/2023 07:47:37,-273.15
-13/12/2023 07:47:39,-273.15
-13/12/2023 07:47:41,-273.15
-13/12/2023 07:47:43,-273.15
-13/12/2023 07:47:46,-273.15
-13/12/2023 07:47:48,-273.15
-13/12/2023 07:47:50,-273.15
-13/12/2023 07:47:52,-273.15
-13/12/2023 07:47:54,-273.15
-13/12/2023 07:47:56,-273.15
-13/12/2023 07:47:58,-273.15
-13/12/2023 07:48:00,-273.15
-13/12/2023 07:48:02,-273.15
-13/12/2023 07:48:04,-273.15
-13/12/2023 07:48:06,-273.15
-13/12/2023 07:48:08,-273.15
-13/12/2023 07:48:10,-273.15
-13/12/2023 07:48:12,-273.15
-13/12/2023 07:48:14,-273.15
-13/12/2023 07:48:16,-273.15
-13/12/2023 07:48:18,-273.15
-13/12/2023 07:48:20,-273.15
-13/12/2023 07:48:22,-273.15
-13/12/2023 07:48:24,-273.15
-13/12/2023 07:48:26,-273.15
-13/12/2023 07:48:28,-273.15
-13/12/2023 07:48:30,-273.15
-13/12/2023 07:48:32,-273.15
-13/12/2023 07:48:34,-273.15
-13/12/2023 07:48:36,-273.15
-13/12/2023 07:48:38,-273.15
-13/12/2023 07:48:40,-273.15
-13/12/2023 07:48:42,-273.15
-13/12/2023 07:48:44,-273.15
-13/12/2023 07:48:46,-273.15
-13/12/2023 07:48:48,-273.15
-13/12/2023 07:48:50,-273.15
-13/12/2023 07:48:52,-273.15
-13/12/2023 07:48:54,-273.15
-13/12/2023 07:48:56,-273.15
-13/12/2023 07:48:58,-273.15
-13/12/2023 07:49:00,-273.15
-13/12/2023 07:49:02,-273.15
-13/12/2023 07:49:04,-273.15
-13/12/2023 07:49:06,-273.15
-13/12/2023 07:49:08,-273.15
-13/12/2023 07:49:10,-273.15
-13/12/2023 07:49:12,-273.15
-13/12/2023 07:49:14,-273.15
-13/12/2023 07:49:16,-273.15
-13/12/2023 07:49:18,-273.15
-13/12/2023 07:49:20,-273.15
-13/12/2023 07:49:22,-273.15
-13/12/2023 07:49:24,-273.15
-13/12/2023 07:49:26,-273.15
-13/12/2023 07:49:28,-273.15
-13/12/2023 07:49:30,-273.15
-13/12/2023 07:49:32,-273.15
-13/12/2023 07:49:34,-273.15
-13/12/2023 07:49:36,-273.15
-13/12/2023 07:49:38,-273.15
-13/12/2023 07:49:40,-273.15
-13/12/2023 07:49:42,-273.15
-13/12/2023 07:49:44,-273.15
-13/12/2023 07:49:46,-273.15
-13/12/2023 07:49:48,-273.15
-13/12/2023 07:49:50,-273.15
-13/12/2023 07:49:52,-273.15
-13/12/2023 07:49:54,-273.15
-13/12/2023 07:49:56,-273.15
-13/12/2023 07:49:58,-273.15
-13/12/2023 07:50:00,-273.15
-13/12/2023 07:50:02,-273.15
-13/12/2023 07:50:04,-273.15
-13/12/2023 07:50:06,-273.15
-13/12/2023 07:50:08,-273.15
-13/12/2023 07:50:10,-273.15
-13/12/2023 07:50:12,-273.15
-13/12/2023 07:50:14,-273.15
-13/12/2023 07:50:16,-273.15
-13/12/2023 07:50:18,-273.15
-13/12/2023 07:50:20,-273.15
-13/12/2023 07:50:22,-273.15
-13/12/2023 07:50:24,-273.15
-13/12/2023 07:50:26,-273.15
-13/12/2023 07:50:28,-273.15
-13/12/2023 07:50:30,-273.15
-13/12/2023 07:50:32,-273.15
-13/12/2023 07:50:34,-273.15
-13/12/2023 07:50:36,-273.15
-13/12/2023 07:50:38,-273.15
-13/12/2023 07:50:40,-273.15
-13/12/2023 07:50:42,-273.15
-13/12/2023 07:50:44,-273.15
-13/12/2023 07:50:46,-273.15
-13/12/2023 07:50:49,-273.15
-13/12/2023 07:50:51,-273.15
-13/12/2023 07:50:53,-273.15
-13/12/2023 07:50:55,-273.15
-13/12/2023 07:50:57,-273.15
-13/12/2023 07:50:59,-273.15
-13/12/2023 07:51:01,-273.15
-13/12/2023 07:51:03,-273.15
-13/12/2023 07:51:05,-273.15
-13/12/2023 07:51:07,-273.15
-13/12/2023 07:51:09,-273.15
-13/12/2023 07:51:11,-273.15
-13/12/2023 07:51:13,-273.15
-13/12/2023 07:51:15,-273.15
-13/12/2023 07:51:17,-273.15
-13/12/2023 07:51:19,-273.15
-13/12/2023 07:51:21,-273.15
-13/12/2023 07:51:23,-273.15
-13/12/2023 07:51:25,-273.15
-13/12/2023 07:51:27,-273.15
-13/12/2023 07:51:29,-273.15
-13/12/2023 07:51:31,-273.15
-13/12/2023 07:51:33,-273.15
-13/12/2023 07:51:35,-273.15
-13/12/2023 07:51:37,-273.15
-13/12/2023 07:51:39,-273.15
-13/12/2023 07:51:41,-273.15
-13/12/2023 07:51:43,-273.15
-13/12/2023 07:51:45,-273.15
-13/12/2023 07:51:47,-273.15
-13/12/2023 07:51:49,-273.15
-13/12/2023 07:51:51,-273.15
-13/12/2023 07:51:53,-273.15
-13/12/2023 07:51:55,-273.15
-13/12/2023 07:51:57,-273.15
-13/12/2023 07:51:59,-273.15
-13/12/2023 07:52:01,-273.15
-13/12/2023 07:52:03,-273.15
-13/12/2023 07:52:05,-273.15
-13/12/2023 07:52:07,-273.15
-13/12/2023 07:52:09,-273.15
-13/12/2023 07:52:11,-273.15
-13/12/2023 07:52:13,-273.15
-13/12/2023 07:52:15,-273.15
-13/12/2023 07:52:17,-273.15
-13/12/2023 07:52:19,-273.15
-13/12/2023 07:52:21,-273.15
-13/12/2023 07:52:23,-273.15
-13/12/2023 07:52:25,-273.15
-13/12/2023 07:52:27,-273.15
-13/12/2023 07:52:29,-273.15
-13/12/2023 07:52:31,-273.15
-13/12/2023 07:52:33,-273.15
-13/12/2023 07:52:35,-273.15
-13/12/2023 07:52:37,-273.15
-13/12/2023 07:52:39,-273.15
-13/12/2023 07:52:41,-273.15
-13/12/2023 07:52:43,-273.15
-13/12/2023 07:52:45,-273.15
-13/12/2023 07:52:47,-273.15
-13/12/2023 07:52:49,-273.15
-13/12/2023 07:52:51,-273.15
-13/12/2023 07:52:53,-273.15
-13/12/2023 07:52:55,-273.15
-13/12/2023 07:52:57,-273.15
-13/12/2023 07:52:59,-273.15
-13/12/2023 07:53:01,-273.15
-13/12/2023 07:53:03,-273.15
-13/12/2023 07:53:05,-273.15
-13/12/2023 07:53:07,-273.15
-13/12/2023 07:53:09,-273.15
-13/12/2023 07:53:11,-273.15
-13/12/2023 07:53:13,-273.15
-13/12/2023 07:53:15,-273.15
-13/12/2023 07:53:17,-273.15
-13/12/2023 07:53:19,-273.15
-13/12/2023 07:53:21,-273.15
-13/12/2023 07:53:23,-273.15
-13/12/2023 07:53:25,-273.15
-13/12/2023 07:53:27,-273.15
-13/12/2023 07:53:29,-273.15
-13/12/2023 07:53:31,-273.15
-13/12/2023 07:53:33,-273.15
-13/12/2023 07:53:35,-273.15
-13/12/2023 07:53:37,-273.15
-13/12/2023 07:53:39,-273.15
-13/12/2023 07:53:41,-273.15
-13/12/2023 07:53:43,-273.15
-13/12/2023 07:53:45,-273.15
-13/12/2023 07:53:47,-273.15
-13/12/2023 07:53:49,-273.15
-13/12/2023 07:53:51,-273.15
-13/12/2023 07:53:53,-273.15
-13/12/2023 07:53:55,-273.15
-13/12/2023 07:53:57,-273.15
-13/12/2023 07:54:00,-273.15
-13/12/2023 07:54:02,-273.15
-13/12/2023 07:54:04,-273.15
-13/12/2023 07:54:06,-273.15
-13/12/2023 07:54:08,-273.15
-13/12/2023 07:54:10,-273.15
-13/12/2023 07:54:12,-273.15
-13/12/2023 07:54:14,-273.15
-13/12/2023 07:54:16,-273.15
-13/12/2023 07:54:18,-273.15
-13/12/2023 07:54:20,-273.15
-13/12/2023 07:54:22,-273.15
-13/12/2023 07:54:24,-273.15
-13/12/2023 07:54:26,-273.15
-13/12/2023 07:54:28,-273.15
-13/12/2023 07:54:30,-273.15
-13/12/2023 07:54:32,-273.15
-13/12/2023 07:54:34,-273.15
-13/12/2023 07:54:36,-273.15
-13/12/2023 07:54:38,-273.15
-13/12/2023 07:54:40,-273.15
-13/12/2023 07:54:42,-273.15
-13/12/2023 07:54:44,-273.15
-13/12/2023 07:54:46,-273.15
-13/12/2023 07:54:48,-273.15
-13/12/2023 07:54:50,-273.15
-13/12/2023 07:54:52,-273.15
-13/12/2023 07:54:54,-273.15
-13/12/2023 07:54:56,-273.15
-13/12/2023 07:54:58,-273.15
-13/12/2023 07:55:00,-273.15
-13/12/2023 07:55:02,-273.15
-13/12/2023 07:55:04,-273.15
-13/12/2023 07:55:06,-273.15
-13/12/2023 07:55:08,-273.15
-13/12/2023 07:55:10,-273.15
-13/12/2023 07:55:12,-273.15
-13/12/2023 07:55:14,-273.15
-13/12/2023 07:55:16,-273.15
-13/12/2023 07:55:18,-273.15
-13/12/2023 07:55:20,-273.15
-13/12/2023 07:55:22,-273.15
-13/12/2023 07:55:24,-273.15
-13/12/2023 07:55:26,-273.15
-13/12/2023 07:55:28,-273.15
-13/12/2023 07:55:30,-273.15
-13/12/2023 07:55:32,-273.15
-13/12/2023 07:55:34,-273.15
-13/12/2023 07:55:36,-273.15
-13/12/2023 07:55:38,-273.15
-13/12/2023 07:55:40,-273.15
-13/12/2023 07:55:42,-273.15
-13/12/2023 07:55:44,-273.15
-13/12/2023 07:55:46,-273.15
-13/12/2023 07:55:48,-273.15
-13/12/2023 07:55:50,-273.15
-13/12/2023 07:55:52,-273.15
-13/12/2023 07:55:54,-273.15
-13/12/2023 07:55:56,-273.15
-13/12/2023 07:55:58,-273.15
-13/12/2023 07:56:00,-273.15
-13/12/2023 07:56:02,-273.15
-13/12/2023 07:56:04,-273.15
-13/12/2023 07:56:06,-273.15
-13/12/2023 07:56:08,-273.15
-13/12/2023 07:56:10,-273.15
-13/12/2023 07:56:12,-273.15
-13/12/2023 07:56:14,-273.15
-13/12/2023 07:56:16,-273.15
-13/12/2023 07:56:18,-273.15
-13/12/2023 07:56:20,-273.15
-13/12/2023 07:56:22,-273.15
-13/12/2023 07:56:24,-273.15
-13/12/2023 07:56:26,-273.15
-13/12/2023 07:56:28,-273.15
-13/12/2023 07:56:30,-273.15
-13/12/2023 07:56:32,-273.15
-13/12/2023 07:56:34,-273.15
-13/12/2023 07:56:37,-273.15
-13/12/2023 07:56:39,-273.15
-13/12/2023 07:56:41,-273.15
-13/12/2023 07:56:43,-273.15
-13/12/2023 07:56:45,-273.15
-13/12/2023 07:56:47,-273.15
-13/12/2023 07:56:49,-273.15
-13/12/2023 07:56:51,-273.15
-13/12/2023 07:56:53,-273.15
-13/12/2023 07:56:55,-273.15
-13/12/2023 07:56:57,-273.15
-13/12/2023 07:56:59,-273.15
-13/12/2023 07:57:01,-273.15
-13/12/2023 07:57:03,-273.15
-13/12/2023 07:57:05,-273.15
-13/12/2023 07:57:07,-273.15
-13/12/2023 07:57:09,-273.15
-13/12/2023 07:57:11,-273.15
-13/12/2023 07:57:13,-273.15
-13/12/2023 07:57:15,-273.15
-13/12/2023 07:57:17,-273.15
-13/12/2023 07:57:19,-273.15
-13/12/2023 07:57:21,-273.15
-13/12/2023 07:57:23,-273.15
-13/12/2023 07:57:25,-273.15
-13/12/2023 07:57:27,-273.15
-13/12/2023 07:57:29,-273.15
-13/12/2023 07:57:31,-273.15
-13/12/2023 07:57:33,-273.15
-13/12/2023 07:57:35,-273.15
-13/12/2023 07:57:37,-273.15
-13/12/2023 07:57:39,-273.15
-13/12/2023 07:57:41,-273.15
-13/12/2023 07:57:43,-273.15
-13/12/2023 07:57:45,-273.15
-13/12/2023 07:57:47,-273.15
-13/12/2023 07:57:49,-273.15
-13/12/2023 07:57:51,-273.15
-13/12/2023 07:57:53,-273.15
-13/12/2023 08:01:55,-273.15
-13/12/2023 08:01:57,-273.15
-13/12/2023 08:01:59,-273.15
-13/12/2023 08:02:01,-273.15
-13/12/2023 08:02:03,-273.15
-13/12/2023 08:02:05,-273.15
-13/12/2023 08:02:07,-273.15
-13/12/2023 08:02:09,-273.15
-13/12/2023 08:02:11,-273.15
-13/12/2023 08:02:13,-273.15
-13/12/2023 08:02:15,-273.15
-13/12/2023 08:02:17,-273.15
-13/12/2023 08:02:19,-273.15
-13/12/2023 08:02:21,-273.15
-13/12/2023 08:02:23,-273.15
-13/12/2023 08:02:25,-273.15
-13/12/2023 08:02:27,-273.15
-13/12/2023 08:02:29,-273.15
-13/12/2023 08:02:31,-273.15
-13/12/2023 08:02:33,-273.15
-13/12/2023 08:02:35,-273.15
-13/12/2023 08:02:37,-273.15
-13/12/2023 08:02:39,-273.15
-13/12/2023 08:02:41,-273.15
-13/12/2023 08:02:43,-273.15
-13/12/2023 08:03:09,-273.15
-13/12/2023 08:03:11,-273.15
-13/12/2023 08:03:13,-273.15
-13/12/2023 08:03:15,-273.15
-13/12/2023 08:03:17,-273.15
-13/12/2023 08:03:19,-273.15
-13/12/2023 08:03:21,-273.15
-13/12/2023 08:03:23,-273.15
-13/12/2023 08:03:25,-273.15
-13/12/2023 08:03:27,-273.15
-13/12/2023 08:03:29,-273.15
-13/12/2023 08:03:31,-273.15
-13/12/2023 08:03:33,-273.15
-13/12/2023 08:03:35,-273.15
-13/12/2023 08:03:38,-273.15
-13/12/2023 08:03:40,-273.15
-13/12/2023 08:03:42,-273.15
-13/12/2023 08:03:44,-273.15
-13/12/2023 08:03:46,-273.15
-13/12/2023 08:03:48,-273.15
-13/12/2023 08:03:50,-273.15
-13/12/2023 08:03:52,-273.15
-13/12/2023 08:03:54,-273.15
-13/12/2023 08:03:56,-273.15
-13/12/2023 08:03:58,-273.15
-13/12/2023 08:04:00,-273.15
-13/12/2023 08:04:02,-273.15
-13/12/2023 08:04:04,-273.15
-13/12/2023 08:04:06,-273.15
-13/12/2023 08:04:08,-273.15
-13/12/2023 08:04:10,-273.15
-13/12/2023 08:04:12,-273.15
-13/12/2023 08:04:14,-273.15
-13/12/2023 08:04:16,-273.15
-13/12/2023 08:04:18,-273.15
-13/12/2023 08:04:20,-273.15
-13/12/2023 08:04:22,-273.15
-13/12/2023 08:04:24,-273.15
-13/12/2023 08:04:26,-273.15
-13/12/2023 08:04:28,-273.15
-13/12/2023 08:04:30,-273.15
-13/12/2023 08:04:32,-273.15
-13/12/2023 08:04:34,-273.15
-13/12/2023 08:04:36,-273.15
-13/12/2023 08:04:38,-273.15
-13/12/2023 08:04:40,-273.15
-13/12/2023 08:04:42,-273.15
-13/12/2023 08:04:44,-273.15
-13/12/2023 08:04:46,-273.15
-13/12/2023 08:04:48,-273.15
-13/12/2023 08:04:50,-273.15
-13/12/2023 08:04:52,-273.15
-13/12/2023 08:04:54,-273.15
-13/12/2023 08:04:56,-273.15
-13/12/2023 08:04:58,-273.15
-13/12/2023 08:05:00,-273.15
-13/12/2023 08:05:02,-273.15
-13/12/2023 08:05:04,-273.15
-13/12/2023 08:05:06,-273.15
-13/12/2023 08:05:08,-273.15
-13/12/2023 08:05:10,-273.15
-13/12/2023 08:05:12,-273.15
-13/12/2023 08:05:14,-273.15
-13/12/2023 08:05:16,-273.15
-13/12/2023 08:05:18,-273.15
-13/12/2023 08:05:20,-273.15
-13/12/2023 08:05:22,-273.15
-13/12/2023 08:05:24,-273.15
-13/12/2023 08:05:26,-273.15
-13/12/2023 08:05:28,-273.15
-13/12/2023 08:05:30,-273.15
-13/12/2023 08:05:32,-273.15
-13/12/2023 08:05:34,-273.15
-13/12/2023 08:05:36,-273.15
-13/12/2023 08:05:38,-273.15
-13/12/2023 08:05:40,-273.15
-13/12/2023 08:05:42,-273.15
-13/12/2023 08:05:44,-273.15
-13/12/2023 08:05:46,-273.15
-13/12/2023 08:05:48,-273.15
-13/12/2023 08:05:50,-273.15
-13/12/2023 08:05:52,-273.15
-13/12/2023 08:05:54,-273.15
-13/12/2023 08:05:56,-273.15
-13/12/2023 08:05:58,-273.15
-13/12/2023 08:06:00,-273.15
-13/12/2023 08:06:02,-273.15
-13/12/2023 08:06:04,-273.15
-13/12/2023 08:06:06,-273.15
-13/12/2023 08:06:08,-273.15
-13/12/2023 08:06:10,-273.15
-13/12/2023 08:06:12,-273.15
-13/12/2023 08:06:14,-273.15
-13/12/2023 08:06:16,-273.15
-13/12/2023 08:06:18,-273.15
-13/12/2023 08:06:20,-273.15
-13/12/2023 08:06:22,-273.15
-13/12/2023 08:06:24,-273.15
-13/12/2023 08:06:26,-273.15
-13/12/2023 08:06:28,-273.15
-13/12/2023 08:06:30,-273.15
-13/12/2023 08:06:32,-273.15
-13/12/2023 08:06:34,-273.15
-13/12/2023 08:06:37,-273.15
-13/12/2023 08:06:39,-273.15
-13/12/2023 08:06:41,-273.15
-13/12/2023 08:06:43,-273.15
-13/12/2023 08:06:45,-273.15
-13/12/2023 08:06:47,-273.15
-13/12/2023 08:06:49,-273.15
-13/12/2023 08:06:51,-273.15
-13/12/2023 08:06:53,-273.15
-13/12/2023 08:06:55,-273.15
-13/12/2023 08:06:57,-273.15
-13/12/2023 08:06:59,-273.15
-13/12/2023 08:07:01,-273.15
-13/12/2023 08:07:03,-273.15
-13/12/2023 08:07:05,-273.15
-13/12/2023 08:07:07,-273.15
-13/12/2023 08:07:09,-273.15
-13/12/2023 08:07:11,-273.15
-13/12/2023 08:07:13,-273.15
-13/12/2023 08:07:15,-273.15
-13/12/2023 08:07:17,-273.15
-13/12/2023 08:07:19,-273.15
-13/12/2023 08:07:21,-273.15
-13/12/2023 08:07:23,-273.15
-13/12/2023 08:07:25,-273.15
-13/12/2023 08:07:27,-273.15
-13/12/2023 08:07:29,-273.15
-13/12/2023 08:07:31,-273.15
-13/12/2023 08:07:33,-273.15
-13/12/2023 08:07:35,-273.15
-13/12/2023 08:07:37,-273.15
-13/12/2023 08:07:39,-273.15
-13/12/2023 08:07:41,-273.15
-13/12/2023 08:07:43,-273.15
-13/12/2023 08:07:45,-273.15
-13/12/2023 08:07:47,-273.15
-13/12/2023 08:07:49,-273.15
-13/12/2023 08:07:51,-273.15
-13/12/2023 08:07:53,-273.15
-13/12/2023 08:07:55,-273.15
-13/12/2023 08:07:57,-273.15
-13/12/2023 08:07:59,-273.15
-13/12/2023 08:08:01,-273.15
-13/12/2023 08:08:03,-273.15
-13/12/2023 08:08:05,-273.15
-13/12/2023 08:08:07,-273.15
-13/12/2023 08:08:09,-273.15
-13/12/2023 08:08:11,-273.15
-13/12/2023 08:08:13,-273.15
-13/12/2023 08:08:15,-273.15
-13/12/2023 08:08:17,-273.15
-13/12/2023 08:08:19,-273.15
-13/12/2023 08:08:21,-273.15
-13/12/2023 08:08:23,-273.15
-13/12/2023 08:08:25,-273.15
-13/12/2023 08:08:27,-273.15
-13/12/2023 08:08:29,-273.15
-13/12/2023 08:08:31,-273.15
-13/12/2023 08:08:33,-273.15
-13/12/2023 08:08:35,-273.15
-13/12/2023 08:08:37,-273.15
-13/12/2023 08:08:39,-273.15
-13/12/2023 08:08:41,-273.15
-13/12/2023 08:08:43,-273.15
-13/12/2023 08:08:45,-273.15
-13/12/2023 08:08:47,-273.15
-13/12/2023 08:08:49,-273.15
-13/12/2023 08:08:51,-273.15
-13/12/2023 08:08:53,-273.15
-13/12/2023 08:08:55,-273.15
-13/12/2023 08:08:57,-273.15
-13/12/2023 08:08:59,-273.15
-13/12/2023 08:09:01,-273.15
-13/12/2023 08:09:03,-273.15
-13/12/2023 08:09:05,-273.15
-13/12/2023 08:09:07,-273.15
-13/12/2023 08:09:09,-273.15
-13/12/2023 08:09:11,-273.15
-13/12/2023 08:09:13,-273.15
-13/12/2023 08:09:15,-273.15
-13/12/2023 08:09:17,-273.15
-13/12/2023 08:09:19,-273.15
-13/12/2023 08:09:21,-273.15
-13/12/2023 08:09:23,-273.15
-13/12/2023 08:09:25,-273.15
-13/12/2023 08:09:27,-273.15
-13/12/2023 08:09:29,-273.15
-13/12/2023 08:09:31,-273.15
-13/12/2023 08:09:33,-273.15
-13/12/2023 08:09:35,-273.15
-13/12/2023 08:09:37,-273.15
-13/12/2023 08:09:39,-273.15
-13/12/2023 08:09:42,-273.15
-13/12/2023 08:09:44,-273.15
-13/12/2023 08:09:46,-273.15
-13/12/2023 08:09:48,-273.15
-13/12/2023 08:09:50,-273.15
-13/12/2023 08:09:52,-273.15
-13/12/2023 08:09:54,-273.15
-13/12/2023 08:09:56,-273.15
-13/12/2023 08:09:58,-273.15
-13/12/2023 08:10:00,-273.15
-13/12/2023 08:10:02,-273.15
-13/12/2023 08:10:04,-273.15
-13/12/2023 08:10:06,-273.15
-13/12/2023 08:10:08,-273.15
-13/12/2023 08:10:10,-273.15
-13/12/2023 08:10:12,-273.15
-13/12/2023 08:10:14,-273.15
-13/12/2023 08:10:16,-273.15
-13/12/2023 08:10:18,-273.15
-13/12/2023 08:10:20,-273.15
-13/12/2023 08:10:22,-273.15
-13/12/2023 08:10:24,-273.15
-13/12/2023 08:10:26,-273.15
-13/12/2023 08:10:28,-273.15
-13/12/2023 08:10:30,-273.15
-13/12/2023 08:10:32,-273.15
-13/12/2023 08:10:34,-273.15
-13/12/2023 08:10:36,-273.15
-13/12/2023 08:10:38,-273.15
-13/12/2023 08:10:40,-273.15
-13/12/2023 08:10:42,-273.15
-13/12/2023 08:10:44,-273.15
-13/12/2023 08:10:46,-273.15
-13/12/2023 08:10:48,-273.15
-13/12/2023 08:10:50,-273.15
-13/12/2023 08:10:52,-273.15
-13/12/2023 08:10:54,-273.15
-13/12/2023 08:10:56,-273.15
-13/12/2023 08:10:58,-273.15
-13/12/2023 08:11:00,-273.15
-13/12/2023 08:11:02,-273.15
-13/12/2023 08:11:04,-273.15
-13/12/2023 08:11:06,-273.15
-13/12/2023 08:11:08,-273.15
-13/12/2023 08:11:10,-273.15
-13/12/2023 08:11:12,-273.15
-13/12/2023 08:11:14,-273.15
-13/12/2023 08:11:16,-273.15
-13/12/2023 08:11:18,-273.15
-13/12/2023 08:11:20,-273.15
-13/12/2023 08:11:22,-273.15
-13/12/2023 08:11:24,-273.15
-13/12/2023 08:11:26,-273.15
-13/12/2023 08:11:28,-273.15
-13/12/2023 08:11:31,-273.15
-13/12/2023 08:11:33,-273.15
-13/12/2023 08:11:35,-273.15
-13/12/2023 08:11:37,-273.15
-13/12/2023 08:11:39,-273.15
-13/12/2023 08:11:41,-273.15
-13/12/2023 08:11:43,-273.15
-13/12/2023 08:11:45,-273.15
-13/12/2023 08:11:47,-273.15
-13/12/2023 08:11:49,-273.15
-13/12/2023 08:11:51,-273.15
-13/12/2023 08:11:53,-273.15
-13/12/2023 08:11:55,-273.15
-13/12/2023 08:11:57,-273.15
-13/12/2023 08:11:59,-273.15
-13/12/2023 08:12:01,-273.15
-13/12/2023 08:12:03,-273.15
-13/12/2023 08:12:05,-273.15
-13/12/2023 08:12:07,-273.15
-13/12/2023 08:12:09,-273.15
-13/12/2023 08:12:11,-273.15
-13/12/2023 08:12:13,-273.15
-13/12/2023 08:12:15,-273.15
-13/12/2023 08:12:17,-273.15
-13/12/2023 08:12:19,-273.15
-13/12/2023 08:12:21,-273.15
-13/12/2023 08:12:23,-273.15
-13/12/2023 08:12:25,-273.15
-13/12/2023 08:12:27,-273.15
-13/12/2023 08:12:29,-273.15
-13/12/2023 08:12:31,-273.15
-13/12/2023 08:12:33,-273.15
-13/12/2023 08:12:35,-273.15
-13/12/2023 08:12:37,-273.15
-13/12/2023 08:12:39,-273.15
-13/12/2023 08:12:41,-273.15
-13/12/2023 08:12:43,-273.15
-13/12/2023 08:12:45,-273.15
-13/12/2023 08:12:47,-273.15
-13/12/2023 08:12:49,-273.15
-13/12/2023 08:12:51,-273.15
-13/12/2023 08:12:53,-273.15
-13/12/2023 08:12:55,-273.15
-13/12/2023 08:12:57,-273.15
-13/12/2023 08:12:59,-273.15
-13/12/2023 08:13:01,-273.15
-13/12/2023 08:13:03,-273.15
-13/12/2023 08:13:05,-273.15
-13/12/2023 08:13:07,-273.15
-13/12/2023 08:13:09,-273.15
-13/12/2023 08:13:11,-273.15
-13/12/2023 08:13:13,-273.15
-13/12/2023 08:13:15,-273.15
-13/12/2023 08:13:17,-273.15
-13/12/2023 08:13:19,-273.15
-13/12/2023 08:13:21,-273.15
-13/12/2023 08:13:24,-273.15
-13/12/2023 08:13:26,-273.15
-13/12/2023 08:13:28,-273.15
-13/12/2023 08:13:30,-273.15
-13/12/2023 08:13:32,-273.15
-13/12/2023 08:13:34,-273.15
-13/12/2023 08:13:36,-273.15
-13/12/2023 08:13:38,-273.15
-13/12/2023 08:13:40,-273.15
-13/12/2023 08:13:42,-273.15
-13/12/2023 08:13:44,-273.15
-13/12/2023 08:13:46,-273.15
-13/12/2023 08:13:48,-273.15
-13/12/2023 08:13:50,-273.15
-13/12/2023 08:13:52,-273.15
-13/12/2023 08:13:54,-273.15
-13/12/2023 08:13:56,-273.15
-13/12/2023 08:13:58,-273.15
-13/12/2023 08:14:00,-273.15
-13/12/2023 08:14:02,-273.15
-13/12/2023 08:14:04,-273.15
-13/12/2023 08:14:06,-273.15
-13/12/2023 08:14:08,-273.15
-13/12/2023 08:14:10,-273.15
-13/12/2023 08:14:12,-273.15
-13/12/2023 08:14:14,-273.15
-13/12/2023 08:14:16,-273.15
-13/12/2023 08:14:18,-273.15
-13/12/2023 08:14:20,-273.15
-13/12/2023 08:14:22,-273.15
-13/12/2023 08:14:24,-273.15
-13/12/2023 08:14:26,-273.15
-13/12/2023 08:14:28,-273.15
-13/12/2023 08:14:30,-273.15
-13/12/2023 08:14:32,-273.15
-13/12/2023 08:14:34,-273.15
-13/12/2023 08:14:36,-273.15
-13/12/2023 08:14:38,-273.15
-13/12/2023 08:14:40,-273.15
-13/12/2023 08:14:42,-273.15
-13/12/2023 08:14:44,-273.15
-13/12/2023 08:14:46,-273.15
-13/12/2023 08:14:48,-273.15
-13/12/2023 08:14:50,-273.15
-13/12/2023 08:14:52,-273.15
-13/12/2023 08:14:54,-273.15
-13/12/2023 08:14:56,-273.15
-13/12/2023 08:14:58,-273.15
-13/12/2023 08:15:00,-273.15
-13/12/2023 08:15:02,-273.15
-13/12/2023 08:15:04,-273.15
-13/12/2023 08:15:06,-273.15
-13/12/2023 08:15:08,-273.15
-13/12/2023 08:15:10,-273.15
-13/12/2023 08:15:12,-273.15
-13/12/2023 08:15:14,-273.15
-13/12/2023 08:15:16,-273.15
-13/12/2023 08:15:18,-273.15
-13/12/2023 08:15:20,-273.15
-13/12/2023 08:15:22,-273.15
-13/12/2023 08:15:24,-273.15
-13/12/2023 08:15:26,-273.15
-13/12/2023 08:15:28,-273.15
-13/12/2023 08:15:30,-273.15
-13/12/2023 08:15:32,-273.15
-13/12/2023 08:15:34,-273.15
-13/12/2023 08:15:36,-273.15
-13/12/2023 08:15:38,-273.15
-13/12/2023 08:15:40,-273.15
-13/12/2023 08:15:42,-273.15
-13/12/2023 08:15:44,-273.15
-13/12/2023 08:15:47,-273.15
-13/12/2023 08:15:49,-273.15
-13/12/2023 08:15:51,-273.15
-13/12/2023 08:15:53,-273.15
-13/12/2023 08:15:55,-273.15
-13/12/2023 08:15:57,-273.15
-13/12/2023 08:15:59,-273.15
-13/12/2023 08:16:01,-273.15
-13/12/2023 08:16:03,-273.15
-13/12/2023 08:16:05,-273.15
-13/12/2023 08:16:07,-273.15
-13/12/2023 08:16:09,-273.15
-13/12/2023 08:16:11,-273.15
-13/12/2023 08:16:13,-273.15
-13/12/2023 08:16:15,-273.15
-13/12/2023 08:16:17,-273.15
-13/12/2023 08:16:19,-273.15
-13/12/2023 08:16:21,-273.15
-13/12/2023 08:16:23,-273.15
-13/12/2023 08:16:25,-273.15
-13/12/2023 08:16:27,-273.15
-13/12/2023 08:16:29,-273.15
-13/12/2023 08:16:31,-273.15
-13/12/2023 08:16:33,-273.15
-13/12/2023 08:16:35,-273.15
-13/12/2023 08:16:37,-273.15
-13/12/2023 08:16:39,-273.15
-13/12/2023 08:16:41,-273.15
-13/12/2023 08:16:43,-273.15
-13/12/2023 08:16:45,-273.15
-13/12/2023 08:16:47,-273.15
-13/12/2023 08:16:49,-273.15
-13/12/2023 08:16:51,-273.15
-13/12/2023 08:16:53,-273.15
-13/12/2023 08:16:55,-273.15
-13/12/2023 08:16:57,-273.15
-13/12/2023 08:16:59,-273.15
-13/12/2023 08:17:01,-273.15
-13/12/2023 08:17:03,-273.15
-13/12/2023 08:17:05,-273.15
-13/12/2023 08:17:07,-273.15
-13/12/2023 08:17:09,-273.15
-13/12/2023 08:17:11,-273.15
-13/12/2023 08:17:13,-273.15
-13/12/2023 08:17:15,-273.15
-13/12/2023 08:17:17,-273.15
-13/12/2023 08:17:19,-273.15
-13/12/2023 08:17:21,-273.15
-13/12/2023 08:17:23,-273.15
-13/12/2023 08:17:25,-273.15
-13/12/2023 08:17:27,-273.15
-13/12/2023 08:17:29,-273.15
-13/12/2023 08:17:31,-273.15
-13/12/2023 08:17:33,-273.15
-13/12/2023 08:17:35,-273.15
-13/12/2023 08:17:37,-273.15
-13/12/2023 08:17:39,-273.15
-13/12/2023 08:17:41,-273.15
-13/12/2023 08:17:43,-273.15
-13/12/2023 08:17:45,-273.15
-13/12/2023 08:17:47,-273.15
-13/12/2023 08:17:49,-273.15
-13/12/2023 08:17:51,-273.15
-13/12/2023 08:17:53,-273.15
-13/12/2023 08:17:55,-273.15
-13/12/2023 08:17:57,-273.15
-13/12/2023 08:17:59,-273.15
-13/12/2023 08:18:01,-273.15
-13/12/2023 08:18:03,-273.15
-13/12/2023 08:18:05,-273.15
-13/12/2023 08:18:08,-273.15
-13/12/2023 08:18:10,-273.15
-13/12/2023 08:18:12,-273.15
-13/12/2023 08:18:14,-273.15
-13/12/2023 08:18:16,-273.15
-13/12/2023 08:18:18,-273.15
-13/12/2023 08:18:20,-273.15
-13/12/2023 08:18:22,-273.15
-13/12/2023 08:18:24,-273.15
-13/12/2023 08:18:26,-273.15
-13/12/2023 08:18:28,-273.15
-13/12/2023 08:18:30,-273.15
-13/12/2023 08:18:32,-273.15
-13/12/2023 08:18:34,-273.15
-13/12/2023 08:18:36,-273.15
-13/12/2023 08:18:38,-273.15
-13/12/2023 08:18:40,-273.15
-13/12/2023 08:18:42,-273.15
-13/12/2023 08:18:44,-273.15
-13/12/2023 08:18:46,-273.15
-13/12/2023 08:18:48,-273.15
-13/12/2023 08:18:50,-273.15
-13/12/2023 08:18:52,-273.15
-13/12/2023 08:18:54,-273.15
-13/12/2023 08:18:56,-273.15
-13/12/2023 08:18:58,-273.15
-13/12/2023 08:19:00,-273.15
-13/12/2023 08:19:02,-273.15
-13/12/2023 08:19:04,-273.15
-13/12/2023 08:19:06,-273.15
-13/12/2023 08:19:08,-273.15
-13/12/2023 08:19:10,-273.15
-13/12/2023 08:19:12,-273.15
-13/12/2023 08:19:14,-273.15
-13/12/2023 08:19:16,-273.15
-13/12/2023 08:19:18,-273.15
-13/12/2023 08:19:20,-273.15
-13/12/2023 08:19:22,-273.15
-13/12/2023 08:19:24,-273.15
-13/12/2023 08:19:26,-273.15
-13/12/2023 08:19:28,-273.15
-13/12/2023 08:19:30,-273.15
-13/12/2023 08:19:32,-273.15
-13/12/2023 08:19:34,-273.15
-13/12/2023 08:19:36,-273.15
-13/12/2023 08:19:38,-273.15
-13/12/2023 08:19:40,-273.15
-13/12/2023 08:19:42,-273.15
-13/12/2023 08:19:44,-273.15
-13/12/2023 08:19:46,-273.15
-13/12/2023 08:19:48,-273.15
-13/12/2023 08:19:50,-273.15
-13/12/2023 08:19:52,-273.15
-13/12/2023 08:19:54,-273.15
-13/12/2023 08:19:56,-273.15
-13/12/2023 08:19:58,-273.15
-13/12/2023 08:20:00,-273.15
-13/12/2023 08:20:02,-273.15
-13/12/2023 08:20:04,-273.15
-13/12/2023 08:20:06,-273.15
-13/12/2023 08:20:08,-273.15
-13/12/2023 08:20:10,-273.15
-13/12/2023 08:20:12,-273.15
-13/12/2023 08:20:14,-273.15
-13/12/2023 08:20:16,-273.15
-13/12/2023 08:20:18,-273.15
-13/12/2023 08:20:20,-273.15
-13/12/2023 08:20:22,-273.15
-13/12/2023 08:20:24,-273.15
-13/12/2023 08:20:26,-273.15
-13/12/2023 08:20:28,-273.15
-13/12/2023 08:20:30,-273.15
-13/12/2023 08:20:33,-273.15
-13/12/2023 08:20:35,-273.15
-13/12/2023 08:20:37,-273.15
-13/12/2023 08:20:39,-273.15
-13/12/2023 08:20:41,-273.15
-13/12/2023 08:20:43,-273.15
-13/12/2023 08:20:45,-273.15
-13/12/2023 08:20:47,-273.15
-13/12/2023 08:20:49,-273.15
-13/12/2023 08:20:51,-273.15
-13/12/2023 08:20:53,-273.15
-13/12/2023 08:20:55,-273.15
-13/12/2023 08:20:57,-273.15
-13/12/2023 08:20:59,-273.15
-13/12/2023 08:21:01,-273.15
-13/12/2023 08:21:03,-273.15
-13/12/2023 08:21:05,-273.15
-13/12/2023 08:21:07,-273.15
-13/12/2023 08:21:09,-273.15
-13/12/2023 08:21:11,-273.15
-13/12/2023 08:21:13,-273.15
-13/12/2023 08:21:15,-273.15
-13/12/2023 08:21:17,-273.15
-13/12/2023 08:21:19,-273.15
-13/12/2023 08:21:21,-273.15
-13/12/2023 08:21:23,-273.15
-13/12/2023 08:21:25,-273.15
-13/12/2023 08:21:27,-273.15
-13/12/2023 08:21:29,-273.15
-13/12/2023 08:21:31,-273.15
-13/12/2023 08:21:33,-273.15
-13/12/2023 08:21:35,-273.15
-13/12/2023 08:21:37,-273.15
-13/12/2023 08:21:39,-273.15
-13/12/2023 08:21:41,-273.15
-13/12/2023 08:21:43,-273.15
-13/12/2023 08:21:45,-273.15
-13/12/2023 08:21:47,-273.15
-13/12/2023 08:21:49,-273.15
-13/12/2023 08:21:51,-273.15
-13/12/2023 08:21:53,-273.15
-13/12/2023 08:21:55,-273.15
-13/12/2023 08:21:57,-273.15
-13/12/2023 08:21:59,-273.15
-13/12/2023 08:22:01,-273.15
-13/12/2023 08:22:03,-273.15
-13/12/2023 08:22:05,-273.15
-13/12/2023 08:22:07,-273.15
-13/12/2023 08:22:09,-273.15
-13/12/2023 08:22:11,-273.15
-13/12/2023 08:22:13,-273.15
-13/12/2023 08:22:15,-273.15
-13/12/2023 08:22:17,-273.15
-13/12/2023 08:22:19,-273.15
-13/12/2023 08:22:21,-273.15
-13/12/2023 08:22:23,-273.15
-13/12/2023 08:22:25,-273.15
-13/12/2023 08:22:27,-273.15
-13/12/2023 08:22:29,-273.15
-13/12/2023 08:22:31,-273.15
-13/12/2023 08:22:33,-273.15
-13/12/2023 08:22:35,-273.15
-13/12/2023 08:22:37,-273.15
-13/12/2023 08:22:39,-273.15
-13/12/2023 08:22:41,-273.15
-13/12/2023 08:22:43,-273.15
-13/12/2023 08:22:45,-273.15
-13/12/2023 08:22:47,-273.15
-13/12/2023 08:22:49,-273.15
-13/12/2023 08:22:51,-273.15
-13/12/2023 08:22:53,-273.15
-13/12/2023 08:22:56,-273.15
-13/12/2023 08:22:58,-273.15
-13/12/2023 08:23:00,-273.15
-13/12/2023 08:23:02,-273.15
-13/12/2023 08:23:04,-273.15
-13/12/2023 08:23:06,-273.15
-13/12/2023 08:23:08,-273.15
-13/12/2023 08:23:10,-273.15
-13/12/2023 08:23:12,-273.15
-13/12/2023 08:23:14,-273.15
-13/12/2023 08:23:16,-273.15
-13/12/2023 08:23:18,-273.15
-13/12/2023 08:23:20,-273.15
-13/12/2023 08:23:22,-273.15
-13/12/2023 08:23:24,-273.15
-13/12/2023 08:23:26,-273.15
-13/12/2023 08:23:28,-273.15
-13/12/2023 08:23:30,-273.15
-13/12/2023 08:23:32,-273.15
-13/12/2023 08:23:34,-273.15
-13/12/2023 08:23:36,-273.15
-13/12/2023 08:23:38,-273.15
-13/12/2023 08:23:40,-273.15
-13/12/2023 08:23:42,-273.15
-13/12/2023 08:23:44,-273.15
-13/12/2023 08:23:46,-273.15
-13/12/2023 08:23:48,-273.15
-13/12/2023 08:23:50,-273.15
-13/12/2023 08:23:52,-273.15
-13/12/2023 08:23:54,-273.15
-13/12/2023 08:23:56,-273.15
-13/12/2023 08:23:58,-273.15
-13/12/2023 08:24:00,-273.15
-13/12/2023 08:24:02,-273.15
-13/12/2023 08:24:04,-273.15
-13/12/2023 08:24:06,-273.15
-13/12/2023 08:24:08,-273.15
-13/12/2023 08:24:10,-273.15
-13/12/2023 08:24:12,-273.15
-13/12/2023 08:24:14,-273.15
-13/12/2023 08:24:16,-273.15
-13/12/2023 08:24:18,-273.15
-13/12/2023 08:24:20,-273.15
-13/12/2023 08:24:22,-273.15
-13/12/2023 08:24:24,-273.15
-13/12/2023 08:24:26,-273.15
-13/12/2023 08:24:28,-273.15
-13/12/2023 08:24:30,-273.15
-13/12/2023 08:24:32,-273.15
-13/12/2023 08:24:34,-273.15
-13/12/2023 08:24:36,-273.15
-13/12/2023 08:24:38,-273.15
-13/12/2023 08:24:40,-273.15
-13/12/2023 08:24:42,-273.15
-13/12/2023 08:24:44,-273.15
-13/12/2023 08:24:46,-273.15
-13/12/2023 08:24:48,-273.15
-13/12/2023 08:24:50,-273.15
-13/12/2023 08:24:52,-273.15
-13/12/2023 08:24:54,-273.15
-13/12/2023 08:24:56,-273.15
-13/12/2023 08:24:58,-273.15
-13/12/2023 08:25:00,-273.15
-13/12/2023 08:25:02,-273.15
-13/12/2023 08:25:04,-273.15
-13/12/2023 08:25:06,-273.15
-13/12/2023 08:25:08,-273.15
-13/12/2023 08:25:10,-273.15
-13/12/2023 08:25:12,-273.15
-13/12/2023 08:25:14,-273.15
-13/12/2023 08:25:16,-273.15
-13/12/2023 08:25:18,-273.15
-13/12/2023 08:25:20,-273.15
-13/12/2023 08:25:23,-273.15
-13/12/2023 08:25:25,-273.15
-13/12/2023 08:25:27,-273.15
-13/12/2023 08:25:29,-273.15
-13/12/2023 08:25:31,-273.15
-13/12/2023 08:25:33,-273.15
-13/12/2023 08:25:35,-273.15
-13/12/2023 08:25:37,-273.15
-13/12/2023 08:25:39,-273.15
-13/12/2023 08:25:41,-273.15
-13/12/2023 08:25:43,-273.15
-13/12/2023 08:25:45,-273.15
-13/12/2023 08:25:47,-273.15
-13/12/2023 08:25:49,-273.15
-13/12/2023 08:25:51,-273.15
-13/12/2023 08:25:53,-273.15
-13/12/2023 08:25:55,-273.15
-13/12/2023 08:25:57,-273.15
-13/12/2023 08:25:59,-273.15
-13/12/2023 08:26:01,-273.15
-13/12/2023 08:26:03,-273.15
-13/12/2023 08:26:05,-273.15
-13/12/2023 08:26:07,-273.15
-13/12/2023 08:26:09,-273.15
-13/12/2023 08:26:11,-273.15
-13/12/2023 08:26:13,-273.15
-13/12/2023 08:26:15,-273.15
-13/12/2023 08:26:17,-273.15
-13/12/2023 08:26:19,-273.15
-13/12/2023 08:26:21,-273.15
-13/12/2023 08:26:23,-273.15
-13/12/2023 08:26:25,-273.15
-13/12/2023 08:26:27,-273.15
-13/12/2023 08:26:29,-273.15
-13/12/2023 08:26:31,-273.15
-13/12/2023 08:26:33,-273.15
-13/12/2023 08:26:35,-273.15
-13/12/2023 08:26:37,-273.15
-13/12/2023 08:26:39,-273.15
-13/12/2023 08:26:41,-273.15
-13/12/2023 08:26:43,-273.15
-13/12/2023 08:26:45,-273.15
-13/12/2023 08:26:47,-273.15
-13/12/2023 08:26:49,-273.15
-13/12/2023 08:26:51,-273.15
-13/12/2023 08:26:53,-273.15
-13/12/2023 08:26:55,-273.15
-13/12/2023 08:26:57,-273.15
-13/12/2023 08:26:59,-273.15
-13/12/2023 08:27:01,-273.15
-13/12/2023 08:27:03,-273.15
-13/12/2023 08:27:05,-273.15
-13/12/2023 08:27:07,-273.15
-13/12/2023 08:27:09,-273.15
-13/12/2023 08:27:11,-273.15
-13/12/2023 08:27:13,-273.15
-13/12/2023 08:27:15,-273.15
-13/12/2023 08:27:17,-273.15
-13/12/2023 08:27:19,-273.15
-13/12/2023 08:27:21,-273.15
-13/12/2023 08:27:23,-273.15
-13/12/2023 08:27:25,-273.15
-13/12/2023 08:27:27,-273.15
-13/12/2023 08:27:29,-273.15
-13/12/2023 08:27:31,-273.15
-13/12/2023 08:27:33,-273.15
-13/12/2023 08:27:35,-273.15
-13/12/2023 08:27:37,-273.15
-13/12/2023 08:27:39,-273.15
-13/12/2023 08:27:41,-273.15
-13/12/2023 08:27:43,-273.15
-13/12/2023 08:27:45,-273.15
-13/12/2023 08:27:47,-273.15
-13/12/2023 08:27:49,-273.15
-13/12/2023 08:27:51,-273.15
-13/12/2023 08:27:53,-273.15
-13/12/2023 08:27:55,-273.15
-13/12/2023 08:27:57,-273.15
-13/12/2023 08:28:00,-273.15
-13/12/2023 08:28:02,-273.15
-13/12/2023 08:28:04,-273.15
-13/12/2023 08:28:06,-273.15
-13/12/2023 08:28:08,-273.15
-13/12/2023 08:28:10,-273.15
-13/12/2023 08:28:12,-273.15
-13/12/2023 08:28:14,-273.15
-13/12/2023 08:28:16,-273.15
-13/12/2023 08:28:18,-273.15
-13/12/2023 08:28:20,-273.15
-13/12/2023 08:28:22,-273.15
-13/12/2023 08:28:24,-273.15
-13/12/2023 08:28:26,-273.15
-13/12/2023 08:28:28,-273.15
-13/12/2023 08:28:30,-273.15
-13/12/2023 08:28:32,-273.15
-13/12/2023 08:28:34,-273.15
-13/12/2023 08:28:36,-273.15
-13/12/2023 08:28:38,-273.15
-13/12/2023 08:28:40,-273.15
-13/12/2023 08:28:42,-273.15
-13/12/2023 08:28:44,-273.15
-13/12/2023 08:28:46,-273.15
-13/12/2023 08:28:48,-273.15
-13/12/2023 08:28:50,-273.15
-13/12/2023 08:28:52,-273.15
-13/12/2023 08:28:54,-273.15
-13/12/2023 08:28:56,-273.15
-13/12/2023 08:28:58,-273.15
-13/12/2023 08:29:00,-273.15
-13/12/2023 08:29:02,-273.15
-13/12/2023 08:29:04,-273.15
-13/12/2023 08:29:06,-273.15
-13/12/2023 08:29:08,-273.15
-13/12/2023 08:29:10,-273.15
-13/12/2023 08:29:12,-273.15
-13/12/2023 08:29:14,-273.15
-13/12/2023 08:29:16,-273.15
-13/12/2023 08:29:18,-273.15
-13/12/2023 08:29:20,-273.15
-13/12/2023 08:29:22,-273.15
-13/12/2023 08:29:24,-273.15
-13/12/2023 08:29:26,-273.15
-13/12/2023 08:29:28,-273.15
-13/12/2023 08:29:30,-273.15
-13/12/2023 08:29:32,-273.15
-13/12/2023 08:29:34,-273.15
-13/12/2023 08:29:36,-273.15
-13/12/2023 08:29:38,-273.15
-13/12/2023 08:29:40,-273.15
-13/12/2023 08:29:42,-273.15
-13/12/2023 08:29:44,-273.15
-13/12/2023 08:29:46,-273.15
-13/12/2023 08:29:48,-273.15
-13/12/2023 08:29:50,-273.15
-13/12/2023 08:29:52,-273.15
-13/12/2023 08:29:54,-273.15
-13/12/2023 08:29:56,-273.15
-13/12/2023 08:29:58,-273.15
-13/12/2023 08:30:00,-273.15
-13/12/2023 08:30:02,-273.15
-13/12/2023 08:30:04,-273.15
-13/12/2023 08:30:06,-273.15
-13/12/2023 08:30:08,-273.15
-13/12/2023 08:30:10,-273.15
-13/12/2023 08:30:12,-273.15
-13/12/2023 08:30:14,-273.15
-13/12/2023 08:30:17,-273.15
-13/12/2023 08:30:19,-273.15
-13/12/2023 08:30:21,-273.15
-13/12/2023 08:30:23,-273.15
-13/12/2023 08:30:25,-273.15
-13/12/2023 08:30:27,-273.15
-13/12/2023 08:30:29,-273.15
-13/12/2023 08:30:31,-273.15
-13/12/2023 08:30:33,-273.15
-13/12/2023 08:30:35,-273.15
-13/12/2023 08:30:37,-273.15
-13/12/2023 08:30:39,-273.15
-13/12/2023 08:30:41,-273.15
-13/12/2023 08:30:43,-273.15
-13/12/2023 08:30:45,-273.15
-13/12/2023 08:30:47,-273.15
-13/12/2023 08:30:49,-273.15
-13/12/2023 08:30:51,-273.15
-13/12/2023 08:30:53,-273.15
-13/12/2023 08:30:55,-273.15
-13/12/2023 08:30:57,-273.15
-13/12/2023 08:30:59,-273.15
-13/12/2023 08:31:01,-273.15
-13/12/2023 08:31:03,-273.15
-13/12/2023 08:31:05,-273.15
-13/12/2023 08:31:07,-273.15
-13/12/2023 08:31:09,-273.15
-13/12/2023 08:31:11,-273.15
-13/12/2023 08:31:13,-273.15
-13/12/2023 08:31:15,-273.15
-13/12/2023 08:31:17,-273.15
-13/12/2023 08:31:19,-273.15
-13/12/2023 08:31:21,-273.15
-13/12/2023 08:31:23,-273.15
-13/12/2023 08:31:25,-273.15
-13/12/2023 08:31:27,-273.15
-13/12/2023 08:31:29,-273.15
-13/12/2023 08:31:31,-273.15
-13/12/2023 08:31:33,-273.15
-13/12/2023 08:31:35,-273.15
-13/12/2023 08:31:37,-273.15
-13/12/2023 08:31:39,-273.15
-13/12/2023 08:31:41,-273.15
-13/12/2023 08:31:43,-273.15
-13/12/2023 08:31:45,-273.15
-13/12/2023 08:31:47,-273.15
-13/12/2023 08:31:49,-273.15
-13/12/2023 08:31:51,-273.15
-13/12/2023 08:31:53,-273.15
-13/12/2023 08:31:55,-273.15
-13/12/2023 08:31:57,-273.15
-13/12/2023 08:31:59,-273.15
-13/12/2023 08:32:01,-273.15
-13/12/2023 08:32:03,-273.15
-13/12/2023 08:32:05,-273.15
-13/12/2023 08:32:07,-273.15
-13/12/2023 08:32:09,-273.15
-13/12/2023 08:32:11,-273.15
-13/12/2023 08:32:13,-273.15
-13/12/2023 08:32:15,-273.15
-13/12/2023 08:32:17,-273.15
-13/12/2023 08:32:19,-273.15
-13/12/2023 08:32:21,-273.15
-13/12/2023 08:32:23,-273.15
-13/12/2023 08:32:25,-273.15
-13/12/2023 08:32:27,-273.15
-13/12/2023 08:32:29,-273.15
-13/12/2023 08:32:31,-273.15
-13/12/2023 08:32:33,-273.15
-13/12/2023 08:32:35,-273.15
-13/12/2023 08:32:37,-273.15
-13/12/2023 08:32:40,-273.15
-13/12/2023 08:32:42,-273.15
-13/12/2023 08:32:44,-273.15
-13/12/2023 08:32:46,-273.15
-13/12/2023 08:32:48,-273.15
-13/12/2023 08:32:50,-273.15
-13/12/2023 08:32:52,-273.15
-13/12/2023 08:32:54,-273.15
-13/12/2023 08:32:56,-273.15
-13/12/2023 08:32:58,-273.15
-13/12/2023 08:33:00,-273.15
-13/12/2023 08:33:02,-273.15
-13/12/2023 08:33:04,-273.15
-13/12/2023 08:33:06,-273.15
-13/12/2023 08:33:08,-273.15
-13/12/2023 08:33:10,-273.15
-13/12/2023 08:33:12,-273.15
-13/12/2023 08:33:14,-273.15
-13/12/2023 08:33:16,-273.15
-13/12/2023 08:33:18,-273.15
-13/12/2023 08:33:20,-273.15
-13/12/2023 08:33:22,-273.15
-13/12/2023 08:33:24,-273.15
-13/12/2023 08:33:26,-273.15
-13/12/2023 08:33:28,-273.15
-13/12/2023 08:33:30,-273.15
-13/12/2023 08:33:32,-273.15
-13/12/2023 08:33:34,-273.15
-13/12/2023 08:33:36,-273.15
-13/12/2023 08:33:38,-273.15
-13/12/2023 08:33:40,-273.15
-13/12/2023 08:33:42,-273.15
-13/12/2023 08:33:44,-273.15
-13/12/2023 08:33:46,-273.15
-13/12/2023 08:33:48,-273.15
-13/12/2023 08:33:50,-273.15
-13/12/2023 08:33:52,-273.15
-13/12/2023 08:33:54,-273.15
-13/12/2023 08:33:56,-273.15
-13/12/2023 08:33:58,-273.15
-13/12/2023 08:34:00,-273.15
-13/12/2023 08:34:02,-273.15
-13/12/2023 08:34:04,-273.15
-13/12/2023 08:34:06,-273.15
-13/12/2023 08:34:08,-273.15
-13/12/2023 08:34:10,-273.15
-13/12/2023 08:34:12,-273.15
-13/12/2023 08:34:14,-273.15
-13/12/2023 08:34:16,-273.15
-13/12/2023 08:34:18,-273.15
-13/12/2023 08:34:20,-273.15
-13/12/2023 08:34:22,-273.15
-13/12/2023 08:34:24,-273.15
-13/12/2023 08:34:26,-273.15
-13/12/2023 08:34:28,-273.15
-13/12/2023 08:34:30,-273.15
-13/12/2023 08:34:32,-273.15
-13/12/2023 08:34:34,-273.15
-13/12/2023 08:34:36,-273.15
-13/12/2023 08:34:38,-273.15
-13/12/2023 08:34:40,-273.15
-13/12/2023 08:34:42,-273.15
-13/12/2023 08:34:44,-273.15
-13/12/2023 08:34:46,-273.15
-13/12/2023 08:34:48,-273.15
-13/12/2023 08:34:50,-273.15
-13/12/2023 08:34:52,-273.15
-13/12/2023 08:34:54,-273.15
-13/12/2023 08:34:56,-273.15
-13/12/2023 08:34:58,-273.15
-13/12/2023 08:35:00,-273.15
-13/12/2023 08:35:03,-273.15
-13/12/2023 08:35:05,-273.15
-13/12/2023 08:35:07,-273.15
-13/12/2023 08:35:09,-273.15
-13/12/2023 08:35:11,-273.15
-13/12/2023 08:35:13,-273.15
-13/12/2023 08:35:15,-273.15
-13/12/2023 08:35:17,-273.15
-13/12/2023 08:35:19,-273.15
-13/12/2023 08:35:21,-273.15
-13/12/2023 08:35:23,-273.15
-13/12/2023 08:35:25,-273.15
-13/12/2023 08:35:27,-273.15
-13/12/2023 08:35:29,-273.15
-13/12/2023 08:35:31,-273.15
-13/12/2023 08:35:33,-273.15
-13/12/2023 08:35:35,-273.15
-13/12/2023 08:35:37,-273.15
-13/12/2023 08:35:39,-273.15
-13/12/2023 08:35:41,-273.15
-13/12/2023 08:35:43,-273.15
-13/12/2023 08:35:45,-273.15
-13/12/2023 08:35:47,-273.15
-13/12/2023 08:35:49,-273.15
-13/12/2023 08:35:51,-273.15
-13/12/2023 08:35:53,-273.15
-13/12/2023 08:35:55,-273.15
-13/12/2023 08:35:57,-273.15
-13/12/2023 08:35:59,-273.15
-13/12/2023 08:36:01,-273.15
-13/12/2023 08:36:03,-273.15
-13/12/2023 08:36:05,-273.15
-13/12/2023 08:36:07,-273.15
-13/12/2023 08:36:09,-273.15
-13/12/2023 08:44:42,-273.15
-13/12/2023 08:44:44,-273.15
-13/12/2023 08:44:46,-273.15
-13/12/2023 08:44:48,-273.15
-13/12/2023 08:44:50,-273.15
-13/12/2023 08:44:52,-273.15
-13/12/2023 08:44:54,-273.15
-13/12/2023 08:44:57,-273.15
-13/12/2023 08:44:59,-273.15
-13/12/2023 08:45:01,-273.15
-13/12/2023 08:45:03,-273.15
-13/12/2023 08:45:05,-273.15
-13/12/2023 08:45:07,-273.15
-13/12/2023 08:45:09,-273.15
-13/12/2023 08:45:11,-273.15
-13/12/2023 08:45:13,-273.15
-13/12/2023 08:45:15,-273.15
-13/12/2023 08:45:17,-273.15
-13/12/2023 08:45:19,-273.15
-13/12/2023 08:45:21,-273.15
-13/12/2023 08:45:23,-273.15
-13/12/2023 08:45:25,-273.15
-13/12/2023 08:45:27,-273.15
-13/12/2023 08:45:29,-273.15
-13/12/2023 08:45:31,-273.15
-13/12/2023 08:45:33,-273.15
-13/12/2023 08:45:35,-273.15
-13/12/2023 08:45:37,-273.15
-13/12/2023 08:45:39,-273.15
-13/12/2023 08:45:41,-273.15
-13/12/2023 08:45:43,-273.15
-13/12/2023 08:45:45,-273.15
-13/12/2023 08:45:47,-273.15
-13/12/2023 08:45:49,-273.15
-13/12/2023 08:45:51,-273.15
-13/12/2023 08:45:53,-273.15
-13/12/2023 08:45:55,-273.15
-13/12/2023 08:45:57,-273.15
-13/12/2023 08:45:59,-273.15
-13/12/2023 08:46:01,-273.15
-13/12/2023 08:46:03,-273.15
-13/12/2023 08:46:05,-273.15
-13/12/2023 08:46:07,-273.15
-13/12/2023 08:46:09,-273.15
-13/12/2023 08:46:11,-273.15
-13/12/2023 08:46:13,-273.15
-13/12/2023 08:46:15,-273.15
-13/12/2023 08:46:17,-273.15
-13/12/2023 08:46:19,-273.15
-13/12/2023 08:46:21,-273.15
-13/12/2023 08:46:23,-273.15
-13/12/2023 08:46:25,-273.15
-13/12/2023 08:46:27,-273.15
-13/12/2023 08:46:29,-273.15
-13/12/2023 08:46:31,-273.15
-13/12/2023 08:46:33,-273.15
-13/12/2023 08:46:35,-273.15
-13/12/2023 08:46:37,-273.15
-13/12/2023 08:46:40,-273.15
-13/12/2023 08:46:42,-273.15
-13/12/2023 08:46:44,-273.15
-13/12/2023 08:46:46,-273.15
-13/12/2023 08:46:48,-273.15
-13/12/2023 08:46:50,-273.15
-13/12/2023 08:46:52,-273.15
-13/12/2023 08:46:54,-273.15
-13/12/2023 08:46:56,-273.15
-13/12/2023 08:46:58,-273.15
-13/12/2023 08:47:00,-273.15
-13/12/2023 08:47:02,-273.15
-13/12/2023 08:47:04,-273.15
-13/12/2023 08:47:06,-273.15
-13/12/2023 08:47:08,-273.15
-13/12/2023 08:47:10,-273.15
-13/12/2023 08:47:12,-273.15
-13/12/2023 08:47:14,-273.15
-13/12/2023 08:47:16,-273.15
-13/12/2023 08:47:18,-273.15
-13/12/2023 08:47:20,-273.15
-13/12/2023 08:47:22,-273.15
-13/12/2023 08:47:24,-273.15
-13/12/2023 08:47:26,-273.15
-13/12/2023 08:47:28,-273.15
-13/12/2023 08:47:30,-273.15
-13/12/2023 08:47:32,-273.15
-13/12/2023 08:47:34,-273.15
-13/12/2023 08:47:36,-273.15
-13/12/2023 08:47:38,-273.15
-13/12/2023 08:47:40,-273.15
-13/12/2023 08:47:42,-273.15
-13/12/2023 08:47:44,-273.15
-13/12/2023 08:47:46,-273.15
-13/12/2023 08:47:48,-273.15
-13/12/2023 08:47:50,-273.15
-13/12/2023 08:47:52,-273.15
-13/12/2023 08:47:54,-273.15
-13/12/2023 08:47:56,-273.15
-13/12/2023 08:47:58,-273.15
-13/12/2023 08:48:00,-273.15
-13/12/2023 08:48:02,-273.15
-13/12/2023 08:48:04,-273.15
-13/12/2023 08:48:06,-273.15
-13/12/2023 08:48:08,-273.15
-13/12/2023 08:48:10,-273.15
-13/12/2023 08:48:12,-273.15
-13/12/2023 08:48:14,-273.15
-13/12/2023 08:48:16,-273.15
-13/12/2023 08:48:18,-273.15
-13/12/2023 08:48:20,-273.15
-13/12/2023 08:48:22,-273.15
-13/12/2023 08:48:24,-273.15
-13/12/2023 08:48:26,-273.15
-13/12/2023 08:48:28,-273.15
-13/12/2023 08:48:30,-273.15
-13/12/2023 08:48:32,-273.15
-13/12/2023 08:48:34,-273.15
-13/12/2023 08:48:36,-273.15
-13/12/2023 08:48:38,-273.15
-13/12/2023 08:48:40,-273.15
-13/12/2023 08:48:42,-273.15
-13/12/2023 08:48:45,-273.15
-13/12/2023 08:49:12,-273.15
-13/12/2023 08:49:14,-273.15
-13/12/2023 08:49:16,-273.15
-13/12/2023 08:49:18,-273.15
-13/12/2023 08:49:20,-273.15
-13/12/2023 08:49:22,-273.15
-13/12/2023 08:49:24,-273.15
-13/12/2023 08:49:26,-273.15
-13/12/2023 08:49:28,-273.15
-13/12/2023 08:49:30,-273.15
-13/12/2023 08:49:32,-273.15
-13/12/2023 08:49:34,-273.15
-13/12/2023 08:49:36,-273.15
-13/12/2023 08:49:38,-273.15
-13/12/2023 08:49:40,-273.15
-13/12/2023 08:49:42,-273.15
-13/12/2023 08:49:44,-273.15
-13/12/2023 08:49:46,-273.15
-13/12/2023 08:49:48,-273.15
-13/12/2023 08:49:50,-273.15
-13/12/2023 08:49:52,-273.15
-13/12/2023 08:49:54,-273.15
-13/12/2023 08:49:56,-273.15
-13/12/2023 08:49:58,-273.15
-13/12/2023 08:50:00,-273.15
-13/12/2023 08:50:02,-273.15
-13/12/2023 08:50:04,-273.15
-13/12/2023 08:50:06,-273.15
-13/12/2023 08:50:08,-273.15
-13/12/2023 08:50:10,-273.15
-13/12/2023 08:50:12,-273.15
-13/12/2023 08:50:14,-273.15
-13/12/2023 08:50:16,-273.15
-13/12/2023 08:50:18,-273.15
-13/12/2023 08:50:20,-273.15
-13/12/2023 08:50:22,-273.15
-13/12/2023 08:50:24,-273.15
-13/12/2023 08:50:26,-273.15
-13/12/2023 08:50:28,-273.15
-13/12/2023 08:50:30,-273.15
-13/12/2023 08:50:32,-273.15
-13/12/2023 08:50:34,-273.15
-13/12/2023 08:50:36,-273.15
-13/12/2023 08:50:38,-273.15
-13/12/2023 08:50:40,-273.15
-13/12/2023 08:50:42,-273.15
-13/12/2023 08:50:44,-273.15
-13/12/2023 08:50:46,-273.15
-13/12/2023 08:50:48,-273.15
-13/12/2023 08:50:50,-273.15
-13/12/2023 08:50:52,-273.15
-13/12/2023 08:50:54,-273.15
-13/12/2023 08:50:56,-273.15
-13/12/2023 08:50:58,-273.15
-13/12/2023 08:51:00,-273.15
-13/12/2023 08:51:02,-273.15
-13/12/2023 08:51:04,-273.15
-13/12/2023 08:51:06,-273.15
-13/12/2023 08:51:08,-273.15
-13/12/2023 08:51:10,-273.15
-13/12/2023 08:51:12,-273.15
-13/12/2023 08:51:14,-273.15
-13/12/2023 08:51:16,-273.15
-13/12/2023 08:51:18,-273.15
-13/12/2023 08:51:20,-273.15
-13/12/2023 08:51:22,-273.15
-13/12/2023 08:51:24,-273.15
-13/12/2023 08:51:26,-273.15
-13/12/2023 08:51:28,-273.15
-13/12/2023 08:51:30,-273.15
-13/12/2023 08:51:32,-273.15
-13/12/2023 08:51:34,-273.15
-13/12/2023 08:51:36,-273.15
-13/12/2023 08:51:38,-273.15
-13/12/2023 08:51:40,-273.15
-13/12/2023 08:51:42,-273.15
-13/12/2023 08:51:44,-273.15
-13/12/2023 08:51:46,-273.15
-13/12/2023 08:51:48,-273.15
-13/12/2023 08:51:50,-273.15
-13/12/2023 08:51:52,-273.15
-13/12/2023 08:51:54,-273.15
-13/12/2023 08:51:56,-273.15
-13/12/2023 08:51:58,-273.15
-13/12/2023 08:52:00,-273.15
-13/12/2023 08:52:02,-273.15
-13/12/2023 08:52:04,-273.15
-13/12/2023 08:52:06,-273.15
-13/12/2023 08:52:08,-273.15
-13/12/2023 08:52:10,-273.15
-13/12/2023 08:52:12,-273.15
-13/12/2023 08:52:14,-273.15
-13/12/2023 08:52:16,-273.15
-13/12/2023 08:52:18,-273.15
-13/12/2023 08:52:20,-273.15
-13/12/2023 08:52:22,-273.15
-13/12/2023 08:52:24,-273.15
-13/12/2023 08:52:26,-273.15
-13/12/2023 08:52:28,-273.15
-13/12/2023 08:52:30,-273.15
-13/12/2023 08:52:32,-273.15
-13/12/2023 08:52:34,-273.15
-13/12/2023 08:52:36,-273.15
-13/12/2023 08:52:38,-273.15
-13/12/2023 08:52:40,-273.15
-13/12/2023 08:52:42,-273.15
-13/12/2023 08:52:44,-273.15
-13/12/2023 08:52:46,-273.15
-13/12/2023 08:52:48,-273.15
-13/12/2023 08:52:51,-273.15
-13/12/2023 08:52:53,-273.15
-13/12/2023 08:52:55,-273.15
-13/12/2023 08:52:57,-273.15
-13/12/2023 08:52:59,-273.15
-13/12/2023 08:53:01,-273.15
-13/12/2023 08:53:03,-273.15
-13/12/2023 08:53:05,-273.15
-13/12/2023 08:53:07,-273.15
-13/12/2023 08:53:09,-273.15
-13/12/2023 08:53:11,-273.15
-13/12/2023 08:53:13,-273.15
-13/12/2023 08:53:15,-273.15
-13/12/2023 08:53:17,-273.15
-13/12/2023 08:53:19,-273.15
-13/12/2023 08:53:21,-273.15
-13/12/2023 08:53:23,-273.15
-13/12/2023 08:53:25,-273.15
-13/12/2023 08:53:27,-273.15
-13/12/2023 08:53:29,-273.15
-13/12/2023 08:53:31,-273.15
-13/12/2023 08:53:33,-273.15
-13/12/2023 08:53:35,-273.15
-13/12/2023 08:53:37,-273.15
-13/12/2023 08:53:39,-273.15
-13/12/2023 08:53:41,-273.15
-13/12/2023 08:53:43,-273.15
-13/12/2023 08:53:45,-273.15
-13/12/2023 08:53:47,-273.15
-13/12/2023 08:53:49,-273.15
-13/12/2023 08:53:51,-273.15
-13/12/2023 08:53:53,-273.15
-13/12/2023 08:53:55,-273.15
-13/12/2023 08:53:57,-273.15
-13/12/2023 08:53:59,-273.15
-13/12/2023 08:54:01,-273.15
-13/12/2023 08:54:03,-273.15
-13/12/2023 08:54:05,-273.15
-13/12/2023 08:54:07,-273.15
-13/12/2023 08:54:09,-273.15
-13/12/2023 08:54:11,-273.15
-13/12/2023 08:54:13,-273.15
-13/12/2023 08:54:15,-273.15
-13/12/2023 08:54:17,-273.15
-13/12/2023 08:54:19,-273.15
-13/12/2023 08:54:21,-273.15
-13/12/2023 08:54:23,-273.15
-13/12/2023 08:54:25,-273.15
-13/12/2023 08:54:27,-273.15
-13/12/2023 08:54:29,-273.15
-13/12/2023 08:54:31,-273.15
-13/12/2023 08:54:33,-273.15
-13/12/2023 08:54:35,-273.15
-13/12/2023 08:54:37,-273.15
-13/12/2023 08:54:39,-273.15
-13/12/2023 08:54:41,-273.15
-13/12/2023 08:54:43,-273.15
-13/12/2023 08:54:45,-273.15
-13/12/2023 08:54:47,-273.15
-13/12/2023 08:54:49,-273.15
-13/12/2023 08:54:51,-273.15
-13/12/2023 08:54:53,-273.15
-13/12/2023 08:54:55,-273.15
-13/12/2023 08:54:57,-273.15
-13/12/2023 08:54:59,-273.15
-13/12/2023 08:55:01,-273.15
-13/12/2023 08:55:03,-273.15
-13/12/2023 08:55:05,-273.15
-13/12/2023 08:55:07,-273.15
-13/12/2023 08:55:09,-273.15
-13/12/2023 08:55:11,-273.15
-13/12/2023 08:55:13,-273.15
-13/12/2023 08:55:15,-273.15
-13/12/2023 08:55:17,-273.15
-13/12/2023 08:55:19,-273.15
-13/12/2023 08:55:21,-273.15
-13/12/2023 08:55:23,-273.15
-13/12/2023 08:55:25,-273.15
-13/12/2023 08:55:27,-273.15
-13/12/2023 08:55:29,-273.15
-13/12/2023 08:55:31,-273.15
-13/12/2023 08:55:33,-273.15
-13/12/2023 08:55:35,-273.15
-13/12/2023 08:55:37,-273.15
-13/12/2023 08:55:39,-273.15
-13/12/2023 08:56:07,-273.15
-13/12/2023 08:56:09,-273.15
-13/12/2023 08:56:11,-273.15
-13/12/2023 08:56:13,-273.15
-13/12/2023 08:56:15,-273.15
-13/12/2023 08:56:17,-273.15
-13/12/2023 08:56:19,-273.15
-13/12/2023 08:56:21,-273.15
-13/12/2023 08:56:23,-273.15
-13/12/2023 08:56:25,-273.15
-13/12/2023 08:56:27,-273.15
-13/12/2023 08:56:29,-273.15
-13/12/2023 08:56:31,-273.15
-13/12/2023 08:56:33,-273.15
-13/12/2023 08:56:35,-273.15
-13/12/2023 08:56:37,-273.15
-13/12/2023 08:56:39,-273.15
-13/12/2023 08:56:41,-273.15
-13/12/2023 08:56:43,-273.15
-13/12/2023 08:56:45,-273.15
-13/12/2023 08:56:47,-273.15
-13/12/2023 08:56:49,-273.15
-13/12/2023 08:56:51,-273.15
-13/12/2023 08:56:53,-273.15
-13/12/2023 08:56:55,-273.15
-13/12/2023 08:56:57,-273.15
-13/12/2023 08:56:59,-273.15
-13/12/2023 08:57:01,-273.15
-13/12/2023 08:57:03,-273.15
-13/12/2023 08:57:05,-273.15
-13/12/2023 08:57:07,-273.15
-13/12/2023 08:57:09,-273.15
-13/12/2023 08:57:12,-273.15
-13/12/2023 08:57:14,-273.15
-13/12/2023 08:57:16,-273.15
-13/12/2023 08:57:18,-273.15
-13/12/2023 08:57:20,-273.15
-13/12/2023 08:57:22,-273.15
-13/12/2023 08:57:24,-273.15
-13/12/2023 08:57:26,-273.15
-13/12/2023 08:57:28,-273.15
-13/12/2023 08:57:30,-273.15
-13/12/2023 08:57:32,-273.15
-13/12/2023 08:57:34,-273.15
-13/12/2023 08:57:36,-273.15
-13/12/2023 08:57:38,-273.15
-13/12/2023 08:57:40,-273.15
-13/12/2023 08:57:42,-273.15
-13/12/2023 08:57:44,-273.15
-13/12/2023 08:57:46,-273.15
-13/12/2023 08:57:48,-273.15
-13/12/2023 08:57:50,-273.15
-13/12/2023 08:57:52,-273.15
-13/12/2023 08:57:54,-273.15
-13/12/2023 08:57:56,-273.15
-13/12/2023 08:57:58,-273.15
-13/12/2023 08:58:00,-273.15
-13/12/2023 08:58:02,-273.15
-13/12/2023 08:58:04,-273.15
-13/12/2023 08:58:06,-273.15
-13/12/2023 08:58:08,-273.15
-13/12/2023 08:58:10,-273.15
-13/12/2023 08:58:12,-273.15
-13/12/2023 08:58:14,-273.15
-13/12/2023 08:58:16,-273.15
-13/12/2023 08:58:18,-273.15
-13/12/2023 08:58:20,-273.15
-13/12/2023 08:58:22,-273.15
-13/12/2023 08:58:24,-273.15
-13/12/2023 08:58:26,-273.15
-13/12/2023 08:58:28,-273.15
-13/12/2023 08:58:30,-273.15
-13/12/2023 08:58:32,-273.15
-13/12/2023 08:58:34,-273.15
-13/12/2023 08:58:36,-273.15
-13/12/2023 08:58:38,-273.15
-13/12/2023 08:58:40,-273.15
-13/12/2023 08:58:42,-273.15
-13/12/2023 08:58:44,-273.15
-13/12/2023 08:58:46,-273.15
-13/12/2023 08:58:48,-273.15
-13/12/2023 08:58:51,-273.15
-13/12/2023 08:58:53,-273.15
-13/12/2023 08:58:55,-273.15
-13/12/2023 08:58:57,-273.15
-13/12/2023 08:58:59,-273.15
-13/12/2023 08:59:01,-273.15
-13/12/2023 08:59:03,-273.15
-13/12/2023 08:59:05,-273.15
-13/12/2023 08:59:07,-273.15
-13/12/2023 08:59:09,-273.15
-13/12/2023 08:59:11,-273.15
-13/12/2023 08:59:13,-273.15
-13/12/2023 08:59:15,-273.15
-13/12/2023 08:59:17,-273.15
-13/12/2023 08:59:19,-273.15
-13/12/2023 08:59:21,-273.15
-13/12/2023 08:59:23,-273.15
-13/12/2023 08:59:25,-273.15
-13/12/2023 08:59:27,-273.15
-13/12/2023 08:59:29,-273.15
-13/12/2023 08:59:31,-273.15
-13/12/2023 08:59:33,-273.15
-13/12/2023 08:59:35,-273.15
-13/12/2023 08:59:37,-273.15
-13/12/2023 08:59:39,-273.15
-13/12/2023 08:59:41,-273.15
-13/12/2023 08:59:43,-273.15
-13/12/2023 08:59:45,-273.15
-13/12/2023 08:59:47,-273.15
-13/12/2023 08:59:49,-273.15
-13/12/2023 08:59:51,-273.15
-13/12/2023 08:59:53,-273.15
-13/12/2023 08:59:55,-273.15
-13/12/2023 08:59:57,-273.15
-13/12/2023 08:59:59,-273.15
-13/12/2023 09:00:01,-273.15
-13/12/2023 09:00:03,-273.15
-13/12/2023 09:00:05,-273.15
-13/12/2023 09:00:07,-273.15
-13/12/2023 09:00:09,-273.15
-13/12/2023 09:00:11,-273.15
-13/12/2023 09:00:13,-273.15
-13/12/2023 09:00:15,-273.15
-13/12/2023 09:00:17,-273.15
-13/12/2023 09:00:19,-273.15
-13/12/2023 09:00:21,-273.15
-13/12/2023 09:00:23,-273.15
-13/12/2023 09:00:25,-273.15
-13/12/2023 09:00:27,-273.15
-13/12/2023 09:00:29,-273.15
-13/12/2023 09:00:31,-273.15
-13/12/2023 09:00:33,-273.15
-13/12/2023 09:00:35,-273.15
-13/12/2023 09:00:37,-273.15
-13/12/2023 09:00:39,-273.15
-13/12/2023 09:00:41,-273.15
-13/12/2023 09:00:43,-273.15
-13/12/2023 09:00:45,-273.15
-13/12/2023 09:00:47,-273.15
-13/12/2023 09:00:49,-273.15
-13/12/2023 09:00:51,-273.15
-13/12/2023 09:00:54,-273.15
-13/12/2023 09:00:56,-273.15
-13/12/2023 09:00:58,-273.15
-13/12/2023 09:01:00,-273.15
-13/12/2023 09:01:02,-273.15
-13/12/2023 09:01:04,-273.15
-13/12/2023 09:01:06,-273.15
-13/12/2023 09:01:08,-273.15
-13/12/2023 09:01:10,-273.15
-13/12/2023 09:01:12,-273.15
-13/12/2023 09:01:14,-273.15
-13/12/2023 09:01:16,-273.15
-13/12/2023 09:01:18,-273.15
-13/12/2023 09:01:20,-273.15
-13/12/2023 09:01:22,-273.15
-13/12/2023 09:01:24,-273.15
-13/12/2023 09:01:26,-273.15
-13/12/2023 09:01:28,-273.15
-13/12/2023 09:01:30,-273.15
-13/12/2023 09:01:32,-273.15
-13/12/2023 09:01:34,-273.15
-13/12/2023 09:01:36,-273.15
-13/12/2023 09:01:38,-273.15
-13/12/2023 09:01:40,-273.15
-13/12/2023 09:01:42,-273.15
-13/12/2023 09:01:44,-273.15
-13/12/2023 09:01:46,-273.15
-13/12/2023 09:01:48,-273.15
-13/12/2023 09:01:50,-273.15
-13/12/2023 09:01:52,-273.15
-13/12/2023 09:01:54,-273.15
-13/12/2023 09:01:56,-273.15
-13/12/2023 09:01:58,-273.15
-13/12/2023 09:02:00,-273.15
-13/12/2023 09:02:02,-273.15
-13/12/2023 09:02:04,-273.15
-13/12/2023 09:02:06,-273.15
-13/12/2023 09:02:08,-273.15
-13/12/2023 09:02:10,-273.15
-13/12/2023 09:02:12,-273.15
-13/12/2023 09:02:14,-273.15
-13/12/2023 09:02:16,-273.15
-13/12/2023 09:02:18,-273.15
-13/12/2023 09:02:20,-273.15
-13/12/2023 09:02:22,-273.15
-13/12/2023 09:02:24,-273.15
-13/12/2023 09:02:26,-273.15
-13/12/2023 09:02:28,-273.15
-13/12/2023 09:02:30,-273.15
-13/12/2023 09:02:32,-273.15
-13/12/2023 09:02:34,-273.15
-13/12/2023 09:02:36,-273.15
-13/12/2023 09:02:38,-273.15
-13/12/2023 09:02:40,-273.15
-13/12/2023 09:02:42,-273.15
-13/12/2023 09:02:44,-273.15
-13/12/2023 09:02:46,-273.15
-13/12/2023 09:02:48,-273.15
-13/12/2023 09:02:50,-273.15
-13/12/2023 09:02:52,-273.15
-13/12/2023 09:02:54,-273.15
-13/12/2023 09:02:56,-273.15
-13/12/2023 09:02:58,-273.15
-13/12/2023 09:03:01,-273.15
-13/12/2023 09:03:03,-273.15
-13/12/2023 09:03:05,-273.15
-13/12/2023 09:03:07,-273.15
-13/12/2023 09:03:09,-273.15
-13/12/2023 09:03:11,-273.15
-13/12/2023 09:03:13,-273.15
-13/12/2023 09:03:15,-273.15
-13/12/2023 09:03:17,-273.15
-13/12/2023 09:03:19,-273.15
-13/12/2023 09:03:21,-273.15
-13/12/2023 09:03:23,-273.15
-13/12/2023 09:03:25,-273.15
-13/12/2023 09:03:27,-273.15
-13/12/2023 09:03:29,-273.15
-13/12/2023 09:03:31,-273.15
-13/12/2023 09:03:33,-273.15
-13/12/2023 09:03:35,-273.15
-13/12/2023 09:03:37,-273.15
-13/12/2023 09:03:39,-273.15
-13/12/2023 09:03:41,-273.15
-13/12/2023 09:03:43,-273.15
-13/12/2023 09:03:45,-273.15
-13/12/2023 09:03:47,-273.15
-13/12/2023 09:03:49,-273.15
-13/12/2023 09:03:51,-273.15
-13/12/2023 09:03:53,-273.15
-13/12/2023 09:03:55,-273.15
-13/12/2023 09:03:57,-273.15
-13/12/2023 09:03:59,-273.15
-13/12/2023 09:04:01,-273.15
-13/12/2023 09:04:03,-273.15
-13/12/2023 09:04:05,-273.15
-13/12/2023 09:04:07,-273.15
-13/12/2023 09:04:09,-273.15
-13/12/2023 09:04:11,-273.15
-13/12/2023 09:04:13,-273.15
-13/12/2023 09:04:15,-273.15
-13/12/2023 09:04:17,-273.15
-13/12/2023 09:04:19,-273.15
-13/12/2023 09:04:21,-273.15
-13/12/2023 09:04:23,-273.15
-13/12/2023 09:04:25,-273.15
-13/12/2023 09:04:27,-273.15
-13/12/2023 09:04:29,-273.15
-13/12/2023 09:04:31,-273.15
-13/12/2023 09:04:33,-273.15
-13/12/2023 09:04:35,-273.15
-13/12/2023 09:04:37,-273.15
-13/12/2023 09:04:39,-273.15
-13/12/2023 09:04:41,-273.15
-13/12/2023 09:04:43,-273.15
-13/12/2023 09:04:45,-273.15
-13/12/2023 09:04:47,-273.15
-13/12/2023 09:04:49,-273.15
-13/12/2023 09:04:51,-273.15
-13/12/2023 09:04:53,-273.15
-13/12/2023 09:04:55,-273.15
-13/12/2023 09:04:57,-273.15
-13/12/2023 09:04:59,-273.15
-13/12/2023 09:05:01,-273.15
-13/12/2023 09:05:03,-273.15
-13/12/2023 09:05:05,-273.15
-13/12/2023 09:05:07,-273.15
-13/12/2023 09:05:09,-273.15
-13/12/2023 09:05:11,-273.15
-13/12/2023 09:05:13,-273.15
-13/12/2023 09:05:15,-273.15
-13/12/2023 09:05:17,-273.15
-13/12/2023 09:05:19,-273.15
-13/12/2023 09:05:21,-273.15
-13/12/2023 09:05:23,-273.15
-13/12/2023 09:05:26,-273.15
-13/12/2023 09:05:28,-273.15
-13/12/2023 09:05:30,-273.15
-13/12/2023 09:05:32,-273.15
-13/12/2023 09:05:34,-273.15
-13/12/2023 09:05:36,-273.15
-13/12/2023 09:05:38,-273.15
-13/12/2023 09:05:40,-273.15
-13/12/2023 09:05:42,-273.15
-13/12/2023 09:05:44,-273.15
-13/12/2023 09:05:46,-273.15
-13/12/2023 09:05:48,-273.15
-13/12/2023 09:05:50,-273.15
-13/12/2023 09:05:52,-273.15
-13/12/2023 09:05:54,-273.15
-13/12/2023 09:05:56,-273.15
-13/12/2023 09:05:58,-273.15
-13/12/2023 09:06:00,-273.15
-13/12/2023 09:06:02,-273.15
-13/12/2023 09:06:04,-273.15
-13/12/2023 09:06:06,-273.15
-13/12/2023 09:06:08,-273.15
-13/12/2023 09:06:10,-273.15
-13/12/2023 09:06:12,-273.15
-13/12/2023 09:06:14,-273.15
-13/12/2023 09:06:16,-273.15
-13/12/2023 09:06:18,-273.15
-13/12/2023 09:06:20,-273.15
-13/12/2023 09:06:22,-273.15
-13/12/2023 09:06:24,-273.15
-13/12/2023 09:06:26,-273.15
-13/12/2023 09:06:28,-273.15
-13/12/2023 09:06:30,-273.15
-13/12/2023 09:06:32,-273.15
-13/12/2023 09:06:34,-273.15
-13/12/2023 09:06:36,-273.15
-13/12/2023 09:06:38,-273.15
-13/12/2023 09:06:40,-273.15
-13/12/2023 09:06:42,-273.15
-13/12/2023 09:06:44,-273.15
-13/12/2023 09:06:46,-273.15
-13/12/2023 09:06:48,-273.15
-13/12/2023 09:06:50,-273.15
-13/12/2023 09:06:52,-273.15
-13/12/2023 09:06:54,-273.15
-13/12/2023 09:06:56,-273.15
-13/12/2023 09:06:58,-273.15
-13/12/2023 09:07:00,-273.15
-13/12/2023 09:07:02,-273.15
-13/12/2023 09:07:04,-273.15
-13/12/2023 09:07:06,-273.15
-13/12/2023 09:07:08,-273.15
-13/12/2023 09:07:10,-273.15
-13/12/2023 09:07:12,-273.15
-13/12/2023 09:07:14,-273.15
-13/12/2023 09:07:16,-273.15
-13/12/2023 09:07:18,-273.15
-13/12/2023 09:07:20,-273.15
-13/12/2023 09:07:22,-273.15
-13/12/2023 09:07:24,-273.15
-13/12/2023 09:07:26,-273.15
-13/12/2023 09:07:28,-273.15
-13/12/2023 09:07:30,-273.15
-13/12/2023 09:07:32,-273.15
-13/12/2023 09:07:34,-273.15
-13/12/2023 09:07:36,-273.15
-13/12/2023 09:07:38,-273.15
-13/12/2023 09:07:40,-273.15
-13/12/2023 09:07:42,-273.15
-13/12/2023 09:07:45,-273.15
-13/12/2023 09:07:47,-273.15
-13/12/2023 09:07:49,-273.15
-13/12/2023 09:07:51,-273.15
-13/12/2023 09:07:53,-273.15
-13/12/2023 09:07:55,-273.15
-13/12/2023 09:07:57,-273.15
-13/12/2023 09:07:59,-273.15
-13/12/2023 09:08:01,-273.15
-13/12/2023 09:08:03,-273.15
-13/12/2023 09:08:05,-273.15
-13/12/2023 09:08:07,-273.15
-13/12/2023 09:08:09,-273.15
-13/12/2023 09:08:11,-273.15
-13/12/2023 09:08:13,-273.15
-13/12/2023 09:08:15,-273.15
-13/12/2023 09:08:17,-273.15
-13/12/2023 09:08:19,-273.15
-13/12/2023 09:08:21,-273.15
-13/12/2023 09:08:23,-273.15
-13/12/2023 09:08:25,-273.15
-13/12/2023 09:08:27,-273.15
-13/12/2023 09:08:29,-273.15
-13/12/2023 09:08:31,-273.15
-13/12/2023 09:08:33,-273.15
-13/12/2023 09:08:35,-273.15
-13/12/2023 09:08:37,-273.15
-13/12/2023 09:08:39,-273.15
-13/12/2023 09:08:41,-273.15
-13/12/2023 09:08:43,-273.15
-13/12/2023 09:08:45,-273.15
-13/12/2023 09:08:47,-273.15
-13/12/2023 09:08:49,-273.15
-13/12/2023 09:08:51,-273.15
-13/12/2023 09:08:53,-273.15
-13/12/2023 09:08:55,-273.15
-13/12/2023 09:08:57,-273.15
-13/12/2023 09:08:59,-273.15
-13/12/2023 09:09:01,-273.15
-13/12/2023 09:09:03,-273.15
-13/12/2023 09:09:05,-273.15
-13/12/2023 09:09:07,-273.15
-13/12/2023 09:09:09,-273.15
-13/12/2023 09:09:11,-273.15
-13/12/2023 09:09:13,-273.15
-13/12/2023 09:09:15,-273.15
-13/12/2023 09:09:17,-273.15
-13/12/2023 09:09:19,-273.15
-13/12/2023 09:09:21,-273.15
-13/12/2023 09:09:23,-273.15
-13/12/2023 09:09:25,-273.15
-13/12/2023 09:09:27,-273.15
-13/12/2023 09:09:29,-273.15
-13/12/2023 09:09:31,-273.15
-13/12/2023 09:09:33,-273.15
-13/12/2023 09:09:35,-273.15
-13/12/2023 09:09:37,-273.15
-13/12/2023 09:09:39,-273.15
-13/12/2023 09:09:41,-273.15
-13/12/2023 09:09:43,-273.15
-13/12/2023 09:09:45,-273.15
-13/12/2023 09:09:47,-273.15
-13/12/2023 09:09:49,-273.15
-13/12/2023 09:09:51,-273.15
-13/12/2023 09:09:53,-273.15
-13/12/2023 09:09:55,-273.15
-13/12/2023 09:09:57,-273.15
-13/12/2023 09:09:59,-273.15
-13/12/2023 09:10:01,-273.15
-13/12/2023 09:10:03,-273.15
-13/12/2023 09:10:06,-273.15
-13/12/2023 09:10:08,-273.15
-13/12/2023 09:10:10,-273.15
-13/12/2023 09:10:12,-273.15
-13/12/2023 09:10:14,-273.15
-13/12/2023 09:10:16,-273.15
-13/12/2023 09:10:18,-273.15
-13/12/2023 09:10:20,-273.15
-13/12/2023 09:10:22,-273.15
-13/12/2023 09:10:24,-273.15
-13/12/2023 09:10:26,-273.15
-13/12/2023 09:10:28,-273.15
-13/12/2023 09:10:30,-273.15
-13/12/2023 09:10:32,-273.15
-13/12/2023 09:10:34,-273.15
-13/12/2023 09:10:36,-273.15
-13/12/2023 09:10:38,-273.15
-13/12/2023 09:10:40,-273.15
-13/12/2023 09:10:42,-273.15
-13/12/2023 09:10:44,-273.15
-13/12/2023 09:10:46,-273.15
-13/12/2023 09:10:48,-273.15
-13/12/2023 09:10:50,-273.15
-13/12/2023 09:10:52,-273.15
-13/12/2023 09:10:54,-273.15
-13/12/2023 09:10:56,-273.15
-13/12/2023 09:10:58,-273.15
-13/12/2023 09:11:00,-273.15
-13/12/2023 09:11:02,-273.15
-13/12/2023 09:11:04,-273.15
-13/12/2023 09:11:06,-273.15
-13/12/2023 09:11:08,-273.15
-13/12/2023 09:11:10,-273.15
-13/12/2023 09:11:12,-273.15
-13/12/2023 09:11:14,-273.15
-13/12/2023 09:11:16,-273.15
-13/12/2023 09:11:18,-273.15
-13/12/2023 09:11:20,-273.15
-13/12/2023 09:11:22,-273.15
-13/12/2023 09:11:24,-273.15
-13/12/2023 09:11:26,-273.15
-13/12/2023 09:11:28,-273.15
-13/12/2023 09:11:30,-273.15
-13/12/2023 09:11:32,-273.15
-13/12/2023 09:11:34,-273.15
-13/12/2023 09:11:36,-273.15
-13/12/2023 09:11:38,-273.15
-13/12/2023 09:11:40,-273.15
-13/12/2023 09:11:42,-273.15
-13/12/2023 09:11:44,-273.15
-13/12/2023 09:11:46,-273.15
-13/12/2023 09:11:48,-273.15
-13/12/2023 09:11:50,-273.15
-13/12/2023 09:11:52,-273.15
-13/12/2023 09:11:54,-273.15
-13/12/2023 09:11:56,-273.15
-13/12/2023 09:11:58,-273.15
-13/12/2023 09:12:00,-273.15
-13/12/2023 09:12:02,-273.15
-13/12/2023 09:12:04,-273.15
-13/12/2023 09:12:06,-273.15
-13/12/2023 09:12:08,-273.15
-13/12/2023 09:12:10,-273.15
-13/12/2023 09:12:12,-273.15
-13/12/2023 09:12:14,-273.15
-13/12/2023 09:12:16,-273.15
-13/12/2023 09:12:19,-273.15
-13/12/2023 09:12:21,-273.15
-13/12/2023 09:12:23,-273.15
-13/12/2023 09:12:25,-273.15
-13/12/2023 09:12:27,-273.15
-13/12/2023 09:12:29,-273.15
-13/12/2023 09:12:31,-273.15
-13/12/2023 09:12:33,-273.15
-13/12/2023 09:12:35,-273.15
-13/12/2023 09:12:37,-273.15
-13/12/2023 09:12:39,-273.15
-13/12/2023 09:12:41,-273.15
-13/12/2023 09:12:43,-273.15
-13/12/2023 09:12:45,-273.15
-13/12/2023 09:12:47,-273.15
-13/12/2023 09:12:49,-273.15
-13/12/2023 09:12:51,-273.15
-13/12/2023 09:12:53,-273.15
-13/12/2023 09:12:55,-273.15
-13/12/2023 09:12:57,-273.15
-13/12/2023 09:12:59,-273.15
-13/12/2023 09:13:01,-273.15
-13/12/2023 09:13:03,-273.15
-13/12/2023 09:13:05,-273.15
-13/12/2023 09:13:07,-273.15
-13/12/2023 09:13:09,-273.15
-13/12/2023 09:13:11,-273.15
-13/12/2023 09:13:13,-273.15
-13/12/2023 09:13:15,-273.15
-13/12/2023 09:13:17,-273.15
-13/12/2023 09:13:19,-273.15
-13/12/2023 09:13:21,-273.15
-13/12/2023 09:13:23,-273.15
-13/12/2023 09:13:25,-273.15
-13/12/2023 09:13:27,-273.15
-13/12/2023 09:13:29,-273.15
-13/12/2023 09:13:31,-273.15
-13/12/2023 09:13:33,-273.15
-13/12/2023 09:13:35,-273.15
-13/12/2023 09:13:37,-273.15
-13/12/2023 09:13:39,-273.15
-13/12/2023 09:13:41,-273.15
-13/12/2023 09:13:43,-273.15
-13/12/2023 09:13:45,-273.15
-13/12/2023 09:13:47,-273.15
-13/12/2023 09:13:49,-273.15
-13/12/2023 09:13:51,-273.15
-13/12/2023 09:13:53,-273.15
-13/12/2023 09:13:55,-273.15
-13/12/2023 09:13:57,-273.15
-13/12/2023 09:13:59,-273.15
-13/12/2023 09:14:01,-273.15
-13/12/2023 09:14:03,-273.15
-13/12/2023 09:14:05,-273.15
-13/12/2023 09:14:07,-273.15
-13/12/2023 09:14:09,-273.15
-13/12/2023 09:14:11,-273.15
-13/12/2023 09:14:13,-273.15
-13/12/2023 09:14:15,-273.15
-13/12/2023 09:14:17,-273.15
-13/12/2023 09:14:19,-273.15
-13/12/2023 09:14:21,-273.15
-13/12/2023 09:14:23,-273.15
-13/12/2023 09:14:25,-273.15
-13/12/2023 09:14:27,-273.15
-13/12/2023 09:14:29,-273.15
-13/12/2023 09:14:31,-273.15
-13/12/2023 09:14:33,-273.15
-13/12/2023 09:14:35,-273.15
-13/12/2023 09:14:37,-273.15
-13/12/2023 09:14:39,-273.15
-13/12/2023 09:14:41,-273.15
-13/12/2023 09:14:44,-273.15
-13/12/2023 09:14:46,-273.15
-13/12/2023 09:14:48,-273.15
-13/12/2023 09:14:50,-273.15
-13/12/2023 09:14:52,-273.15
-13/12/2023 09:14:54,-273.15
-13/12/2023 09:14:56,-273.15
-13/12/2023 09:14:58,-273.15
-13/12/2023 09:15:00,-273.15
-13/12/2023 09:15:02,-273.15
-13/12/2023 09:15:04,-273.15
-13/12/2023 09:15:06,-273.15
-13/12/2023 09:15:08,-273.15
-13/12/2023 09:15:10,-273.15
-13/12/2023 09:15:12,-273.15
-13/12/2023 09:15:14,-273.15
-13/12/2023 09:15:16,-273.15
-13/12/2023 09:15:18,-273.15
-13/12/2023 09:15:20,-273.15
-13/12/2023 09:15:22,-273.15
-13/12/2023 09:15:24,-273.15
-13/12/2023 09:15:26,-273.15
-13/12/2023 09:15:28,-273.15
-13/12/2023 09:15:30,-273.15
-13/12/2023 09:15:32,-273.15
-13/12/2023 09:15:34,-273.15
-13/12/2023 09:15:36,-273.15
-13/12/2023 09:15:38,-273.15
-13/12/2023 09:15:40,-273.15
-13/12/2023 09:15:42,-273.15
-13/12/2023 09:15:44,-273.15
-13/12/2023 09:15:46,-273.15
-13/12/2023 09:15:48,-273.15
-13/12/2023 09:15:50,-273.15
-13/12/2023 09:15:52,-273.15
-13/12/2023 09:15:54,-273.15
-13/12/2023 09:15:56,-273.15
-13/12/2023 09:15:58,-273.15
-13/12/2023 09:16:00,-273.15
-13/12/2023 09:16:02,-273.15
-13/12/2023 09:16:04,-273.15
-13/12/2023 09:16:06,-273.15
-13/12/2023 09:16:08,-273.15
-13/12/2023 09:16:10,-273.15
-13/12/2023 09:16:12,-273.15
-13/12/2023 09:16:14,-273.15
-13/12/2023 09:16:16,-273.15
-13/12/2023 09:16:18,-273.15
-13/12/2023 09:16:20,-273.15
-13/12/2023 09:16:22,-273.15
-13/12/2023 09:16:24,-273.15
-13/12/2023 09:16:26,-273.15
-13/12/2023 09:16:28,-273.15
-13/12/2023 09:16:30,-273.15
-13/12/2023 09:16:32,-273.15
-13/12/2023 09:16:34,-273.15
-13/12/2023 09:16:36,-273.15
-13/12/2023 09:16:38,-273.15
-13/12/2023 09:16:40,-273.15
-13/12/2023 09:16:42,-273.15
-13/12/2023 09:16:44,-273.15
-13/12/2023 09:16:46,-273.15
-13/12/2023 09:16:48,-273.15
-13/12/2023 09:16:50,-273.15
-13/12/2023 09:16:52,-273.15
-13/12/2023 09:16:55,-273.15
-13/12/2023 09:16:57,-273.15
-13/12/2023 09:16:59,-273.15
-13/12/2023 09:17:01,-273.15
-13/12/2023 09:17:03,-273.15
-13/12/2023 09:17:05,-273.15
-13/12/2023 09:17:07,-273.15
-13/12/2023 09:17:09,-273.15
-13/12/2023 09:17:11,-273.15
-13/12/2023 09:17:13,-273.15
-13/12/2023 09:17:15,-273.15
-13/12/2023 09:17:17,-273.15
-13/12/2023 09:17:19,-273.15
-13/12/2023 09:17:21,-273.15
-13/12/2023 09:17:23,-273.15
-13/12/2023 09:17:25,-273.15
-13/12/2023 09:17:27,-273.15
-13/12/2023 09:17:29,-273.15
-13/12/2023 09:17:31,-273.15
-13/12/2023 09:17:33,-273.15
-13/12/2023 09:17:35,-273.15
-13/12/2023 09:17:37,-273.15
-13/12/2023 09:17:39,-273.15
-13/12/2023 09:17:41,-273.15
-13/12/2023 09:17:43,-273.15
-13/12/2023 09:17:45,-273.15
-13/12/2023 09:17:47,-273.15
-13/12/2023 09:17:49,-273.15
-13/12/2023 09:17:51,-273.15
-13/12/2023 09:17:53,-273.15
-13/12/2023 09:17:55,-273.15
-13/12/2023 09:17:57,-273.15
-13/12/2023 09:17:59,-273.15
-13/12/2023 09:18:01,-273.15
-13/12/2023 09:18:03,-273.15
-13/12/2023 09:18:06,-273.15
-13/12/2023 09:18:08,-273.15
-13/12/2023 09:18:10,-273.15
-13/12/2023 09:18:12,-273.15
-13/12/2023 09:18:14,-273.15
-13/12/2023 09:18:16,-273.15
-13/12/2023 09:18:18,-273.15
-13/12/2023 09:18:20,-273.15
-13/12/2023 09:18:22,-273.15
-13/12/2023 09:18:24,-273.15
-13/12/2023 09:18:26,-273.15
-13/12/2023 09:18:28,-273.15
-13/12/2023 09:18:30,-273.15
-13/12/2023 09:18:32,-273.15
-13/12/2023 09:18:34,-273.15
-13/12/2023 09:18:36,-273.15
-13/12/2023 09:18:38,-273.15
-13/12/2023 09:18:40,-273.15
-13/12/2023 09:18:42,-273.15
-13/12/2023 09:18:44,-273.15
-13/12/2023 09:18:46,-273.15
-13/12/2023 09:18:48,-273.15
-13/12/2023 09:18:50,-273.15
-13/12/2023 09:18:52,-273.15
-13/12/2023 09:18:54,-273.15
-13/12/2023 09:18:56,-273.15
-13/12/2023 09:18:58,-273.15
-13/12/2023 09:19:00,-273.15
-13/12/2023 09:19:02,-273.15
-13/12/2023 09:19:04,-273.15
-13/12/2023 09:19:06,-273.15
-13/12/2023 09:19:08,-273.15
-13/12/2023 09:19:10,-273.15
-13/12/2023 09:19:12,-273.15
-13/12/2023 09:19:14,-273.15
-13/12/2023 09:19:16,-273.15
-13/12/2023 09:19:18,-273.15
-13/12/2023 09:19:20,-273.15
-13/12/2023 09:19:22,-273.15
-13/12/2023 09:19:24,-273.15
-13/12/2023 09:19:26,-273.15
-13/12/2023 09:19:28,-273.15
-13/12/2023 09:19:30,-273.15
-13/12/2023 09:19:32,-273.15
-13/12/2023 09:19:34,-273.15
-13/12/2023 09:19:36,-273.15
-13/12/2023 09:19:38,-273.15
-13/12/2023 09:19:40,-273.15
-13/12/2023 09:19:42,-273.15
-13/12/2023 09:19:44,-273.15
-13/12/2023 09:19:46,-273.15
-13/12/2023 09:19:48,-273.15
-13/12/2023 09:19:50,-273.15
-13/12/2023 09:19:53,-273.15
-13/12/2023 09:19:55,-273.15
-13/12/2023 09:19:57,-273.15
-13/12/2023 09:19:59,-273.15
-13/12/2023 09:20:01,-273.15
-13/12/2023 09:20:03,-273.15
-13/12/2023 09:20:05,-273.15
-13/12/2023 09:20:07,-273.15
-13/12/2023 09:20:09,-273.15
-13/12/2023 09:20:11,-273.15
-13/12/2023 09:20:13,-273.15
-13/12/2023 09:20:15,-273.15
-13/12/2023 09:20:17,-273.15
-13/12/2023 09:20:19,-273.15
-13/12/2023 09:20:21,-273.15
-13/12/2023 09:20:23,-273.15
-13/12/2023 09:20:25,-273.15
-13/12/2023 09:20:27,-273.15
-13/12/2023 09:20:29,-273.15
-13/12/2023 09:20:31,-273.15
-13/12/2023 09:20:33,-273.15
-13/12/2023 09:20:35,-273.15
-13/12/2023 09:20:37,-273.15
-13/12/2023 09:20:39,-273.15
-13/12/2023 09:20:41,-273.15
-13/12/2023 09:20:43,-273.15
-13/12/2023 09:20:45,-273.15
-13/12/2023 09:20:47,-273.15
-13/12/2023 09:20:49,-273.15
-13/12/2023 09:20:51,-273.15
-13/12/2023 09:20:53,-273.15
-13/12/2023 09:20:55,-273.15
-13/12/2023 09:20:57,-273.15
-13/12/2023 09:20:59,-273.15
-13/12/2023 09:21:01,-273.15
-13/12/2023 09:21:03,-273.15
-13/12/2023 09:21:05,-273.15
-13/12/2023 09:21:07,-273.15
-13/12/2023 09:21:09,-273.15
-13/12/2023 09:21:11,-273.15
-13/12/2023 09:21:13,-273.15
-13/12/2023 09:21:15,-273.15
-13/12/2023 09:21:17,-273.15
-13/12/2023 09:21:19,-273.15
-13/12/2023 09:21:21,-273.15
-13/12/2023 09:21:51,-273.15
-13/12/2023 09:21:53,-273.15
-13/12/2023 09:21:55,-273.15
-13/12/2023 09:21:57,-273.15
-13/12/2023 09:21:59,-273.15
-13/12/2023 09:22:01,-273.15
-13/12/2023 09:22:03,-273.15
-13/12/2023 09:22:05,-273.15
-13/12/2023 09:22:07,-273.15
-13/12/2023 09:22:09,-273.15
-13/12/2023 09:22:11,-273.15
-13/12/2023 09:22:13,-273.15
-13/12/2023 09:22:15,-273.15
-13/12/2023 09:22:17,-273.15
-13/12/2023 09:22:19,-273.15
-13/12/2023 09:22:21,-273.15
-13/12/2023 09:22:23,-273.15
-13/12/2023 09:22:25,-273.15
-13/12/2023 09:22:27,-273.15
-13/12/2023 09:22:29,-273.15
-13/12/2023 09:22:31,-273.15
-13/12/2023 09:22:33,-273.15
-13/12/2023 09:22:35,-273.15
-13/12/2023 09:22:37,-273.15
-13/12/2023 09:22:39,-273.15
-13/12/2023 09:22:41,-273.15
-13/12/2023 09:22:43,-273.15
-13/12/2023 09:22:45,-273.15
-13/12/2023 09:22:47,-273.15
-13/12/2023 09:22:49,-273.15
-13/12/2023 09:22:51,-273.15
-13/12/2023 09:22:53,-273.15
-13/12/2023 09:22:55,-273.15
-13/12/2023 09:22:57,-273.15
-13/12/2023 09:22:59,-273.15
-13/12/2023 09:23:01,-273.15
-13/12/2023 09:23:03,-273.15
-13/12/2023 09:23:05,-273.15
-13/12/2023 09:23:07,-273.15
-13/12/2023 09:23:09,-273.15
-13/12/2023 09:23:11,-273.15
-13/12/2023 09:23:13,-273.15
-13/12/2023 09:23:15,-273.15
-13/12/2023 09:23:17,-273.15
-13/12/2023 09:23:19,-273.15
-13/12/2023 09:23:21,-273.15
-13/12/2023 09:23:24,-273.15
-13/12/2023 09:23:26,-273.15
-13/12/2023 09:23:28,-273.15
-13/12/2023 09:23:30,-273.15
-13/12/2023 09:23:32,-273.15
-13/12/2023 09:23:34,-273.15
-13/12/2023 09:23:36,-273.15
-13/12/2023 09:23:38,-273.15
-13/12/2023 09:23:40,-273.15
-13/12/2023 09:23:42,-273.15
-13/12/2023 09:23:44,-273.15
-13/12/2023 09:23:46,-273.15
-13/12/2023 09:23:48,-273.15
-13/12/2023 09:23:50,-273.15
-13/12/2023 09:23:52,-273.15
-13/12/2023 09:23:54,-273.15
-13/12/2023 09:23:56,-273.15
-13/12/2023 09:23:58,-273.15
-13/12/2023 09:24:00,-273.15
-13/12/2023 09:24:02,-273.15
-13/12/2023 09:24:04,-273.15
-13/12/2023 09:24:06,-273.15
-13/12/2023 09:24:08,-273.15
-13/12/2023 09:24:10,-273.15
-13/12/2023 09:24:12,-273.15
-13/12/2023 09:24:14,-273.15
-13/12/2023 09:24:16,-273.15
-13/12/2023 09:24:18,-273.15
-13/12/2023 09:24:20,-273.15
-13/12/2023 09:24:22,-273.15
-13/12/2023 09:24:24,-273.15
-13/12/2023 09:24:26,-273.15
-13/12/2023 09:24:28,-273.15
-13/12/2023 09:24:30,-273.15
-13/12/2023 09:24:32,-273.15
-13/12/2023 09:24:34,-273.15
-13/12/2023 09:24:36,-273.15
-13/12/2023 09:24:38,-273.15
-13/12/2023 09:24:40,-273.15
-13/12/2023 09:24:42,-273.15
-13/12/2023 09:24:44,-273.15
-13/12/2023 09:24:46,-273.15
-13/12/2023 09:24:48,-273.15
-13/12/2023 09:24:50,-273.15
-13/12/2023 09:24:52,-273.15
-13/12/2023 09:24:54,-273.15
-13/12/2023 09:24:56,-273.15
-13/12/2023 09:24:58,-273.15
-13/12/2023 09:25:00,-273.15
-13/12/2023 09:25:02,-273.15
-13/12/2023 09:25:04,-273.15
-13/12/2023 09:25:06,-273.15
-13/12/2023 09:25:08,-273.15
-13/12/2023 09:25:10,-273.15
-13/12/2023 09:25:12,-273.15
-13/12/2023 09:25:14,-273.15
-13/12/2023 09:25:16,-273.15
-13/12/2023 09:25:18,-273.15
-13/12/2023 09:25:20,-273.15
-13/12/2023 09:25:22,-273.15
-13/12/2023 09:25:24,-273.15
-13/12/2023 09:25:26,-273.15
-13/12/2023 09:25:28,-273.15
-13/12/2023 09:25:30,-273.15
-13/12/2023 09:25:32,-273.15
-13/12/2023 09:25:34,-273.15
-13/12/2023 09:25:36,-273.15
-13/12/2023 09:25:38,-273.15
-13/12/2023 09:25:40,-273.15
-13/12/2023 09:25:42,-273.15
-13/12/2023 09:25:44,-273.15
-13/12/2023 09:25:46,-273.15
-13/12/2023 09:25:48,-273.15
-13/12/2023 09:25:50,-273.15
-13/12/2023 09:25:52,-273.15
-13/12/2023 09:25:54,-273.15
-13/12/2023 09:25:56,-273.15
-13/12/2023 09:25:58,-273.15
-13/12/2023 09:26:00,-273.15
-13/12/2023 09:26:02,-273.15
-13/12/2023 09:26:04,-273.15
-13/12/2023 09:26:06,-273.15
-13/12/2023 09:26:08,-273.15
-13/12/2023 09:26:10,-273.15
-13/12/2023 09:26:12,-273.15
-13/12/2023 09:26:14,-273.15
-13/12/2023 09:26:16,-273.15
-13/12/2023 09:26:18,-273.15
-13/12/2023 09:26:21,-273.15
-13/12/2023 09:26:23,-273.15
-13/12/2023 09:26:25,-273.15
-13/12/2023 09:26:27,-273.15
-13/12/2023 09:26:29,-273.15
-13/12/2023 09:26:31,-273.15
-13/12/2023 09:26:33,-273.15
-13/12/2023 09:26:35,-273.15
-13/12/2023 09:26:37,-273.15
-13/12/2023 09:26:39,-273.15
-13/12/2023 09:26:41,-273.15
-13/12/2023 09:26:43,-273.15
-13/12/2023 09:26:45,-273.15
-13/12/2023 09:26:47,-273.15
-13/12/2023 09:26:49,-273.15
-13/12/2023 09:26:51,-273.15
-13/12/2023 09:26:53,-273.15
-13/12/2023 09:26:55,-273.15
-13/12/2023 09:26:57,-273.15
-13/12/2023 09:26:59,-273.15
-13/12/2023 09:27:01,-273.15
-13/12/2023 09:27:03,-273.15
-13/12/2023 09:27:05,-273.15
-13/12/2023 09:27:07,-273.15
-13/12/2023 09:27:09,-273.15
-13/12/2023 09:27:11,-273.15
-13/12/2023 09:27:13,-273.15
-13/12/2023 09:27:15,-273.15
-13/12/2023 09:27:17,-273.15
-13/12/2023 09:27:19,-273.15
-13/12/2023 09:27:21,-273.15
-13/12/2023 09:27:23,-273.15
-13/12/2023 09:27:25,-273.15
-13/12/2023 09:27:27,-273.15
-13/12/2023 09:27:29,-273.15
-13/12/2023 09:27:31,-273.15
-13/12/2023 09:27:33,-273.15
-13/12/2023 09:27:35,-273.15
-13/12/2023 09:27:37,-273.15
-13/12/2023 09:27:39,-273.15
-13/12/2023 09:27:41,-273.15
-13/12/2023 09:27:43,-273.15
-13/12/2023 09:27:45,-273.15
-13/12/2023 09:27:47,-273.15
-13/12/2023 09:27:49,-273.15
-13/12/2023 09:27:51,-273.15
-13/12/2023 09:27:53,-273.15
-13/12/2023 09:27:55,-273.15
-13/12/2023 09:27:57,-273.15
-13/12/2023 09:28:00,-273.15
-13/12/2023 09:28:02,-273.15
-13/12/2023 09:28:04,-273.15
-13/12/2023 09:28:06,-273.15
-13/12/2023 09:28:08,-273.15
-13/12/2023 09:28:10,-273.15
-13/12/2023 09:28:12,-273.15
-13/12/2023 09:28:14,-273.15
-13/12/2023 09:28:16,-273.15
-13/12/2023 09:28:18,-273.15
-13/12/2023 09:28:20,-273.15
-13/12/2023 09:28:22,-273.15
-13/12/2023 09:28:24,-273.15
-13/12/2023 09:28:26,-273.15
-13/12/2023 09:28:28,-273.15
-13/12/2023 09:28:30,-273.15
-13/12/2023 09:28:32,-273.15
-13/12/2023 09:28:34,-273.15
-13/12/2023 09:28:36,-273.15
-13/12/2023 09:28:38,-273.15
-13/12/2023 09:28:40,-273.15
-13/12/2023 09:28:42,-273.15
-13/12/2023 09:28:44,-273.15
-13/12/2023 09:28:46,-273.15
-13/12/2023 09:28:48,-273.15
-13/12/2023 09:28:50,-273.15
-13/12/2023 09:28:52,-273.15
-13/12/2023 09:28:54,-273.15
-13/12/2023 09:28:56,-273.15
-13/12/2023 09:28:58,-273.15
-13/12/2023 09:29:00,-273.15
-13/12/2023 09:29:02,-273.15
-13/12/2023 09:29:04,-273.15
-13/12/2023 09:29:06,-273.15
-13/12/2023 09:29:08,-273.15
-13/12/2023 09:29:10,-273.15
-13/12/2023 09:29:12,-273.15
-13/12/2023 09:29:14,-273.15
-13/12/2023 09:29:16,-273.15
-13/12/2023 09:29:18,-273.15
-13/12/2023 09:29:20,-273.15
-13/12/2023 09:29:22,-273.15
-13/12/2023 09:29:24,-273.15
-13/12/2023 09:29:26,-273.15
-13/12/2023 09:29:28,-273.15
-13/12/2023 09:29:30,-273.15
-13/12/2023 09:29:32,-273.15
-13/12/2023 09:29:34,-273.15
-13/12/2023 09:29:36,-273.15
-13/12/2023 09:29:38,-273.15
-13/12/2023 09:29:40,-273.15
-13/12/2023 09:29:42,-273.15
-13/12/2023 09:29:44,-273.15
-13/12/2023 09:29:46,-273.15
-13/12/2023 09:29:48,-273.15
-13/12/2023 09:29:51,-273.15
-13/12/2023 09:29:53,-273.15
-13/12/2023 09:29:55,-273.15
-13/12/2023 09:29:57,-273.15
-13/12/2023 09:29:59,-273.15
-13/12/2023 09:30:01,-273.15
-13/12/2023 09:30:03,-273.15
-13/12/2023 09:30:05,-273.15
-13/12/2023 09:30:07,-273.15
-13/12/2023 09:30:09,-273.15
-13/12/2023 09:30:11,-273.15
-13/12/2023 09:30:13,-273.15
-13/12/2023 09:30:15,-273.15
-13/12/2023 09:30:17,-273.15
-13/12/2023 09:30:19,-273.15
-13/12/2023 09:30:21,-273.15
-13/12/2023 09:30:23,-273.15
-13/12/2023 09:30:25,-273.15
-13/12/2023 09:30:27,-273.15
-13/12/2023 09:30:29,-273.15
-13/12/2023 09:30:31,-273.15
-13/12/2023 09:30:33,-273.15
-13/12/2023 09:30:35,-273.15
-13/12/2023 09:30:37,-273.15
-13/12/2023 09:30:39,-273.15
-13/12/2023 09:30:41,-273.15
-13/12/2023 09:30:43,-273.15
-13/12/2023 09:30:45,-273.15
-13/12/2023 09:30:47,-273.15
-13/12/2023 09:30:49,-273.15
-13/12/2023 09:30:51,-273.15
-13/12/2023 09:30:53,-273.15
-13/12/2023 09:30:55,-273.15
-13/12/2023 09:30:57,-273.15
-13/12/2023 09:30:59,-273.15
-13/12/2023 09:31:01,-273.15
-13/12/2023 09:31:03,-273.15
-13/12/2023 09:31:05,-273.15
-13/12/2023 09:31:07,-273.15
-13/12/2023 09:31:09,-273.15
-13/12/2023 09:31:11,-273.15
-13/12/2023 09:31:13,-273.15
-13/12/2023 09:31:15,-273.15
-13/12/2023 09:31:17,-273.15
-13/12/2023 09:31:19,-273.15
-13/12/2023 09:31:21,-273.15
-13/12/2023 09:31:23,-273.15
-13/12/2023 09:31:25,-273.15
-13/12/2023 09:31:27,-273.15
-13/12/2023 09:31:29,-273.15
-13/12/2023 09:31:31,-273.15
-13/12/2023 09:31:33,-273.15
-13/12/2023 09:31:35,-273.15
-13/12/2023 09:31:37,-273.15
-13/12/2023 09:31:39,-273.15
-13/12/2023 09:31:41,-273.15
-13/12/2023 09:31:43,-273.15
-13/12/2023 09:31:45,-273.15
-13/12/2023 09:31:47,-273.15
-13/12/2023 09:31:49,-273.15
-13/12/2023 09:31:51,-273.15
-13/12/2023 09:31:53,-273.15
-13/12/2023 09:31:55,-273.15
-13/12/2023 09:31:57,-273.15
-13/12/2023 09:31:59,-273.15
-13/12/2023 09:32:01,-273.15
-13/12/2023 09:32:03,-273.15
-13/12/2023 09:32:05,-273.15
-13/12/2023 09:32:07,-273.15
-13/12/2023 09:32:09,-273.15
-13/12/2023 09:32:11,-273.15
-13/12/2023 09:32:13,-273.15
-13/12/2023 09:32:15,-273.15
-13/12/2023 09:32:17,-273.15
-13/12/2023 09:32:19,-273.15
-13/12/2023 09:32:21,-273.15
-13/12/2023 09:32:23,-273.15
-13/12/2023 09:32:26,-273.15
-13/12/2023 09:32:28,-273.15
-13/12/2023 09:32:30,-273.15
-13/12/2023 09:32:32,-273.15
-13/12/2023 09:32:34,-273.15
-13/12/2023 09:32:36,-273.15
-13/12/2023 09:32:38,-273.15
-13/12/2023 09:32:40,-273.15
-13/12/2023 09:32:42,-273.15
-13/12/2023 09:32:44,-273.15
-13/12/2023 09:32:46,-273.15
-13/12/2023 09:32:48,-273.15
-13/12/2023 09:32:50,-273.15
-13/12/2023 09:32:52,-273.15
-13/12/2023 09:32:54,-273.15
-13/12/2023 09:32:56,-273.15
-13/12/2023 09:32:58,-273.15
-13/12/2023 09:33:00,-273.15
-13/12/2023 09:33:02,-273.15
-13/12/2023 09:33:04,-273.15
-13/12/2023 09:33:06,-273.15
-13/12/2023 09:33:08,-273.15
-13/12/2023 09:33:10,-273.15
-13/12/2023 09:33:12,-273.15
-13/12/2023 09:33:14,-273.15
-13/12/2023 09:33:16,-273.15
-13/12/2023 09:33:18,-273.15
-13/12/2023 09:33:20,-273.15
-13/12/2023 09:33:22,-273.15
-13/12/2023 09:33:24,-273.15
-13/12/2023 09:33:26,-273.15
-13/12/2023 09:33:28,-273.15
-13/12/2023 09:33:30,-273.15
-13/12/2023 09:33:32,-273.15
-13/12/2023 09:33:34,-273.15
-13/12/2023 09:33:36,-273.15
-13/12/2023 09:33:38,-273.15
-13/12/2023 09:33:40,-273.15
-13/12/2023 09:33:42,-273.15
-13/12/2023 09:33:44,-273.15
-13/12/2023 09:33:46,-273.15
-13/12/2023 09:33:48,-273.15
-13/12/2023 09:33:50,-273.15
-13/12/2023 09:33:52,-273.15
-13/12/2023 09:33:54,-273.15
-13/12/2023 09:33:56,-273.15
-13/12/2023 09:33:58,-273.15
-13/12/2023 09:34:00,-273.15
-13/12/2023 09:34:02,-273.15
-13/12/2023 09:34:04,-273.15
-13/12/2023 09:34:06,-273.15
-13/12/2023 09:34:08,-273.15
-13/12/2023 09:34:10,-273.15
-13/12/2023 09:34:12,-273.15
-13/12/2023 09:34:14,-273.15
-13/12/2023 09:34:16,-273.15
-13/12/2023 09:34:18,-273.15
-13/12/2023 09:34:20,-273.15
-13/12/2023 09:34:22,-273.15
-13/12/2023 09:34:24,-273.15
-13/12/2023 09:34:26,-273.15
-13/12/2023 09:34:28,-273.15
-13/12/2023 09:34:30,-273.15
-13/12/2023 09:34:32,-273.15
-13/12/2023 09:34:34,-273.15
-13/12/2023 09:34:36,-273.15
-13/12/2023 09:34:38,-273.15
-13/12/2023 09:34:40,-273.15
-13/12/2023 09:34:42,-273.15
-13/12/2023 09:34:44,-273.15
-13/12/2023 09:34:46,-273.15
-13/12/2023 09:34:48,-273.15
-13/12/2023 09:34:50,-273.15
-13/12/2023 09:34:52,-273.15
-13/12/2023 09:34:55,-273.15
-13/12/2023 09:34:57,-273.15
-13/12/2023 09:34:59,-273.15
-13/12/2023 09:35:01,-273.15
-13/12/2023 09:35:03,-273.15
-13/12/2023 09:35:05,-273.15
-13/12/2023 09:35:07,-273.15
-13/12/2023 09:35:09,-273.15
-13/12/2023 09:35:11,-273.15
-13/12/2023 09:35:13,-273.15
-13/12/2023 09:35:15,-273.15
-13/12/2023 09:35:17,-273.15
-13/12/2023 09:35:19,-273.15
-13/12/2023 09:35:21,-273.15
-13/12/2023 09:35:23,-273.15
-13/12/2023 09:35:25,-273.15
-13/12/2023 09:35:27,-273.15
-13/12/2023 09:35:29,-273.15
-13/12/2023 09:35:31,-273.15
-13/12/2023 09:35:33,-273.15
-13/12/2023 09:35:35,-273.15
-13/12/2023 09:35:37,-273.15
-13/12/2023 09:35:39,-273.15
-13/12/2023 09:35:41,-273.15
-13/12/2023 09:35:43,-273.15
-13/12/2023 09:35:45,-273.15
-13/12/2023 09:35:47,-273.15
-13/12/2023 09:35:49,-273.15
-13/12/2023 09:35:51,-273.15
-13/12/2023 09:35:53,-273.15
-13/12/2023 09:35:55,-273.15
-13/12/2023 09:35:57,-273.15
-13/12/2023 09:35:59,-273.15
-13/12/2023 09:36:01,-273.15
-13/12/2023 09:36:03,-273.15
-13/12/2023 09:36:05,-273.15
-13/12/2023 09:36:07,-273.15
-13/12/2023 09:36:09,-273.15
-13/12/2023 09:36:11,-273.15
-13/12/2023 09:36:13,-273.15
-13/12/2023 09:36:15,-273.15
-13/12/2023 09:36:17,-273.15
-13/12/2023 09:36:19,-273.15
-13/12/2023 09:36:21,-273.15
-13/12/2023 09:36:23,-273.15
-13/12/2023 09:36:25,-273.15
-13/12/2023 09:36:27,-273.15
-13/12/2023 09:36:29,-273.15
-13/12/2023 09:36:31,-273.15
-13/12/2023 09:36:33,-273.15
-13/12/2023 09:36:35,-273.15
-13/12/2023 09:36:37,-273.15
-13/12/2023 09:36:39,-273.15
-13/12/2023 09:36:41,-273.15
-13/12/2023 09:36:43,-273.15
-13/12/2023 09:36:45,-273.15
-13/12/2023 09:36:47,-273.15
-13/12/2023 09:36:49,-273.15
-13/12/2023 09:36:51,-273.15
-13/12/2023 09:36:53,-273.15
-13/12/2023 09:36:55,-273.15
-13/12/2023 09:36:57,-273.15
-13/12/2023 09:36:59,-273.15
-13/12/2023 09:37:01,-273.15
-13/12/2023 09:37:03,-273.15
-13/12/2023 09:37:05,-273.15
-13/12/2023 09:37:07,-273.15
-13/12/2023 09:37:09,-273.15
-13/12/2023 09:37:11,-273.15
-13/12/2023 09:37:13,-273.15
-13/12/2023 09:37:15,-273.15
-13/12/2023 09:37:17,-273.15
-13/12/2023 09:37:19,-273.15
-13/12/2023 09:37:22,-273.15
-13/12/2023 09:37:24,-273.15
-13/12/2023 09:37:26,-273.15
-13/12/2023 09:37:28,-273.15
-13/12/2023 09:37:30,-273.15
-13/12/2023 09:37:32,-273.15
-13/12/2023 09:37:34,-273.15
-13/12/2023 09:37:36,-273.15
-13/12/2023 09:37:38,-273.15
-13/12/2023 09:37:40,-273.15
-13/12/2023 09:37:42,-273.15
-13/12/2023 09:37:44,-273.15
-13/12/2023 09:37:46,-273.15
-13/12/2023 09:37:48,-273.15
-13/12/2023 09:37:50,-273.15
-13/12/2023 09:37:52,-273.15
-13/12/2023 09:37:54,-273.15
-13/12/2023 09:37:56,-273.15
-13/12/2023 09:37:58,-273.15
-13/12/2023 09:38:00,-273.15
-13/12/2023 09:38:02,-273.15
-13/12/2023 09:38:04,-273.15
-13/12/2023 09:38:06,-273.15
-13/12/2023 09:38:08,-273.15
-13/12/2023 09:38:10,-273.15
-13/12/2023 09:38:12,-273.15
-13/12/2023 09:38:14,-273.15
-13/12/2023 09:38:16,-273.15
-13/12/2023 09:38:18,-273.15
-13/12/2023 09:38:20,-273.15
-13/12/2023 09:38:22,-273.15
-13/12/2023 09:38:24,-273.15
-13/12/2023 09:38:26,-273.15
-13/12/2023 09:38:28,-273.15
-13/12/2023 09:38:30,-273.15
-13/12/2023 09:38:32,-273.15
-13/12/2023 09:38:34,-273.15
-13/12/2023 09:38:36,-273.15
-13/12/2023 09:38:38,-273.15
-13/12/2023 09:38:40,-273.15
-13/12/2023 09:38:42,-273.15
-13/12/2023 09:38:44,-273.15
-13/12/2023 09:38:46,-273.15
-13/12/2023 09:38:48,-273.15
-13/12/2023 09:38:50,-273.15
-13/12/2023 09:38:52,-273.15
-13/12/2023 09:38:54,-273.15
-13/12/2023 09:38:56,-273.15
-13/12/2023 09:38:58,-273.15
-13/12/2023 09:39:00,-273.15
-13/12/2023 09:39:02,-273.15
-13/12/2023 09:39:04,-273.15
-13/12/2023 09:39:06,-273.15
-13/12/2023 09:39:08,-273.15
-13/12/2023 09:39:10,-273.15
-13/12/2023 09:39:12,-273.15
-13/12/2023 09:39:14,-273.15
-13/12/2023 09:39:16,-273.15
-13/12/2023 09:39:18,-273.15
-13/12/2023 09:39:20,-273.15
-13/12/2023 09:39:22,-273.15
-13/12/2023 09:39:24,-273.15
-13/12/2023 09:39:26,-273.15
-13/12/2023 09:39:28,-273.15
-13/12/2023 09:39:30,-273.15
-13/12/2023 09:39:32,-273.15
-13/12/2023 09:39:34,-273.15
-13/12/2023 09:39:36,-273.15
-13/12/2023 09:39:38,-273.15
-13/12/2023 09:39:40,-273.15
-13/12/2023 09:39:42,-273.15
-13/12/2023 09:39:44,-273.15
-13/12/2023 09:39:46,-273.15
-13/12/2023 09:39:48,-273.15
-13/12/2023 09:39:51,-273.15
-13/12/2023 09:39:53,-273.15
-13/12/2023 09:39:55,-273.15
-13/12/2023 09:39:57,-273.15
-13/12/2023 09:39:59,-273.15
-13/12/2023 09:40:01,-273.15
-13/12/2023 09:40:03,-273.15
-13/12/2023 09:40:05,-273.15
-13/12/2023 09:40:07,-273.15
-13/12/2023 09:40:09,-273.15
-13/12/2023 09:40:11,-273.15
-13/12/2023 09:40:13,-273.15
-13/12/2023 09:40:15,-273.15
-13/12/2023 09:40:17,-273.15
-13/12/2023 09:40:19,-273.15
-13/12/2023 09:40:21,-273.15
-13/12/2023 09:40:23,-273.15
-13/12/2023 09:40:25,-273.15
-13/12/2023 09:40:27,-273.15
-13/12/2023 09:40:29,-273.15
-13/12/2023 09:40:31,-273.15
-13/12/2023 09:40:33,-273.15
-13/12/2023 09:40:35,-273.15
-13/12/2023 09:40:37,-273.15
-13/12/2023 09:40:39,-273.15
-13/12/2023 09:40:41,-273.15
-13/12/2023 09:40:43,-273.15
-13/12/2023 09:40:45,-273.15
-13/12/2023 09:40:47,-273.15
-13/12/2023 09:40:49,-273.15
-13/12/2023 09:40:51,-273.15
-13/12/2023 09:40:53,-273.15
-13/12/2023 09:40:55,-273.15
-13/12/2023 09:40:57,-273.15
-13/12/2023 09:40:59,-273.15
-13/12/2023 09:41:01,-273.15
-13/12/2023 09:41:03,-273.15
-13/12/2023 09:41:05,-273.15
-13/12/2023 09:41:07,-273.15
-13/12/2023 09:41:09,-273.15
-13/12/2023 09:41:11,-273.15
-13/12/2023 09:41:13,-273.15
-13/12/2023 09:41:15,-273.15
-13/12/2023 09:41:17,-273.15
-13/12/2023 09:41:19,-273.15
-13/12/2023 09:41:21,-273.15
-13/12/2023 09:41:23,-273.15
-13/12/2023 09:41:25,-273.15
-13/12/2023 09:41:27,-273.15
-13/12/2023 09:41:29,-273.15
-13/12/2023 09:41:31,-273.15
-13/12/2023 09:41:33,-273.15
-13/12/2023 09:41:35,-273.15
-13/12/2023 09:41:37,-273.15
-13/12/2023 09:41:39,-273.15
-13/12/2023 09:41:41,-273.15
-13/12/2023 09:41:43,-273.15
-13/12/2023 09:41:45,-273.15
-13/12/2023 09:41:47,-273.15
-13/12/2023 09:41:49,-273.15
-13/12/2023 09:41:51,-273.15
-13/12/2023 09:41:53,-273.15
-13/12/2023 09:41:55,-273.15
-13/12/2023 09:41:57,-273.15
-13/12/2023 09:41:59,-273.15
-13/12/2023 09:42:01,-273.15
-13/12/2023 09:42:04,-273.15
-13/12/2023 09:42:06,-273.15
-13/12/2023 09:42:08,-273.15
-13/12/2023 09:42:10,-273.15
-13/12/2023 09:42:12,-273.15
-13/12/2023 09:42:14,-273.15
-13/12/2023 09:42:16,-273.15
-13/12/2023 09:42:18,-273.15
-13/12/2023 09:42:20,-273.15
-13/12/2023 09:42:22,-273.15
-13/12/2023 09:42:24,-273.15
-13/12/2023 09:42:26,-273.15
-13/12/2023 09:42:28,-273.15
-13/12/2023 09:42:30,-273.15
-13/12/2023 09:42:32,-273.15
-13/12/2023 09:42:34,-273.15
-13/12/2023 09:42:36,-273.15
-13/12/2023 09:42:38,-273.15
-13/12/2023 09:42:40,-273.15
-13/12/2023 09:42:42,-273.15
-13/12/2023 09:42:44,-273.15
-13/12/2023 09:42:46,-273.15
-13/12/2023 09:42:48,-273.15
-13/12/2023 09:42:50,-273.15
-13/12/2023 09:42:52,-273.15
-13/12/2023 09:42:54,-273.15
-13/12/2023 09:42:56,-273.15
-13/12/2023 09:42:58,-273.15
-13/12/2023 09:43:00,-273.15
-13/12/2023 09:43:02,-273.15
-13/12/2023 09:43:04,-273.15
-13/12/2023 09:43:06,-273.15
-13/12/2023 09:43:08,-273.15
-13/12/2023 09:43:10,-273.15
-13/12/2023 09:43:12,-273.15
-13/12/2023 09:43:14,-273.15
-13/12/2023 09:43:16,-273.15
-13/12/2023 09:43:18,-273.15
-13/12/2023 09:43:20,-273.15
-13/12/2023 09:43:22,-273.15
-13/12/2023 09:43:24,-273.15
-13/12/2023 09:43:26,-273.15
-13/12/2023 09:43:28,-273.15
-13/12/2023 09:43:30,-273.15
-13/12/2023 09:43:32,-273.15
-13/12/2023 09:43:34,-273.15
-13/12/2023 09:43:36,-273.15
-13/12/2023 09:43:38,-273.15
-13/12/2023 09:43:40,-273.15
-13/12/2023 09:43:42,-273.15
-13/12/2023 09:43:44,-273.15
-13/12/2023 09:43:46,-273.15
-13/12/2023 09:43:48,-273.15
-13/12/2023 09:43:50,-273.15
-13/12/2023 09:43:52,-273.15
-13/12/2023 09:43:54,-273.15
-13/12/2023 09:43:56,-273.15
-13/12/2023 09:43:58,-273.15
-13/12/2023 09:44:00,-273.15
-13/12/2023 09:44:02,-273.15
-13/12/2023 09:44:04,-273.15
-13/12/2023 09:44:06,-273.15
-13/12/2023 09:44:08,-273.15
-13/12/2023 09:44:10,-273.15
-13/12/2023 09:44:12,-273.15
-13/12/2023 09:44:14,-273.15
-13/12/2023 09:44:16,-273.15
-13/12/2023 09:44:18,-273.15
-13/12/2023 09:44:20,-273.15
-13/12/2023 09:44:22,-273.15
-13/12/2023 09:44:24,-273.15
-13/12/2023 09:44:26,-273.15
-13/12/2023 09:44:28,-273.15
-13/12/2023 09:44:31,-273.15
-13/12/2023 09:44:33,-273.15
-13/12/2023 09:44:35,-273.15
-13/12/2023 09:44:37,-273.15
-13/12/2023 09:44:39,-273.15
-13/12/2023 09:44:41,-273.15
-13/12/2023 09:44:43,-273.15
-13/12/2023 09:44:45,-273.15
-13/12/2023 09:44:47,-273.15
-13/12/2023 09:44:49,-273.15
-13/12/2023 09:44:51,-273.15
-13/12/2023 09:44:53,-273.15
-13/12/2023 09:44:55,-273.15
-13/12/2023 09:44:57,-273.15
-13/12/2023 09:44:59,-273.15
-13/12/2023 09:45:01,-273.15
-13/12/2023 09:45:03,-273.15
-13/12/2023 09:45:05,-273.15
-13/12/2023 09:45:07,-273.15
-13/12/2023 09:45:09,-273.15
-13/12/2023 09:45:11,-273.15
-13/12/2023 09:45:13,-273.15
-13/12/2023 09:45:15,-273.15
-13/12/2023 09:45:17,-273.15
-13/12/2023 09:45:19,-273.15
-13/12/2023 09:45:21,-273.15
-13/12/2023 09:45:23,-273.15
-13/12/2023 09:45:25,-273.15
-13/12/2023 09:45:27,-273.15
-13/12/2023 09:45:29,-273.15
-13/12/2023 09:45:31,-273.15
-13/12/2023 09:45:33,-273.15
-13/12/2023 09:45:35,-273.15
-13/12/2023 09:45:37,-273.15
-13/12/2023 09:45:39,-273.15
-13/12/2023 09:45:41,-273.15
-13/12/2023 09:45:43,-273.15
-13/12/2023 09:45:45,-273.15
-13/12/2023 09:45:47,-273.15
-13/12/2023 09:45:49,-273.15
-13/12/2023 09:45:51,-273.15
-13/12/2023 09:45:53,-273.15
-13/12/2023 09:45:55,-273.15
-13/12/2023 09:45:57,-273.15
-13/12/2023 09:45:59,-273.15
-13/12/2023 09:46:01,-273.15
-13/12/2023 09:46:03,-273.15
-13/12/2023 09:46:05,-273.15
-13/12/2023 09:46:07,-273.15
-13/12/2023 09:46:09,-273.15
-13/12/2023 09:46:11,-273.15
-13/12/2023 09:46:13,-273.15
-13/12/2023 09:46:15,-273.15
-13/12/2023 09:46:17,-273.15
-13/12/2023 09:46:19,-273.15
-13/12/2023 09:46:21,-273.15
-13/12/2023 09:46:23,-273.15
-13/12/2023 09:46:25,-273.15
-13/12/2023 09:46:27,-273.15
-13/12/2023 09:46:29,-273.15
-13/12/2023 09:46:31,-273.15
-13/12/2023 09:46:33,-273.15
-13/12/2023 09:46:35,-273.15
-13/12/2023 09:46:37,-273.15
-13/12/2023 09:46:39,-273.15
-13/12/2023 09:46:41,-273.15
-13/12/2023 09:46:43,-273.15
-13/12/2023 09:46:45,-273.15
-13/12/2023 09:46:47,-273.15
-13/12/2023 09:46:49,-273.15
-13/12/2023 09:46:51,-273.15
-13/12/2023 09:46:53,-273.15
-13/12/2023 09:46:55,-273.15
-13/12/2023 09:46:57,-273.15
-13/12/2023 09:47:00,-273.15
-13/12/2023 09:47:02,-273.15
-13/12/2023 09:47:04,-273.15
-13/12/2023 09:47:06,-273.15
-13/12/2023 09:47:08,-273.15
-13/12/2023 09:47:10,-273.15
-13/12/2023 09:47:12,-273.15
-13/12/2023 09:47:14,-273.15
-13/12/2023 09:47:16,-273.15
-13/12/2023 09:47:18,-273.15
-13/12/2023 09:47:20,-273.15
-13/12/2023 09:47:22,-273.15
-13/12/2023 09:47:24,-273.15
-13/12/2023 09:47:26,-273.15
-13/12/2023 09:47:28,-273.15
-13/12/2023 09:47:30,-273.15
-13/12/2023 09:47:32,-273.15
-13/12/2023 09:47:34,-273.15
-13/12/2023 09:47:36,-273.15
-13/12/2023 09:47:38,-273.15
-13/12/2023 09:47:40,-273.15
-13/12/2023 09:47:42,-273.15
-13/12/2023 09:47:44,-273.15
-13/12/2023 09:47:46,-273.15
-13/12/2023 09:47:48,-273.15
-13/12/2023 09:47:50,-273.15
-13/12/2023 09:47:52,-273.15
-13/12/2023 09:47:54,-273.15
-13/12/2023 09:47:56,-273.15
-13/12/2023 09:47:58,-273.15
-13/12/2023 09:48:00,-273.15
-13/12/2023 09:48:02,-273.15
-13/12/2023 09:48:04,-273.15
-13/12/2023 09:48:06,-273.15
-13/12/2023 09:48:08,-273.15
-13/12/2023 09:48:10,-273.15
-13/12/2023 09:48:12,-273.15
-13/12/2023 09:48:14,-273.15
-13/12/2023 09:48:16,-273.15
-13/12/2023 09:48:18,-273.15
-13/12/2023 09:48:20,-273.15
-13/12/2023 09:48:22,-273.15
-13/12/2023 09:48:24,-273.15
-13/12/2023 09:48:26,-273.15
-13/12/2023 09:48:28,-273.15
-13/12/2023 09:48:30,-273.15
-13/12/2023 09:48:32,-273.15
-13/12/2023 09:48:34,-273.15
-13/12/2023 09:48:36,-273.15
-13/12/2023 09:48:38,-273.15
-13/12/2023 09:48:40,-273.15
-13/12/2023 09:48:42,-273.15
-13/12/2023 09:48:44,-273.15
-13/12/2023 09:48:46,-273.15
-13/12/2023 09:48:48,-273.15
-13/12/2023 09:48:50,-273.15
-13/12/2023 09:48:52,-273.15
-13/12/2023 09:48:54,-273.15
-13/12/2023 09:48:56,-273.15
-13/12/2023 09:48:58,-273.15
-13/12/2023 09:49:00,-273.15
-13/12/2023 09:49:02,-273.15
-13/12/2023 09:49:04,-273.15
-13/12/2023 09:49:06,-273.15
-13/12/2023 09:49:08,-273.15
-13/12/2023 09:49:10,-273.15
-13/12/2023 09:49:12,-273.15
-13/12/2023 09:49:14,-273.15
-13/12/2023 09:49:16,-273.15
-13/12/2023 09:49:18,-273.15
-13/12/2023 09:49:20,-273.15
-13/12/2023 09:49:22,-273.15
-13/12/2023 09:49:24,-273.15
-13/12/2023 09:49:26,-273.15
-13/12/2023 09:49:28,-273.15
-13/12/2023 09:49:30,-273.15
-13/12/2023 09:49:32,-273.15
-13/12/2023 09:49:34,-273.15
-13/12/2023 09:49:36,-273.15
-13/12/2023 09:49:39,-273.15
-13/12/2023 09:49:41,-273.15
-13/12/2023 09:49:43,-273.15
-13/12/2023 09:49:45,-273.15
-13/12/2023 09:49:47,-273.15
-13/12/2023 09:49:49,-273.15
-13/12/2023 09:49:51,-273.15
-13/12/2023 09:49:53,-273.15
-13/12/2023 09:49:55,-273.15
-13/12/2023 09:49:57,-273.15
-13/12/2023 09:49:59,-273.15
-13/12/2023 09:50:01,-273.15
-13/12/2023 09:50:03,-273.15
-13/12/2023 09:50:05,-273.15
-13/12/2023 09:50:07,-273.15
-13/12/2023 09:50:09,-273.15
-13/12/2023 09:50:11,-273.15
-13/12/2023 09:50:13,-273.15
-13/12/2023 09:50:15,-273.15
-13/12/2023 09:50:17,-273.15
-13/12/2023 09:50:19,-273.15
-13/12/2023 09:50:21,-273.15
-13/12/2023 09:50:23,-273.15
-13/12/2023 09:50:25,-273.15
-13/12/2023 09:50:27,-273.15
-13/12/2023 09:50:29,-273.15
-13/12/2023 09:50:31,-273.15
-13/12/2023 09:50:33,-273.15
-13/12/2023 09:50:35,-273.15
-13/12/2023 09:50:37,-273.15
-13/12/2023 09:50:39,-273.15
-13/12/2023 09:50:41,-273.15
-13/12/2023 09:50:43,-273.15
-13/12/2023 09:50:45,-273.15
-13/12/2023 09:50:47,-273.15
-13/12/2023 09:50:49,-273.15
-13/12/2023 09:50:51,-273.15
-13/12/2023 09:50:53,-273.15
-13/12/2023 09:50:55,-273.15
-13/12/2023 09:50:57,-273.15
-13/12/2023 09:50:59,-273.15
-13/12/2023 09:51:01,-273.15
-13/12/2023 09:51:03,-273.15
-13/12/2023 09:51:05,-273.15
-13/12/2023 09:51:07,-273.15
-13/12/2023 09:51:09,-273.15
-13/12/2023 09:51:11,-273.15
-13/12/2023 09:51:13,-273.15
-13/12/2023 09:51:15,-273.15
-13/12/2023 09:51:17,-273.15
-13/12/2023 09:51:19,-273.15
-13/12/2023 09:51:21,-273.15
-13/12/2023 09:51:23,-273.15
-13/12/2023 09:51:25,-273.15
-13/12/2023 09:51:27,-273.15
-13/12/2023 09:51:29,-273.15
-13/12/2023 09:51:31,-273.15
-13/12/2023 09:51:33,-273.15
-13/12/2023 09:51:35,-273.15
-13/12/2023 09:51:37,-273.15
-13/12/2023 09:51:39,-273.15
-13/12/2023 09:51:41,-273.15
-13/12/2023 09:51:43,-273.15
-13/12/2023 09:51:45,-273.15
-13/12/2023 09:51:47,-273.15
-13/12/2023 09:51:49,-273.15
-13/12/2023 09:51:51,-273.15
-13/12/2023 09:51:53,-273.15
-13/12/2023 09:51:55,-273.15
-13/12/2023 09:51:57,-273.15
-13/12/2023 09:51:59,-273.15
-13/12/2023 09:52:01,-273.15
-13/12/2023 09:52:03,-273.15
-13/12/2023 09:52:05,-273.15
-13/12/2023 09:52:07,-273.15
-13/12/2023 09:52:09,-273.15
-13/12/2023 09:52:11,-273.15
-13/12/2023 09:52:13,-273.15
-13/12/2023 09:52:15,-273.15
-13/12/2023 09:52:17,-273.15
-13/12/2023 09:52:20,-273.15
-13/12/2023 09:52:22,-273.15
-13/12/2023 09:52:24,-273.15
-13/12/2023 09:52:26,-273.15
-13/12/2023 09:52:28,-273.15
-13/12/2023 09:52:30,-273.15
-13/12/2023 09:52:32,-273.15
-13/12/2023 09:52:34,-273.15
-13/12/2023 09:52:36,-273.15
-13/12/2023 09:52:38,-273.15
-13/12/2023 09:52:40,-273.15
-13/12/2023 09:52:42,-273.15
-13/12/2023 09:52:44,-273.15
-13/12/2023 09:52:46,-273.15
-13/12/2023 09:52:48,-273.15
-13/12/2023 09:52:50,-273.15
-13/12/2023 09:52:52,-273.15
-13/12/2023 09:52:54,-273.15
-13/12/2023 09:52:56,-273.15
-13/12/2023 09:52:58,-273.15
-13/12/2023 09:53:00,-273.15
-13/12/2023 09:53:02,-273.15
-13/12/2023 09:53:04,-273.15
-13/12/2023 09:53:06,-273.15
-13/12/2023 09:53:08,-273.15
-13/12/2023 09:53:10,-273.15
-13/12/2023 09:53:12,-273.15
-13/12/2023 09:53:14,-273.15
-13/12/2023 09:53:16,-273.15
-13/12/2023 09:53:18,-273.15
-13/12/2023 09:53:20,-273.15
-13/12/2023 09:53:22,-273.15
-13/12/2023 09:53:24,-273.15
-13/12/2023 09:53:26,-273.15
-13/12/2023 09:53:28,-273.15
-13/12/2023 09:53:31,-273.15
-13/12/2023 09:53:33,-273.15
-13/12/2023 09:53:35,-273.15
-13/12/2023 09:53:37,-273.15
-13/12/2023 09:53:39,-273.15
-13/12/2023 09:53:41,-273.15
-13/12/2023 09:53:43,-273.15
-13/12/2023 09:53:45,-273.15
-13/12/2023 09:53:47,-273.15
-13/12/2023 09:53:49,-273.15
-13/12/2023 09:53:51,-273.15
-13/12/2023 09:53:53,-273.15
-13/12/2023 09:53:55,-273.15
-13/12/2023 09:53:57,-273.15
-13/12/2023 09:53:59,-273.15
-13/12/2023 09:54:01,-273.15
-13/12/2023 09:54:03,-273.15
-13/12/2023 09:54:05,-273.15
-13/12/2023 09:54:07,-273.15
-13/12/2023 09:54:09,-273.15
-13/12/2023 09:54:11,-273.15
-13/12/2023 09:54:13,-273.15
-13/12/2023 09:54:15,-273.15
-13/12/2023 09:54:17,-273.15
-13/12/2023 09:54:19,-273.15
-13/12/2023 09:54:21,-273.15
-13/12/2023 09:54:23,-273.15
-13/12/2023 09:54:25,-273.15
-13/12/2023 09:54:27,-273.15
-13/12/2023 09:54:29,-273.15
-13/12/2023 09:54:31,-273.15
-13/12/2023 09:54:33,-273.15
-13/12/2023 09:54:35,-273.15
-13/12/2023 09:54:37,-273.15
-13/12/2023 09:54:39,-273.15
-13/12/2023 09:54:41,-273.15
-13/12/2023 09:54:43,-273.15
-13/12/2023 09:54:45,-273.15
-13/12/2023 09:54:47,-273.15
-13/12/2023 09:54:49,-273.15
-13/12/2023 09:54:51,-273.15
-13/12/2023 09:54:53,-273.15
-13/12/2023 09:54:55,-273.15
-13/12/2023 09:54:57,-273.15
-13/12/2023 09:54:59,-273.15
-13/12/2023 09:55:01,-273.15
-13/12/2023 09:55:03,-273.15
-13/12/2023 09:55:05,-273.15
-13/12/2023 09:55:07,-273.15
-13/12/2023 09:55:09,-273.15
-13/12/2023 09:55:11,-273.15
-13/12/2023 09:55:13,-273.15
-13/12/2023 09:55:15,-273.15
-13/12/2023 09:55:17,-273.15
-13/12/2023 09:55:19,-273.15
-13/12/2023 09:55:21,-273.15
-13/12/2023 09:55:23,-273.15
-13/12/2023 09:55:25,-273.15
-13/12/2023 09:55:27,-273.15
-13/12/2023 09:55:30,-273.15
-13/12/2023 09:55:32,-273.15
-13/12/2023 09:55:34,-273.15
-13/12/2023 09:55:36,-273.15
-13/12/2023 09:55:38,-273.15
-13/12/2023 09:55:40,-273.15
-13/12/2023 09:55:42,-273.15
-13/12/2023 09:55:44,-273.15
-13/12/2023 09:55:46,-273.15
-13/12/2023 09:55:48,-273.15
-13/12/2023 09:55:50,-273.15
-13/12/2023 09:55:52,-273.15
-13/12/2023 09:55:54,-273.15
-13/12/2023 09:55:56,-273.15
-13/12/2023 09:55:58,-273.15
-13/12/2023 09:56:00,-273.15
-13/12/2023 09:56:02,-273.15
-13/12/2023 09:56:04,-273.15
-13/12/2023 09:56:06,-273.15
-13/12/2023 09:56:08,-273.15
-13/12/2023 09:56:10,-273.15
-13/12/2023 09:56:12,-273.15
-13/12/2023 09:56:14,-273.15
-13/12/2023 09:56:16,-273.15
-13/12/2023 09:56:18,-273.15
-13/12/2023 09:56:20,-273.15
-13/12/2023 09:56:22,-273.15
-13/12/2023 09:56:24,-273.15
-13/12/2023 09:56:26,-273.15
-13/12/2023 09:56:28,-273.15
-13/12/2023 09:56:30,-273.15
-13/12/2023 09:56:32,-273.15
-13/12/2023 09:56:34,-273.15
-13/12/2023 09:56:36,-273.15
-13/12/2023 09:56:38,-273.15
-13/12/2023 09:56:40,-273.15
-13/12/2023 09:56:42,-273.15
-13/12/2023 09:56:44,-273.15
-13/12/2023 09:56:46,-273.15
-13/12/2023 09:56:48,-273.15
-13/12/2023 09:56:50,-273.15
-13/12/2023 09:56:53,-273.15
-13/12/2023 09:56:55,-273.15
-13/12/2023 09:56:57,-273.15
-13/12/2023 09:56:59,-273.15
-13/12/2023 09:57:01,-273.15
-13/12/2023 09:57:03,-273.15
-13/12/2023 09:57:05,-273.15
-13/12/2023 09:57:07,-273.15
-13/12/2023 09:57:09,-273.15
-13/12/2023 09:57:11,-273.15
-13/12/2023 09:57:13,-273.15
-13/12/2023 09:57:15,-273.15
-13/12/2023 09:57:17,-273.15
-13/12/2023 09:57:19,-273.15
-13/12/2023 09:57:21,-273.15
-13/12/2023 09:57:23,-273.15
-13/12/2023 09:57:25,-273.15
-13/12/2023 09:57:27,-273.15
-13/12/2023 09:57:29,-273.15
-13/12/2023 09:57:31,-273.15
-13/12/2023 09:57:33,-273.15
-13/12/2023 09:57:35,-273.15
-13/12/2023 09:57:37,-273.15
-13/12/2023 09:57:39,-273.15
-13/12/2023 09:57:41,-273.15
-13/12/2023 09:57:43,-273.15
-13/12/2023 09:57:45,-273.15
-13/12/2023 09:57:47,-273.15
-13/12/2023 09:57:49,-273.15
-13/12/2023 09:57:51,-273.15
-13/12/2023 09:57:53,-273.15
-13/12/2023 09:57:55,-273.15
-13/12/2023 09:57:57,-273.15
-13/12/2023 09:57:59,-273.15
-13/12/2023 09:58:01,-273.15
-13/12/2023 09:58:03,-273.15
-13/12/2023 09:58:05,-273.15
-13/12/2023 09:58:07,-273.15
-13/12/2023 09:58:09,-273.15
-13/12/2023 09:58:11,-273.15
-13/12/2023 09:58:13,-273.15
-13/12/2023 09:58:15,-273.15
-13/12/2023 09:58:17,-273.15
-13/12/2023 09:58:19,-273.15
-13/12/2023 09:58:21,-273.15
-13/12/2023 09:58:23,-273.15
-13/12/2023 09:58:25,-273.15
-13/12/2023 09:58:27,-273.15
-13/12/2023 09:58:29,-273.15
-13/12/2023 09:58:31,-273.15
-13/12/2023 09:58:33,-273.15
-13/12/2023 09:58:35,-273.15
-13/12/2023 09:58:37,-273.15
-13/12/2023 09:58:39,-273.15
-13/12/2023 09:58:41,-273.15
-13/12/2023 09:58:43,-273.15
-13/12/2023 09:58:45,-273.15
-13/12/2023 09:58:47,-273.15
-13/12/2023 09:58:49,-273.15
-13/12/2023 09:58:51,-273.15
-13/12/2023 09:58:53,-273.15
-13/12/2023 09:58:55,-273.15
-13/12/2023 09:58:57,-273.15
-13/12/2023 09:58:59,-273.15
-13/12/2023 09:59:01,-273.15
-13/12/2023 09:59:03,-273.15
-13/12/2023 09:59:05,-273.15
-13/12/2023 09:59:07,-273.15
-13/12/2023 09:59:09,-273.15
-13/12/2023 09:59:11,-273.15
-13/12/2023 09:59:13,-273.15
-13/12/2023 09:59:15,-273.15
-13/12/2023 09:59:17,-273.15
-13/12/2023 09:59:19,-273.15
-13/12/2023 09:59:21,-273.15
-13/12/2023 09:59:23,-273.15
-13/12/2023 09:59:26,-273.15
-13/12/2023 09:59:28,-273.15
-13/12/2023 09:59:30,-273.15
-13/12/2023 09:59:32,-273.15
-13/12/2023 09:59:34,-273.15
-13/12/2023 09:59:36,-273.15
-13/12/2023 09:59:38,-273.15
-13/12/2023 09:59:40,-273.15
-13/12/2023 09:59:42,-273.15
-13/12/2023 09:59:44,-273.15
-13/12/2023 09:59:46,-273.15
-13/12/2023 09:59:48,-273.15
-13/12/2023 09:59:50,-273.15
-13/12/2023 09:59:52,-273.15
-13/12/2023 09:59:54,-273.15
-13/12/2023 09:59:56,-273.15
-13/12/2023 09:59:58,-273.15
-13/12/2023 10:00:00,-273.15
-13/12/2023 10:00:02,-273.15
-13/12/2023 10:00:04,-273.15
-13/12/2023 10:00:06,-273.15
-13/12/2023 10:00:08,-273.15
-13/12/2023 10:00:10,-273.15
-13/12/2023 10:00:12,-273.15
-13/12/2023 10:00:14,-273.15
-13/12/2023 10:00:16,-273.15
-13/12/2023 10:00:18,-273.15
-13/12/2023 10:00:20,-273.15
-13/12/2023 10:00:22,-273.15
-13/12/2023 10:00:24,-273.15
-13/12/2023 10:00:26,-273.15
-13/12/2023 10:00:28,-273.15
-13/12/2023 10:00:30,-273.15
-13/12/2023 10:00:32,-273.15
-13/12/2023 10:00:34,-273.15
-13/12/2023 10:00:36,-273.15
-13/12/2023 10:00:38,-273.15
-13/12/2023 10:00:40,-273.15
-13/12/2023 10:00:42,-273.15
-13/12/2023 10:00:45,-273.15
-13/12/2023 10:00:47,-273.15
-13/12/2023 10:00:49,-273.15
-13/12/2023 10:00:51,-273.15
-13/12/2023 10:00:53,-273.15
-13/12/2023 10:00:55,-273.15
-13/12/2023 10:00:57,-273.15
-13/12/2023 10:00:59,-273.15
-13/12/2023 10:01:01,-273.15
-13/12/2023 10:01:03,-273.15
-13/12/2023 10:01:05,-273.15
-13/12/2023 10:01:07,-273.15
-13/12/2023 10:01:09,-273.15
-13/12/2023 10:01:11,-273.15
-13/12/2023 10:01:13,-273.15
-13/12/2023 10:01:15,-273.15
-13/12/2023 10:01:17,-273.15
-13/12/2023 10:01:19,-273.15
-13/12/2023 10:01:21,-273.15
-13/12/2023 10:01:23,-273.15
-13/12/2023 10:01:25,-273.15
-13/12/2023 10:01:27,-273.15
-13/12/2023 10:01:29,-273.15
-13/12/2023 10:01:31,-273.15
-13/12/2023 10:01:33,-273.15
-13/12/2023 10:01:35,-273.15
-13/12/2023 10:01:37,-273.15
-13/12/2023 10:01:39,-273.15
-13/12/2023 10:01:41,-273.15
-13/12/2023 10:01:43,-273.15
-13/12/2023 10:01:45,-273.15
-13/12/2023 10:01:47,-273.15
-13/12/2023 10:01:49,-273.15
-13/12/2023 10:01:51,-273.15
-13/12/2023 10:01:53,-273.15
-13/12/2023 10:01:55,-273.15
-13/12/2023 10:01:57,-273.15
-13/12/2023 10:01:59,-273.15
-13/12/2023 10:02:01,-273.15
-13/12/2023 10:02:03,-273.15
-13/12/2023 10:02:05,-273.15
-13/12/2023 10:02:08,-273.15
-13/12/2023 10:02:10,-273.15
-13/12/2023 10:02:12,-273.15
-13/12/2023 10:02:14,-273.15
-13/12/2023 10:02:16,-273.15
-13/12/2023 10:02:18,-273.15
-13/12/2023 10:02:20,-273.15
-13/12/2023 10:02:22,-273.15
-13/12/2023 10:02:24,-273.15
-13/12/2023 10:02:26,-273.15
-13/12/2023 10:02:28,-273.15
-13/12/2023 10:02:30,-273.15
-13/12/2023 10:02:32,-273.15
-13/12/2023 10:02:34,-273.15
-13/12/2023 10:02:36,-273.15
-13/12/2023 10:02:38,-273.15
-13/12/2023 10:02:40,-273.15
-13/12/2023 10:02:42,-273.15
-13/12/2023 10:02:44,-273.15
-13/12/2023 10:02:46,-273.15
-13/12/2023 10:02:48,-273.15
-13/12/2023 10:02:50,-273.15
-13/12/2023 10:02:52,-273.15
-13/12/2023 10:02:54,-273.15
-13/12/2023 10:02:56,-273.15
-13/12/2023 10:02:58,-273.15
-13/12/2023 10:03:00,-273.15
-13/12/2023 10:03:02,-273.15
-13/12/2023 10:03:04,-273.15
-13/12/2023 10:03:06,-273.15
-13/12/2023 10:03:08,-273.15
-13/12/2023 10:03:10,-273.15
-13/12/2023 10:03:12,-273.15
-13/12/2023 10:03:14,-273.15
-13/12/2023 10:03:16,-273.15
-13/12/2023 10:03:18,-273.15
-13/12/2023 10:03:20,-273.15
-13/12/2023 10:03:22,-273.15
-13/12/2023 10:03:24,-273.15
-13/12/2023 10:03:26,-273.15
-13/12/2023 10:03:29,-273.15
-13/12/2023 10:03:31,-273.15
-13/12/2023 10:03:33,-273.15
-13/12/2023 10:03:35,-273.15
-13/12/2023 10:03:37,-273.15
-13/12/2023 10:03:39,-273.15
-13/12/2023 10:03:41,-273.15
-13/12/2023 10:03:43,-273.15
-13/12/2023 10:03:45,-273.15
-13/12/2023 10:03:47,-273.15
-13/12/2023 10:03:49,-273.15
-13/12/2023 10:03:51,-273.15
-13/12/2023 10:03:53,-273.15
-13/12/2023 10:03:55,-273.15
-13/12/2023 10:03:57,-273.15
-13/12/2023 10:03:59,-273.15
-13/12/2023 10:04:01,-273.15
-13/12/2023 10:04:03,-273.15
-13/12/2023 10:04:05,-273.15
-13/12/2023 10:04:07,-273.15
-13/12/2023 10:04:09,-273.15
-13/12/2023 10:04:11,-273.15
-13/12/2023 10:04:13,-273.15
-13/12/2023 10:04:15,-273.15
-13/12/2023 10:04:17,-273.15
-13/12/2023 10:04:19,-273.15
-13/12/2023 10:04:21,-273.15
-13/12/2023 10:04:23,-273.15
-13/12/2023 10:04:25,-273.15
-13/12/2023 10:04:27,-273.15
-13/12/2023 10:04:29,-273.15
-13/12/2023 10:04:32,-273.15
-13/12/2023 10:04:34,-273.15
-13/12/2023 10:04:36,-273.15
-13/12/2023 10:04:38,-273.15
-13/12/2023 10:04:40,-273.15
-13/12/2023 10:04:42,-273.15
-13/12/2023 10:04:44,-273.15
-13/12/2023 10:04:46,-273.15
-13/12/2023 10:04:48,-273.15
-13/12/2023 10:04:50,-273.15
-13/12/2023 10:04:52,-273.15
-13/12/2023 10:04:54,-273.15
-13/12/2023 10:04:56,-273.15
-13/12/2023 10:04:58,-273.15
-13/12/2023 10:05:00,-273.15
-13/12/2023 10:05:02,-273.15
-13/12/2023 10:05:04,-273.15
-13/12/2023 10:05:06,-273.15
-13/12/2023 10:05:08,-273.15
-13/12/2023 10:05:10,-273.15
-13/12/2023 10:05:12,-273.15
-13/12/2023 10:05:14,-273.15
-13/12/2023 10:05:16,-273.15
-13/12/2023 10:05:18,-273.15
-13/12/2023 10:05:20,-273.15
-13/12/2023 10:05:22,-273.15
-13/12/2023 10:05:24,-273.15
-13/12/2023 10:05:27,-273.15
-13/12/2023 10:05:29,-273.15
-13/12/2023 10:05:31,-273.15
-13/12/2023 10:05:33,-273.15
-13/12/2023 10:05:35,-273.15
-13/12/2023 10:05:37,-273.15
-13/12/2023 10:05:39,-273.15
-13/12/2023 10:05:41,-273.15
-13/12/2023 10:05:43,-273.15
-13/12/2023 10:05:45,-273.15
-13/12/2023 10:05:47,-273.15
-13/12/2023 10:05:49,-273.15
-13/12/2023 10:05:51,-273.15
-13/12/2023 10:05:53,-273.15
-13/12/2023 10:05:55,-273.15
-13/12/2023 10:05:57,-273.15
-13/12/2023 10:05:59,-273.15
-13/12/2023 10:06:01,-273.15
-13/12/2023 10:06:03,-273.15
-13/12/2023 10:06:05,-273.15
-13/12/2023 10:06:07,-273.15
-13/12/2023 10:06:09,-273.15
-13/12/2023 10:06:11,-273.15
-13/12/2023 10:06:13,-273.15
-13/12/2023 10:06:15,-273.15
-13/12/2023 10:06:17,-273.15
-13/12/2023 10:06:19,-273.15
-13/12/2023 10:06:21,-273.15
-13/12/2023 10:06:23,-273.15
-13/12/2023 10:06:25,-273.15
-13/12/2023 10:06:27,-273.15
-13/12/2023 10:06:29,-273.15
-13/12/2023 10:06:31,-273.15
-13/12/2023 10:06:33,-273.15
-13/12/2023 10:06:35,-273.15
-13/12/2023 10:06:37,-273.15
-13/12/2023 10:06:40,-273.15
-13/12/2023 10:06:42,-273.15
-13/12/2023 10:06:44,-273.15
-13/12/2023 10:06:46,-273.15
-13/12/2023 10:06:48,-273.15
-13/12/2023 10:06:50,-273.15
-13/12/2023 10:06:52,-273.15
-13/12/2023 10:06:54,-273.15
-13/12/2023 10:06:56,-273.15
-13/12/2023 10:06:58,-273.15
-13/12/2023 10:07:00,-273.15
-13/12/2023 10:07:02,-273.15
-13/12/2023 10:07:04,-273.15
-13/12/2023 10:07:06,-273.15
-13/12/2023 10:07:08,-273.15
-13/12/2023 10:07:10,-273.15
-13/12/2023 10:07:12,-273.15
-13/12/2023 10:07:14,-273.15
-13/12/2023 10:07:16,-273.15
-13/12/2023 10:07:18,-273.15
-13/12/2023 10:07:20,-273.15
-13/12/2023 10:07:22,-273.15
-13/12/2023 10:07:24,-273.15
-13/12/2023 10:07:26,-273.15
-13/12/2023 10:07:28,-273.15
-13/12/2023 10:07:30,-273.15
-13/12/2023 10:07:32,-273.15
-13/12/2023 10:07:34,-273.15
-13/12/2023 10:07:36,-273.15
-13/12/2023 10:07:38,-273.15
-13/12/2023 10:07:40,-273.15
-13/12/2023 10:07:42,-273.15
-13/12/2023 10:07:44,-273.15
-13/12/2023 10:07:46,-273.15
-13/12/2023 10:07:48,-273.15
-13/12/2023 10:07:50,-273.15
-13/12/2023 10:07:52,-273.15
-13/12/2023 10:07:54,-273.15
-13/12/2023 10:07:56,-273.15
-13/12/2023 10:07:58,-273.15
-13/12/2023 10:08:00,-273.15
-13/12/2023 10:08:02,-273.15
-13/12/2023 10:08:04,-273.15
-13/12/2023 10:08:06,-273.15
-13/12/2023 10:08:08,-273.15
-13/12/2023 10:08:10,-273.15
-13/12/2023 10:08:13,-273.15
-13/12/2023 10:08:15,-273.15
-13/12/2023 10:08:17,-273.15
-13/12/2023 10:08:19,-273.15
-13/12/2023 10:08:21,-273.15
-13/12/2023 10:08:23,-273.15
-13/12/2023 10:08:25,-273.15
-13/12/2023 10:08:27,-273.15
-13/12/2023 10:08:29,-273.15
-13/12/2023 10:08:31,-273.15
-13/12/2023 10:08:33,-273.15
-13/12/2023 10:08:35,-273.15
-13/12/2023 10:08:37,-273.15
-13/12/2023 10:08:39,-273.15
-13/12/2023 10:08:41,-273.15
-13/12/2023 10:08:43,-273.15
-13/12/2023 10:08:45,-273.15
-13/12/2023 10:08:47,-273.15
-13/12/2023 10:08:49,-273.15
-13/12/2023 10:08:51,-273.15
-13/12/2023 10:08:53,-273.15
-13/12/2023 10:08:55,-273.15
-13/12/2023 10:08:57,-273.15
-13/12/2023 10:08:59,-273.15
-13/12/2023 10:09:01,-273.15
-13/12/2023 10:09:03,-273.15
-13/12/2023 10:09:05,-273.15
-13/12/2023 10:09:07,-273.15
-13/12/2023 10:09:09,-273.15
-13/12/2023 10:09:11,-273.15
-13/12/2023 10:09:13,-273.15
-13/12/2023 10:09:15,-273.15
-13/12/2023 10:09:17,-273.15
-13/12/2023 10:09:19,-273.15
-13/12/2023 10:09:21,-273.15
-13/12/2023 10:09:23,-273.15
-13/12/2023 10:09:25,-273.15
-13/12/2023 10:09:27,-273.15
-13/12/2023 10:09:29,-273.15
-13/12/2023 10:09:31,-273.15
-13/12/2023 10:09:33,-273.15
-13/12/2023 10:09:35,-273.15
-13/12/2023 10:09:37,-273.15
-13/12/2023 10:09:39,-273.15
-13/12/2023 10:09:41,-273.15
-13/12/2023 10:09:43,-273.15
-13/12/2023 10:09:45,-273.15
-13/12/2023 10:09:47,-273.15
-13/12/2023 10:09:49,-273.15
-13/12/2023 10:09:51,-273.15
-13/12/2023 10:09:53,-273.15
-13/12/2023 10:09:55,-273.15
-13/12/2023 10:09:57,-273.15
-13/12/2023 10:09:59,-273.15
-13/12/2023 10:10:01,-273.15
-13/12/2023 10:10:03,-273.15
-13/12/2023 10:10:05,-273.15
-13/12/2023 10:10:07,-273.15
-13/12/2023 10:10:10,-273.15
-13/12/2023 10:10:12,-273.15
-13/12/2023 10:10:14,-273.15
-13/12/2023 10:10:16,-273.15
-13/12/2023 10:10:18,-273.15
-13/12/2023 10:10:20,-273.15
-13/12/2023 10:10:22,-273.15
-13/12/2023 10:10:24,-273.15
-13/12/2023 10:10:26,-273.15
-13/12/2023 10:10:28,-273.15
-13/12/2023 10:10:30,-273.15
-13/12/2023 10:10:32,-273.15
-13/12/2023 10:10:34,-273.15
-13/12/2023 10:10:36,-273.15
-13/12/2023 10:10:38,-273.15
-13/12/2023 10:10:40,-273.15
-13/12/2023 10:10:42,-273.15
-13/12/2023 10:10:44,-273.15
-13/12/2023 10:10:46,-273.15
-13/12/2023 10:10:48,-273.15
-13/12/2023 10:10:50,-273.15
-13/12/2023 10:10:52,-273.15
-13/12/2023 10:10:54,-273.15
-13/12/2023 10:10:56,-273.15
-13/12/2023 10:10:58,-273.15
-13/12/2023 10:11:00,-273.15
-13/12/2023 10:11:02,-273.15
-13/12/2023 10:11:04,-273.15
-13/12/2023 10:11:06,-273.15
-13/12/2023 10:11:08,-273.15
-13/12/2023 10:11:10,-273.15
-13/12/2023 10:11:12,-273.15
-13/12/2023 10:11:14,-273.15
-13/12/2023 10:11:16,-273.15
-13/12/2023 10:11:18,-273.15
-13/12/2023 10:11:20,-273.15
-13/12/2023 10:11:22,-273.15
-13/12/2023 10:11:24,-273.15
-13/12/2023 10:11:26,-273.15
-13/12/2023 10:11:28,-273.15
-13/12/2023 10:11:30,-273.15
-13/12/2023 10:11:32,-273.15
-13/12/2023 10:11:34,-273.15
-13/12/2023 10:11:36,-273.15
-13/12/2023 10:11:38,-273.15
-13/12/2023 10:11:40,-273.15
-13/12/2023 10:11:42,-273.15
-13/12/2023 10:11:44,-273.15
-13/12/2023 10:11:46,-273.15
-13/12/2023 10:11:48,-273.15
-13/12/2023 10:11:50,-273.15
-13/12/2023 10:11:52,-273.15
-13/12/2023 10:11:54,-273.15
-13/12/2023 10:11:56,-273.15
-13/12/2023 10:11:58,-273.15
-13/12/2023 10:12:00,-273.15
-13/12/2023 10:12:02,-273.15
-13/12/2023 10:12:04,-273.15
-13/12/2023 10:12:06,-273.15
-13/12/2023 10:12:08,-273.15
-13/12/2023 10:12:10,-273.15
-13/12/2023 10:12:12,-273.15
-13/12/2023 10:12:14,-273.15
-13/12/2023 10:12:16,-273.15
-13/12/2023 10:12:18,-273.15
-13/12/2023 10:12:20,-273.15
-13/12/2023 10:12:22,-273.15
-13/12/2023 10:12:25,-273.15
-13/12/2023 10:12:27,-273.15
-13/12/2023 10:12:29,-273.15
-13/12/2023 10:12:31,-273.15
-13/12/2023 10:12:33,-273.15
-13/12/2023 10:12:35,-273.15
-13/12/2023 10:12:37,-273.15
-13/12/2023 10:12:39,-273.15
-13/12/2023 10:12:41,-273.15
-13/12/2023 10:12:43,-273.15
-13/12/2023 10:12:45,-273.15
-13/12/2023 10:12:47,-273.15
-13/12/2023 10:12:49,-273.15
-13/12/2023 10:12:51,-273.15
-13/12/2023 10:12:53,-273.15
-13/12/2023 10:12:55,-273.15
-13/12/2023 10:12:57,-273.15
-13/12/2023 10:12:59,-273.15
-13/12/2023 10:13:01,-273.15
-13/12/2023 10:13:03,-273.15
-13/12/2023 10:13:05,-273.15
-13/12/2023 10:13:07,-273.15
-13/12/2023 10:13:09,-273.15
-13/12/2023 10:13:11,-273.15
-13/12/2023 10:13:13,-273.15
-13/12/2023 10:13:15,-273.15
-13/12/2023 10:13:17,-273.15
-13/12/2023 10:13:19,-273.15
-13/12/2023 10:13:21,-273.15
-13/12/2023 10:13:23,-273.15
-13/12/2023 10:13:25,-273.15
-13/12/2023 10:13:27,-273.15
-13/12/2023 10:13:29,-273.15
-13/12/2023 10:13:31,-273.15
-13/12/2023 10:13:33,-273.15
-13/12/2023 10:13:35,-273.15
-13/12/2023 10:13:37,-273.15
-13/12/2023 10:13:39,-273.15
-13/12/2023 10:13:41,-273.15
-13/12/2023 10:13:43,-273.15
-13/12/2023 10:13:45,-273.15
-13/12/2023 10:13:47,-273.15
-13/12/2023 10:13:49,-273.15
-13/12/2023 10:13:51,-273.15
-13/12/2023 10:13:53,-273.15
-13/12/2023 10:13:55,-273.15
-13/12/2023 10:13:57,-273.15
-13/12/2023 10:13:59,-273.15
-13/12/2023 10:14:01,-273.15
-13/12/2023 10:14:03,-273.15
-13/12/2023 10:14:05,-273.15
-13/12/2023 10:14:07,-273.15
-13/12/2023 10:14:09,-273.15
-13/12/2023 10:14:11,-273.15
-13/12/2023 10:14:13,-273.15
-13/12/2023 10:14:15,-273.15
-13/12/2023 10:14:17,-273.15
-13/12/2023 10:14:19,-273.15
-13/12/2023 10:14:21,-273.15
-13/12/2023 10:14:23,-273.15
-13/12/2023 10:14:25,-273.15
-13/12/2023 10:14:27,-273.15
-13/12/2023 10:14:29,-273.15
-13/12/2023 10:14:31,-273.15
-13/12/2023 10:14:33,-273.15
-13/12/2023 10:14:35,-273.15
-13/12/2023 10:14:38,-273.15
-13/12/2023 10:14:40,-273.15
-13/12/2023 10:14:42,-273.15
-13/12/2023 10:14:44,-273.15
-13/12/2023 10:14:46,-273.15
-13/12/2023 10:14:48,-273.15
-13/12/2023 10:14:50,-273.15
-13/12/2023 10:14:52,-273.15
-13/12/2023 10:14:54,-273.15
-13/12/2023 10:14:56,-273.15
-13/12/2023 10:14:58,-273.15
-13/12/2023 10:15:00,-273.15
-13/12/2023 10:15:02,-273.15
-13/12/2023 10:15:04,-273.15
-13/12/2023 10:15:06,-273.15
-13/12/2023 10:15:08,-273.15
-13/12/2023 10:15:10,-273.15
-13/12/2023 10:15:12,-273.15
-13/12/2023 10:15:14,-273.15
-13/12/2023 10:15:16,-273.15
-13/12/2023 10:15:18,-273.15
-13/12/2023 10:15:20,-273.15
-13/12/2023 10:15:22,-273.15
-13/12/2023 10:15:24,-273.15
-13/12/2023 10:15:26,-273.15
-13/12/2023 10:15:28,-273.15
-13/12/2023 10:15:30,-273.15
-13/12/2023 10:15:32,-273.15
-13/12/2023 10:15:34,-273.15
-13/12/2023 10:15:36,-273.15
-13/12/2023 10:15:38,-273.15
-13/12/2023 10:15:40,-273.15
-13/12/2023 10:15:42,-273.15
-13/12/2023 10:15:44,-273.15
-13/12/2023 10:15:46,-273.15
-13/12/2023 10:15:48,-273.15
-13/12/2023 10:15:50,-273.15
-13/12/2023 10:15:52,-273.15
-13/12/2023 10:15:54,-273.15
-13/12/2023 10:15:56,-273.15
-13/12/2023 10:15:58,-273.15
-13/12/2023 10:16:00,-273.15
-13/12/2023 10:16:02,-273.15
-13/12/2023 10:16:04,-273.15
-13/12/2023 10:16:06,-273.15
-13/12/2023 10:16:08,-273.15
-13/12/2023 10:16:10,-273.15
-13/12/2023 10:16:12,-273.15
-13/12/2023 10:16:14,-273.15
-13/12/2023 10:16:16,-273.15
-13/12/2023 10:16:18,-273.15
-13/12/2023 10:16:20,-273.15
-13/12/2023 10:16:22,-273.15
-13/12/2023 10:16:24,-273.15
-13/12/2023 10:16:26,-273.15
-13/12/2023 10:16:28,-273.15
-13/12/2023 10:16:30,-273.15
-13/12/2023 10:16:32,-273.15
-13/12/2023 10:16:34,-273.15
-13/12/2023 10:16:36,-273.15
-13/12/2023 10:16:38,-273.15
-13/12/2023 10:16:40,-273.15
-13/12/2023 10:16:42,-273.15
-13/12/2023 10:16:44,-273.15
-13/12/2023 10:16:46,-273.15
-13/12/2023 10:16:48,-273.15
-13/12/2023 10:16:50,-273.15
-13/12/2023 10:16:52,-273.15
-13/12/2023 10:16:54,-273.15
-13/12/2023 10:16:56,-273.15
-13/12/2023 10:16:58,-273.15
-13/12/2023 10:17:00,-273.15
-13/12/2023 10:17:02,-273.15
-13/12/2023 10:17:04,-273.15
-13/12/2023 10:17:06,-273.15
-13/12/2023 10:17:08,-273.15
-13/12/2023 10:17:10,-273.15
-13/12/2023 10:17:12,-273.15
-13/12/2023 10:17:14,-273.15
-13/12/2023 10:17:16,-273.15
-13/12/2023 10:17:18,-273.15
-13/12/2023 10:17:20,-273.15
-13/12/2023 10:17:22,-273.15
-13/12/2023 10:17:24,-273.15
-13/12/2023 10:17:26,-273.15
-13/12/2023 10:17:28,-273.15
-13/12/2023 10:17:30,-273.15
-13/12/2023 10:17:32,-273.15
-13/12/2023 10:17:34,-273.15
-13/12/2023 10:17:36,-273.15
-13/12/2023 10:17:38,-273.15
-13/12/2023 10:17:40,-273.15
-13/12/2023 10:17:42,-273.15
-13/12/2023 10:17:44,-273.15
-13/12/2023 10:17:47,-273.15
-13/12/2023 10:17:49,-273.15
-13/12/2023 10:17:51,-273.15
-13/12/2023 10:17:53,-273.15
-13/12/2023 10:17:55,-273.15
-13/12/2023 10:17:57,-273.15
-13/12/2023 10:17:59,-273.15
-13/12/2023 10:18:01,-273.15
-13/12/2023 10:18:03,-273.15
-13/12/2023 10:18:05,-273.15
-13/12/2023 10:18:07,-273.15
-13/12/2023 10:18:09,-273.15
-13/12/2023 10:18:11,-273.15
-13/12/2023 10:18:13,-273.15
-13/12/2023 10:18:15,-273.15
-13/12/2023 10:18:17,-273.15
-13/12/2023 10:18:19,-273.15
-13/12/2023 10:18:21,-273.15
-13/12/2023 10:18:23,-273.15
-13/12/2023 10:18:25,-273.15
-13/12/2023 10:18:27,-273.15
-13/12/2023 10:18:29,-273.15
-13/12/2023 10:18:31,-273.15
-13/12/2023 10:18:33,-273.15
-13/12/2023 10:18:35,-273.15
-13/12/2023 10:18:37,-273.15
-13/12/2023 10:18:39,-273.15
-13/12/2023 10:18:41,-273.15
-13/12/2023 10:18:43,-273.15
-13/12/2023 11:54:23,-273.15
-13/12/2023 11:54:25,-273.15
-13/12/2023 11:54:27,-273.15
-13/12/2023 11:54:29,-273.15
-13/12/2023 11:54:31,-273.15
-13/12/2023 11:54:33,-273.15
-13/12/2023 11:54:35,-273.15
-13/12/2023 12:47:42,-273.15
-13/12/2023 12:47:44,-273.15
-13/12/2023 12:47:46,-273.15
-13/12/2023 12:47:48,-273.15
-13/12/2023 12:47:50,-273.15
-13/12/2023 12:47:52,-273.15
-13/12/2023 12:57:51,-273.15
-13/12/2023 12:57:53,-273.15
-13/12/2023 12:57:55,-273.15
-13/12/2023 12:57:57,-273.15
-13/12/2023 12:57:59,-273.15
-13/12/2023 12:58:01,-273.15
-13/12/2023 12:58:03,-273.15
-13/12/2023 12:58:05,-273.15
-13/12/2023 12:58:07,-273.15
-13/12/2023 12:58:09,-273.15
-13/12/2023 12:58:11,-273.15
-13/12/2023 12:58:13,-273.15
-13/12/2023 12:58:15,-273.15
-13/12/2023 12:58:17,-273.15
-13/12/2023 12:58:19,-273.15
-13/12/2023 13:10:13,-273.15
-13/12/2023 13:10:15,-273.15
-13/12/2023 13:10:17,-273.15
-13/12/2023 13:10:19,-273.15
-13/12/2023 13:10:21,-273.15
-13/12/2023 13:10:23,-273.15
-13/12/2023 13:10:25,-273.15
-13/12/2023 13:10:27,-273.15
-13/12/2023 13:10:29,-273.15
-13/12/2023 13:10:31,-273.15
-13/12/2023 13:10:33,-273.15
-13/12/2023 13:10:35,-273.15
-13/12/2023 13:10:37,-273.15
-13/12/2023 13:10:39,-273.15
-13/12/2023 13:10:41,-273.15
-13/12/2023 13:10:43,-273.15
-13/12/2023 13:10:45,-273.15
-13/12/2023 13:10:47,-273.15
-13/12/2023 13:10:49,-273.15
-13/12/2023 13:10:51,-273.15
-13/12/2023 13:10:53,-273.15
-13/12/2023 13:10:55,-273.15
-13/12/2023 13:10:57,-273.15
-13/12/2023 13:10:59,-273.15
-13/12/2023 13:11:01,-273.15
-13/12/2023 13:11:03,-273.15
-13/12/2023 13:11:05,-273.15
-13/12/2023 13:11:07,-273.15
-13/12/2023 13:11:09,-273.15
-13/12/2023 13:11:11,-273.15
-13/12/2023 13:11:13,-273.15
-13/12/2023 13:11:15,-273.15
-13/12/2023 13:11:18,-273.15
-13/12/2023 13:11:20,-273.15
-13/12/2023 13:16:06,-273.15
-13/12/2023 13:16:08,-273.15
-13/12/2023 13:16:10,-273.15
-13/12/2023 13:16:12,-273.15
-13/12/2023 13:16:15,-273.15
-13/12/2023 13:16:17,-273.15
-13/12/2023 13:16:19,-273.15
-13/12/2023 13:16:21,-273.15
-13/12/2023 13:16:23,-273.15
-13/12/2023 13:16:25,-273.15
-13/12/2023 13:16:27,-273.15
-13/12/2023 13:16:29,-273.15
-13/12/2023 13:16:31,-273.15
-13/12/2023 13:16:33,-273.15
-13/12/2023 13:16:35,-273.15
-13/12/2023 13:16:37,-273.15
-13/12/2023 13:16:39,-273.15
-13/12/2023 13:16:41,-273.15
-13/12/2023 13:16:43,-273.15
-13/12/2023 13:16:45,-273.15
-13/12/2023 13:16:47,-273.15
-13/12/2023 13:16:49,-273.15
-13/12/2023 13:16:51,-273.15
-13/12/2023 13:16:53,-273.15
-13/12/2023 13:16:55,-273.15
-13/12/2023 13:16:57,-273.15
-13/12/2023 13:16:59,-273.15
-13/12/2023 13:17:01,-273.15
-13/12/2023 13:17:03,-273.15
-13/12/2023 13:17:05,-273.15
-13/12/2023 13:17:07,-273.15
-13/12/2023 13:17:09,-273.15
-13/12/2023 13:17:11,-273.15
-13/12/2023 13:17:13,-273.15
-13/12/2023 13:17:15,-273.15
-13/12/2023 13:17:17,-273.15
-13/12/2023 13:17:19,-273.15
-13/12/2023 13:17:21,-273.15
-13/12/2023 13:17:23,-273.15
-13/12/2023 13:17:25,-273.15
-13/12/2023 13:17:27,-273.15
-13/12/2023 13:17:29,-273.15
-13/12/2023 13:17:31,-273.15
-13/12/2023 13:17:33,-273.15
-13/12/2023 13:17:35,-273.15
-13/12/2023 13:17:37,-273.15
-13/12/2023 13:17:39,-273.15
-13/12/2023 13:17:41,-273.15
-13/12/2023 13:17:43,-273.15
-13/12/2023 13:17:45,-273.15
-13/12/2023 13:17:47,-273.15
-13/12/2023 13:17:49,-273.15
-13/12/2023 13:17:52,-273.15
-13/12/2023 13:17:54,-273.15
-13/12/2023 13:17:56,-273.15
-13/12/2023 13:17:58,-273.15
-13/12/2023 13:18:00,-273.15
-13/12/2023 13:18:02,-273.15
-13/12/2023 13:18:04,-273.15
-13/12/2023 13:18:06,-273.15
-13/12/2023 13:18:08,-273.15
-13/12/2023 13:18:10,-273.15
-13/12/2023 13:18:12,-273.15
-13/12/2023 13:18:14,-273.15
-13/12/2023 13:18:16,-273.15
-13/12/2023 13:18:18,-273.15
-13/12/2023 13:18:20,-273.15
-13/12/2023 13:18:22,-273.15
-13/12/2023 13:18:24,-273.15
-13/12/2023 13:18:26,-273.15
-13/12/2023 13:18:28,-273.15
-13/12/2023 13:34:24,-273.15
-13/12/2023 13:34:26,-273.15
-13/12/2023 13:34:28,-273.15
-13/12/2023 13:34:30,-273.15
-13/12/2023 13:34:32,-273.15
-13/12/2023 13:34:34,-273.15
-13/12/2023 13:34:36,-273.15
-13/12/2023 13:34:38,-273.15
-13/12/2023 13:34:40,-273.15
-13/12/2023 13:34:42,-273.15
-13/12/2023 13:34:44,-273.15
-13/12/2023 13:34:46,-273.15
-13/12/2023 13:34:48,-273.15
-13/12/2023 13:34:50,-273.15
-13/12/2023 13:34:52,-273.15
-13/12/2023 13:34:54,-273.15
-13/12/2023 13:34:56,-273.15
-13/12/2023 13:34:58,-273.15
-13/12/2023 13:35:00,-273.15
-13/12/2023 13:35:02,-273.15
-13/12/2023 13:35:04,-273.15
-13/12/2023 13:35:06,-273.15
-13/12/2023 13:35:08,-273.15
-13/12/2023 13:35:10,-273.15
-13/12/2023 13:35:12,-273.15
-13/12/2023 13:35:14,-273.15
-13/12/2023 13:35:16,-273.15
-13/12/2023 13:35:18,-273.15
-13/12/2023 13:35:20,-273.15
-13/12/2023 13:35:22,-273.15
-13/12/2023 13:35:24,-273.15
-13/12/2023 13:35:26,-273.15
-13/12/2023 13:35:28,-273.15
-13/12/2023 13:35:30,-273.15
-13/12/2023 13:35:32,-273.15
-13/12/2023 13:35:34,-273.15
-13/12/2023 13:35:36,-273.15
-13/12/2023 13:35:38,-273.15
-13/12/2023 13:35:40,-273.15
-13/12/2023 13:35:42,-273.15
-13/12/2023 13:35:44,-273.15
-13/12/2023 13:35:46,-273.15
-13/12/2023 13:35:48,-273.15
-13/12/2023 13:35:50,-273.15
-13/12/2023 13:35:52,-273.15
-13/12/2023 13:35:54,-273.15
-13/12/2023 13:35:56,-273.15
-13/12/2023 13:35:58,-273.15
-13/12/2023 13:36:00,-273.15
-13/12/2023 13:36:02,-273.15
-13/12/2023 13:36:04,-273.15
-13/12/2023 13:36:06,-273.15
-13/12/2023 13:36:08,-273.15
-13/12/2023 13:36:10,-273.15
-13/12/2023 13:36:12,-273.15
-13/12/2023 13:36:14,-273.15
-13/12/2023 13:36:16,-273.15
-13/12/2023 13:52:21,-273.15
-13/12/2023 13:52:23,-273.15
-13/12/2023 13:52:25,-273.15
-13/12/2023 13:52:27,-273.15
-13/12/2023 13:52:29,-273.15
-13/12/2023 13:52:31,-273.15
-13/12/2023 13:52:33,-273.15
-13/12/2023 13:52:35,-273.15
-13/12/2023 13:52:37,-273.15
-13/12/2023 13:52:39,-273.15
-13/12/2023 13:52:41,-273.15
-13/12/2023 13:52:43,-273.15
-13/12/2023 13:52:45,-273.15
-13/12/2023 13:52:47,-273.15
-13/12/2023 13:52:49,-273.15
-13/12/2023 13:52:51,-273.15
-13/12/2023 13:52:53,-273.15
-13/12/2023 13:52:55,-273.15
-13/12/2023 13:52:57,-273.15
-13/12/2023 13:52:59,-273.15
-13/12/2023 13:53:01,-273.15
-13/12/2023 13:53:03,-273.15
-13/12/2023 13:53:05,-273.15
-13/12/2023 14:00:42,-273.15
-13/12/2023 14:00:44,-273.15
-13/12/2023 14:00:46,-273.15
-13/12/2023 14:00:48,-273.15
-13/12/2023 14:00:50,-273.15
-13/12/2023 14:00:52,-273.15
-13/12/2023 14:00:54,-273.15
-13/12/2023 14:00:56,-273.15
-13/12/2023 14:00:58,-273.15
-13/12/2023 14:01:00,-273.15
-13/12/2023 14:01:02,-273.15
-13/12/2023 14:01:04,-273.15
-13/12/2023 14:01:06,-273.15
-13/12/2023 14:01:08,-273.15
-13/12/2023 14:01:10,-273.15
-13/12/2023 14:01:12,-273.15
-13/12/2023 14:01:14,-273.15
-13/12/2023 14:01:16,-273.15
-13/12/2023 14:01:18,-273.15
-13/12/2023 14:01:20,-273.15
-13/12/2023 14:01:22,-273.15
-13/12/2023 14:01:24,-273.15
-13/12/2023 14:01:26,-273.15
-13/12/2023 14:01:28,-273.15
-13/12/2023 14:01:30,-273.15
-13/12/2023 14:01:32,-273.15
-13/12/2023 14:01:34,-273.15
-13/12/2023 14:01:36,-273.15
-13/12/2023 14:01:38,-273.15
-13/12/2023 14:01:40,-273.15
-13/12/2023 14:01:42,-273.15
-13/12/2023 14:01:44,-273.15
-13/12/2023 14:01:46,-273.15
-13/12/2023 14:01:48,-273.15
-13/12/2023 14:01:50,-273.15
-13/12/2023 14:01:52,-273.15
-13/12/2023 14:01:54,-273.15
-13/12/2023 14:01:56,-273.15
-13/12/2023 14:01:58,-273.15
-13/12/2023 14:02:00,-273.15
-13/12/2023 14:02:02,-273.15
-13/12/2023 14:02:04,-273.15
-13/12/2023 14:02:06,-273.15
-13/12/2023 14:02:08,-273.15
-13/12/2023 14:02:11,-273.15
-13/12/2023 14:02:13,-273.15
-13/12/2023 14:02:15,-273.15
-13/12/2023 14:02:17,-273.15
-13/12/2023 14:02:19,-273.15
-13/12/2023 14:02:21,-273.15
-13/12/2023 14:02:23,-273.15
-13/12/2023 14:02:25,-273.15
-13/12/2023 14:02:27,-273.15
-13/12/2023 14:02:29,-273.15
-13/12/2023 14:02:31,-273.15
-13/12/2023 14:02:33,-273.15
-13/12/2023 14:02:35,-273.15
-13/12/2023 14:02:37,-273.15
-13/12/2023 14:02:39,-273.15
-13/12/2023 14:02:41,-273.15
-13/12/2023 14:02:43,-273.15
-13/12/2023 14:02:45,-273.15
-13/12/2023 14:02:47,-273.15
-13/12/2023 14:02:49,-273.15
-13/12/2023 14:02:51,-273.15
-13/12/2023 14:02:53,-273.15
-13/12/2023 14:02:55,-273.15
-13/12/2023 14:02:57,-273.15
-13/12/2023 14:02:59,-273.15
-13/12/2023 14:03:01,-273.15
-13/12/2023 14:03:03,-273.15
-13/12/2023 14:03:05,-273.15
-13/12/2023 14:03:07,-273.15
-13/12/2023 14:03:09,-273.15
-13/12/2023 14:03:11,-273.15
-13/12/2023 14:03:13,-273.15
-13/12/2023 14:03:15,-273.15
-13/12/2023 14:03:17,-273.15
-13/12/2023 14:03:19,-273.15
-13/12/2023 14:03:21,-273.15
-13/12/2023 14:03:23,-273.15
-13/12/2023 14:03:25,-273.15
-13/12/2023 14:03:27,-273.15
-13/12/2023 14:03:29,-273.15
-13/12/2023 14:03:31,-273.15
-13/12/2023 14:03:33,-273.15
-13/12/2023 14:03:35,-273.15
-13/12/2023 14:03:37,-273.15
-13/12/2023 14:03:39,-273.15
-13/12/2023 14:03:41,-273.15
-13/12/2023 14:03:43,-273.15
-13/12/2023 14:03:45,-273.15
-13/12/2023 14:03:47,-273.15
-13/12/2023 14:03:49,-273.15
-13/12/2023 14:03:51,-273.15
-13/12/2023 14:03:53,-273.15
-13/12/2023 14:03:55,-273.15
-13/12/2023 14:03:57,-273.15
-13/12/2023 14:03:59,-273.15
-13/12/2023 14:04:01,-273.15
-13/12/2023 14:04:03,-273.15
-13/12/2023 14:04:05,-273.15
-13/12/2023 14:04:07,-273.15
-13/12/2023 14:04:09,-273.15
-13/12/2023 14:04:11,-273.15
-13/12/2023 14:04:13,-273.15
-13/12/2023 14:04:15,-273.15
-13/12/2023 14:04:17,-273.15
-13/12/2023 14:04:19,-273.15
-13/12/2023 14:04:21,-273.15
-13/12/2023 14:04:23,-273.15
-13/12/2023 14:04:25,-273.15
-13/12/2023 14:04:27,-273.15
-13/12/2023 14:04:29,-273.15
-13/12/2023 14:04:31,-273.15
-13/12/2023 14:04:33,-273.15
-13/12/2023 14:04:35,-273.15
-13/12/2023 14:04:37,-273.15
-13/12/2023 14:04:39,-273.15
-13/12/2023 14:04:41,-273.15
-13/12/2023 14:04:43,-273.15
-13/12/2023 14:04:45,-273.15
-13/12/2023 14:04:47,-273.15
-13/12/2023 14:04:49,-273.15
-13/12/2023 14:04:51,-273.15
-13/12/2023 14:04:53,-273.15
-13/12/2023 14:04:55,-273.15
-13/12/2023 14:04:57,-273.15
-13/12/2023 14:04:59,-273.15
-13/12/2023 14:05:01,-273.15
-13/12/2023 14:05:03,-273.15
-13/12/2023 14:05:05,-273.15
-13/12/2023 14:05:07,-273.15
-13/12/2023 14:05:09,-273.15
-13/12/2023 14:05:11,-273.15
-13/12/2023 14:05:13,-273.15
-13/12/2023 14:05:16,-273.15
-13/12/2023 14:05:18,-273.15
-13/12/2023 14:05:20,-273.15
-13/12/2023 14:05:22,-273.15
-13/12/2023 14:05:24,-273.15
-13/12/2023 14:05:26,-273.15
-13/12/2023 14:05:28,-273.15
-13/12/2023 14:05:30,-273.15
-13/12/2023 14:05:32,-273.15
-13/12/2023 14:05:34,-273.15
-13/12/2023 14:05:36,-273.15
-13/12/2023 14:05:38,-273.15
-13/12/2023 14:05:40,-273.15
-13/12/2023 14:05:42,-273.15
-13/12/2023 14:05:44,-273.15
-13/12/2023 14:05:46,-273.15
-13/12/2023 14:05:48,-273.15
-13/12/2023 14:05:50,-273.15
-13/12/2023 14:05:52,-273.15
-13/12/2023 14:05:54,-273.15
-13/12/2023 14:05:56,-273.15
-13/12/2023 14:05:58,-273.15
-13/12/2023 14:06:00,-273.15
-13/12/2023 14:06:02,-273.15
-13/12/2023 14:06:04,-273.15
-13/12/2023 14:06:06,-273.15
-13/12/2023 14:06:08,-273.15
-13/12/2023 14:06:10,-273.15
-13/12/2023 14:06:12,-273.15
-13/12/2023 14:06:14,-273.15
-13/12/2023 14:06:16,-273.15
-13/12/2023 14:06:18,-273.15
-13/12/2023 14:06:20,-273.15
-13/12/2023 14:06:22,-273.15
-13/12/2023 14:06:24,-273.15
-13/12/2023 14:06:26,-273.15
-13/12/2023 14:06:28,-273.15
-13/12/2023 14:06:30,-273.15
-13/12/2023 14:06:32,-273.15
-13/12/2023 14:06:34,-273.15
-13/12/2023 14:06:36,-273.15
-13/12/2023 14:06:38,-273.15
-13/12/2023 14:06:40,-273.15
-13/12/2023 14:06:42,-273.15
-13/12/2023 14:06:44,-273.15
-13/12/2023 14:06:46,-273.15
-13/12/2023 14:06:48,-273.15
-13/12/2023 14:06:50,-273.15
-13/12/2023 14:06:52,-273.15
-13/12/2023 14:06:54,-273.15
-13/12/2023 14:06:56,-273.15
-13/12/2023 14:06:58,-273.15
-13/12/2023 14:07:00,-273.15
-13/12/2023 14:07:02,-273.15
-13/12/2023 14:07:04,-273.15
-13/12/2023 14:07:06,-273.15
-13/12/2023 14:07:08,-273.15
-13/12/2023 14:07:10,-273.15
-13/12/2023 14:07:12,-273.15
-13/12/2023 14:07:14,-273.15
-13/12/2023 14:07:16,-273.15
-13/12/2023 14:07:18,-273.15
-13/12/2023 14:07:20,-273.15
-13/12/2023 14:07:22,-273.15
-13/12/2023 14:07:24,-273.15
-13/12/2023 14:07:26,-273.15
-13/12/2023 14:07:28,-273.15
-13/12/2023 14:07:30,-273.15
-13/12/2023 14:07:32,-273.15
-13/12/2023 14:07:34,-273.15
-13/12/2023 14:07:36,-273.15
-13/12/2023 14:07:38,-273.15
-13/12/2023 14:07:40,-273.15
-13/12/2023 14:07:42,-273.15
-13/12/2023 14:07:44,-273.15
-13/12/2023 14:07:46,-273.15
-13/12/2023 14:07:48,-273.15
-13/12/2023 14:07:50,-273.15
-13/12/2023 14:07:52,-273.15
-13/12/2023 14:07:54,-273.15
-13/12/2023 14:07:56,-273.15
-13/12/2023 14:07:58,-273.15
-13/12/2023 14:08:00,-273.15
-13/12/2023 14:08:02,-273.15
-13/12/2023 14:08:04,-273.15
-13/12/2023 14:08:06,-273.15
-13/12/2023 14:08:08,-273.15
-13/12/2023 14:08:11,-273.15
-13/12/2023 14:08:13,-273.15
-13/12/2023 14:08:15,-273.15
-13/12/2023 14:08:17,-273.15
-13/12/2023 14:08:19,-273.15
-13/12/2023 14:08:21,-273.15
-13/12/2023 14:08:23,-273.15
-13/12/2023 14:08:25,-273.15
-13/12/2023 14:08:27,-273.15
-13/12/2023 14:08:29,-273.15
-13/12/2023 14:08:31,-273.15
-13/12/2023 14:08:33,-273.15
-13/12/2023 14:08:35,-273.15
-13/12/2023 14:08:37,-273.15
-13/12/2023 14:08:39,-273.15
-13/12/2023 14:08:41,-273.15
-13/12/2023 14:08:43,-273.15
-13/12/2023 14:08:45,-273.15
-13/12/2023 14:08:47,-273.15
-13/12/2023 14:08:49,-273.15
-13/12/2023 14:08:51,-273.15
-13/12/2023 14:08:53,-273.15
-13/12/2023 14:08:55,-273.15
-13/12/2023 14:08:57,-273.15
-13/12/2023 14:08:59,-273.15
-13/12/2023 14:09:01,-273.15
-13/12/2023 14:09:03,-273.15
-13/12/2023 14:09:05,-273.15
-13/12/2023 14:09:07,-273.15
-13/12/2023 14:09:09,-273.15
-13/12/2023 14:09:11,-273.15
-13/12/2023 14:09:13,-273.15
-13/12/2023 14:09:15,-273.15
-13/12/2023 14:09:17,-273.15
-13/12/2023 14:09:19,-273.15
-13/12/2023 14:09:21,-273.15
-13/12/2023 14:09:23,-273.15
-13/12/2023 14:09:25,-273.15
-13/12/2023 14:09:27,-273.15
-13/12/2023 14:09:29,-273.15
-13/12/2023 14:09:31,-273.15
-13/12/2023 14:09:33,-273.15
-13/12/2023 14:09:35,-273.15
-13/12/2023 14:09:37,-273.15
-13/12/2023 14:09:39,-273.15
-13/12/2023 14:09:41,-273.15
-13/12/2023 14:09:43,-273.15
-13/12/2023 14:09:45,-273.15
-13/12/2023 14:09:47,-273.15
-13/12/2023 14:09:49,-273.15
-13/12/2023 14:09:51,-273.15
-13/12/2023 14:09:53,-273.15
-13/12/2023 14:09:55,-273.15
-13/12/2023 14:09:57,-273.15
-13/12/2023 14:09:59,-273.15
-13/12/2023 14:10:01,-273.15
-13/12/2023 14:10:03,-273.15
-13/12/2023 14:10:05,-273.15
-13/12/2023 14:10:07,-273.15
-13/12/2023 14:10:09,-273.15
-13/12/2023 14:10:11,-273.15
-13/12/2023 14:10:13,-273.15
-13/12/2023 14:10:15,-273.15
-13/12/2023 14:10:17,-273.15
-13/12/2023 14:10:19,-273.15
-13/12/2023 14:10:21,-273.15
-13/12/2023 14:10:23,-273.15
-13/12/2023 14:10:25,-273.15
-13/12/2023 14:10:27,-273.15
-13/12/2023 14:10:29,-273.15
-13/12/2023 14:10:31,-273.15
-13/12/2023 14:10:33,-273.15
-13/12/2023 14:10:35,-273.15
-13/12/2023 14:10:37,-273.15
-13/12/2023 14:10:39,-273.15
-13/12/2023 14:10:41,-273.15
-13/12/2023 14:10:43,-273.15
-13/12/2023 14:10:45,-273.15
-13/12/2023 14:10:47,-273.15
-13/12/2023 14:10:49,-273.15
-13/12/2023 14:10:51,-273.15
-13/12/2023 14:10:53,-273.15
-13/12/2023 14:10:55,-273.15
-13/12/2023 14:10:57,-273.15
-13/12/2023 14:10:59,-273.15
-13/12/2023 14:11:01,-273.15
-13/12/2023 14:11:03,-273.15
-13/12/2023 14:11:05,-273.15
-13/12/2023 14:11:07,-273.15
-13/12/2023 14:11:09,-273.15
-13/12/2023 14:11:11,-273.15
-13/12/2023 14:11:14,-273.15
-13/12/2023 14:11:16,-273.15
-13/12/2023 14:11:18,-273.15
-13/12/2023 14:11:20,-273.15
-13/12/2023 14:11:22,-273.15
-13/12/2023 14:11:24,-273.15
-13/12/2023 14:11:26,-273.15
-13/12/2023 14:11:28,-273.15
-13/12/2023 14:11:30,-273.15
-13/12/2023 14:11:32,-273.15
-13/12/2023 14:11:34,-273.15
-13/12/2023 14:11:36,-273.15
-13/12/2023 14:11:38,-273.15
-13/12/2023 14:11:40,-273.15
-13/12/2023 14:11:42,-273.15
-13/12/2023 14:11:44,-273.15
-13/12/2023 14:11:46,-273.15
-13/12/2023 14:11:48,-273.15
-13/12/2023 14:11:50,-273.15
-13/12/2023 14:11:52,-273.15
-13/12/2023 14:11:54,-273.15
-13/12/2023 14:11:56,-273.15
-13/12/2023 14:11:58,-273.15
-13/12/2023 14:12:00,-273.15
-13/12/2023 14:12:02,-273.15
-13/12/2023 14:12:04,-273.15
-13/12/2023 14:12:06,-273.15
-13/12/2023 14:12:08,-273.15
-13/12/2023 14:12:10,-273.15
-13/12/2023 14:12:12,-273.15
-13/12/2023 14:12:14,-273.15
-13/12/2023 14:12:16,-273.15
-13/12/2023 14:12:18,-273.15
-13/12/2023 14:12:20,-273.15
-13/12/2023 14:12:22,-273.15
-13/12/2023 14:12:24,-273.15
-13/12/2023 14:12:26,-273.15
-13/12/2023 14:12:28,-273.15
-13/12/2023 14:12:30,-273.15
-13/12/2023 14:12:32,-273.15
-13/12/2023 14:12:34,-273.15
-13/12/2023 14:12:36,-273.15
-13/12/2023 14:12:38,-273.15
-13/12/2023 14:12:40,-273.15
-13/12/2023 14:12:42,-273.15
-13/12/2023 14:12:44,-273.15
-13/12/2023 14:12:46,-273.15
-13/12/2023 14:12:48,-273.15
-13/12/2023 14:12:50,-273.15
-13/12/2023 14:12:52,-273.15
-13/12/2023 14:12:54,-273.15
-13/12/2023 14:12:56,-273.15
-13/12/2023 14:12:58,-273.15
-13/12/2023 14:13:00,-273.15
-13/12/2023 14:13:02,-273.15
-13/12/2023 14:13:04,-273.15
-13/12/2023 14:13:06,-273.15
-13/12/2023 14:13:08,-273.15
-13/12/2023 14:13:10,-273.15
-13/12/2023 14:13:12,-273.15
-13/12/2023 14:13:14,-273.15
-13/12/2023 14:13:16,-273.15
-13/12/2023 14:13:18,-273.15
-13/12/2023 14:13:20,-273.15
-13/12/2023 14:13:22,-273.15
-13/12/2023 14:13:24,-273.15
-13/12/2023 14:13:26,-273.15
-13/12/2023 14:13:28,-273.15
-13/12/2023 14:13:30,-273.15
-13/12/2023 14:13:33,-273.15
-13/12/2023 14:13:35,-273.15
-13/12/2023 14:13:37,-273.15
-13/12/2023 14:13:39,-273.15
-13/12/2023 14:13:41,-273.15
-13/12/2023 14:13:43,-273.15
-13/12/2023 14:13:45,-273.15
-13/12/2023 14:13:47,-273.15
-13/12/2023 14:13:49,-273.15
-13/12/2023 14:13:51,-273.15
-13/12/2023 14:13:53,-273.15
-13/12/2023 14:13:55,-273.15
-13/12/2023 14:13:57,-273.15
-13/12/2023 14:13:59,-273.15
-13/12/2023 14:14:01,-273.15
-13/12/2023 14:14:03,-273.15
-13/12/2023 14:14:05,-273.15
-13/12/2023 14:14:07,-273.15
-13/12/2023 14:14:09,-273.15
-13/12/2023 14:14:11,-273.15
-13/12/2023 14:14:13,-273.15
-13/12/2023 14:14:15,-273.15
-13/12/2023 14:14:17,-273.15
-13/12/2023 14:14:19,-273.15
-13/12/2023 14:14:21,-273.15
-13/12/2023 14:14:23,-273.15
-13/12/2023 14:14:25,-273.15
-13/12/2023 14:14:27,-273.15
-13/12/2023 14:14:29,-273.15
-13/12/2023 14:14:31,-273.15
-13/12/2023 14:14:33,-273.15
-13/12/2023 14:14:35,-273.15
-13/12/2023 14:14:37,-273.15
-13/12/2023 14:14:39,-273.15
-13/12/2023 14:14:41,-273.15
-13/12/2023 14:14:43,-273.15
-13/12/2023 14:14:45,-273.15
-13/12/2023 14:14:47,-273.15
-13/12/2023 14:14:49,-273.15
-13/12/2023 14:14:51,-273.15
-13/12/2023 14:14:53,-273.15
-13/12/2023 14:14:55,-273.15
-13/12/2023 14:14:57,-273.15
-13/12/2023 14:14:59,-273.15
-13/12/2023 14:15:01,-273.15
-13/12/2023 14:15:03,-273.15
-13/12/2023 14:15:05,-273.15
-13/12/2023 14:15:07,-273.15
-13/12/2023 14:15:09,-273.15
-13/12/2023 14:15:11,-273.15
-13/12/2023 14:15:13,-273.15
-13/12/2023 14:15:15,-273.15
-13/12/2023 14:15:17,-273.15
-13/12/2023 14:15:19,-273.15
-13/12/2023 14:15:21,-273.15
-13/12/2023 14:15:23,-273.15
-13/12/2023 14:15:25,-273.15
-13/12/2023 14:15:27,-273.15
-13/12/2023 14:15:29,-273.15
-13/12/2023 14:15:31,-273.15
-13/12/2023 14:15:33,-273.15
-13/12/2023 14:15:35,-273.15
-13/12/2023 14:15:37,-273.15
-13/12/2023 14:15:39,-273.15
-13/12/2023 14:15:41,-273.15
-13/12/2023 14:15:43,-273.15
-13/12/2023 14:15:45,-273.15
-13/12/2023 14:15:47,-273.15
-13/12/2023 14:15:49,-273.15
-13/12/2023 14:15:51,-273.15
-13/12/2023 14:15:53,-273.15
-13/12/2023 14:15:55,-273.15
-13/12/2023 14:15:57,-273.15
-13/12/2023 14:15:59,-273.15
-13/12/2023 14:16:01,-273.15
-13/12/2023 14:16:03,-273.15
-13/12/2023 14:16:05,-273.15
-13/12/2023 14:16:08,-273.15
-13/12/2023 14:16:10,-273.15
-13/12/2023 14:16:12,-273.15
-13/12/2023 14:16:14,-273.15
-13/12/2023 14:16:16,-273.15
-13/12/2023 14:16:18,-273.15
-13/12/2023 14:16:20,-273.15
-13/12/2023 14:16:22,-273.15
-13/12/2023 14:16:24,-273.15
-13/12/2023 14:16:26,-273.15
-13/12/2023 14:16:28,-273.15
-13/12/2023 14:16:30,-273.15
-13/12/2023 14:16:32,-273.15
-13/12/2023 14:16:34,-273.15
-13/12/2023 14:16:36,-273.15
-13/12/2023 14:16:38,-273.15
-13/12/2023 14:16:40,-273.15
-13/12/2023 14:16:42,-273.15
-13/12/2023 14:16:44,-273.15
-13/12/2023 14:16:46,-273.15
-13/12/2023 14:16:48,-273.15
-13/12/2023 14:16:50,-273.15
-13/12/2023 14:16:52,-273.15
-13/12/2023 14:16:54,-273.15
-13/12/2023 14:16:56,-273.15
-13/12/2023 14:16:58,-273.15
-13/12/2023 14:17:00,-273.15
-13/12/2023 14:17:02,-273.15
-13/12/2023 14:17:04,-273.15
-13/12/2023 14:17:06,-273.15
-13/12/2023 14:17:08,-273.15
-13/12/2023 14:17:10,-273.15
-13/12/2023 14:17:12,-273.15
-13/12/2023 14:17:14,-273.15
-13/12/2023 14:17:16,-273.15
-13/12/2023 14:17:18,-273.15
-13/12/2023 14:17:20,-273.15
-13/12/2023 14:17:22,-273.15
-13/12/2023 14:17:24,-273.15
-13/12/2023 14:17:26,-273.15
-13/12/2023 14:17:28,-273.15
-13/12/2023 14:17:30,-273.15
-13/12/2023 14:17:32,-273.15
-13/12/2023 14:17:34,-273.15
-13/12/2023 14:17:36,-273.15
-13/12/2023 14:17:38,-273.15
-13/12/2023 14:17:40,-273.15
-13/12/2023 14:17:42,-273.15
-13/12/2023 14:17:44,-273.15
-13/12/2023 14:17:46,-273.15
-13/12/2023 14:17:48,-273.15
-13/12/2023 14:17:50,-273.15
-13/12/2023 14:17:52,-273.15
-13/12/2023 14:17:54,-273.15
-13/12/2023 14:17:56,-273.15
-13/12/2023 14:17:58,-273.15
-13/12/2023 14:18:00,-273.15
-13/12/2023 14:18:02,-273.15
-13/12/2023 14:18:04,-273.15
-13/12/2023 14:18:06,-273.15
-13/12/2023 14:18:08,-273.15
-13/12/2023 14:18:10,-273.15
-13/12/2023 14:18:12,-273.15
-13/12/2023 14:18:14,-273.15
-13/12/2023 14:18:16,-273.15
-13/12/2023 14:18:18,-273.15
-13/12/2023 14:18:20,-273.15
-13/12/2023 14:18:22,-273.15
-13/12/2023 14:18:24,-273.15
-13/12/2023 14:18:26,-273.15
-13/12/2023 14:18:28,-273.15
-13/12/2023 14:18:30,-273.15
-13/12/2023 14:18:32,-273.15
-13/12/2023 14:18:34,-273.15
-13/12/2023 14:18:36,-273.15
-13/12/2023 14:18:38,-273.15
-13/12/2023 14:18:40,-273.15
-13/12/2023 14:18:42,-273.15
-13/12/2023 14:18:44,-273.15
-13/12/2023 14:18:46,-273.15
-13/12/2023 14:18:48,-273.15
-13/12/2023 14:18:50,-273.15
-13/12/2023 14:18:52,-273.15
-13/12/2023 14:18:54,-273.15
-13/12/2023 14:18:56,-273.15
-13/12/2023 14:18:59,-273.15
-13/12/2023 14:19:01,-273.15
-13/12/2023 14:19:03,-273.15
-13/12/2023 14:19:05,-273.15
-13/12/2023 14:19:07,-273.15
-13/12/2023 14:19:09,-273.15
-13/12/2023 14:19:11,-273.15
-13/12/2023 14:19:13,-273.15
-13/12/2023 14:19:15,-273.15
-13/12/2023 14:19:17,-273.15
-13/12/2023 14:19:19,-273.15
-13/12/2023 14:19:21,-273.15
-13/12/2023 14:19:23,-273.15
-13/12/2023 14:19:25,-273.15
-13/12/2023 14:19:27,-273.15
-13/12/2023 14:19:29,-273.15
-13/12/2023 14:19:31,-273.15
-13/12/2023 14:19:33,-273.15
-13/12/2023 14:19:35,-273.15
-13/12/2023 14:19:37,-273.15
-13/12/2023 14:19:39,-273.15
-13/12/2023 14:19:41,-273.15
-13/12/2023 14:19:43,-273.15
-13/12/2023 14:19:45,-273.15
-13/12/2023 14:19:47,-273.15
-13/12/2023 14:19:49,-273.15
-13/12/2023 14:19:51,-273.15
-13/12/2023 14:19:53,-273.15
-13/12/2023 14:19:55,-273.15
-13/12/2023 14:19:57,-273.15
-13/12/2023 14:19:59,-273.15
-13/12/2023 14:20:01,-273.15
-13/12/2023 14:20:03,-273.15
-13/12/2023 14:20:05,-273.15
-13/12/2023 14:20:07,-273.15
-13/12/2023 14:20:09,-273.15
-13/12/2023 14:20:11,-273.15
-13/12/2023 14:20:13,-273.15
-13/12/2023 14:20:15,-273.15
-13/12/2023 14:20:17,-273.15
-13/12/2023 14:20:19,-273.15
-13/12/2023 14:20:21,-273.15
-13/12/2023 14:20:23,-273.15
-13/12/2023 14:20:25,-273.15
-13/12/2023 14:20:27,-273.15
-13/12/2023 14:20:29,-273.15
-13/12/2023 14:20:31,-273.15
-13/12/2023 14:20:33,-273.15
-13/12/2023 14:20:35,-273.15
-13/12/2023 14:20:37,-273.15
-13/12/2023 14:20:39,-273.15
-13/12/2023 14:20:41,-273.15
-13/12/2023 14:20:43,-273.15
-13/12/2023 14:20:45,-273.15
-13/12/2023 14:20:47,-273.15
-13/12/2023 14:20:49,-273.15
-13/12/2023 14:20:51,-273.15
-13/12/2023 14:20:53,-273.15
-13/12/2023 14:20:55,-273.15
-13/12/2023 14:20:57,-273.15
-13/12/2023 14:20:59,-273.15
-13/12/2023 14:21:01,-273.15
-13/12/2023 14:21:03,-273.15
-13/12/2023 14:21:05,-273.15
-13/12/2023 14:21:07,-273.15
-13/12/2023 14:21:09,-273.15
-13/12/2023 14:21:11,-273.15
-13/12/2023 14:21:13,-273.15
-13/12/2023 14:21:15,-273.15
-13/12/2023 14:21:17,-273.15
-13/12/2023 14:21:19,-273.15
-13/12/2023 14:21:21,-273.15
-13/12/2023 14:21:23,-273.15
-13/12/2023 14:21:25,-273.15
-13/12/2023 14:21:27,-273.15
-13/12/2023 14:21:29,-273.15
-13/12/2023 14:21:31,-273.15
-13/12/2023 14:21:33,-273.15
-13/12/2023 14:21:35,-273.15
-13/12/2023 14:21:37,-273.15
-13/12/2023 14:21:39,-273.15
-13/12/2023 14:21:41,-273.15
-13/12/2023 14:21:43,-273.15
-13/12/2023 14:21:45,-273.15
-13/12/2023 14:21:47,-273.15
-13/12/2023 14:21:50,-273.15
-13/12/2023 14:21:52,-273.15
-13/12/2023 14:21:54,-273.15
-13/12/2023 14:21:56,-273.15
-13/12/2023 14:21:58,-273.15
-13/12/2023 14:22:00,-273.15
-13/12/2023 14:22:02,-273.15
-13/12/2023 14:22:04,-273.15
-13/12/2023 14:22:06,-273.15
-13/12/2023 14:22:08,-273.15
-13/12/2023 14:22:10,-273.15
-13/12/2023 14:22:12,-273.15
-13/12/2023 14:22:14,-273.15
-13/12/2023 14:22:16,-273.15
-13/12/2023 14:22:18,-273.15
-13/12/2023 14:22:20,-273.15
-13/12/2023 14:22:22,-273.15
-13/12/2023 14:22:24,-273.15
-13/12/2023 14:22:26,-273.15
-13/12/2023 14:22:28,-273.15
-13/12/2023 14:22:30,-273.15
-13/12/2023 14:22:32,-273.15
-13/12/2023 14:22:34,-273.15
-13/12/2023 14:22:36,-273.15
-13/12/2023 14:22:38,-273.15
-13/12/2023 14:22:40,-273.15
-13/12/2023 14:22:42,-273.15
-13/12/2023 14:22:44,-273.15
-13/12/2023 14:22:46,-273.15
-13/12/2023 14:22:48,-273.15
-13/12/2023 14:22:50,-273.15
-13/12/2023 14:22:52,-273.15
-13/12/2023 14:22:54,-273.15
-13/12/2023 14:22:56,-273.15
-13/12/2023 14:22:58,-273.15
-13/12/2023 14:23:00,-273.15
-13/12/2023 14:23:02,-273.15
-13/12/2023 14:23:04,-273.15
-13/12/2023 14:23:06,-273.15
-13/12/2023 14:23:08,-273.15
-13/12/2023 14:23:10,-273.15
-13/12/2023 14:23:12,-273.15
-13/12/2023 14:23:14,-273.15
-13/12/2023 14:23:16,-273.15
-13/12/2023 14:23:18,-273.15
-13/12/2023 14:23:20,-273.15
-13/12/2023 14:23:22,-273.15
-13/12/2023 14:23:24,-273.15
-13/12/2023 14:23:26,-273.15
-13/12/2023 14:23:28,-273.15
-13/12/2023 14:23:30,-273.15
-13/12/2023 14:23:32,-273.15
-13/12/2023 14:23:34,-273.15
-13/12/2023 14:23:36,-273.15
-13/12/2023 14:23:38,-273.15
-13/12/2023 14:23:40,-273.15
-13/12/2023 14:23:42,-273.15
-13/12/2023 14:23:44,-273.15
-13/12/2023 14:23:46,-273.15
-13/12/2023 14:23:48,-273.15
-13/12/2023 14:23:50,-273.15
-13/12/2023 14:23:52,-273.15
-13/12/2023 14:23:54,-273.15
-13/12/2023 14:23:56,-273.15
-13/12/2023 14:23:58,-273.15
-13/12/2023 14:24:00,-273.15
-13/12/2023 14:24:02,-273.15
-13/12/2023 14:24:04,-273.15
-13/12/2023 14:24:06,-273.15
-13/12/2023 14:24:08,-273.15
-13/12/2023 14:24:10,-273.15
-13/12/2023 14:24:12,-273.15
-13/12/2023 14:24:14,-273.15
-13/12/2023 14:24:16,-273.15
-13/12/2023 14:24:18,-273.15
-13/12/2023 14:24:20,-273.15
-13/12/2023 14:24:22,-273.15
-13/12/2023 14:24:24,-273.15
-13/12/2023 14:24:26,-273.15
-13/12/2023 14:24:28,-273.15
-13/12/2023 14:24:30,-273.15
-13/12/2023 14:24:32,-273.15
-13/12/2023 14:24:34,-273.15
-13/12/2023 14:24:36,-273.15
-13/12/2023 14:24:38,-273.15
-13/12/2023 14:24:41,-273.15
-13/12/2023 14:24:43,-273.15
-13/12/2023 14:24:45,-273.15
-13/12/2023 14:24:47,-273.15
-13/12/2023 14:24:49,-273.15
-13/12/2023 14:24:51,-273.15
-13/12/2023 14:24:53,-273.15
-13/12/2023 14:24:55,-273.15
-13/12/2023 14:24:57,-273.15
-13/12/2023 14:24:59,-273.15
-13/12/2023 14:25:01,-273.15
-13/12/2023 14:25:03,-273.15
-13/12/2023 14:25:05,-273.15
-13/12/2023 14:25:07,-273.15
-13/12/2023 14:25:09,-273.15
-13/12/2023 14:25:11,-273.15
-13/12/2023 14:25:13,-273.15
-13/12/2023 14:25:15,-273.15
-13/12/2023 14:25:17,-273.15
-13/12/2023 14:25:19,-273.15
-13/12/2023 14:25:21,-273.15
-13/12/2023 14:25:23,-273.15
-13/12/2023 14:25:25,-273.15
-13/12/2023 14:25:27,-273.15
-13/12/2023 14:25:29,-273.15
-13/12/2023 14:25:31,-273.15
-13/12/2023 14:25:33,-273.15
-13/12/2023 14:25:35,-273.15
-13/12/2023 14:25:37,-273.15
-13/12/2023 14:25:39,-273.15
-13/12/2023 14:25:41,-273.15
-13/12/2023 14:25:43,-273.15
-13/12/2023 14:25:45,-273.15
-13/12/2023 14:25:47,-273.15
-13/12/2023 14:25:49,-273.15
-13/12/2023 14:25:51,-273.15
-13/12/2023 14:25:53,-273.15
-13/12/2023 14:25:55,-273.15
-13/12/2023 14:25:57,-273.15
-13/12/2023 14:25:59,-273.15
-13/12/2023 14:26:01,-273.15
-13/12/2023 14:26:03,-273.15
-13/12/2023 14:26:05,-273.15
-13/12/2023 14:26:07,-273.15
-13/12/2023 14:26:09,-273.15
-13/12/2023 14:26:11,-273.15
-13/12/2023 14:26:13,-273.15
-13/12/2023 14:26:15,-273.15
-13/12/2023 14:26:17,-273.15
-13/12/2023 14:26:19,-273.15
-13/12/2023 14:26:21,-273.15
-13/12/2023 14:26:23,-273.15
-13/12/2023 14:26:25,-273.15
-13/12/2023 14:26:27,-273.15
-13/12/2023 14:26:29,-273.15
-13/12/2023 14:26:31,-273.15
-13/12/2023 14:26:33,-273.15
-13/12/2023 14:26:35,-273.15
-13/12/2023 14:26:37,-273.15
-13/12/2023 14:26:39,-273.15
-13/12/2023 14:26:41,-273.15
-13/12/2023 14:26:43,-273.15
-13/12/2023 14:26:45,-273.15
-13/12/2023 14:26:47,-273.15
-13/12/2023 14:26:49,-273.15
-13/12/2023 14:26:52,-273.15
-13/12/2023 14:26:54,-273.15
-13/12/2023 14:26:56,-273.15
-13/12/2023 14:26:58,-273.15
-13/12/2023 14:27:00,-273.15
-13/12/2023 14:27:02,-273.15
-13/12/2023 14:27:04,-273.15
-13/12/2023 14:27:06,-273.15
-13/12/2023 14:27:08,-273.15
-13/12/2023 14:27:10,-273.15
-13/12/2023 14:27:12,-273.15
-13/12/2023 14:27:14,-273.15
-13/12/2023 14:27:16,-273.15
-13/12/2023 14:27:18,-273.15
-13/12/2023 14:27:20,-273.15
-13/12/2023 14:27:22,-273.15
-13/12/2023 14:27:24,-273.15
-13/12/2023 14:27:26,-273.15
-13/12/2023 14:27:28,-273.15
-13/12/2023 14:27:30,-273.15
-13/12/2023 14:27:32,-273.15
-13/12/2023 14:27:34,-273.15
-13/12/2023 14:27:36,-273.15
-13/12/2023 14:27:38,-273.15
-13/12/2023 14:27:40,-273.15
-13/12/2023 14:27:42,-273.15
-13/12/2023 14:27:44,-273.15
-13/12/2023 14:27:46,-273.15
-13/12/2023 14:27:48,-273.15
-13/12/2023 14:27:50,-273.15
-13/12/2023 14:27:52,-273.15
-13/12/2023 14:27:54,-273.15
-13/12/2023 14:27:56,-273.15
-13/12/2023 14:27:58,-273.15
-13/12/2023 14:28:00,-273.15
-13/12/2023 14:28:02,-273.15
-13/12/2023 14:28:04,-273.15
-13/12/2023 14:28:06,-273.15
-13/12/2023 14:28:08,-273.15
-13/12/2023 14:28:10,-273.15
-13/12/2023 14:28:12,-273.15
-13/12/2023 14:28:14,-273.15
-13/12/2023 14:28:16,-273.15
-13/12/2023 14:28:18,-273.15
-13/12/2023 14:28:21,-273.15
-13/12/2023 14:28:23,-273.15
-13/12/2023 14:28:25,-273.15
-13/12/2023 14:28:27,-273.15
-13/12/2023 14:28:29,-273.15
-13/12/2023 14:28:31,-273.15
-13/12/2023 14:28:33,-273.15
-13/12/2023 14:28:35,-273.15
-13/12/2023 14:28:37,-273.15
-13/12/2023 14:28:39,-273.15
-13/12/2023 14:28:41,-273.15
-13/12/2023 14:28:43,-273.15
-13/12/2023 14:28:45,-273.15
-13/12/2023 14:28:47,-273.15
-13/12/2023 14:28:49,-273.15
-13/12/2023 14:28:51,-273.15
-13/12/2023 14:28:53,-273.15
-13/12/2023 14:28:55,-273.15
-13/12/2023 14:28:57,-273.15
-13/12/2023 14:28:59,-273.15
-13/12/2023 14:29:01,-273.15
-13/12/2023 14:29:03,-273.15
-13/12/2023 14:29:05,-273.15
-13/12/2023 14:29:07,-273.15
-13/12/2023 14:29:09,-273.15
-13/12/2023 14:29:11,-273.15
-13/12/2023 14:29:13,-273.15
-13/12/2023 14:29:15,-273.15
-13/12/2023 14:29:17,-273.15
-13/12/2023 14:29:19,-273.15
-13/12/2023 14:29:21,-273.15
-13/12/2023 14:29:23,-273.15
-13/12/2023 14:29:25,-273.15
-13/12/2023 14:29:27,-273.15
-13/12/2023 14:29:29,-273.15
-13/12/2023 14:29:31,-273.15
-13/12/2023 14:29:33,-273.15
-13/12/2023 14:29:35,-273.15
-13/12/2023 14:29:37,-273.15
-13/12/2023 14:29:39,-273.15
-13/12/2023 14:29:41,-273.15
-13/12/2023 14:29:43,-273.15
-13/12/2023 14:29:45,-273.15
-13/12/2023 14:29:47,-273.15
-13/12/2023 14:29:49,-273.15
-13/12/2023 14:29:51,-273.15
-13/12/2023 14:29:53,-273.15
-13/12/2023 14:29:55,-273.15
-13/12/2023 14:29:57,-273.15
-13/12/2023 14:30:00,-273.15
-13/12/2023 14:30:02,-273.15
-13/12/2023 14:30:04,-273.15
-13/12/2023 14:30:06,-273.15
-13/12/2023 14:30:08,-273.15
-13/12/2023 14:30:10,-273.15
-13/12/2023 14:30:12,-273.15
-13/12/2023 14:30:14,-273.15
-13/12/2023 14:30:16,-273.15
-13/12/2023 14:30:18,-273.15
-13/12/2023 14:30:20,-273.15
-13/12/2023 14:30:22,-273.15
-13/12/2023 14:30:24,-273.15
-13/12/2023 14:30:26,-273.15
-13/12/2023 14:30:28,-273.15
-13/12/2023 14:30:30,-273.15
-13/12/2023 14:30:32,-273.15
-13/12/2023 14:30:34,-273.15
-13/12/2023 14:30:36,-273.15
-13/12/2023 14:30:38,-273.15
-13/12/2023 14:30:40,-273.15
-13/12/2023 14:30:42,-273.15
-13/12/2023 14:30:44,-273.15
-13/12/2023 14:30:46,-273.15
-13/12/2023 14:30:48,-273.15
-13/12/2023 14:30:50,-273.15
-13/12/2023 14:30:52,-273.15
-13/12/2023 14:30:54,-273.15
-13/12/2023 14:30:56,-273.15
-13/12/2023 14:30:58,-273.15
-13/12/2023 14:31:00,-273.15
-13/12/2023 14:31:02,-273.15
-13/12/2023 14:31:04,-273.15
-13/12/2023 14:31:07,-273.15
-13/12/2023 14:31:09,-273.15
-13/12/2023 14:31:11,-273.15
-13/12/2023 14:31:13,-273.15
-13/12/2023 14:31:15,-273.15
-13/12/2023 14:31:17,-273.15
-13/12/2023 14:31:19,-273.15
-13/12/2023 14:31:21,-273.15
-13/12/2023 14:31:23,-273.15
-13/12/2023 14:31:25,-273.15
-13/12/2023 14:31:27,-273.15
-13/12/2023 14:31:29,-273.15
-13/12/2023 14:31:31,-273.15
-13/12/2023 14:31:33,-273.15
-13/12/2023 14:31:35,-273.15
-13/12/2023 14:31:37,-273.15
-13/12/2023 14:31:39,-273.15
-13/12/2023 14:31:41,-273.15
-13/12/2023 14:31:43,-273.15
-13/12/2023 14:31:45,-273.15
-13/12/2023 14:31:47,-273.15
-13/12/2023 14:31:49,-273.15
-13/12/2023 14:31:51,-273.15
-13/12/2023 14:31:53,-273.15
-13/12/2023 14:31:55,-273.15
-13/12/2023 14:31:57,-273.15
-13/12/2023 14:31:59,-273.15
-13/12/2023 14:32:01,-273.15
-13/12/2023 14:32:03,-273.15
-13/12/2023 14:32:05,-273.15
-13/12/2023 14:32:07,-273.15
-13/12/2023 14:32:10,-273.15
-13/12/2023 14:32:12,-273.15
-13/12/2023 14:32:14,-273.15
-13/12/2023 14:32:16,-273.15
-13/12/2023 14:32:18,-273.15
-13/12/2023 14:32:20,-273.15
-13/12/2023 14:32:22,-273.15
-13/12/2023 14:32:24,-273.15
-13/12/2023 14:32:26,-273.15
-13/12/2023 14:32:28,-273.15
-13/12/2023 14:32:30,-273.15
-13/12/2023 14:32:32,-273.15
-13/12/2023 14:32:34,-273.15
-13/12/2023 14:32:36,-273.15
-13/12/2023 14:32:38,-273.15
-13/12/2023 14:32:40,-273.15
-13/12/2023 14:32:42,-273.15
-13/12/2023 14:32:44,-273.15
-13/12/2023 14:32:46,-273.15
-13/12/2023 14:32:48,-273.15
-13/12/2023 14:32:50,-273.15
-13/12/2023 14:32:52,-273.15
-13/12/2023 14:32:54,-273.15
-13/12/2023 14:32:56,-273.15
-13/12/2023 14:32:58,-273.15
-13/12/2023 14:33:00,-273.15
-13/12/2023 14:33:02,-273.15
-13/12/2023 14:33:04,-273.15
-13/12/2023 14:33:06,-273.15
-13/12/2023 14:33:08,-273.15
-13/12/2023 14:33:10,-273.15
-13/12/2023 14:33:12,-273.15
-13/12/2023 14:33:14,-273.15
-13/12/2023 14:33:17,-273.15
-13/12/2023 14:33:19,-273.15
-13/12/2023 14:33:21,-273.15
-13/12/2023 14:33:23,-273.15
-13/12/2023 14:33:25,-273.15
-13/12/2023 14:33:27,-273.15
-13/12/2023 14:33:29,-273.15
-13/12/2023 14:33:31,-273.15
-13/12/2023 14:33:33,-273.15
-13/12/2023 14:33:35,-273.15
-13/12/2023 14:33:37,-273.15
-13/12/2023 14:33:39,-273.15
-13/12/2023 14:33:41,-273.15
-13/12/2023 14:33:43,-273.15
-13/12/2023 14:33:45,-273.15
-13/12/2023 14:33:47,-273.15
-13/12/2023 14:33:49,-273.15
-13/12/2023 14:33:51,-273.15
-13/12/2023 14:33:53,-273.15
-13/12/2023 14:33:55,-273.15
-13/12/2023 14:33:57,-273.15
-13/12/2023 14:33:59,-273.15
-13/12/2023 14:34:01,-273.15
-13/12/2023 14:34:03,-273.15
-13/12/2023 14:34:05,-273.15
-13/12/2023 14:34:07,-273.15
-13/12/2023 14:34:09,-273.15
-13/12/2023 14:34:11,-273.15
-13/12/2023 14:34:13,-273.15
-13/12/2023 14:34:15,-273.15
-13/12/2023 14:34:17,-273.15
-13/12/2023 14:34:19,-273.15
-13/12/2023 14:34:21,-273.15
-13/12/2023 14:34:23,-273.15
-13/12/2023 14:34:25,-273.15
-13/12/2023 14:34:27,-273.15
-13/12/2023 14:34:29,-273.15
-13/12/2023 14:34:31,-273.15
-13/12/2023 14:34:33,-273.15
-13/12/2023 14:34:35,-273.15
-13/12/2023 14:34:37,-273.15
-13/12/2023 14:34:39,-273.15
-13/12/2023 14:34:41,-273.15
-13/12/2023 14:34:43,-273.15
-13/12/2023 14:34:45,-273.15
-13/12/2023 14:34:47,-273.15
-13/12/2023 14:34:49,-273.15
-13/12/2023 14:34:51,-273.15
-13/12/2023 14:34:53,-273.15
-13/12/2023 14:34:55,-273.15
-13/12/2023 14:34:57,-273.15
-13/12/2023 14:34:59,-273.15
-13/12/2023 14:35:02,-273.15
-13/12/2023 14:35:04,-273.15
-13/12/2023 14:35:06,-273.15
-13/12/2023 14:35:08,-273.15
-13/12/2023 14:35:10,-273.15
-13/12/2023 14:35:12,-273.15
-13/12/2023 14:35:14,-273.15
-13/12/2023 14:35:16,-273.15
-13/12/2023 14:35:18,-273.15
-13/12/2023 14:35:20,-273.15
-13/12/2023 14:35:22,-273.15
-13/12/2023 14:35:24,-273.15
-13/12/2023 14:35:26,-273.15
-13/12/2023 14:35:28,-273.15
-13/12/2023 14:35:30,-273.15
-13/12/2023 14:35:32,-273.15
-13/12/2023 14:35:34,-273.15
-13/12/2023 14:35:36,-273.15
-13/12/2023 14:35:38,-273.15
-13/12/2023 14:35:40,-273.15
-13/12/2023 14:35:42,-273.15
-13/12/2023 14:35:44,-273.15
-13/12/2023 14:35:46,-273.15
-13/12/2023 14:35:48,-273.15
-13/12/2023 14:35:50,-273.15
-13/12/2023 14:35:52,-273.15
-13/12/2023 14:35:54,-273.15
-13/12/2023 14:35:56,-273.15
-13/12/2023 14:35:58,-273.15
-13/12/2023 14:36:01,-273.15
-13/12/2023 14:36:03,-273.15
-13/12/2023 14:36:05,-273.15
-13/12/2023 14:36:07,-273.15
-13/12/2023 14:36:09,-273.15
-13/12/2023 14:36:11,-273.15
-13/12/2023 14:36:13,-273.15
-13/12/2023 14:36:15,-273.15
-13/12/2023 14:36:17,-273.15
-13/12/2023 14:36:19,-273.15
-13/12/2023 14:36:21,-273.15
-13/12/2023 14:36:23,-273.15
-13/12/2023 14:36:25,-273.15
-13/12/2023 14:36:27,-273.15
-13/12/2023 14:36:29,-273.15
-13/12/2023 14:36:31,-273.15
-13/12/2023 14:36:33,-273.15
-13/12/2023 14:36:35,-273.15
-13/12/2023 14:36:37,-273.15
-13/12/2023 14:36:39,-273.15
-13/12/2023 14:36:41,-273.15
-13/12/2023 14:36:43,-273.15
-13/12/2023 14:36:45,-273.15
-13/12/2023 14:36:47,-273.15
-13/12/2023 14:36:49,-273.15
-13/12/2023 14:36:51,-273.15
-13/12/2023 14:36:53,-273.15
-13/12/2023 14:36:55,-273.15
-13/12/2023 14:36:57,-273.15
-13/12/2023 14:36:59,-273.15
-13/12/2023 14:37:01,-273.15
-13/12/2023 14:37:03,-273.15
-13/12/2023 14:37:05,-273.15
-13/12/2023 14:37:08,-273.15
-13/12/2023 14:37:10,-273.15
-13/12/2023 14:37:12,-273.15
-13/12/2023 14:37:14,-273.15
-13/12/2023 14:37:16,-273.15
-13/12/2023 14:37:18,-273.15
-13/12/2023 14:37:20,-273.15
-13/12/2023 14:37:22,-273.15
-13/12/2023 14:37:24,-273.15
-13/12/2023 14:37:26,-273.15
-13/12/2023 14:37:28,-273.15
-13/12/2023 14:37:30,-273.15
-13/12/2023 14:37:32,-273.15
-13/12/2023 14:37:34,-273.15
-13/12/2023 14:37:36,-273.15
-13/12/2023 14:37:38,-273.15
-13/12/2023 14:37:40,-273.15
-13/12/2023 14:37:42,-273.15
-13/12/2023 14:37:44,-273.15
-13/12/2023 14:37:46,-273.15
-13/12/2023 14:37:48,-273.15
-13/12/2023 14:37:50,-273.15
-13/12/2023 14:37:52,-273.15
-13/12/2023 14:37:54,-273.15
-13/12/2023 14:37:56,-273.15
-13/12/2023 14:37:58,-273.15
-13/12/2023 14:38:00,-273.15
-13/12/2023 14:38:02,-273.15
-13/12/2023 14:38:04,-273.15
-13/12/2023 14:38:06,-273.15
-13/12/2023 14:38:08,-273.15
-13/12/2023 14:38:10,-273.15
-13/12/2023 14:38:12,-273.15
-13/12/2023 14:38:14,-273.15
-13/12/2023 14:38:16,-273.15
-13/12/2023 14:38:18,-273.15
-13/12/2023 14:38:20,-273.15
-13/12/2023 14:38:22,-273.15
-13/12/2023 14:38:24,-273.15
-13/12/2023 14:38:26,-273.15
-13/12/2023 14:38:28,-273.15
-13/12/2023 14:38:30,-273.15
-13/12/2023 14:38:33,-273.15
-13/12/2023 14:38:35,-273.15
-13/12/2023 14:38:37,-273.15
-13/12/2023 14:38:39,-273.15
-13/12/2023 14:38:41,-273.15
-13/12/2023 14:38:43,-273.15
-13/12/2023 14:38:45,-273.15
-13/12/2023 14:38:47,-273.15
-13/12/2023 14:38:49,-273.15
-13/12/2023 14:38:51,-273.15
-13/12/2023 14:38:53,-273.15
-13/12/2023 14:38:55,-273.15
-13/12/2023 14:38:57,-273.15
-13/12/2023 14:38:59,-273.15
-13/12/2023 14:39:01,-273.15
-13/12/2023 14:39:03,-273.15
-13/12/2023 14:39:05,-273.15
-13/12/2023 14:39:07,-273.15
-13/12/2023 14:39:09,-273.15
-13/12/2023 14:39:11,-273.15
-13/12/2023 14:39:13,-273.15
-13/12/2023 14:39:15,-273.15
-13/12/2023 14:39:17,-273.15
-13/12/2023 14:39:19,-273.15
-13/12/2023 14:39:21,-273.15
-13/12/2023 14:39:23,-273.15
-13/12/2023 14:39:25,-273.15
-13/12/2023 14:39:27,-273.15
-13/12/2023 14:39:29,-273.15
-13/12/2023 14:39:31,-273.15
-13/12/2023 14:39:33,-273.15
-13/12/2023 14:39:35,-273.15
-13/12/2023 14:39:37,-273.15
-13/12/2023 14:39:39,-273.15
-13/12/2023 14:39:41,-273.15
-13/12/2023 14:39:43,-273.15
-13/12/2023 14:39:45,-273.15
-13/12/2023 14:39:47,-273.15
-13/12/2023 14:39:49,-273.15
-13/12/2023 14:39:51,-273.15
-13/12/2023 14:39:53,-273.15
-13/12/2023 14:39:55,-273.15
-13/12/2023 14:39:57,-273.15
-13/12/2023 14:39:59,-273.15
-13/12/2023 14:40:01,-273.15
-13/12/2023 14:40:03,-273.15
-13/12/2023 14:40:05,-273.15
-13/12/2023 14:40:07,-273.15
-13/12/2023 14:40:09,-273.15
-13/12/2023 14:40:11,-273.15
-13/12/2023 14:40:13,-273.15
-13/12/2023 14:40:15,-273.15
-13/12/2023 14:40:17,-273.15
-13/12/2023 14:40:19,-273.15
-13/12/2023 14:40:21,-273.15
-13/12/2023 14:40:23,-273.15
-13/12/2023 14:40:25,-273.15
-13/12/2023 14:40:28,-273.15
-13/12/2023 14:40:30,-273.15
-13/12/2023 14:40:32,-273.15
-13/12/2023 14:40:34,-273.15
-13/12/2023 14:40:36,-273.15
-13/12/2023 14:40:38,-273.15
-13/12/2023 14:40:40,-273.15
-13/12/2023 14:40:42,-273.15
-13/12/2023 14:40:44,-273.15
-13/12/2023 14:40:46,-273.15
-13/12/2023 14:40:48,-273.15
-13/12/2023 14:40:50,-273.15
-13/12/2023 14:40:52,-273.15
-13/12/2023 14:40:54,-273.15
-13/12/2023 14:40:56,-273.15
-13/12/2023 14:40:58,-273.15
-13/12/2023 14:41:00,-273.15
-13/12/2023 14:41:02,-273.15
-13/12/2023 14:41:04,-273.15
-13/12/2023 14:41:06,-273.15
-13/12/2023 14:41:08,-273.15
-13/12/2023 14:41:10,-273.15
-13/12/2023 14:41:12,-273.15
-13/12/2023 14:41:14,-273.15
-13/12/2023 14:41:16,-273.15
-13/12/2023 14:41:18,-273.15
-13/12/2023 14:41:20,-273.15
-13/12/2023 14:41:22,-273.15
-13/12/2023 14:41:24,-273.15
-13/12/2023 14:41:26,-273.15
-13/12/2023 14:41:28,-273.15
-13/12/2023 14:41:30,-273.15
-13/12/2023 14:41:32,-273.15
-13/12/2023 14:41:34,-273.15
-13/12/2023 14:41:36,-273.15
-13/12/2023 14:41:38,-273.15
-13/12/2023 14:41:40,-273.15
-13/12/2023 14:41:42,-273.15
-13/12/2023 14:41:44,-273.15
-13/12/2023 14:41:46,-273.15
-13/12/2023 14:41:48,-273.15
-13/12/2023 14:41:50,-273.15
-13/12/2023 14:41:52,-273.15
-13/12/2023 14:41:54,-273.15
-13/12/2023 14:41:56,-273.15
-13/12/2023 14:41:58,-273.15
-13/12/2023 14:42:00,-273.15
-13/12/2023 14:42:02,-273.15
-13/12/2023 14:42:04,-273.15
-13/12/2023 14:42:06,-273.15
-13/12/2023 14:42:08,-273.15
-13/12/2023 14:42:10,-273.15
-13/12/2023 14:42:12,-273.15
-13/12/2023 14:42:14,-273.15
-13/12/2023 14:42:16,-273.15
-13/12/2023 14:42:18,-273.15
-13/12/2023 14:42:20,-273.15
-13/12/2023 14:42:22,-273.15
-13/12/2023 14:42:25,-273.15
-13/12/2023 14:42:27,-273.15
-13/12/2023 14:42:29,-273.15
-13/12/2023 14:42:31,-273.15
-13/12/2023 14:42:33,-273.15
-13/12/2023 14:42:35,-273.15
-13/12/2023 14:42:37,-273.15
-13/12/2023 14:42:39,-273.15
-13/12/2023 14:42:41,-273.15
-13/12/2023 14:42:43,-273.15
-13/12/2023 14:42:45,-273.15
-13/12/2023 14:42:47,-273.15
-13/12/2023 14:42:49,-273.15
-13/12/2023 14:42:51,-273.15
-13/12/2023 14:42:53,-273.15
-13/12/2023 14:42:55,-273.15
-13/12/2023 14:42:57,-273.15
-13/12/2023 14:42:59,-273.15
-13/12/2023 14:43:01,-273.15
-13/12/2023 14:43:03,-273.15
-13/12/2023 14:43:05,-273.15
-13/12/2023 14:43:07,-273.15
-13/12/2023 14:43:09,-273.15
-13/12/2023 14:43:11,-273.15
-13/12/2023 14:43:13,-273.15
-13/12/2023 14:43:15,-273.15
-13/12/2023 14:43:17,-273.15
-13/12/2023 14:43:19,-273.15
-13/12/2023 14:43:21,-273.15
-13/12/2023 14:43:23,-273.15
-13/12/2023 14:43:25,-273.15
-13/12/2023 14:43:27,-273.15
-13/12/2023 14:43:29,-273.15
-13/12/2023 14:43:31,-273.15
-13/12/2023 14:43:33,-273.15
-13/12/2023 14:43:35,-273.15
-13/12/2023 14:43:37,-273.15
-13/12/2023 14:43:39,-273.15
-13/12/2023 14:43:41,-273.15
-13/12/2023 14:43:43,-273.15
-13/12/2023 14:43:45,-273.15
-13/12/2023 14:43:47,-273.15
-13/12/2023 14:43:49,-273.15
-13/12/2023 14:43:51,-273.15
-13/12/2023 14:43:53,-273.15
-13/12/2023 14:43:55,-273.15
-13/12/2023 14:43:57,-273.15
-13/12/2023 14:43:59,-273.15
-13/12/2023 14:44:01,-273.15
-13/12/2023 14:44:03,-273.15
-13/12/2023 14:44:05,-273.15
-13/12/2023 14:44:08,-273.15
-13/12/2023 14:44:10,-273.15
-13/12/2023 14:44:12,-273.15
-13/12/2023 14:44:14,-273.15
-13/12/2023 14:44:16,-273.15
-13/12/2023 14:44:18,-273.15
-13/12/2023 14:44:20,-273.15
-13/12/2023 14:44:22,-273.15
-13/12/2023 14:44:24,-273.15
-13/12/2023 14:44:26,-273.15
-13/12/2023 14:44:28,-273.15
-13/12/2023 14:44:30,-273.15
-13/12/2023 14:44:32,-273.15
-13/12/2023 14:44:34,-273.15
-13/12/2023 14:44:36,-273.15
-13/12/2023 14:44:38,-273.15
-13/12/2023 14:44:40,-273.15
-13/12/2023 14:44:42,-273.15
-13/12/2023 14:44:44,-273.15
-13/12/2023 14:44:46,-273.15
-13/12/2023 14:44:48,-273.15
-13/12/2023 14:44:50,-273.15
-13/12/2023 14:44:52,-273.15
-13/12/2023 14:44:54,-273.15
-13/12/2023 14:44:56,-273.15
-13/12/2023 14:44:58,-273.15
-13/12/2023 14:45:00,-273.15
-13/12/2023 14:45:02,-273.15
-13/12/2023 14:45:04,-273.15
-13/12/2023 14:45:06,-273.15
-13/12/2023 14:45:08,-273.15
-13/12/2023 14:45:10,-273.15
-13/12/2023 14:45:12,-273.15
-13/12/2023 14:45:14,-273.15
-13/12/2023 14:45:16,-273.15
-13/12/2023 14:45:18,-273.15
-13/12/2023 14:45:20,-273.15
-13/12/2023 14:45:22,-273.15
-13/12/2023 14:45:24,-273.15
-13/12/2023 14:45:26,-273.15
-13/12/2023 14:45:28,-273.15
-13/12/2023 14:45:30,-273.15
-13/12/2023 14:45:32,-273.15
-13/12/2023 14:45:34,-273.15
-13/12/2023 14:45:36,-273.15
-13/12/2023 14:45:38,-273.15
-13/12/2023 14:45:40,-273.15
-13/12/2023 14:45:42,-273.15
-13/12/2023 14:45:44,-273.15
-13/12/2023 14:45:46,-273.15
-13/12/2023 14:45:48,-273.15
-13/12/2023 14:45:50,-273.15
-13/12/2023 14:45:52,-273.15
-13/12/2023 14:45:54,-273.15
-13/12/2023 14:45:56,-273.15
-13/12/2023 14:45:58,-273.15
-13/12/2023 14:46:00,-273.15
-13/12/2023 14:46:02,-273.15
-13/12/2023 14:46:04,-273.15
-13/12/2023 14:46:06,-273.15
-13/12/2023 14:46:09,-273.15
-13/12/2023 14:46:11,-273.15
-13/12/2023 14:46:13,-273.15
-13/12/2023 14:46:15,-273.15
-13/12/2023 14:46:17,-273.15
-13/12/2023 14:46:19,-273.15
-13/12/2023 14:46:21,-273.15
-13/12/2023 14:46:23,-273.15
-13/12/2023 14:46:25,-273.15
-13/12/2023 14:46:27,-273.15
-13/12/2023 14:46:29,-273.15
-13/12/2023 14:46:31,-273.15
-13/12/2023 14:46:33,-273.15
-13/12/2023 14:46:35,-273.15
-13/12/2023 14:46:37,-273.15
-13/12/2023 14:46:39,-273.15
-13/12/2023 14:46:41,-273.15
-13/12/2023 14:46:43,-273.15
-13/12/2023 14:46:45,-273.15
-13/12/2023 14:46:47,-273.15
-13/12/2023 14:46:49,-273.15
-13/12/2023 14:46:51,-273.15
-13/12/2023 14:46:53,-273.15
-13/12/2023 14:46:55,-273.15
-13/12/2023 14:46:57,-273.15
-13/12/2023 14:46:59,-273.15
-13/12/2023 14:47:01,-273.15
-13/12/2023 14:47:03,-273.15
-13/12/2023 14:47:05,-273.15
-13/12/2023 14:47:07,-273.15
-13/12/2023 14:47:09,-273.15
-13/12/2023 14:47:11,-273.15
-13/12/2023 14:47:13,-273.15
-13/12/2023 14:47:15,-273.15
-13/12/2023 14:47:17,-273.15
-13/12/2023 14:47:19,-273.15
-13/12/2023 14:47:21,-273.15
-13/12/2023 14:47:23,-273.15
-13/12/2023 14:47:25,-273.15
-13/12/2023 14:47:27,-273.15
-13/12/2023 14:47:29,-273.15
-13/12/2023 14:47:31,-273.15
-13/12/2023 14:47:33,-273.15
-13/12/2023 14:47:35,-273.15
-13/12/2023 14:47:37,-273.15
-13/12/2023 14:47:39,-273.15
-13/12/2023 14:47:41,-273.15
-13/12/2023 14:47:43,-273.15
-13/12/2023 14:47:45,-273.15
-13/12/2023 14:47:47,-273.15
-13/12/2023 14:47:49,-273.15
-13/12/2023 14:47:51,-273.15
-13/12/2023 14:47:53,-273.15
-13/12/2023 14:47:55,-273.15
-13/12/2023 14:47:57,-273.15
-13/12/2023 14:47:59,-273.15
-13/12/2023 14:48:01,-273.15
-13/12/2023 14:48:03,-273.15
-13/12/2023 14:48:05,-273.15
-13/12/2023 14:48:08,-273.15
-13/12/2023 14:48:10,-273.15
-13/12/2023 14:48:12,-273.15
-13/12/2023 14:48:14,-273.15
-13/12/2023 14:48:16,-273.15
-13/12/2023 14:48:18,-273.15
-13/12/2023 14:48:20,-273.15
-13/12/2023 14:48:22,-273.15
-13/12/2023 14:48:24,-273.15
-13/12/2023 14:48:26,-273.15
-13/12/2023 14:48:28,-273.15
-13/12/2023 14:48:30,-273.15
-13/12/2023 14:48:32,-273.15
-13/12/2023 14:48:34,-273.15
-13/12/2023 14:48:36,-273.15
-13/12/2023 14:48:38,-273.15
-13/12/2023 14:48:40,-273.15
-13/12/2023 14:48:42,-273.15
-13/12/2023 14:48:44,-273.15
-13/12/2023 14:48:46,-273.15
-13/12/2023 14:48:48,-273.15
-13/12/2023 14:48:50,-273.15
-13/12/2023 14:48:52,-273.15
-13/12/2023 14:48:54,-273.15
-13/12/2023 14:48:56,-273.15
-13/12/2023 14:48:58,-273.15
-13/12/2023 14:49:00,-273.15
-13/12/2023 14:49:02,-273.15
-13/12/2023 14:49:04,-273.15
-13/12/2023 14:49:06,-273.15
-13/12/2023 14:49:08,-273.15
-13/12/2023 14:49:10,-273.15
-13/12/2023 14:49:12,-273.15
-13/12/2023 14:49:14,-273.15
-13/12/2023 14:49:16,-273.15
-13/12/2023 14:49:18,-273.15
-13/12/2023 14:49:20,-273.15
-13/12/2023 14:49:22,-273.15
-13/12/2023 14:49:24,-273.15
-13/12/2023 14:49:26,-273.15
-13/12/2023 14:49:28,-273.15
-13/12/2023 14:49:30,-273.15
-13/12/2023 14:49:32,-273.15
-13/12/2023 14:49:34,-273.15
-13/12/2023 14:49:36,-273.15
-13/12/2023 14:49:38,-273.15
-13/12/2023 14:49:40,-273.15
-13/12/2023 14:49:42,-273.15
-13/12/2023 14:49:44,-273.15
-13/12/2023 14:49:46,-273.15
-13/12/2023 14:49:48,-273.15
-13/12/2023 14:49:50,-273.15
-13/12/2023 14:49:52,-273.15
-13/12/2023 14:49:54,-273.15
-13/12/2023 14:49:56,-273.15
-13/12/2023 14:49:58,-273.15
-13/12/2023 14:50:00,-273.15
-13/12/2023 14:50:03,-273.15
-13/12/2023 14:50:05,-273.15
-13/12/2023 14:50:07,-273.15
-13/12/2023 14:50:09,-273.15
-13/12/2023 14:50:11,-273.15
-13/12/2023 14:50:13,-273.15
-13/12/2023 14:50:15,-273.15
-13/12/2023 14:50:17,-273.15
-13/12/2023 14:50:19,-273.15
-13/12/2023 14:50:21,-273.15
-13/12/2023 14:50:23,-273.15
-13/12/2023 14:50:25,-273.15
-13/12/2023 14:50:27,-273.15
-13/12/2023 14:50:29,-273.15
-13/12/2023 14:50:31,-273.15
-13/12/2023 14:50:33,-273.15
-13/12/2023 14:50:35,-273.15
-13/12/2023 14:50:37,-273.15
-13/12/2023 14:50:39,-273.15
-13/12/2023 14:50:41,-273.15
-13/12/2023 14:50:43,-273.15
-13/12/2023 14:50:45,-273.15
-13/12/2023 14:50:47,-273.15
-13/12/2023 14:50:49,-273.15
-13/12/2023 14:50:51,-273.15
-13/12/2023 14:50:53,-273.15
-13/12/2023 14:50:55,-273.15
-13/12/2023 14:50:57,-273.15
-13/12/2023 14:50:59,-273.15
-13/12/2023 14:51:01,-273.15
-13/12/2023 14:51:03,-273.15
-13/12/2023 14:51:05,-273.15
-13/12/2023 14:51:07,-273.15
-13/12/2023 14:51:09,-273.15
-13/12/2023 14:51:11,-273.15
-13/12/2023 14:51:13,-273.15
-13/12/2023 14:51:15,-273.15
-13/12/2023 14:51:17,-273.15
-13/12/2023 14:51:19,-273.15
-13/12/2023 14:51:21,-273.15
-13/12/2023 14:51:23,-273.15
-13/12/2023 14:51:25,-273.15
-13/12/2023 14:51:27,-273.15
-13/12/2023 14:51:29,-273.15
-13/12/2023 14:51:31,-273.15
-13/12/2023 14:51:33,-273.15
-13/12/2023 14:51:35,-273.15
-13/12/2023 14:51:37,-273.15
-13/12/2023 14:51:39,-273.15
-13/12/2023 14:51:41,-273.15
-13/12/2023 14:51:43,-273.15
-13/12/2023 14:51:45,-273.15
-13/12/2023 14:51:47,-273.15
-13/12/2023 14:51:49,-273.15
-13/12/2023 14:51:51,-273.15
-13/12/2023 14:51:53,-273.15
-13/12/2023 14:51:55,-273.15
-13/12/2023 14:51:57,-273.15
-13/12/2023 14:51:59,-273.15
-13/12/2023 14:52:01,-273.15
-13/12/2023 14:52:03,-273.15
-13/12/2023 14:52:05,-273.15
-13/12/2023 14:52:07,-273.15
-13/12/2023 14:52:09,-273.15
-13/12/2023 14:52:11,-273.15
-13/12/2023 14:52:14,-273.15
-13/12/2023 14:52:16,-273.15
-13/12/2023 14:52:18,-273.15
-13/12/2023 14:52:20,-273.15
-13/12/2023 14:52:22,-273.15
-13/12/2023 14:52:24,-273.15
-13/12/2023 14:52:26,-273.15
-13/12/2023 14:52:28,-273.15
-13/12/2023 14:52:30,-273.15
-13/12/2023 14:52:32,-273.15
-13/12/2023 14:52:34,-273.15
-13/12/2023 14:52:36,-273.15
-13/12/2023 14:52:38,-273.15
-13/12/2023 14:52:40,-273.15
-13/12/2023 14:52:42,-273.15
-13/12/2023 14:52:44,-273.15
-13/12/2023 14:52:46,-273.15
-13/12/2023 14:52:48,-273.15
-13/12/2023 14:52:50,-273.15
-13/12/2023 14:52:52,-273.15
-13/12/2023 14:52:54,-273.15
-13/12/2023 14:52:56,-273.15
-13/12/2023 14:52:58,-273.15
-13/12/2023 14:53:00,-273.15
-13/12/2023 14:53:02,-273.15
-13/12/2023 14:53:04,-273.15
-13/12/2023 14:53:06,-273.15
-13/12/2023 14:53:08,-273.15
-13/12/2023 14:53:10,-273.15
-13/12/2023 14:53:12,-273.15
-13/12/2023 14:53:14,-273.15
-13/12/2023 14:53:16,-273.15
-13/12/2023 14:53:18,-273.15
-13/12/2023 14:53:20,-273.15
-13/12/2023 14:53:22,-273.15
-13/12/2023 14:53:24,-273.15
-13/12/2023 14:53:26,-273.15
-13/12/2023 14:53:28,-273.15
-13/12/2023 14:53:30,-273.15
-13/12/2023 14:53:32,-273.15
-13/12/2023 14:53:34,-273.15
-13/12/2023 14:53:36,-273.15
-13/12/2023 14:53:38,-273.15
-13/12/2023 14:53:40,-273.15
-13/12/2023 14:53:42,-273.15
-13/12/2023 14:53:44,-273.15
-13/12/2023 14:53:46,-273.15
-13/12/2023 14:53:48,-273.15
-13/12/2023 14:53:50,-273.15
-13/12/2023 14:53:52,-273.15
-13/12/2023 14:53:54,-273.15
-13/12/2023 14:53:56,-273.15
-13/12/2023 14:53:58,-273.15
-13/12/2023 14:54:00,-273.15
-13/12/2023 14:54:02,-273.15
-13/12/2023 14:54:04,-273.15
-13/12/2023 14:54:06,-273.15
-13/12/2023 14:54:08,-273.15
-13/12/2023 14:54:10,-273.15
-13/12/2023 14:54:12,-273.15
-13/12/2023 14:54:14,-273.15
-13/12/2023 14:54:16,-273.15
-13/12/2023 14:54:18,-273.15
-13/12/2023 14:54:20,-273.15
-13/12/2023 14:54:22,-273.15
-13/12/2023 14:54:24,-273.15
-13/12/2023 14:54:26,-273.15
-13/12/2023 14:54:28,-273.15
-13/12/2023 14:54:31,-273.15
-13/12/2023 14:54:33,-273.15
-13/12/2023 14:54:35,-273.15
-13/12/2023 14:54:37,-273.15
-13/12/2023 14:54:39,-273.15
-13/12/2023 14:54:41,-273.15
-13/12/2023 14:54:43,-273.15
-13/12/2023 14:54:45,-273.15
-13/12/2023 14:54:47,-273.15
-13/12/2023 14:54:49,-273.15
-13/12/2023 14:54:51,-273.15
-13/12/2023 14:54:53,-273.15
-13/12/2023 14:54:55,-273.15
-13/12/2023 14:54:57,-273.15
-13/12/2023 14:54:59,-273.15
-13/12/2023 14:55:01,-273.15
-13/12/2023 14:55:03,-273.15
-13/12/2023 14:55:05,-273.15
-13/12/2023 14:55:07,-273.15
-13/12/2023 14:55:09,-273.15
-13/12/2023 14:55:11,-273.15
-13/12/2023 14:55:13,-273.15
-13/12/2023 14:55:15,-273.15
-13/12/2023 14:55:17,-273.15
-13/12/2023 14:55:19,-273.15
-13/12/2023 14:55:21,-273.15
-13/12/2023 14:55:23,-273.15
-13/12/2023 14:55:25,-273.15
-13/12/2023 14:55:27,-273.15
-13/12/2023 14:55:29,-273.15
-13/12/2023 14:55:31,-273.15
-13/12/2023 14:55:33,-273.15
-13/12/2023 14:55:35,-273.15
-13/12/2023 14:55:37,-273.15
-13/12/2023 14:55:39,-273.15
-13/12/2023 14:55:41,-273.15
-13/12/2023 14:55:43,-273.15
-13/12/2023 14:55:45,-273.15
-13/12/2023 14:55:47,-273.15
-13/12/2023 14:55:49,-273.15
-13/12/2023 14:55:51,-273.15
-13/12/2023 14:55:53,-273.15
-13/12/2023 14:55:55,-273.15
-13/12/2023 14:55:57,-273.15
-13/12/2023 14:55:59,-273.15
-13/12/2023 14:56:01,-273.15
-13/12/2023 14:56:03,-273.15
-13/12/2023 14:56:05,-273.15
-13/12/2023 14:56:07,-273.15
-13/12/2023 14:56:09,-273.15
-13/12/2023 14:56:11,-273.15
-13/12/2023 14:56:13,-273.15
-13/12/2023 14:56:15,-273.15
-13/12/2023 14:56:17,-273.15
-13/12/2023 14:56:19,-273.15
-13/12/2023 14:56:21,-273.15
-13/12/2023 14:56:23,-273.15
-13/12/2023 14:56:25,-273.15
-13/12/2023 14:56:27,-273.15
-13/12/2023 14:56:29,-273.15
-13/12/2023 14:56:31,-273.15
-13/12/2023 14:56:33,-273.15
-13/12/2023 14:56:35,-273.15
-13/12/2023 14:56:37,-273.15
-13/12/2023 14:56:39,-273.15
-13/12/2023 14:56:41,-273.15
-13/12/2023 14:56:43,-273.15
-13/12/2023 14:56:45,-273.15
-13/12/2023 14:56:47,-273.15
-13/12/2023 14:56:49,-273.15
-13/12/2023 14:56:52,-273.15
-13/12/2023 14:56:54,-273.15
-13/12/2023 14:56:56,-273.15
-13/12/2023 14:56:58,-273.15
-13/12/2023 14:57:00,-273.15
-13/12/2023 14:57:02,-273.15
-13/12/2023 14:57:04,-273.15
-13/12/2023 14:57:06,-273.15
-13/12/2023 14:57:08,-273.15
-13/12/2023 14:57:10,-273.15
-13/12/2023 14:57:12,-273.15
-13/12/2023 14:57:14,-273.15
-13/12/2023 14:57:16,-273.15
-13/12/2023 14:57:18,-273.15
-13/12/2023 14:57:20,-273.15
-13/12/2023 14:57:22,-273.15
-13/12/2023 14:57:24,-273.15
-13/12/2023 14:57:26,-273.15
-13/12/2023 14:57:28,-273.15
-13/12/2023 14:57:30,-273.15
-13/12/2023 14:57:32,-273.15
-13/12/2023 14:57:34,-273.15
-13/12/2023 14:57:36,-273.15
-13/12/2023 14:57:38,-273.15
-13/12/2023 14:57:40,-273.15
-13/12/2023 14:57:42,-273.15
-13/12/2023 14:57:44,-273.15
-13/12/2023 14:57:46,-273.15
-13/12/2023 14:57:48,-273.15
-13/12/2023 14:57:50,-273.15
-13/12/2023 14:57:52,-273.15
-13/12/2023 14:57:54,-273.15
-13/12/2023 14:57:56,-273.15
-13/12/2023 14:57:58,-273.15
-13/12/2023 14:58:00,-273.15
-13/12/2023 14:58:02,-273.15
-13/12/2023 14:58:04,-273.15
-13/12/2023 14:58:06,-273.15
-13/12/2023 14:58:08,-273.15
-13/12/2023 14:58:10,-273.15
-13/12/2023 14:58:12,-273.15
-13/12/2023 14:58:14,-273.15
-13/12/2023 14:58:16,-273.15
-13/12/2023 14:58:18,-273.15
-13/12/2023 14:58:20,-273.15
-13/12/2023 14:58:22,-273.15
-13/12/2023 14:58:24,-273.15
-13/12/2023 14:58:26,-273.15
-13/12/2023 14:58:28,-273.15
-13/12/2023 14:58:30,-273.15
-13/12/2023 14:58:32,-273.15
-13/12/2023 14:58:34,-273.15
-13/12/2023 14:58:36,-273.15
-13/12/2023 14:58:38,-273.15
-13/12/2023 14:58:40,-273.15
-13/12/2023 14:58:42,-273.15
-13/12/2023 14:58:44,-273.15
-13/12/2023 14:58:46,-273.15
-13/12/2023 14:58:48,-273.15
-13/12/2023 14:58:50,-273.15
-13/12/2023 14:58:52,-273.15
-13/12/2023 14:58:54,-273.15
-13/12/2023 14:58:56,-273.15
-13/12/2023 14:58:58,-273.15
-13/12/2023 14:59:00,-273.15
-13/12/2023 14:59:02,-273.15
-13/12/2023 14:59:04,-273.15
-13/12/2023 14:59:06,-273.15
-13/12/2023 14:59:08,-273.15
-13/12/2023 14:59:10,-273.15
-13/12/2023 14:59:12,-273.15
-13/12/2023 14:59:14,-273.15
-13/12/2023 14:59:16,-273.15
-13/12/2023 14:59:19,-273.15
-13/12/2023 14:59:21,-273.15
-13/12/2023 14:59:23,-273.15
-13/12/2023 14:59:25,-273.15
-13/12/2023 14:59:27,-273.15
-13/12/2023 14:59:29,-273.15
-13/12/2023 14:59:31,-273.15
-13/12/2023 14:59:33,-273.15
-13/12/2023 14:59:35,-273.15
-13/12/2023 14:59:37,-273.15
-13/12/2023 14:59:39,-273.15
-13/12/2023 14:59:41,-273.15
-13/12/2023 14:59:43,-273.15
-13/12/2023 14:59:45,-273.15
-13/12/2023 14:59:47,-273.15
-13/12/2023 14:59:49,-273.15
-13/12/2023 14:59:51,-273.15
-13/12/2023 14:59:53,-273.15
-13/12/2023 14:59:55,-273.15
-13/12/2023 14:59:57,-273.15
-13/12/2023 14:59:59,-273.15
-13/12/2023 15:00:01,-273.15
-13/12/2023 15:00:03,-273.15
-13/12/2023 15:00:05,-273.15
-13/12/2023 15:00:07,-273.15
-13/12/2023 15:00:09,-273.15
-13/12/2023 15:00:11,-273.15
-13/12/2023 15:00:13,-273.15
-13/12/2023 15:00:15,-273.15
-13/12/2023 15:00:17,-273.15
-13/12/2023 15:00:19,-273.15
-13/12/2023 15:00:21,-273.15
-13/12/2023 15:00:23,-273.15
-13/12/2023 15:00:25,-273.15
-13/12/2023 15:00:27,-273.15
-13/12/2023 15:00:29,-273.15
-13/12/2023 15:00:31,-273.15
-13/12/2023 15:00:33,-273.15
-13/12/2023 15:00:35,-273.15
-13/12/2023 15:00:37,-273.15
-13/12/2023 15:00:39,-273.15
-13/12/2023 15:00:41,-273.15
-13/12/2023 15:00:43,-273.15
-13/12/2023 15:00:45,-273.15
-13/12/2023 15:00:47,-273.15
-13/12/2023 15:00:49,-273.15
-13/12/2023 15:00:51,-273.15
-13/12/2023 15:00:53,-273.15
-13/12/2023 15:00:55,-273.15
-13/12/2023 15:00:57,-273.15
-13/12/2023 15:00:59,-273.15
-13/12/2023 15:01:01,-273.15
-13/12/2023 15:01:03,-273.15
-13/12/2023 15:01:05,-273.15
-13/12/2023 15:01:07,-273.15
-13/12/2023 15:01:09,-273.15
-13/12/2023 15:01:11,-273.15
-13/12/2023 15:01:13,-273.15
-13/12/2023 15:01:15,-273.15
-13/12/2023 15:01:17,-273.15
-13/12/2023 15:01:19,-273.15
-13/12/2023 15:01:21,-273.15
-13/12/2023 15:01:23,-273.15
-13/12/2023 15:01:25,-273.15
-13/12/2023 15:01:27,-273.15
-13/12/2023 15:01:29,-273.15
-13/12/2023 15:01:31,-273.15
-13/12/2023 15:01:33,-273.15
-13/12/2023 15:01:35,-273.15
-13/12/2023 15:01:37,-273.15
-13/12/2023 15:01:40,-273.15
-13/12/2023 15:01:43,-273.15
-13/12/2023 15:01:45,-273.15
-13/12/2023 15:01:47,-273.15
-13/12/2023 15:01:49,-273.15
-13/12/2023 15:01:51,-273.15
-13/12/2023 15:01:53,-273.15
-13/12/2023 15:01:55,-273.15
-13/12/2023 15:01:57,-273.15
-13/12/2023 15:01:59,-273.15
-13/12/2023 15:02:01,-273.15
-13/12/2023 15:02:03,-273.15
-13/12/2023 15:02:05,-273.15
-13/12/2023 15:02:07,-273.15
-13/12/2023 15:02:09,-273.15
-13/12/2023 15:02:11,-273.15
-13/12/2023 15:02:13,-273.15
-13/12/2023 15:02:15,-273.15
-13/12/2023 15:02:17,-273.15
-13/12/2023 15:02:19,-273.15
-13/12/2023 15:02:21,-273.15
-13/12/2023 15:02:23,-273.15
-13/12/2023 15:02:25,-273.15
-13/12/2023 15:02:27,-273.15
-13/12/2023 15:02:29,-273.15
-13/12/2023 15:02:31,-273.15
-13/12/2023 15:02:33,-273.15
-13/12/2023 15:02:35,-273.15
-13/12/2023 15:02:37,-273.15
-13/12/2023 15:02:39,-273.15
-13/12/2023 15:02:41,-273.15
-13/12/2023 15:02:44,-273.15
-13/12/2023 15:02:46,-273.15
-13/12/2023 15:02:48,-273.15
-13/12/2023 15:02:50,-273.15
-13/12/2023 15:02:52,-273.15
-13/12/2023 15:02:54,-273.15
-13/12/2023 15:02:56,-273.15
-13/12/2023 15:02:58,-273.15
-13/12/2023 15:03:00,-273.15
-13/12/2023 15:03:02,-273.15
-13/12/2023 15:03:04,-273.15
-13/12/2023 15:03:06,-273.15
-13/12/2023 15:03:08,-273.15
-13/12/2023 15:03:10,-273.15
-13/12/2023 15:03:12,-273.15
-13/12/2023 15:03:14,-273.15
-13/12/2023 15:03:16,-273.15
-13/12/2023 15:03:18,-273.15
-13/12/2023 15:03:20,-273.15
-13/12/2023 15:03:22,-273.15
-13/12/2023 15:03:24,-273.15
-13/12/2023 15:03:26,-273.15
-13/12/2023 15:03:28,-273.15
-13/12/2023 15:03:30,-273.15
-13/12/2023 15:03:32,-273.15
-13/12/2023 15:03:34,-273.15
-13/12/2023 15:03:36,-273.15
-13/12/2023 15:03:38,-273.15
-13/12/2023 15:03:40,-273.15
-13/12/2023 15:03:42,-273.15
-13/12/2023 15:03:44,-273.15
-13/12/2023 15:03:46,-273.15
-13/12/2023 15:03:48,-273.15
-13/12/2023 15:03:50,-273.15
-13/12/2023 15:03:52,-273.15
-13/12/2023 15:03:54,-273.15
-13/12/2023 15:03:56,-273.15
-13/12/2023 15:03:58,-273.15
-13/12/2023 15:04:00,-273.15
-13/12/2023 15:04:02,-273.15
-13/12/2023 15:04:04,-273.15
-13/12/2023 15:04:06,-273.15
-13/12/2023 15:04:08,-273.15
-13/12/2023 15:04:10,-273.15
-13/12/2023 15:04:12,-273.15
-13/12/2023 15:04:14,-273.15
-13/12/2023 15:04:16,-273.15
-13/12/2023 15:04:18,-273.15
-13/12/2023 15:04:20,-273.15
-13/12/2023 15:04:22,-273.15
-13/12/2023 15:04:24,-273.15
-13/12/2023 15:04:26,-273.15
-13/12/2023 15:04:28,-273.15
-13/12/2023 15:04:30,-273.15
-13/12/2023 15:04:32,-273.15
-13/12/2023 15:04:34,-273.15
-13/12/2023 15:04:36,-273.15
-13/12/2023 15:04:38,-273.15
-13/12/2023 15:04:40,-273.15
-13/12/2023 15:04:42,-273.15
-13/12/2023 15:04:44,-273.15
-13/12/2023 15:04:46,-273.15
-13/12/2023 15:04:48,-273.15
-13/12/2023 15:04:50,-273.15
-13/12/2023 15:04:52,-273.15
-13/12/2023 15:04:54,-273.15
-13/12/2023 15:04:56,-273.15
-13/12/2023 15:04:58,-273.15
-13/12/2023 15:05:00,-273.15
-13/12/2023 15:05:02,-273.15
-13/12/2023 15:05:04,-273.15
-13/12/2023 15:05:06,-273.15
-13/12/2023 15:05:08,-273.15
-13/12/2023 15:05:10,-273.15
-13/12/2023 15:05:12,-273.15
-13/12/2023 15:05:14,-273.15
-13/12/2023 15:05:17,-273.15
-13/12/2023 15:05:19,-273.15
-13/12/2023 15:05:21,-273.15
-13/12/2023 15:05:23,-273.15
-13/12/2023 15:05:25,-273.15
-13/12/2023 15:05:27,-273.15
-13/12/2023 15:05:29,-273.15
-13/12/2023 15:05:31,-273.15
-13/12/2023 15:05:33,-273.15
-13/12/2023 15:05:35,-273.15
-13/12/2023 15:05:37,-273.15
-13/12/2023 15:05:39,-273.15
-13/12/2023 15:05:41,-273.15
-13/12/2023 15:05:43,-273.15
-13/12/2023 15:05:45,-273.15
-13/12/2023 15:05:47,-273.15
-13/12/2023 15:05:49,-273.15
-13/12/2023 15:05:51,-273.15
-13/12/2023 15:05:53,-273.15
-13/12/2023 15:05:55,-273.15
-13/12/2023 15:05:57,-273.15
-13/12/2023 15:05:59,-273.15
-13/12/2023 15:06:01,-273.15
-13/12/2023 15:06:03,-273.15
-13/12/2023 15:06:05,-273.15
-13/12/2023 15:06:07,-273.15
-13/12/2023 15:06:09,-273.15
-13/12/2023 15:06:11,-273.15
-13/12/2023 15:06:13,-273.15
-13/12/2023 15:06:15,-273.15
-13/12/2023 15:06:17,-273.15
-13/12/2023 15:06:19,-273.15
-13/12/2023 15:06:21,-273.15
-13/12/2023 15:06:23,-273.15
-13/12/2023 15:06:25,-273.15
-13/12/2023 15:06:27,-273.15
-13/12/2023 15:06:29,-273.15
-13/12/2023 15:06:31,-273.15
-13/12/2023 15:06:33,-273.15
-13/12/2023 15:06:35,-273.15
-13/12/2023 15:06:37,-273.15
-13/12/2023 15:06:39,-273.15
-13/12/2023 15:06:41,-273.15
-13/12/2023 15:06:43,-273.15
-13/12/2023 15:06:45,-273.15
-13/12/2023 15:06:47,-273.15
-13/12/2023 15:06:49,-273.15
-13/12/2023 15:06:51,-273.15
-13/12/2023 15:06:53,-273.15
-13/12/2023 15:06:55,-273.15
-13/12/2023 15:06:57,-273.15
-13/12/2023 15:06:59,-273.15
-13/12/2023 15:07:01,-273.15
-13/12/2023 15:07:03,-273.15
-13/12/2023 15:07:05,-273.15
-13/12/2023 15:07:07,-273.15
-13/12/2023 15:07:09,-273.15
-13/12/2023 15:07:11,-273.15
-13/12/2023 15:07:13,-273.15
-13/12/2023 15:07:15,-273.15
-13/12/2023 15:07:17,-273.15
-13/12/2023 15:07:19,-273.15
-13/12/2023 15:07:21,-273.15
-13/12/2023 15:07:23,-273.15
-13/12/2023 15:07:25,-273.15
-13/12/2023 15:07:27,-273.15
-13/12/2023 15:07:29,-273.15
-13/12/2023 15:07:31,-273.15
-13/12/2023 15:07:33,-273.15
-13/12/2023 15:07:35,-273.15
-13/12/2023 15:07:37,-273.15
-13/12/2023 15:07:39,-273.15
-13/12/2023 15:07:41,-273.15
-13/12/2023 15:07:43,-273.15
-13/12/2023 15:07:45,-273.15
-13/12/2023 15:07:47,-273.15
-13/12/2023 15:07:49,-273.15
-13/12/2023 15:07:51,-273.15
-13/12/2023 15:07:53,-273.15
-13/12/2023 15:07:55,-273.15
-13/12/2023 15:07:58,-273.15
-13/12/2023 15:08:00,-273.15
-13/12/2023 15:08:02,-273.15
-13/12/2023 15:08:04,-273.15
-13/12/2023 15:08:06,-273.15
-13/12/2023 15:08:08,-273.15
-13/12/2023 15:08:10,-273.15
-13/12/2023 15:08:12,-273.15
-13/12/2023 15:08:14,-273.15
-13/12/2023 15:08:16,-273.15
-13/12/2023 15:08:18,-273.15
-13/12/2023 15:08:20,-273.15
-13/12/2023 15:08:22,-273.15
-13/12/2023 15:08:24,-273.15
-13/12/2023 15:08:26,-273.15
-13/12/2023 15:08:28,-273.15
-13/12/2023 15:08:30,-273.15
-13/12/2023 15:08:32,-273.15
-13/12/2023 15:08:34,-273.15
-13/12/2023 15:08:36,-273.15
-13/12/2023 15:08:38,-273.15
-13/12/2023 15:08:40,-273.15
-13/12/2023 15:08:42,-273.15
-13/12/2023 15:08:44,-273.15
-13/12/2023 15:08:46,-273.15
-13/12/2023 15:08:48,-273.15
-13/12/2023 15:08:50,-273.15
-13/12/2023 15:08:52,-273.15
-13/12/2023 15:08:54,-273.15
-13/12/2023 15:08:56,-273.15
-13/12/2023 15:08:58,-273.15
-13/12/2023 15:09:00,-273.15
-13/12/2023 15:09:02,-273.15
-13/12/2023 15:09:04,-273.15
-13/12/2023 15:09:06,-273.15
-13/12/2023 15:09:08,-273.15
-13/12/2023 15:09:10,-273.15
-13/12/2023 15:09:12,-273.15
-13/12/2023 15:09:14,-273.15
-13/12/2023 15:09:16,-273.15
-13/12/2023 15:09:18,-273.15
-13/12/2023 15:09:20,-273.15
-13/12/2023 15:09:22,-273.15
-13/12/2023 15:09:24,-273.15
-13/12/2023 15:09:26,-273.15
-13/12/2023 15:09:28,-273.15
-13/12/2023 15:09:30,-273.15
-13/12/2023 15:09:32,-273.15
-13/12/2023 15:09:34,-273.15
-13/12/2023 15:09:36,-273.15
-13/12/2023 15:09:38,-273.15
-13/12/2023 15:09:40,-273.15
-13/12/2023 15:09:42,-273.15
-13/12/2023 15:09:44,-273.15
-13/12/2023 15:09:46,-273.15
-13/12/2023 15:09:48,-273.15
-13/12/2023 15:09:50,-273.15
-13/12/2023 15:09:52,-273.15
-13/12/2023 15:09:54,-273.15
-13/12/2023 15:09:56,-273.15
-13/12/2023 15:09:58,-273.15
-13/12/2023 15:10:00,-273.15
-13/12/2023 15:10:02,-273.15
-13/12/2023 15:10:04,-273.15
-13/12/2023 15:10:07,-273.15
-13/12/2023 15:10:09,-273.15
-13/12/2023 15:10:11,-273.15
-13/12/2023 15:10:13,-273.15
-13/12/2023 15:10:15,-273.15
-13/12/2023 15:10:17,-273.15
-13/12/2023 15:10:19,-273.15
-13/12/2023 15:10:21,-273.15
-13/12/2023 15:10:23,-273.15
-13/12/2023 15:10:25,-273.15
-13/12/2023 15:10:27,-273.15
-13/12/2023 15:10:29,-273.15
-13/12/2023 15:10:31,-273.15
-13/12/2023 15:10:33,-273.15
-13/12/2023 15:10:35,-273.15
-13/12/2023 15:10:37,-273.15
-13/12/2023 15:10:39,-273.15
-13/12/2023 15:10:41,-273.15
-13/12/2023 15:10:43,-273.15
-13/12/2023 15:10:45,-273.15
-13/12/2023 15:10:47,-273.15
-13/12/2023 15:10:49,-273.15
-13/12/2023 15:10:51,-273.15
-13/12/2023 15:10:53,-273.15
-13/12/2023 15:10:55,-273.15
-13/12/2023 15:10:57,-273.15
-13/12/2023 15:10:59,-273.15
-13/12/2023 15:11:01,-273.15
-13/12/2023 15:11:03,-273.15
-13/12/2023 15:11:05,-273.15
-13/12/2023 15:11:07,-273.15
-13/12/2023 15:11:09,-273.15
-13/12/2023 15:11:11,-273.15
-13/12/2023 15:11:13,-273.15
-13/12/2023 15:11:15,-273.15
-13/12/2023 15:11:17,-273.15
-13/12/2023 15:11:19,-273.15
-13/12/2023 15:11:21,-273.15
-13/12/2023 15:11:23,-273.15
-13/12/2023 15:11:25,-273.15
-13/12/2023 15:11:27,-273.15
-13/12/2023 15:11:29,-273.15
-13/12/2023 15:11:31,-273.15
-13/12/2023 15:11:33,-273.15
-13/12/2023 15:11:35,-273.15
-13/12/2023 15:11:37,-273.15
-13/12/2023 15:11:39,-273.15
-13/12/2023 15:11:41,-273.15
-13/12/2023 15:11:43,-273.15
-13/12/2023 15:11:45,-273.15
-13/12/2023 15:11:47,-273.15
-13/12/2023 15:11:49,-273.15
-13/12/2023 15:11:51,-273.15
-13/12/2023 15:11:53,-273.15
-13/12/2023 15:11:55,-273.15
-13/12/2023 15:11:57,-273.15
-13/12/2023 15:11:59,-273.15
-13/12/2023 15:12:01,-273.15
-13/12/2023 15:12:03,-273.15
-13/12/2023 15:12:05,-273.15
-13/12/2023 15:12:07,-273.15
-13/12/2023 15:12:09,-273.15
-13/12/2023 15:12:12,-273.15
-13/12/2023 15:12:14,-273.15
-13/12/2023 15:12:16,-273.15
-13/12/2023 15:12:18,-273.15
-13/12/2023 15:12:20,-273.15
-13/12/2023 15:12:22,-273.15
-13/12/2023 15:12:24,-273.15
-13/12/2023 15:12:26,-273.15
-13/12/2023 15:12:28,-273.15
-13/12/2023 15:12:30,-273.15
-13/12/2023 15:12:32,-273.15
-13/12/2023 15:12:34,-273.15
-13/12/2023 15:12:36,-273.15
-13/12/2023 15:12:38,-273.15
-13/12/2023 15:12:40,-273.15
-13/12/2023 15:12:42,-273.15
-13/12/2023 15:12:44,-273.15
-13/12/2023 15:12:46,-273.15
-13/12/2023 15:12:48,-273.15
-13/12/2023 15:12:50,-273.15
-13/12/2023 15:12:52,-273.15
-13/12/2023 15:12:54,-273.15
-13/12/2023 15:12:56,-273.15
-13/12/2023 15:12:58,-273.15
-13/12/2023 15:13:00,-273.15
-13/12/2023 15:13:02,-273.15
-13/12/2023 15:13:04,-273.15
-13/12/2023 15:13:06,-273.15
-13/12/2023 15:13:08,-273.15
-13/12/2023 15:13:10,-273.15
-13/12/2023 15:13:12,-273.15
-13/12/2023 15:13:14,-273.15
-13/12/2023 15:13:16,-273.15
-13/12/2023 15:13:18,-273.15
-13/12/2023 15:13:20,-273.15
-13/12/2023 15:13:22,-273.15
-13/12/2023 15:13:24,-273.15
-13/12/2023 15:13:26,-273.15
-13/12/2023 15:13:28,-273.15
-13/12/2023 15:13:30,-273.15
-13/12/2023 15:13:32,-273.15
-13/12/2023 15:13:34,-273.15
-13/12/2023 15:13:36,-273.15
-13/12/2023 15:13:38,-273.15
-13/12/2023 15:13:40,-273.15
-13/12/2023 15:13:42,-273.15
-13/12/2023 15:13:44,-273.15
-13/12/2023 15:13:46,-273.15
-13/12/2023 15:13:48,-273.15
-13/12/2023 15:13:50,-273.15
-13/12/2023 15:13:52,-273.15
-13/12/2023 15:13:54,-273.15
-13/12/2023 15:13:56,-273.15
-13/12/2023 15:13:58,-273.15
-13/12/2023 15:14:00,-273.15
-13/12/2023 15:14:02,-273.15
-13/12/2023 15:14:04,-273.15
-13/12/2023 15:14:06,-273.15
-13/12/2023 15:14:08,-273.15
-13/12/2023 15:14:10,-273.15
-13/12/2023 15:14:12,-273.15
-13/12/2023 15:14:14,-273.15
-13/12/2023 15:14:16,-273.15
-13/12/2023 15:14:18,-273.15
-13/12/2023 15:14:20,-273.15
-13/12/2023 15:14:22,-273.15
-13/12/2023 15:14:25,-273.15
-13/12/2023 15:14:27,-273.15
-13/12/2023 15:14:29,-273.15
-13/12/2023 15:14:31,-273.15
-13/12/2023 15:14:33,-273.15
-13/12/2023 15:14:35,-273.15
-13/12/2023 15:14:37,-273.15
-13/12/2023 15:14:39,-273.15
-13/12/2023 15:14:41,-273.15
-13/12/2023 15:14:43,-273.15
-13/12/2023 15:14:45,-273.15
-13/12/2023 15:14:47,-273.15
-13/12/2023 15:14:49,-273.15
-13/12/2023 15:14:51,-273.15
-13/12/2023 15:14:53,-273.15
-13/12/2023 15:14:55,-273.15
-13/12/2023 15:14:57,-273.15
-13/12/2023 15:14:59,-273.15
-13/12/2023 15:15:01,-273.15
-13/12/2023 15:15:03,-273.15
-13/12/2023 15:15:05,-273.15
-13/12/2023 15:15:07,-273.15
-13/12/2023 15:15:09,-273.15
-13/12/2023 15:15:11,-273.15
-13/12/2023 15:15:13,-273.15
-13/12/2023 15:15:15,-273.15
-13/12/2023 15:15:17,-273.15
-13/12/2023 15:15:19,-273.15
-13/12/2023 15:15:21,-273.15
-13/12/2023 15:15:23,-273.15
-13/12/2023 15:15:25,-273.15
-13/12/2023 15:15:27,-273.15
-13/12/2023 15:15:29,-273.15
-13/12/2023 15:15:31,-273.15
-13/12/2023 15:15:33,-273.15
-13/12/2023 15:15:35,-273.15
-13/12/2023 15:15:37,-273.15
-13/12/2023 15:15:39,-273.15
-13/12/2023 15:15:41,-273.15
-13/12/2023 15:15:43,-273.15
-13/12/2023 15:15:45,-273.15
-13/12/2023 15:15:47,-273.15
-13/12/2023 15:15:49,-273.15
-13/12/2023 15:15:51,-273.15
-13/12/2023 15:15:53,-273.15
-13/12/2023 15:15:55,-273.15
-13/12/2023 15:15:57,-273.15
-13/12/2023 15:15:59,-273.15
-13/12/2023 15:16:01,-273.15
-13/12/2023 15:16:03,-273.15
-13/12/2023 15:16:05,-273.15
-13/12/2023 15:16:07,-273.15
-13/12/2023 15:16:09,-273.15
-13/12/2023 15:16:11,-273.15
-13/12/2023 15:16:13,-273.15
-13/12/2023 15:16:15,-273.15
-13/12/2023 15:16:17,-273.15
-13/12/2023 15:16:19,-273.15
-13/12/2023 15:16:21,-273.15
-13/12/2023 15:16:23,-273.15
-13/12/2023 15:16:25,-273.15
-13/12/2023 15:16:27,-273.15
-13/12/2023 15:16:29,-273.15
-13/12/2023 15:16:31,-273.15
-13/12/2023 15:16:33,-273.15
-13/12/2023 15:16:35,-273.15
-13/12/2023 15:16:37,-273.15
-13/12/2023 15:16:39,-273.15
-13/12/2023 15:16:42,-273.15
-13/12/2023 15:16:44,-273.15
-13/12/2023 15:16:46,-273.15
-13/12/2023 15:16:48,-273.15
-13/12/2023 15:16:50,-273.15
-13/12/2023 15:16:52,-273.15
-13/12/2023 15:16:54,-273.15
-13/12/2023 15:16:56,-273.15
-13/12/2023 15:16:58,-273.15
-13/12/2023 15:17:00,-273.15
-13/12/2023 15:17:02,-273.15
-13/12/2023 15:17:04,-273.15
-13/12/2023 15:17:06,-273.15
-13/12/2023 15:17:08,-273.15
-13/12/2023 15:17:10,-273.15
-13/12/2023 15:17:12,-273.15
-13/12/2023 15:17:14,-273.15
-13/12/2023 15:17:16,-273.15
-13/12/2023 15:17:18,-273.15
-13/12/2023 15:17:20,-273.15
-13/12/2023 15:17:22,-273.15
-13/12/2023 15:17:24,-273.15
-13/12/2023 15:17:26,-273.15
-13/12/2023 15:17:28,-273.15
-13/12/2023 15:17:30,-273.15
-13/12/2023 15:17:32,-273.15
-13/12/2023 15:17:34,-273.15
-13/12/2023 15:17:36,-273.15
-13/12/2023 15:17:38,-273.15
-13/12/2023 15:17:40,-273.15
-13/12/2023 15:17:42,-273.15
-13/12/2023 15:17:44,-273.15
-13/12/2023 15:17:46,-273.15
-13/12/2023 15:17:48,-273.15
-13/12/2023 15:17:50,-273.15
-13/12/2023 15:17:52,-273.15
-13/12/2023 15:17:54,-273.15
-13/12/2023 15:17:56,-273.15
-13/12/2023 15:17:58,-273.15
-13/12/2023 15:18:00,-273.15
-13/12/2023 15:18:02,-273.15
-13/12/2023 15:18:04,-273.15
-13/12/2023 15:18:06,-273.15
-13/12/2023 15:18:08,-273.15
-13/12/2023 15:18:10,-273.15
-13/12/2023 15:18:12,-273.15
-13/12/2023 15:18:14,-273.15
-13/12/2023 15:18:16,-273.15
-13/12/2023 15:18:18,-273.15
-13/12/2023 15:18:20,-273.15
-13/12/2023 15:18:22,-273.15
-13/12/2023 15:18:24,-273.15
-13/12/2023 15:18:26,-273.15
-13/12/2023 15:18:28,-273.15
-13/12/2023 15:18:30,-273.15
-13/12/2023 15:18:32,-273.15
-13/12/2023 15:18:34,-273.15
-13/12/2023 15:18:36,-273.15
-13/12/2023 15:18:38,-273.15
-13/12/2023 15:18:40,-273.15
-13/12/2023 15:18:42,-273.15
-13/12/2023 15:18:44,-273.15
-13/12/2023 15:18:47,-273.15
-13/12/2023 15:18:49,-273.15
-13/12/2023 15:18:51,-273.15
-13/12/2023 15:18:53,-273.15
-13/12/2023 15:18:55,-273.15
-13/12/2023 15:18:57,-273.15
-13/12/2023 15:18:59,-273.15
-13/12/2023 15:19:01,-273.15
-13/12/2023 15:19:03,-273.15
-13/12/2023 15:19:05,-273.15
-13/12/2023 15:19:07,-273.15
-13/12/2023 15:19:09,-273.15
-13/12/2023 15:19:11,-273.15
-13/12/2023 15:19:13,-273.15
-13/12/2023 15:19:15,-273.15
-13/12/2023 15:19:17,-273.15
-13/12/2023 15:19:19,-273.15
-13/12/2023 15:19:21,-273.15
-13/12/2023 15:19:23,-273.15
-13/12/2023 15:19:25,-273.15
-13/12/2023 15:19:27,-273.15
-13/12/2023 15:19:29,-273.15
-13/12/2023 15:19:31,-273.15
-13/12/2023 15:19:33,-273.15
-13/12/2023 15:19:35,-273.15
-13/12/2023 15:19:37,-273.15
-13/12/2023 15:19:39,-273.15
-13/12/2023 15:19:41,-273.15
-13/12/2023 15:19:43,-273.15
-13/12/2023 15:19:45,-273.15
-13/12/2023 15:19:47,-273.15
-13/12/2023 15:19:49,-273.15
-13/12/2023 15:19:51,-273.15
-13/12/2023 15:19:53,-273.15
-13/12/2023 15:19:55,-273.15
-13/12/2023 15:19:57,-273.15
-13/12/2023 15:19:59,-273.15
-13/12/2023 15:20:01,-273.15
-13/12/2023 15:20:03,-273.15
-13/12/2023 15:20:05,-273.15
-13/12/2023 15:20:07,-273.15
-13/12/2023 15:20:09,-273.15
-13/12/2023 15:20:11,-273.15
-13/12/2023 15:20:13,-273.15
-13/12/2023 15:20:15,-273.15
-13/12/2023 15:20:17,-273.15
-13/12/2023 15:20:19,-273.15
-13/12/2023 15:20:21,-273.15
-13/12/2023 15:20:23,-273.15
-13/12/2023 15:20:25,-273.15
-13/12/2023 15:20:27,-273.15
-13/12/2023 15:20:29,-273.15
-13/12/2023 15:20:31,-273.15
-13/12/2023 15:20:33,-273.15
-13/12/2023 15:20:35,-273.15
-13/12/2023 15:20:37,-273.15
-13/12/2023 15:20:39,-273.15
-13/12/2023 15:20:41,-273.15
-13/12/2023 15:20:43,-273.15
-13/12/2023 15:20:45,-273.15
-13/12/2023 15:20:47,-273.15
-13/12/2023 15:20:49,-273.15
-13/12/2023 15:20:51,-273.15
-13/12/2023 15:20:53,-273.15
-13/12/2023 15:20:55,-273.15
-13/12/2023 15:20:57,-273.15
-13/12/2023 15:20:59,-273.15
-13/12/2023 15:21:01,-273.15
-13/12/2023 15:21:03,-273.15
-13/12/2023 15:21:05,-273.15
-13/12/2023 15:21:07,-273.15
-13/12/2023 15:21:09,-273.15
-13/12/2023 15:21:11,-273.15
-13/12/2023 15:21:13,-273.15
-13/12/2023 15:21:15,-273.15
-13/12/2023 15:21:18,-273.15
-13/12/2023 15:21:20,-273.15
-13/12/2023 15:21:22,-273.15
-13/12/2023 15:21:24,-273.15
-13/12/2023 15:21:26,-273.15
-13/12/2023 15:21:28,-273.15
-13/12/2023 15:21:30,-273.15
-13/12/2023 15:21:32,-273.15
-13/12/2023 15:21:34,-273.15
-13/12/2023 15:21:36,-273.15
-13/12/2023 15:21:38,-273.15
-13/12/2023 15:21:40,-273.15
-13/12/2023 15:21:42,-273.15
-13/12/2023 15:21:44,-273.15
-13/12/2023 15:21:46,-273.15
-13/12/2023 15:21:48,-273.15
-13/12/2023 15:21:50,-273.15
-13/12/2023 15:21:52,-273.15
-13/12/2023 15:21:54,-273.15
-13/12/2023 15:21:56,-273.15
-13/12/2023 15:21:58,-273.15
-13/12/2023 15:22:00,-273.15
-13/12/2023 15:22:02,-273.15
-13/12/2023 15:22:04,-273.15
-13/12/2023 15:22:06,-273.15
-13/12/2023 15:22:08,-273.15
-13/12/2023 15:22:10,-273.15
-13/12/2023 15:22:12,-273.15
-13/12/2023 15:22:14,-273.15
-13/12/2023 15:22:16,-273.15
-13/12/2023 15:22:18,-273.15
-13/12/2023 15:22:20,-273.15
-13/12/2023 15:22:22,-273.15
-13/12/2023 15:22:24,-273.15
-13/12/2023 15:22:26,-273.15
-13/12/2023 15:22:28,-273.15
-13/12/2023 15:22:30,-273.15
-13/12/2023 15:22:32,-273.15
-13/12/2023 15:22:34,-273.15
-13/12/2023 15:22:36,-273.15
-13/12/2023 15:22:38,-273.15
-13/12/2023 15:22:40,-273.15
-13/12/2023 15:22:42,-273.15
-13/12/2023 15:22:44,-273.15
-13/12/2023 15:22:46,-273.15
-13/12/2023 15:22:48,-273.15
-13/12/2023 15:22:50,-273.15
-13/12/2023 15:22:52,-273.15
-13/12/2023 15:22:54,-273.15
-13/12/2023 15:22:56,-273.15
-13/12/2023 15:22:58,-273.15
-13/12/2023 15:23:00,-273.15
-13/12/2023 15:23:02,-273.15
-13/12/2023 15:23:04,-273.15
-13/12/2023 15:23:06,-273.15
-13/12/2023 15:23:08,-273.15
-13/12/2023 15:23:10,-273.15
-13/12/2023 15:23:12,-273.15
-13/12/2023 15:23:14,-273.15
-13/12/2023 15:23:16,-273.15
-13/12/2023 15:23:18,-273.15
-13/12/2023 15:23:20,-273.15
-13/12/2023 15:23:22,-273.15
-13/12/2023 15:23:24,-273.15
-13/12/2023 15:23:26,-273.15
-13/12/2023 15:23:28,-273.15
-13/12/2023 15:23:31,-273.15
-13/12/2023 15:23:33,-273.15
-13/12/2023 15:23:35,-273.15
-13/12/2023 15:23:37,-273.15
-13/12/2023 15:23:39,-273.15
-13/12/2023 15:23:41,-273.15
-13/12/2023 15:23:43,-273.15
-13/12/2023 15:23:45,-273.15
-13/12/2023 15:23:47,-273.15
-13/12/2023 15:23:49,-273.15
-13/12/2023 15:23:51,-273.15
-13/12/2023 15:23:53,-273.15
-13/12/2023 15:23:55,-273.15
-13/12/2023 15:23:57,-273.15
-13/12/2023 15:23:59,-273.15
-13/12/2023 15:24:01,-273.15
-13/12/2023 15:24:03,-273.15
-13/12/2023 15:24:05,-273.15
-13/12/2023 15:24:07,-273.15
-13/12/2023 15:24:09,-273.15
-13/12/2023 15:24:11,-273.15
-13/12/2023 15:24:13,-273.15
-13/12/2023 15:24:15,-273.15
-13/12/2023 15:24:17,-273.15
-13/12/2023 15:24:19,-273.15
-13/12/2023 15:24:21,-273.15
-13/12/2023 15:24:23,-273.15
-13/12/2023 15:24:25,-273.15
-13/12/2023 15:24:27,-273.15
-13/12/2023 15:24:29,-273.15
-13/12/2023 15:24:31,-273.15
-13/12/2023 15:24:33,-273.15
-13/12/2023 15:24:35,-273.15
-13/12/2023 15:24:37,-273.15
-13/12/2023 15:24:39,-273.15
-13/12/2023 15:24:41,-273.15
-13/12/2023 15:24:43,-273.15
-13/12/2023 15:24:45,-273.15
-13/12/2023 15:24:47,-273.15
-13/12/2023 15:24:49,-273.15
-13/12/2023 15:24:51,-273.15
-13/12/2023 15:24:53,-273.15
-13/12/2023 15:24:55,-273.15
-13/12/2023 15:24:57,-273.15
-13/12/2023 15:24:59,-273.15
-13/12/2023 15:25:01,-273.15
-13/12/2023 15:25:03,-273.15
-13/12/2023 15:25:05,-273.15
-13/12/2023 15:25:07,-273.15
-13/12/2023 15:25:09,-273.15
-13/12/2023 15:25:11,-273.15
-13/12/2023 15:25:13,-273.15
-13/12/2023 15:25:15,-273.15
-13/12/2023 15:25:17,-273.15
-13/12/2023 15:25:19,-273.15
-13/12/2023 15:25:21,-273.15
-13/12/2023 15:25:23,-273.15
-13/12/2023 15:25:25,-273.15
-13/12/2023 15:25:27,-273.15
-13/12/2023 15:25:29,-273.15
-13/12/2023 15:25:32,-273.15
-13/12/2023 15:25:34,-273.15
-13/12/2023 15:25:36,-273.15
-13/12/2023 15:25:38,-273.15
-13/12/2023 15:25:40,-273.15
-13/12/2023 15:25:42,-273.15
-13/12/2023 15:25:44,-273.15
-13/12/2023 15:25:46,-273.15
-13/12/2023 15:25:48,-273.15
-13/12/2023 15:25:50,-273.15
-13/12/2023 15:25:52,-273.15
-13/12/2023 15:25:54,-273.15
-13/12/2023 15:25:56,-273.15
-13/12/2023 15:25:58,-273.15
-13/12/2023 15:26:00,-273.15
-13/12/2023 15:26:02,-273.15
-13/12/2023 15:26:04,-273.15
-13/12/2023 15:26:06,-273.15
-13/12/2023 15:26:08,-273.15
-13/12/2023 15:26:10,-273.15
-13/12/2023 15:26:12,-273.15
-13/12/2023 15:26:14,-273.15
-13/12/2023 15:26:16,-273.15
-13/12/2023 15:26:18,-273.15
-13/12/2023 15:26:20,-273.15
-13/12/2023 15:26:22,-273.15
-13/12/2023 15:26:24,-273.15
-13/12/2023 15:26:26,-273.15
-13/12/2023 15:26:28,-273.15
-13/12/2023 15:26:30,-273.15
-13/12/2023 15:26:32,-273.15
-13/12/2023 15:26:34,-273.15
-13/12/2023 15:26:36,-273.15
-13/12/2023 15:26:38,-273.15
-13/12/2023 15:26:40,-273.15
-13/12/2023 15:26:42,-273.15
-13/12/2023 15:26:44,-273.15
-13/12/2023 15:26:46,-273.15
-13/12/2023 15:26:48,-273.15
-13/12/2023 15:26:50,-273.15
-13/12/2023 15:26:52,-273.15
-13/12/2023 15:26:54,-273.15
-13/12/2023 15:26:56,-273.15
-13/12/2023 15:26:58,-273.15
-13/12/2023 15:27:00,-273.15
-13/12/2023 15:27:02,-273.15
-13/12/2023 15:27:04,-273.15
-13/12/2023 15:27:06,-273.15
-13/12/2023 15:27:08,-273.15
-13/12/2023 15:27:10,-273.15
-13/12/2023 15:27:12,-273.15
-13/12/2023 15:27:15,-273.15
-13/12/2023 15:27:17,-273.15
-13/12/2023 15:27:19,-273.15
-13/12/2023 15:27:21,-273.15
-13/12/2023 15:27:23,-273.15
-13/12/2023 15:27:25,-273.15
-13/12/2023 15:27:27,-273.15
-13/12/2023 15:27:29,-273.15
-13/12/2023 15:27:31,-273.15
-13/12/2023 15:27:33,-273.15
-13/12/2023 15:27:35,-273.15
-13/12/2023 15:27:37,-273.15
-13/12/2023 15:27:39,-273.15
-13/12/2023 15:27:41,-273.15
-13/12/2023 15:27:43,-273.15
-13/12/2023 15:27:45,-273.15
-13/12/2023 15:27:47,-273.15
-13/12/2023 15:27:49,-273.15
-13/12/2023 15:27:51,-273.15
-13/12/2023 15:27:53,-273.15
-13/12/2023 15:27:55,-273.15
-13/12/2023 15:27:57,-273.15
-13/12/2023 15:27:59,-273.15
-13/12/2023 15:28:01,-273.15
-13/12/2023 15:28:03,-273.15
-13/12/2023 15:28:05,-273.15
-13/12/2023 15:28:07,-273.15
-13/12/2023 15:28:09,-273.15
-13/12/2023 15:28:11,-273.15
-13/12/2023 15:28:13,-273.15
-13/12/2023 15:28:15,-273.15
-13/12/2023 15:28:17,-273.15
-13/12/2023 15:28:19,-273.15
-13/12/2023 15:28:21,-273.15
-13/12/2023 15:28:23,-273.15
-13/12/2023 15:28:25,-273.15
-13/12/2023 15:28:27,-273.15
-13/12/2023 15:28:29,-273.15
-13/12/2023 15:28:31,-273.15
-13/12/2023 15:28:33,-273.15
-13/12/2023 15:28:35,-273.15
-13/12/2023 15:28:37,-273.15
-13/12/2023 15:28:39,-273.15
-13/12/2023 15:28:41,-273.15
-13/12/2023 15:28:43,-273.15
-13/12/2023 15:28:45,-273.15
-13/12/2023 15:28:47,-273.15
-13/12/2023 15:28:49,-273.15
-13/12/2023 15:28:51,-273.15
-13/12/2023 15:28:53,-273.15
-13/12/2023 15:28:55,-273.15
-13/12/2023 15:28:57,-273.15
-13/12/2023 15:28:59,-273.15
-13/12/2023 15:29:01,-273.15
-13/12/2023 15:29:03,-273.15
-13/12/2023 15:29:06,-273.15
-13/12/2023 15:29:08,-273.15
-13/12/2023 15:29:10,-273.15
-13/12/2023 15:29:12,-273.15
-13/12/2023 15:29:14,-273.15
-13/12/2023 15:29:16,-273.15
-13/12/2023 15:29:18,-273.15
-13/12/2023 15:29:20,-273.15
-13/12/2023 15:29:22,-273.15
-13/12/2023 15:29:24,-273.15
-13/12/2023 15:29:26,-273.15
-13/12/2023 15:29:28,-273.15
-13/12/2023 15:29:30,-273.15
-13/12/2023 15:29:32,-273.15
-13/12/2023 15:29:34,-273.15
-13/12/2023 15:29:36,-273.15
-13/12/2023 15:29:38,-273.15
-13/12/2023 15:29:40,-273.15
-13/12/2023 15:29:42,-273.15
-13/12/2023 15:29:44,-273.15
-13/12/2023 15:29:46,-273.15
-13/12/2023 15:29:48,-273.15
-13/12/2023 15:29:50,-273.15
-13/12/2023 15:29:52,-273.15
-13/12/2023 15:29:54,-273.15
-13/12/2023 15:29:56,-273.15
-13/12/2023 15:29:58,-273.15
-13/12/2023 15:30:00,-273.15
-13/12/2023 15:30:02,-273.15
-13/12/2023 15:30:04,-273.15
-13/12/2023 15:30:06,-273.15
-13/12/2023 15:30:08,-273.15
-13/12/2023 15:30:10,-273.15
-13/12/2023 15:30:12,-273.15
-13/12/2023 15:30:14,-273.15
-13/12/2023 15:30:16,-273.15
-13/12/2023 15:30:18,-273.15
-13/12/2023 15:30:20,-273.15
-13/12/2023 15:30:22,-273.15
-13/12/2023 15:30:24,-273.15
-13/12/2023 15:30:26,-273.15
-13/12/2023 15:30:28,-273.15
-13/12/2023 15:30:30,-273.15
-13/12/2023 15:30:32,-273.15
-13/12/2023 15:30:34,-273.15
-13/12/2023 15:30:36,-273.15
-13/12/2023 15:30:38,-273.15
-13/12/2023 15:30:40,-273.15
-13/12/2023 15:30:42,-273.15
-13/12/2023 15:30:44,-273.15
-13/12/2023 15:30:46,-273.15
-13/12/2023 15:30:48,-273.15
-13/12/2023 15:30:50,-273.15
-13/12/2023 15:30:52,-273.15
-13/12/2023 15:30:54,-273.15
-13/12/2023 15:30:56,-273.15
-13/12/2023 15:30:58,-273.15
-13/12/2023 15:31:01,-273.15
-13/12/2023 15:31:03,-273.15
-13/12/2023 15:31:05,-273.15
-13/12/2023 15:31:07,-273.15
-13/12/2023 15:31:09,-273.15
-13/12/2023 15:31:11,-273.15
-13/12/2023 15:31:13,-273.15
-13/12/2023 15:31:15,-273.15
-13/12/2023 15:31:17,-273.15
-13/12/2023 15:31:19,-273.15
-13/12/2023 15:31:21,-273.15
-13/12/2023 15:31:23,-273.15
-13/12/2023 15:31:25,-273.15
-13/12/2023 15:31:27,-273.15
-13/12/2023 15:31:29,-273.15
-13/12/2023 15:31:31,-273.15
-13/12/2023 15:31:33,-273.15
-13/12/2023 15:31:35,-273.15
-13/12/2023 15:31:37,-273.15
-13/12/2023 15:31:39,-273.15
-13/12/2023 15:31:41,-273.15
-13/12/2023 15:31:43,-273.15
-13/12/2023 15:31:45,-273.15
-13/12/2023 15:31:47,-273.15
-13/12/2023 15:31:49,-273.15
-13/12/2023 15:31:51,-273.15
-13/12/2023 15:31:53,-273.15
-13/12/2023 15:31:55,-273.15
-13/12/2023 15:31:57,-273.15
-13/12/2023 15:31:59,-273.15
-13/12/2023 15:32:01,-273.15
-13/12/2023 15:32:03,-273.15
-13/12/2023 15:32:05,-273.15
-13/12/2023 15:32:07,-273.15
-13/12/2023 15:32:09,-273.15
-13/12/2023 15:32:11,-273.15
-13/12/2023 15:32:13,-273.15
-13/12/2023 15:32:15,-273.15
-13/12/2023 15:32:17,-273.15
-13/12/2023 15:32:19,-273.15
-13/12/2023 15:32:21,-273.15
-13/12/2023 15:32:23,-273.15
-13/12/2023 15:32:25,-273.15
-13/12/2023 15:32:27,-273.15
-13/12/2023 15:32:29,-273.15
-13/12/2023 15:32:31,-273.15
-13/12/2023 15:32:33,-273.15
-13/12/2023 15:32:35,-273.15
-13/12/2023 15:32:37,-273.15
-13/12/2023 15:32:39,-273.15
-13/12/2023 15:32:41,-273.15
-13/12/2023 15:32:43,-273.15
-13/12/2023 15:32:45,-273.15
-13/12/2023 15:32:47,-273.15
-13/12/2023 15:32:49,-273.15
-13/12/2023 15:32:51,-273.15
-13/12/2023 15:32:53,-273.15
-13/12/2023 15:32:55,-273.15
-13/12/2023 15:32:58,-273.15
-13/12/2023 15:33:00,-273.15
-13/12/2023 15:33:02,-273.15
-13/12/2023 15:33:04,-273.15
-13/12/2023 15:33:06,-273.15
-13/12/2023 15:33:08,-273.15
-13/12/2023 15:33:10,-273.15
-13/12/2023 15:33:12,-273.15
-13/12/2023 15:33:14,-273.15
-13/12/2023 15:33:16,-273.15
-13/12/2023 15:33:18,-273.15
-13/12/2023 15:33:20,-273.15
-13/12/2023 15:33:22,-273.15
-13/12/2023 15:33:24,-273.15
-13/12/2023 15:33:26,-273.15
-13/12/2023 15:33:28,-273.15
-13/12/2023 15:33:30,-273.15
-13/12/2023 15:33:32,-273.15
-13/12/2023 15:33:34,-273.15
-13/12/2023 15:33:36,-273.15
-13/12/2023 15:33:38,-273.15
-13/12/2023 15:33:40,-273.15
-13/12/2023 15:33:42,-273.15
-13/12/2023 15:33:44,-273.15
-13/12/2023 15:33:46,-273.15
-13/12/2023 15:33:48,-273.15
-13/12/2023 15:33:50,-273.15
-13/12/2023 15:33:52,-273.15
-13/12/2023 15:33:54,-273.15
-13/12/2023 15:33:56,-273.15
-13/12/2023 15:33:58,-273.15
-13/12/2023 15:34:00,-273.15
-13/12/2023 15:34:02,-273.15
-13/12/2023 15:34:04,-273.15
-13/12/2023 15:34:06,-273.15
-13/12/2023 15:34:08,-273.15
-13/12/2023 15:34:10,-273.15
-13/12/2023 15:34:12,-273.15
-13/12/2023 15:34:14,-273.15
-13/12/2023 15:34:16,-273.15
-13/12/2023 15:34:18,-273.15
-13/12/2023 15:34:20,-273.15
-13/12/2023 15:34:22,-273.15
-13/12/2023 15:34:24,-273.15
-13/12/2023 15:34:26,-273.15
-13/12/2023 15:34:28,-273.15
-13/12/2023 15:34:30,-273.15
-13/12/2023 15:34:32,-273.15
-13/12/2023 15:34:34,-273.15
-13/12/2023 15:34:36,-273.15
-13/12/2023 15:34:38,-273.15
-13/12/2023 15:34:40,-273.15
-13/12/2023 15:34:42,-273.15
-13/12/2023 15:34:44,-273.15
-13/12/2023 15:34:46,-273.15
-13/12/2023 15:34:48,-273.15
-13/12/2023 15:34:51,-273.15
-13/12/2023 15:34:53,-273.15
-13/12/2023 15:34:55,-273.15
-13/12/2023 15:34:57,-273.15
-13/12/2023 15:34:59,-273.15
-13/12/2023 15:35:01,-273.15
-13/12/2023 15:35:03,-273.15
-13/12/2023 15:35:05,-273.15
-13/12/2023 15:35:07,-273.15
-13/12/2023 15:35:09,-273.15
-13/12/2023 15:35:11,-273.15
-13/12/2023 15:35:13,-273.15
-13/12/2023 15:35:15,-273.15
-13/12/2023 15:35:17,-273.15
-13/12/2023 15:35:19,-273.15
-13/12/2023 15:35:21,-273.15
-13/12/2023 15:35:23,-273.15
-13/12/2023 15:35:25,-273.15
-13/12/2023 15:35:27,-273.15
-13/12/2023 15:35:29,-273.15
-13/12/2023 15:35:31,-273.15
-13/12/2023 15:35:33,-273.15
-13/12/2023 15:35:35,-273.15
-13/12/2023 15:35:37,-273.15
-13/12/2023 15:35:39,-273.15
-13/12/2023 15:35:41,-273.15
-13/12/2023 15:35:43,-273.15
-13/12/2023 15:35:45,-273.15
-13/12/2023 15:35:47,-273.15
-13/12/2023 15:35:49,-273.15
-13/12/2023 15:35:51,-273.15
-13/12/2023 15:35:53,-273.15
-13/12/2023 15:35:55,-273.15
-13/12/2023 15:35:57,-273.15
-13/12/2023 15:35:59,-273.15
-13/12/2023 15:36:01,-273.15
-13/12/2023 15:36:03,-273.15
-13/12/2023 15:36:05,-273.15
-13/12/2023 15:36:07,-273.15
-13/12/2023 15:36:09,-273.15
-13/12/2023 15:36:11,-273.15
-13/12/2023 15:36:13,-273.15
-13/12/2023 15:36:15,-273.15
-13/12/2023 15:36:17,-273.15
-13/12/2023 15:36:19,-273.15
-13/12/2023 15:36:21,-273.15
-13/12/2023 15:36:23,-273.15
-13/12/2023 15:36:25,-273.15
-13/12/2023 15:36:27,-273.15
-13/12/2023 15:36:29,-273.15
-13/12/2023 15:36:31,-273.15
-13/12/2023 15:36:33,-273.15
-13/12/2023 15:36:35,-273.15
-13/12/2023 15:36:37,-273.15
-13/12/2023 15:36:40,-273.15
-13/12/2023 15:36:42,-273.15
-13/12/2023 15:36:44,-273.15
-13/12/2023 15:36:46,-273.15
-13/12/2023 15:36:48,-273.15
-13/12/2023 15:36:50,-273.15
-13/12/2023 15:36:52,-273.15
-13/12/2023 15:36:54,-273.15
-13/12/2023 15:36:56,-273.15
-13/12/2023 15:36:58,-273.15
-13/12/2023 15:37:00,-273.15
-13/12/2023 15:37:02,-273.15
-13/12/2023 15:37:04,-273.15
-13/12/2023 15:37:06,-273.15
-13/12/2023 15:37:08,-273.15
-13/12/2023 15:37:10,-273.15
-13/12/2023 15:37:12,-273.15
-13/12/2023 15:37:14,-273.15
-13/12/2023 15:37:16,-273.15
-13/12/2023 15:37:18,-273.15
-13/12/2023 15:37:20,-273.15
-13/12/2023 15:37:22,-273.15
-13/12/2023 15:37:24,-273.15
-13/12/2023 15:37:26,-273.15
-13/12/2023 15:37:28,-273.15
-13/12/2023 15:37:30,-273.15
-13/12/2023 15:37:32,-273.15
-13/12/2023 15:37:34,-273.15
-13/12/2023 15:37:36,-273.15
-13/12/2023 15:37:38,-273.15
-13/12/2023 15:37:40,-273.15
-13/12/2023 15:37:42,-273.15
-13/12/2023 15:37:44,-273.15
-13/12/2023 15:37:46,-273.15
-13/12/2023 15:37:48,-273.15
-13/12/2023 15:37:50,-273.15
-13/12/2023 15:37:52,-273.15
-13/12/2023 15:37:54,-273.15
-13/12/2023 15:37:56,-273.15
-13/12/2023 15:37:58,-273.15
-13/12/2023 15:38:00,-273.15
-13/12/2023 15:38:02,-273.15
-13/12/2023 15:38:04,-273.15
-13/12/2023 15:38:06,-273.15
-13/12/2023 15:38:08,-273.15
-13/12/2023 15:38:10,-273.15
-13/12/2023 15:38:12,-273.15
-13/12/2023 15:38:14,-273.15
-13/12/2023 15:38:16,-273.15
-13/12/2023 15:38:18,-273.15
-13/12/2023 15:38:20,-273.15
-13/12/2023 15:38:22,-273.15
-13/12/2023 15:38:24,-273.15
-13/12/2023 15:38:26,-273.15
-13/12/2023 15:38:28,-273.15
-13/12/2023 15:38:31,-273.15
-13/12/2023 15:38:33,-273.15
-13/12/2023 15:38:35,-273.15
-13/12/2023 15:38:37,-273.15
-13/12/2023 15:38:39,-273.15
-13/12/2023 15:38:41,-273.15
-13/12/2023 15:38:43,-273.15
-13/12/2023 15:38:45,-273.15
-13/12/2023 15:38:47,-273.15
-13/12/2023 15:38:49,-273.15
-13/12/2023 15:38:51,-273.15
-13/12/2023 15:38:53,-273.15
-13/12/2023 15:38:55,-273.15
-13/12/2023 15:38:57,-273.15
-13/12/2023 15:38:59,-273.15
-13/12/2023 15:39:01,-273.15
-13/12/2023 15:39:03,-273.15
-13/12/2023 15:39:05,-273.15
-13/12/2023 15:39:07,-273.15
-13/12/2023 15:39:09,-273.15
-13/12/2023 15:39:11,-273.15
-13/12/2023 15:39:13,-273.15
-13/12/2023 15:39:15,-273.15
-13/12/2023 15:39:17,-273.15
-13/12/2023 15:39:19,-273.15
-13/12/2023 15:39:21,-273.15
-13/12/2023 15:39:23,-273.15
-13/12/2023 15:39:25,-273.15
-13/12/2023 15:39:27,-273.15
-13/12/2023 15:39:29,-273.15
-13/12/2023 15:39:31,-273.15
-13/12/2023 15:39:33,-273.15
-13/12/2023 15:39:35,-273.15
-13/12/2023 15:39:37,-273.15
-13/12/2023 15:39:39,-273.15
-13/12/2023 15:39:41,-273.15
-13/12/2023 15:39:43,-273.15
-13/12/2023 15:39:45,-273.15
-13/12/2023 15:39:47,-273.15
-13/12/2023 15:39:49,-273.15
-13/12/2023 15:39:51,-273.15
-13/12/2023 15:39:53,-273.15
-13/12/2023 15:39:55,-273.15
-13/12/2023 15:39:57,-273.15
-13/12/2023 15:39:59,-273.15
-13/12/2023 15:40:01,-273.15
-13/12/2023 15:40:03,-273.15
-13/12/2023 15:40:05,-273.15
-13/12/2023 15:40:07,-273.15
-13/12/2023 15:40:09,-273.15
-13/12/2023 15:40:11,-273.15
-13/12/2023 15:40:13,-273.15
-13/12/2023 15:40:15,-273.15
-13/12/2023 15:40:17,-273.15
-13/12/2023 15:40:19,-273.15
-13/12/2023 15:40:22,-273.15
-13/12/2023 15:40:24,-273.15
-13/12/2023 15:40:26,-273.15
-13/12/2023 15:40:28,-273.15
-13/12/2023 15:40:30,-273.15
-13/12/2023 15:40:32,-273.15
-13/12/2023 15:40:34,-273.15
-13/12/2023 15:40:36,-273.15
-13/12/2023 15:40:38,-273.15
-13/12/2023 15:40:40,-273.15
-13/12/2023 15:40:42,-273.15
-13/12/2023 15:40:44,-273.15
-13/12/2023 15:40:46,-273.15
-13/12/2023 15:40:48,-273.15
-13/12/2023 15:40:50,-273.15
-13/12/2023 15:40:52,-273.15
-13/12/2023 15:40:54,-273.15
-13/12/2023 15:40:56,-273.15
-13/12/2023 15:40:58,-273.15
-13/12/2023 15:41:00,-273.15
-13/12/2023 15:41:02,-273.15
-13/12/2023 15:41:04,-273.15
-13/12/2023 15:41:06,-273.15
-13/12/2023 15:41:08,-273.15
-13/12/2023 15:41:10,-273.15
-13/12/2023 15:41:12,-273.15
-13/12/2023 15:41:14,-273.15
-13/12/2023 15:41:16,-273.15
-13/12/2023 15:41:18,-273.15
-13/12/2023 15:41:20,-273.15
-13/12/2023 15:41:22,-273.15
-13/12/2023 15:41:24,-273.15
-13/12/2023 15:41:26,-273.15
-13/12/2023 15:41:28,-273.15
-13/12/2023 15:41:30,-273.15
-13/12/2023 15:41:32,-273.15
-13/12/2023 15:41:34,-273.15
-13/12/2023 15:41:36,-273.15
-13/12/2023 15:41:38,-273.15
-13/12/2023 15:41:40,-273.15
-13/12/2023 15:41:42,-273.15
-13/12/2023 15:41:44,-273.15
-13/12/2023 15:41:46,-273.15
-13/12/2023 15:41:48,-273.15
-13/12/2023 15:41:50,-273.15
-13/12/2023 15:41:52,-273.15
-13/12/2023 15:41:54,-273.15
-13/12/2023 15:41:56,-273.15
-13/12/2023 15:41:58,-273.15
-13/12/2023 15:42:00,-273.15
-13/12/2023 15:42:02,-273.15
-13/12/2023 15:42:04,-273.15
-13/12/2023 15:42:06,-273.15
-13/12/2023 15:42:09,-273.15
-13/12/2023 15:42:11,-273.15
-13/12/2023 15:42:13,-273.15
-13/12/2023 15:42:15,-273.15
-13/12/2023 15:42:17,-273.15
-13/12/2023 15:42:19,-273.15
-13/12/2023 15:42:21,-273.15
-13/12/2023 15:42:23,-273.15
-13/12/2023 15:42:25,-273.15
-13/12/2023 15:42:27,-273.15
-13/12/2023 15:42:29,-273.15
-13/12/2023 15:42:31,-273.15
-13/12/2023 15:42:33,-273.15
-13/12/2023 15:42:35,-273.15
-13/12/2023 15:42:37,-273.15
-13/12/2023 15:42:39,-273.15
-13/12/2023 15:42:41,-273.15
-13/12/2023 15:42:43,-273.15
-13/12/2023 15:42:45,-273.15
-13/12/2023 15:42:47,-273.15
-13/12/2023 15:42:49,-273.15
-13/12/2023 15:42:51,-273.15
-13/12/2023 15:42:53,-273.15
-13/12/2023 15:42:55,-273.15
-13/12/2023 15:42:57,-273.15
-13/12/2023 15:42:59,-273.15
-13/12/2023 15:43:01,-273.15
-13/12/2023 15:43:03,-273.15
-13/12/2023 15:43:05,-273.15
-13/12/2023 15:43:07,-273.15
-13/12/2023 15:43:09,-273.15
-13/12/2023 15:43:11,-273.15
-13/12/2023 15:43:13,-273.15
-13/12/2023 15:43:15,-273.15
-13/12/2023 15:43:17,-273.15
-13/12/2023 15:43:19,-273.15
-13/12/2023 15:43:21,-273.15
-13/12/2023 15:43:23,-273.15
-13/12/2023 15:43:25,-273.15
-13/12/2023 15:43:27,-273.15
-13/12/2023 15:43:29,-273.15
-13/12/2023 15:43:31,-273.15
-13/12/2023 15:43:33,-273.15
-13/12/2023 15:43:35,-273.15
-13/12/2023 15:43:37,-273.15
-13/12/2023 15:43:39,-273.15
-13/12/2023 15:43:41,-273.15
-13/12/2023 15:43:43,-273.15
-13/12/2023 15:43:45,-273.15
-13/12/2023 15:43:47,-273.15
-13/12/2023 15:43:49,-273.15
-13/12/2023 15:43:51,-273.15
-13/12/2023 15:43:53,-273.15
-13/12/2023 15:43:55,-273.15
-13/12/2023 15:43:57,-273.15
-13/12/2023 15:43:59,-273.15
-13/12/2023 15:44:01,-273.15
-13/12/2023 15:44:04,-273.15
-13/12/2023 15:44:06,-273.15
-13/12/2023 15:44:08,-273.15
-13/12/2023 15:44:10,-273.15
-13/12/2023 15:44:12,-273.15
-13/12/2023 15:44:14,-273.15
-13/12/2023 15:44:16,-273.15
-13/12/2023 15:44:18,-273.15
-13/12/2023 15:44:20,-273.15
-13/12/2023 15:44:22,-273.15
-13/12/2023 15:44:24,-273.15
-13/12/2023 15:44:26,-273.15
-13/12/2023 15:44:28,-273.15
-13/12/2023 15:44:30,-273.15
-13/12/2023 15:44:32,-273.15
-13/12/2023 15:44:34,-273.15
-13/12/2023 15:44:36,-273.15
-13/12/2023 15:44:38,-273.15
-13/12/2023 15:44:40,-273.15
-13/12/2023 15:44:42,-273.15
-13/12/2023 15:44:44,-273.15
-13/12/2023 15:44:46,-273.15
-13/12/2023 15:44:48,-273.15
-13/12/2023 15:44:50,-273.15
-13/12/2023 15:44:52,-273.15
-13/12/2023 15:44:54,-273.15
-13/12/2023 15:44:56,-273.15
-13/12/2023 15:44:58,-273.15
-13/12/2023 15:45:00,-273.15
-13/12/2023 15:45:02,-273.15
-13/12/2023 15:45:04,-273.15
-13/12/2023 15:45:06,-273.15
-13/12/2023 15:45:08,-273.15
-13/12/2023 15:45:10,-273.15
-13/12/2023 15:45:12,-273.15
-13/12/2023 15:45:14,-273.15
-13/12/2023 15:45:16,-273.15
-13/12/2023 15:45:18,-273.15
-13/12/2023 15:45:20,-273.15
-13/12/2023 15:45:22,-273.15
-13/12/2023 15:45:24,-273.15
-13/12/2023 15:45:26,-273.15
-13/12/2023 15:45:28,-273.15
-13/12/2023 15:45:30,-273.15
-13/12/2023 15:45:32,-273.15
-13/12/2023 15:45:34,-273.15
-13/12/2023 15:45:36,-273.15
-13/12/2023 15:45:38,-273.15
-13/12/2023 15:45:40,-273.15
-13/12/2023 15:45:42,-273.15
-13/12/2023 15:45:44,-273.15
-13/12/2023 15:45:46,-273.15
-13/12/2023 15:45:48,-273.15
-13/12/2023 15:45:50,-273.15
-13/12/2023 15:45:52,-273.15
-13/12/2023 15:45:55,-273.15
-13/12/2023 15:45:57,-273.15
-13/12/2023 15:45:59,-273.15
-13/12/2023 15:46:01,-273.15
-13/12/2023 15:46:03,-273.15
-13/12/2023 15:46:05,-273.15
-13/12/2023 15:46:07,-273.15
-13/12/2023 15:46:09,-273.15
-13/12/2023 15:46:11,-273.15
-13/12/2023 15:46:13,-273.15
-13/12/2023 15:46:15,-273.15
-13/12/2023 15:46:17,-273.15
-13/12/2023 15:46:19,-273.15
-13/12/2023 15:46:21,-273.15
-13/12/2023 15:46:23,-273.15
-13/12/2023 15:46:25,-273.15
-13/12/2023 15:46:27,-273.15
-13/12/2023 15:46:29,-273.15
-13/12/2023 15:46:31,-273.15
-13/12/2023 15:46:33,-273.15
-13/12/2023 15:46:35,-273.15
-13/12/2023 15:46:37,-273.15
-13/12/2023 15:46:39,-273.15
-13/12/2023 15:46:41,-273.15
-13/12/2023 15:46:43,-273.15
-13/12/2023 15:46:45,-273.15
-13/12/2023 15:46:47,-273.15
-13/12/2023 15:46:49,-273.15
-13/12/2023 15:46:51,-273.15
-13/12/2023 15:46:53,-273.15
-13/12/2023 15:46:55,-273.15
-13/12/2023 15:46:57,-273.15
-13/12/2023 15:46:59,-273.15
-13/12/2023 15:47:01,-273.15
-13/12/2023 15:47:03,-273.15
-13/12/2023 15:47:05,-273.15
-13/12/2023 15:47:07,-273.15
-13/12/2023 15:47:09,-273.15
-13/12/2023 15:47:11,-273.15
-13/12/2023 15:47:13,-273.15
-13/12/2023 15:47:15,-273.15
-13/12/2023 15:47:17,-273.15
-13/12/2023 15:47:19,-273.15
-13/12/2023 15:47:21,-273.15
-13/12/2023 15:47:23,-273.15
-13/12/2023 15:47:25,-273.15
-13/12/2023 15:47:27,-273.15
-13/12/2023 15:47:29,-273.15
-13/12/2023 15:47:31,-273.15
-13/12/2023 15:47:33,-273.15
-13/12/2023 15:47:35,-273.15
-13/12/2023 15:47:37,-273.15
-13/12/2023 15:47:39,-273.15
-13/12/2023 15:47:41,-273.15
-13/12/2023 15:47:43,-273.15
-13/12/2023 15:47:45,-273.15
-13/12/2023 15:47:47,-273.15
-13/12/2023 15:47:49,-273.15
-13/12/2023 15:47:51,-273.15
-13/12/2023 15:47:54,-273.15
-13/12/2023 15:47:56,-273.15
-13/12/2023 15:47:58,-273.15
-13/12/2023 15:48:00,-273.15
-13/12/2023 15:48:02,-273.15
-13/12/2023 15:48:04,-273.15
-13/12/2023 15:48:06,-273.15
-13/12/2023 15:48:08,-273.15
-13/12/2023 15:48:10,-273.15
-13/12/2023 15:48:12,-273.15
-13/12/2023 15:48:14,-273.15
-13/12/2023 15:48:16,-273.15
-13/12/2023 15:48:18,-273.15
-13/12/2023 15:48:20,-273.15
-13/12/2023 15:48:22,-273.15
-13/12/2023 15:48:24,-273.15
-13/12/2023 15:48:26,-273.15
-13/12/2023 15:48:28,-273.15
-13/12/2023 15:48:30,-273.15
-13/12/2023 15:48:32,-273.15
-13/12/2023 15:48:34,-273.15
-13/12/2023 15:48:36,-273.15
-13/12/2023 15:48:38,-273.15
-13/12/2023 15:48:40,-273.15
-13/12/2023 15:48:42,-273.15
-13/12/2023 15:48:44,-273.15
-13/12/2023 15:48:47,-273.15
-13/12/2023 15:48:49,-273.15
-13/12/2023 15:48:51,-273.15
-13/12/2023 15:48:53,-273.15
-13/12/2023 15:48:55,-273.15
-13/12/2023 15:48:57,-273.15
-13/12/2023 15:48:59,-273.15
-13/12/2023 15:49:01,-273.15
-13/12/2023 15:49:03,-273.15
-13/12/2023 15:49:05,-273.15
-13/12/2023 15:49:07,-273.15
-13/12/2023 15:49:09,-273.15
-13/12/2023 15:49:11,-273.15
-13/12/2023 15:49:13,-273.15
-13/12/2023 15:49:15,-273.15
-13/12/2023 15:49:17,-273.15
-13/12/2023 15:49:19,-273.15
-13/12/2023 15:49:21,-273.15
-13/12/2023 15:49:23,-273.15
-13/12/2023 15:49:25,-273.15
-13/12/2023 15:49:27,-273.15
-13/12/2023 15:49:29,-273.15
-13/12/2023 15:49:31,-273.15
-13/12/2023 15:49:33,-273.15
-13/12/2023 15:49:35,-273.15
-13/12/2023 15:49:37,-273.15
-13/12/2023 15:49:39,-273.15
-13/12/2023 15:49:41,-273.15
-13/12/2023 15:49:43,-273.15
-13/12/2023 15:49:45,-273.15
-13/12/2023 15:49:47,-273.15
-13/12/2023 15:49:49,-273.15
-13/12/2023 15:49:51,-273.15
-13/12/2023 15:49:53,-273.15
-13/12/2023 15:49:55,-273.15
-13/12/2023 15:49:57,-273.15
-13/12/2023 15:49:59,-273.15
-13/12/2023 15:50:01,-273.15
-13/12/2023 15:50:03,-273.15
-13/12/2023 15:50:05,-273.15
-13/12/2023 15:50:07,-273.15
-13/12/2023 15:50:09,-273.15
-13/12/2023 15:50:11,-273.15
-13/12/2023 15:50:13,-273.15
-13/12/2023 15:50:15,-273.15
-13/12/2023 15:50:17,-273.15
-13/12/2023 15:50:19,-273.15
-13/12/2023 15:50:21,-273.15
-13/12/2023 15:50:23,-273.15
-13/12/2023 15:50:25,-273.15
-13/12/2023 15:50:27,-273.15
-13/12/2023 15:50:29,-273.15
-13/12/2023 15:50:31,-273.15
-13/12/2023 15:50:33,-273.15
-13/12/2023 15:50:35,-273.15
-13/12/2023 15:50:37,-273.15
-13/12/2023 15:50:39,-273.15
-13/12/2023 15:50:41,-273.15
-13/12/2023 15:50:43,-273.15
-13/12/2023 15:50:45,-273.15
-13/12/2023 15:50:47,-273.15
-13/12/2023 15:50:50,-273.15
-13/12/2023 15:50:52,-273.15
-13/12/2023 15:50:54,-273.15
-13/12/2023 15:50:56,-273.15
-13/12/2023 15:50:58,-273.15
-13/12/2023 15:51:00,-273.15
-13/12/2023 15:51:02,-273.15
-13/12/2023 15:51:04,-273.15
-13/12/2023 15:51:06,-273.15
-13/12/2023 15:51:08,-273.15
-13/12/2023 15:51:10,-273.15
-13/12/2023 15:51:12,-273.15
-13/12/2023 15:51:14,-273.15
-13/12/2023 15:51:16,-273.15
-13/12/2023 15:51:18,-273.15
-13/12/2023 15:51:20,-273.15
-13/12/2023 15:51:22,-273.15
-13/12/2023 15:51:24,-273.15
-13/12/2023 15:51:26,-273.15
-13/12/2023 15:51:28,-273.15
-13/12/2023 15:51:30,-273.15
-13/12/2023 15:51:32,-273.15
-13/12/2023 15:51:34,-273.15
-13/12/2023 15:51:36,-273.15
-13/12/2023 15:51:38,-273.15
-13/12/2023 15:51:40,-273.15
-13/12/2023 15:51:42,-273.15
-13/12/2023 15:51:44,-273.15
-13/12/2023 15:51:46,-273.15
-13/12/2023 15:51:48,-273.15
-13/12/2023 15:51:50,-273.15
-13/12/2023 15:51:52,-273.15
-13/12/2023 15:51:54,-273.15
-13/12/2023 15:51:56,-273.15
-13/12/2023 15:51:58,-273.15
-13/12/2023 15:52:00,-273.15
-13/12/2023 15:52:02,-273.15
-13/12/2023 15:52:04,-273.15
-13/12/2023 15:52:06,-273.15
-13/12/2023 15:52:08,-273.15
-13/12/2023 15:52:10,-273.15
-13/12/2023 15:52:12,-273.15
-13/12/2023 15:52:14,-273.15
-13/12/2023 15:52:16,-273.15
-13/12/2023 15:52:18,-273.15
-13/12/2023 15:52:20,-273.15
-13/12/2023 15:52:22,-273.15
-13/12/2023 15:52:24,-273.15
-13/12/2023 15:52:26,-273.15
-13/12/2023 15:52:28,-273.15
-13/12/2023 15:52:30,-273.15
-13/12/2023 15:52:32,-273.15
-13/12/2023 15:52:34,-273.15
-13/12/2023 15:52:36,-273.15
-13/12/2023 15:52:38,-273.15
-13/12/2023 15:52:40,-273.15
-13/12/2023 15:52:42,-273.15
-13/12/2023 15:52:44,-273.15
-13/12/2023 15:52:47,-273.15
-13/12/2023 15:52:49,-273.15
-13/12/2023 15:52:51,-273.15
-13/12/2023 15:52:53,-273.15
-13/12/2023 15:52:55,-273.15
-13/12/2023 15:52:57,-273.15
-13/12/2023 15:52:59,-273.15
-13/12/2023 15:53:01,-273.15
-13/12/2023 15:53:03,-273.15
-13/12/2023 15:53:05,-273.15
-13/12/2023 15:53:07,-273.15
-13/12/2023 15:53:09,-273.15
-13/12/2023 15:53:11,-273.15
-13/12/2023 15:53:13,-273.15
-13/12/2023 15:53:15,-273.15
-13/12/2023 15:53:17,-273.15
-13/12/2023 15:53:19,-273.15
-13/12/2023 15:53:21,-273.15
-13/12/2023 15:53:23,-273.15
-13/12/2023 15:53:25,-273.15
-13/12/2023 15:53:27,-273.15
-13/12/2023 15:53:29,-273.15
-13/12/2023 15:53:31,-273.15
-13/12/2023 15:53:33,-273.15
-13/12/2023 15:53:35,-273.15
-13/12/2023 15:53:37,-273.15
-13/12/2023 15:53:39,-273.15
-13/12/2023 15:53:41,-273.15
-13/12/2023 15:53:43,-273.15
-13/12/2023 15:53:45,-273.15
-13/12/2023 15:53:47,-273.15
-13/12/2023 15:53:49,-273.15
-13/12/2023 15:53:51,-273.15
-13/12/2023 15:53:53,-273.15
-13/12/2023 15:53:55,-273.15
-13/12/2023 15:53:57,-273.15
-13/12/2023 15:53:59,-273.15
-13/12/2023 15:54:01,-273.15
-13/12/2023 15:54:03,-273.15
-13/12/2023 15:54:05,-273.15
-13/12/2023 15:54:07,-273.15
-13/12/2023 15:54:09,-273.15
-13/12/2023 15:54:11,-273.15
-13/12/2023 15:54:13,-273.15
-13/12/2023 15:54:15,-273.15
-13/12/2023 15:54:17,-273.15
-13/12/2023 15:54:19,-273.15
-13/12/2023 15:54:21,-273.15
-13/12/2023 15:54:23,-273.15
-13/12/2023 15:54:25,-273.15
-13/12/2023 15:54:27,-273.15
-13/12/2023 15:54:29,-273.15
-13/12/2023 15:54:31,-273.15
-13/12/2023 15:54:33,-273.15
-13/12/2023 15:54:35,-273.15
-13/12/2023 15:54:37,-273.15
-13/12/2023 15:54:39,-273.15
-13/12/2023 15:54:41,-273.15
-13/12/2023 15:54:43,-273.15
-13/12/2023 15:54:45,-273.15
-13/12/2023 15:54:48,-273.15
-13/12/2023 15:54:50,-273.15
-13/12/2023 15:54:52,-273.15
-13/12/2023 15:54:54,-273.15
-13/12/2023 15:54:56,-273.15
-13/12/2023 15:54:58,-273.15
-13/12/2023 15:55:00,-273.15
-13/12/2023 15:55:02,-273.15
-13/12/2023 15:55:04,-273.15
-13/12/2023 15:55:06,-273.15
-13/12/2023 15:55:08,-273.15
-13/12/2023 15:55:10,-273.15
-13/12/2023 15:55:12,-273.15
-13/12/2023 15:55:14,-273.15
-13/12/2023 15:55:16,-273.15
-13/12/2023 15:55:18,-273.15
-13/12/2023 15:55:20,-273.15
-13/12/2023 15:55:22,-273.15
-13/12/2023 15:55:24,-273.15
-13/12/2023 15:55:26,-273.15
-13/12/2023 15:55:28,-273.15
-13/12/2023 15:55:30,-273.15
-13/12/2023 15:55:32,-273.15
-13/12/2023 15:55:34,-273.15
-13/12/2023 15:55:36,-273.15
-13/12/2023 15:55:38,-273.15
-13/12/2023 15:55:40,-273.15
-13/12/2023 15:55:42,-273.15
-13/12/2023 15:55:44,-273.15
-13/12/2023 15:55:47,-273.15
-13/12/2023 15:55:49,-273.15
-13/12/2023 15:55:51,-273.15
-13/12/2023 15:55:53,-273.15
-13/12/2023 15:55:55,-273.15
-13/12/2023 15:55:57,-273.15
-13/12/2023 15:55:59,-273.15
-13/12/2023 15:56:01,-273.15
-13/12/2023 15:56:03,-273.15
-13/12/2023 15:56:05,-273.15
-13/12/2023 15:56:07,-273.15
-13/12/2023 15:56:09,-273.15
-13/12/2023 15:56:11,-273.15
-13/12/2023 15:56:13,-273.15
-13/12/2023 15:56:15,-273.15
-13/12/2023 15:56:17,-273.15
-13/12/2023 15:56:19,-273.15
-13/12/2023 15:56:21,-273.15
-13/12/2023 15:56:23,-273.15
-13/12/2023 15:56:25,-273.15
-13/12/2023 15:56:27,-273.15
-13/12/2023 15:56:29,-273.15
-13/12/2023 15:56:31,-273.15
-13/12/2023 15:56:33,-273.15
-13/12/2023 15:56:35,-273.15
-13/12/2023 15:56:37,-273.15
-13/12/2023 15:56:39,-273.15
-13/12/2023 15:56:41,-273.15
-13/12/2023 15:56:43,-273.15
-13/12/2023 15:56:45,-273.15
-13/12/2023 15:56:47,-273.15
-13/12/2023 15:56:50,-273.15
-13/12/2023 15:56:52,-273.15
-13/12/2023 15:56:54,-273.15
-13/12/2023 15:56:56,-273.15
-13/12/2023 15:56:58,-273.15
-13/12/2023 15:57:00,-273.15
-13/12/2023 15:57:02,-273.15
-13/12/2023 15:57:04,-273.15
-13/12/2023 15:57:06,-273.15
-13/12/2023 15:57:08,-273.15
-13/12/2023 15:57:10,-273.15
-13/12/2023 15:57:12,-273.15
-13/12/2023 15:57:14,-273.15
-13/12/2023 15:57:16,-273.15
-13/12/2023 15:57:18,-273.15
-13/12/2023 15:57:20,-273.15
-13/12/2023 15:57:22,-273.15
-13/12/2023 15:57:24,-273.15
-13/12/2023 15:57:26,-273.15
-13/12/2023 15:57:28,-273.15
-13/12/2023 15:57:30,-273.15
-13/12/2023 15:57:32,-273.15
-13/12/2023 15:57:34,-273.15
-13/12/2023 15:57:36,-273.15
-13/12/2023 15:57:38,-273.15
-13/12/2023 15:57:40,-273.15
-13/12/2023 15:57:42,-273.15
-13/12/2023 15:57:44,-273.15
-13/12/2023 15:57:46,-273.15
-13/12/2023 15:57:48,-273.15
-13/12/2023 15:57:50,-273.15
-13/12/2023 15:57:53,-273.15
-13/12/2023 15:57:55,-273.15
-13/12/2023 15:57:57,-273.15
-13/12/2023 15:57:59,-273.15
-13/12/2023 15:58:01,-273.15
-13/12/2023 15:58:03,-273.15
-13/12/2023 15:58:05,-273.15
-13/12/2023 15:58:07,-273.15
-13/12/2023 15:58:09,-273.15
-13/12/2023 15:58:11,-273.15
-13/12/2023 15:58:13,-273.15
-13/12/2023 15:58:15,-273.15
-13/12/2023 15:58:17,-273.15
-13/12/2023 15:58:19,-273.15
-13/12/2023 15:58:21,-273.15
-13/12/2023 15:58:23,-273.15
-13/12/2023 15:58:25,-273.15
-13/12/2023 15:58:27,-273.15
-13/12/2023 15:58:29,-273.15
-13/12/2023 15:58:31,-273.15
-13/12/2023 15:58:33,-273.15
-13/12/2023 15:58:35,-273.15
-13/12/2023 15:58:37,-273.15
-13/12/2023 15:58:39,-273.15
-13/12/2023 15:58:41,-273.15
-13/12/2023 15:58:43,-273.15
-13/12/2023 15:58:45,-273.15
-13/12/2023 15:58:47,-273.15
-13/12/2023 15:58:49,-273.15
-13/12/2023 15:58:51,-273.15
-13/12/2023 15:58:53,-273.15
-13/12/2023 15:58:55,-273.15
-13/12/2023 15:58:57,-273.15
-13/12/2023 15:58:59,-273.15
-13/12/2023 15:59:01,-273.15
-13/12/2023 15:59:03,-273.15
-13/12/2023 15:59:05,-273.15
-13/12/2023 15:59:07,-273.15
-13/12/2023 15:59:09,-273.15
-13/12/2023 15:59:12,-273.15
-13/12/2023 15:59:14,-273.15
-13/12/2023 15:59:16,-273.15
-13/12/2023 15:59:18,-273.15
-13/12/2023 15:59:20,-273.15
-13/12/2023 15:59:22,-273.15
-13/12/2023 15:59:24,-273.15
-13/12/2023 15:59:26,-273.15
-13/12/2023 15:59:28,-273.15
-13/12/2023 15:59:30,-273.15
-13/12/2023 15:59:32,-273.15
-13/12/2023 15:59:34,-273.15
-13/12/2023 15:59:36,-273.15
-13/12/2023 15:59:38,-273.15
-13/12/2023 15:59:40,-273.15
-13/12/2023 15:59:42,-273.15
-13/12/2023 15:59:44,-273.15
-13/12/2023 15:59:46,-273.15
-13/12/2023 15:59:48,-273.15
-13/12/2023 15:59:50,-273.15
-13/12/2023 15:59:52,-273.15
-13/12/2023 15:59:54,-273.15
-13/12/2023 15:59:56,-273.15
-13/12/2023 15:59:58,-273.15
-13/12/2023 16:00:00,-273.15
-13/12/2023 16:00:02,-273.15
-13/12/2023 16:00:04,-273.15
-13/12/2023 16:00:06,-273.15
-13/12/2023 16:00:08,-273.15
-13/12/2023 16:00:10,-273.15
-13/12/2023 16:00:12,-273.15
-13/12/2023 16:00:14,-273.15
-13/12/2023 16:00:16,-273.15
-13/12/2023 16:00:18,-273.15
-13/12/2023 16:00:20,-273.15
-13/12/2023 16:00:23,-273.15
-13/12/2023 16:00:25,-273.15
-13/12/2023 16:00:27,-273.15
-13/12/2023 16:00:29,-273.15
-13/12/2023 16:00:31,-273.15
-13/12/2023 16:00:33,-273.15
-13/12/2023 16:00:35,-273.15
-13/12/2023 16:00:37,-273.15
-13/12/2023 16:00:39,-273.15
-13/12/2023 16:00:41,-273.15
-13/12/2023 16:00:43,-273.15
-13/12/2023 16:00:45,-273.15
-13/12/2023 16:00:47,-273.15
-13/12/2023 16:00:49,-273.15
-13/12/2023 16:00:51,-273.15
-13/12/2023 16:00:53,-273.15
-13/12/2023 16:00:55,-273.15
-13/12/2023 16:00:57,-273.15
-13/12/2023 16:00:59,-273.15
-13/12/2023 16:01:01,-273.15
-13/12/2023 16:01:03,-273.15
-13/12/2023 16:01:05,-273.15
-13/12/2023 16:01:07,-273.15
-13/12/2023 16:01:09,-273.15
-13/12/2023 16:01:11,-273.15
-13/12/2023 16:01:13,-273.15
-13/12/2023 16:01:15,-273.15
-13/12/2023 16:01:17,-273.15
-13/12/2023 16:01:19,-273.15
-13/12/2023 16:01:21,-273.15
-13/12/2023 16:01:23,-273.15
-13/12/2023 16:01:25,-273.15
-13/12/2023 16:01:27,-273.15
-13/12/2023 16:01:29,-273.15
-13/12/2023 16:01:31,-273.15
-13/12/2023 16:01:33,-273.15
-13/12/2023 16:01:36,-273.15
-13/12/2023 16:01:38,-273.15
-13/12/2023 16:01:40,-273.15
-13/12/2023 16:01:42,-273.15
-13/12/2023 16:01:44,-273.15
-13/12/2023 16:01:46,-273.15
-13/12/2023 16:01:48,-273.15
-13/12/2023 16:01:50,-273.15
-13/12/2023 16:01:52,-273.15
-13/12/2023 16:01:54,-273.15
-13/12/2023 16:01:56,-273.15
-13/12/2023 16:01:58,-273.15
-13/12/2023 16:02:00,-273.15
-13/12/2023 16:02:02,-273.15
-13/12/2023 16:02:04,-273.15
-13/12/2023 16:02:06,-273.15
-13/12/2023 16:02:08,-273.15
-13/12/2023 16:02:10,-273.15
-13/12/2023 16:02:12,-273.15
-13/12/2023 16:02:14,-273.15
-13/12/2023 16:02:16,-273.15
-13/12/2023 16:02:18,-273.15
-13/12/2023 16:02:20,-273.15
-13/12/2023 16:02:22,-273.15
-13/12/2023 16:02:24,-273.15
-13/12/2023 16:02:26,-273.15
-13/12/2023 16:02:28,-273.15
-13/12/2023 16:02:30,-273.15
-13/12/2023 16:02:32,-273.15
-13/12/2023 16:02:34,-273.15
-13/12/2023 16:02:37,-273.15
-13/12/2023 16:02:39,-273.15
-13/12/2023 16:02:41,-273.15
-13/12/2023 16:02:43,-273.15
-13/12/2023 16:02:45,-273.15
-13/12/2023 16:02:47,-273.15
-13/12/2023 16:02:49,-273.15
-13/12/2023 16:02:51,-273.15
-13/12/2023 16:07:51,-273.15
-13/12/2023 16:07:53,-273.15
-13/12/2023 16:07:55,-273.15
-13/12/2023 16:07:57,-273.15
-13/12/2023 16:07:59,-273.15
-13/12/2023 16:08:01,-273.15
-13/12/2023 16:08:03,-273.15
-13/12/2023 16:08:05,-273.15
-13/12/2023 16:08:07,-273.15
-13/12/2023 16:08:09,-273.15
-13/12/2023 16:08:11,-273.15
-13/12/2023 16:08:13,-273.15
-13/12/2023 16:08:15,-273.15
-13/12/2023 16:08:17,-273.15
-13/12/2023 16:08:19,-273.15
-13/12/2023 16:08:21,-273.15
-13/12/2023 16:08:23,-273.15
-13/12/2023 16:08:25,-273.15
-13/12/2023 16:08:27,-273.15
-13/12/2023 16:08:29,-273.15
-13/12/2023 16:08:31,-273.15
-13/12/2023 16:08:33,-273.15
-13/12/2023 16:08:35,-273.15
-13/12/2023 16:23:37,-273.15
-13/12/2023 16:23:39,-273.15
-13/12/2023 16:23:41,-273.15
-13/12/2023 16:23:43,-273.15
-13/12/2023 16:23:45,-273.15
-13/12/2023 16:23:47,-273.15
-13/12/2023 16:23:49,-273.15
-13/12/2023 16:23:51,-273.15
-13/12/2023 16:23:53,-273.15
-13/12/2023 16:23:55,-273.15
-13/12/2023 16:23:57,-273.15
-13/12/2023 16:23:59,-273.15
-13/12/2023 16:24:01,-273.15
-13/12/2023 16:24:03,-273.15
-13/12/2023 16:24:05,-273.15
-13/12/2023 16:24:07,-273.15
-13/12/2023 16:24:09,-273.15
-13/12/2023 16:24:11,-273.15
-13/12/2023 16:24:13,-273.15
-13/12/2023 16:24:15,-273.15
-13/12/2023 16:24:17,-273.15
-13/12/2023 16:24:19,-273.15
-13/12/2023 16:24:21,-273.15
-13/12/2023 16:24:23,-273.15
-13/12/2023 16:24:26,-273.15
-13/12/2023 16:24:28,-273.15
-13/12/2023 16:24:30,-273.15
-13/12/2023 16:24:32,-273.15
-13/12/2023 16:24:34,-273.15
-13/12/2023 16:24:36,-273.15
-13/12/2023 16:24:38,-273.15
-13/12/2023 16:24:40,-273.15
-13/12/2023 16:24:42,-273.15
-13/12/2023 16:24:44,-273.15
-13/12/2023 16:24:46,-273.15
-13/12/2023 16:24:48,-273.15
-13/12/2023 16:24:50,-273.15
-13/12/2023 16:24:52,-273.15
-13/12/2023 16:24:54,-273.15
-13/12/2023 16:24:56,-273.15
-13/12/2023 16:24:58,-273.15
-13/12/2023 16:25:00,-273.15
-13/12/2023 16:25:02,-273.15
-13/12/2023 16:25:04,-273.15
-13/12/2023 16:25:06,-273.15
-13/12/2023 16:25:08,-273.15
-13/12/2023 16:25:10,-273.15
-13/12/2023 16:25:12,-273.15
-13/12/2023 16:25:14,-273.15
-13/12/2023 16:25:16,-273.15
-13/12/2023 16:25:18,-273.15
-13/12/2023 16:25:20,-273.15
-13/12/2023 16:25:22,-273.15
-13/12/2023 16:25:24,-273.15
-13/12/2023 16:25:26,-273.15
-13/12/2023 16:25:28,-273.15
-13/12/2023 16:25:30,-273.15
-13/12/2023 16:25:32,-273.15
-13/12/2023 16:25:34,-273.15
-13/12/2023 16:25:36,-273.15
-13/12/2023 16:25:38,-273.15
-13/12/2023 16:25:40,-273.15
-13/12/2023 16:25:42,-273.15
-13/12/2023 16:25:44,-273.15
-13/12/2023 16:25:46,-273.15
-13/12/2023 16:25:48,-273.15
-13/12/2023 16:25:50,-273.15
-13/12/2023 16:25:52,-273.15
-13/12/2023 16:25:54,-273.15
-13/12/2023 16:25:56,-273.15
-13/12/2023 16:25:58,-273.15
-13/12/2023 16:26:00,-273.15
-13/12/2023 16:26:02,-273.15
-13/12/2023 16:26:04,-273.15
-13/12/2023 16:26:06,-273.15
-13/12/2023 16:26:08,-273.15
-13/12/2023 16:26:10,-273.15
-13/12/2023 16:26:12,-273.15
-13/12/2023 16:26:14,-273.15
-13/12/2023 16:26:16,-273.15
-13/12/2023 16:26:18,-273.15
-13/12/2023 16:26:20,-273.15
-13/12/2023 16:26:22,-273.15
-13/12/2023 16:26:24,-273.15
-13/12/2023 16:26:26,-273.15
-13/12/2023 16:26:28,-273.15
-13/12/2023 16:26:30,-273.15
-13/12/2023 16:26:32,-273.15
-13/12/2023 16:26:34,-273.15
-13/12/2023 16:26:36,-273.15
-13/12/2023 16:26:38,-273.15
-13/12/2023 16:26:40,-273.15
-13/12/2023 16:26:43,-273.15
-13/12/2023 16:26:45,-273.15
-13/12/2023 16:26:47,-273.15
-13/12/2023 16:26:49,-273.15
-13/12/2023 16:26:51,-273.15
-13/12/2023 16:26:53,-273.15
-13/12/2023 16:26:55,-273.15
-13/12/2023 16:26:57,-273.15
-13/12/2023 16:26:59,-273.15
-13/12/2023 16:27:01,-273.15
-13/12/2023 16:27:03,-273.15
-13/12/2023 16:27:05,-273.15
-13/12/2023 16:27:07,-273.15
-13/12/2023 16:27:09,-273.15
-13/12/2023 16:27:11,-273.15
-13/12/2023 16:27:13,-273.15
-13/12/2023 16:27:15,-273.15
-13/12/2023 16:27:17,-273.15
-13/12/2023 16:27:19,-273.15
-13/12/2023 16:27:21,-273.15
-13/12/2023 16:27:23,-273.15
-13/12/2023 16:27:25,-273.15
-13/12/2023 16:27:27,-273.15
-13/12/2023 16:27:29,-273.15
-13/12/2023 16:27:31,-273.15
-13/12/2023 16:27:33,-273.15
-13/12/2023 16:27:35,-273.15
-13/12/2023 16:27:37,-273.15
-13/12/2023 16:27:39,-273.15
-13/12/2023 16:27:41,-273.15
-13/12/2023 16:27:43,-273.15
-13/12/2023 16:27:45,-273.15
-13/12/2023 16:27:47,-273.15
-13/12/2023 16:27:49,-273.15
-13/12/2023 16:27:51,-273.15
-13/12/2023 16:27:53,-273.15
-13/12/2023 16:27:55,-273.15
-13/12/2023 16:27:57,-273.15
-13/12/2023 16:27:59,-273.15
-13/12/2023 16:28:01,-273.15
-13/12/2023 16:28:03,-273.15
-13/12/2023 16:28:05,-273.15
-13/12/2023 16:28:07,-273.15
-13/12/2023 16:28:09,-273.15
-13/12/2023 16:28:11,-273.15
-13/12/2023 16:28:13,-273.15
-13/12/2023 16:28:15,-273.15
-13/12/2023 16:28:17,-273.15
-13/12/2023 16:28:19,-273.15
-13/12/2023 16:28:21,-273.15
-13/12/2023 16:28:23,-273.15
-13/12/2023 16:28:25,-273.15
-13/12/2023 16:28:27,-273.15
-13/12/2023 16:28:29,-273.15
-13/12/2023 16:28:31,-273.15
-13/12/2023 16:28:33,-273.15
-13/12/2023 16:28:35,-273.15
-13/12/2023 16:28:37,-273.15
-13/12/2023 16:28:39,-273.15
-13/12/2023 16:28:41,-273.15
-13/12/2023 16:28:43,-273.15
-13/12/2023 16:28:45,-273.15
-13/12/2023 16:28:47,-273.15
-13/12/2023 16:28:50,-273.15
-13/12/2023 16:28:52,-273.15
-13/12/2023 16:28:54,-273.15
-13/12/2023 16:28:56,-273.15
-13/12/2023 16:28:58,-273.15
-13/12/2023 16:29:00,-273.15
-13/12/2023 16:29:02,-273.15
-13/12/2023 16:29:04,-273.15
-13/12/2023 16:29:06,-273.15
-13/12/2023 16:29:08,-273.15
-13/12/2023 16:29:10,-273.15
-13/12/2023 16:29:12,-273.15
-13/12/2023 16:29:14,-273.15
-13/12/2023 16:29:16,-273.15
-13/12/2023 16:29:18,-273.15
-13/12/2023 16:29:20,-273.15
-13/12/2023 16:29:22,-273.15
-13/12/2023 16:29:24,-273.15
-13/12/2023 16:29:26,-273.15
-13/12/2023 16:29:28,-273.15
-13/12/2023 16:29:30,-273.15
-13/12/2023 16:29:32,-273.15
-13/12/2023 16:29:34,-273.15
-13/12/2023 16:29:36,-273.15
-13/12/2023 16:29:38,-273.15
-13/12/2023 16:29:40,-273.15
-13/12/2023 16:29:42,-273.15
-13/12/2023 16:29:44,-273.15
-13/12/2023 16:29:46,-273.15
-13/12/2023 16:29:48,-273.15
-13/12/2023 16:29:50,-273.15
-13/12/2023 16:29:52,-273.15
-13/12/2023 16:29:54,-273.15
-13/12/2023 16:29:56,-273.15
-13/12/2023 16:29:58,-273.15
-13/12/2023 16:30:00,-273.15
-13/12/2023 16:30:02,-273.15
-13/12/2023 16:30:04,-273.15
-13/12/2023 16:30:06,-273.15
-13/12/2023 16:30:08,-273.15
-13/12/2023 16:30:10,-273.15
-13/12/2023 16:30:12,-273.15
-13/12/2023 16:30:14,-273.15
-13/12/2023 16:30:16,-273.15
-13/12/2023 16:30:18,-273.15
-13/12/2023 16:30:20,-273.15
-13/12/2023 16:30:22,-273.15
-13/12/2023 16:30:24,-273.15
-13/12/2023 16:30:26,-273.15
-13/12/2023 16:30:28,-273.15
-13/12/2023 16:30:30,-273.15
-13/12/2023 16:30:32,-273.15
-13/12/2023 16:30:34,-273.15
-13/12/2023 16:30:36,-273.15
-13/12/2023 16:30:38,-273.15
-13/12/2023 16:30:40,-273.15
-13/12/2023 16:30:42,-273.15
-13/12/2023 16:30:44,-273.15
-13/12/2023 16:30:46,-273.15
-13/12/2023 16:30:48,-273.15
-13/12/2023 16:30:50,-273.15
-13/12/2023 16:30:52,-273.15
-13/12/2023 16:30:54,-273.15
-13/12/2023 16:30:56,-273.15
-13/12/2023 16:30:59,-273.15
-13/12/2023 16:31:01,-273.15
-13/12/2023 16:31:03,-273.15
-13/12/2023 16:31:05,-273.15
-13/12/2023 16:31:07,-273.15
-13/12/2023 16:31:09,-273.15
-13/12/2023 16:31:11,-273.15
-13/12/2023 16:31:13,-273.15
-13/12/2023 16:31:15,-273.15
-13/12/2023 16:31:17,-273.15
-13/12/2023 16:31:19,-273.15
-13/12/2023 16:31:21,-273.15
-13/12/2023 16:31:23,-273.15
-13/12/2023 16:31:25,-273.15
-13/12/2023 16:31:27,-273.15
-13/12/2023 16:31:29,-273.15
-13/12/2023 16:31:31,-273.15
-13/12/2023 16:31:33,-273.15
-13/12/2023 16:31:35,-273.15
-13/12/2023 16:31:37,-273.15
-13/12/2023 16:31:39,-273.15
-13/12/2023 16:31:41,-273.15
-13/12/2023 16:31:43,-273.15
-13/12/2023 16:31:45,-273.15
-13/12/2023 16:31:47,-273.15
-13/12/2023 16:31:49,-273.15
-13/12/2023 16:31:51,-273.15
-13/12/2023 16:31:53,-273.15
-13/12/2023 16:31:55,-273.15
-13/12/2023 16:31:57,-273.15
-13/12/2023 16:31:59,-273.15
-13/12/2023 16:32:01,-273.15
-13/12/2023 16:32:03,-273.15
-13/12/2023 16:32:05,-273.15
-13/12/2023 16:32:07,-273.15
-13/12/2023 16:32:09,-273.15
-13/12/2023 16:32:11,-273.15
-13/12/2023 16:32:13,-273.15
-13/12/2023 16:32:15,-273.15
-13/12/2023 16:32:17,-273.15
-13/12/2023 16:32:19,-273.15
-13/12/2023 16:32:21,-273.15
-13/12/2023 16:32:23,-273.15
-13/12/2023 16:32:25,-273.15
-13/12/2023 16:32:27,-273.15
-13/12/2023 16:32:29,-273.15
-13/12/2023 16:32:31,-273.15
-13/12/2023 16:32:33,-273.15
-13/12/2023 16:32:35,-273.15
-13/12/2023 16:32:37,-273.15
-13/12/2023 16:32:39,-273.15
-13/12/2023 16:32:41,-273.15
-13/12/2023 16:32:43,-273.15
-13/12/2023 16:32:45,-273.15
-13/12/2023 16:32:47,-273.15
-13/12/2023 16:32:49,-273.15
-13/12/2023 16:32:51,-273.15
-13/12/2023 16:32:53,-273.15
-13/12/2023 16:32:55,-273.15
-13/12/2023 16:32:57,-273.15
-13/12/2023 16:33:00,-273.15
-13/12/2023 16:33:02,-273.15
-13/12/2023 16:33:04,-273.15
-13/12/2023 16:33:06,-273.15
-13/12/2023 16:33:08,-273.15
-13/12/2023 16:33:10,-273.15
-13/12/2023 16:33:12,-273.15
-13/12/2023 16:33:14,-273.15
-13/12/2023 16:33:16,-273.15
-13/12/2023 16:33:18,-273.15
-13/12/2023 16:33:20,-273.15
-13/12/2023 16:33:22,-273.15
-13/12/2023 16:33:24,-273.15
-13/12/2023 16:33:26,-273.15
-13/12/2023 16:33:28,-273.15
-13/12/2023 16:33:30,-273.15
-13/12/2023 16:33:32,-273.15
-13/12/2023 16:33:34,-273.15
-13/12/2023 16:33:36,-273.15
-13/12/2023 16:33:38,-273.15
-13/12/2023 16:33:40,-273.15
-13/12/2023 16:33:42,-273.15
-13/12/2023 16:33:44,-273.15
-13/12/2023 16:33:46,-273.15
-13/12/2023 16:33:48,-273.15
-13/12/2023 16:33:50,-273.15
-13/12/2023 16:33:52,-273.15
-13/12/2023 16:33:54,-273.15
-13/12/2023 16:33:56,-273.15
-13/12/2023 16:33:58,-273.15
-13/12/2023 16:34:00,-273.15
-13/12/2023 16:34:02,-273.15
-13/12/2023 16:34:04,-273.15
-13/12/2023 16:34:06,-273.15
-13/12/2023 16:34:08,-273.15
-13/12/2023 16:34:10,-273.15
-13/12/2023 16:34:12,-273.15
-13/12/2023 16:34:14,-273.15
-13/12/2023 16:34:16,-273.15
-13/12/2023 16:34:18,-273.15
-13/12/2023 16:34:20,-273.15
-13/12/2023 16:34:22,-273.15
-13/12/2023 16:34:24,-273.15
-13/12/2023 16:34:26,-273.15
-13/12/2023 16:34:28,-273.15
-13/12/2023 16:34:30,-273.15
-13/12/2023 16:34:32,-273.15
-13/12/2023 16:34:34,-273.15
-13/12/2023 16:34:36,-273.15
-13/12/2023 16:34:38,-273.15
-13/12/2023 16:34:40,-273.15
-13/12/2023 16:34:42,-273.15
-13/12/2023 16:34:44,-273.15
-13/12/2023 16:34:46,-273.15
-13/12/2023 16:34:48,-273.15
-13/12/2023 16:34:50,-273.15
-13/12/2023 16:34:52,-273.15
-13/12/2023 16:34:54,-273.15
-13/12/2023 16:34:56,-273.15
-13/12/2023 16:34:58,-273.15
-13/12/2023 16:35:01,-273.15
-13/12/2023 16:35:03,-273.15
-13/12/2023 16:35:05,-273.15
-13/12/2023 16:35:07,-273.15
-13/12/2023 16:35:09,-273.15
-13/12/2023 16:35:11,-273.15
-13/12/2023 16:35:13,-273.15
-13/12/2023 16:35:15,-273.15
-13/12/2023 16:35:17,-273.15
-13/12/2023 16:35:19,-273.15
-13/12/2023 16:35:21,-273.15
-13/12/2023 16:35:23,-273.15
-13/12/2023 16:35:25,-273.15
-13/12/2023 16:35:27,-273.15
-13/12/2023 16:35:29,-273.15
-13/12/2023 16:35:31,-273.15
-13/12/2023 16:35:33,-273.15
-13/12/2023 16:35:35,-273.15
-13/12/2023 16:35:37,-273.15
-13/12/2023 16:35:39,-273.15
-13/12/2023 16:35:41,-273.15
-13/12/2023 16:35:43,-273.15
-13/12/2023 16:35:45,-273.15
-13/12/2023 16:35:47,-273.15
-13/12/2023 16:35:49,-273.15
-13/12/2023 16:35:51,-273.15
-13/12/2023 16:35:53,-273.15
-13/12/2023 16:35:55,-273.15
-13/12/2023 16:35:57,-273.15
-13/12/2023 16:35:59,-273.15
-13/12/2023 16:36:01,-273.15
-13/12/2023 16:36:03,-273.15
-13/12/2023 16:36:05,-273.15
-13/12/2023 16:36:07,-273.15
-13/12/2023 16:36:09,-273.15
-13/12/2023 16:36:11,-273.15
-13/12/2023 16:36:13,-273.15
-13/12/2023 16:36:15,-273.15
-13/12/2023 16:36:17,-273.15
-13/12/2023 16:36:19,-273.15
-13/12/2023 16:36:21,-273.15
-13/12/2023 16:36:23,-273.15
-13/12/2023 16:36:25,-273.15
-13/12/2023 16:36:27,-273.15
-13/12/2023 16:36:29,-273.15
-13/12/2023 16:36:31,-273.15
-13/12/2023 16:36:33,-273.15
-13/12/2023 16:36:35,-273.15
-13/12/2023 16:36:37,-273.15
-13/12/2023 16:36:39,-273.15
-13/12/2023 16:36:41,-273.15
-13/12/2023 16:36:43,-273.15
-13/12/2023 16:36:45,-273.15
-13/12/2023 16:36:47,-273.15
-13/12/2023 16:36:49,-273.15
-13/12/2023 16:36:51,-273.15
-13/12/2023 16:36:53,-273.15
-13/12/2023 16:36:56,-273.15
-13/12/2023 16:36:58,-273.15
-13/12/2023 16:37:00,-273.15
-13/12/2023 16:37:02,-273.15
-13/12/2023 16:37:04,-273.15
-13/12/2023 16:37:06,-273.15
-13/12/2023 16:37:08,-273.15
-13/12/2023 16:37:10,-273.15
-13/12/2023 16:37:12,-273.15
-13/12/2023 16:37:14,-273.15
-13/12/2023 16:37:16,-273.15
-13/12/2023 16:37:18,-273.15
-13/12/2023 16:37:20,-273.15
-13/12/2023 16:37:22,-273.15
-13/12/2023 16:37:24,-273.15
-13/12/2023 16:37:26,-273.15
-13/12/2023 16:37:28,-273.15
-13/12/2023 16:37:30,-273.15
-13/12/2023 16:37:32,-273.15
-13/12/2023 16:37:34,-273.15
-13/12/2023 16:37:36,-273.15
-13/12/2023 16:37:38,-273.15
-13/12/2023 16:37:40,-273.15
-13/12/2023 16:37:42,-273.15
-13/12/2023 16:37:44,-273.15
-13/12/2023 16:37:46,-273.15
-13/12/2023 16:37:48,-273.15
-13/12/2023 16:37:50,-273.15
-13/12/2023 16:37:52,-273.15
-13/12/2023 16:37:54,-273.15
-13/12/2023 16:37:56,-273.15
-13/12/2023 16:37:58,-273.15
-13/12/2023 16:38:00,-273.15
-13/12/2023 16:38:02,-273.15
-13/12/2023 16:38:04,-273.15
-13/12/2023 16:38:06,-273.15
-13/12/2023 16:38:08,-273.15
-13/12/2023 16:38:10,-273.15
-13/12/2023 16:38:12,-273.15
-13/12/2023 16:38:14,-273.15
-13/12/2023 16:38:16,-273.15
-13/12/2023 16:38:18,-273.15
-13/12/2023 16:38:20,-273.15
-13/12/2023 16:38:22,-273.15
-13/12/2023 16:38:24,-273.15
-13/12/2023 16:38:26,-273.15
-13/12/2023 16:38:28,-273.15
-13/12/2023 16:38:30,-273.15
-13/12/2023 16:38:32,-273.15
-13/12/2023 16:38:34,-273.15
-13/12/2023 16:38:36,-273.15
-13/12/2023 16:38:38,-273.15
-13/12/2023 16:38:40,-273.15
-13/12/2023 16:38:42,-273.15
-13/12/2023 16:38:44,-273.15
-13/12/2023 16:38:46,-273.15
-13/12/2023 16:38:48,-273.15
-13/12/2023 16:38:51,-273.15
-13/12/2023 16:38:53,-273.15
-13/12/2023 16:38:55,-273.15
-13/12/2023 16:38:57,-273.15
-13/12/2023 16:38:59,-273.15
-13/12/2023 16:39:01,-273.15
-13/12/2023 16:39:03,-273.15
-13/12/2023 16:39:05,-273.15
-13/12/2023 16:39:07,-273.15
-13/12/2023 16:39:09,-273.15
-13/12/2023 16:39:11,-273.15
-13/12/2023 16:39:13,-273.15
-13/12/2023 16:39:15,-273.15
-13/12/2023 16:39:17,-273.15
-13/12/2023 16:39:19,-273.15
-13/12/2023 16:39:21,-273.15
-13/12/2023 16:39:23,-273.15
-13/12/2023 16:39:25,-273.15
-13/12/2023 16:39:27,-273.15
-13/12/2023 16:39:29,-273.15
-13/12/2023 16:39:31,-273.15
-13/12/2023 16:39:33,-273.15
-13/12/2023 16:39:35,-273.15
-13/12/2023 16:39:37,-273.15
-13/12/2023 16:39:39,-273.15
-13/12/2023 16:39:41,-273.15
-13/12/2023 16:39:43,-273.15
-13/12/2023 16:39:45,-273.15
-13/12/2023 16:39:47,-273.15
-13/12/2023 16:39:49,-273.15
-13/12/2023 16:39:51,-273.15
-13/12/2023 16:39:53,-273.15
-13/12/2023 16:39:55,-273.15
-13/12/2023 16:39:57,-273.15
-13/12/2023 16:39:59,-273.15
-13/12/2023 16:40:01,-273.15
-13/12/2023 16:40:03,-273.15
-13/12/2023 16:40:05,-273.15
-13/12/2023 16:40:07,-273.15
-13/12/2023 16:40:09,-273.15
-13/12/2023 16:40:11,-273.15
-13/12/2023 16:40:13,-273.15
-13/12/2023 16:40:15,-273.15
-13/12/2023 16:40:17,-273.15
-13/12/2023 16:40:19,-273.15
-13/12/2023 16:40:21,-273.15
-13/12/2023 16:40:23,-273.15
-13/12/2023 16:40:25,-273.15
-13/12/2023 16:40:27,-273.15
-13/12/2023 16:40:29,-273.15
-13/12/2023 16:40:31,-273.15
-13/12/2023 16:40:33,-273.15
-13/12/2023 16:40:35,-273.15
-13/12/2023 16:40:37,-273.15
-13/12/2023 16:40:39,-273.15
-13/12/2023 16:40:41,-273.15
-13/12/2023 16:40:43,-273.15
-13/12/2023 16:40:45,-273.15
-13/12/2023 16:40:47,-273.15
-13/12/2023 16:40:49,-273.15
-13/12/2023 16:40:51,-273.15
-13/12/2023 16:40:53,-273.15
-13/12/2023 16:40:55,-273.15
-13/12/2023 16:40:57,-273.15
-13/12/2023 16:40:59,-273.15
-13/12/2023 16:41:01,-273.15
-13/12/2023 16:41:03,-273.15
-13/12/2023 16:41:06,-273.15
-13/12/2023 16:41:08,-273.15
-13/12/2023 16:41:10,-273.15
-13/12/2023 16:41:12,-273.15
-13/12/2023 16:41:14,-273.15
-13/12/2023 16:41:16,-273.15
-13/12/2023 16:41:18,-273.15
-13/12/2023 16:41:20,-273.15
-13/12/2023 16:41:22,-273.15
-13/12/2023 16:41:24,-273.15
-13/12/2023 16:41:26,-273.15
-13/12/2023 16:41:28,-273.15
-13/12/2023 16:41:30,-273.15
-13/12/2023 16:41:32,-273.15
-13/12/2023 16:41:34,-273.15
-13/12/2023 16:41:36,-273.15
-13/12/2023 16:41:38,-273.15
-13/12/2023 16:41:40,-273.15
-13/12/2023 16:41:42,-273.15
-13/12/2023 16:41:44,-273.15
-13/12/2023 16:41:46,-273.15
-13/12/2023 16:41:48,-273.15
-13/12/2023 16:41:50,-273.15
-13/12/2023 16:41:52,-273.15
-13/12/2023 16:41:54,-273.15
-13/12/2023 16:41:56,-273.15
-13/12/2023 16:41:58,-273.15
-13/12/2023 16:42:00,-273.15
-13/12/2023 16:42:02,-273.15
-13/12/2023 16:42:04,-273.15
-13/12/2023 16:42:06,-273.15
-13/12/2023 16:42:08,-273.15
-13/12/2023 16:42:10,-273.15
-13/12/2023 16:42:12,-273.15
-13/12/2023 16:42:14,-273.15
-13/12/2023 16:42:16,-273.15
-13/12/2023 16:42:18,-273.15
-13/12/2023 16:42:20,-273.15
-13/12/2023 16:42:22,-273.15
-13/12/2023 16:42:24,-273.15
-13/12/2023 16:42:26,-273.15
-13/12/2023 16:42:28,-273.15
-13/12/2023 16:42:30,-273.15
-13/12/2023 16:42:32,-273.15
-13/12/2023 16:42:34,-273.15
-13/12/2023 16:42:36,-273.15
-13/12/2023 16:42:38,-273.15
-13/12/2023 16:42:40,-273.15
-13/12/2023 16:42:42,-273.15
-13/12/2023 16:42:44,-273.15
-13/12/2023 16:42:46,-273.15
-13/12/2023 16:42:48,-273.15
-13/12/2023 16:42:50,-273.15
-13/12/2023 16:42:52,-273.15
-13/12/2023 16:42:54,-273.15
-13/12/2023 16:42:56,-273.15
-13/12/2023 16:42:58,-273.15
-13/12/2023 16:43:00,-273.15
-13/12/2023 16:43:02,-273.15
-13/12/2023 16:43:04,-273.15
-13/12/2023 16:43:06,-273.15
-13/12/2023 16:43:08,-273.15
-13/12/2023 16:43:11,-273.15
-13/12/2023 16:43:13,-273.15
-13/12/2023 16:43:15,-273.15
-13/12/2023 16:43:17,-273.15
-13/12/2023 16:43:19,-273.15
-13/12/2023 16:43:21,-273.15
-13/12/2023 16:43:23,-273.15
-13/12/2023 16:43:25,-273.15
-13/12/2023 16:43:27,-273.15
-13/12/2023 16:43:29,-273.15
-13/12/2023 16:43:31,-273.15
-13/12/2023 16:43:33,-273.15
-13/12/2023 16:43:35,-273.15
-13/12/2023 16:43:37,-273.15
-13/12/2023 16:43:39,-273.15
-13/12/2023 16:43:41,-273.15
-13/12/2023 16:43:43,-273.15
-13/12/2023 16:43:45,-273.15
-13/12/2023 16:43:47,-273.15
-13/12/2023 16:43:49,-273.15
-13/12/2023 16:43:51,-273.15
-13/12/2023 16:43:53,-273.15
-13/12/2023 16:43:55,-273.15
-13/12/2023 16:43:57,-273.15
-13/12/2023 16:43:59,-273.15
-13/12/2023 16:44:01,-273.15
-13/12/2023 16:44:03,-273.15
-13/12/2023 16:44:05,-273.15
-13/12/2023 16:44:07,-273.15
-13/12/2023 16:44:09,-273.15
-13/12/2023 16:44:11,-273.15
-13/12/2023 16:44:13,-273.15
-13/12/2023 16:44:15,-273.15
-13/12/2023 16:44:17,-273.15
-13/12/2023 16:44:19,-273.15
-13/12/2023 16:44:21,-273.15
-13/12/2023 16:44:23,-273.15
-13/12/2023 16:44:25,-273.15
-13/12/2023 16:44:27,-273.15
-13/12/2023 16:44:29,-273.15
-13/12/2023 16:44:31,-273.15
-13/12/2023 16:44:33,-273.15
-13/12/2023 16:44:35,-273.15
-13/12/2023 16:44:37,-273.15
-13/12/2023 16:44:39,-273.15
-13/12/2023 16:44:41,-273.15
-13/12/2023 16:44:43,-273.15
-13/12/2023 16:44:45,-273.15
-13/12/2023 16:44:47,-273.15
-13/12/2023 16:44:49,-273.15
-13/12/2023 16:44:51,-273.15
-13/12/2023 16:44:53,-273.15
-13/12/2023 16:44:55,-273.15
-13/12/2023 16:44:57,-273.15
-13/12/2023 16:44:59,-273.15
-13/12/2023 16:45:01,-273.15
-13/12/2023 16:45:03,-273.15
-13/12/2023 16:45:05,-273.15
-13/12/2023 16:45:07,-273.15
-13/12/2023 16:45:09,-273.15
-13/12/2023 16:45:11,-273.15
-13/12/2023 16:45:13,-273.15
-13/12/2023 16:45:15,-273.15
-13/12/2023 16:45:17,-273.15
-13/12/2023 16:45:20,-273.15
-13/12/2023 16:45:22,-273.15
-13/12/2023 16:45:24,-273.15
-13/12/2023 16:45:26,-273.15
-13/12/2023 16:45:28,-273.15
-13/12/2023 16:45:30,-273.15
-13/12/2023 16:45:32,-273.15
-13/12/2023 16:45:34,-273.15
-13/12/2023 16:45:36,-273.15
-13/12/2023 16:45:38,-273.15
-13/12/2023 16:45:40,-273.15
-13/12/2023 16:45:42,-273.15
-13/12/2023 16:45:44,-273.15
-13/12/2023 16:45:46,-273.15
-13/12/2023 16:45:48,-273.15
-13/12/2023 16:45:50,-273.15
-13/12/2023 16:45:52,-273.15
-13/12/2023 16:45:54,-273.15
-13/12/2023 16:45:56,-273.15
-13/12/2023 16:45:58,-273.15
-13/12/2023 16:46:00,-273.15
-13/12/2023 16:46:02,-273.15
-13/12/2023 16:46:04,-273.15
-13/12/2023 16:46:06,-273.15
-13/12/2023 16:46:08,-273.15
-13/12/2023 16:46:10,-273.15
-13/12/2023 16:46:12,-273.15
-13/12/2023 16:46:14,-273.15
-13/12/2023 16:46:16,-273.15
-13/12/2023 16:46:18,-273.15
-13/12/2023 16:46:20,-273.15
-13/12/2023 16:46:22,-273.15
-13/12/2023 16:46:24,-273.15
-13/12/2023 16:46:26,-273.15
-13/12/2023 16:46:28,-273.15
-13/12/2023 16:46:30,-273.15
-13/12/2023 16:46:32,-273.15
-13/12/2023 16:46:34,-273.15
-13/12/2023 16:46:36,-273.15
-13/12/2023 16:46:38,-273.15
-13/12/2023 16:46:40,-273.15
-13/12/2023 16:46:42,-273.15
-13/12/2023 16:46:44,-273.15
-13/12/2023 16:46:46,-273.15
-13/12/2023 16:46:48,-273.15
-13/12/2023 16:46:50,-273.15
-13/12/2023 16:46:52,-273.15
-13/12/2023 16:46:54,-273.15
-13/12/2023 16:46:56,-273.15
-13/12/2023 16:46:58,-273.15
-13/12/2023 16:47:00,-273.15
-13/12/2023 16:47:02,-273.15
-13/12/2023 16:47:04,-273.15
-13/12/2023 16:47:06,-273.15
-13/12/2023 16:47:08,-273.15
-13/12/2023 16:47:10,-273.15
-13/12/2023 16:47:12,-273.15
-13/12/2023 16:47:14,-273.15
-13/12/2023 16:47:16,-273.15
-13/12/2023 16:47:18,-273.15
-13/12/2023 16:47:20,-273.15
-13/12/2023 16:47:23,-273.15
-13/12/2023 16:47:25,-273.15
-13/12/2023 16:47:27,-273.15
-13/12/2023 16:47:29,-273.15
-13/12/2023 16:47:31,-273.15
-13/12/2023 16:47:33,-273.15
-13/12/2023 16:47:35,-273.15
-13/12/2023 16:47:37,-273.15
-13/12/2023 16:47:39,-273.15
-13/12/2023 16:47:41,-273.15
-13/12/2023 16:47:43,-273.15
-13/12/2023 16:47:45,-273.15
-13/12/2023 16:47:47,-273.15
-13/12/2023 16:47:49,-273.15
-13/12/2023 16:47:51,-273.15
-13/12/2023 16:47:53,-273.15
-13/12/2023 16:47:55,-273.15
-13/12/2023 16:47:57,-273.15
-13/12/2023 16:47:59,-273.15
-13/12/2023 16:48:01,-273.15
-13/12/2023 16:48:03,-273.15
-13/12/2023 16:48:05,-273.15
-13/12/2023 16:48:07,-273.15
-13/12/2023 16:48:09,-273.15
-13/12/2023 16:48:11,-273.15
-13/12/2023 16:48:13,-273.15
-13/12/2023 16:48:15,-273.15
-13/12/2023 16:48:17,-273.15
-13/12/2023 16:48:19,-273.15
-13/12/2023 16:48:21,-273.15
-13/12/2023 16:48:23,-273.15
-13/12/2023 16:48:25,-273.15
-13/12/2023 16:48:27,-273.15
-13/12/2023 16:48:29,-273.15
-13/12/2023 16:48:31,-273.15
-13/12/2023 16:48:33,-273.15
-13/12/2023 16:48:35,-273.15
-13/12/2023 16:48:37,-273.15
-13/12/2023 16:48:39,-273.15
-13/12/2023 16:48:41,-273.15
-13/12/2023 16:48:43,-273.15
-13/12/2023 16:48:45,-273.15
-13/12/2023 16:48:47,-273.15
-13/12/2023 16:48:49,-273.15
-13/12/2023 16:48:51,-273.15
-13/12/2023 16:48:53,-273.15
-13/12/2023 16:48:55,-273.15
-13/12/2023 16:48:57,-273.15
-13/12/2023 16:48:59,-273.15
-13/12/2023 16:49:01,-273.15
-13/12/2023 16:49:03,-273.15
-13/12/2023 16:49:05,-273.15
-13/12/2023 16:49:07,-273.15
-13/12/2023 16:49:09,-273.15
-13/12/2023 16:49:11,-273.15
-13/12/2023 16:49:13,-273.15
-13/12/2023 16:49:15,-273.15
-13/12/2023 16:49:17,-273.15
-13/12/2023 16:49:19,-273.15
-13/12/2023 16:49:22,-273.15
-13/12/2023 16:49:24,-273.15
-13/12/2023 16:49:26,-273.15
-13/12/2023 16:49:28,-273.15
-13/12/2023 16:49:30,-273.15
-13/12/2023 16:49:32,-273.15
-13/12/2023 16:49:34,-273.15
-13/12/2023 16:49:36,-273.15
-13/12/2023 16:49:38,-273.15
-13/12/2023 16:49:40,-273.15
-13/12/2023 16:49:42,-273.15
-13/12/2023 16:49:44,-273.15
-13/12/2023 16:49:46,-273.15
-13/12/2023 16:49:48,-273.15
-13/12/2023 16:49:50,-273.15
-13/12/2023 16:49:52,-273.15
-13/12/2023 16:49:54,-273.15
-13/12/2023 16:49:56,-273.15
-13/12/2023 16:49:58,-273.15
-13/12/2023 16:50:00,-273.15
-13/12/2023 16:50:02,-273.15
-13/12/2023 16:50:04,-273.15
-13/12/2023 16:50:06,-273.15
-13/12/2023 16:50:08,-273.15
-13/12/2023 16:50:10,-273.15
-13/12/2023 16:50:12,-273.15
-13/12/2023 16:50:14,-273.15
-13/12/2023 16:50:16,-273.15
-13/12/2023 16:50:18,-273.15
-13/12/2023 16:50:20,-273.15
-13/12/2023 16:50:22,-273.15
-13/12/2023 16:50:24,-273.15
-13/12/2023 16:50:26,-273.15
-13/12/2023 16:50:28,-273.15
-13/12/2023 16:50:30,-273.15
-13/12/2023 16:50:32,-273.15
-13/12/2023 16:50:34,-273.15
-13/12/2023 16:50:36,-273.15
-13/12/2023 16:50:38,-273.15
-13/12/2023 16:50:40,-273.15
-13/12/2023 16:50:42,-273.15
-13/12/2023 16:50:44,-273.15
-13/12/2023 16:50:46,-273.15
-13/12/2023 16:50:48,-273.15
-13/12/2023 16:50:50,-273.15
-13/12/2023 16:50:52,-273.15
-13/12/2023 16:50:54,-273.15
-13/12/2023 16:50:56,-273.15
-13/12/2023 16:50:58,-273.15
-13/12/2023 16:51:00,-273.15
-13/12/2023 16:51:02,-273.15
-13/12/2023 16:51:04,-273.15
-13/12/2023 16:51:06,-273.15
-13/12/2023 16:51:08,-273.15
-13/12/2023 16:51:10,-273.15
-13/12/2023 16:51:12,-273.15
-13/12/2023 16:51:14,-273.15
-13/12/2023 16:51:16,-273.15
-13/12/2023 16:51:18,-273.15
-13/12/2023 16:51:20,-273.15
-13/12/2023 16:51:22,-273.15
-13/12/2023 16:51:24,-273.15
-13/12/2023 16:51:26,-273.15
-13/12/2023 16:51:29,-273.15
-13/12/2023 16:51:31,-273.15
-13/12/2023 16:51:33,-273.15
-13/12/2023 16:51:35,-273.15
-13/12/2023 16:51:37,-273.15
-13/12/2023 16:51:39,-273.15
-13/12/2023 16:51:41,-273.15
-13/12/2023 16:51:43,-273.15
-13/12/2023 16:51:45,-273.15
-13/12/2023 16:51:47,-273.15
-13/12/2023 16:51:49,-273.15
-13/12/2023 16:51:51,-273.15
-13/12/2023 16:51:53,-273.15
-13/12/2023 16:51:55,-273.15
-13/12/2023 16:51:57,-273.15
-13/12/2023 16:51:59,-273.15
-13/12/2023 16:52:01,-273.15
-13/12/2023 16:52:03,-273.15
-13/12/2023 16:52:05,-273.15
-13/12/2023 16:52:07,-273.15
-13/12/2023 16:52:09,-273.15
-13/12/2023 16:52:11,-273.15
-13/12/2023 16:52:13,-273.15
-13/12/2023 16:52:15,-273.15
-13/12/2023 16:52:17,-273.15
-13/12/2023 16:52:19,-273.15
-13/12/2023 16:52:21,-273.15
-13/12/2023 16:52:23,-273.15
-13/12/2023 16:52:25,-273.15
-13/12/2023 16:52:27,-273.15
-13/12/2023 16:52:29,-273.15
-13/12/2023 16:52:31,-273.15
-13/12/2023 16:52:33,-273.15
-13/12/2023 16:52:35,-273.15
-13/12/2023 16:52:37,-273.15
-13/12/2023 16:52:39,-273.15
-13/12/2023 16:52:41,-273.15
-13/12/2023 16:52:43,-273.15
-13/12/2023 16:52:45,-273.15
-13/12/2023 16:52:47,-273.15
-13/12/2023 16:52:49,-273.15
-13/12/2023 16:52:51,-273.15
-13/12/2023 16:52:53,-273.15
-13/12/2023 16:52:55,-273.15
-13/12/2023 16:52:57,-273.15
-13/12/2023 16:52:59,-273.15
-13/12/2023 16:53:01,-273.15
-13/12/2023 16:53:03,-273.15
-13/12/2023 16:53:05,-273.15
-13/12/2023 16:53:07,-273.15
-13/12/2023 16:53:09,-273.15
-13/12/2023 16:53:11,-273.15
-13/12/2023 16:53:13,-273.15
-13/12/2023 16:53:15,-273.15
-13/12/2023 16:53:17,-273.15
-13/12/2023 16:53:19,-273.15
-13/12/2023 16:53:21,-273.15
-13/12/2023 16:53:23,-273.15
-13/12/2023 16:53:25,-273.15
-13/12/2023 16:53:27,-273.15
-13/12/2023 16:53:29,-273.15
-13/12/2023 16:53:31,-273.15
-13/12/2023 16:53:33,-273.15
-13/12/2023 16:53:35,-273.15
-13/12/2023 16:53:37,-273.15
-13/12/2023 16:53:39,-273.15
-13/12/2023 16:53:41,-273.15
-13/12/2023 16:53:43,-273.15
-13/12/2023 16:53:45,-273.15
-13/12/2023 16:53:47,-273.15
-13/12/2023 16:53:49,-273.15
-13/12/2023 16:53:51,-273.15
-13/12/2023 16:53:54,-273.15
-13/12/2023 16:53:56,-273.15
-13/12/2023 16:53:58,-273.15
-13/12/2023 16:54:00,-273.15
-13/12/2023 16:54:02,-273.15
-13/12/2023 16:54:04,-273.15
-13/12/2023 16:54:06,-273.15
-13/12/2023 16:54:08,-273.15
-13/12/2023 16:54:10,-273.15
-13/12/2023 16:54:12,-273.15
-13/12/2023 16:54:14,-273.15
-13/12/2023 16:54:16,-273.15
-13/12/2023 16:54:18,-273.15
-13/12/2023 16:54:20,-273.15
-13/12/2023 16:54:22,-273.15
-13/12/2023 16:54:24,-273.15
-13/12/2023 16:54:26,-273.15
-13/12/2023 16:54:28,-273.15
-13/12/2023 16:54:30,-273.15
-13/12/2023 16:54:32,-273.15
-13/12/2023 16:54:34,-273.15
-13/12/2023 16:54:36,-273.15
-13/12/2023 16:54:38,-273.15
-13/12/2023 16:54:40,-273.15
-13/12/2023 16:54:42,-273.15
-13/12/2023 16:54:44,-273.15
-13/12/2023 16:54:46,-273.15
-13/12/2023 16:54:48,-273.15
-13/12/2023 16:54:50,-273.15
-13/12/2023 16:54:52,-273.15
-13/12/2023 16:54:54,-273.15
-13/12/2023 16:54:56,-273.15
-13/12/2023 16:54:58,-273.15
-13/12/2023 16:55:00,-273.15
-13/12/2023 16:55:02,-273.15
-13/12/2023 16:55:04,-273.15
-13/12/2023 16:55:06,-273.15
-13/12/2023 16:55:08,-273.15
-13/12/2023 16:55:10,-273.15
-13/12/2023 16:55:12,-273.15
-13/12/2023 16:55:14,-273.15
-13/12/2023 16:55:16,-273.15
-13/12/2023 16:55:18,-273.15
-13/12/2023 16:55:20,-273.15
-13/12/2023 16:55:22,-273.15
-13/12/2023 16:55:24,-273.15
-13/12/2023 16:55:26,-273.15
-13/12/2023 16:55:28,-273.15
-13/12/2023 16:55:30,-273.15
-13/12/2023 16:55:32,-273.15
-13/12/2023 16:55:34,-273.15
-13/12/2023 16:55:36,-273.15
-13/12/2023 16:55:38,-273.15
-13/12/2023 16:55:40,-273.15
-13/12/2023 16:55:42,-273.15
-13/12/2023 16:55:44,-273.15
-13/12/2023 16:55:46,-273.15
-13/12/2023 16:55:48,-273.15
-13/12/2023 16:55:50,-273.15
-13/12/2023 16:55:52,-273.15
-13/12/2023 16:55:54,-273.15
-13/12/2023 16:55:56,-273.15
-13/12/2023 16:55:58,-273.15
-13/12/2023 16:56:00,-273.15
-13/12/2023 16:56:02,-273.15
-13/12/2023 16:56:04,-273.15
-13/12/2023 16:56:06,-273.15
-13/12/2023 16:56:09,-273.15
-13/12/2023 16:56:11,-273.15
-13/12/2023 16:56:13,-273.15
-13/12/2023 16:56:15,-273.15
-13/12/2023 16:56:17,-273.15
-13/12/2023 16:56:19,-273.15
-13/12/2023 16:56:21,-273.15
-13/12/2023 16:56:23,-273.15
-13/12/2023 16:56:25,-273.15
-13/12/2023 16:56:27,-273.15
-13/12/2023 16:56:29,-273.15
-13/12/2023 16:56:31,-273.15
-13/12/2023 16:56:33,-273.15
-13/12/2023 16:56:35,-273.15
-13/12/2023 16:56:37,-273.15
-13/12/2023 16:56:39,-273.15
-13/12/2023 16:56:41,-273.15
-13/12/2023 16:56:43,-273.15
-13/12/2023 16:56:45,-273.15
-13/12/2023 16:56:47,-273.15
-13/12/2023 16:56:49,-273.15
-13/12/2023 16:56:51,-273.15
-13/12/2023 16:56:53,-273.15
-13/12/2023 16:56:55,-273.15
-13/12/2023 16:56:57,-273.15
-13/12/2023 16:56:59,-273.15
-13/12/2023 16:57:01,-273.15
-13/12/2023 16:57:03,-273.15
-13/12/2023 16:57:05,-273.15
-13/12/2023 16:57:07,-273.15
-13/12/2023 16:57:09,-273.15
-13/12/2023 16:57:11,-273.15
-13/12/2023 16:57:13,-273.15
-13/12/2023 16:57:15,-273.15
-13/12/2023 16:57:17,-273.15
-13/12/2023 16:57:19,-273.15
-13/12/2023 16:57:21,-273.15
-13/12/2023 16:57:23,-273.15
-13/12/2023 16:57:25,-273.15
-13/12/2023 16:57:27,-273.15
-13/12/2023 16:57:29,-273.15
-13/12/2023 16:57:31,-273.15
-13/12/2023 16:57:33,-273.15
-13/12/2023 16:57:35,-273.15
-13/12/2023 16:57:37,-273.15
-13/12/2023 16:57:39,-273.15
-13/12/2023 16:57:41,-273.15
-13/12/2023 16:57:43,-273.15
-13/12/2023 16:57:45,-273.15
-13/12/2023 16:57:47,-273.15
-13/12/2023 16:57:49,-273.15
-13/12/2023 16:57:51,-273.15
-13/12/2023 16:57:53,-273.15
-13/12/2023 16:57:55,-273.15
-13/12/2023 16:57:57,-273.15
-13/12/2023 16:57:59,-273.15
-13/12/2023 16:58:01,-273.15
-13/12/2023 16:58:03,-273.15
-13/12/2023 16:58:05,-273.15
-13/12/2023 16:58:07,-273.15
-13/12/2023 16:58:09,-273.15
-13/12/2023 16:58:11,-273.15
-13/12/2023 16:58:14,-273.15
-13/12/2023 16:58:16,-273.15
-13/12/2023 16:58:18,-273.15
-13/12/2023 16:58:20,-273.15
-13/12/2023 16:58:22,-273.15
-13/12/2023 16:58:24,-273.15
-13/12/2023 16:58:26,-273.15
-13/12/2023 16:58:28,-273.15
-13/12/2023 16:58:30,-273.15
-13/12/2023 16:58:32,-273.15
-13/12/2023 16:58:34,-273.15
-13/12/2023 16:58:36,-273.15
-13/12/2023 16:58:38,-273.15
-13/12/2023 16:58:40,-273.15
-13/12/2023 16:58:42,-273.15
-13/12/2023 16:58:44,-273.15
-13/12/2023 16:58:46,-273.15
-13/12/2023 16:58:48,-273.15
-13/12/2023 16:58:50,-273.15
-13/12/2023 16:58:52,-273.15
-13/12/2023 16:58:54,-273.15
-13/12/2023 16:58:56,-273.15
-13/12/2023 16:58:58,-273.15
-13/12/2023 16:59:00,-273.15
-13/12/2023 16:59:02,-273.15
-13/12/2023 16:59:04,-273.15
-13/12/2023 16:59:06,-273.15
-13/12/2023 16:59:08,-273.15
-13/12/2023 16:59:10,-273.15
-13/12/2023 16:59:12,-273.15
-13/12/2023 16:59:14,-273.15
-13/12/2023 16:59:16,-273.15
-13/12/2023 16:59:18,-273.15
-13/12/2023 16:59:20,-273.15
-13/12/2023 16:59:22,-273.15
-13/12/2023 16:59:24,-273.15
-13/12/2023 16:59:26,-273.15
-13/12/2023 16:59:28,-273.15
-13/12/2023 16:59:30,-273.15
-13/12/2023 16:59:32,-273.15
-13/12/2023 16:59:34,-273.15
-13/12/2023 16:59:36,-273.15
-13/12/2023 16:59:38,-273.15
-13/12/2023 16:59:40,-273.15
-13/12/2023 16:59:42,-273.15
-13/12/2023 16:59:44,-273.15
-13/12/2023 16:59:46,-273.15
-13/12/2023 16:59:48,-273.15
-13/12/2023 16:59:50,-273.15
-13/12/2023 16:59:52,-273.15
-13/12/2023 16:59:54,-273.15
-13/12/2023 16:59:56,-273.15
-13/12/2023 16:59:58,-273.15
-13/12/2023 17:00:00,-273.15
-13/12/2023 17:00:02,-273.15
-13/12/2023 17:00:04,-273.15
-13/12/2023 17:00:06,-273.15
-13/12/2023 17:00:08,-273.15
-13/12/2023 17:00:10,-273.15
-13/12/2023 17:00:12,-273.15
-13/12/2023 17:00:14,-273.15
-13/12/2023 17:00:16,-273.15
-13/12/2023 17:00:18,-273.15
-13/12/2023 17:00:20,-273.15
-13/12/2023 17:00:22,-273.15
-13/12/2023 17:00:24,-273.15
-13/12/2023 17:00:26,-273.15
-13/12/2023 17:00:28,-273.15
-13/12/2023 17:00:30,-273.15
-13/12/2023 17:00:33,-273.15
-13/12/2023 17:00:35,-273.15
-13/12/2023 17:00:37,-273.15
-13/12/2023 17:00:39,-273.15
-13/12/2023 17:00:41,-273.15
-13/12/2023 17:00:43,-273.15
-13/12/2023 17:00:45,-273.15
-13/12/2023 17:00:47,-273.15
-13/12/2023 17:00:49,-273.15
-13/12/2023 17:00:51,-273.15
-13/12/2023 17:00:53,-273.15
-13/12/2023 17:00:55,-273.15
-13/12/2023 17:00:57,-273.15
-13/12/2023 17:00:59,-273.15
-13/12/2023 17:01:01,-273.15
-13/12/2023 17:01:03,-273.15
-13/12/2023 17:01:05,-273.15
-13/12/2023 17:01:07,-273.15
-13/12/2023 17:01:09,-273.15
-13/12/2023 17:01:11,-273.15
-13/12/2023 17:01:13,-273.15
-13/12/2023 17:01:15,-273.15
-13/12/2023 17:01:17,-273.15
-13/12/2023 17:01:19,-273.15
-13/12/2023 17:01:21,-273.15
-13/12/2023 17:01:23,-273.15
-13/12/2023 17:01:25,-273.15
-13/12/2023 17:01:27,-273.15
-13/12/2023 17:01:29,-273.15
-13/12/2023 17:01:31,-273.15
-13/12/2023 17:01:33,-273.15
-13/12/2023 17:01:35,-273.15
-13/12/2023 17:01:37,-273.15
-13/12/2023 17:01:39,-273.15
-13/12/2023 17:01:41,-273.15
-13/12/2023 17:01:43,-273.15
-13/12/2023 17:01:45,-273.15
-13/12/2023 17:01:47,-273.15
-13/12/2023 17:01:49,-273.15
-13/12/2023 17:01:51,-273.15
-13/12/2023 17:01:53,-273.15
-13/12/2023 17:01:55,-273.15
-13/12/2023 17:01:57,-273.15
-13/12/2023 17:02:01,-273.15
-13/12/2023 17:02:03,-273.15
-13/12/2023 17:02:05,-273.15
-13/12/2023 17:02:07,-273.15
-13/12/2023 17:02:09,-273.15
-13/12/2023 17:02:11,-273.15
-13/12/2023 17:02:13,-273.15
-13/12/2023 17:02:15,-273.15
-13/12/2023 17:02:17,-273.15
-13/12/2023 17:02:19,-273.15
-13/12/2023 17:02:21,-273.15
-13/12/2023 17:02:23,-273.15
-13/12/2023 17:02:25,-273.15
-13/12/2023 17:02:27,-273.15
-13/12/2023 17:02:29,-273.15
-13/12/2023 17:02:31,-273.15
-13/12/2023 17:02:33,-273.15
-13/12/2023 17:02:35,-273.15
-13/12/2023 17:02:37,-273.15
-13/12/2023 17:02:39,-273.15
-13/12/2023 17:02:41,-273.15
-13/12/2023 17:02:43,-273.15
-13/12/2023 17:02:45,-273.15
-13/12/2023 17:02:47,-273.15
-13/12/2023 17:02:49,-273.15
-13/12/2023 17:02:51,-273.15
-13/12/2023 17:02:53,-273.15
-13/12/2023 17:02:55,-273.15
-13/12/2023 17:02:57,-273.15
-13/12/2023 17:02:59,-273.15
-13/12/2023 17:03:01,-273.15
-13/12/2023 17:03:03,-273.15
-13/12/2023 17:03:05,-273.15
-13/12/2023 17:03:07,-273.15
-13/12/2023 17:03:09,-273.15
-13/12/2023 17:03:12,-273.15
-13/12/2023 17:03:14,-273.15
-13/12/2023 17:03:16,-273.15
-13/12/2023 17:03:18,-273.15
-13/12/2023 17:03:20,-273.15
-13/12/2023 17:03:22,-273.15
-13/12/2023 17:03:24,-273.15
-13/12/2023 17:03:26,-273.15
-13/12/2023 17:03:28,-273.15
-13/12/2023 17:03:30,-273.15
-13/12/2023 17:03:32,-273.15
-13/12/2023 17:03:34,-273.15
-13/12/2023 17:03:36,-273.15
-13/12/2023 17:03:38,-273.15
-13/12/2023 17:03:40,-273.15
-13/12/2023 17:03:42,-273.15
-13/12/2023 17:03:44,-273.15
-13/12/2023 17:03:46,-273.15
-13/12/2023 17:03:48,-273.15
-13/12/2023 17:03:50,-273.15
-13/12/2023 17:03:52,-273.15
-13/12/2023 17:03:54,-273.15
-13/12/2023 17:03:56,-273.15
-13/12/2023 17:03:58,-273.15
-13/12/2023 17:04:00,-273.15
-13/12/2023 17:04:02,-273.15
-13/12/2023 17:04:04,-273.15
-13/12/2023 17:04:06,-273.15
-13/12/2023 17:04:08,-273.15
-13/12/2023 17:04:10,-273.15
-13/12/2023 17:04:12,-273.15
-13/12/2023 17:04:14,-273.15
-13/12/2023 17:04:16,-273.15
-13/12/2023 17:04:18,-273.15
-13/12/2023 17:04:20,-273.15
-13/12/2023 17:04:22,-273.15
-13/12/2023 17:04:24,-273.15
-13/12/2023 17:04:26,-273.15
-13/12/2023 17:04:28,-273.15
-13/12/2023 17:04:30,-273.15
-13/12/2023 17:04:32,-273.15
-13/12/2023 17:04:34,-273.15
-13/12/2023 17:04:36,-273.15
-13/12/2023 17:04:38,-273.15
-13/12/2023 17:04:40,-273.15
-13/12/2023 17:04:42,-273.15
-13/12/2023 17:04:44,-273.15
-13/12/2023 17:04:46,-273.15
-13/12/2023 17:04:48,-273.15
-13/12/2023 17:04:50,-273.15
-13/12/2023 17:04:52,-273.15
-13/12/2023 17:04:54,-273.15
-13/12/2023 17:04:56,-273.15
-13/12/2023 17:04:58,-273.15
-13/12/2023 17:05:00,-273.15
-13/12/2023 17:05:02,-273.15
-13/12/2023 17:05:04,-273.15
-13/12/2023 17:05:06,-273.15
-13/12/2023 17:05:08,-273.15
-13/12/2023 17:05:10,-273.15
-13/12/2023 17:05:12,-273.15
-13/12/2023 17:05:14,-273.15
-13/12/2023 17:05:17,-273.15
-13/12/2023 17:05:19,-273.15
-13/12/2023 17:05:21,-273.15
-13/12/2023 17:05:23,-273.15
-13/12/2023 17:05:25,-273.15
-13/12/2023 17:05:27,-273.15
-13/12/2023 17:05:29,-273.15
-13/12/2023 17:05:31,-273.15
-13/12/2023 17:05:33,-273.15
-13/12/2023 17:05:35,-273.15
-13/12/2023 17:05:37,-273.15
-13/12/2023 17:05:39,-273.15
-13/12/2023 17:05:41,-273.15
-13/12/2023 17:05:43,-273.15
-13/12/2023 17:05:45,-273.15
-13/12/2023 17:05:47,-273.15
-13/12/2023 17:05:49,-273.15
-13/12/2023 17:05:51,-273.15
-13/12/2023 17:05:53,-273.15
-13/12/2023 17:05:55,-273.15
-13/12/2023 17:05:57,-273.15
-13/12/2023 17:05:59,-273.15
-13/12/2023 17:06:01,-273.15
-13/12/2023 17:06:03,-273.15
-13/12/2023 17:06:05,-273.15
-13/12/2023 17:06:07,-273.15
-13/12/2023 17:06:09,-273.15
-13/12/2023 17:06:11,-273.15
-13/12/2023 17:06:13,-273.15
-13/12/2023 17:06:15,-273.15
-13/12/2023 17:06:17,-273.15
-13/12/2023 17:06:19,-273.15
-13/12/2023 17:06:21,-273.15
-13/12/2023 17:06:23,-273.15
-13/12/2023 17:06:25,-273.15
-13/12/2023 17:06:27,-273.15
-13/12/2023 17:06:29,-273.15
-13/12/2023 17:06:31,-273.15
-13/12/2023 17:06:33,-273.15
-13/12/2023 17:06:35,-273.15
-13/12/2023 17:06:37,-273.15
-13/12/2023 17:06:39,-273.15
-13/12/2023 17:06:41,-273.15
-13/12/2023 17:06:43,-273.15
-13/12/2023 17:06:45,-273.15
-13/12/2023 17:06:47,-273.15
-13/12/2023 17:06:49,-273.15
-13/12/2023 17:06:51,-273.15
-13/12/2023 17:06:53,-273.15
-13/12/2023 17:06:55,-273.15
-13/12/2023 17:06:57,-273.15
-13/12/2023 17:06:59,-273.15
-13/12/2023 17:07:01,-273.15
-13/12/2023 17:07:03,-273.15
-13/12/2023 17:07:05,-273.15
-13/12/2023 17:07:07,-273.15
-13/12/2023 17:07:09,-273.15
-13/12/2023 17:07:11,-273.15
-13/12/2023 17:07:14,-273.15
-13/12/2023 17:07:16,-273.15
-13/12/2023 17:07:18,-273.15
-13/12/2023 17:07:20,-273.15
-13/12/2023 17:07:22,-273.15
-13/12/2023 17:07:24,-273.15
-13/12/2023 17:07:26,-273.15
-13/12/2023 17:07:28,-273.15
-13/12/2023 17:07:30,-273.15
-13/12/2023 17:07:32,-273.15
-13/12/2023 17:07:34,-273.15
-13/12/2023 17:07:36,-273.15
-13/12/2023 17:07:38,-273.15
-13/12/2023 17:07:40,-273.15
-13/12/2023 17:07:42,-273.15
-13/12/2023 17:07:44,-273.15
-13/12/2023 17:07:46,-273.15
-13/12/2023 17:07:48,-273.15
-13/12/2023 17:07:50,-273.15
-13/12/2023 17:07:52,-273.15
-13/12/2023 17:07:54,-273.15
-13/12/2023 17:07:56,-273.15
-13/12/2023 17:07:58,-273.15
-13/12/2023 17:08:00,-273.15
-13/12/2023 17:08:02,-273.15
-13/12/2023 17:08:04,-273.15
-13/12/2023 17:08:06,-273.15
-13/12/2023 17:08:08,-273.15
-13/12/2023 17:08:10,-273.15
-13/12/2023 17:08:12,-273.15
-13/12/2023 17:08:14,-273.15
-13/12/2023 17:08:16,-273.15
-13/12/2023 17:08:18,-273.15
-13/12/2023 17:08:20,-273.15
-13/12/2023 17:08:22,-273.15
-13/12/2023 17:08:24,-273.15
-13/12/2023 17:08:26,-273.15
-13/12/2023 17:08:28,-273.15
-13/12/2023 17:08:30,-273.15
-13/12/2023 17:08:32,-273.15
-13/12/2023 17:08:34,-273.15
-13/12/2023 17:08:36,-273.15
-13/12/2023 17:08:38,-273.15
-13/12/2023 17:08:40,-273.15
-13/12/2023 17:08:42,-273.15
-13/12/2023 17:08:44,-273.15
-13/12/2023 17:08:46,-273.15
-13/12/2023 17:08:48,-273.15
-13/12/2023 17:08:50,-273.15
-13/12/2023 17:08:52,-273.15
-13/12/2023 17:08:55,-273.15
-13/12/2023 17:08:57,-273.15
-13/12/2023 17:08:59,-273.15
-13/12/2023 17:09:01,-273.15
-13/12/2023 17:09:03,-273.15
-13/12/2023 17:09:05,-273.15
-13/12/2023 17:09:07,-273.15
-13/12/2023 17:09:09,-273.15
-13/12/2023 17:09:11,-273.15
-13/12/2023 17:09:13,-273.15
-13/12/2023 17:09:15,-273.15
-13/12/2023 17:09:17,-273.15
-13/12/2023 17:09:19,-273.15
-13/12/2023 17:09:21,-273.15
-13/12/2023 17:09:23,-273.15
-13/12/2023 17:09:25,-273.15
-13/12/2023 17:09:27,-273.15
-13/12/2023 17:09:29,-273.15
-13/12/2023 17:09:31,-273.15
-13/12/2023 17:09:33,-273.15
-13/12/2023 17:09:35,-273.15
-13/12/2023 17:09:37,-273.15
-13/12/2023 17:09:39,-273.15
-13/12/2023 17:09:41,-273.15
-13/12/2023 17:09:43,-273.15
-13/12/2023 17:09:45,-273.15
-13/12/2023 17:09:47,-273.15
-13/12/2023 17:09:49,-273.15
-13/12/2023 17:09:51,-273.15
-13/12/2023 17:09:53,-273.15
-13/12/2023 17:09:55,-273.15
-13/12/2023 17:09:57,-273.15
-13/12/2023 17:09:59,-273.15
-13/12/2023 17:10:01,-273.15
-13/12/2023 17:10:03,-273.15
-13/12/2023 17:10:05,-273.15
-13/12/2023 17:10:07,-273.15
-13/12/2023 17:10:09,-273.15
-13/12/2023 17:10:11,-273.15
-13/12/2023 17:10:13,-273.15
-13/12/2023 17:10:15,-273.15
-13/12/2023 17:10:17,-273.15
-13/12/2023 17:10:19,-273.15
-13/12/2023 17:10:21,-273.15
-13/12/2023 17:10:23,-273.15
-13/12/2023 17:10:25,-273.15
-13/12/2023 17:10:27,-273.15
-13/12/2023 17:10:29,-273.15
-13/12/2023 17:10:31,-273.15
-13/12/2023 17:10:33,-273.15
-13/12/2023 17:10:35,-273.15
-13/12/2023 17:10:37,-273.15
-13/12/2023 17:10:39,-273.15
-13/12/2023 17:10:41,-273.15
-13/12/2023 17:10:43,-273.15
-13/12/2023 17:10:45,-273.15
-13/12/2023 17:10:47,-273.15
-13/12/2023 17:10:49,-273.15
-13/12/2023 17:10:51,-273.15
-13/12/2023 17:10:53,-273.15
-13/12/2023 17:10:56,-273.15
-13/12/2023 17:10:58,-273.15
-13/12/2023 17:11:00,-273.15
-13/12/2023 17:11:02,-273.15
-13/12/2023 17:11:04,-273.15
-13/12/2023 17:11:06,-273.15
-13/12/2023 17:11:08,-273.15
-13/12/2023 17:11:10,-273.15
-13/12/2023 17:11:12,-273.15
-13/12/2023 17:11:14,-273.15
-13/12/2023 17:11:16,-273.15
-13/12/2023 17:11:18,-273.15
-13/12/2023 17:11:20,-273.15
-13/12/2023 17:11:22,-273.15
-13/12/2023 17:11:24,-273.15
-13/12/2023 17:11:26,-273.15
-13/12/2023 17:11:28,-273.15
-13/12/2023 17:11:30,-273.15
-13/12/2023 17:11:32,-273.15
-13/12/2023 17:11:34,-273.15
-13/12/2023 17:11:36,-273.15
-13/12/2023 17:11:38,-273.15
-13/12/2023 17:11:40,-273.15
-13/12/2023 17:11:42,-273.15
-13/12/2023 17:11:44,-273.15
-13/12/2023 17:11:46,-273.15
-13/12/2023 17:11:48,-273.15
-13/12/2023 17:11:50,-273.15
-13/12/2023 17:11:52,-273.15
-13/12/2023 17:11:54,-273.15
-13/12/2023 17:11:56,-273.15
-13/12/2023 17:11:58,-273.15
-13/12/2023 17:12:00,-273.15
-13/12/2023 17:12:02,-273.15
-13/12/2023 17:12:04,-273.15
-13/12/2023 17:12:06,-273.15
-13/12/2023 17:12:08,-273.15
-13/12/2023 17:12:10,-273.15
-13/12/2023 17:12:12,-273.15
-13/12/2023 17:12:14,-273.15
-13/12/2023 17:12:16,-273.15
-13/12/2023 17:12:18,-273.15
-13/12/2023 17:12:20,-273.15
-13/12/2023 17:12:22,-273.15
-13/12/2023 17:12:24,-273.15
-13/12/2023 17:12:26,-273.15
-13/12/2023 17:12:28,-273.15
-13/12/2023 17:12:30,-273.15
-13/12/2023 17:12:32,-273.15
-13/12/2023 17:12:34,-273.15
-13/12/2023 17:12:36,-273.15
-13/12/2023 17:12:38,-273.15
-13/12/2023 17:12:40,-273.15
-13/12/2023 17:12:42,-273.15
-13/12/2023 17:12:44,-273.15
-13/12/2023 17:12:46,-273.15
-13/12/2023 17:12:48,-273.15
-13/12/2023 17:12:51,-273.15
-13/12/2023 17:12:53,-273.15
-13/12/2023 17:12:55,-273.15
-13/12/2023 17:12:57,-273.15
-13/12/2023 17:12:59,-273.15
-13/12/2023 17:13:01,-273.15
-13/12/2023 17:13:03,-273.15
-13/12/2023 17:13:05,-273.15
-13/12/2023 17:13:07,-273.15
-13/12/2023 17:13:09,-273.15
-13/12/2023 17:13:11,-273.15
-13/12/2023 17:13:13,-273.15
-13/12/2023 17:13:15,-273.15
-13/12/2023 17:13:17,-273.15
-13/12/2023 17:13:19,-273.15
-13/12/2023 17:13:21,-273.15
-13/12/2023 17:13:23,-273.15
-13/12/2023 17:13:25,-273.15
-13/12/2023 17:13:27,-273.15
-13/12/2023 17:13:29,-273.15
-13/12/2023 17:13:31,-273.15
-13/12/2023 17:13:33,-273.15
-13/12/2023 17:13:35,-273.15
-13/12/2023 17:13:37,-273.15
-13/12/2023 17:13:39,-273.15
-13/12/2023 17:13:41,-273.15
-13/12/2023 17:13:43,-273.15
-13/12/2023 17:13:45,-273.15
-13/12/2023 17:13:47,-273.15
-13/12/2023 17:13:49,-273.15
-13/12/2023 17:13:51,-273.15
-13/12/2023 17:13:53,-273.15
-13/12/2023 17:13:55,-273.15
-13/12/2023 17:13:57,-273.15
-13/12/2023 17:13:59,-273.15
-13/12/2023 17:14:01,-273.15
-13/12/2023 17:14:03,-273.15
-13/12/2023 17:14:05,-273.15
-13/12/2023 17:14:07,-273.15
-13/12/2023 17:14:09,-273.15
-13/12/2023 17:14:11,-273.15
-13/12/2023 17:14:13,-273.15
-13/12/2023 17:14:15,-273.15
-13/12/2023 17:14:17,-273.15
-13/12/2023 17:14:19,-273.15
-13/12/2023 17:14:21,-273.15
-13/12/2023 17:14:23,-273.15
-13/12/2023 17:14:25,-273.15
-13/12/2023 17:14:27,-273.15
-13/12/2023 17:14:29,-273.15
-13/12/2023 17:14:31,-273.15
-13/12/2023 17:14:33,-273.15
-13/12/2023 17:14:35,-273.15
-13/12/2023 17:14:37,-273.15
-13/12/2023 17:14:39,-273.15
-13/12/2023 17:14:41,-273.15
-13/12/2023 17:14:43,-273.15
-13/12/2023 17:14:45,-273.15
-13/12/2023 17:14:47,-273.15
-13/12/2023 17:14:49,-273.15
-13/12/2023 17:14:52,-273.15
-13/12/2023 17:14:54,-273.15
-13/12/2023 17:14:56,-273.15
-13/12/2023 17:14:58,-273.15
-13/12/2023 17:15:00,-273.15
-13/12/2023 17:15:02,-273.15
-13/12/2023 17:15:04,-273.15
-13/12/2023 17:15:06,-273.15
-13/12/2023 17:15:08,-273.15
-13/12/2023 17:15:10,-273.15
-13/12/2023 17:15:12,-273.15
-13/12/2023 17:15:14,-273.15
-13/12/2023 17:15:16,-273.15
-13/12/2023 17:15:18,-273.15
-13/12/2023 17:15:20,-273.15
-13/12/2023 17:15:22,-273.15
-13/12/2023 17:15:24,-273.15
-13/12/2023 17:15:26,-273.15
-13/12/2023 17:15:28,-273.15
-13/12/2023 17:15:30,-273.15
-13/12/2023 17:15:32,-273.15
-13/12/2023 17:15:34,-273.15
-13/12/2023 17:15:36,-273.15
-13/12/2023 17:15:38,-273.15
-13/12/2023 17:15:40,-273.15
-13/12/2023 17:15:42,-273.15
-13/12/2023 17:15:44,-273.15
-13/12/2023 17:15:46,-273.15
-13/12/2023 17:15:48,-273.15
-13/12/2023 17:15:50,-273.15
-13/12/2023 17:15:52,-273.15
-13/12/2023 17:15:54,-273.15
-13/12/2023 17:15:56,-273.15
-13/12/2023 17:15:58,-273.15
-13/12/2023 17:16:00,-273.15
-13/12/2023 17:16:02,-273.15
-13/12/2023 17:16:04,-273.15
-13/12/2023 17:16:06,-273.15
-13/12/2023 17:16:08,-273.15
-13/12/2023 17:16:10,-273.15
-13/12/2023 17:16:12,-273.15
-13/12/2023 17:16:14,-273.15
-13/12/2023 17:16:16,-273.15
-13/12/2023 17:16:18,-273.15
-13/12/2023 17:16:20,-273.15
-13/12/2023 17:16:22,-273.15
-13/12/2023 17:16:24,-273.15
-13/12/2023 17:16:26,-273.15
-13/12/2023 17:16:28,-273.15
-13/12/2023 17:16:30,-273.15
-13/12/2023 17:16:32,-273.15
-13/12/2023 17:16:34,-273.15
-13/12/2023 17:16:36,-273.15
-13/12/2023 17:16:38,-273.15
-13/12/2023 17:16:40,-273.15
-13/12/2023 17:16:42,-273.15
-13/12/2023 17:16:44,-273.15
-13/12/2023 17:16:47,-273.15
-13/12/2023 17:16:49,-273.15
-13/12/2023 17:16:51,-273.15
-13/12/2023 17:16:53,-273.15
-13/12/2023 17:16:55,-273.15
-13/12/2023 17:16:57,-273.15
-13/12/2023 17:16:59,-273.15
-13/12/2023 17:17:01,-273.15
-13/12/2023 17:17:03,-273.15
-13/12/2023 17:17:05,-273.15
-13/12/2023 17:17:07,-273.15
-13/12/2023 17:17:09,-273.15
-13/12/2023 17:17:11,-273.15
-13/12/2023 17:17:13,-273.15
-13/12/2023 17:17:15,-273.15
-13/12/2023 17:17:17,-273.15
-13/12/2023 17:17:19,-273.15
-13/12/2023 17:17:21,-273.15
-13/12/2023 17:17:23,-273.15
-13/12/2023 17:17:25,-273.15
-13/12/2023 17:17:27,-273.15
-13/12/2023 17:17:29,-273.15
-13/12/2023 17:17:31,-273.15
-13/12/2023 17:17:33,-273.15
-13/12/2023 17:17:35,-273.15
-13/12/2023 17:17:37,-273.15
-13/12/2023 17:17:39,-273.15
-13/12/2023 17:17:41,-273.15
-13/12/2023 17:17:43,-273.15
-13/12/2023 17:17:45,-273.15
-13/12/2023 17:17:47,-273.15
-13/12/2023 17:17:49,-273.15
-13/12/2023 17:17:51,-273.15
-13/12/2023 17:17:53,-273.15
-13/12/2023 17:17:55,-273.15
-13/12/2023 17:17:57,-273.15
-13/12/2023 17:17:59,-273.15
-13/12/2023 17:18:01,-273.15
-13/12/2023 17:18:03,-273.15
-13/12/2023 17:18:05,-273.15
-13/12/2023 17:18:07,-273.15
-13/12/2023 17:18:09,-273.15
-13/12/2023 17:18:11,-273.15
-13/12/2023 17:18:13,-273.15
-13/12/2023 17:18:15,-273.15
-13/12/2023 17:18:17,-273.15
-13/12/2023 17:18:19,-273.15
-13/12/2023 17:18:21,-273.15
-13/12/2023 17:18:23,-273.15
-13/12/2023 17:18:25,-273.15
-13/12/2023 17:18:27,-273.15
-13/12/2023 17:18:29,-273.15
-13/12/2023 17:18:31,-273.15
-13/12/2023 17:18:33,-273.15
-13/12/2023 17:18:35,-273.15
-13/12/2023 17:18:37,-273.15
-13/12/2023 17:18:39,-273.15
-13/12/2023 17:18:41,-273.15
-13/12/2023 17:18:43,-273.15
-13/12/2023 17:18:45,-273.15
-13/12/2023 17:18:47,-273.15
-13/12/2023 17:18:49,-273.15
-13/12/2023 17:18:51,-273.15
-13/12/2023 17:18:53,-273.15
-13/12/2023 17:18:55,-273.15
-13/12/2023 17:18:58,-273.15
-13/12/2023 17:19:00,-273.15
-13/12/2023 17:19:02,-273.15
-13/12/2023 17:19:04,-273.15
-13/12/2023 17:19:06,-273.15
-13/12/2023 17:19:08,-273.15
-13/12/2023 17:19:10,-273.15
-13/12/2023 17:19:12,-273.15
-13/12/2023 17:19:14,-273.15
-13/12/2023 17:19:16,-273.15
-13/12/2023 17:19:18,-273.15
-13/12/2023 17:19:20,-273.15
-13/12/2023 17:19:22,-273.15
-13/12/2023 17:19:24,-273.15
-13/12/2023 17:19:26,-273.15
-13/12/2023 17:19:28,-273.15
-13/12/2023 17:19:30,-273.15
-13/12/2023 17:19:32,-273.15
-13/12/2023 17:19:34,-273.15
-13/12/2023 17:19:36,-273.15
-13/12/2023 17:19:38,-273.15
-13/12/2023 17:19:40,-273.15
-13/12/2023 17:19:42,-273.15
-13/12/2023 17:19:44,-273.15
-13/12/2023 17:19:46,-273.15
-13/12/2023 17:19:48,-273.15
-13/12/2023 17:19:50,-273.15
-13/12/2023 17:19:52,-273.15
-13/12/2023 17:19:54,-273.15
-13/12/2023 17:19:56,-273.15
-13/12/2023 17:19:58,-273.15
-13/12/2023 17:20:00,-273.15
-13/12/2023 17:20:02,-273.15
-13/12/2023 17:20:04,-273.15
-13/12/2023 17:20:06,-273.15
-13/12/2023 17:20:08,-273.15
-13/12/2023 17:20:10,-273.15
-13/12/2023 17:20:12,-273.15
-13/12/2023 17:20:14,-273.15
-13/12/2023 17:20:16,-273.15
-13/12/2023 17:20:18,-273.15
-13/12/2023 17:20:20,-273.15
-13/12/2023 17:20:22,-273.15
-13/12/2023 17:20:24,-273.15
-13/12/2023 17:20:26,-273.15
-13/12/2023 17:20:28,-273.15
-13/12/2023 17:20:30,-273.15
-13/12/2023 17:20:32,-273.15
-13/12/2023 17:20:34,-273.15
-13/12/2023 17:20:36,-273.15
-13/12/2023 17:20:38,-273.15
-13/12/2023 17:20:40,-273.15
-13/12/2023 17:20:42,-273.15
-13/12/2023 17:20:44,-273.15
-13/12/2023 17:20:46,-273.15
-13/12/2023 17:20:48,-273.15
-13/12/2023 17:20:50,-273.15
-13/12/2023 17:20:52,-273.15
-13/12/2023 17:20:54,-273.15
-13/12/2023 17:20:56,-273.15
-13/12/2023 17:20:59,-273.15
-13/12/2023 17:21:01,-273.15
-13/12/2023 17:21:03,-273.15
-13/12/2023 17:21:05,-273.15
-13/12/2023 17:21:07,-273.15
-13/12/2023 17:21:09,-273.15
-13/12/2023 17:21:11,-273.15
-13/12/2023 17:21:13,-273.15
-13/12/2023 17:21:15,-273.15
-13/12/2023 17:21:17,-273.15
-13/12/2023 17:21:19,-273.15
-13/12/2023 17:21:21,-273.15
-13/12/2023 17:21:23,-273.15
-13/12/2023 17:21:25,-273.15
-13/12/2023 17:21:27,-273.15
-13/12/2023 17:21:29,-273.15
-13/12/2023 17:21:31,-273.15
-13/12/2023 17:21:33,-273.15
-13/12/2023 17:21:35,-273.15
-13/12/2023 17:21:37,-273.15
-13/12/2023 17:21:39,-273.15
-13/12/2023 17:21:41,-273.15
-13/12/2023 17:21:43,-273.15
-13/12/2023 17:21:45,-273.15
-13/12/2023 17:21:47,-273.15
-13/12/2023 17:21:49,-273.15
-13/12/2023 17:21:51,-273.15
-13/12/2023 17:21:53,-273.15
-13/12/2023 17:21:55,-273.15
-13/12/2023 17:21:57,-273.15
-13/12/2023 17:21:59,-273.15
-13/12/2023 17:22:01,-273.15
-13/12/2023 17:22:03,-273.15
-13/12/2023 17:22:05,-273.15
-13/12/2023 17:22:07,-273.15
-13/12/2023 17:22:09,-273.15
-13/12/2023 17:22:11,-273.15
-13/12/2023 17:22:13,-273.15
-13/12/2023 17:22:15,-273.15
-13/12/2023 17:22:17,-273.15
-13/12/2023 17:22:19,-273.15
-13/12/2023 17:22:21,-273.15
-13/12/2023 17:22:23,-273.15
-13/12/2023 17:22:25,-273.15
-13/12/2023 17:22:27,-273.15
-13/12/2023 17:22:29,-273.15
-13/12/2023 17:22:31,-273.15
-13/12/2023 17:22:33,-273.15
-13/12/2023 17:22:35,-273.15
-13/12/2023 17:22:37,-273.15
-13/12/2023 17:22:39,-273.15
-13/12/2023 17:22:41,-273.15
-13/12/2023 17:22:43,-273.15
-13/12/2023 17:22:45,-273.15
-13/12/2023 17:22:47,-273.15
-13/12/2023 17:22:50,-273.15
-13/12/2023 17:22:52,-273.15
-13/12/2023 17:22:54,-273.15
-13/12/2023 17:22:56,-273.15
-13/12/2023 17:22:58,-273.15
-13/12/2023 17:23:00,-273.15
-13/12/2023 17:23:02,-273.15
-13/12/2023 17:23:04,-273.15
-13/12/2023 17:23:06,-273.15
-13/12/2023 17:23:08,-273.15
-13/12/2023 17:23:10,-273.15
-13/12/2023 17:23:12,-273.15
-13/12/2023 17:23:14,-273.15
-13/12/2023 17:23:16,-273.15
-13/12/2023 17:23:18,-273.15
-13/12/2023 17:23:20,-273.15
-13/12/2023 17:23:22,-273.15
-13/12/2023 17:23:24,-273.15
-13/12/2023 17:23:26,-273.15
-13/12/2023 17:23:28,-273.15
-13/12/2023 17:23:30,-273.15
-13/12/2023 17:23:32,-273.15
-13/12/2023 17:23:34,-273.15
-13/12/2023 17:23:37,-273.15
-13/12/2023 17:23:39,-273.15
-13/12/2023 17:23:41,-273.15
-13/12/2023 17:23:43,-273.15
-13/12/2023 17:23:45,-273.15
-13/12/2023 17:23:47,-273.15
-13/12/2023 17:23:49,-273.15
-13/12/2023 17:23:51,-273.15
-13/12/2023 17:23:53,-273.15
-13/12/2023 17:23:55,-273.15
-13/12/2023 17:23:57,-273.15
-13/12/2023 17:23:59,-273.15
-13/12/2023 17:24:01,-273.15
-13/12/2023 17:24:03,-273.15
-13/12/2023 17:24:05,-273.15
-13/12/2023 17:24:07,-273.15
-13/12/2023 17:24:09,-273.15
-13/12/2023 17:24:12,-273.15
-13/12/2023 17:24:14,-273.15
-13/12/2023 17:24:16,-273.15
-13/12/2023 17:24:18,-273.15
-13/12/2023 17:24:20,-273.15
-13/12/2023 17:24:22,-273.15
-13/12/2023 17:24:24,-273.15
-13/12/2023 17:24:26,-273.15
-13/12/2023 17:24:28,-273.15
-13/12/2023 17:24:30,-273.15
-13/12/2023 17:24:32,-273.15
-13/12/2023 17:24:34,-273.15
-13/12/2023 17:24:36,-273.15
-13/12/2023 17:24:38,-273.15
-13/12/2023 17:24:40,-273.15
-13/12/2023 17:24:42,-273.15
-13/12/2023 17:24:44,-273.15
-13/12/2023 17:24:46,-273.15
-13/12/2023 17:24:49,-273.15
-13/12/2023 17:24:51,-273.15
-13/12/2023 17:24:53,-273.15
-13/12/2023 17:24:55,-273.15
-13/12/2023 17:24:57,-273.15
-13/12/2023 17:24:59,-273.15
-13/12/2023 17:25:01,-273.15
-13/12/2023 17:25:03,-273.15
-13/12/2023 17:25:05,-273.15
-13/12/2023 17:25:07,-273.15
-13/12/2023 17:25:09,-273.15
-13/12/2023 17:25:11,-273.15
-13/12/2023 17:25:13,-273.15
-13/12/2023 17:25:15,-273.15
-13/12/2023 17:25:17,-273.15
-13/12/2023 17:25:19,-273.15
-13/12/2023 17:25:21,-273.15
-13/12/2023 17:25:23,-273.15
-13/12/2023 17:25:25,-273.15
-13/12/2023 17:25:27,-273.15
-13/12/2023 17:25:29,-273.15
-13/12/2023 17:25:31,-273.15
-13/12/2023 17:25:33,-273.15
-13/12/2023 17:25:35,-273.15
-13/12/2023 17:25:37,-273.15
-13/12/2023 17:25:39,-273.15
-13/12/2023 17:25:41,-273.15
-13/12/2023 17:25:43,-273.15
-13/12/2023 17:25:45,-273.15
-13/12/2023 17:25:47,-273.15
-13/12/2023 17:25:49,-273.15
-13/12/2023 17:25:51,-273.15
-13/12/2023 17:25:53,-273.15
-13/12/2023 17:25:55,-273.15
-13/12/2023 17:25:57,-273.15
-13/12/2023 17:25:59,-273.15
-13/12/2023 17:26:02,-273.15
-13/12/2023 17:26:04,-273.15
-13/12/2023 17:26:06,-273.15
-13/12/2023 17:26:08,-273.15
-13/12/2023 17:26:10,-273.15
-13/12/2023 17:26:12,-273.15
-13/12/2023 17:26:14,-273.15
-13/12/2023 17:26:16,-273.15
-13/12/2023 17:26:18,-273.15
-13/12/2023 17:26:20,-273.15
-13/12/2023 17:26:22,-273.15
-13/12/2023 17:26:24,-273.15
-13/12/2023 17:26:26,-273.15
-13/12/2023 17:26:28,-273.15
-13/12/2023 17:26:30,-273.15
-13/12/2023 17:26:32,-273.15
-13/12/2023 17:26:34,-273.15
-13/12/2023 17:26:36,-273.15
-13/12/2023 17:26:38,-273.15
-13/12/2023 17:26:40,-273.15
-13/12/2023 17:26:42,-273.15
-13/12/2023 17:26:44,-273.15
-13/12/2023 17:26:46,-273.15
-13/12/2023 17:26:48,-273.15
-13/12/2023 17:26:50,-273.15
-13/12/2023 17:26:52,-273.15
-13/12/2023 17:26:54,-273.15
-13/12/2023 17:26:56,-273.15
-13/12/2023 17:26:58,-273.15
-13/12/2023 17:27:00,-273.15
-13/12/2023 17:27:02,-273.15
-13/12/2023 17:27:04,-273.15
-13/12/2023 17:27:06,-273.15
-13/12/2023 17:27:08,-273.15
-13/12/2023 17:27:10,-273.15
-13/12/2023 17:27:12,-273.15
-13/12/2023 17:27:14,-273.15
-13/12/2023 17:27:16,-273.15
-13/12/2023 17:27:18,-273.15
-13/12/2023 17:27:20,-273.15
-13/12/2023 17:27:22,-273.15
-13/12/2023 17:27:24,-273.15
-13/12/2023 17:27:26,-273.15
-13/12/2023 17:27:28,-273.15
-13/12/2023 17:27:30,-273.15
-13/12/2023 17:27:32,-273.15
-13/12/2023 17:27:34,-273.15
-13/12/2023 17:27:36,-273.15
-13/12/2023 17:27:39,-273.15
-13/12/2023 17:27:41,-273.15
-13/12/2023 17:27:43,-273.15
-13/12/2023 17:27:45,-273.15
-13/12/2023 17:27:47,-273.15
-13/12/2023 17:27:49,-273.15
-13/12/2023 17:27:51,-273.15
-13/12/2023 17:27:53,-273.15
-13/12/2023 17:27:55,-273.15
-13/12/2023 17:27:57,-273.15
-13/12/2023 17:27:59,-273.15
-13/12/2023 17:28:01,-273.15
-13/12/2023 17:28:03,-273.15
-13/12/2023 17:28:05,-273.15
-13/12/2023 17:28:07,-273.15
-13/12/2023 17:28:09,-273.15
-13/12/2023 17:28:11,-273.15
-13/12/2023 17:28:13,-273.15
-13/12/2023 17:28:15,-273.15
-13/12/2023 17:28:17,-273.15
-13/12/2023 17:28:19,-273.15
-13/12/2023 17:28:21,-273.15
-13/12/2023 17:28:23,-273.15
-13/12/2023 17:28:25,-273.15
-13/12/2023 17:28:27,-273.15
-13/12/2023 17:28:29,-273.15
-13/12/2023 17:28:31,-273.15
-13/12/2023 17:28:33,-273.15
-13/12/2023 17:28:35,-273.15
-13/12/2023 17:28:37,-273.15
-13/12/2023 17:28:39,-273.15
-13/12/2023 17:28:41,-273.15
-13/12/2023 17:28:43,-273.15
-13/12/2023 17:28:45,-273.15
-13/12/2023 17:28:47,-273.15
-13/12/2023 17:28:49,-273.15
-13/12/2023 17:28:51,-273.15
-13/12/2023 17:28:53,-273.15
-13/12/2023 17:28:55,-273.15
-13/12/2023 17:28:57,-273.15
-13/12/2023 17:28:59,-273.15
-13/12/2023 17:29:01,-273.15
-13/12/2023 17:29:03,-273.15
-13/12/2023 17:29:05,-273.15
-13/12/2023 17:29:07,-273.15
-13/12/2023 17:29:09,-273.15
-13/12/2023 17:29:11,-273.15
-13/12/2023 17:29:13,-273.15
-13/12/2023 17:29:15,-273.15
-13/12/2023 17:29:17,-273.15
-13/12/2023 17:29:19,-273.15
-13/12/2023 17:29:21,-273.15
-13/12/2023 17:29:23,-273.15
-13/12/2023 17:29:25,-273.15
-13/12/2023 17:29:27,-273.15
-13/12/2023 17:29:29,-273.15
-13/12/2023 17:29:31,-273.15
-13/12/2023 17:29:33,-273.15
-13/12/2023 17:29:35,-273.15
-13/12/2023 17:29:37,-273.15
-13/12/2023 17:29:39,-273.15
-13/12/2023 17:29:41,-273.15
-13/12/2023 17:29:43,-273.15
-13/12/2023 17:29:45,-273.15
-13/12/2023 17:29:47,-273.15
-13/12/2023 17:29:50,-273.15
-13/12/2023 17:29:52,-273.15
-13/12/2023 17:29:54,-273.15
-13/12/2023 17:29:56,-273.15
-13/12/2023 17:29:58,-273.15
-13/12/2023 17:30:00,-273.15
-13/12/2023 17:30:02,-273.15
-13/12/2023 17:30:04,-273.15
-13/12/2023 17:30:06,-273.15
-13/12/2023 17:30:08,-273.15
-13/12/2023 17:30:10,-273.15
-13/12/2023 17:30:12,-273.15
-13/12/2023 17:30:14,-273.15
-13/12/2023 17:30:16,-273.15
-13/12/2023 17:30:18,-273.15
-13/12/2023 17:30:20,-273.15
-13/12/2023 17:30:22,-273.15
-13/12/2023 17:30:24,-273.15
-13/12/2023 17:30:26,-273.15
-13/12/2023 17:30:28,-273.15
-13/12/2023 17:30:30,-273.15
-13/12/2023 17:30:32,-273.15
-13/12/2023 17:30:34,-273.15
-13/12/2023 17:30:36,-273.15
-13/12/2023 17:30:38,-273.15
-13/12/2023 17:30:40,-273.15
-13/12/2023 17:30:43,-273.15
-13/12/2023 17:30:45,-273.15
-13/12/2023 17:30:47,-273.15
-13/12/2023 17:30:49,-273.15
-13/12/2023 17:30:51,-273.15
-13/12/2023 17:30:53,-273.15
-13/12/2023 17:30:55,-273.15
-13/12/2023 17:30:57,-273.15
-13/12/2023 17:30:59,-273.15
-13/12/2023 17:31:01,-273.15
-13/12/2023 17:31:03,-273.15
-13/12/2023 17:31:05,-273.15
-13/12/2023 17:31:07,-273.15
-13/12/2023 17:31:09,-273.15
-13/12/2023 17:31:11,-273.15
-13/12/2023 17:31:13,-273.15
-13/12/2023 17:31:15,-273.15
-13/12/2023 17:31:17,-273.15
-13/12/2023 17:31:19,-273.15
-13/12/2023 17:31:21,-273.15
-13/12/2023 17:31:23,-273.15
-13/12/2023 17:31:25,-273.15
-13/12/2023 17:31:27,-273.15
-13/12/2023 17:31:29,-273.15
-13/12/2023 17:31:32,-273.15
-13/12/2023 17:31:34,-273.15
-13/12/2023 17:31:36,-273.15
-13/12/2023 17:31:38,-273.15
-13/12/2023 17:31:40,-273.15
-13/12/2023 17:31:42,-273.15
-13/12/2023 17:31:44,-273.15
-13/12/2023 17:31:46,-273.15
-13/12/2023 17:31:48,-273.15
-13/12/2023 17:31:50,-273.15
-13/12/2023 17:31:52,-273.15
-13/12/2023 17:31:54,-273.15
-13/12/2023 17:31:56,-273.15
-13/12/2023 17:31:58,-273.15
-13/12/2023 17:32:00,-273.15
-13/12/2023 17:32:02,-273.15
-13/12/2023 17:32:04,-273.15
-13/12/2023 17:32:06,-273.15
-13/12/2023 17:32:08,-273.15
-13/12/2023 17:32:10,-273.15
-13/12/2023 17:32:12,-273.15
-13/12/2023 17:32:14,-273.15
-13/12/2023 17:32:16,-273.15
-13/12/2023 17:32:18,-273.15
-13/12/2023 17:32:20,-273.15
-13/12/2023 17:32:23,-273.15
-13/12/2023 17:32:25,-273.15
-13/12/2023 17:32:27,-273.15
-13/12/2023 17:32:29,-273.15
-13/12/2023 17:32:31,-273.15
-13/12/2023 17:32:33,-273.15
-13/12/2023 17:32:35,-273.15
-13/12/2023 17:32:37,-273.15
-13/12/2023 17:32:39,-273.15
-13/12/2023 17:32:41,-273.15
-13/12/2023 17:32:43,-273.15
-13/12/2023 17:32:45,-273.15
-13/12/2023 17:32:47,-273.15
-13/12/2023 17:32:49,-273.15
-13/12/2023 17:32:51,-273.15
-13/12/2023 17:32:53,-273.15
-13/12/2023 17:32:55,-273.15
-13/12/2023 17:32:57,-273.15
-13/12/2023 17:32:59,-273.15
-13/12/2023 17:33:01,-273.15
-13/12/2023 17:33:03,-273.15
-13/12/2023 17:33:05,-273.15
-13/12/2023 17:33:07,-273.15
-13/12/2023 17:33:09,-273.15
-13/12/2023 17:33:11,-273.15
-13/12/2023 17:33:13,-273.15
-13/12/2023 17:33:15,-273.15
-13/12/2023 17:33:17,-273.15
-13/12/2023 17:33:19,-273.15
-13/12/2023 17:33:21,-273.15
-13/12/2023 17:33:23,-273.15
-13/12/2023 17:33:25,-273.15
-13/12/2023 17:33:27,-273.15
-13/12/2023 17:33:30,-273.15
-13/12/2023 17:33:32,-273.15
-13/12/2023 17:33:34,-273.15
-13/12/2023 17:33:36,-273.15
-13/12/2023 17:33:38,-273.15
-13/12/2023 17:33:40,-273.15
-13/12/2023 17:33:42,-273.15
-13/12/2023 17:33:44,-273.15
-13/12/2023 17:33:46,-273.15
-13/12/2023 17:33:48,-273.15
-13/12/2023 17:33:50,-273.15
-13/12/2023 17:33:52,-273.15
-13/12/2023 17:33:54,-273.15
-13/12/2023 17:33:56,-273.15
-13/12/2023 17:33:58,-273.15
-13/12/2023 17:34:00,-273.15
-13/12/2023 17:34:02,-273.15
-13/12/2023 17:34:04,-273.15
-13/12/2023 17:34:06,-273.15
-13/12/2023 17:34:08,-273.15
-13/12/2023 17:34:10,-273.15
-13/12/2023 17:34:12,-273.15
-13/12/2023 17:34:14,-273.15
-13/12/2023 17:34:16,-273.15
-13/12/2023 17:34:18,-273.15
-13/12/2023 17:34:20,-273.15
-13/12/2023 17:34:22,-273.15
-13/12/2023 17:34:24,-273.15
-13/12/2023 17:34:26,-273.15
-13/12/2023 17:34:28,-273.15
-13/12/2023 17:34:30,-273.15
-13/12/2023 17:34:32,-273.15
-13/12/2023 17:34:34,-273.15
-13/12/2023 17:34:36,-273.15
-13/12/2023 17:34:39,-273.15
-13/12/2023 17:34:41,-273.15
-13/12/2023 17:34:43,-273.15
-13/12/2023 17:34:45,-273.15
-13/12/2023 17:34:47,-273.15
-13/12/2023 17:34:49,-273.15
-13/12/2023 17:34:51,-273.15
-13/12/2023 17:34:53,-273.15
-13/12/2023 17:34:55,-273.15
-13/12/2023 17:34:57,-273.15
-13/12/2023 17:34:59,-273.15
-13/12/2023 17:35:01,-273.15
-13/12/2023 17:35:03,-273.15
-13/12/2023 17:35:05,-273.15
-13/12/2023 17:35:07,-273.15
-13/12/2023 17:35:09,-273.15
-13/12/2023 17:35:11,-273.15
-13/12/2023 17:35:13,-273.15
-13/12/2023 17:35:15,-273.15
-13/12/2023 17:35:17,-273.15
-13/12/2023 17:35:19,-273.15
-13/12/2023 17:35:21,-273.15
-13/12/2023 17:35:23,-273.15
-13/12/2023 17:35:25,-273.15
-13/12/2023 17:35:27,-273.15
-13/12/2023 17:35:29,-273.15
-13/12/2023 17:35:31,-273.15
-13/12/2023 17:35:33,-273.15
-13/12/2023 17:35:35,-273.15
-13/12/2023 17:35:37,-273.15
-13/12/2023 17:35:39,-273.15
-13/12/2023 17:35:41,-273.15
-13/12/2023 17:35:44,-273.15
-13/12/2023 17:35:46,-273.15
-13/12/2023 17:35:48,-273.15
-13/12/2023 17:35:50,-273.15
-13/12/2023 17:35:52,-273.15
-13/12/2023 17:35:54,-273.15
-13/12/2023 17:35:56,-273.15
-13/12/2023 17:35:58,-273.15
-13/12/2023 17:36:00,-273.15
-13/12/2023 17:36:02,-273.15
-13/12/2023 17:36:04,-273.15
-13/12/2023 17:36:06,-273.15
-13/12/2023 17:36:08,-273.15
-13/12/2023 17:36:10,-273.15
-13/12/2023 17:36:12,-273.15
-13/12/2023 17:36:14,-273.15
-13/12/2023 17:36:16,-273.15
-13/12/2023 17:36:18,-273.15
-13/12/2023 17:36:20,-273.15
-13/12/2023 17:36:22,-273.15
-13/12/2023 17:36:24,-273.15
-13/12/2023 17:36:26,-273.15
-13/12/2023 17:36:28,-273.15
-13/12/2023 17:36:30,-273.15
-13/12/2023 17:36:32,-273.15
-13/12/2023 17:36:34,-273.15
-13/12/2023 17:36:36,-273.15
-13/12/2023 17:36:38,-273.15
-13/12/2023 17:36:40,-273.15
-13/12/2023 17:36:42,-273.15
-13/12/2023 17:36:44,-273.15
-13/12/2023 17:36:46,-273.15
-13/12/2023 17:36:48,-273.15
-13/12/2023 17:36:50,-273.15
-13/12/2023 17:36:52,-273.15
-13/12/2023 17:36:54,-273.15
-13/12/2023 17:36:56,-273.15
-13/12/2023 17:36:58,-273.15
-13/12/2023 17:37:00,-273.15
-13/12/2023 17:37:02,-273.15
-13/12/2023 17:37:05,-273.15
-13/12/2023 17:37:07,-273.15
-13/12/2023 17:37:09,-273.15
-13/12/2023 17:37:11,-273.15
-13/12/2023 17:37:13,-273.15
-13/12/2023 17:37:15,-273.15
-13/12/2023 17:37:17,-273.15
-13/12/2023 17:37:19,-273.15
-13/12/2023 17:37:21,-273.15
-13/12/2023 17:37:23,-273.15
-13/12/2023 17:37:25,-273.15
-13/12/2023 17:37:27,-273.15
-13/12/2023 17:37:29,-273.15
-13/12/2023 17:37:31,-273.15
-13/12/2023 17:37:33,-273.15
-13/12/2023 17:37:35,-273.15
-13/12/2023 17:37:37,-273.15
-13/12/2023 17:37:39,-273.15
-13/12/2023 17:37:41,-273.15
-13/12/2023 17:37:43,-273.15
-13/12/2023 17:37:45,-273.15
-13/12/2023 17:37:47,-273.15
-13/12/2023 17:37:49,-273.15
-13/12/2023 17:37:51,-273.15
-13/12/2023 17:37:53,-273.15
-13/12/2023 17:37:55,-273.15
-13/12/2023 17:37:57,-273.15
-13/12/2023 17:37:59,-273.15
-13/12/2023 17:38:01,-273.15
-13/12/2023 17:38:03,-273.15
-13/12/2023 17:38:05,-273.15
-13/12/2023 17:38:07,-273.15
-13/12/2023 17:38:09,-273.15
-13/12/2023 17:38:11,-273.15
-13/12/2023 17:38:13,-273.15
-13/12/2023 17:38:15,-273.15
-13/12/2023 17:38:17,-273.15
-13/12/2023 17:38:19,-273.15
-13/12/2023 17:38:21,-273.15
-13/12/2023 17:38:23,-273.15
-13/12/2023 17:38:25,-273.15
-13/12/2023 17:38:27,-273.15
-13/12/2023 17:38:29,-273.15
-13/12/2023 17:38:31,-273.15
-13/12/2023 17:38:33,-273.15
-13/12/2023 17:38:35,-273.15
-13/12/2023 17:38:37,-273.15
-13/12/2023 17:38:39,-273.15
-13/12/2023 17:38:41,-273.15
-13/12/2023 17:38:43,-273.15
-13/12/2023 17:38:45,-273.15
-13/12/2023 17:38:47,-273.15
-13/12/2023 17:38:49,-273.15
-13/12/2023 17:38:51,-273.15
-13/12/2023 17:38:53,-273.15
-13/12/2023 17:38:55,-273.15
-13/12/2023 17:38:57,-273.15
-13/12/2023 17:38:59,-273.15
-13/12/2023 17:39:01,-273.15
-13/12/2023 17:39:03,-273.15
-13/12/2023 17:39:05,-273.15
-13/12/2023 17:39:07,-273.15
-13/12/2023 17:39:09,-273.15
-13/12/2023 17:39:11,-273.15
-13/12/2023 17:39:13,-273.15
-13/12/2023 17:39:15,-273.15
-13/12/2023 17:39:17,-273.15
-13/12/2023 17:39:19,-273.15
-13/12/2023 17:39:21,-273.15
-13/12/2023 17:39:24,-273.15
-13/12/2023 17:39:26,-273.15
-13/12/2023 17:39:28,-273.15
-13/12/2023 17:39:30,-273.15
-13/12/2023 17:39:32,-273.15
-13/12/2023 17:39:34,-273.15
-13/12/2023 17:39:36,-273.15
-13/12/2023 17:39:38,-273.15
-13/12/2023 17:39:40,-273.15
-13/12/2023 17:39:42,-273.15
-13/12/2023 17:39:44,-273.15
-13/12/2023 17:39:46,-273.15
-13/12/2023 17:39:48,-273.15
-13/12/2023 17:39:50,-273.15
-13/12/2023 17:39:52,-273.15
-13/12/2023 17:39:54,-273.15
-13/12/2023 17:39:56,-273.15
-13/12/2023 17:39:58,-273.15
-13/12/2023 17:40:00,-273.15
-13/12/2023 17:40:02,-273.15
-13/12/2023 17:40:04,-273.15
-13/12/2023 17:40:06,-273.15
-13/12/2023 17:40:08,-273.15
-13/12/2023 17:40:10,-273.15
-13/12/2023 17:40:12,-273.15
-13/12/2023 17:40:14,-273.15
-13/12/2023 17:40:16,-273.15
-13/12/2023 17:40:18,-273.15
-13/12/2023 17:40:20,-273.15
-13/12/2023 17:40:22,-273.15
-13/12/2023 17:40:25,-273.15
-13/12/2023 17:40:27,-273.15
-13/12/2023 17:40:29,-273.15
-13/12/2023 17:40:31,-273.15
-13/12/2023 17:40:33,-273.15
-13/12/2023 17:40:35,-273.15
-13/12/2023 17:40:37,-273.15
-13/12/2023 17:40:39,-273.15
-13/12/2023 17:40:41,-273.15
-13/12/2023 17:40:43,-273.15
-13/12/2023 17:40:45,-273.15
-13/12/2023 17:40:47,-273.15
-13/12/2023 17:40:49,-273.15
-13/12/2023 17:40:51,-273.15
-13/12/2023 17:40:53,-273.15
-13/12/2023 17:40:55,-273.15
-13/12/2023 17:40:57,-273.15
-13/12/2023 17:40:59,-273.15
-13/12/2023 17:41:01,-273.15
-13/12/2023 17:41:03,-273.15
-13/12/2023 17:41:05,-273.15
-13/12/2023 17:41:07,-273.15
-13/12/2023 17:41:09,-273.15
-13/12/2023 17:41:11,-273.15
-13/12/2023 17:41:13,-273.15
-13/12/2023 17:41:16,-273.15
-13/12/2023 17:41:18,-273.15
-13/12/2023 17:41:20,-273.15
-13/12/2023 17:41:22,-273.15
-13/12/2023 17:41:24,-273.15
-13/12/2023 17:41:26,-273.15
-13/12/2023 17:41:28,-273.15
-13/12/2023 17:41:30,-273.15
-13/12/2023 17:41:32,-273.15
-13/12/2023 17:41:34,-273.15
-13/12/2023 17:41:36,-273.15
-13/12/2023 17:41:38,-273.15
-13/12/2023 17:41:40,-273.15
-13/12/2023 17:41:42,-273.15
-13/12/2023 17:41:44,-273.15
-13/12/2023 17:41:46,-273.15
-13/12/2023 17:41:48,-273.15
-13/12/2023 17:41:50,-273.15
-13/12/2023 17:41:52,-273.15
-13/12/2023 17:41:54,-273.15
-13/12/2023 17:41:57,-273.15
-13/12/2023 17:41:59,-273.15
-13/12/2023 17:42:01,-273.15
-13/12/2023 17:42:03,-273.15
-13/12/2023 17:42:05,-273.15
-13/12/2023 17:42:07,-273.15
-13/12/2023 17:42:09,-273.15
-13/12/2023 17:42:11,-273.15
-13/12/2023 17:42:13,-273.15
-13/12/2023 17:42:15,-273.15
-13/12/2023 17:42:17,-273.15
-13/12/2023 17:42:19,-273.15
-13/12/2023 17:42:21,-273.15
-13/12/2023 17:42:23,-273.15
-13/12/2023 17:42:25,-273.15
-13/12/2023 17:42:27,-273.15
-13/12/2023 17:42:29,-273.15
-13/12/2023 17:42:31,-273.15
-13/12/2023 17:42:33,-273.15
-13/12/2023 17:42:35,-273.15
-13/12/2023 17:42:37,-273.15
-13/12/2023 17:42:39,-273.15
-13/12/2023 17:42:41,-273.15
-13/12/2023 17:42:43,-273.15
-13/12/2023 17:42:45,-273.15
-13/12/2023 17:42:47,-273.15
-13/12/2023 17:42:49,-273.15
-13/12/2023 17:42:51,-273.15
-13/12/2023 17:42:53,-273.15
-13/12/2023 17:42:55,-273.15
-13/12/2023 17:42:57,-273.15
-13/12/2023 17:42:59,-273.15
-13/12/2023 17:43:01,-273.15
-13/12/2023 17:43:03,-273.15
-13/12/2023 17:43:05,-273.15
-13/12/2023 17:43:07,-273.15
-13/12/2023 17:43:09,-273.15
-13/12/2023 17:43:11,-273.15
-13/12/2023 17:43:13,-273.15
-13/12/2023 17:43:15,-273.15
-13/12/2023 17:43:17,-273.15
-13/12/2023 17:43:19,-273.15
-13/12/2023 17:43:21,-273.15
-13/12/2023 17:43:23,-273.15
-13/12/2023 17:43:25,-273.15
-13/12/2023 17:43:27,-273.15
-13/12/2023 17:43:29,-273.15
-13/12/2023 17:43:31,-273.15
-13/12/2023 17:43:33,-273.15
-13/12/2023 17:43:35,-273.15
-13/12/2023 17:43:37,-273.15
-13/12/2023 17:43:39,-273.15
-13/12/2023 17:43:41,-273.15
-13/12/2023 17:43:43,-273.15
-13/12/2023 17:43:45,-273.15
-13/12/2023 17:43:47,-273.15
-13/12/2023 17:43:49,-273.15
-13/12/2023 17:43:51,-273.15
-13/12/2023 17:43:54,-273.15
-13/12/2023 17:43:56,-273.15
-13/12/2023 17:43:58,-273.15
-13/12/2023 17:44:00,-273.15
-13/12/2023 17:44:02,-273.15
-13/12/2023 17:44:04,-273.15
-13/12/2023 17:44:06,-273.15
-13/12/2023 17:44:08,-273.15
-13/12/2023 17:44:10,-273.15
-13/12/2023 17:44:12,-273.15
-13/12/2023 17:44:14,-273.15
-13/12/2023 17:44:16,-273.15
-13/12/2023 17:44:18,-273.15
-13/12/2023 17:44:20,-273.15
-13/12/2023 17:44:22,-273.15
-13/12/2023 17:44:24,-273.15
-13/12/2023 17:44:26,-273.15
-13/12/2023 17:44:28,-273.15
-13/12/2023 17:44:30,-273.15
-13/12/2023 17:44:32,-273.15
-13/12/2023 17:44:34,-273.15
-13/12/2023 17:44:36,-273.15
-13/12/2023 17:44:38,-273.15
-13/12/2023 17:44:40,-273.15
-13/12/2023 17:44:42,-273.15
-13/12/2023 17:44:44,-273.15
-13/12/2023 17:44:46,-273.15
-13/12/2023 17:44:48,-273.15
-13/12/2023 17:44:50,-273.15
-13/12/2023 17:44:52,-273.15
-13/12/2023 17:44:54,-273.15
-13/12/2023 17:44:56,-273.15
-13/12/2023 17:44:58,-273.15
-13/12/2023 17:45:00,-273.15
-13/12/2023 17:45:02,-273.15
-13/12/2023 17:45:04,-273.15
-13/12/2023 17:45:06,-273.15
-13/12/2023 17:45:08,-273.15
-13/12/2023 17:45:10,-273.15
-13/12/2023 17:45:12,-273.15
-13/12/2023 17:45:14,-273.15
-13/12/2023 17:45:16,-273.15
-13/12/2023 17:45:18,-273.15
-13/12/2023 17:45:20,-273.15
-13/12/2023 17:45:22,-273.15
-13/12/2023 17:45:24,-273.15
-13/12/2023 17:45:26,-273.15
-13/12/2023 17:45:28,-273.15
-13/12/2023 17:45:30,-273.15
-13/12/2023 17:45:32,-273.15
-13/12/2023 17:45:34,-273.15
-13/12/2023 17:45:36,-273.15
-13/12/2023 17:45:38,-273.15
-13/12/2023 17:45:40,-273.15
-13/12/2023 17:45:42,-273.15
-13/12/2023 17:45:44,-273.15
-13/12/2023 17:45:46,-273.15
-13/12/2023 17:45:48,-273.15
-13/12/2023 17:45:50,-273.15
-13/12/2023 17:45:52,-273.15
-13/12/2023 17:45:54,-273.15
-13/12/2023 17:45:56,-273.15
-13/12/2023 17:45:58,-273.15
-13/12/2023 17:46:00,-273.15
-13/12/2023 17:46:02,-273.15
-13/12/2023 17:46:04,-273.15
-13/12/2023 17:46:06,-273.15
-13/12/2023 17:46:08,-273.15
-13/12/2023 17:46:10,-273.15
-13/12/2023 17:46:12,-273.15
-13/12/2023 17:46:14,-273.15
-13/12/2023 17:46:16,-273.15
-13/12/2023 17:46:18,-273.15
-13/12/2023 17:46:20,-273.15
-13/12/2023 17:46:22,-273.15
-13/12/2023 17:46:24,-273.15
-13/12/2023 17:46:26,-273.15
-13/12/2023 17:46:28,-273.15
-13/12/2023 17:46:30,-273.15
-13/12/2023 17:46:32,-273.15
-13/12/2023 17:46:34,-273.15
-13/12/2023 17:46:36,-273.15
-13/12/2023 17:46:38,-273.15
-13/12/2023 17:46:40,-273.15
-13/12/2023 17:46:42,-273.15
-13/12/2023 17:46:44,-273.15
-13/12/2023 17:46:46,-273.15
-13/12/2023 17:46:48,-273.15
-13/12/2023 17:46:50,-273.15
-13/12/2023 17:46:52,-273.15
-13/12/2023 17:46:55,-273.15
-13/12/2023 17:46:57,-273.15
-13/12/2023 17:46:59,-273.15
-13/12/2023 17:47:01,-273.15
-13/12/2023 17:47:03,-273.15
-13/12/2023 17:47:05,-273.15
-13/12/2023 17:47:07,-273.15
-13/12/2023 17:47:09,-273.15
-13/12/2023 17:47:11,-273.15
-13/12/2023 17:47:13,-273.15
-13/12/2023 17:47:15,-273.15
-13/12/2023 17:47:17,-273.15
-13/12/2023 17:47:19,-273.15
-13/12/2023 17:47:21,-273.15
-13/12/2023 17:47:23,-273.15
-13/12/2023 17:47:25,-273.15
-13/12/2023 17:47:27,-273.15
-13/12/2023 17:47:29,-273.15
-13/12/2023 17:47:31,-273.15
-13/12/2023 17:47:33,-273.15
-13/12/2023 17:47:35,-273.15
-13/12/2023 17:47:37,-273.15
-13/12/2023 17:47:39,-273.15
-13/12/2023 17:47:41,-273.15
-13/12/2023 17:47:43,-273.15
-13/12/2023 17:47:45,-273.15
-13/12/2023 17:47:47,-273.15
-13/12/2023 17:47:49,-273.15
-13/12/2023 17:47:51,-273.15
-13/12/2023 17:47:53,-273.15
-13/12/2023 17:47:55,-273.15
-13/12/2023 17:47:57,-273.15
-13/12/2023 17:47:59,-273.15
-13/12/2023 17:48:01,-273.15
-13/12/2023 17:48:03,-273.15
-13/12/2023 17:48:05,-273.15
-13/12/2023 17:48:07,-273.15
-13/12/2023 17:48:09,-273.15
-13/12/2023 17:48:11,-273.15
-13/12/2023 17:48:13,-273.15
-13/12/2023 17:48:15,-273.15
-13/12/2023 17:48:17,-273.15
-13/12/2023 17:48:19,-273.15
-13/12/2023 17:48:21,-273.15
-13/12/2023 17:48:23,-273.15
-13/12/2023 17:48:25,-273.15
-13/12/2023 17:48:27,-273.15
-13/12/2023 17:48:29,-273.15
-13/12/2023 17:48:31,-273.15
-13/12/2023 17:48:33,-273.15
-13/12/2023 17:48:35,-273.15
-13/12/2023 17:48:37,-273.15
-13/12/2023 17:48:39,-273.15
-13/12/2023 17:48:41,-273.15
-13/12/2023 17:48:43,-273.15
-13/12/2023 17:48:45,-273.15
-13/12/2023 17:48:47,-273.15
-13/12/2023 17:48:49,-273.15
-13/12/2023 17:48:51,-273.15
-13/12/2023 17:48:53,-273.15
-13/12/2023 17:48:55,-273.15
-13/12/2023 17:48:57,-273.15
-13/12/2023 17:48:59,-273.15
-13/12/2023 17:49:01,-273.15
-13/12/2023 17:49:03,-273.15
-13/12/2023 17:49:05,-273.15
-13/12/2023 17:49:07,-273.15
-13/12/2023 17:49:09,-273.15
-13/12/2023 17:49:11,-273.15
-13/12/2023 17:49:13,-273.15
-13/12/2023 17:49:15,-273.15
-13/12/2023 17:49:17,-273.15
-13/12/2023 17:49:19,-273.15
-13/12/2023 17:49:21,-273.15
-13/12/2023 17:49:23,-273.15
-13/12/2023 17:49:25,-273.15
-13/12/2023 17:49:27,-273.15
-13/12/2023 17:49:29,-273.15
-13/12/2023 17:49:31,-273.15
-13/12/2023 17:49:33,-273.15
-13/12/2023 17:49:35,-273.15
-13/12/2023 17:49:37,-273.15
-13/12/2023 17:49:39,-273.15
-13/12/2023 17:49:41,-273.15
-13/12/2023 17:49:43,-273.15
-13/12/2023 17:49:45,-273.15
-13/12/2023 17:49:47,-273.15
-13/12/2023 17:49:49,-273.15
-13/12/2023 17:49:51,-273.15
-13/12/2023 17:49:53,-273.15
-13/12/2023 17:49:55,-273.15
-13/12/2023 17:49:57,-273.15
-13/12/2023 17:49:59,-273.15
-13/12/2023 17:50:01,-273.15
-13/12/2023 17:50:03,-273.15
-13/12/2023 17:50:05,-273.15
-13/12/2023 17:50:07,-273.15
-13/12/2023 17:50:10,-273.15
-13/12/2023 17:50:12,-273.15
-13/12/2023 17:50:14,-273.15
-13/12/2023 17:50:16,-273.15
-13/12/2023 17:50:18,-273.15
-13/12/2023 17:50:20,-273.15
-13/12/2023 17:50:22,-273.15
-13/12/2023 17:50:24,-273.15
-13/12/2023 17:50:26,-273.15
-13/12/2023 17:50:28,-273.15
-13/12/2023 17:50:30,-273.15
-13/12/2023 17:50:32,-273.15
-13/12/2023 17:50:34,-273.15
-13/12/2023 17:50:36,-273.15
-13/12/2023 17:50:38,-273.15
-13/12/2023 17:50:40,-273.15
-13/12/2023 17:50:42,-273.15
-13/12/2023 17:50:44,-273.15
-13/12/2023 17:50:46,-273.15
-13/12/2023 17:50:48,-273.15
-13/12/2023 17:50:50,-273.15
-13/12/2023 17:50:52,-273.15
-13/12/2023 17:50:54,-273.15
-13/12/2023 17:50:56,-273.15
-13/12/2023 17:50:58,-273.15
-13/12/2023 17:51:00,-273.15
-13/12/2023 17:51:02,-273.15
-13/12/2023 17:51:04,-273.15
-13/12/2023 17:51:06,-273.15
-13/12/2023 17:51:08,-273.15
-13/12/2023 17:51:10,-273.15
-13/12/2023 17:51:12,-273.15
-13/12/2023 17:51:14,-273.15
-13/12/2023 17:51:16,-273.15
-13/12/2023 17:51:18,-273.15
-13/12/2023 17:51:20,-273.15
-13/12/2023 17:51:22,-273.15
-13/12/2023 17:51:24,-273.15
-13/12/2023 17:51:26,-273.15
-13/12/2023 17:51:28,-273.15
-13/12/2023 17:51:30,-273.15
-13/12/2023 17:51:32,-273.15
-13/12/2023 17:51:34,-273.15
-13/12/2023 17:51:36,-273.15
-13/12/2023 17:51:38,-273.15
-13/12/2023 17:51:40,-273.15
-13/12/2023 17:51:42,-273.15
-13/12/2023 17:51:44,-273.15
-13/12/2023 17:51:46,-273.15
-13/12/2023 17:51:48,-273.15
-13/12/2023 17:51:50,-273.15
-13/12/2023 17:51:52,-273.15
-13/12/2023 17:51:54,-273.15
-13/12/2023 17:51:57,-273.15
-13/12/2023 17:51:59,-273.15
-13/12/2023 17:52:01,-273.15
-13/12/2023 17:52:03,-273.15
-13/12/2023 17:52:05,-273.15
-13/12/2023 17:52:07,-273.15
-13/12/2023 17:52:09,-273.15
-13/12/2023 17:52:11,-273.15
-13/12/2023 17:52:13,-273.15
-13/12/2023 17:52:15,-273.15
-13/12/2023 17:52:17,-273.15
-13/12/2023 17:52:19,-273.15
-13/12/2023 17:52:21,-273.15
-13/12/2023 17:52:23,-273.15
-13/12/2023 17:52:25,-273.15
-13/12/2023 17:52:27,-273.15
-13/12/2023 17:52:29,-273.15
-13/12/2023 17:52:31,-273.15
-13/12/2023 17:52:33,-273.15
-13/12/2023 17:52:35,-273.15
-13/12/2023 17:52:37,-273.15
-13/12/2023 17:52:39,-273.15
-13/12/2023 17:52:41,-273.15
-13/12/2023 17:52:43,-273.15
-13/12/2023 17:52:45,-273.15
-13/12/2023 17:52:47,-273.15
-13/12/2023 17:52:49,-273.15
-13/12/2023 17:52:51,-273.15
-13/12/2023 17:52:53,-273.15
-13/12/2023 17:52:55,-273.15
-13/12/2023 17:52:57,-273.15
-13/12/2023 17:52:59,-273.15
-13/12/2023 17:53:01,-273.15
-13/12/2023 17:53:03,-273.15
-13/12/2023 17:53:05,-273.15
-13/12/2023 17:53:07,-273.15
-13/12/2023 17:53:09,-273.15
-13/12/2023 17:53:11,-273.15
-13/12/2023 17:53:13,-273.15
-13/12/2023 17:53:15,-273.15
-13/12/2023 17:53:17,-273.15
-13/12/2023 17:53:19,-273.15
-13/12/2023 17:53:21,-273.15
-13/12/2023 17:53:23,-273.15
-13/12/2023 17:53:25,-273.15
-13/12/2023 17:53:27,-273.15
-13/12/2023 17:53:29,-273.15
-13/12/2023 17:53:31,-273.15
-13/12/2023 17:53:33,-273.15
-13/12/2023 17:53:35,-273.15
-13/12/2023 17:53:37,-273.15
-13/12/2023 17:53:39,-273.15
-13/12/2023 17:53:41,-273.15
-13/12/2023 17:53:43,-273.15
-13/12/2023 17:53:45,-273.15
-13/12/2023 17:53:47,-273.15
-13/12/2023 17:53:49,-273.15
-13/12/2023 17:53:51,-273.15
-13/12/2023 17:53:53,-273.15
-13/12/2023 17:53:55,-273.15
-13/12/2023 17:53:57,-273.15
-13/12/2023 17:53:59,-273.15
-13/12/2023 17:54:01,-273.15
-13/12/2023 17:54:03,-273.15
-13/12/2023 17:54:05,-273.15
-13/12/2023 17:54:07,-273.15
-13/12/2023 17:54:09,-273.15
-13/12/2023 17:54:11,-273.15
-13/12/2023 17:54:13,-273.15
-13/12/2023 17:54:15,-273.15
-13/12/2023 17:54:18,-273.15
-13/12/2023 17:54:20,-273.15
-13/12/2023 17:54:22,-273.15
-13/12/2023 17:54:24,-273.15
-13/12/2023 17:54:26,-273.15
-13/12/2023 17:54:28,-273.15
-13/12/2023 17:54:30,-273.15
-13/12/2023 17:54:32,-273.15
-13/12/2023 17:54:34,-273.15
-13/12/2023 17:54:36,-273.15
-13/12/2023 17:54:38,-273.15
-13/12/2023 17:54:40,-273.15
-13/12/2023 17:54:42,-273.15
-13/12/2023 17:54:44,-273.15
-13/12/2023 17:54:46,-273.15
-13/12/2023 17:54:48,-273.15
-13/12/2023 17:54:50,-273.15
-13/12/2023 17:54:52,-273.15
-13/12/2023 17:54:54,-273.15
-13/12/2023 17:54:56,-273.15
-13/12/2023 17:54:58,-273.15
-13/12/2023 17:55:00,-273.15
-13/12/2023 17:55:02,-273.15
-13/12/2023 17:55:04,-273.15
-13/12/2023 17:55:06,-273.15
-13/12/2023 17:55:08,-273.15
-13/12/2023 17:55:10,-273.15
-13/12/2023 17:55:12,-273.15
-13/12/2023 17:55:14,-273.15
-13/12/2023 17:55:16,-273.15
-13/12/2023 17:55:18,-273.15
-13/12/2023 17:55:20,-273.15
-13/12/2023 17:55:22,-273.15
-13/12/2023 17:55:24,-273.15
-13/12/2023 17:55:26,-273.15
-13/12/2023 17:55:28,-273.15
-13/12/2023 17:55:30,-273.15
-13/12/2023 17:55:32,-273.15
-13/12/2023 17:55:34,-273.15
-13/12/2023 17:55:36,-273.15
-13/12/2023 17:55:38,-273.15
-13/12/2023 17:55:40,-273.15
-13/12/2023 17:55:42,-273.15
-13/12/2023 17:55:44,-273.15
-13/12/2023 17:55:46,-273.15
-13/12/2023 17:55:48,-273.15
-13/12/2023 17:55:50,-273.15
-13/12/2023 17:55:52,-273.15
-13/12/2023 17:55:54,-273.15
-13/12/2023 17:55:56,-273.15
-13/12/2023 17:55:58,-273.15
-13/12/2023 17:56:00,-273.15
-13/12/2023 17:56:02,-273.15
-13/12/2023 17:56:04,-273.15
-13/12/2023 17:56:06,-273.15
-13/12/2023 17:56:08,-273.15
-13/12/2023 17:56:10,-273.15
-13/12/2023 17:56:12,-273.15
-13/12/2023 17:56:14,-273.15
-13/12/2023 17:56:16,-273.15
-13/12/2023 17:56:18,-273.15
-13/12/2023 17:56:20,-273.15
-13/12/2023 17:56:22,-273.15
-13/12/2023 17:56:24,-273.15
-13/12/2023 17:56:26,-273.15
-13/12/2023 17:56:28,-273.15
-13/12/2023 17:56:30,-273.15
-13/12/2023 17:56:32,-273.15
-13/12/2023 17:56:34,-273.15
-13/12/2023 17:56:37,-273.15
-13/12/2023 17:56:39,-273.15
-13/12/2023 17:56:41,-273.15
-13/12/2023 17:56:43,-273.15
-13/12/2023 17:56:45,-273.15
-13/12/2023 17:56:47,-273.15
-13/12/2023 17:56:49,-273.15
-13/12/2023 17:56:51,-273.15
-13/12/2023 17:56:53,-273.15
-13/12/2023 17:56:55,-273.15
-13/12/2023 17:56:57,-273.15
-13/12/2023 17:56:59,-273.15
-13/12/2023 17:57:01,-273.15
-13/12/2023 17:57:03,-273.15
-13/12/2023 17:57:05,-273.15
-13/12/2023 17:57:07,-273.15
-13/12/2023 17:57:09,-273.15
-13/12/2023 17:57:11,-273.15
-13/12/2023 17:57:13,-273.15
-13/12/2023 17:57:15,-273.15
-13/12/2023 17:57:17,-273.15
-13/12/2023 17:57:19,-273.15
-13/12/2023 17:57:21,-273.15
-13/12/2023 17:57:23,-273.15
-13/12/2023 17:57:25,-273.15
-13/12/2023 17:57:27,-273.15
-13/12/2023 17:57:29,-273.15
-13/12/2023 17:57:31,-273.15
-13/12/2023 17:57:33,-273.15
-13/12/2023 17:57:35,-273.15
-13/12/2023 17:57:37,-273.15
-13/12/2023 17:57:39,-273.15
-13/12/2023 17:57:41,-273.15
-13/12/2023 17:57:43,-273.15
-13/12/2023 17:57:45,-273.15
-13/12/2023 17:57:47,-273.15
-13/12/2023 17:57:49,-273.15
-13/12/2023 17:57:51,-273.15
-13/12/2023 17:57:53,-273.15
-13/12/2023 17:57:55,-273.15
-13/12/2023 17:57:57,-273.15
-13/12/2023 17:57:59,-273.15
-13/12/2023 17:58:01,-273.15
-13/12/2023 17:58:03,-273.15
-13/12/2023 17:58:05,-273.15
-13/12/2023 17:58:07,-273.15
-13/12/2023 17:58:09,-273.15
-13/12/2023 17:58:11,-273.15
-13/12/2023 17:58:13,-273.15
-13/12/2023 17:58:15,-273.15
-13/12/2023 17:58:17,-273.15
-13/12/2023 17:58:20,-273.15
-13/12/2023 17:58:22,-273.15
-13/12/2023 17:58:24,-273.15
-13/12/2023 17:58:26,-273.15
-13/12/2023 17:58:28,-273.15
-13/12/2023 17:58:30,-273.15
-13/12/2023 17:58:32,-273.15
-13/12/2023 17:58:34,-273.15
-13/12/2023 17:58:36,-273.15
-13/12/2023 17:58:38,-273.15
-13/12/2023 17:58:40,-273.15
-13/12/2023 17:58:42,-273.15
-13/12/2023 17:58:44,-273.15
-13/12/2023 17:58:46,-273.15
-13/12/2023 17:58:48,-273.15
-13/12/2023 17:58:50,-273.15
-13/12/2023 17:58:52,-273.15
-13/12/2023 17:58:54,-273.15
-13/12/2023 17:58:56,-273.15
-13/12/2023 17:58:58,-273.15
-13/12/2023 17:59:00,-273.15
-13/12/2023 17:59:02,-273.15
-13/12/2023 17:59:04,-273.15
-13/12/2023 17:59:06,-273.15
-13/12/2023 17:59:08,-273.15
-13/12/2023 17:59:10,-273.15
-13/12/2023 17:59:12,-273.15
-13/12/2023 17:59:14,-273.15
-13/12/2023 17:59:16,-273.15
-13/12/2023 17:59:18,-273.15
-13/12/2023 17:59:20,-273.15
-13/12/2023 17:59:22,-273.15
-13/12/2023 17:59:24,-273.15
-13/12/2023 17:59:26,-273.15
-13/12/2023 17:59:28,-273.15
-13/12/2023 17:59:30,-273.15
-13/12/2023 17:59:32,-273.15
-13/12/2023 17:59:34,-273.15
-13/12/2023 17:59:36,-273.15
-13/12/2023 17:59:38,-273.15
-13/12/2023 17:59:40,-273.15
-13/12/2023 17:59:42,-273.15
-13/12/2023 17:59:44,-273.15
-13/12/2023 17:59:46,-273.15
-13/12/2023 17:59:48,-273.15
-13/12/2023 17:59:50,-273.15
-13/12/2023 17:59:52,-273.15
-13/12/2023 17:59:54,-273.15
-13/12/2023 17:59:56,-273.15
-13/12/2023 17:59:58,-273.15
-13/12/2023 18:00:00,-273.15
-13/12/2023 18:00:02,-273.15
-13/12/2023 18:00:04,-273.15
-13/12/2023 18:00:07,-273.15
-13/12/2023 18:00:09,-273.15
-13/12/2023 18:00:11,-273.15
-13/12/2023 18:00:13,-273.15
-13/12/2023 18:00:15,-273.15
-13/12/2023 18:00:17,-273.15
-13/12/2023 18:00:19,-273.15
-13/12/2023 18:00:21,-273.15
-13/12/2023 18:00:23,-273.15
-13/12/2023 18:00:25,-273.15
-13/12/2023 18:00:27,-273.15
-13/12/2023 18:00:29,-273.15
-13/12/2023 18:00:31,-273.15
-13/12/2023 18:00:33,-273.15
-13/12/2023 18:00:35,-273.15
-13/12/2023 18:00:37,-273.15
-13/12/2023 18:00:39,-273.15
-13/12/2023 18:00:41,-273.15
-13/12/2023 18:00:43,-273.15
-13/12/2023 18:00:45,-273.15
-13/12/2023 18:00:47,-273.15
-13/12/2023 18:00:49,-273.15
-13/12/2023 18:00:51,-273.15
-13/12/2023 18:00:53,-273.15
-13/12/2023 18:00:55,-273.15
-13/12/2023 18:00:57,-273.15
-13/12/2023 18:00:59,-273.15
-13/12/2023 18:01:01,-273.15
-13/12/2023 18:01:03,-273.15
-13/12/2023 18:01:05,-273.15
-13/12/2023 18:01:07,-273.15
-13/12/2023 18:01:09,-273.15
-13/12/2023 18:01:11,-273.15
-13/12/2023 18:01:13,-273.15
-13/12/2023 18:01:15,-273.15
-13/12/2023 18:01:17,-273.15
-13/12/2023 18:01:19,-273.15
-13/12/2023 18:01:21,-273.15
-13/12/2023 18:01:23,-273.15
-13/12/2023 18:01:25,-273.15
-13/12/2023 18:01:27,-273.15
-13/12/2023 18:01:29,-273.15
-13/12/2023 18:01:31,-273.15
-13/12/2023 18:01:33,-273.15
-13/12/2023 18:01:35,-273.15
-13/12/2023 18:01:37,-273.15
-13/12/2023 18:01:39,-273.15
-13/12/2023 18:01:41,-273.15
-13/12/2023 18:01:43,-273.15
-13/12/2023 18:01:45,-273.15
-13/12/2023 18:01:47,-273.15
-13/12/2023 18:01:49,-273.15
-13/12/2023 18:01:51,-273.15
-13/12/2023 18:01:53,-273.15
-13/12/2023 18:01:55,-273.15
-13/12/2023 18:01:57,-273.15
-13/12/2023 18:01:59,-273.15
-13/12/2023 18:02:02,-273.15
-13/12/2023 18:02:04,-273.15
-13/12/2023 18:02:06,-273.15
-13/12/2023 18:02:08,-273.15
-13/12/2023 18:02:10,-273.15
-13/12/2023 18:02:12,-273.15
-13/12/2023 18:02:14,-273.15
-13/12/2023 18:02:16,-273.15
-13/12/2023 18:02:18,-273.15
-13/12/2023 18:02:20,-273.15
-13/12/2023 18:02:22,-273.15
-13/12/2023 18:02:24,-273.15
-13/12/2023 18:02:26,-273.15
-13/12/2023 18:02:28,-273.15
-13/12/2023 18:02:30,-273.15
-13/12/2023 18:02:32,-273.15
-13/12/2023 18:02:34,-273.15
-13/12/2023 18:02:36,-273.15
-13/12/2023 18:02:38,-273.15
-13/12/2023 18:02:40,-273.15
-13/12/2023 18:02:42,-273.15
-13/12/2023 18:02:44,-273.15
-13/12/2023 18:02:46,-273.15
-13/12/2023 18:02:48,-273.15
-13/12/2023 18:02:50,-273.15
-13/12/2023 18:02:52,-273.15
-13/12/2023 18:02:54,-273.15
-13/12/2023 18:02:56,-273.15
-13/12/2023 18:02:58,-273.15
-13/12/2023 18:03:00,-273.15
-13/12/2023 18:03:02,-273.15
-13/12/2023 18:03:04,-273.15
-13/12/2023 18:03:06,-273.15
-13/12/2023 18:03:08,-273.15
-13/12/2023 18:03:10,-273.15
-13/12/2023 18:03:12,-273.15
-13/12/2023 18:03:14,-273.15
-13/12/2023 18:03:16,-273.15
-13/12/2023 18:03:18,-273.15
-13/12/2023 18:03:20,-273.15
-13/12/2023 18:03:22,-273.15
-13/12/2023 18:03:24,-273.15
-13/12/2023 18:03:26,-273.15
-13/12/2023 18:03:28,-273.15
-13/12/2023 18:03:30,-273.15
-13/12/2023 18:03:32,-273.15
-13/12/2023 18:03:34,-273.15
-13/12/2023 18:03:36,-273.15
-13/12/2023 18:03:38,-273.15
-13/12/2023 18:03:40,-273.15
-13/12/2023 18:03:42,-273.15
-13/12/2023 18:03:44,-273.15
-13/12/2023 18:03:46,-273.15
-13/12/2023 18:03:48,-273.15
-13/12/2023 18:03:51,-273.15
-13/12/2023 18:03:53,-273.15
-13/12/2023 18:03:55,-273.15
-13/12/2023 18:03:57,-273.15
-13/12/2023 18:03:59,-273.15
-13/12/2023 18:04:01,-273.15
-13/12/2023 18:04:03,-273.15
-13/12/2023 18:04:05,-273.15
-13/12/2023 18:04:07,-273.15
-13/12/2023 18:04:09,-273.15
-13/12/2023 18:04:11,-273.15
-13/12/2023 18:04:13,-273.15
-13/12/2023 18:04:15,-273.15
-13/12/2023 18:04:17,-273.15
-13/12/2023 18:04:19,-273.15
-13/12/2023 18:04:21,-273.15
-13/12/2023 18:04:23,-273.15
-13/12/2023 18:04:25,-273.15
-13/12/2023 18:04:27,-273.15
-13/12/2023 18:04:29,-273.15
-13/12/2023 18:04:31,-273.15
-13/12/2023 18:04:33,-273.15
-13/12/2023 18:04:35,-273.15
-13/12/2023 18:04:37,-273.15
-13/12/2023 18:04:39,-273.15
-13/12/2023 18:04:41,-273.15
-13/12/2023 18:04:43,-273.15
-13/12/2023 18:04:45,-273.15
-13/12/2023 18:04:47,-273.15
-13/12/2023 18:04:49,-273.15
-13/12/2023 18:04:51,-273.15
-13/12/2023 18:04:53,-273.15
-13/12/2023 18:04:55,-273.15
-13/12/2023 18:04:57,-273.15
-13/12/2023 18:04:59,-273.15
-13/12/2023 18:05:01,-273.15
-13/12/2023 18:05:03,-273.15
-13/12/2023 18:05:05,-273.15
-13/12/2023 18:05:07,-273.15
-13/12/2023 18:05:09,-273.15
-13/12/2023 18:05:11,-273.15
-13/12/2023 18:05:13,-273.15
-13/12/2023 18:05:15,-273.15
-13/12/2023 18:05:17,-273.15
-13/12/2023 18:05:19,-273.15
-13/12/2023 18:05:21,-273.15
-13/12/2023 18:05:23,-273.15
-13/12/2023 18:05:25,-273.15
-13/12/2023 18:05:27,-273.15
-13/12/2023 18:05:29,-273.15
-13/12/2023 18:05:31,-273.15
-13/12/2023 18:05:33,-273.15
-13/12/2023 18:05:35,-273.15
-13/12/2023 18:05:37,-273.15
-13/12/2023 18:05:39,-273.15
-13/12/2023 18:05:41,-273.15
-13/12/2023 18:05:44,-273.15
-13/12/2023 18:05:46,-273.15
-13/12/2023 18:05:48,-273.15
-13/12/2023 18:05:50,-273.15
-13/12/2023 18:05:52,-273.15
-13/12/2023 18:05:54,-273.15
-13/12/2023 18:05:56,-273.15
-13/12/2023 18:05:58,-273.15
-13/12/2023 18:06:00,-273.15
-13/12/2023 18:06:02,-273.15
-13/12/2023 18:06:04,-273.15
-13/12/2023 18:06:06,-273.15
-13/12/2023 18:06:08,-273.15
-13/12/2023 18:06:10,-273.15
-13/12/2023 18:06:12,-273.15
-13/12/2023 18:06:14,-273.15
-13/12/2023 18:06:16,-273.15
-13/12/2023 18:06:18,-273.15
-13/12/2023 18:06:20,-273.15
-13/12/2023 18:06:22,-273.15
-13/12/2023 18:06:24,-273.15
-13/12/2023 18:06:26,-273.15
-13/12/2023 18:06:28,-273.15
-13/12/2023 18:06:30,-273.15
-13/12/2023 18:06:32,-273.15
-13/12/2023 18:06:34,-273.15
-13/12/2023 18:06:36,-273.15
-13/12/2023 18:06:38,-273.15
-13/12/2023 18:06:40,-273.15
-13/12/2023 18:06:42,-273.15
-13/12/2023 18:06:44,-273.15
-13/12/2023 18:06:46,-273.15
-13/12/2023 18:06:48,-273.15
-13/12/2023 18:06:50,-273.15
-13/12/2023 18:06:52,-273.15
-13/12/2023 18:06:54,-273.15
-13/12/2023 18:06:56,-273.15
-13/12/2023 18:06:58,-273.15
-13/12/2023 18:07:00,-273.15
-13/12/2023 18:07:02,-273.15
-13/12/2023 18:07:04,-273.15
-13/12/2023 18:07:06,-273.15
-13/12/2023 18:07:08,-273.15
-13/12/2023 18:07:10,-273.15
-13/12/2023 18:07:12,-273.15
-13/12/2023 18:07:14,-273.15
-13/12/2023 18:07:16,-273.15
-13/12/2023 18:07:18,-273.15
-13/12/2023 18:07:20,-273.15
-13/12/2023 18:07:22,-273.15
-13/12/2023 18:07:24,-273.15
-13/12/2023 18:07:26,-273.15
-13/12/2023 18:07:28,-273.15
-13/12/2023 18:07:30,-273.15
-13/12/2023 18:07:32,-273.15
-13/12/2023 18:07:34,-273.15
-13/12/2023 18:07:36,-273.15
-13/12/2023 18:07:38,-273.15
-13/12/2023 18:07:40,-273.15
-13/12/2023 18:07:42,-273.15
-13/12/2023 18:07:45,-273.15
-13/12/2023 18:07:47,-273.15
-13/12/2023 18:07:49,-273.15
-13/12/2023 18:07:51,-273.15
-13/12/2023 18:07:53,-273.15
-13/12/2023 18:07:55,-273.15
-13/12/2023 18:07:57,-273.15
-13/12/2023 18:07:59,-273.15
-13/12/2023 18:08:01,-273.15
-13/12/2023 18:08:03,-273.15
-13/12/2023 18:08:05,-273.15
-13/12/2023 18:08:07,-273.15
-13/12/2023 18:08:09,-273.15
-13/12/2023 18:08:11,-273.15
-13/12/2023 18:08:13,-273.15
-13/12/2023 18:08:15,-273.15
-13/12/2023 18:08:17,-273.15
-13/12/2023 18:08:19,-273.15
-13/12/2023 18:08:21,-273.15
-13/12/2023 18:08:23,-273.15
-13/12/2023 18:08:25,-273.15
-13/12/2023 18:08:27,-273.15
-13/12/2023 18:08:29,-273.15
-13/12/2023 18:08:31,-273.15
-13/12/2023 18:08:33,-273.15
-13/12/2023 18:08:35,-273.15
-13/12/2023 18:08:37,-273.15
-13/12/2023 18:08:39,-273.15
-13/12/2023 18:08:41,-273.15
-13/12/2023 18:08:43,-273.15
-13/12/2023 18:08:45,-273.15
-13/12/2023 18:08:47,-273.15
-13/12/2023 18:08:49,-273.15
-13/12/2023 18:08:51,-273.15
-13/12/2023 18:08:53,-273.15
-13/12/2023 18:08:55,-273.15
-13/12/2023 18:08:57,-273.15
-13/12/2023 18:08:59,-273.15
-13/12/2023 18:09:01,-273.15
-13/12/2023 18:09:03,-273.15
-13/12/2023 18:09:05,-273.15
-13/12/2023 18:09:07,-273.15
-13/12/2023 18:09:09,-273.15
-13/12/2023 18:09:11,-273.15
-13/12/2023 18:09:13,-273.15
-13/12/2023 18:09:15,-273.15
-13/12/2023 18:09:17,-273.15
-13/12/2023 18:09:19,-273.15
-13/12/2023 18:09:21,-273.15
-13/12/2023 18:09:23,-273.15
-13/12/2023 18:09:25,-273.15
-13/12/2023 18:09:28,-273.15
-13/12/2023 18:09:30,-273.15
-13/12/2023 18:09:32,-273.15
-13/12/2023 18:09:34,-273.15
-13/12/2023 18:09:36,-273.15
-13/12/2023 18:09:38,-273.15
-13/12/2023 18:09:40,-273.15
-13/12/2023 18:09:42,-273.15
-13/12/2023 18:09:44,-273.15
-13/12/2023 18:09:46,-273.15
-13/12/2023 18:09:48,-273.15
-13/12/2023 18:09:50,-273.15
-13/12/2023 18:09:52,-273.15
-13/12/2023 18:09:54,-273.15
-13/12/2023 18:09:56,-273.15
-13/12/2023 18:09:58,-273.15
-13/12/2023 18:10:00,-273.15
-13/12/2023 18:10:02,-273.15
-13/12/2023 18:10:04,-273.15
-13/12/2023 18:10:06,-273.15
-13/12/2023 18:10:08,-273.15
-13/12/2023 18:10:10,-273.15
-13/12/2023 18:10:12,-273.15
-13/12/2023 18:10:14,-273.15
-13/12/2023 18:10:16,-273.15
-13/12/2023 18:10:18,-273.15
-13/12/2023 18:10:20,-273.15
-13/12/2023 18:10:22,-273.15
-13/12/2023 18:10:24,-273.15
-13/12/2023 18:10:26,-273.15
-13/12/2023 18:10:28,-273.15
-13/12/2023 18:10:30,-273.15
-13/12/2023 18:10:32,-273.15
-13/12/2023 18:10:34,-273.15
-13/12/2023 18:10:36,-273.15
-13/12/2023 18:10:38,-273.15
-13/12/2023 18:10:40,-273.15
-13/12/2023 18:10:42,-273.15
-13/12/2023 18:10:44,-273.15
-13/12/2023 18:10:46,-273.15
-13/12/2023 18:10:48,-273.15
-13/12/2023 18:10:50,-273.15
-13/12/2023 18:10:52,-273.15
-13/12/2023 18:10:54,-273.15
-13/12/2023 18:10:56,-273.15
-13/12/2023 18:10:58,-273.15
-13/12/2023 18:11:00,-273.15
-13/12/2023 18:11:02,-273.15
-13/12/2023 18:11:04,-273.15
-13/12/2023 18:11:06,-273.15
-13/12/2023 18:11:08,-273.15
-13/12/2023 18:11:10,-273.15
-13/12/2023 18:11:12,-273.15
-13/12/2023 18:11:14,-273.15
-13/12/2023 18:11:16,-273.15
-13/12/2023 18:11:18,-273.15
-13/12/2023 18:11:21,-273.15
-13/12/2023 18:11:23,-273.15
-13/12/2023 18:11:25,-273.15
-13/12/2023 18:11:27,-273.15
-13/12/2023 18:11:29,-273.15
-13/12/2023 18:11:31,-273.15
-13/12/2023 18:11:33,-273.15
-13/12/2023 18:11:35,-273.15
-13/12/2023 18:11:37,-273.15
-13/12/2023 18:11:39,-273.15
-13/12/2023 18:11:41,-273.15
-13/12/2023 18:11:43,-273.15
-13/12/2023 18:11:45,-273.15
-13/12/2023 18:11:47,-273.15
-13/12/2023 18:11:49,-273.15
-13/12/2023 18:11:51,-273.15
-13/12/2023 18:11:53,-273.15
-13/12/2023 18:11:55,-273.15
-13/12/2023 18:11:57,-273.15
-13/12/2023 18:11:59,-273.15
-13/12/2023 18:12:01,-273.15
-13/12/2023 18:12:03,-273.15
-13/12/2023 18:12:05,-273.15
-13/12/2023 18:12:07,-273.15
-13/12/2023 18:12:09,-273.15
-13/12/2023 18:12:11,-273.15
-13/12/2023 18:12:13,-273.15
-13/12/2023 18:12:15,-273.15
-13/12/2023 18:12:17,-273.15
-13/12/2023 18:12:19,-273.15
-13/12/2023 18:12:21,-273.15
-13/12/2023 18:12:23,-273.15
-13/12/2023 18:12:25,-273.15
-13/12/2023 18:12:27,-273.15
-13/12/2023 18:12:29,-273.15
-13/12/2023 18:12:31,-273.15
-13/12/2023 18:12:33,-273.15
-13/12/2023 18:12:35,-273.15
-13/12/2023 18:12:37,-273.15
-13/12/2023 18:12:39,-273.15
-13/12/2023 18:12:41,-273.15
-13/12/2023 18:12:43,-273.15
-13/12/2023 18:12:45,-273.15
-13/12/2023 18:12:47,-273.15
-13/12/2023 18:12:49,-273.15
-13/12/2023 18:12:51,-273.15
-13/12/2023 18:12:53,-273.15
-13/12/2023 18:12:55,-273.15
-13/12/2023 18:12:57,-273.15
-13/12/2023 18:12:59,-273.15
-13/12/2023 18:13:01,-273.15
-13/12/2023 18:13:03,-273.15
-13/12/2023 18:13:05,-273.15
-13/12/2023 18:13:07,-273.15
-13/12/2023 18:13:09,-273.15
-13/12/2023 18:13:11,-273.15
-13/12/2023 18:13:13,-273.15
-13/12/2023 18:13:15,-273.15
-13/12/2023 18:13:17,-273.15
-13/12/2023 18:13:19,-273.15
-13/12/2023 18:13:21,-273.15
-13/12/2023 18:13:23,-273.15
-13/12/2023 18:13:25,-273.15
-13/12/2023 18:13:27,-273.15
-13/12/2023 18:13:29,-273.15
-13/12/2023 18:13:31,-273.15
-13/12/2023 18:13:33,-273.15
-13/12/2023 18:13:35,-273.15
-13/12/2023 18:13:37,-273.15
-13/12/2023 18:13:39,-273.15
-13/12/2023 18:13:41,-273.15
-13/12/2023 18:13:43,-273.15
-13/12/2023 18:13:45,-273.15
-13/12/2023 18:13:47,-273.15
-13/12/2023 18:13:49,-273.15
-13/12/2023 18:13:51,-273.15
-13/12/2023 18:13:53,-273.15
-13/12/2023 18:13:55,-273.15
-13/12/2023 18:13:57,-273.15
-13/12/2023 18:13:59,-273.15
-13/12/2023 18:14:01,-273.15
-13/12/2023 18:14:03,-273.15
-13/12/2023 18:14:05,-273.15
-13/12/2023 18:14:07,-273.15
-13/12/2023 18:14:09,-273.15
-13/12/2023 18:14:11,-273.15
-13/12/2023 18:14:13,-273.15
-13/12/2023 18:14:15,-273.15
-13/12/2023 18:14:17,-273.15
-13/12/2023 18:14:19,-273.15
-13/12/2023 18:14:22,-273.15
-13/12/2023 18:14:24,-273.15
-13/12/2023 18:14:26,-273.15
-13/12/2023 18:14:28,-273.15
-13/12/2023 18:14:30,-273.15
-13/12/2023 18:14:32,-273.15
-13/12/2023 18:14:34,-273.15
-13/12/2023 18:14:36,-273.15
-13/12/2023 18:14:38,-273.15
-13/12/2023 18:14:40,-273.15
-13/12/2023 18:14:42,-273.15
-13/12/2023 18:14:44,-273.15
-13/12/2023 18:14:46,-273.15
-13/12/2023 18:14:48,-273.15
-13/12/2023 18:14:50,-273.15
-13/12/2023 18:14:52,-273.15
-13/12/2023 18:14:54,-273.15
-13/12/2023 18:14:56,-273.15
-13/12/2023 18:14:58,-273.15
-13/12/2023 18:15:00,-273.15
-13/12/2023 18:15:02,-273.15
-13/12/2023 18:15:04,-273.15
-13/12/2023 18:15:06,-273.15
-13/12/2023 18:15:08,-273.15
-13/12/2023 18:15:10,-273.15
-13/12/2023 18:15:12,-273.15
-13/12/2023 18:15:14,-273.15
-13/12/2023 18:15:16,-273.15
-13/12/2023 18:15:18,-273.15
-13/12/2023 18:15:20,-273.15
-13/12/2023 18:15:22,-273.15
-13/12/2023 18:15:24,-273.15
-13/12/2023 18:15:26,-273.15
-13/12/2023 18:15:28,-273.15
-13/12/2023 18:15:30,-273.15
-13/12/2023 18:15:32,-273.15
-13/12/2023 18:15:34,-273.15
-13/12/2023 18:15:36,-273.15
-13/12/2023 18:15:38,-273.15
-13/12/2023 18:15:40,-273.15
-13/12/2023 18:15:42,-273.15
-13/12/2023 18:15:44,-273.15
-13/12/2023 18:15:46,-273.15
-13/12/2023 18:15:48,-273.15
-13/12/2023 18:15:50,-273.15
-13/12/2023 18:15:52,-273.15
-13/12/2023 18:15:54,-273.15
-13/12/2023 18:15:56,-273.15
-13/12/2023 18:15:58,-273.15
-13/12/2023 18:16:00,-273.15
-13/12/2023 18:16:02,-273.15
-13/12/2023 18:16:04,-273.15
-13/12/2023 18:16:06,-273.15
-13/12/2023 18:16:08,-273.15
-13/12/2023 18:16:10,-273.15
-13/12/2023 18:16:12,-273.15
-13/12/2023 18:16:14,-273.15
-13/12/2023 18:16:16,-273.15
-13/12/2023 18:16:18,-273.15
-13/12/2023 18:16:20,-273.15
-13/12/2023 18:16:22,-273.15
-13/12/2023 18:16:24,-273.15
-13/12/2023 18:16:27,-273.15
-13/12/2023 18:16:29,-273.15
-13/12/2023 18:16:31,-273.15
-13/12/2023 18:16:33,-273.15
-13/12/2023 18:16:35,-273.15
-13/12/2023 18:16:37,-273.15
-13/12/2023 18:16:39,-273.15
-13/12/2023 18:16:41,-273.15
-13/12/2023 18:16:43,-273.15
-13/12/2023 18:16:45,-273.15
-13/12/2023 18:16:47,-273.15
-13/12/2023 18:16:49,-273.15
-13/12/2023 18:16:51,-273.15
-13/12/2023 18:16:53,-273.15
-13/12/2023 18:16:55,-273.15
-13/12/2023 18:16:57,-273.15
-13/12/2023 18:16:59,-273.15
-13/12/2023 18:17:01,-273.15
-13/12/2023 18:17:03,-273.15
-13/12/2023 18:17:05,-273.15
-13/12/2023 18:17:07,-273.15
-13/12/2023 18:17:09,-273.15
-13/12/2023 18:17:11,-273.15
-13/12/2023 18:17:13,-273.15
-13/12/2023 18:17:15,-273.15
-13/12/2023 18:17:18,-273.15
-13/12/2023 18:17:20,-273.15
-13/12/2023 18:17:22,-273.15
-13/12/2023 18:17:24,-273.15
-13/12/2023 18:17:26,-273.15
-13/12/2023 18:17:28,-273.15
-13/12/2023 18:17:30,-273.15
-13/12/2023 18:17:32,-273.15
-13/12/2023 18:17:34,-273.15
-13/12/2023 18:17:36,-273.15
-13/12/2023 18:17:38,-273.15
-13/12/2023 18:17:40,-273.15
-13/12/2023 18:17:42,-273.15
-13/12/2023 18:17:44,-273.15
-13/12/2023 18:17:46,-273.15
-13/12/2023 18:17:48,-273.15
-13/12/2023 18:17:50,-273.15
-13/12/2023 18:17:52,-273.15
-13/12/2023 18:17:54,-273.15
-13/12/2023 18:17:56,-273.15
-13/12/2023 18:17:58,-273.15
-13/12/2023 18:18:00,-273.15
-13/12/2023 18:18:02,-273.15
-13/12/2023 18:18:04,-273.15
-13/12/2023 18:18:06,-273.15
-13/12/2023 18:18:08,-273.15
-13/12/2023 18:18:10,-273.15
-13/12/2023 18:18:12,-273.15
-13/12/2023 18:18:14,-273.15
-13/12/2023 18:18:17,-273.15
-13/12/2023 18:18:19,-273.15
-13/12/2023 18:18:21,-273.15
-13/12/2023 18:18:23,-273.15
-13/12/2023 18:18:25,-273.15
-13/12/2023 18:18:27,-273.15
-13/12/2023 18:18:29,-273.15
-13/12/2023 18:18:31,-273.15
-13/12/2023 18:18:33,-273.15
-13/12/2023 18:18:35,-273.15
-13/12/2023 18:18:37,-273.15
-13/12/2023 18:18:39,-273.15
-13/12/2023 18:18:41,-273.15
-13/12/2023 18:18:43,-273.15
-13/12/2023 18:18:45,-273.15
-13/12/2023 18:18:47,-273.15
-13/12/2023 18:18:49,-273.15
-13/12/2023 18:18:51,-273.15
-13/12/2023 18:18:53,-273.15
-13/12/2023 18:18:55,-273.15
-13/12/2023 18:18:57,-273.15
-13/12/2023 18:18:59,-273.15
-13/12/2023 18:19:01,-273.15
-13/12/2023 18:19:03,-273.15
-13/12/2023 18:19:05,-273.15
-13/12/2023 18:19:08,-273.15
-13/12/2023 18:19:10,-273.15
-13/12/2023 18:19:12,-273.15
-13/12/2023 18:19:14,-273.15
-13/12/2023 18:19:16,-273.15
-13/12/2023 18:19:18,-273.15
-13/12/2023 18:19:20,-273.15
-13/12/2023 18:19:22,-273.15
-13/12/2023 18:19:24,-273.15
-13/12/2023 18:19:26,-273.15
-13/12/2023 18:19:28,-273.15
-13/12/2023 18:19:30,-273.15
-13/12/2023 18:19:32,-273.15
-13/12/2023 18:19:34,-273.15
-13/12/2023 18:19:36,-273.15
-13/12/2023 18:19:38,-273.15
-13/12/2023 18:19:40,-273.15
-13/12/2023 18:19:42,-273.15
-13/12/2023 18:19:44,-273.15
-13/12/2023 18:19:46,-273.15
-13/12/2023 18:19:48,-273.15
-13/12/2023 18:19:50,-273.15
-13/12/2023 18:19:52,-273.15
-13/12/2023 18:19:54,-273.15
-13/12/2023 18:19:57,-273.15
-13/12/2023 18:19:59,-273.15
-13/12/2023 18:20:01,-273.15
-13/12/2023 18:20:03,-273.15
-13/12/2023 18:20:05,-273.15
-13/12/2023 18:20:07,-273.15
-13/12/2023 18:20:09,-273.15
-13/12/2023 18:20:11,-273.15
-13/12/2023 18:20:13,-273.15
-13/12/2023 18:20:15,-273.15
-13/12/2023 18:20:17,-273.15
-13/12/2023 18:20:19,-273.15
-13/12/2023 18:20:21,-273.15
-13/12/2023 18:20:23,-273.15
-13/12/2023 18:20:25,-273.15
-13/12/2023 18:20:27,-273.15
-13/12/2023 18:20:29,-273.15
-13/12/2023 18:20:31,-273.15
-13/12/2023 18:20:33,-273.15
-13/12/2023 18:20:35,-273.15
-13/12/2023 18:20:37,-273.15
-13/12/2023 18:20:39,-273.15
-13/12/2023 18:20:41,-273.15
-13/12/2023 18:20:43,-273.15
-13/12/2023 18:20:45,-273.15
-13/12/2023 18:20:47,-273.15
-13/12/2023 18:20:49,-273.15
-13/12/2023 18:20:51,-273.15
-13/12/2023 18:20:53,-273.15
-13/12/2023 18:20:56,-273.15
-13/12/2023 18:20:58,-273.15
-13/12/2023 18:21:00,-273.15
-13/12/2023 18:21:02,-273.15
-13/12/2023 18:21:04,-273.15
-13/12/2023 18:21:06,-273.15
-13/12/2023 18:21:08,-273.15
-13/12/2023 18:21:10,-273.15
-13/12/2023 18:21:12,-273.15
-13/12/2023 18:21:14,-273.15
-13/12/2023 18:21:16,-273.15
-13/12/2023 18:21:18,-273.15
-13/12/2023 18:21:20,-273.15
-13/12/2023 18:21:22,-273.15
-13/12/2023 18:21:24,-273.15
-13/12/2023 18:21:26,-273.15
-13/12/2023 18:21:28,-273.15
-13/12/2023 18:21:30,-273.15
-13/12/2023 18:21:32,-273.15
-13/12/2023 18:21:34,-273.15
-13/12/2023 18:21:36,-273.15
-13/12/2023 18:21:38,-273.15
-13/12/2023 18:21:40,-273.15
-13/12/2023 18:21:42,-273.15
-13/12/2023 18:21:44,-273.15
-13/12/2023 18:21:46,-273.15
-13/12/2023 18:21:48,-273.15
-13/12/2023 18:21:51,-273.15
-13/12/2023 18:21:53,-273.15
-13/12/2023 18:21:55,-273.15
-13/12/2023 18:21:57,-273.15
-13/12/2023 18:21:59,-273.15
-13/12/2023 18:22:01,-273.15
-13/12/2023 18:22:03,-273.15
-13/12/2023 18:22:05,-273.15
-13/12/2023 18:22:07,-273.15
-13/12/2023 18:22:09,-273.15
-13/12/2023 18:22:11,-273.15
-13/12/2023 18:22:13,-273.15
-13/12/2023 18:22:15,-273.15
-13/12/2023 18:22:17,-273.15
-13/12/2023 18:22:19,-273.15
-13/12/2023 18:22:21,-273.15
-13/12/2023 18:22:23,-273.15
-13/12/2023 18:22:25,-273.15
-13/12/2023 18:22:27,-273.15
-13/12/2023 18:22:29,-273.15
-13/12/2023 18:22:31,-273.15
-13/12/2023 18:22:33,-273.15
-13/12/2023 18:22:35,-273.15
-13/12/2023 18:22:37,-273.15
-13/12/2023 18:22:39,-273.15
-13/12/2023 18:22:41,-273.15
-13/12/2023 18:22:43,-273.15
-13/12/2023 18:22:46,-273.15
-13/12/2023 18:22:48,-273.15
-13/12/2023 18:22:50,-273.15
-13/12/2023 18:22:52,-273.15
-13/12/2023 18:22:54,-273.15
-13/12/2023 18:22:56,-273.15
-13/12/2023 18:22:58,-273.15
-13/12/2023 18:23:00,-273.15
-13/12/2023 18:23:02,-273.15
-13/12/2023 18:23:04,-273.15
-13/12/2023 18:23:06,-273.15
-13/12/2023 18:23:08,-273.15
-13/12/2023 18:23:10,-273.15
-13/12/2023 18:23:12,-273.15
-13/12/2023 18:23:14,-273.15
-13/12/2023 18:23:16,-273.15
-13/12/2023 18:23:18,-273.15
-13/12/2023 18:23:20,-273.15
-13/12/2023 18:23:22,-273.15
-13/12/2023 18:23:24,-273.15
-13/12/2023 18:23:26,-273.15
-13/12/2023 18:23:28,-273.15
-13/12/2023 18:23:30,-273.15
-13/12/2023 18:23:32,-273.15
-13/12/2023 18:23:34,-273.15
-13/12/2023 18:23:37,-273.15
-13/12/2023 18:23:39,-273.15
-13/12/2023 18:23:41,-273.15
-13/12/2023 18:23:43,-273.15
-13/12/2023 18:23:45,-273.15
-13/12/2023 18:23:47,-273.15
-13/12/2023 18:23:49,-273.15
-13/12/2023 18:23:51,-273.15
-13/12/2023 18:23:53,-273.15
-13/12/2023 18:23:55,-273.15
-13/12/2023 18:23:57,-273.15
-13/12/2023 18:23:59,-273.15
-13/12/2023 18:24:01,-273.15
-13/12/2023 18:24:03,-273.15
-13/12/2023 18:24:05,-273.15
-13/12/2023 18:24:07,-273.15
-13/12/2023 18:24:09,-273.15
-13/12/2023 18:24:11,-273.15
-13/12/2023 18:24:13,-273.15
-13/12/2023 18:24:15,-273.15
-13/12/2023 18:24:17,-273.15
-13/12/2023 18:24:19,-273.15
-13/12/2023 18:24:21,-273.15
-13/12/2023 18:24:23,-273.15
-13/12/2023 18:24:25,-273.15
-13/12/2023 18:24:27,-273.15
-13/12/2023 18:24:30,-273.15
-13/12/2023 18:24:32,-273.15
-13/12/2023 18:24:34,-273.15
-13/12/2023 18:24:36,-273.15
-13/12/2023 18:24:38,-273.15
-13/12/2023 18:24:40,-273.15
-13/12/2023 18:24:42,-273.15
-13/12/2023 18:24:44,-273.15
-13/12/2023 18:24:46,-273.15
-13/12/2023 18:24:48,-273.15
-13/12/2023 18:24:50,-273.15
-13/12/2023 18:24:52,-273.15
-13/12/2023 18:24:54,-273.15
-13/12/2023 18:24:56,-273.15
-13/12/2023 18:24:58,-273.15
-13/12/2023 18:25:00,-273.15
-13/12/2023 18:25:02,-273.15
-13/12/2023 18:25:04,-273.15
-13/12/2023 18:25:06,-273.15
-13/12/2023 18:25:08,-273.15
-13/12/2023 18:25:10,-273.15
-13/12/2023 18:25:12,-273.15
-13/12/2023 18:25:14,-273.15
-13/12/2023 18:25:16,-273.15
-13/12/2023 18:25:18,-273.15
-13/12/2023 18:25:21,-273.15
-13/12/2023 18:25:23,-273.15
-13/12/2023 18:25:25,-273.15
-13/12/2023 18:25:27,-273.15
-13/12/2023 18:25:29,-273.15
-13/12/2023 18:25:31,-273.15
-13/12/2023 18:25:33,-273.15
-13/12/2023 18:25:35,-273.15
-13/12/2023 18:25:37,-273.15
-13/12/2023 18:25:39,-273.15
-13/12/2023 18:25:41,-273.15
-13/12/2023 18:25:43,-273.15
-13/12/2023 18:25:45,-273.15
-13/12/2023 18:25:47,-273.15
-13/12/2023 18:25:49,-273.15
-13/12/2023 18:25:51,-273.15
-13/12/2023 18:25:53,-273.15
-13/12/2023 18:25:55,-273.15
-13/12/2023 18:25:57,-273.15
-13/12/2023 18:25:59,-273.15
-13/12/2023 18:26:01,-273.15
-13/12/2023 18:26:03,-273.15
-13/12/2023 18:26:05,-273.15
-13/12/2023 18:26:07,-273.15
-13/12/2023 18:26:09,-273.15
-13/12/2023 18:26:11,-273.15
-13/12/2023 18:26:13,-273.15
-13/12/2023 18:26:15,-273.15
-13/12/2023 18:26:17,-273.15
-13/12/2023 18:26:19,-273.15
-13/12/2023 18:26:21,-273.15
-13/12/2023 18:26:23,-273.15
-13/12/2023 18:26:25,-273.15
-13/12/2023 18:26:27,-273.15
-13/12/2023 18:26:29,-273.15
-13/12/2023 18:26:31,-273.15
-13/12/2023 18:26:33,-273.15
-13/12/2023 18:26:35,-273.15
-13/12/2023 18:26:37,-273.15
-13/12/2023 18:26:39,-273.15
-13/12/2023 18:26:41,-273.15
-13/12/2023 18:26:43,-273.15
-13/12/2023 18:26:45,-273.15
-13/12/2023 18:26:47,-273.15
-13/12/2023 18:26:50,-273.15
-13/12/2023 18:26:52,-273.15
-13/12/2023 18:26:54,-273.15
-13/12/2023 18:26:56,-273.15
-13/12/2023 18:26:58,-273.15
-13/12/2023 18:27:00,-273.15
-13/12/2023 18:27:02,-273.15
-13/12/2023 18:27:04,-273.15
-13/12/2023 18:27:06,-273.15
-13/12/2023 18:27:08,-273.15
-13/12/2023 18:27:10,-273.15
-13/12/2023 18:27:12,-273.15
-13/12/2023 18:27:14,-273.15
-13/12/2023 18:27:16,-273.15
-13/12/2023 18:27:18,-273.15
-13/12/2023 18:27:20,-273.15
-13/12/2023 18:27:22,-273.15
-13/12/2023 18:27:24,-273.15
-13/12/2023 18:27:26,-273.15
-13/12/2023 18:27:28,-273.15
-13/12/2023 18:27:30,-273.15
-13/12/2023 18:27:32,-273.15
-13/12/2023 18:27:34,-273.15
-13/12/2023 18:27:36,-273.15
-13/12/2023 18:27:38,-273.15
-13/12/2023 18:27:41,-273.15
-13/12/2023 18:27:43,-273.15
-13/12/2023 18:27:45,-273.15
-13/12/2023 18:27:47,-273.15
-13/12/2023 18:27:49,-273.15
-13/12/2023 18:27:51,-273.15
-13/12/2023 18:27:53,-273.15
-13/12/2023 18:27:55,-273.15
-13/12/2023 18:27:57,-273.15
-13/12/2023 18:27:59,-273.15
-13/12/2023 18:28:01,-273.15
-13/12/2023 18:28:03,-273.15
-13/12/2023 18:28:05,-273.15
-13/12/2023 18:28:07,-273.15
-13/12/2023 18:28:09,-273.15
-13/12/2023 18:28:11,-273.15
-13/12/2023 18:28:13,-273.15
-13/12/2023 18:28:15,-273.15
-13/12/2023 18:28:17,-273.15
-13/12/2023 18:28:19,-273.15
-13/12/2023 18:28:21,-273.15
-13/12/2023 18:28:24,-273.15
-13/12/2023 18:28:26,-273.15
-13/12/2023 18:28:28,-273.15
-13/12/2023 18:28:30,-273.15
-13/12/2023 18:28:32,-273.15
-13/12/2023 18:28:34,-273.15
-13/12/2023 18:28:36,-273.15
-13/12/2023 18:28:38,-273.15
-13/12/2023 18:28:40,-273.15
-13/12/2023 18:28:42,-273.15
-13/12/2023 18:28:44,-273.15
-13/12/2023 18:28:46,-273.15
-13/12/2023 18:28:48,-273.15
-13/12/2023 18:28:50,-273.15
-13/12/2023 18:28:52,-273.15
-13/12/2023 18:28:54,-273.15
-13/12/2023 18:28:56,-273.15
-13/12/2023 18:28:58,-273.15
-13/12/2023 18:29:00,-273.15
-13/12/2023 18:29:02,-273.15
-13/12/2023 18:29:04,-273.15
-13/12/2023 18:29:06,-273.15
-13/12/2023 18:29:08,-273.15
-13/12/2023 18:29:10,-273.15
-13/12/2023 18:29:12,-273.15
-13/12/2023 18:29:14,-273.15
-13/12/2023 18:29:16,-273.15
-13/12/2023 18:29:19,-273.15
-13/12/2023 18:29:21,-273.15
-13/12/2023 18:29:23,-273.15
-13/12/2023 18:29:25,-273.15
-13/12/2023 18:29:27,-273.15
-13/12/2023 18:29:29,-273.15
-13/12/2023 18:29:31,-273.15
-13/12/2023 18:29:33,-273.15
-13/12/2023 18:29:35,-273.15
-13/12/2023 18:29:37,-273.15
-13/12/2023 18:29:39,-273.15
-13/12/2023 18:29:41,-273.15
-13/12/2023 18:29:43,-273.15
-13/12/2023 18:29:45,-273.15
-13/12/2023 18:29:47,-273.15
-13/12/2023 18:29:49,-273.15
-13/12/2023 18:29:51,-273.15
-13/12/2023 18:29:53,-273.15
-13/12/2023 18:29:55,-273.15
-13/12/2023 18:29:57,-273.15
-13/12/2023 18:29:59,-273.15
-13/12/2023 18:30:01,-273.15
-13/12/2023 18:30:03,-273.15
-13/12/2023 18:30:05,-273.15
-13/12/2023 18:30:07,-273.15
-13/12/2023 18:30:09,-273.15
-13/12/2023 18:30:11,-273.15
-13/12/2023 18:30:13,-273.15
-13/12/2023 18:30:15,-273.15
-13/12/2023 18:30:17,-273.15
-13/12/2023 18:30:19,-273.15
-13/12/2023 18:30:21,-273.15
-13/12/2023 18:30:23,-273.15
-13/12/2023 18:30:26,-273.15
-13/12/2023 18:30:28,-273.15
-13/12/2023 18:30:30,-273.15
-13/12/2023 18:30:32,-273.15
-13/12/2023 18:30:34,-273.15
-13/12/2023 18:30:36,-273.15
-13/12/2023 18:30:38,-273.15
-13/12/2023 18:30:40,-273.15
-13/12/2023 18:30:42,-273.15
-13/12/2023 18:30:44,-273.15
-13/12/2023 18:30:46,-273.15
-13/12/2023 18:30:48,-273.15
-13/12/2023 18:30:50,-273.15
-13/12/2023 18:30:52,-273.15
-13/12/2023 18:30:54,-273.15
-13/12/2023 18:30:56,-273.15
-13/12/2023 18:30:58,-273.15
-13/12/2023 18:31:00,-273.15
-13/12/2023 18:31:02,-273.15
-13/12/2023 18:31:04,-273.15
-13/12/2023 18:31:06,-273.15
-13/12/2023 18:31:08,-273.15
-13/12/2023 18:31:10,-273.15
-13/12/2023 18:31:12,-273.15
-13/12/2023 18:31:14,-273.15
-13/12/2023 18:31:16,-273.15
-13/12/2023 18:31:18,-273.15
-13/12/2023 18:31:20,-273.15
-13/12/2023 18:31:22,-273.15
-13/12/2023 18:31:25,-273.15
-13/12/2023 18:31:27,-273.15
-13/12/2023 18:31:29,-273.15
-13/12/2023 18:31:31,-273.15
-13/12/2023 18:31:33,-273.15
-13/12/2023 18:31:35,-273.15
-13/12/2023 18:31:37,-273.15
-13/12/2023 18:31:39,-273.15
-13/12/2023 18:31:41,-273.15
-13/12/2023 18:31:43,-273.15
-13/12/2023 18:31:45,-273.15
-13/12/2023 18:31:47,-273.15
-13/12/2023 18:31:49,-273.15
-13/12/2023 18:31:51,-273.15
-13/12/2023 18:31:53,-273.15
-13/12/2023 18:31:55,-273.15
-13/12/2023 18:31:57,-273.15
-13/12/2023 18:31:59,-273.15
-13/12/2023 18:32:01,-273.15
-13/12/2023 18:32:03,-273.15
-13/12/2023 18:32:05,-273.15
-13/12/2023 18:32:07,-273.15
-13/12/2023 18:32:09,-273.15
-13/12/2023 18:32:11,-273.15
-13/12/2023 18:32:13,-273.15
-13/12/2023 18:32:15,-273.15
-13/12/2023 18:32:17,-273.15
-13/12/2023 18:32:19,-273.15
-13/12/2023 18:32:21,-273.15
-13/12/2023 18:32:23,-273.15
-13/12/2023 18:32:25,-273.15
-13/12/2023 18:32:27,-273.15
-13/12/2023 18:32:29,-273.15
-13/12/2023 18:32:31,-273.15
-13/12/2023 18:32:33,-273.15
-13/12/2023 18:32:35,-273.15
-13/12/2023 18:32:37,-273.15
-13/12/2023 18:32:39,-273.15
-13/12/2023 18:32:42,-273.15
-13/12/2023 18:32:44,-273.15
-13/12/2023 18:32:46,-273.15
-13/12/2023 18:32:48,-273.15
-13/12/2023 18:32:50,-273.15
-13/12/2023 18:32:52,-273.15
-13/12/2023 18:32:54,-273.15
-13/12/2023 18:32:56,-273.15
-13/12/2023 18:32:58,-273.15
-13/12/2023 18:33:00,-273.15
-13/12/2023 18:33:02,-273.15
-13/12/2023 18:33:04,-273.15
-13/12/2023 18:33:06,-273.15
-13/12/2023 18:33:08,-273.15
-13/12/2023 18:33:10,-273.15
-13/12/2023 18:33:12,-273.15
-13/12/2023 18:33:14,-273.15
-13/12/2023 18:33:16,-273.15
-13/12/2023 18:33:18,-273.15
-13/12/2023 18:33:20,-273.15
-13/12/2023 18:33:22,-273.15
-13/12/2023 18:33:24,-273.15
-13/12/2023 18:33:26,-273.15
-13/12/2023 18:33:28,-273.15
-13/12/2023 18:33:30,-273.15
-13/12/2023 18:33:32,-273.15
-13/12/2023 18:33:34,-273.15
-13/12/2023 18:33:36,-273.15
-13/12/2023 18:33:38,-273.15
-13/12/2023 18:33:40,-273.15
-13/12/2023 18:33:42,-273.15
-13/12/2023 18:33:44,-273.15
-13/12/2023 18:33:46,-273.15
-13/12/2023 18:33:48,-273.15
-13/12/2023 18:33:50,-273.15
-13/12/2023 18:33:52,-273.15
-13/12/2023 18:33:54,-273.15
-13/12/2023 18:33:56,-273.15
-13/12/2023 18:33:58,-273.15
-13/12/2023 18:34:00,-273.15
-13/12/2023 18:34:02,-273.15
-13/12/2023 18:34:04,-273.15
-13/12/2023 18:34:06,-273.15
-13/12/2023 18:34:08,-273.15
-13/12/2023 18:34:10,-273.15
-13/12/2023 18:34:12,-273.15
-13/12/2023 18:34:14,-273.15
-13/12/2023 18:34:16,-273.15
-13/12/2023 18:34:18,-273.15
-13/12/2023 18:34:20,-273.15
-13/12/2023 18:34:22,-273.15
-13/12/2023 18:34:24,-273.15
-13/12/2023 18:34:26,-273.15
-13/12/2023 18:34:28,-273.15
-13/12/2023 18:34:30,-273.15
-13/12/2023 18:34:32,-273.15
-13/12/2023 18:34:34,-273.15
-13/12/2023 18:34:36,-273.15
-13/12/2023 18:34:38,-273.15
-13/12/2023 18:34:40,-273.15
-13/12/2023 18:34:42,-273.15
-13/12/2023 18:34:44,-273.15
-13/12/2023 18:34:46,-273.15
-13/12/2023 18:34:48,-273.15
-13/12/2023 18:34:50,-273.15
-13/12/2023 18:34:52,-273.15
-13/12/2023 18:34:54,-273.15
-13/12/2023 18:34:56,-273.15
-13/12/2023 18:34:58,-273.15
-13/12/2023 18:35:00,-273.15
-13/12/2023 18:35:02,-273.15
-13/12/2023 18:35:04,-273.15
-13/12/2023 18:35:07,-273.15
-13/12/2023 18:35:09,-273.15
-13/12/2023 18:35:11,-273.15
-13/12/2023 18:35:13,-273.15
-13/12/2023 18:35:15,-273.15
-13/12/2023 18:35:17,-273.15
-13/12/2023 18:35:19,-273.15
-13/12/2023 18:35:21,-273.15
-13/12/2023 18:35:23,-273.15
-13/12/2023 18:35:25,-273.15
-13/12/2023 18:35:27,-273.15
-13/12/2023 18:35:29,-273.15
-13/12/2023 18:35:31,-273.15
-13/12/2023 18:35:33,-273.15
-13/12/2023 18:35:35,-273.15
-13/12/2023 18:35:37,-273.15
-13/12/2023 18:35:39,-273.15
-13/12/2023 18:35:41,-273.15
-13/12/2023 18:35:43,-273.15
-13/12/2023 18:35:45,-273.15
-13/12/2023 18:35:47,-273.15
-13/12/2023 18:35:49,-273.15
-13/12/2023 18:35:51,-273.15
-13/12/2023 18:35:53,-273.15
-13/12/2023 18:35:55,-273.15
-13/12/2023 18:35:57,-273.15
-13/12/2023 18:35:59,-273.15
-13/12/2023 18:36:01,-273.15
-13/12/2023 18:36:04,-273.15
-13/12/2023 18:36:06,-273.15
-13/12/2023 18:36:08,-273.15
-13/12/2023 18:36:10,-273.15
-13/12/2023 18:36:12,-273.15
-13/12/2023 18:36:14,-273.15
-13/12/2023 18:36:16,-273.15
-13/12/2023 18:36:18,-273.15
-13/12/2023 18:36:20,-273.15
-13/12/2023 18:36:22,-273.15
-13/12/2023 18:36:24,-273.15
-13/12/2023 18:36:26,-273.15
-13/12/2023 18:36:28,-273.15
-13/12/2023 18:36:30,-273.15
-13/12/2023 18:36:32,-273.15
-13/12/2023 18:36:34,-273.15
-13/12/2023 18:36:36,-273.15
-13/12/2023 18:36:38,-273.15
-13/12/2023 18:36:40,-273.15
-13/12/2023 18:36:42,-273.15
-13/12/2023 18:36:44,-273.15
-13/12/2023 18:36:46,-273.15
-13/12/2023 18:36:48,-273.15
-13/12/2023 18:36:50,-273.15
-13/12/2023 18:36:52,-273.15
-13/12/2023 18:36:54,-273.15
-13/12/2023 18:36:57,-273.15
-13/12/2023 18:36:59,-273.15
-13/12/2023 18:37:01,-273.15
-13/12/2023 18:37:03,-273.15
-13/12/2023 18:37:05,-273.15
-13/12/2023 18:37:07,-273.15
-13/12/2023 18:37:09,-273.15
-13/12/2023 18:37:11,-273.15
-13/12/2023 18:37:13,-273.15
-13/12/2023 18:37:15,-273.15
-13/12/2023 18:37:17,-273.15
-13/12/2023 18:37:19,-273.15
-13/12/2023 18:37:21,-273.15
-13/12/2023 18:37:23,-273.15
-13/12/2023 18:37:25,-273.15
-13/12/2023 18:37:27,-273.15
-13/12/2023 18:37:29,-273.15
-13/12/2023 18:37:31,-273.15
-13/12/2023 18:37:33,-273.15
-13/12/2023 18:37:35,-273.15
-13/12/2023 18:37:37,-273.15
-13/12/2023 18:37:39,-273.15
-13/12/2023 18:37:41,-273.15
-13/12/2023 18:37:43,-273.15
-13/12/2023 18:37:46,-273.15
-13/12/2023 18:37:48,-273.15
-13/12/2023 18:37:50,-273.15
-13/12/2023 18:37:52,-273.15
-13/12/2023 18:37:54,-273.15
-13/12/2023 18:37:56,-273.15
-13/12/2023 18:37:58,-273.15
-13/12/2023 18:38:00,-273.15
-13/12/2023 18:38:02,-273.15
-13/12/2023 18:38:04,-273.15
-13/12/2023 18:38:06,-273.15
-13/12/2023 18:38:08,-273.15
-13/12/2023 18:38:10,-273.15
-13/12/2023 18:38:12,-273.15
-13/12/2023 18:38:14,-273.15
-13/12/2023 18:38:16,-273.15
-13/12/2023 18:38:18,-273.15
-13/12/2023 18:38:20,-273.15
-13/12/2023 18:38:22,-273.15
-13/12/2023 18:38:24,-273.15
-13/12/2023 18:38:26,-273.15
-13/12/2023 18:38:28,-273.15
-13/12/2023 18:38:30,-273.15
-13/12/2023 18:38:32,-273.15
-13/12/2023 18:38:34,-273.15
-13/12/2023 18:38:36,-273.15
-13/12/2023 18:38:38,-273.15
-13/12/2023 18:38:41,-273.15
-13/12/2023 18:38:43,-273.15
-13/12/2023 18:38:45,-273.15
-13/12/2023 18:38:47,-273.15
-13/12/2023 18:38:49,-273.15
-13/12/2023 18:38:51,-273.15
-13/12/2023 18:38:53,-273.15
-13/12/2023 18:38:55,-273.15
-13/12/2023 18:38:57,-273.15
-13/12/2023 18:38:59,-273.15
-13/12/2023 18:39:01,-273.15
-13/12/2023 18:39:03,-273.15
-13/12/2023 18:39:05,-273.15
-13/12/2023 18:39:07,-273.15
-13/12/2023 18:39:09,-273.15
-13/12/2023 18:39:11,-273.15
-13/12/2023 18:39:13,-273.15
-13/12/2023 18:39:15,-273.15
-13/12/2023 18:39:17,-273.15
-13/12/2023 18:39:19,-273.15
-13/12/2023 18:39:21,-273.15
-13/12/2023 18:39:23,-273.15
-13/12/2023 18:39:25,-273.15
-13/12/2023 18:39:27,-273.15
-13/12/2023 18:39:29,-273.15
-13/12/2023 18:39:31,-273.15
-13/12/2023 18:39:33,-273.15
-13/12/2023 18:39:35,-273.15
-13/12/2023 18:39:37,-273.15
-13/12/2023 18:39:39,-273.15
-13/12/2023 18:39:41,-273.15
-13/12/2023 18:39:43,-273.15
-13/12/2023 18:39:45,-273.15
-13/12/2023 18:39:47,-273.15
-13/12/2023 18:39:49,-273.15
-13/12/2023 18:39:51,-273.15
-13/12/2023 18:39:53,-273.15
-13/12/2023 18:39:55,-273.15
-13/12/2023 18:39:57,-273.15
-13/12/2023 18:39:59,-273.15
-13/12/2023 18:40:02,-273.15
-13/12/2023 18:40:04,-273.15
-13/12/2023 18:40:06,-273.15
-13/12/2023 18:40:08,-273.15
-13/12/2023 18:40:10,-273.15
-13/12/2023 18:40:12,-273.15
-13/12/2023 18:40:14,-273.15
-13/12/2023 18:40:16,-273.15
-13/12/2023 18:40:18,-273.15
-13/12/2023 18:40:20,-273.15
-13/12/2023 18:40:22,-273.15
-13/12/2023 18:40:24,-273.15
-13/12/2023 18:40:26,-273.15
-13/12/2023 18:40:28,-273.15
-13/12/2023 18:40:30,-273.15
-13/12/2023 18:40:32,-273.15
-13/12/2023 18:40:34,-273.15
-13/12/2023 18:40:36,-273.15
-13/12/2023 18:40:38,-273.15
-13/12/2023 18:40:40,-273.15
-13/12/2023 18:40:42,-273.15
-13/12/2023 18:40:44,-273.15
-13/12/2023 18:40:46,-273.15
-13/12/2023 18:40:48,-273.15
-13/12/2023 18:40:50,-273.15
-13/12/2023 18:40:53,-273.15
-13/12/2023 18:40:55,-273.15
-13/12/2023 18:40:57,-273.15
-13/12/2023 18:40:59,-273.15
-13/12/2023 18:41:01,-273.15
-13/12/2023 18:41:03,-273.15
-13/12/2023 18:41:05,-273.15
-13/12/2023 18:41:07,-273.15
-13/12/2023 18:41:09,-273.15
-13/12/2023 18:41:11,-273.15
-13/12/2023 18:41:13,-273.15
-13/12/2023 18:41:15,-273.15
-13/12/2023 18:41:17,-273.15
-13/12/2023 18:41:19,-273.15
-13/12/2023 18:41:21,-273.15
-13/12/2023 18:41:23,-273.15
-13/12/2023 18:41:25,-273.15
-13/12/2023 18:41:27,-273.15
-13/12/2023 18:41:29,-273.15
-13/12/2023 18:41:31,-273.15
-13/12/2023 18:41:33,-273.15
-13/12/2023 18:41:35,-273.15
-13/12/2023 18:41:37,-273.15
-13/12/2023 18:41:39,-273.15
-13/12/2023 18:41:41,-273.15
-13/12/2023 18:41:44,-273.15
-13/12/2023 18:41:46,-273.15
-13/12/2023 18:41:48,-273.15
-13/12/2023 18:41:50,-273.15
-13/12/2023 18:41:52,-273.15
-13/12/2023 18:41:54,-273.15
-13/12/2023 18:41:56,-273.15
-13/12/2023 18:41:58,-273.15
-13/12/2023 18:42:00,-273.15
-13/12/2023 18:42:02,-273.15
-13/12/2023 18:42:04,-273.15
-13/12/2023 18:42:06,-273.15
-13/12/2023 18:42:08,-273.15
-13/12/2023 18:42:10,-273.15
-13/12/2023 18:42:12,-273.15
-13/12/2023 18:42:14,-273.15
-13/12/2023 18:42:16,-273.15
-13/12/2023 18:42:18,-273.15
-13/12/2023 18:42:20,-273.15
-13/12/2023 18:42:22,-273.15
-13/12/2023 18:42:24,-273.15
-13/12/2023 18:42:26,-273.15
-13/12/2023 18:42:28,-273.15
-13/12/2023 18:42:30,-273.15
-13/12/2023 18:42:33,-273.15
-13/12/2023 18:42:35,-273.15
-13/12/2023 18:42:37,-273.15
-13/12/2023 18:42:39,-273.15
-13/12/2023 18:42:41,-273.15
-13/12/2023 18:42:43,-273.15
-13/12/2023 18:42:45,-273.15
-13/12/2023 18:42:47,-273.15
-13/12/2023 18:42:49,-273.15
-13/12/2023 18:42:51,-273.15
-13/12/2023 18:42:53,-273.15
-13/12/2023 18:42:55,-273.15
-13/12/2023 18:42:57,-273.15
-13/12/2023 18:42:59,-273.15
-13/12/2023 18:43:01,-273.15
-13/12/2023 18:43:03,-273.15
-13/12/2023 18:43:05,-273.15
-13/12/2023 18:43:07,-273.15
-13/12/2023 18:43:09,-273.15
-13/12/2023 18:43:11,-273.15
-13/12/2023 18:43:13,-273.15
-13/12/2023 18:43:15,-273.15
-13/12/2023 18:43:17,-273.15
-13/12/2023 18:43:20,-273.15
-13/12/2023 18:43:22,-273.15
-13/12/2023 18:43:24,-273.15
-13/12/2023 18:43:26,-273.15
-13/12/2023 18:43:28,-273.15
-13/12/2023 18:43:30,-273.15
-13/12/2023 18:43:32,-273.15
-13/12/2023 18:43:34,-273.15
-13/12/2023 18:43:36,-273.15
-13/12/2023 18:43:38,-273.15
-13/12/2023 18:43:40,-273.15
-13/12/2023 18:43:42,-273.15
-13/12/2023 18:43:44,-273.15
-13/12/2023 18:43:46,-273.15
-13/12/2023 18:43:48,-273.15
-13/12/2023 18:43:50,-273.15
-13/12/2023 18:43:52,-273.15
-13/12/2023 18:43:54,-273.15
-13/12/2023 18:43:56,-273.15
-13/12/2023 18:43:58,-273.15
-13/12/2023 18:44:00,-273.15
-13/12/2023 18:44:02,-273.15
-13/12/2023 18:44:04,-273.15
-13/12/2023 18:44:06,-273.15
-13/12/2023 18:44:08,-273.15
-13/12/2023 18:44:10,-273.15
-13/12/2023 18:44:12,-273.15
-13/12/2023 18:44:14,-273.15
-13/12/2023 18:44:16,-273.15
-13/12/2023 18:44:18,-273.15
-13/12/2023 18:44:20,-273.15
-13/12/2023 18:44:22,-273.15
-13/12/2023 18:44:24,-273.15
-13/12/2023 18:44:26,-273.15
-13/12/2023 18:44:28,-273.15
-13/12/2023 18:44:30,-273.15
-13/12/2023 18:44:32,-273.15
-13/12/2023 18:44:34,-273.15
-13/12/2023 18:44:36,-273.15
-13/12/2023 18:44:38,-273.15
-13/12/2023 18:44:40,-273.15
-13/12/2023 18:44:42,-273.15
-13/12/2023 18:44:44,-273.15
-13/12/2023 18:44:46,-273.15
-13/12/2023 18:44:48,-273.15
-13/12/2023 18:44:50,-273.15
-13/12/2023 18:44:52,-273.15
-13/12/2023 18:44:54,-273.15
-13/12/2023 18:44:56,-273.15
-13/12/2023 18:44:58,-273.15
-13/12/2023 18:45:00,-273.15
-13/12/2023 18:45:03,-273.15
-13/12/2023 18:45:05,-273.15
-13/12/2023 18:45:07,-273.15
-13/12/2023 18:45:09,-273.15
-13/12/2023 18:45:11,-273.15
-13/12/2023 18:45:13,-273.15
-13/12/2023 18:45:15,-273.15
-13/12/2023 18:45:17,-273.15
-13/12/2023 18:45:19,-273.15
-13/12/2023 18:45:21,-273.15
-13/12/2023 18:45:23,-273.15
-13/12/2023 18:45:25,-273.15
-13/12/2023 18:45:27,-273.15
-13/12/2023 18:45:29,-273.15
-13/12/2023 18:45:31,-273.15
-13/12/2023 18:45:33,-273.15
-13/12/2023 18:45:35,-273.15
-13/12/2023 18:45:37,-273.15
-13/12/2023 18:45:39,-273.15
-13/12/2023 18:45:41,-273.15
-13/12/2023 18:45:43,-273.15
-13/12/2023 18:45:45,-273.15
-13/12/2023 18:45:47,-273.15
-13/12/2023 18:45:49,-273.15
-13/12/2023 18:45:51,-273.15
-13/12/2023 18:45:53,-273.15
-13/12/2023 18:45:55,-273.15
-13/12/2023 18:45:57,-273.15
-13/12/2023 18:45:59,-273.15
-13/12/2023 18:46:01,-273.15
-13/12/2023 18:46:04,-273.15
-13/12/2023 18:46:06,-273.15
-13/12/2023 18:46:08,-273.15
-13/12/2023 18:46:10,-273.15
-13/12/2023 18:46:12,-273.15
-13/12/2023 18:46:14,-273.15
-13/12/2023 18:46:16,-273.15
-13/12/2023 18:46:18,-273.15
-13/12/2023 18:46:20,-273.15
-13/12/2023 18:46:22,-273.15
-13/12/2023 18:46:24,-273.15
-13/12/2023 18:46:26,-273.15
-13/12/2023 18:46:28,-273.15
-13/12/2023 18:46:30,-273.15
-13/12/2023 18:46:32,-273.15
-13/12/2023 18:46:34,-273.15
-13/12/2023 18:46:36,-273.15
-13/12/2023 18:46:38,-273.15
-13/12/2023 18:46:40,-273.15
-13/12/2023 18:46:42,-273.15
-13/12/2023 18:46:45,-273.15
-13/12/2023 18:46:47,-273.15
-13/12/2023 18:46:49,-273.15
-13/12/2023 18:46:51,-273.15
-13/12/2023 18:46:53,-273.15
-13/12/2023 18:46:55,-273.15
-13/12/2023 18:46:57,-273.15
-13/12/2023 18:46:59,-273.15
-13/12/2023 18:47:01,-273.15
-13/12/2023 18:47:03,-273.15
-13/12/2023 18:47:05,-273.15
-13/12/2023 18:47:07,-273.15
-13/12/2023 18:47:09,-273.15
-13/12/2023 18:47:11,-273.15
-13/12/2023 18:47:13,-273.15
-13/12/2023 18:47:15,-273.15
-13/12/2023 18:47:17,-273.15
-13/12/2023 18:47:19,-273.15
-13/12/2023 18:47:21,-273.15
-13/12/2023 18:47:23,-273.15
-13/12/2023 18:47:25,-273.15
-13/12/2023 18:47:27,-273.15
-13/12/2023 18:47:30,-273.15
-13/12/2023 18:47:32,-273.15
-13/12/2023 18:47:34,-273.15
-13/12/2023 18:47:36,-273.15
-13/12/2023 18:47:38,-273.15
-13/12/2023 18:47:40,-273.15
-13/12/2023 18:47:42,-273.15
-13/12/2023 18:47:44,-273.15
-13/12/2023 18:47:46,-273.15
-13/12/2023 18:47:48,-273.15
-13/12/2023 18:47:50,-273.15
-13/12/2023 18:47:52,-273.15
-13/12/2023 18:47:54,-273.15
-13/12/2023 18:47:56,-273.15
-13/12/2023 18:47:58,-273.15
-13/12/2023 18:48:00,-273.15
-13/12/2023 18:48:02,-273.15
-13/12/2023 18:48:04,-273.15
-13/12/2023 18:48:06,-273.15
-13/12/2023 18:48:08,-273.15
-13/12/2023 18:48:10,-273.15
-13/12/2023 18:48:12,-273.15
-13/12/2023 18:48:15,-273.15
-13/12/2023 18:48:17,-273.15
-13/12/2023 18:48:19,-273.15
-13/12/2023 18:48:21,-273.15
-13/12/2023 18:48:23,-273.15
-13/12/2023 18:48:25,-273.15
-13/12/2023 18:48:27,-273.15
-13/12/2023 18:48:29,-273.15
-13/12/2023 18:48:31,-273.15
-13/12/2023 18:48:33,-273.15
-13/12/2023 18:48:35,-273.15
-13/12/2023 18:48:37,-273.15
-13/12/2023 18:48:39,-273.15
-13/12/2023 18:48:41,-273.15
-13/12/2023 18:48:43,-273.15
-13/12/2023 18:48:45,-273.15
-13/12/2023 18:48:47,-273.15
-13/12/2023 18:48:49,-273.15
-13/12/2023 18:48:51,-273.15
-13/12/2023 18:48:53,-273.15
-13/12/2023 18:48:56,-273.15
-13/12/2023 18:48:58,-273.15
-13/12/2023 18:49:00,-273.15
-13/12/2023 18:49:02,-273.15
-13/12/2023 18:49:04,-273.15
-13/12/2023 18:49:06,-273.15
-13/12/2023 18:49:08,-273.15
-13/12/2023 18:49:10,-273.15
-13/12/2023 18:49:12,-273.15
-13/12/2023 18:49:14,-273.15
-13/12/2023 18:49:16,-273.15
-13/12/2023 18:49:18,-273.15
-13/12/2023 18:49:20,-273.15
-13/12/2023 18:49:22,-273.15
-13/12/2023 18:49:24,-273.15
-13/12/2023 18:49:26,-273.15
-13/12/2023 18:49:28,-273.15
-13/12/2023 18:49:30,-273.15
-13/12/2023 18:49:32,-273.15
-13/12/2023 18:49:34,-273.15
-13/12/2023 18:49:36,-273.15
-13/12/2023 18:49:38,-273.15
-13/12/2023 18:49:40,-273.15
-13/12/2023 18:49:43,-273.15
-13/12/2023 18:49:45,-273.15
-13/12/2023 18:49:47,-273.15
-13/12/2023 18:49:49,-273.15
-13/12/2023 18:49:51,-273.15
-13/12/2023 18:49:53,-273.15
-13/12/2023 18:49:55,-273.15
-13/12/2023 18:49:57,-273.15
-13/12/2023 18:49:59,-273.15
-13/12/2023 18:50:01,-273.15
-13/12/2023 18:50:03,-273.15
-13/12/2023 18:50:05,-273.15
-13/12/2023 18:50:07,-273.15
-13/12/2023 18:50:09,-273.15
-13/12/2023 18:50:11,-273.15
-13/12/2023 18:50:13,-273.15
-13/12/2023 18:50:15,-273.15
-13/12/2023 18:50:17,-273.15
-13/12/2023 18:50:19,-273.15
-13/12/2023 18:50:21,-273.15
-13/12/2023 18:50:23,-273.15
-13/12/2023 18:50:25,-273.15
-13/12/2023 18:50:27,-273.15
-13/12/2023 18:50:29,-273.15
-13/12/2023 18:50:32,-273.15
-13/12/2023 18:50:34,-273.15
-13/12/2023 18:50:36,-273.15
-13/12/2023 18:50:38,-273.15
-13/12/2023 18:50:40,-273.15
-13/12/2023 18:50:42,-273.15
-13/12/2023 18:50:44,-273.15
-13/12/2023 18:50:46,-273.15
-13/12/2023 18:50:48,-273.15
-13/12/2023 18:50:50,-273.15
-13/12/2023 18:50:52,-273.15
-13/12/2023 18:50:54,-273.15
-13/12/2023 18:50:56,-273.15
-13/12/2023 18:50:58,-273.15
-13/12/2023 18:51:00,-273.15
-13/12/2023 18:51:02,-273.15
-13/12/2023 18:51:04,-273.15
-13/12/2023 18:51:06,-273.15
-13/12/2023 18:51:08,-273.15
-13/12/2023 18:51:10,-273.15
-13/12/2023 18:51:12,-273.15
-13/12/2023 18:51:14,-273.15
-13/12/2023 18:51:16,-273.15
-13/12/2023 18:51:18,-273.15
-13/12/2023 18:51:20,-273.15
-13/12/2023 18:51:22,-273.15
-13/12/2023 18:51:24,-273.15
-13/12/2023 18:51:26,-273.15
-13/12/2023 18:51:28,-273.15
-13/12/2023 18:51:30,-273.15
-13/12/2023 18:51:32,-273.15
-13/12/2023 18:51:34,-273.15
-13/12/2023 18:51:36,-273.15
-13/12/2023 18:51:38,-273.15
-13/12/2023 18:51:40,-273.15
-13/12/2023 18:51:42,-273.15
-13/12/2023 18:51:44,-273.15
-13/12/2023 18:51:47,-273.15
-13/12/2023 18:51:49,-273.15
-13/12/2023 18:51:51,-273.15
-13/12/2023 18:51:53,-273.15
-13/12/2023 18:51:55,-273.15
-13/12/2023 18:51:57,-273.15
-13/12/2023 18:51:59,-273.15
-13/12/2023 18:52:01,-273.15
-13/12/2023 18:52:03,-273.15
-13/12/2023 18:52:05,-273.15
-13/12/2023 18:52:07,-273.15
-13/12/2023 18:52:09,-273.15
-13/12/2023 18:52:11,-273.15
-13/12/2023 18:52:13,-273.15
-13/12/2023 18:52:15,-273.15
-13/12/2023 18:52:17,-273.15
-13/12/2023 18:52:19,-273.15
-13/12/2023 18:52:21,-273.15
-13/12/2023 18:52:23,-273.15
-13/12/2023 18:52:25,-273.15
-13/12/2023 18:52:27,-273.15
-13/12/2023 18:52:29,-273.15
-13/12/2023 18:52:31,-273.15
-13/12/2023 18:52:33,-273.15
-13/12/2023 18:52:35,-273.15
-13/12/2023 18:52:38,-273.15
-13/12/2023 18:52:40,-273.15
-13/12/2023 18:52:42,-273.15
-13/12/2023 18:52:44,-273.15
-13/12/2023 18:52:46,-273.15
-13/12/2023 18:52:48,-273.15
-13/12/2023 18:52:50,-273.15
-13/12/2023 18:52:52,-273.15
-13/12/2023 18:52:54,-273.15
-13/12/2023 18:52:56,-273.15
-13/12/2023 18:52:58,-273.15
-13/12/2023 18:53:00,-273.15
-13/12/2023 18:53:02,-273.15
-13/12/2023 18:53:04,-273.15
-13/12/2023 18:53:06,-273.15
-13/12/2023 18:53:08,-273.15
-13/12/2023 18:53:10,-273.15
-13/12/2023 18:53:12,-273.15
-13/12/2023 18:53:14,-273.15
-13/12/2023 18:53:16,-273.15
-13/12/2023 18:53:18,-273.15
-13/12/2023 18:53:20,-273.15
-13/12/2023 18:53:22,-273.15
-13/12/2023 18:53:24,-273.15
-13/12/2023 18:53:26,-273.15
-13/12/2023 18:53:28,-273.15
-13/12/2023 18:53:30,-273.15
-13/12/2023 18:53:32,-273.15
-13/12/2023 18:53:34,-273.15
-13/12/2023 18:53:36,-273.15
-13/12/2023 18:53:38,-273.15
-13/12/2023 18:53:40,-273.15
-13/12/2023 18:53:42,-273.15
-13/12/2023 18:53:44,-273.15
-13/12/2023 18:53:46,-273.15
-13/12/2023 18:53:48,-273.15
-13/12/2023 18:53:50,-273.15
-13/12/2023 18:53:52,-273.15
-13/12/2023 18:53:54,-273.15
-13/12/2023 18:53:56,-273.15
-13/12/2023 18:53:58,-273.15
-13/12/2023 18:54:00,-273.15
-13/12/2023 18:54:02,-273.15
-13/12/2023 18:54:04,-273.15
-13/12/2023 18:54:06,-273.15
-13/12/2023 18:54:08,-273.15
-13/12/2023 18:54:10,-273.15
-13/12/2023 18:54:12,-273.15
-13/12/2023 18:54:14,-273.15
-13/12/2023 18:54:16,-273.15
-13/12/2023 18:54:18,-273.15
-13/12/2023 18:54:20,-273.15
-13/12/2023 18:54:23,-273.15
-13/12/2023 18:54:25,-273.15
-13/12/2023 18:54:27,-273.15
-13/12/2023 18:54:29,-273.15
-13/12/2023 18:54:31,-273.15
-13/12/2023 18:54:33,-273.15
-13/12/2023 18:54:35,-273.15
-13/12/2023 18:54:37,-273.15
-13/12/2023 18:54:39,-273.15
-13/12/2023 18:54:41,-273.15
-13/12/2023 18:54:43,-273.15
-13/12/2023 18:54:45,-273.15
-13/12/2023 18:54:47,-273.15
-13/12/2023 18:54:49,-273.15
-13/12/2023 18:54:51,-273.15
-13/12/2023 18:54:53,-273.15
-13/12/2023 18:54:55,-273.15
-13/12/2023 18:54:57,-273.15
-13/12/2023 18:54:59,-273.15
-13/12/2023 18:55:01,-273.15
-13/12/2023 18:55:03,-273.15
-13/12/2023 18:55:05,-273.15
-13/12/2023 18:55:07,-273.15
-13/12/2023 18:55:09,-273.15
-13/12/2023 18:55:11,-273.15
-13/12/2023 18:55:13,-273.15
-13/12/2023 18:55:15,-273.15
-13/12/2023 18:55:17,-273.15
-13/12/2023 18:55:19,-273.15
-13/12/2023 18:55:21,-273.15
-13/12/2023 18:55:23,-273.15
-13/12/2023 18:55:25,-273.15
-13/12/2023 18:55:27,-273.15
-13/12/2023 18:55:29,-273.15
-13/12/2023 18:55:31,-273.15
-13/12/2023 18:55:33,-273.15
-13/12/2023 18:55:35,-273.15
-13/12/2023 18:55:37,-273.15
-13/12/2023 18:55:39,-273.15
-13/12/2023 18:55:41,-273.15
-13/12/2023 18:55:43,-273.15
-13/12/2023 18:55:45,-273.15
-13/12/2023 18:55:47,-273.15
-13/12/2023 18:55:49,-273.15
-13/12/2023 18:55:51,-273.15
-13/12/2023 18:55:53,-273.15
-13/12/2023 18:55:55,-273.15
-13/12/2023 18:55:57,-273.15
-13/12/2023 18:55:59,-273.15
-13/12/2023 18:56:01,-273.15
-13/12/2023 18:56:03,-273.15
-13/12/2023 18:56:05,-273.15
-13/12/2023 18:56:07,-273.15
-13/12/2023 18:56:10,-273.15
-13/12/2023 18:56:12,-273.15
-13/12/2023 18:56:14,-273.15
-13/12/2023 18:56:16,-273.15
-13/12/2023 18:56:18,-273.15
-13/12/2023 18:56:20,-273.15
-13/12/2023 18:56:22,-273.15
-13/12/2023 18:56:24,-273.15
-13/12/2023 18:56:26,-273.15
-13/12/2023 18:56:28,-273.15
-13/12/2023 18:56:30,-273.15
-13/12/2023 18:56:32,-273.15
-13/12/2023 18:56:34,-273.15
-13/12/2023 18:56:36,-273.15
-13/12/2023 18:56:38,-273.15
-13/12/2023 18:56:40,-273.15
-13/12/2023 18:56:42,-273.15
-13/12/2023 18:56:44,-273.15
-13/12/2023 18:56:46,-273.15
-13/12/2023 18:56:48,-273.15
-13/12/2023 18:56:50,-273.15
-13/12/2023 18:56:52,-273.15
-13/12/2023 18:56:54,-273.15
-13/12/2023 18:56:56,-273.15
-13/12/2023 18:56:58,-273.15
-13/12/2023 18:57:00,-273.15
-13/12/2023 18:57:02,-273.15
-13/12/2023 18:57:04,-273.15
-13/12/2023 18:57:06,-273.15
-13/12/2023 18:57:08,-273.15
-13/12/2023 18:57:10,-273.15
-13/12/2023 18:57:12,-273.15
-13/12/2023 18:57:14,-273.15
-13/12/2023 18:57:16,-273.15
-13/12/2023 18:57:18,-273.15
-13/12/2023 18:57:20,-273.15
-13/12/2023 18:57:22,-273.15
-13/12/2023 18:57:24,-273.15
-13/12/2023 18:57:26,-273.15
-13/12/2023 18:57:28,-273.15
-13/12/2023 18:57:30,-273.15
-13/12/2023 18:57:32,-273.15
-13/12/2023 18:57:34,-273.15
-13/12/2023 18:57:36,-273.15
-13/12/2023 18:57:38,-273.15
-13/12/2023 18:57:40,-273.15
-13/12/2023 18:57:42,-273.15
-13/12/2023 18:57:44,-273.15
-13/12/2023 18:57:46,-273.15
-13/12/2023 18:57:48,-273.15
-13/12/2023 18:57:50,-273.15
-13/12/2023 18:57:52,-273.15
-13/12/2023 18:57:54,-273.15
-13/12/2023 18:57:56,-273.15
-13/12/2023 18:57:58,-273.15
-13/12/2023 18:58:00,-273.15
-13/12/2023 18:58:03,-273.15
-13/12/2023 18:58:05,-273.15
-13/12/2023 18:58:07,-273.15
-13/12/2023 18:58:09,-273.15
-13/12/2023 18:58:11,-273.15
-13/12/2023 18:58:13,-273.15
-13/12/2023 18:58:15,-273.15
-13/12/2023 18:58:17,-273.15
-13/12/2023 18:58:19,-273.15
-13/12/2023 18:58:21,-273.15
-13/12/2023 18:58:23,-273.15
-13/12/2023 18:58:25,-273.15
-13/12/2023 18:58:27,-273.15
-13/12/2023 18:58:29,-273.15
-13/12/2023 18:58:31,-273.15
-13/12/2023 18:58:33,-273.15
-13/12/2023 18:58:35,-273.15
-13/12/2023 18:58:37,-273.15
-13/12/2023 18:58:39,-273.15
-13/12/2023 18:58:41,-273.15
-13/12/2023 18:58:43,-273.15
-13/12/2023 18:58:45,-273.15
-13/12/2023 18:58:47,-273.15
-13/12/2023 18:58:49,-273.15
-13/12/2023 18:58:51,-273.15
-13/12/2023 18:58:53,-273.15
-13/12/2023 18:58:55,-273.15
-13/12/2023 18:58:57,-273.15
-13/12/2023 18:58:59,-273.15
-13/12/2023 18:59:01,-273.15
-13/12/2023 18:59:03,-273.15
-13/12/2023 18:59:05,-273.15
-13/12/2023 18:59:07,-273.15
-13/12/2023 18:59:09,-273.15
-13/12/2023 18:59:11,-273.15
-13/12/2023 18:59:13,-273.15
-13/12/2023 18:59:15,-273.15
-13/12/2023 18:59:17,-273.15
-13/12/2023 18:59:19,-273.15
-13/12/2023 18:59:21,-273.15
-13/12/2023 18:59:23,-273.15
-13/12/2023 18:59:25,-273.15
-13/12/2023 18:59:27,-273.15
-13/12/2023 18:59:29,-273.15
-13/12/2023 18:59:31,-273.15
-13/12/2023 18:59:33,-273.15
-13/12/2023 18:59:35,-273.15
-13/12/2023 18:59:37,-273.15
-13/12/2023 18:59:39,-273.15
-13/12/2023 18:59:41,-273.15
-13/12/2023 18:59:43,-273.15
-13/12/2023 18:59:45,-273.15
-13/12/2023 18:59:47,-273.15
-13/12/2023 18:59:50,-273.15
-13/12/2023 18:59:52,-273.15
-13/12/2023 18:59:54,-273.15
-13/12/2023 18:59:56,-273.15
-13/12/2023 18:59:58,-273.15
-13/12/2023 19:00:00,-273.15
-13/12/2023 19:00:02,-273.15
-13/12/2023 19:00:04,-273.15
-13/12/2023 19:00:06,-273.15
-13/12/2023 19:00:08,-273.15
-13/12/2023 19:00:10,-273.15
-13/12/2023 19:00:12,-273.15
-13/12/2023 19:00:14,-273.15
-13/12/2023 19:00:16,-273.15
-13/12/2023 19:00:18,-273.15
-13/12/2023 19:00:20,-273.15
-13/12/2023 19:00:22,-273.15
-13/12/2023 19:00:24,-273.15
-13/12/2023 19:00:26,-273.15
-13/12/2023 19:00:28,-273.15
-13/12/2023 19:00:30,-273.15
-13/12/2023 19:00:32,-273.15
-13/12/2023 19:00:34,-273.15
-13/12/2023 19:00:36,-273.15
-13/12/2023 19:00:38,-273.15
-13/12/2023 19:00:40,-273.15
-13/12/2023 19:00:42,-273.15
-13/12/2023 19:00:44,-273.15
-13/12/2023 19:00:46,-273.15
-13/12/2023 19:00:48,-273.15
-13/12/2023 19:00:50,-273.15
-13/12/2023 19:00:52,-273.15
-13/12/2023 19:00:54,-273.15
-13/12/2023 19:00:56,-273.15
-13/12/2023 19:00:58,-273.15
-13/12/2023 19:01:00,-273.15
-13/12/2023 19:01:02,-273.15
-13/12/2023 19:01:04,-273.15
-13/12/2023 19:01:06,-273.15
-13/12/2023 19:01:08,-273.15
-13/12/2023 19:01:10,-273.15
-13/12/2023 19:01:12,-273.15
-13/12/2023 19:01:14,-273.15
-13/12/2023 19:01:16,-273.15
-13/12/2023 19:01:18,-273.15
-13/12/2023 19:01:20,-273.15
-13/12/2023 19:01:22,-273.15
-13/12/2023 19:01:24,-273.15
-13/12/2023 19:01:26,-273.15
-13/12/2023 19:01:28,-273.15
-13/12/2023 19:01:30,-273.15
-13/12/2023 19:01:32,-273.15
-13/12/2023 19:01:34,-273.15
-13/12/2023 19:01:36,-273.15
-13/12/2023 19:01:38,-273.15
-13/12/2023 19:01:41,-273.15
-13/12/2023 19:01:43,-273.15
-13/12/2023 19:01:45,-273.15
-13/12/2023 19:01:47,-273.15
-13/12/2023 19:01:49,-273.15
-13/12/2023 19:01:51,-273.15
-13/12/2023 19:01:53,-273.15
-13/12/2023 19:01:55,-273.15
-13/12/2023 19:01:57,-273.15
-13/12/2023 19:01:59,-273.15
-13/12/2023 19:02:01,-273.15
-13/12/2023 19:02:03,-273.15
-13/12/2023 19:02:05,-273.15
-13/12/2023 19:02:07,-273.15
-13/12/2023 19:02:09,-273.15
-13/12/2023 19:02:11,-273.15
-13/12/2023 19:02:13,-273.15
-13/12/2023 19:02:15,-273.15
-13/12/2023 19:02:17,-273.15
-13/12/2023 19:02:19,-273.15
-13/12/2023 19:02:21,-273.15
-13/12/2023 19:02:23,-273.15
-13/12/2023 19:02:25,-273.15
-13/12/2023 19:02:27,-273.15
-13/12/2023 19:02:29,-273.15
-13/12/2023 19:02:31,-273.15
-13/12/2023 19:02:33,-273.15
-13/12/2023 19:02:35,-273.15
-13/12/2023 19:02:37,-273.15
-13/12/2023 19:02:39,-273.15
-13/12/2023 19:02:41,-273.15
-13/12/2023 19:02:43,-273.15
-13/12/2023 19:02:45,-273.15
-13/12/2023 19:02:47,-273.15
-13/12/2023 19:02:49,-273.15
-13/12/2023 19:02:51,-273.15
-13/12/2023 19:02:53,-273.15
-13/12/2023 19:02:55,-273.15
-13/12/2023 19:02:57,-273.15
-13/12/2023 19:02:59,-273.15
-13/12/2023 19:03:01,-273.15
-13/12/2023 19:03:03,-273.15
-13/12/2023 19:03:05,-273.15
-13/12/2023 19:03:08,-273.15
-13/12/2023 19:03:10,-273.15
-13/12/2023 19:03:12,-273.15
-13/12/2023 19:03:14,-273.15
-13/12/2023 19:03:16,-273.15
-13/12/2023 19:03:18,-273.15
-13/12/2023 19:03:20,-273.15
-13/12/2023 19:03:22,-273.15
-13/12/2023 19:03:24,-273.15
-13/12/2023 19:03:26,-273.15
-13/12/2023 19:03:28,-273.15
-13/12/2023 19:03:30,-273.15
-13/12/2023 19:03:32,-273.15
-13/12/2023 19:03:34,-273.15
-13/12/2023 19:03:36,-273.15
-13/12/2023 19:03:38,-273.15
-13/12/2023 19:03:40,-273.15
-13/12/2023 19:03:42,-273.15
-13/12/2023 19:03:44,-273.15
-13/12/2023 19:03:46,-273.15
-13/12/2023 19:03:48,-273.15
-13/12/2023 19:03:50,-273.15
-13/12/2023 19:03:52,-273.15
-13/12/2023 19:03:54,-273.15
-13/12/2023 19:03:56,-273.15
-13/12/2023 19:03:58,-273.15
-13/12/2023 19:04:00,-273.15
-13/12/2023 19:04:02,-273.15
-13/12/2023 19:04:04,-273.15
-13/12/2023 19:04:06,-273.15
-13/12/2023 19:04:08,-273.15
-13/12/2023 19:04:10,-273.15
-13/12/2023 19:04:12,-273.15
-13/12/2023 19:04:14,-273.15
-13/12/2023 19:04:16,-273.15
-13/12/2023 19:04:18,-273.15
-13/12/2023 19:04:20,-273.15
-13/12/2023 19:04:22,-273.15
-13/12/2023 19:04:24,-273.15
-13/12/2023 19:04:26,-273.15
-13/12/2023 19:04:29,-273.15
-13/12/2023 19:04:31,-273.15
-13/12/2023 19:04:33,-273.15
-13/12/2023 19:04:35,-273.15
-13/12/2023 19:04:37,-273.15
-13/12/2023 19:04:39,-273.15
-13/12/2023 19:04:41,-273.15
-13/12/2023 19:04:43,-273.15
-13/12/2023 19:04:45,-273.15
-13/12/2023 19:04:47,-273.15
-13/12/2023 19:04:49,-273.15
-13/12/2023 19:04:51,-273.15
-13/12/2023 19:04:53,-273.15
-13/12/2023 19:04:55,-273.15
-13/12/2023 19:04:57,-273.15
-13/12/2023 19:04:59,-273.15
-13/12/2023 19:05:01,-273.15
-13/12/2023 19:05:03,-273.15
-13/12/2023 19:05:05,-273.15
-13/12/2023 19:05:07,-273.15
-13/12/2023 19:05:09,-273.15
-13/12/2023 19:05:11,-273.15
-13/12/2023 19:05:13,-273.15
-13/12/2023 19:05:15,-273.15
-13/12/2023 19:05:17,-273.15
-13/12/2023 19:05:19,-273.15
-13/12/2023 19:05:21,-273.15
-13/12/2023 19:05:23,-273.15
-13/12/2023 19:05:25,-273.15
-13/12/2023 19:05:28,-273.15
-13/12/2023 19:05:30,-273.15
-13/12/2023 19:05:32,-273.15
-13/12/2023 19:05:34,-273.15
-13/12/2023 19:05:36,-273.15
-13/12/2023 19:05:38,-273.15
-13/12/2023 19:05:40,-273.15
-13/12/2023 19:05:42,-273.15
-13/12/2023 19:05:44,-273.15
-13/12/2023 19:05:46,-273.15
-13/12/2023 19:05:48,-273.15
-13/12/2023 19:05:50,-273.15
-13/12/2023 19:05:52,-273.15
-13/12/2023 19:05:54,-273.15
-13/12/2023 19:05:56,-273.15
-13/12/2023 19:05:58,-273.15
-13/12/2023 19:06:00,-273.15
-13/12/2023 19:06:02,-273.15
-13/12/2023 19:06:04,-273.15
-13/12/2023 19:06:06,-273.15
-13/12/2023 19:06:08,-273.15
-13/12/2023 19:06:10,-273.15
-13/12/2023 19:06:12,-273.15
-13/12/2023 19:06:14,-273.15
-13/12/2023 19:06:16,-273.15
-13/12/2023 19:06:18,-273.15
-13/12/2023 19:06:20,-273.15
-13/12/2023 19:06:22,-273.15
-13/12/2023 19:06:24,-273.15
-13/12/2023 19:06:27,-273.15
-13/12/2023 19:06:29,-273.15
-13/12/2023 19:06:31,-273.15
-13/12/2023 19:06:33,-273.15
-13/12/2023 19:06:35,-273.15
-13/12/2023 19:06:37,-273.15
-13/12/2023 19:06:39,-273.15
-13/12/2023 19:06:41,-273.15
-13/12/2023 19:06:43,-273.15
-13/12/2023 19:06:45,-273.15
-13/12/2023 19:06:47,-273.15
-13/12/2023 19:06:49,-273.15
-13/12/2023 19:06:51,-273.15
-13/12/2023 19:06:53,-273.15
-13/12/2023 19:06:55,-273.15
-13/12/2023 19:06:57,-273.15
-13/12/2023 19:06:59,-273.15
-13/12/2023 19:07:01,-273.15
-13/12/2023 19:07:03,-273.15
-13/12/2023 19:07:05,-273.15
-13/12/2023 19:07:07,-273.15
-13/12/2023 19:07:09,-273.15
-13/12/2023 19:07:11,-273.15
-13/12/2023 19:07:13,-273.15
-13/12/2023 19:07:15,-273.15
-13/12/2023 19:07:17,-273.15
-13/12/2023 19:07:19,-273.15
-13/12/2023 19:07:21,-273.15
-13/12/2023 19:07:23,-273.15
-13/12/2023 19:07:26,-273.15
-13/12/2023 19:07:28,-273.15
-13/12/2023 19:07:30,-273.15
-13/12/2023 19:07:32,-273.15
-13/12/2023 19:07:34,-273.15
-13/12/2023 19:07:36,-273.15
-13/12/2023 19:07:38,-273.15
-13/12/2023 19:07:40,-273.15
-13/12/2023 19:07:42,-273.15
-13/12/2023 19:07:44,-273.15
-13/12/2023 19:07:46,-273.15
-13/12/2023 19:07:48,-273.15
-13/12/2023 19:07:50,-273.15
-13/12/2023 19:07:52,-273.15
-13/12/2023 19:07:54,-273.15
-13/12/2023 19:07:56,-273.15
-13/12/2023 19:07:58,-273.15
-13/12/2023 19:08:00,-273.15
-13/12/2023 19:08:02,-273.15
-13/12/2023 19:08:04,-273.15
-13/12/2023 19:08:06,-273.15
-13/12/2023 19:08:08,-273.15
-13/12/2023 19:08:10,-273.15
-13/12/2023 19:08:12,-273.15
-13/12/2023 19:08:14,-273.15
-13/12/2023 19:08:16,-273.15
-13/12/2023 19:08:18,-273.15
-13/12/2023 19:08:20,-273.15
-13/12/2023 19:08:22,-273.15
-13/12/2023 19:08:24,-273.15
-13/12/2023 19:08:27,-273.15
-13/12/2023 19:08:29,-273.15
-13/12/2023 19:08:31,-273.15
-13/12/2023 19:08:33,-273.15
-13/12/2023 19:08:35,-273.15
-13/12/2023 19:08:37,-273.15
-13/12/2023 19:08:39,-273.15
-13/12/2023 19:08:41,-273.15
-13/12/2023 19:08:43,-273.15
-13/12/2023 19:08:45,-273.15
-13/12/2023 19:08:47,-273.15
-13/12/2023 19:08:49,-273.15
-13/12/2023 19:08:51,-273.15
-13/12/2023 19:08:53,-273.15
-13/12/2023 19:08:55,-273.15
-13/12/2023 19:08:57,-273.15
-13/12/2023 19:08:59,-273.15
-13/12/2023 19:09:01,-273.15
-13/12/2023 19:09:03,-273.15
-13/12/2023 19:09:05,-273.15
-13/12/2023 19:09:07,-273.15
-13/12/2023 19:09:09,-273.15
-13/12/2023 19:09:11,-273.15
-13/12/2023 19:09:13,-273.15
-13/12/2023 19:09:16,-273.15
-13/12/2023 19:09:18,-273.15
-13/12/2023 19:09:20,-273.15
-13/12/2023 19:09:22,-273.15
-13/12/2023 19:09:24,-273.15
-13/12/2023 19:09:26,-273.15
-13/12/2023 19:09:28,-273.15
-13/12/2023 19:09:30,-273.15
-13/12/2023 19:09:32,-273.15
-13/12/2023 19:09:34,-273.15
-13/12/2023 19:09:36,-273.15
-13/12/2023 19:09:38,-273.15
-13/12/2023 19:09:40,-273.15
-13/12/2023 19:09:42,-273.15
-13/12/2023 19:09:44,-273.15
-13/12/2023 19:09:46,-273.15
-13/12/2023 19:09:48,-273.15
-13/12/2023 19:09:50,-273.15
-13/12/2023 19:09:52,-273.15
-13/12/2023 19:09:54,-273.15
-13/12/2023 19:09:56,-273.15
-13/12/2023 19:09:58,-273.15
-13/12/2023 19:10:00,-273.15
-13/12/2023 19:10:02,-273.15
-13/12/2023 19:10:04,-273.15
-13/12/2023 19:10:06,-273.15
-13/12/2023 19:10:08,-273.15
-13/12/2023 19:10:10,-273.15
-13/12/2023 19:10:12,-273.15
-13/12/2023 19:10:14,-273.15
-13/12/2023 19:10:16,-273.15
-13/12/2023 19:10:18,-273.15
-13/12/2023 19:10:20,-273.15
-13/12/2023 19:10:22,-273.15
-13/12/2023 19:10:24,-273.15
-13/12/2023 19:10:26,-273.15
-13/12/2023 19:10:28,-273.15
-13/12/2023 19:10:30,-273.15
-13/12/2023 19:10:32,-273.15
-13/12/2023 19:10:34,-273.15
-13/12/2023 19:10:36,-273.15
-13/12/2023 19:10:39,-273.15
-13/12/2023 19:10:41,-273.15
-13/12/2023 19:10:43,-273.15
-13/12/2023 19:10:45,-273.15
-13/12/2023 19:10:47,-273.15
-13/12/2023 19:10:49,-273.15
-13/12/2023 19:10:51,-273.15
-13/12/2023 19:10:53,-273.15
-13/12/2023 19:10:55,-273.15
-13/12/2023 19:10:57,-273.15
-13/12/2023 19:10:59,-273.15
-13/12/2023 19:11:01,-273.15
-13/12/2023 19:11:03,-273.15
-13/12/2023 19:11:05,-273.15
-13/12/2023 19:11:07,-273.15
-13/12/2023 19:11:09,-273.15
-13/12/2023 19:11:11,-273.15
-13/12/2023 19:11:13,-273.15
-13/12/2023 19:11:15,-273.15
-13/12/2023 19:11:17,-273.15
-13/12/2023 19:11:19,-273.15
-13/12/2023 19:11:21,-273.15
-13/12/2023 19:11:23,-273.15
-13/12/2023 19:11:25,-273.15
-13/12/2023 19:11:27,-273.15
-13/12/2023 19:11:29,-273.15
-13/12/2023 19:11:31,-273.15
-13/12/2023 19:11:33,-273.15
-13/12/2023 19:11:36,-273.15
-13/12/2023 19:11:38,-273.15
-13/12/2023 19:11:40,-273.15
-13/12/2023 19:11:42,-273.15
-13/12/2023 19:11:44,-273.15
-13/12/2023 19:11:46,-273.15
-13/12/2023 19:11:48,-273.15
-13/12/2023 19:11:50,-273.15
-13/12/2023 19:11:52,-273.15
-13/12/2023 19:11:54,-273.15
-13/12/2023 19:11:56,-273.15
-13/12/2023 19:11:58,-273.15
-13/12/2023 19:12:00,-273.15
-13/12/2023 19:12:02,-273.15
-13/12/2023 19:12:04,-273.15
-13/12/2023 19:12:06,-273.15
-13/12/2023 19:12:08,-273.15
-13/12/2023 19:12:10,-273.15
-13/12/2023 19:12:12,-273.15
-13/12/2023 19:12:14,-273.15
-13/12/2023 19:12:16,-273.15
-13/12/2023 19:12:18,-273.15
-13/12/2023 19:12:20,-273.15
-13/12/2023 19:12:22,-273.15
-13/12/2023 19:12:24,-273.15
-13/12/2023 19:12:26,-273.15
-13/12/2023 19:12:28,-273.15
-13/12/2023 19:12:30,-273.15
-13/12/2023 19:12:32,-273.15
-13/12/2023 19:12:34,-273.15
-13/12/2023 19:12:37,-273.15
-13/12/2023 19:12:39,-273.15
-13/12/2023 19:12:41,-273.15
-13/12/2023 19:12:43,-273.15
-13/12/2023 19:12:45,-273.15
-13/12/2023 19:12:47,-273.15
-13/12/2023 19:12:49,-273.15
-13/12/2023 19:12:51,-273.15
-13/12/2023 19:12:53,-273.15
-13/12/2023 19:12:55,-273.15
-13/12/2023 19:12:57,-273.15
-13/12/2023 19:12:59,-273.15
-13/12/2023 19:13:01,-273.15
-13/12/2023 19:13:03,-273.15
-13/12/2023 19:13:05,-273.15
-13/12/2023 19:13:07,-273.15
-13/12/2023 19:13:09,-273.15
-13/12/2023 19:13:11,-273.15
-13/12/2023 19:13:13,-273.15
-13/12/2023 19:13:15,-273.15
-13/12/2023 19:13:17,-273.15
-13/12/2023 19:13:19,-273.15
-13/12/2023 19:13:21,-273.15
-13/12/2023 19:13:23,-273.15
-13/12/2023 19:13:25,-273.15
-13/12/2023 19:13:27,-273.15
-13/12/2023 19:13:30,-273.15
-13/12/2023 19:13:32,-273.15
-13/12/2023 19:13:34,-273.15
-13/12/2023 19:13:36,-273.15
-13/12/2023 19:13:38,-273.15
-13/12/2023 19:13:40,-273.15
-13/12/2023 19:13:42,-273.15
-13/12/2023 19:13:44,-273.15
-13/12/2023 19:13:46,-273.15
-13/12/2023 19:13:48,-273.15
-13/12/2023 19:13:50,-273.15
-13/12/2023 19:13:52,-273.15
-13/12/2023 19:13:54,-273.15
-13/12/2023 19:13:56,-273.15
-13/12/2023 19:13:58,-273.15
-13/12/2023 19:14:00,-273.15
-13/12/2023 19:14:02,-273.15
-13/12/2023 19:14:04,-273.15
-13/12/2023 19:14:06,-273.15
-13/12/2023 19:14:08,-273.15
-13/12/2023 19:14:10,-273.15
-13/12/2023 19:14:12,-273.15
-13/12/2023 19:14:14,-273.15
-13/12/2023 19:14:16,-273.15
-13/12/2023 19:14:18,-273.15
-13/12/2023 19:14:20,-273.15
-13/12/2023 19:14:22,-273.15
-13/12/2023 19:14:24,-273.15
-13/12/2023 19:14:26,-273.15
-13/12/2023 19:14:28,-273.15
-13/12/2023 19:14:30,-273.15
-13/12/2023 19:14:32,-273.15
-13/12/2023 19:14:34,-273.15
-13/12/2023 19:14:36,-273.15
-13/12/2023 19:14:38,-273.15
-13/12/2023 19:14:40,-273.15
-13/12/2023 19:14:42,-273.15
-13/12/2023 19:14:44,-273.15
-13/12/2023 19:14:46,-273.15
-13/12/2023 19:14:48,-273.15
-13/12/2023 19:14:50,-273.15
-13/12/2023 19:14:52,-273.15
-13/12/2023 19:14:54,-273.15
-13/12/2023 19:14:56,-273.15
-13/12/2023 19:14:58,-273.15
-13/12/2023 19:15:01,-273.15
-13/12/2023 19:15:03,-273.15
-13/12/2023 19:15:05,-273.15
-13/12/2023 19:15:07,-273.15
-13/12/2023 19:15:09,-273.15
-13/12/2023 19:15:11,-273.15
-13/12/2023 19:15:13,-273.15
-13/12/2023 19:15:15,-273.15
-13/12/2023 19:31:53,-273.15
-13/12/2023 19:31:55,-273.15
-13/12/2023 19:31:57,-273.15
-13/12/2023 19:31:59,-273.15
-13/12/2023 19:32:01,-273.15
-13/12/2023 19:32:03,-273.15
-13/12/2023 19:32:05,-273.15
-13/12/2023 19:32:07,-273.15
-13/12/2023 19:32:09,-273.15
-13/12/2023 19:32:11,-273.15
-13/12/2023 19:32:13,-273.15
-13/12/2023 19:32:15,-273.15
-13/12/2023 19:32:17,-273.15
-13/12/2023 19:32:19,-273.15
-13/12/2023 19:32:22,-273.15
-13/12/2023 19:32:24,-273.15
-13/12/2023 19:32:26,-273.15
-13/12/2023 19:32:28,-273.15
-13/12/2023 19:32:30,-273.15
-13/12/2023 19:32:32,-273.15
-13/12/2023 19:32:34,-273.15
-13/12/2023 19:32:36,-273.15
-13/12/2023 19:32:38,-273.15
-13/12/2023 19:32:40,-273.15
-13/12/2023 19:32:42,-273.15
-13/12/2023 19:32:44,-273.15
-13/12/2023 19:32:46,-273.15
-13/12/2023 19:32:48,-273.15
-13/12/2023 19:33:07,-273.15
-13/12/2023 19:33:09,-273.15
-13/12/2023 19:33:11,-273.15
-13/12/2023 19:33:13,-273.15
-13/12/2023 19:33:15,-273.15
-13/12/2023 19:33:18,-273.15
-13/12/2023 19:33:20,-273.15
-13/12/2023 19:33:22,-273.15
-13/12/2023 19:33:24,-273.15
-13/12/2023 19:33:26,-273.15
-13/12/2023 19:33:28,-273.15
-13/12/2023 19:33:30,-273.15
-13/12/2023 19:33:32,-273.15
-13/12/2023 19:33:34,-273.15
-13/12/2023 19:33:36,-273.15
-13/12/2023 19:33:38,-273.15
-13/12/2023 19:33:40,-273.15
-13/12/2023 19:33:42,-273.15
-13/12/2023 19:33:44,-273.15
-13/12/2023 19:33:46,-273.15
-13/12/2023 19:33:48,-273.15
-13/12/2023 19:33:50,-273.15
-13/12/2023 19:33:52,-273.15
-13/12/2023 19:50:48,-273.15
-13/12/2023 19:50:50,-273.15
-13/12/2023 19:50:52,-273.15
-13/12/2023 19:50:54,-273.15
-13/12/2023 19:50:56,-273.15
-13/12/2023 19:50:58,-273.15
-13/12/2023 19:51:00,-273.15
-13/12/2023 19:51:02,-273.15
-13/12/2023 19:51:04,-273.15
-13/12/2023 19:51:06,-273.15
-13/12/2023 19:51:08,-273.15
-13/12/2023 19:51:10,-273.15
-13/12/2023 19:51:12,-273.15
-13/12/2023 19:51:14,-273.15
-13/12/2023 19:51:16,-273.15
-13/12/2023 19:51:18,-273.15
-13/12/2023 19:51:20,-273.15
-13/12/2023 19:51:22,-273.15
-13/12/2023 19:51:24,-273.15
-13/12/2023 19:51:26,-273.15
-13/12/2023 19:51:28,-273.15
-13/12/2023 19:51:30,-273.15
-13/12/2023 19:51:32,-273.15
-13/12/2023 19:51:34,-273.15
-13/12/2023 20:08:11,-273.15
-13/12/2023 20:08:13,-273.15
-13/12/2023 20:08:15,-273.15
-13/12/2023 20:08:17,-273.15
-13/12/2023 20:08:19,-273.15
-13/12/2023 20:08:21,-273.15
-13/12/2023 20:08:23,-273.15
-13/12/2023 20:08:25,-273.15
-13/12/2023 20:08:27,-273.15
-13/12/2023 20:08:29,-273.15
-13/12/2023 20:08:31,-273.15
-13/12/2023 20:08:33,-273.15
-13/12/2023 20:08:36,-273.15
-13/12/2023 20:08:38,-273.15
-13/12/2023 20:08:40,-273.15
-13/12/2023 20:08:42,-273.15
-13/12/2023 20:08:44,-273.15
-13/12/2023 20:08:46,-273.15
-13/12/2023 20:08:48,-273.15
-13/12/2023 20:08:51,-273.15
-13/12/2023 20:08:53,-273.15
-13/12/2023 20:08:55,-273.15
-13/12/2023 20:08:57,-273.15
-13/12/2023 20:08:59,-273.15
-13/12/2023 20:09:01,-273.15
-13/12/2023 20:09:03,-273.15
-13/12/2023 20:09:05,-273.15
-13/12/2023 20:09:07,-273.15
-13/12/2023 20:20:05,-273.15
-13/12/2023 20:20:07,-273.15
-13/12/2023 20:20:09,-273.15
-13/12/2023 20:20:11,-273.15
-13/12/2023 20:20:14,-273.15
-13/12/2023 20:20:16,-273.15
-13/12/2023 20:20:18,-273.15
-13/12/2023 20:20:20,-273.15
-13/12/2023 20:20:22,-273.15
-13/12/2023 20:20:24,-273.15
-13/12/2023 20:20:26,-273.15
-13/12/2023 20:20:28,-273.15
-13/12/2023 20:20:30,-273.15
-13/12/2023 20:20:32,-273.15
-13/12/2023 20:20:34,-273.15
-13/12/2023 20:20:36,-273.15
-13/12/2023 20:20:38,-273.15
-13/12/2023 20:20:40,-273.15
-13/12/2023 20:20:42,-273.15
-13/12/2023 20:20:44,-273.15
-13/12/2023 20:20:46,-273.15
-13/12/2023 20:20:48,-273.15
-13/12/2023 20:20:50,-273.15
-13/12/2023 20:20:52,-273.15
-13/12/2023 20:25:52,-273.15
-13/12/2023 20:25:54,-273.15
-13/12/2023 20:25:56,-273.15
-13/12/2023 20:25:58,-273.15
-13/12/2023 20:28:11,-273.15
-13/12/2023 20:28:13,-273.15
-13/12/2023 20:28:15,-273.15
-13/12/2023 20:28:17,-273.15
-13/12/2023 20:28:19,-273.15
-13/12/2023 20:28:21,-273.15
-13/12/2023 20:28:23,-273.15
-13/12/2023 20:30:03,-273.15
-13/12/2023 20:30:05,-273.15
-13/12/2023 20:30:07,-273.15
-13/12/2023 20:30:10,-273.15
-13/12/2023 20:30:12,-273.15
-13/12/2023 20:30:14,-273.15
-13/12/2023 20:30:16,-273.15
-13/12/2023 20:30:18,-273.15
-13/12/2023 20:30:20,-273.15
-13/12/2023 20:30:22,-273.15
-13/12/2023 20:30:24,-273.15
-13/12/2023 20:30:26,-273.15
-13/12/2023 20:30:28,-273.15
-13/12/2023 20:30:30,-273.15
-13/12/2023 20:30:32,-273.15
-13/12/2023 20:30:34,-273.15
-13/12/2023 20:41:29,-273.15
-13/12/2023 20:41:31,-273.15
-13/12/2023 20:41:33,-273.15
-13/12/2023 20:41:35,-273.15
-13/12/2023 20:41:37,-273.15
-13/12/2023 20:41:39,-273.15
-13/12/2023 20:49:48,-273.15
-13/12/2023 20:49:50,-273.15
-13/12/2023 20:49:52,-273.15
-13/12/2023 20:49:54,-273.15
-13/12/2023 20:49:56,-273.15
-13/12/2023 21:22:23,-273.15
-13/12/2023 21:22:25,-273.15
-13/12/2023 21:22:27,-273.15
-13/12/2023 21:22:29,-273.15
-13/12/2023 21:22:31,-273.15
-13/12/2023 21:22:33,-273.15
-13/12/2023 21:22:35,-273.15
-13/12/2023 21:22:37,-273.15
-13/12/2023 21:22:39,-273.15
-13/12/2023 21:22:41,-273.15
-13/12/2023 21:22:43,-273.15
-13/12/2023 21:22:45,-273.15
-13/12/2023 21:22:47,-273.15
-13/12/2023 21:22:49,-273.15
-13/12/2023 21:22:51,-273.15
-13/12/2023 21:22:53,-273.15
-13/12/2023 21:22:55,-273.15
-13/12/2023 21:22:57,-273.15
-13/12/2023 21:22:59,-273.15
-13/12/2023 21:23:01,-273.15
-13/12/2023 21:23:03,-273.15
-13/12/2023 21:23:05,-273.15
-13/12/2023 21:23:07,-273.15
-13/12/2023 21:23:09,-273.15
-13/12/2023 21:23:11,-273.15
-13/12/2023 21:23:13,-273.15
-13/12/2023 21:23:15,-273.15
-13/12/2023 21:23:17,-273.15
-13/12/2023 21:23:19,-273.15
-13/12/2023 21:23:21,-273.15
-13/12/2023 21:23:23,-273.15
-13/12/2023 21:23:25,-273.15
-13/12/2023 21:23:27,-273.15
-13/12/2023 21:23:29,-273.15
-13/12/2023 21:23:31,-273.15
-13/12/2023 21:23:33,-273.15
-13/12/2023 21:23:35,-273.15
-13/12/2023 21:23:37,-273.15
-13/12/2023 21:23:39,-273.15
-13/12/2023 21:23:41,-273.15
-13/12/2023 21:23:44,-273.15
-13/12/2023 21:23:46,-273.15
-13/12/2023 21:23:48,-273.15
-13/12/2023 21:23:50,-273.15
-13/12/2023 21:23:52,-273.15
-13/12/2023 21:23:54,-273.15
-13/12/2023 21:23:56,-273.15
-13/12/2023 21:23:58,-273.15
-13/12/2023 21:24:00,-273.15
-13/12/2023 21:24:02,-273.15
-13/12/2023 21:24:04,-273.15
-13/12/2023 21:24:06,-273.15
-13/12/2023 21:24:08,-273.15
-13/12/2023 21:24:10,-273.15
-13/12/2023 21:24:12,-273.15
-13/12/2023 21:24:14,-273.15
-13/12/2023 21:24:16,-273.15
-13/12/2023 21:24:18,-273.15
-13/12/2023 21:24:20,-273.15
-13/12/2023 21:24:22,-273.15
-13/12/2023 21:24:24,-273.15
-13/12/2023 21:24:26,-273.15
-13/12/2023 21:24:28,-273.15
-13/12/2023 21:24:30,-273.15
-13/12/2023 21:24:32,-273.15
-13/12/2023 21:24:34,-273.15
-13/12/2023 21:24:36,-273.15
-13/12/2023 21:24:38,-273.15
-13/12/2023 21:24:40,-273.15
-13/12/2023 21:24:42,-273.15
-13/12/2023 21:24:44,-273.15
-13/12/2023 21:24:46,-273.15
-13/12/2023 21:24:48,-273.15
-13/12/2023 21:24:50,-273.15
-13/12/2023 21:24:52,-273.15
-13/12/2023 21:24:54,-273.15
-13/12/2023 21:24:56,-273.15
-13/12/2023 21:24:58,-273.15
-13/12/2023 21:25:00,-273.15
-13/12/2023 21:25:02,-273.15
-13/12/2023 21:25:04,-273.15
-13/12/2023 21:25:06,-273.15
-13/12/2023 21:25:08,-273.15
-13/12/2023 21:25:10,-273.15
-13/12/2023 21:25:12,-273.15
-13/12/2023 21:25:14,-273.15
-13/12/2023 21:25:16,-273.15
-13/12/2023 21:25:18,-273.15
-13/12/2023 21:25:20,-273.15
-13/12/2023 21:25:22,-273.15
-13/12/2023 21:25:24,-273.15
-13/12/2023 21:25:26,-273.15
-13/12/2023 21:25:28,-273.15
-13/12/2023 21:25:30,-273.15
-13/12/2023 21:25:32,-273.15
-13/12/2023 21:25:34,-273.15
-13/12/2023 21:25:36,-273.15
-13/12/2023 21:25:38,-273.15
-13/12/2023 21:25:40,-273.15
-13/12/2023 21:25:42,-273.15
-13/12/2023 21:25:45,-273.15
-13/12/2023 21:25:47,-273.15
-13/12/2023 21:25:49,-273.15
-13/12/2023 21:25:51,-273.15
-13/12/2023 21:25:53,-273.15
-13/12/2023 21:25:55,-273.15
-13/12/2023 21:25:57,-273.15
-13/12/2023 21:25:59,-273.15
-13/12/2023 21:26:01,-273.15
-13/12/2023 21:26:03,-273.15
-13/12/2023 21:26:05,-273.15
-13/12/2023 21:26:07,-273.15
-13/12/2023 21:26:09,-273.15
-13/12/2023 21:26:11,-273.15
-13/12/2023 21:26:13,-273.15
-13/12/2023 21:26:15,-273.15
-13/12/2023 21:26:17,-273.15
-13/12/2023 21:26:19,-273.15
-13/12/2023 21:26:21,-273.15
-13/12/2023 21:26:23,-273.15
-13/12/2023 21:26:25,-273.15
-13/12/2023 21:26:27,-273.15
-13/12/2023 21:26:29,-273.15
-13/12/2023 21:26:31,-273.15
-13/12/2023 21:26:33,-273.15
-13/12/2023 21:26:35,-273.15
-13/12/2023 21:26:37,-273.15
-13/12/2023 21:26:39,-273.15
-13/12/2023 21:26:41,-273.15
-13/12/2023 21:26:43,-273.15
-13/12/2023 21:26:45,-273.15
-13/12/2023 21:26:48,-273.15
-13/12/2023 21:26:50,-273.15
-13/12/2023 21:26:52,-273.15
-13/12/2023 21:26:54,-273.15
-13/12/2023 21:26:56,-273.15
-13/12/2023 21:26:58,-273.15
-13/12/2023 21:27:00,-273.15
-13/12/2023 21:27:02,-273.15
-13/12/2023 21:27:04,-273.15
-13/12/2023 21:27:06,-273.15
-13/12/2023 21:27:08,-273.15
-13/12/2023 21:27:10,-273.15
-13/12/2023 21:27:12,-273.15
-13/12/2023 21:27:14,-273.15
-13/12/2023 21:27:16,-273.15
-13/12/2023 21:27:18,-273.15
-13/12/2023 21:27:20,-273.15
-13/12/2023 21:27:22,-273.15
-13/12/2023 21:27:24,-273.15
-13/12/2023 21:27:26,-273.15
-13/12/2023 21:27:28,-273.15
-13/12/2023 21:27:30,-273.15
-13/12/2023 21:27:32,-273.15
-13/12/2023 21:27:34,-273.15
-13/12/2023 21:27:36,-273.15
-13/12/2023 21:27:38,-273.15
-13/12/2023 21:27:40,-273.15
-13/12/2023 21:27:42,-273.15
-13/12/2023 21:27:44,-273.15
-13/12/2023 21:27:46,-273.15
-13/12/2023 21:27:49,-273.15
-13/12/2023 21:27:51,-273.15
-13/12/2023 21:27:53,-273.15
-13/12/2023 21:27:55,-273.15
-13/12/2023 21:27:57,-273.15
-13/12/2023 21:27:59,-273.15
-13/12/2023 21:28:01,-273.15
-13/12/2023 21:28:03,-273.15
-13/12/2023 21:28:05,-273.15
-13/12/2023 21:28:07,-273.15
-13/12/2023 21:28:09,-273.15
-13/12/2023 21:28:11,-273.15
-13/12/2023 21:28:13,-273.15
-13/12/2023 21:28:15,-273.15
-13/12/2023 21:28:17,-273.15
-13/12/2023 21:28:19,-273.15
-13/12/2023 21:28:21,-273.15
-13/12/2023 21:28:23,-273.15
-13/12/2023 21:28:25,-273.15
-13/12/2023 21:28:27,-273.15
-13/12/2023 21:28:29,-273.15
-13/12/2023 21:28:31,-273.15
-13/12/2023 21:28:33,-273.15
-13/12/2023 21:28:35,-273.15
-13/12/2023 21:28:37,-273.15
-13/12/2023 21:28:39,-273.15
-13/12/2023 21:28:41,-273.15
-13/12/2023 21:28:43,-273.15
-13/12/2023 21:28:45,-273.15
-13/12/2023 21:28:47,-273.15
-13/12/2023 21:28:50,-273.15
-13/12/2023 21:28:52,-273.15
-13/12/2023 21:28:54,-273.15
-13/12/2023 21:28:56,-273.15
-13/12/2023 21:28:58,-273.15
-13/12/2023 21:29:00,-273.15
-13/12/2023 21:29:02,-273.15
-13/12/2023 21:29:04,-273.15
-13/12/2023 21:29:06,-273.15
-13/12/2023 21:29:08,-273.15
-13/12/2023 21:29:10,-273.15
-13/12/2023 21:29:12,-273.15
-13/12/2023 21:29:14,-273.15
-13/12/2023 21:29:16,-273.15
-13/12/2023 21:29:18,-273.15
-13/12/2023 21:29:20,-273.15
-13/12/2023 21:29:22,-273.15
-13/12/2023 21:29:24,-273.15
-13/12/2023 21:29:26,-273.15
-13/12/2023 21:29:28,-273.15
-13/12/2023 21:29:30,-273.15
-13/12/2023 21:29:32,-273.15
-13/12/2023 21:29:34,-273.15
-13/12/2023 21:29:36,-273.15
-13/12/2023 21:29:38,-273.15
-13/12/2023 21:29:40,-273.15
-13/12/2023 21:29:42,-273.15
-13/12/2023 21:29:44,-273.15
-13/12/2023 21:29:46,-273.15
-13/12/2023 21:29:48,-273.15
-13/12/2023 21:29:50,-273.15
-13/12/2023 21:29:52,-273.15
-13/12/2023 21:29:55,-273.15
-13/12/2023 21:29:57,-273.15
-13/12/2023 21:29:59,-273.15
-13/12/2023 21:30:01,-273.15
-13/12/2023 21:30:03,-273.15
-13/12/2023 21:30:05,-273.15
-13/12/2023 21:30:07,-273.15
-13/12/2023 21:30:09,-273.15
-13/12/2023 21:30:11,-273.15
-13/12/2023 21:30:13,-273.15
-13/12/2023 21:30:15,-273.15
-13/12/2023 21:30:17,-273.15
-13/12/2023 21:30:19,-273.15
-13/12/2023 21:30:21,-273.15
-13/12/2023 21:30:23,-273.15
-13/12/2023 21:30:25,-273.15
-13/12/2023 21:30:27,-273.15
-13/12/2023 21:30:29,-273.15
-13/12/2023 21:30:31,-273.15
-13/12/2023 21:30:33,-273.15
-13/12/2023 21:30:35,-273.15
-13/12/2023 21:30:37,-273.15
-13/12/2023 21:30:39,-273.15
-13/12/2023 21:30:41,-273.15
-13/12/2023 21:30:43,-273.15
-13/12/2023 21:30:45,-273.15
-13/12/2023 21:30:47,-273.15
-13/12/2023 21:30:49,-273.15
-13/12/2023 21:30:51,-273.15
-13/12/2023 21:30:53,-273.15
-13/12/2023 21:30:55,-273.15
-13/12/2023 21:30:58,-273.15
-13/12/2023 21:31:00,-273.15
-13/12/2023 21:31:02,-273.15
-13/12/2023 21:31:04,-273.15
-13/12/2023 21:31:06,-273.15
-13/12/2023 21:31:08,-273.15
-13/12/2023 21:31:10,-273.15
-13/12/2023 21:31:12,-273.15
-13/12/2023 21:31:14,-273.15
-13/12/2023 21:31:16,-273.15
-13/12/2023 21:31:18,-273.15
-13/12/2023 21:31:20,-273.15
-13/12/2023 21:31:22,-273.15
-13/12/2023 21:31:24,-273.15
-13/12/2023 21:31:26,-273.15
-13/12/2023 21:31:28,-273.15
-13/12/2023 21:31:30,-273.15
-13/12/2023 21:31:32,-273.15
-13/12/2023 21:31:34,-273.15
-13/12/2023 21:31:36,-273.15
-13/12/2023 21:31:38,-273.15
-13/12/2023 21:31:40,-273.15
-13/12/2023 21:31:42,-273.15
-13/12/2023 21:31:44,-273.15
-13/12/2023 21:31:46,-273.15
-13/12/2023 21:31:48,-273.15
-13/12/2023 21:31:50,-273.15
-13/12/2023 21:31:52,-273.15
-13/12/2023 21:31:55,-273.15
-13/12/2023 21:31:57,-273.15
-13/12/2023 21:31:59,-273.15
-13/12/2023 21:32:01,-273.15
-13/12/2023 21:32:03,-273.15
-13/12/2023 21:32:05,-273.15
-13/12/2023 21:32:07,-273.15
-13/12/2023 21:32:09,-273.15
-13/12/2023 21:32:11,-273.15
-13/12/2023 21:32:13,-273.15
-13/12/2023 21:32:15,-273.15
-13/12/2023 21:32:17,-273.15
-13/12/2023 21:32:19,-273.15
-13/12/2023 21:32:21,-273.15
-13/12/2023 21:32:23,-273.15
-13/12/2023 21:32:25,-273.15
-13/12/2023 21:32:27,-273.15
-13/12/2023 21:32:29,-273.15
-13/12/2023 21:32:31,-273.15
-13/12/2023 21:32:33,-273.15
-13/12/2023 21:32:35,-273.15
-13/12/2023 21:32:37,-273.15
-13/12/2023 21:32:39,-273.15
-13/12/2023 21:32:41,-273.15
-13/12/2023 21:32:43,-273.15
-13/12/2023 21:32:45,-273.15
-13/12/2023 21:32:47,-273.15
-13/12/2023 21:32:49,-273.15
-13/12/2023 21:32:51,-273.15
-13/12/2023 21:32:53,-273.15
-13/12/2023 21:32:55,-273.15
-13/12/2023 21:32:58,-273.15
-13/12/2023 21:33:00,-273.15
-13/12/2023 21:33:02,-273.15
-13/12/2023 21:33:04,-273.15
-13/12/2023 21:33:06,-273.15
-13/12/2023 21:33:08,-273.15
-13/12/2023 21:33:10,-273.15
-13/12/2023 21:33:12,-273.15
-13/12/2023 21:33:14,-273.15
-13/12/2023 21:33:16,-273.15
-13/12/2023 21:33:18,-273.15
-13/12/2023 21:33:20,-273.15
-13/12/2023 21:33:22,-273.15
-13/12/2023 21:33:24,-273.15
-13/12/2023 21:33:26,-273.15
-13/12/2023 21:33:28,-273.15
-13/12/2023 21:33:30,-273.15
-13/12/2023 21:33:32,-273.15
-13/12/2023 21:33:34,-273.15
-13/12/2023 21:33:36,-273.15
-13/12/2023 21:33:38,-273.15
-13/12/2023 21:33:40,-273.15
-13/12/2023 21:33:42,-273.15
-13/12/2023 21:33:44,-273.15
-13/12/2023 21:33:46,-273.15
-13/12/2023 21:33:48,-273.15
-13/12/2023 21:33:50,-273.15
-13/12/2023 21:33:52,-273.15
-13/12/2023 21:33:54,-273.15
-13/12/2023 21:33:56,-273.15
-13/12/2023 21:33:59,-273.15
-13/12/2023 21:34:01,-273.15
-13/12/2023 21:34:03,-273.15
-13/12/2023 21:34:05,-273.15
-13/12/2023 21:34:07,-273.15
-13/12/2023 21:34:09,-273.15
-13/12/2023 21:34:11,-273.15
-13/12/2023 21:34:13,-273.15
-13/12/2023 21:34:15,-273.15
-13/12/2023 21:34:17,-273.15
-13/12/2023 21:34:19,-273.15
-13/12/2023 21:34:21,-273.15
-13/12/2023 21:34:23,-273.15
-13/12/2023 21:34:25,-273.15
-13/12/2023 21:34:27,-273.15
-13/12/2023 21:34:29,-273.15
-13/12/2023 21:34:31,-273.15
-13/12/2023 21:34:33,-273.15
-13/12/2023 21:34:35,-273.15
-13/12/2023 21:34:37,-273.15
-13/12/2023 21:34:39,-273.15
-13/12/2023 21:34:41,-273.15
-13/12/2023 21:34:43,-273.15
-13/12/2023 21:34:45,-273.15
-13/12/2023 21:34:47,-273.15
-13/12/2023 21:34:49,-273.15
-13/12/2023 21:34:51,-273.15
-13/12/2023 21:34:54,-273.15
-13/12/2023 21:34:56,-273.15
-13/12/2023 21:34:58,-273.15
-13/12/2023 21:35:00,-273.15
-13/12/2023 21:35:02,-273.15
-13/12/2023 21:35:04,-273.15
-13/12/2023 21:35:06,-273.15
-13/12/2023 21:35:08,-273.15
-13/12/2023 21:35:10,-273.15
-13/12/2023 21:35:12,-273.15
-13/12/2023 21:35:14,-273.15
-13/12/2023 21:35:16,-273.15
-13/12/2023 21:35:18,-273.15
-13/12/2023 21:35:20,-273.15
-13/12/2023 21:35:22,-273.15
-13/12/2023 21:35:24,-273.15
-13/12/2023 21:35:26,-273.15
-13/12/2023 21:35:28,-273.15
-13/12/2023 21:35:30,-273.15
-13/12/2023 21:35:32,-273.15
-13/12/2023 21:35:34,-273.15
-13/12/2023 21:35:36,-273.15
-13/12/2023 21:35:38,-273.15
-13/12/2023 21:35:40,-273.15
-13/12/2023 21:35:42,-273.15
-13/12/2023 21:35:44,-273.15
-13/12/2023 21:35:47,-273.15
-13/12/2023 21:35:49,-273.15
-13/12/2023 21:35:51,-273.15
-13/12/2023 21:35:53,-273.15
-13/12/2023 21:35:55,-273.15
-13/12/2023 21:35:57,-273.15
-13/12/2023 21:35:59,-273.15
-13/12/2023 21:36:01,-273.15
-13/12/2023 21:36:03,-273.15
-13/12/2023 21:36:05,-273.15
-13/12/2023 21:36:07,-273.15
-13/12/2023 21:36:09,-273.15
-13/12/2023 21:36:11,-273.15
-13/12/2023 21:36:13,-273.15
-13/12/2023 21:36:15,-273.15
-13/12/2023 21:36:17,-273.15
-13/12/2023 21:36:19,-273.15
-13/12/2023 21:36:21,-273.15
-13/12/2023 21:36:23,-273.15
-13/12/2023 21:36:25,-273.15
-13/12/2023 21:36:27,-273.15
-13/12/2023 21:36:29,-273.15
-13/12/2023 21:36:31,-273.15
-13/12/2023 21:36:33,-273.15
-13/12/2023 21:36:35,-273.15
-13/12/2023 21:36:37,-273.15
-13/12/2023 21:36:39,-273.15
-13/12/2023 21:36:42,-273.15
-13/12/2023 21:36:44,-273.15
-13/12/2023 21:36:46,-273.15
-13/12/2023 21:36:48,-273.15
-13/12/2023 21:36:50,-273.15
-13/12/2023 21:36:52,-273.15
-13/12/2023 21:36:54,-273.15
-13/12/2023 21:36:56,-273.15
-13/12/2023 21:36:58,-273.15
-13/12/2023 21:37:00,-273.15
-13/12/2023 21:37:02,-273.15
-13/12/2023 21:37:04,-273.15
-13/12/2023 21:37:06,-273.15
-13/12/2023 21:37:08,-273.15
-13/12/2023 21:37:10,-273.15
-13/12/2023 21:37:12,-273.15
-13/12/2023 21:37:14,-273.15
-13/12/2023 21:37:16,-273.15
-13/12/2023 21:37:18,-273.15
-13/12/2023 21:37:20,-273.15
-13/12/2023 21:37:22,-273.15
-13/12/2023 21:37:24,-273.15
-13/12/2023 21:37:26,-273.15
-13/12/2023 21:37:28,-273.15
-13/12/2023 21:37:30,-273.15
-13/12/2023 21:37:32,-273.15
-13/12/2023 21:37:34,-273.15
-13/12/2023 21:37:36,-273.15
-13/12/2023 21:37:38,-273.15
-13/12/2023 21:37:41,-273.15
-13/12/2023 21:37:43,-273.15
-13/12/2023 21:37:45,-273.15
-13/12/2023 21:37:47,-273.15
-13/12/2023 21:37:49,-273.15
-13/12/2023 21:37:51,-273.15
-13/12/2023 21:37:53,-273.15
-13/12/2023 21:37:55,-273.15
-13/12/2023 21:37:57,-273.15
-13/12/2023 21:37:59,-273.15
-13/12/2023 21:38:01,-273.15
-13/12/2023 21:38:03,-273.15
-13/12/2023 21:38:05,-273.15
-13/12/2023 21:38:07,-273.15
-13/12/2023 21:38:09,-273.15
-13/12/2023 21:38:11,-273.15
-13/12/2023 21:38:14,-273.15
-13/12/2023 21:38:16,-273.15
-13/12/2023 21:38:18,-273.15
-13/12/2023 21:38:20,-273.15
-13/12/2023 21:38:22,-273.15
-13/12/2023 21:38:25,-273.15
-13/12/2023 21:38:30,-273.15
-13/12/2023 21:38:33,-273.15
-13/12/2023 21:38:35,-273.15
-13/12/2023 21:38:38,-273.15
-13/12/2023 21:38:40,-273.15
-13/12/2023 21:38:42,-273.15
-13/12/2023 21:38:44,-273.15
-13/12/2023 21:38:46,-273.15
-13/12/2023 21:38:48,-273.15
-13/12/2023 21:38:50,-273.15
-13/12/2023 21:38:52,-273.15
-13/12/2023 21:38:54,-273.15
-13/12/2023 21:38:56,-273.15
-13/12/2023 21:38:58,-273.15
-13/12/2023 21:39:00,-273.15
-13/12/2023 21:39:03,-273.15
-13/12/2023 21:39:05,-273.15
-13/12/2023 21:39:07,-273.15
-13/12/2023 21:39:09,-273.15
-13/12/2023 21:39:11,-273.15
-13/12/2023 21:39:13,-273.15
-13/12/2023 21:39:15,-273.15
-13/12/2023 21:39:17,-273.15
-13/12/2023 21:39:19,-273.15
-13/12/2023 21:39:21,-273.15
-13/12/2023 21:39:23,-273.15
-13/12/2023 21:39:25,-273.15
-13/12/2023 21:39:27,-273.15
-13/12/2023 21:39:29,-273.15
-13/12/2023 21:39:31,-273.15
-13/12/2023 21:39:33,-273.15
-13/12/2023 21:39:35,-273.15
-13/12/2023 21:39:37,-273.15
-13/12/2023 21:39:39,-273.15
-13/12/2023 21:39:41,-273.15
-13/12/2023 21:39:43,-273.15
-13/12/2023 21:39:45,-273.15
-13/12/2023 21:39:47,-273.15
-13/12/2023 21:39:49,-273.15
-13/12/2023 21:39:51,-273.15
-13/12/2023 21:39:53,-273.15
-13/12/2023 21:39:55,-273.15
-13/12/2023 21:39:58,-273.15
-13/12/2023 21:40:00,-273.15
-13/12/2023 21:40:02,-273.15
-13/12/2023 21:40:04,-273.15
-13/12/2023 21:40:06,-273.15
-13/12/2023 21:40:08,-273.15
-13/12/2023 21:40:10,-273.15
-13/12/2023 21:40:12,-273.15
-13/12/2023 21:40:14,-273.15
-13/12/2023 21:40:16,-273.15
-13/12/2023 21:40:18,-273.15
-13/12/2023 21:40:20,-273.15
-13/12/2023 21:40:22,-273.15
-13/12/2023 21:40:24,-273.15
-13/12/2023 21:40:26,-273.15
-13/12/2023 21:40:28,-273.15
-13/12/2023 21:40:30,-273.15
-13/12/2023 21:40:32,-273.15
-13/12/2023 21:40:34,-273.15
-13/12/2023 21:40:36,-273.15
-13/12/2023 21:40:38,-273.15
-13/12/2023 21:40:40,-273.15
-13/12/2023 21:40:42,-273.15
-13/12/2023 21:40:44,-273.15
-13/12/2023 21:40:47,-273.15
-13/12/2023 21:40:49,-273.15
-13/12/2023 21:40:51,-273.15
-13/12/2023 21:40:53,-273.15
-13/12/2023 21:40:55,-273.15
-13/12/2023 21:40:57,-273.15
-13/12/2023 21:40:59,-273.15
-13/12/2023 21:41:01,-273.15
-13/12/2023 21:41:03,-273.15
-13/12/2023 21:41:05,-273.15
-13/12/2023 21:41:07,-273.15
-13/12/2023 21:41:09,-273.15
-13/12/2023 21:41:11,-273.15
-13/12/2023 21:41:13,-273.15
-13/12/2023 21:41:15,-273.15
-13/12/2023 21:41:17,-273.15
-13/12/2023 21:41:19,-273.15
-13/12/2023 21:41:21,-273.15
-13/12/2023 21:41:23,-273.15
-13/12/2023 21:41:25,-273.15
-13/12/2023 21:41:27,-273.15
-13/12/2023 21:41:29,-273.15
-13/12/2023 21:41:31,-273.15
-13/12/2023 21:41:33,-273.15
-13/12/2023 21:41:35,-273.15
-13/12/2023 21:41:37,-273.15
-13/12/2023 21:41:39,-273.15
-13/12/2023 21:41:41,-273.15
-13/12/2023 21:41:44,-273.15
-13/12/2023 21:41:46,-273.15
-13/12/2023 21:41:48,-273.15
-13/12/2023 21:41:50,-273.15
-13/12/2023 21:41:52,-273.15
-13/12/2023 21:41:54,-273.15
-13/12/2023 21:41:56,-273.15
-13/12/2023 21:41:58,-273.15
-13/12/2023 21:42:00,-273.15
-13/12/2023 21:42:02,-273.15
-13/12/2023 21:42:04,-273.15
-13/12/2023 21:42:06,-273.15
-13/12/2023 21:42:08,-273.15
-13/12/2023 21:42:10,-273.15
-13/12/2023 21:42:12,-273.15
-13/12/2023 21:42:14,-273.15
-13/12/2023 21:42:16,-273.15
-13/12/2023 21:42:18,-273.15
-13/12/2023 21:42:20,-273.15
-13/12/2023 21:42:22,-273.15
-13/12/2023 21:42:24,-273.15
-13/12/2023 21:42:26,-273.15
-13/12/2023 21:42:28,-273.15
-13/12/2023 21:42:30,-273.15
-13/12/2023 21:42:32,-273.15
-13/12/2023 21:42:34,-273.15
-13/12/2023 21:42:36,-273.15
-13/12/2023 21:42:38,-273.15
-13/12/2023 21:42:40,-273.15
-13/12/2023 21:42:42,-273.15
-13/12/2023 21:42:44,-273.15
-13/12/2023 21:42:46,-273.15
-13/12/2023 21:42:49,-273.15
-13/12/2023 21:42:51,-273.15
-13/12/2023 21:42:53,-273.15
-13/12/2023 21:42:55,-273.15
-13/12/2023 21:42:57,-273.15
-13/12/2023 21:42:59,-273.15
-13/12/2023 21:43:01,-273.15
-13/12/2023 21:43:03,-273.15
-13/12/2023 21:43:05,-273.15
-13/12/2023 21:43:07,-273.15
-13/12/2023 21:43:09,-273.15
-13/12/2023 21:43:11,-273.15
-13/12/2023 21:43:13,-273.15
-13/12/2023 21:43:15,-273.15
-13/12/2023 21:43:17,-273.15
-13/12/2023 21:43:19,-273.15
-13/12/2023 21:43:21,-273.15
-13/12/2023 21:43:23,-273.15
-13/12/2023 21:43:25,-273.15
-13/12/2023 21:43:27,-273.15
-13/12/2023 21:43:29,-273.15
-13/12/2023 21:43:31,-273.15
-13/12/2023 21:43:33,-273.15
-13/12/2023 21:43:35,-273.15
-13/12/2023 21:43:37,-273.15
-13/12/2023 21:43:39,-273.15
-13/12/2023 21:43:41,-273.15
-13/12/2023 21:43:43,-273.15
-13/12/2023 21:43:45,-273.15
-13/12/2023 21:43:48,-273.15
-13/12/2023 21:43:50,-273.15
-13/12/2023 21:43:52,-273.15
-13/12/2023 21:43:54,-273.15
-13/12/2023 21:43:56,-273.15
-13/12/2023 21:43:58,-273.15
-13/12/2023 21:44:00,-273.15
-13/12/2023 21:44:02,-273.15
-13/12/2023 21:44:04,-273.15
-13/12/2023 21:44:06,-273.15
-13/12/2023 21:44:08,-273.15
-13/12/2023 21:44:10,-273.15
-13/12/2023 21:44:12,-273.15
-13/12/2023 21:44:14,-273.15
-13/12/2023 21:44:16,-273.15
-13/12/2023 21:44:18,-273.15
-13/12/2023 21:44:20,-273.15
-13/12/2023 21:44:22,-273.15
-13/12/2023 21:44:24,-273.15
-13/12/2023 21:44:26,-273.15
-13/12/2023 21:44:28,-273.15
-13/12/2023 21:44:30,-273.15
-13/12/2023 21:44:32,-273.15
-13/12/2023 21:44:34,-273.15
-13/12/2023 21:44:36,-273.15
-13/12/2023 21:44:38,-273.15
-13/12/2023 21:44:40,-273.15
-13/12/2023 21:44:42,-273.15
-13/12/2023 21:44:44,-273.15
-13/12/2023 21:44:46,-273.15
-13/12/2023 21:44:48,-273.15
-13/12/2023 21:44:50,-273.15
-13/12/2023 21:44:52,-273.15
-13/12/2023 21:44:55,-273.15
-13/12/2023 21:44:57,-273.15
-13/12/2023 21:44:59,-273.15
-13/12/2023 21:45:01,-273.15
-13/12/2023 21:45:03,-273.15
-13/12/2023 21:45:05,-273.15
-13/12/2023 21:45:07,-273.15
-13/12/2023 21:45:09,-273.15
-13/12/2023 21:45:11,-273.15
-13/12/2023 21:45:13,-273.15
-13/12/2023 21:45:15,-273.15
-13/12/2023 21:45:17,-273.15
-13/12/2023 21:45:19,-273.15
-13/12/2023 21:45:21,-273.15
-13/12/2023 21:45:23,-273.15
-13/12/2023 21:45:25,-273.15
-13/12/2023 21:45:27,-273.15
-13/12/2023 21:45:29,-273.15
-13/12/2023 21:45:31,-273.15
-13/12/2023 21:45:33,-273.15
-13/12/2023 21:45:35,-273.15
-13/12/2023 21:45:37,-273.15
-13/12/2023 21:45:39,-273.15
-13/12/2023 21:45:41,-273.15
-13/12/2023 21:45:43,-273.15
-13/12/2023 21:45:45,-273.15
-13/12/2023 21:45:47,-273.15
-13/12/2023 21:45:49,-273.15
-13/12/2023 21:45:51,-273.15
-13/12/2023 21:45:53,-273.15
-13/12/2023 21:45:55,-273.15
-13/12/2023 21:45:57,-273.15
-13/12/2023 21:45:59,-273.15
-13/12/2023 21:46:02,-273.15
-13/12/2023 21:46:04,-273.15
-13/12/2023 21:46:06,-273.15
-13/12/2023 21:46:08,-273.15
-13/12/2023 21:46:10,-273.15
-13/12/2023 21:46:12,-273.15
-13/12/2023 21:46:14,-273.15
-13/12/2023 21:46:16,-273.15
-13/12/2023 21:46:18,-273.15
-13/12/2023 21:46:20,-273.15
-13/12/2023 21:46:22,-273.15
-13/12/2023 21:46:24,-273.15
-13/12/2023 21:46:26,-273.15
-13/12/2023 21:46:28,-273.15
-13/12/2023 21:46:30,-273.15
-13/12/2023 21:46:32,-273.15
-13/12/2023 21:46:34,-273.15
-13/12/2023 21:46:36,-273.15
-13/12/2023 21:46:38,-273.15
-13/12/2023 21:46:40,-273.15
-13/12/2023 21:46:42,-273.15
-13/12/2023 21:46:44,-273.15
-13/12/2023 21:46:46,-273.15
-13/12/2023 21:46:48,-273.15
-13/12/2023 21:46:50,-273.15
-13/12/2023 21:46:53,-273.15
-13/12/2023 21:46:55,-273.15
-13/12/2023 21:46:57,-273.15
-13/12/2023 21:46:59,-273.15
-13/12/2023 21:47:01,-273.15
-13/12/2023 21:47:03,-273.15
-13/12/2023 21:47:05,-273.15
-13/12/2023 21:47:07,-273.15
-13/12/2023 21:47:09,-273.15
-13/12/2023 21:47:11,-273.15
-13/12/2023 21:47:13,-273.15
-13/12/2023 21:47:15,-273.15
-13/12/2023 21:47:17,-273.15
-13/12/2023 21:47:19,-273.15
-13/12/2023 21:47:21,-273.15
-13/12/2023 21:47:23,-273.15
-13/12/2023 21:47:25,-273.15
-13/12/2023 21:47:27,-273.15
-13/12/2023 21:47:29,-273.15
-13/12/2023 21:47:31,-273.15
-13/12/2023 21:47:33,-273.15
-13/12/2023 21:47:35,-273.15
-13/12/2023 21:47:37,-273.15
-13/12/2023 21:47:39,-273.15
-13/12/2023 21:47:41,-273.15
-13/12/2023 21:47:43,-273.15
-13/12/2023 21:47:45,-273.15
-13/12/2023 21:47:47,-273.15
-13/12/2023 21:47:49,-273.15
-13/12/2023 21:47:52,-273.15
-13/12/2023 21:47:54,-273.15
-13/12/2023 21:47:56,-273.15
-13/12/2023 21:47:58,-273.15
-13/12/2023 21:48:00,-273.15
-13/12/2023 21:48:02,-273.15
-13/12/2023 21:48:04,-273.15
-13/12/2023 21:48:06,-273.15
-13/12/2023 21:48:08,-273.15
-13/12/2023 21:48:10,-273.15
-13/12/2023 21:48:12,-273.15
-13/12/2023 21:48:14,-273.15
-13/12/2023 21:48:16,-273.15
-13/12/2023 21:48:18,-273.15
-13/12/2023 21:48:20,-273.15
-13/12/2023 21:48:22,-273.15
-13/12/2023 21:48:24,-273.15
-13/12/2023 21:48:26,-273.15
-13/12/2023 21:48:28,-273.15
-13/12/2023 21:48:30,-273.15
-13/12/2023 21:48:32,-273.15
-13/12/2023 21:48:34,-273.15
-13/12/2023 21:48:36,-273.15
-13/12/2023 21:48:38,-273.15
-13/12/2023 21:48:40,-273.15
-13/12/2023 21:48:42,-273.15
-13/12/2023 21:48:44,-273.15
-13/12/2023 21:48:47,-273.15
-13/12/2023 21:48:49,-273.15
-13/12/2023 21:48:51,-273.15
-13/12/2023 21:48:53,-273.15
-13/12/2023 21:48:55,-273.15
-13/12/2023 21:48:57,-273.15
-13/12/2023 21:48:59,-273.15
-13/12/2023 21:49:01,-273.15
-13/12/2023 21:49:03,-273.15
-13/12/2023 21:49:05,-273.15
-13/12/2023 21:49:07,-273.15
-13/12/2023 21:49:09,-273.15
-13/12/2023 21:49:11,-273.15
-13/12/2023 21:49:13,-273.15
-13/12/2023 21:49:15,-273.15
-13/12/2023 21:49:17,-273.15
-13/12/2023 21:49:19,-273.15
-13/12/2023 21:49:21,-273.15
-13/12/2023 21:49:23,-273.15
-13/12/2023 21:49:25,-273.15
-13/12/2023 21:49:27,-273.15
-13/12/2023 21:49:29,-273.15
-13/12/2023 21:49:31,-273.15
-13/12/2023 21:49:33,-273.15
-13/12/2023 21:49:35,-273.15
-13/12/2023 21:49:37,-273.15
-13/12/2023 21:49:39,-273.15
-13/12/2023 21:49:41,-273.15
-13/12/2023 21:49:44,-273.15
-13/12/2023 21:49:46,-273.15
-13/12/2023 21:49:48,-273.15
-13/12/2023 21:49:50,-273.15
-13/12/2023 21:49:52,-273.15
-13/12/2023 21:49:54,-273.15
-13/12/2023 21:49:56,-273.15
-13/12/2023 21:49:58,-273.15
-13/12/2023 21:50:00,-273.15
-13/12/2023 21:50:02,-273.15
-13/12/2023 21:50:04,-273.15
-13/12/2023 21:50:06,-273.15
-13/12/2023 21:50:08,-273.15
-13/12/2023 21:50:10,-273.15
-13/12/2023 21:50:12,-273.15
-13/12/2023 21:50:14,-273.15
-13/12/2023 21:50:16,-273.15
-13/12/2023 21:50:18,-273.15
-13/12/2023 21:50:20,-273.15
-13/12/2023 21:50:22,-273.15
-13/12/2023 21:50:24,-273.15
-13/12/2023 21:50:26,-273.15
-13/12/2023 21:50:28,-273.15
-13/12/2023 21:50:30,-273.15
-13/12/2023 21:50:33,-273.15
-13/12/2023 21:50:35,-273.15
-13/12/2023 21:50:37,-273.15
-13/12/2023 21:50:39,-273.15
-13/12/2023 21:50:41,-273.15
-13/12/2023 21:50:43,-273.15
-13/12/2023 21:50:45,-273.15
-13/12/2023 21:50:47,-273.15
-13/12/2023 21:50:49,-273.15
-13/12/2023 21:50:51,-273.15
-13/12/2023 21:50:53,-273.15
-13/12/2023 21:50:55,-273.15
-13/12/2023 21:50:57,-273.15
-13/12/2023 21:50:59,-273.15
-13/12/2023 21:51:01,-273.15
-13/12/2023 21:51:03,-273.15
-13/12/2023 21:51:05,-273.15
-13/12/2023 21:51:07,-273.15
-13/12/2023 21:51:09,-273.15
-13/12/2023 21:51:11,-273.15
-13/12/2023 21:51:13,-273.15
-13/12/2023 21:51:15,-273.15
-13/12/2023 21:51:17,-273.15
-13/12/2023 21:51:19,-273.15
-13/12/2023 21:51:21,-273.15
-13/12/2023 21:51:23,-273.15
-13/12/2023 21:51:25,-273.15
-13/12/2023 21:51:28,-273.15
-13/12/2023 21:51:30,-273.15
-13/12/2023 21:51:32,-273.15
-13/12/2023 21:51:34,-273.15
-13/12/2023 21:51:36,-273.15
-13/12/2023 21:51:38,-273.15
-13/12/2023 21:51:40,-273.15
-13/12/2023 21:51:42,-273.15
-13/12/2023 21:51:44,-273.15
-13/12/2023 21:51:46,-273.15
-13/12/2023 21:51:48,-273.15
-13/12/2023 21:51:50,-273.15
-13/12/2023 21:51:52,-273.15
-13/12/2023 21:51:54,-273.15
-13/12/2023 21:51:56,-273.15
-13/12/2023 21:51:58,-273.15
-13/12/2023 21:52:00,-273.15
-13/12/2023 21:52:02,-273.15
-13/12/2023 21:52:04,-273.15
-13/12/2023 21:52:06,-273.15
-13/12/2023 21:52:08,-273.15
-13/12/2023 21:52:10,-273.15
-13/12/2023 21:52:12,-273.15
-13/12/2023 21:52:14,-273.15
-13/12/2023 21:52:16,-273.15
-13/12/2023 21:52:18,-273.15
-13/12/2023 21:52:20,-273.15
-13/12/2023 21:52:22,-273.15
-13/12/2023 21:52:24,-273.15
-13/12/2023 21:52:27,-273.15
-13/12/2023 21:52:29,-273.15
-13/12/2023 21:52:31,-273.15
-13/12/2023 21:52:33,-273.15
-13/12/2023 21:52:35,-273.15
-13/12/2023 21:52:37,-273.15
-13/12/2023 21:52:39,-273.15
-13/12/2023 21:52:41,-273.15
-13/12/2023 21:52:43,-273.15
-13/12/2023 21:52:45,-273.15
-13/12/2023 21:52:47,-273.15
-13/12/2023 21:52:49,-273.15
-13/12/2023 21:52:51,-273.15
-13/12/2023 21:52:53,-273.15
-13/12/2023 21:52:55,-273.15
-13/12/2023 21:52:57,-273.15
-13/12/2023 21:52:59,-273.15
-13/12/2023 21:53:01,-273.15
-13/12/2023 21:53:03,-273.15
-13/12/2023 21:53:05,-273.15
-13/12/2023 21:53:07,-273.15
-13/12/2023 21:53:09,-273.15
-13/12/2023 21:53:11,-273.15
-13/12/2023 21:53:13,-273.15
-13/12/2023 21:53:15,-273.15
-13/12/2023 21:53:17,-273.15
-13/12/2023 21:53:19,-273.15
-13/12/2023 21:53:21,-273.15
-13/12/2023 21:53:23,-273.15
-13/12/2023 21:53:25,-273.15
-13/12/2023 21:53:27,-273.15
-13/12/2023 21:53:29,-273.15
-13/12/2023 21:53:31,-273.15
-13/12/2023 21:53:34,-273.15
-13/12/2023 21:53:36,-273.15
-13/12/2023 21:53:38,-273.15
-13/12/2023 21:53:40,-273.15
-13/12/2023 21:53:42,-273.15
-13/12/2023 21:53:44,-273.15
-13/12/2023 21:53:46,-273.15
-13/12/2023 21:53:48,-273.15
-13/12/2023 21:53:50,-273.15
-13/12/2023 21:53:52,-273.15
-13/12/2023 21:53:54,-273.15
-13/12/2023 21:53:56,-273.15
-13/12/2023 21:53:58,-273.15
-13/12/2023 21:54:00,-273.15
-13/12/2023 21:54:02,-273.15
-13/12/2023 21:54:04,-273.15
-13/12/2023 21:54:06,-273.15
-13/12/2023 21:54:08,-273.15
-13/12/2023 21:54:10,-273.15
-13/12/2023 21:54:12,-273.15
-13/12/2023 21:54:14,-273.15
-13/12/2023 21:54:16,-273.15
-13/12/2023 21:54:18,-273.15
-13/12/2023 21:54:21,-273.15
-13/12/2023 21:54:23,-273.15
-13/12/2023 21:54:25,-273.15
-13/12/2023 21:54:27,-273.15
-13/12/2023 21:54:29,-273.15
-13/12/2023 21:54:31,-273.15
-13/12/2023 21:54:33,-273.15
-13/12/2023 21:54:35,-273.15
-13/12/2023 21:54:37,-273.15
-13/12/2023 21:54:39,-273.15
-13/12/2023 21:54:41,-273.15
-13/12/2023 21:54:43,-273.15
-13/12/2023 21:54:45,-273.15
-13/12/2023 21:54:47,-273.15
-13/12/2023 21:54:49,-273.15
-13/12/2023 21:54:51,-273.15
-13/12/2023 21:54:53,-273.15
-13/12/2023 21:54:55,-273.15
-13/12/2023 21:54:57,-273.15
-13/12/2023 21:54:59,-273.15
-13/12/2023 21:55:01,-273.15
-13/12/2023 21:55:03,-273.15
-13/12/2023 21:55:05,-273.15
-13/12/2023 21:55:07,-273.15
-13/12/2023 21:55:09,-273.15
-13/12/2023 21:55:11,-273.15
-13/12/2023 21:55:13,-273.15
-13/12/2023 21:55:15,-273.15
-13/12/2023 21:55:17,-273.15
-13/12/2023 21:55:20,-273.15
-13/12/2023 21:55:22,-273.15
-13/12/2023 21:55:24,-273.15
-13/12/2023 21:55:26,-273.15
-13/12/2023 21:55:28,-273.15
-13/12/2023 21:55:30,-273.15
-13/12/2023 21:55:32,-273.15
-13/12/2023 21:55:34,-273.15
-13/12/2023 21:55:36,-273.15
-13/12/2023 21:55:38,-273.15
-13/12/2023 21:55:40,-273.15
-13/12/2023 21:55:42,-273.15
-13/12/2023 21:55:44,-273.15
-13/12/2023 21:55:46,-273.15
-13/12/2023 21:55:48,-273.15
-13/12/2023 21:55:50,-273.15
-13/12/2023 21:55:52,-273.15
-13/12/2023 21:55:54,-273.15
-13/12/2023 21:55:56,-273.15
-13/12/2023 21:55:58,-273.15
-13/12/2023 21:56:00,-273.15
-13/12/2023 21:56:02,-273.15
-13/12/2023 21:56:04,-273.15
-13/12/2023 21:56:06,-273.15
-13/12/2023 21:56:09,-273.15
-13/12/2023 21:56:11,-273.15
-13/12/2023 21:56:13,-273.15
-13/12/2023 21:56:15,-273.15
-13/12/2023 21:56:17,-273.15
-13/12/2023 21:56:19,-273.15
-13/12/2023 21:56:21,-273.15
-13/12/2023 21:56:23,-273.15
-13/12/2023 21:56:25,-273.15
-13/12/2023 21:56:27,-273.15
-13/12/2023 21:56:29,-273.15
-13/12/2023 21:56:31,-273.15
-13/12/2023 21:56:33,-273.15
-13/12/2023 21:56:35,-273.15
-13/12/2023 21:56:37,-273.15
-13/12/2023 21:56:39,-273.15
-13/12/2023 21:56:41,-273.15
-13/12/2023 21:56:43,-273.15
-13/12/2023 21:56:45,-273.15
-13/12/2023 21:56:47,-273.15
-13/12/2023 21:56:49,-273.15
-13/12/2023 21:56:51,-273.15
-13/12/2023 21:56:53,-273.15
-13/12/2023 21:56:55,-273.15
-13/12/2023 21:56:58,-273.15
-13/12/2023 21:57:00,-273.15
-13/12/2023 21:57:02,-273.15
-13/12/2023 21:57:04,-273.15
-13/12/2023 21:57:06,-273.15
-13/12/2023 21:57:08,-273.15
-13/12/2023 21:57:10,-273.15
-13/12/2023 21:57:12,-273.15
-13/12/2023 21:57:14,-273.15
-13/12/2023 21:57:16,-273.15
-13/12/2023 21:57:18,-273.15
-13/12/2023 21:57:20,-273.15
-13/12/2023 21:57:22,-273.15
-13/12/2023 21:57:24,-273.15
-13/12/2023 21:57:26,-273.15
-13/12/2023 21:57:28,-273.15
-13/12/2023 21:57:30,-273.15
-13/12/2023 21:57:32,-273.15
-13/12/2023 21:57:34,-273.15
-13/12/2023 21:57:36,-273.15
-13/12/2023 21:57:38,-273.15
-13/12/2023 21:57:40,-273.15
-13/12/2023 21:57:42,-273.15
-13/12/2023 21:57:44,-273.15
-13/12/2023 21:57:46,-273.15
-13/12/2023 21:57:48,-273.15
-13/12/2023 21:57:50,-273.15
-13/12/2023 21:57:52,-273.15
-13/12/2023 21:57:54,-273.15
-13/12/2023 21:57:57,-273.15
-13/12/2023 21:57:59,-273.15
-13/12/2023 21:58:01,-273.15
-13/12/2023 21:58:03,-273.15
-13/12/2023 21:58:05,-273.15
-13/12/2023 21:58:07,-273.15
-13/12/2023 21:58:09,-273.15
-13/12/2023 21:58:11,-273.15
-13/12/2023 21:58:13,-273.15
-13/12/2023 21:58:15,-273.15
-13/12/2023 21:58:17,-273.15
-13/12/2023 21:58:19,-273.15
-13/12/2023 21:58:21,-273.15
-13/12/2023 21:58:23,-273.15
-13/12/2023 21:58:25,-273.15
-13/12/2023 21:58:27,-273.15
-13/12/2023 21:58:29,-273.15
-13/12/2023 21:58:31,-273.15
-13/12/2023 21:58:33,-273.15
-13/12/2023 21:58:35,-273.15
-13/12/2023 21:58:37,-273.15
-13/12/2023 21:58:39,-273.15
-13/12/2023 21:58:41,-273.15
-13/12/2023 21:58:43,-273.15
-13/12/2023 21:58:45,-273.15
-13/12/2023 21:58:47,-273.15
-13/12/2023 21:58:49,-273.15
-13/12/2023 21:58:51,-273.15
-13/12/2023 21:58:53,-273.15
-13/12/2023 21:58:55,-273.15
-13/12/2023 21:58:58,-273.15
-13/12/2023 21:59:00,-273.15
-13/12/2023 21:59:02,-273.15
-13/12/2023 21:59:04,-273.15
-13/12/2023 21:59:06,-273.15
-13/12/2023 21:59:08,-273.15
-13/12/2023 21:59:10,-273.15
-13/12/2023 21:59:12,-273.15
-13/12/2023 21:59:14,-273.15
-13/12/2023 21:59:16,-273.15
-13/12/2023 21:59:18,-273.15
-13/12/2023 21:59:20,-273.15
-13/12/2023 21:59:22,-273.15
-13/12/2023 21:59:24,-273.15
-13/12/2023 21:59:26,-273.15
-13/12/2023 21:59:28,-273.15
-13/12/2023 21:59:30,-273.15
-13/12/2023 21:59:32,-273.15
-13/12/2023 21:59:34,-273.15
-13/12/2023 21:59:36,-273.15
-13/12/2023 21:59:38,-273.15
-13/12/2023 21:59:40,-273.15
-13/12/2023 21:59:42,-273.15
-13/12/2023 21:59:44,-273.15
-13/12/2023 21:59:46,-273.15
-13/12/2023 21:59:48,-273.15
-13/12/2023 21:59:50,-273.15
-13/12/2023 21:59:52,-273.15
-13/12/2023 21:59:54,-273.15
-13/12/2023 21:59:56,-273.15
-13/12/2023 21:59:58,-273.15
-13/12/2023 22:00:00,-273.15
-13/12/2023 22:00:02,-273.15
-13/12/2023 22:00:04,-273.15
-13/12/2023 22:00:06,-273.15
-13/12/2023 22:00:08,-273.15
-13/12/2023 22:00:10,-273.15
-13/12/2023 22:00:12,-273.15
-13/12/2023 22:00:15,-273.15
-13/12/2023 22:00:17,-273.15
-13/12/2023 22:00:19,-273.15
-13/12/2023 22:00:21,-273.15
-13/12/2023 22:00:23,-273.15
-13/12/2023 22:00:25,-273.15
-13/12/2023 22:00:27,-273.15
-13/12/2023 22:00:29,-273.15
-13/12/2023 22:00:31,-273.15
-13/12/2023 22:00:33,-273.15
-13/12/2023 22:00:35,-273.15
-13/12/2023 22:00:37,-273.15
-13/12/2023 22:00:39,-273.15
-13/12/2023 22:00:41,-273.15
-13/12/2023 22:00:43,-273.15
-13/12/2023 22:00:45,-273.15
-13/12/2023 22:00:47,-273.15
-13/12/2023 22:00:49,-273.15
-13/12/2023 22:00:51,-273.15
-13/12/2023 22:00:53,-273.15
-13/12/2023 22:00:55,-273.15
-13/12/2023 22:00:57,-273.15
-13/12/2023 22:00:59,-273.15
-13/12/2023 22:01:01,-273.15
-13/12/2023 22:01:03,-273.15
-13/12/2023 22:01:05,-273.15
-13/12/2023 22:01:07,-273.15
-13/12/2023 22:01:09,-273.15
-13/12/2023 22:01:11,-273.15
-13/12/2023 22:01:14,-273.15
-13/12/2023 22:01:16,-273.15
-13/12/2023 22:01:18,-273.15
-13/12/2023 22:01:20,-273.15
-13/12/2023 22:01:22,-273.15
-13/12/2023 22:01:24,-273.15
-13/12/2023 22:01:26,-273.15
-13/12/2023 22:01:28,-273.15
-13/12/2023 22:01:30,-273.15
-13/12/2023 22:01:32,-273.15
-13/12/2023 22:01:34,-273.15
-13/12/2023 22:01:36,-273.15
-13/12/2023 22:01:38,-273.15
-13/12/2023 22:01:40,-273.15
-13/12/2023 22:01:42,-273.15
-13/12/2023 22:01:44,-273.15
-13/12/2023 22:01:46,-273.15
-13/12/2023 22:01:48,-273.15
-13/12/2023 22:01:50,-273.15
-13/12/2023 22:01:52,-273.15
-13/12/2023 22:01:54,-273.15
-13/12/2023 22:01:56,-273.15
-13/12/2023 22:01:58,-273.15
-13/12/2023 22:02:00,-273.15
-13/12/2023 22:02:02,-273.15
-13/12/2023 22:02:04,-273.15
-13/12/2023 22:02:06,-273.15
-13/12/2023 22:02:09,-273.15
-13/12/2023 22:02:11,-273.15
-13/12/2023 22:02:13,-273.15
-13/12/2023 22:02:15,-273.15
-13/12/2023 22:02:17,-273.15
-13/12/2023 22:02:19,-273.15
-13/12/2023 22:02:21,-273.15
-13/12/2023 22:02:23,-273.15
-13/12/2023 22:02:25,-273.15
-13/12/2023 22:02:27,-273.15
-13/12/2023 22:02:29,-273.15
-13/12/2023 22:02:31,-273.15
-13/12/2023 22:02:33,-273.15
-13/12/2023 22:02:35,-273.15
-13/12/2023 22:02:37,-273.15
-13/12/2023 22:02:39,-273.15
-13/12/2023 22:02:41,-273.15
-13/12/2023 22:02:43,-273.15
-13/12/2023 22:02:45,-273.15
-13/12/2023 22:02:47,-273.15
-13/12/2023 22:02:49,-273.15
-13/12/2023 22:02:51,-273.15
-13/12/2023 22:02:53,-273.15
-13/12/2023 22:02:55,-273.15
-13/12/2023 22:02:57,-273.15
-13/12/2023 22:02:59,-273.15
-13/12/2023 22:03:01,-273.15
-13/12/2023 22:03:03,-273.15
-13/12/2023 22:03:05,-273.15
-13/12/2023 22:03:07,-273.15
-13/12/2023 22:03:09,-273.15
-13/12/2023 22:03:11,-273.15
-13/12/2023 22:03:13,-273.15
-13/12/2023 22:03:16,-273.15
-13/12/2023 22:03:18,-273.15
-13/12/2023 22:03:20,-273.15
-13/12/2023 22:03:22,-273.15
-13/12/2023 22:03:24,-273.15
-13/12/2023 22:03:26,-273.15
-13/12/2023 22:03:28,-273.15
-13/12/2023 22:03:30,-273.15
-13/12/2023 22:03:32,-273.15
-13/12/2023 22:03:34,-273.15
-13/12/2023 22:03:36,-273.15
-13/12/2023 22:03:38,-273.15
-13/12/2023 22:03:40,-273.15
-13/12/2023 22:03:42,-273.15
-13/12/2023 22:03:44,-273.15
-13/12/2023 22:03:46,-273.15
-13/12/2023 22:03:48,-273.15
-13/12/2023 22:03:50,-273.15
-13/12/2023 22:03:52,-273.15
-13/12/2023 22:03:54,-273.15
-13/12/2023 22:03:56,-273.15
-13/12/2023 22:03:58,-273.15
-13/12/2023 22:04:00,-273.15
-13/12/2023 22:04:02,-273.15
-13/12/2023 22:04:04,-273.15
-13/12/2023 22:04:06,-273.15
-13/12/2023 22:04:08,-273.15
-13/12/2023 22:04:10,-273.15
-13/12/2023 22:04:12,-273.15
-13/12/2023 22:04:14,-273.15
-13/12/2023 22:04:16,-273.15
-13/12/2023 22:04:18,-273.15
-13/12/2023 22:04:20,-273.15
-13/12/2023 22:04:22,-273.15
-13/12/2023 22:04:24,-273.15
-13/12/2023 22:04:26,-273.15
-13/12/2023 22:04:28,-273.15
-13/12/2023 22:04:30,-273.15
-13/12/2023 22:04:32,-273.15
-13/12/2023 22:04:34,-273.15
-13/12/2023 22:04:36,-273.15
-13/12/2023 22:04:38,-273.15
-13/12/2023 22:04:40,-273.15
-13/12/2023 22:04:42,-273.15
-13/12/2023 22:04:44,-273.15
-13/12/2023 22:04:46,-273.15
-13/12/2023 22:04:48,-273.15
-13/12/2023 22:04:50,-273.15
-13/12/2023 22:04:53,-273.15
-13/12/2023 22:04:55,-273.15
-13/12/2023 22:04:57,-273.15
-13/12/2023 22:04:59,-273.15
-13/12/2023 22:05:01,-273.15
-13/12/2023 22:05:03,-273.15
-13/12/2023 22:05:05,-273.15
-13/12/2023 22:05:07,-273.15
-13/12/2023 22:05:09,-273.15
-13/12/2023 22:05:11,-273.15
-13/12/2023 22:05:13,-273.15
-13/12/2023 22:05:15,-273.15
-13/12/2023 22:05:17,-273.15
-13/12/2023 22:05:19,-273.15
-13/12/2023 22:05:21,-273.15
-13/12/2023 22:05:23,-273.15
-13/12/2023 22:05:25,-273.15
-13/12/2023 22:05:27,-273.15
-13/12/2023 22:05:29,-273.15
-13/12/2023 22:05:31,-273.15
-13/12/2023 22:05:33,-273.15
-13/12/2023 22:05:35,-273.15
-13/12/2023 22:05:37,-273.15
-13/12/2023 22:05:39,-273.15
-13/12/2023 22:05:41,-273.15
-13/12/2023 22:05:43,-273.15
-13/12/2023 22:05:45,-273.15
-13/12/2023 22:05:47,-273.15
-13/12/2023 22:05:49,-273.15
-13/12/2023 22:05:51,-273.15
-13/12/2023 22:05:53,-273.15
-13/12/2023 22:05:55,-273.15
-13/12/2023 22:05:57,-273.15
-13/12/2023 22:05:59,-273.15
-13/12/2023 22:06:01,-273.15
-13/12/2023 22:06:03,-273.15
-13/12/2023 22:06:05,-273.15
-13/12/2023 22:06:07,-273.15
-13/12/2023 22:06:09,-273.15
-13/12/2023 22:06:11,-273.15
-13/12/2023 22:06:13,-273.15
-13/12/2023 22:06:15,-273.15
-13/12/2023 22:06:17,-273.15
-13/12/2023 22:06:19,-273.15
-13/12/2023 22:06:21,-273.15
-13/12/2023 22:06:23,-273.15
-13/12/2023 22:06:25,-273.15
-13/12/2023 22:06:27,-273.15
-13/12/2023 22:06:29,-273.15
-13/12/2023 22:06:31,-273.15
-13/12/2023 22:06:33,-273.15
-13/12/2023 22:06:35,-273.15
-13/12/2023 22:06:37,-273.15
-13/12/2023 22:06:39,-273.15
-13/12/2023 22:06:41,-273.15
-13/12/2023 22:06:43,-273.15
-13/12/2023 22:06:45,-273.15
-13/12/2023 22:06:48,-273.15
-13/12/2023 22:06:50,-273.15
-13/12/2023 22:06:52,-273.15
-13/12/2023 22:06:54,-273.15
-13/12/2023 22:06:56,-273.15
-13/12/2023 22:06:58,-273.15
-13/12/2023 22:07:00,-273.15
-13/12/2023 22:07:02,-273.15
-13/12/2023 22:07:04,-273.15
-13/12/2023 22:07:06,-273.15
-13/12/2023 22:07:08,-273.15
-13/12/2023 22:07:10,-273.15
-13/12/2023 22:07:12,-273.15
-13/12/2023 22:07:14,-273.15
-13/12/2023 22:07:16,-273.15
-13/12/2023 22:07:18,-273.15
-13/12/2023 22:07:20,-273.15
-13/12/2023 22:07:22,-273.15
-13/12/2023 22:07:24,-273.15
-13/12/2023 22:07:26,-273.15
-13/12/2023 22:07:28,-273.15
-13/12/2023 22:07:30,-273.15
-13/12/2023 22:07:32,-273.15
-13/12/2023 22:07:34,-273.15
-13/12/2023 22:07:36,-273.15
-13/12/2023 22:07:38,-273.15
-13/12/2023 22:07:40,-273.15
-13/12/2023 22:07:42,-273.15
-13/12/2023 22:07:44,-273.15
-13/12/2023 22:07:46,-273.15
-13/12/2023 22:07:48,-273.15
-13/12/2023 22:07:51,-273.15
-13/12/2023 22:07:53,-273.15
-13/12/2023 22:07:55,-273.15
-13/12/2023 22:07:57,-273.15
-13/12/2023 22:07:59,-273.15
-13/12/2023 22:08:01,-273.15
-13/12/2023 22:08:03,-273.15
-13/12/2023 22:08:05,-273.15
-13/12/2023 22:08:07,-273.15
-13/12/2023 22:08:09,-273.15
-13/12/2023 22:08:11,-273.15
-13/12/2023 22:08:13,-273.15
-13/12/2023 22:08:15,-273.15
-13/12/2023 22:08:17,-273.15
-13/12/2023 22:08:19,-273.15
-13/12/2023 22:08:21,-273.15
-13/12/2023 22:08:23,-273.15
-13/12/2023 22:08:25,-273.15
-13/12/2023 22:08:27,-273.15
-13/12/2023 22:08:29,-273.15
-13/12/2023 22:08:31,-273.15
-13/12/2023 22:08:33,-273.15
-13/12/2023 22:08:35,-273.15
-13/12/2023 22:08:37,-273.15
-13/12/2023 22:08:39,-273.15
-13/12/2023 22:08:41,-273.15
-13/12/2023 22:08:43,-273.15
-13/12/2023 22:08:45,-273.15
-13/12/2023 22:08:47,-273.15
-13/12/2023 22:08:49,-273.15
-13/12/2023 22:08:51,-273.15
-13/12/2023 22:08:53,-273.15
-13/12/2023 22:08:55,-273.15
-13/12/2023 22:08:57,-273.15
-13/12/2023 22:08:59,-273.15
-13/12/2023 22:09:01,-273.15
-13/12/2023 22:09:03,-273.15
-13/12/2023 22:09:05,-273.15
-13/12/2023 22:09:08,-273.15
-13/12/2023 22:09:10,-273.15
-13/12/2023 22:09:12,-273.15
-13/12/2023 22:09:14,-273.15
-13/12/2023 22:09:16,-273.15
-13/12/2023 22:09:18,-273.15
-13/12/2023 22:09:20,-273.15
-13/12/2023 22:09:22,-273.15
-13/12/2023 22:09:24,-273.15
-13/12/2023 22:09:26,-273.15
-13/12/2023 22:09:28,-273.15
-13/12/2023 22:09:30,-273.15
-13/12/2023 22:09:32,-273.15
-13/12/2023 22:09:34,-273.15
-13/12/2023 22:09:36,-273.15
-13/12/2023 22:09:38,-273.15
-13/12/2023 22:09:40,-273.15
-13/12/2023 22:09:42,-273.15
-13/12/2023 22:09:44,-273.15
-13/12/2023 22:09:46,-273.15
-13/12/2023 22:09:48,-273.15
-13/12/2023 22:09:50,-273.15
-13/12/2023 22:09:52,-273.15
-13/12/2023 22:09:54,-273.15
-13/12/2023 22:09:56,-273.15
-13/12/2023 22:09:58,-273.15
-13/12/2023 22:10:00,-273.15
-13/12/2023 22:10:02,-273.15
-13/12/2023 22:10:04,-273.15
-13/12/2023 22:10:06,-273.15
-13/12/2023 22:10:08,-273.15
-13/12/2023 22:10:10,-273.15
-13/12/2023 22:10:12,-273.15
-13/12/2023 22:10:15,-273.15
-13/12/2023 22:10:17,-273.15
-13/12/2023 22:10:19,-273.15
-13/12/2023 22:10:21,-273.15
-13/12/2023 22:10:23,-273.15
-13/12/2023 22:10:25,-273.15
-13/12/2023 22:10:27,-273.15
-13/12/2023 22:10:29,-273.15
-13/12/2023 22:10:31,-273.15
-13/12/2023 22:10:33,-273.15
-13/12/2023 22:10:35,-273.15
-13/12/2023 22:10:37,-273.15
-13/12/2023 22:10:39,-273.15
-13/12/2023 22:10:41,-273.15
-13/12/2023 22:10:43,-273.15
-13/12/2023 22:10:45,-273.15
-13/12/2023 22:10:47,-273.15
-13/12/2023 22:10:49,-273.15
-13/12/2023 22:10:51,-273.15
-13/12/2023 22:10:53,-273.15
-13/12/2023 22:10:55,-273.15
-13/12/2023 22:10:57,-273.15
-13/12/2023 22:10:59,-273.15
-13/12/2023 22:11:01,-273.15
-13/12/2023 22:11:03,-273.15
-13/12/2023 22:11:05,-273.15
-13/12/2023 22:11:07,-273.15
-13/12/2023 22:11:09,-273.15
-13/12/2023 22:11:11,-273.15
-13/12/2023 22:11:13,-273.15
-13/12/2023 22:11:15,-273.15
-13/12/2023 22:11:17,-273.15
-13/12/2023 22:11:19,-273.15
-13/12/2023 22:11:21,-273.15
-13/12/2023 22:11:23,-273.15
-13/12/2023 22:11:25,-273.15
-13/12/2023 22:11:27,-273.15
-13/12/2023 22:11:29,-273.15
-13/12/2023 22:11:32,-273.15
-13/12/2023 22:11:34,-273.15
-13/12/2023 22:11:36,-273.15
-13/12/2023 22:11:38,-273.15
-13/12/2023 22:11:40,-273.15
-13/12/2023 22:11:42,-273.15
-13/12/2023 22:11:44,-273.15
-13/12/2023 22:11:46,-273.15
-13/12/2023 22:11:48,-273.15
-13/12/2023 22:11:50,-273.15
-13/12/2023 22:11:52,-273.15
-13/12/2023 22:11:54,-273.15
-13/12/2023 22:11:56,-273.15
-13/12/2023 22:11:58,-273.15
-13/12/2023 22:12:00,-273.15
-13/12/2023 22:12:02,-273.15
-13/12/2023 22:12:04,-273.15
-13/12/2023 22:12:06,-273.15
-13/12/2023 22:12:08,-273.15
-13/12/2023 22:12:10,-273.15
-13/12/2023 22:12:12,-273.15
-13/12/2023 22:12:14,-273.15
-13/12/2023 22:12:16,-273.15
-13/12/2023 22:12:18,-273.15
-13/12/2023 22:12:20,-273.15
-13/12/2023 22:12:22,-273.15
-13/12/2023 22:12:24,-273.15
-13/12/2023 22:12:26,-273.15
-13/12/2023 22:12:28,-273.15
-13/12/2023 22:12:30,-273.15
-13/12/2023 22:12:32,-273.15
-13/12/2023 22:12:34,-273.15
-13/12/2023 22:12:36,-273.15
-13/12/2023 22:12:38,-273.15
-13/12/2023 22:12:40,-273.15
-13/12/2023 22:12:42,-273.15
-13/12/2023 22:12:44,-273.15
-13/12/2023 22:12:46,-273.15
-13/12/2023 22:12:48,-273.15
-13/12/2023 22:12:50,-273.15
-13/12/2023 22:12:52,-273.15
-13/12/2023 22:12:54,-273.15
-13/12/2023 22:12:56,-273.15
-13/12/2023 22:12:58,-273.15
-13/12/2023 22:13:00,-273.15
-13/12/2023 22:13:02,-273.15
-13/12/2023 22:13:04,-273.15
-13/12/2023 22:13:06,-273.15
-13/12/2023 22:13:08,-273.15
-13/12/2023 22:13:10,-273.15
-13/12/2023 22:13:12,-273.15
-13/12/2023 22:13:14,-273.15
-13/12/2023 22:13:16,-273.15
-13/12/2023 22:13:18,-273.15
-13/12/2023 22:13:20,-273.15
-13/12/2023 22:13:22,-273.15
-13/12/2023 22:13:25,-273.15
-13/12/2023 22:13:27,-273.15
-13/12/2023 22:13:29,-273.15
-13/12/2023 22:13:31,-273.15
-13/12/2023 22:13:33,-273.15
-13/12/2023 22:13:35,-273.15
-13/12/2023 22:13:37,-273.15
-13/12/2023 22:13:39,-273.15
-13/12/2023 22:13:41,-273.15
-13/12/2023 22:13:43,-273.15
-13/12/2023 22:13:45,-273.15
-13/12/2023 22:13:47,-273.15
-13/12/2023 22:13:49,-273.15
-13/12/2023 22:13:51,-273.15
-13/12/2023 22:13:53,-273.15
-13/12/2023 22:13:55,-273.15
-13/12/2023 22:13:57,-273.15
-13/12/2023 22:13:59,-273.15
-13/12/2023 22:14:01,-273.15
-13/12/2023 22:14:03,-273.15
-13/12/2023 22:14:05,-273.15
-13/12/2023 22:14:07,-273.15
-13/12/2023 22:14:09,-273.15
-13/12/2023 22:14:11,-273.15
-13/12/2023 22:14:13,-273.15
-13/12/2023 22:14:15,-273.15
-13/12/2023 22:14:17,-273.15
-13/12/2023 22:14:19,-273.15
-13/12/2023 22:14:21,-273.15
-13/12/2023 22:14:23,-273.15
-13/12/2023 22:14:25,-273.15
-13/12/2023 22:14:27,-273.15
-13/12/2023 22:14:29,-273.15
-13/12/2023 22:14:31,-273.15
-13/12/2023 22:14:33,-273.15
-13/12/2023 22:14:35,-273.15
-13/12/2023 22:14:37,-273.15
-13/12/2023 22:14:39,-273.15
-13/12/2023 22:14:41,-273.15
-13/12/2023 22:14:44,-273.15
-13/12/2023 22:14:46,-273.15
-13/12/2023 22:14:48,-273.15
-13/12/2023 22:14:50,-273.15
-13/12/2023 22:14:52,-273.15
-13/12/2023 22:14:54,-273.15
-13/12/2023 22:14:56,-273.15
-13/12/2023 22:14:58,-273.15
-13/12/2023 22:15:00,-273.15
-13/12/2023 22:15:02,-273.15
-13/12/2023 22:15:04,-273.15
-13/12/2023 22:15:06,-273.15
-13/12/2023 22:15:08,-273.15
-13/12/2023 22:15:10,-273.15
-13/12/2023 22:15:12,-273.15
-13/12/2023 22:15:14,-273.15
-13/12/2023 22:15:16,-273.15
-13/12/2023 22:15:18,-273.15
-13/12/2023 22:15:20,-273.15
-13/12/2023 22:15:22,-273.15
-13/12/2023 22:15:24,-273.15
-13/12/2023 22:15:26,-273.15
-13/12/2023 22:15:28,-273.15
-13/12/2023 22:15:30,-273.15
-13/12/2023 22:15:32,-273.15
-13/12/2023 22:15:34,-273.15
-13/12/2023 22:15:36,-273.15
-13/12/2023 22:15:38,-273.15
-13/12/2023 22:15:40,-273.15
-13/12/2023 22:15:42,-273.15
-13/12/2023 22:15:44,-273.15
-13/12/2023 22:15:46,-273.15
-13/12/2023 22:15:48,-273.15
-13/12/2023 22:15:50,-273.15
-13/12/2023 22:15:52,-273.15
-13/12/2023 22:15:54,-273.15
-13/12/2023 22:15:56,-273.15
-13/12/2023 22:15:58,-273.15
-13/12/2023 22:16:01,-273.15
-13/12/2023 22:16:03,-273.15
-13/12/2023 22:16:05,-273.15
-13/12/2023 22:16:07,-273.15
-13/12/2023 22:16:09,-273.15
-13/12/2023 22:16:11,-273.15
-13/12/2023 22:16:13,-273.15
-13/12/2023 22:16:15,-273.15
-13/12/2023 22:16:17,-273.15
-13/12/2023 22:16:19,-273.15
-13/12/2023 22:16:21,-273.15
-13/12/2023 22:16:23,-273.15
-13/12/2023 22:16:25,-273.15
-13/12/2023 22:16:27,-273.15
-13/12/2023 22:16:29,-273.15
-13/12/2023 22:16:31,-273.15
-13/12/2023 22:16:33,-273.15
-13/12/2023 22:16:35,-273.15
-13/12/2023 22:16:37,-273.15
-13/12/2023 22:16:39,-273.15
-13/12/2023 22:16:41,-273.15
-13/12/2023 22:16:43,-273.15
-13/12/2023 22:16:45,-273.15
-13/12/2023 22:16:47,-273.15
-13/12/2023 22:16:49,-273.15
-13/12/2023 22:16:51,-273.15
-13/12/2023 22:16:53,-273.15
-13/12/2023 22:16:55,-273.15
-13/12/2023 22:16:57,-273.15
-13/12/2023 22:16:59,-273.15
-13/12/2023 22:17:01,-273.15
-13/12/2023 22:17:03,-273.15
-13/12/2023 22:17:05,-273.15
-13/12/2023 22:17:07,-273.15
-13/12/2023 22:17:10,-273.15
-13/12/2023 22:17:12,-273.15
-13/12/2023 22:17:14,-273.15
-13/12/2023 22:17:16,-273.15
-13/12/2023 22:17:18,-273.15
-13/12/2023 22:17:20,-273.15
-13/12/2023 22:17:22,-273.15
-13/12/2023 22:17:24,-273.15
-13/12/2023 22:17:26,-273.15
-13/12/2023 22:17:28,-273.15
-13/12/2023 22:17:30,-273.15
-13/12/2023 22:17:32,-273.15
-13/12/2023 22:17:34,-273.15
-13/12/2023 22:17:36,-273.15
-13/12/2023 22:17:38,-273.15
-13/12/2023 22:17:40,-273.15
-13/12/2023 22:17:42,-273.15
-13/12/2023 22:17:44,-273.15
-13/12/2023 22:17:46,-273.15
-13/12/2023 22:17:48,-273.15
-13/12/2023 22:17:50,-273.15
-13/12/2023 22:17:52,-273.15
-13/12/2023 22:17:54,-273.15
-13/12/2023 22:17:56,-273.15
-13/12/2023 22:17:58,-273.15
-13/12/2023 22:18:00,-273.15
-13/12/2023 22:18:02,-273.15
-13/12/2023 22:18:04,-273.15
-13/12/2023 22:18:06,-273.15
-13/12/2023 22:18:08,-273.15
-13/12/2023 22:18:10,-273.15
-13/12/2023 22:18:12,-273.15
-13/12/2023 22:18:14,-273.15
-13/12/2023 22:18:16,-273.15
-13/12/2023 22:18:18,-273.15
-13/12/2023 22:18:20,-273.15
-13/12/2023 22:18:22,-273.15
-13/12/2023 22:18:24,-273.15
-13/12/2023 22:18:26,-273.15
-13/12/2023 22:18:28,-273.15
-13/12/2023 22:18:30,-273.15
-13/12/2023 22:18:32,-273.15
-13/12/2023 22:18:34,-273.15
-13/12/2023 22:18:36,-273.15
-13/12/2023 22:18:38,-273.15
-13/12/2023 22:43:15,-273.15
-13/12/2023 22:43:17,-273.15
-13/12/2023 22:43:19,-273.15
-13/12/2023 22:43:21,-273.15
-13/12/2023 22:43:23,-273.15
-13/12/2023 22:43:25,-273.15
-13/12/2023 22:43:27,-273.15
-13/12/2023 22:43:29,-273.15
-13/12/2023 22:43:31,-273.15
-13/12/2023 22:43:33,-273.15
-13/12/2023 22:43:35,-273.15
-13/12/2023 22:43:37,-273.15
-13/12/2023 22:43:39,-273.15
-13/12/2023 22:43:42,-273.15
-13/12/2023 22:43:44,-273.15
-13/12/2023 22:43:46,-273.15
-13/12/2023 22:43:48,-273.15
-13/12/2023 22:43:50,-273.15
-13/12/2023 22:43:52,-273.15
-13/12/2023 22:43:54,-273.15
-13/12/2023 22:43:56,-273.15
-13/12/2023 22:43:58,-273.15
-13/12/2023 22:44:00,-273.15
-13/12/2023 22:44:02,-273.15
-13/12/2023 22:44:04,-273.15
-13/12/2023 22:44:06,-273.15
-13/12/2023 22:44:08,-273.15
-13/12/2023 22:44:10,-273.15
-13/12/2023 22:44:12,-273.15
-13/12/2023 22:44:14,-273.15
-13/12/2023 22:44:16,-273.15
-13/12/2023 22:44:18,-273.15
-13/12/2023 22:44:20,-273.15
-13/12/2023 22:44:22,-273.15
-13/12/2023 22:44:24,-273.15
-13/12/2023 22:44:26,-273.15
-13/12/2023 22:44:28,-273.15
-13/12/2023 22:44:30,-273.15
-13/12/2023 22:44:32,-273.15
-13/12/2023 22:44:34,-273.15
-13/12/2023 22:44:36,-273.15
-13/12/2023 22:44:38,-273.15
-13/12/2023 22:44:40,-273.15
-13/12/2023 22:44:42,-273.15
-13/12/2023 22:44:44,-273.15
-13/12/2023 22:44:46,-273.15
-13/12/2023 22:44:48,-273.15
-13/12/2023 22:44:50,-273.15
-13/12/2023 22:44:52,-273.15
-13/12/2023 22:44:54,-273.15
-13/12/2023 22:44:56,-273.15
-13/12/2023 22:44:58,-273.15
-13/12/2023 22:45:00,-273.15
-13/12/2023 22:45:03,-273.15
-13/12/2023 22:45:05,-273.15
-13/12/2023 22:45:07,-273.15
-13/12/2023 22:45:09,-273.15
-13/12/2023 22:45:11,-273.15
-13/12/2023 22:45:13,-273.15
-13/12/2023 22:45:15,-273.15
-13/12/2023 22:45:17,-273.15
-13/12/2023 22:45:19,-273.15
-13/12/2023 22:45:21,-273.15
-13/12/2023 22:45:23,-273.15
-13/12/2023 22:45:25,-273.15
-13/12/2023 22:45:27,-273.15
-13/12/2023 22:45:29,-273.15
-13/12/2023 22:45:31,-273.15
-13/12/2023 22:45:33,-273.15
-13/12/2023 22:45:35,-273.15
-13/12/2023 22:45:37,-273.15
-13/12/2023 22:45:39,-273.15
-13/12/2023 22:45:41,-273.15
-13/12/2023 22:45:43,-273.15
-13/12/2023 22:45:45,-273.15
-13/12/2023 22:45:47,-273.15
-13/12/2023 22:45:49,-273.15
-13/12/2023 22:45:51,-273.15
-13/12/2023 22:45:54,-273.15
-13/12/2023 22:45:56,-273.15
-13/12/2023 22:45:58,-273.15
-13/12/2023 22:46:00,-273.15
-13/12/2023 22:46:02,-273.15
-13/12/2023 22:46:04,-273.15
-13/12/2023 22:46:06,-273.15
-13/12/2023 22:46:08,-273.15
-13/12/2023 22:46:10,-273.15
-13/12/2023 22:46:12,-273.15
-13/12/2023 22:46:14,-273.15
-13/12/2023 22:46:16,-273.15
-13/12/2023 22:46:18,-273.15
-13/12/2023 22:46:20,-273.15
-13/12/2023 22:46:22,-273.15
-13/12/2023 22:46:25,-273.15
-13/12/2023 22:46:27,-273.15
-13/12/2023 22:46:29,-273.15
-13/12/2023 22:46:31,-273.15
-13/12/2023 22:46:33,-273.15
-13/12/2023 22:46:35,-273.15
-13/12/2023 22:46:37,-273.15
-13/12/2023 22:46:39,-273.15
-13/12/2023 22:46:41,-273.15
-13/12/2023 22:46:43,-273.15
-13/12/2023 22:46:45,-273.15
-13/12/2023 22:46:47,-273.15
-13/12/2023 22:46:49,-273.15
-13/12/2023 22:46:51,-273.15
-13/12/2023 22:46:53,-273.15
-13/12/2023 22:46:55,-273.15
-13/12/2023 22:46:57,-273.15
-13/12/2023 22:46:59,-273.15
-13/12/2023 22:47:01,-273.15
-13/12/2023 22:47:03,-273.15
-13/12/2023 22:47:06,-273.15
-13/12/2023 22:47:08,-273.15
-13/12/2023 22:47:10,-273.15
-13/12/2023 22:47:12,-273.15
-13/12/2023 22:47:14,-273.15
-13/12/2023 22:47:16,-273.15
-13/12/2023 22:47:18,-273.15
-13/12/2023 22:47:20,-273.15
-13/12/2023 22:47:22,-273.15
-13/12/2023 22:47:24,-273.15
-13/12/2023 22:47:26,-273.15
-13/12/2023 22:47:28,-273.15
-13/12/2023 22:47:30,-273.15
-13/12/2023 22:47:32,-273.15
-13/12/2023 22:47:34,-273.15
-13/12/2023 22:47:36,-273.15
-13/12/2023 22:47:38,-273.15
-13/12/2023 22:47:40,-273.15
-13/12/2023 22:47:42,-273.15
-13/12/2023 22:47:44,-273.15
-13/12/2023 22:47:46,-273.15
-13/12/2023 22:47:48,-273.15
-13/12/2023 22:47:50,-273.15
-13/12/2023 22:47:53,-273.15
-13/12/2023 22:47:55,-273.15
-13/12/2023 22:47:57,-273.15
-13/12/2023 22:47:59,-273.15
-13/12/2023 22:48:01,-273.15
-13/12/2023 22:48:03,-273.15
-13/12/2023 22:48:05,-273.15
-13/12/2023 22:48:07,-273.15
-13/12/2023 22:48:09,-273.15
-13/12/2023 22:48:11,-273.15
-13/12/2023 22:48:13,-273.15
-13/12/2023 22:48:15,-273.15
-13/12/2023 22:48:17,-273.15
-13/12/2023 22:48:19,-273.15
-13/12/2023 22:48:21,-273.15
-13/12/2023 22:48:23,-273.15
-13/12/2023 22:48:25,-273.15
-13/12/2023 22:48:27,-273.15
-13/12/2023 22:48:29,-273.15
-13/12/2023 22:48:31,-273.15
-13/12/2023 22:48:33,-273.15
-13/12/2023 22:48:35,-273.15
-13/12/2023 22:48:37,-273.15
-13/12/2023 22:48:39,-273.15
-13/12/2023 22:48:41,-273.15
-13/12/2023 22:48:43,-273.15
-13/12/2023 22:48:45,-273.15
-13/12/2023 22:48:47,-273.15
-13/12/2023 22:48:49,-273.15
-13/12/2023 22:48:51,-273.15
-13/12/2023 22:48:54,-273.15
-13/12/2023 22:48:56,-273.15
-13/12/2023 22:48:58,-273.15
-13/12/2023 22:49:00,-273.15
-13/12/2023 22:49:02,-273.15
-13/12/2023 22:49:04,-273.15
-13/12/2023 22:49:06,-273.15
-13/12/2023 22:49:08,-273.15
-13/12/2023 22:49:10,-273.15
-13/12/2023 22:49:12,-273.15
-13/12/2023 22:49:14,-273.15
-13/12/2023 22:49:16,-273.15
-13/12/2023 22:49:18,-273.15
-13/12/2023 22:49:20,-273.15
-13/12/2023 22:49:22,-273.15
-13/12/2023 22:49:24,-273.15
-13/12/2023 22:49:26,-273.15
-13/12/2023 22:49:28,-273.15
-13/12/2023 22:49:30,-273.15
-13/12/2023 22:49:32,-273.15
-13/12/2023 22:49:34,-273.15
-13/12/2023 22:49:36,-273.15
-13/12/2023 22:49:38,-273.15
-13/12/2023 22:49:40,-273.15
-13/12/2023 22:49:42,-273.15
-13/12/2023 22:49:44,-273.15
-13/12/2023 22:49:46,-273.15
-13/12/2023 22:49:48,-273.15
-13/12/2023 22:49:50,-273.15
-13/12/2023 22:49:52,-273.15
-13/12/2023 22:49:54,-273.15
-13/12/2023 22:49:56,-273.15
-13/12/2023 22:49:58,-273.15
-13/12/2023 22:50:00,-273.15
-13/12/2023 22:50:03,-273.15
-13/12/2023 22:50:05,-273.15
-13/12/2023 22:50:07,-273.15
-13/12/2023 22:50:09,-273.15
-13/12/2023 22:50:11,-273.15
-13/12/2023 22:50:13,-273.15
-13/12/2023 22:50:15,-273.15
-13/12/2023 22:50:17,-273.15
-13/12/2023 22:50:19,-273.15
-13/12/2023 22:50:21,-273.15
-13/12/2023 22:50:23,-273.15
-13/12/2023 22:50:25,-273.15
-13/12/2023 22:50:27,-273.15
-13/12/2023 22:50:29,-273.15
-13/12/2023 22:50:31,-273.15
-13/12/2023 22:50:33,-273.15
-13/12/2023 22:50:35,-273.15
-13/12/2023 22:50:37,-273.15
-13/12/2023 22:50:39,-273.15
-13/12/2023 22:50:41,-273.15
-13/12/2023 22:50:43,-273.15
-13/12/2023 22:50:45,-273.15
-13/12/2023 22:50:47,-273.15
-13/12/2023 22:50:50,-273.15
-13/12/2023 22:50:52,-273.15
-13/12/2023 22:50:54,-273.15
-13/12/2023 22:50:56,-273.15
-13/12/2023 22:50:58,-273.15
-13/12/2023 22:51:00,-273.15
-13/12/2023 22:51:02,-273.15
-13/12/2023 22:51:04,-273.15
-13/12/2023 22:51:06,-273.15
-13/12/2023 22:51:08,-273.15
-13/12/2023 22:51:10,-273.15
-13/12/2023 22:51:12,-273.15
-13/12/2023 22:51:14,-273.15
-13/12/2023 22:51:16,-273.15
-13/12/2023 22:51:18,-273.15
-13/12/2023 22:51:20,-273.15
-13/12/2023 22:51:22,-273.15
-13/12/2023 22:51:24,-273.15
-13/12/2023 22:51:26,-273.15
-13/12/2023 22:51:28,-273.15
-13/12/2023 22:51:30,-273.15
-13/12/2023 22:51:32,-273.15
-13/12/2023 22:51:35,-273.15
-13/12/2023 22:51:37,-273.15
-13/12/2023 22:51:39,-273.15
-13/12/2023 22:51:41,-273.15
-13/12/2023 22:51:43,-273.15
-13/12/2023 22:51:45,-273.15
-13/12/2023 22:51:47,-273.15
-13/12/2023 22:51:49,-273.15
-13/12/2023 22:51:51,-273.15
-13/12/2023 22:51:53,-273.15
-13/12/2023 22:51:55,-273.15
-13/12/2023 22:51:57,-273.15
-13/12/2023 22:51:59,-273.15
-13/12/2023 22:52:01,-273.15
-13/12/2023 22:52:03,-273.15
-13/12/2023 22:52:05,-273.15
-13/12/2023 22:52:07,-273.15
-13/12/2023 22:52:09,-273.15
-13/12/2023 22:52:12,-273.15
-13/12/2023 22:52:14,-273.15
-13/12/2023 22:52:16,-273.15
-13/12/2023 22:52:18,-273.15
-13/12/2023 22:52:20,-273.15
-13/12/2023 22:52:22,-273.15
-13/12/2023 22:52:24,-273.15
-13/12/2023 22:52:26,-273.15
-13/12/2023 22:52:28,-273.15
-13/12/2023 22:52:30,-273.15
-13/12/2023 22:52:32,-273.15
-13/12/2023 22:52:34,-273.15
-13/12/2023 22:52:36,-273.15
-13/12/2023 22:52:38,-273.15
-13/12/2023 22:52:40,-273.15
-13/12/2023 22:52:42,-273.15
-13/12/2023 22:52:44,-273.15
-13/12/2023 22:52:46,-273.15
-13/12/2023 22:52:48,-273.15
-13/12/2023 22:52:50,-273.15
-13/12/2023 22:52:52,-273.15
-13/12/2023 22:52:55,-273.15
-13/12/2023 22:52:57,-273.15
-13/12/2023 22:52:59,-273.15
-13/12/2023 22:53:01,-273.15
-13/12/2023 22:53:03,-273.15
-13/12/2023 22:53:05,-273.15
-13/12/2023 22:53:07,-273.15
-13/12/2023 22:53:09,-273.15
-13/12/2023 22:53:11,-273.15
-13/12/2023 22:53:13,-273.15
-13/12/2023 22:53:15,-273.15
-13/12/2023 22:53:17,-273.15
-13/12/2023 22:53:19,-273.15
-13/12/2023 22:53:21,-273.15
-13/12/2023 22:53:23,-273.15
-13/12/2023 22:53:25,-273.15
-13/12/2023 22:53:27,-273.15
-13/12/2023 22:53:29,-273.15
-13/12/2023 22:53:31,-273.15
-13/12/2023 22:53:33,-273.15
-13/12/2023 22:53:35,-273.15
-13/12/2023 22:53:37,-273.15
-13/12/2023 22:53:39,-273.15
-13/12/2023 22:53:41,-273.15
-13/12/2023 22:53:43,-273.15
-13/12/2023 22:53:45,-273.15
-13/12/2023 22:53:47,-273.15
-13/12/2023 22:53:49,-273.15
-13/12/2023 22:53:51,-273.15
-13/12/2023 22:53:53,-273.15
-13/12/2023 22:53:56,-273.15
-13/12/2023 22:53:58,-273.15
-13/12/2023 22:54:00,-273.15
-13/12/2023 22:54:02,-273.15
-13/12/2023 22:54:04,-273.15
-13/12/2023 22:54:06,-273.15
-13/12/2023 22:54:08,-273.15
-13/12/2023 22:54:10,-273.15
-13/12/2023 22:54:12,-273.15
-13/12/2023 22:54:14,-273.15
-13/12/2023 22:54:16,-273.15
-13/12/2023 22:54:18,-273.15
-13/12/2023 22:54:20,-273.15
-13/12/2023 22:54:22,-273.15
-13/12/2023 22:54:24,-273.15
-13/12/2023 22:54:26,-273.15
-13/12/2023 22:54:28,-273.15
-13/12/2023 22:54:30,-273.15
-13/12/2023 22:54:32,-273.15
-13/12/2023 22:54:34,-273.15
-13/12/2023 22:54:36,-273.15
-13/12/2023 22:54:38,-273.15
-13/12/2023 22:54:40,-273.15
-13/12/2023 22:54:42,-273.15
-13/12/2023 22:54:44,-273.15
-13/12/2023 22:54:46,-273.15
-13/12/2023 22:54:48,-273.15
-13/12/2023 22:54:50,-273.15
-13/12/2023 22:54:52,-273.15
-13/12/2023 22:54:54,-273.15
-13/12/2023 22:54:56,-273.15
-13/12/2023 22:54:58,-273.15
-13/12/2023 22:55:00,-273.15
-13/12/2023 22:55:02,-273.15
-13/12/2023 22:55:04,-273.15
-13/12/2023 22:55:06,-273.15
-13/12/2023 22:55:08,-273.15
-13/12/2023 22:55:10,-273.15
-13/12/2023 22:55:12,-273.15
-13/12/2023 22:55:14,-273.15
-13/12/2023 22:55:16,-273.15
-13/12/2023 22:55:19,-273.15
-13/12/2023 22:55:21,-273.15
-13/12/2023 22:55:23,-273.15
-13/12/2023 22:55:25,-273.15
-13/12/2023 22:55:27,-273.15
-13/12/2023 22:55:29,-273.15
-13/12/2023 22:55:31,-273.15
-13/12/2023 22:55:33,-273.15
-13/12/2023 22:55:35,-273.15
-13/12/2023 22:55:37,-273.15
-13/12/2023 22:55:39,-273.15
-13/12/2023 22:55:41,-273.15
-13/12/2023 22:55:43,-273.15
-13/12/2023 22:55:45,-273.15
-13/12/2023 22:55:47,-273.15
-13/12/2023 22:55:49,-273.15
-13/12/2023 22:55:51,-273.15
-13/12/2023 22:55:53,-273.15
-13/12/2023 22:55:55,-273.15
-13/12/2023 22:55:57,-273.15
-13/12/2023 22:55:59,-273.15
-13/12/2023 22:56:01,-273.15
-13/12/2023 22:56:03,-273.15
-13/12/2023 22:56:05,-273.15
-13/12/2023 22:56:07,-273.15
-13/12/2023 22:56:09,-273.15
-13/12/2023 22:56:12,-273.15
-13/12/2023 22:56:14,-273.15
-13/12/2023 22:56:16,-273.15
-13/12/2023 22:56:18,-273.15
-13/12/2023 22:56:20,-273.15
-13/12/2023 22:56:22,-273.15
-13/12/2023 22:56:24,-273.15
-13/12/2023 22:56:26,-273.15
-13/12/2023 22:56:28,-273.15
-13/12/2023 22:56:30,-273.15
-13/12/2023 22:56:32,-273.15
-13/12/2023 22:56:34,-273.15
-13/12/2023 22:56:37,-273.15
-13/12/2023 22:56:39,-273.15
-13/12/2023 22:56:41,-273.15
-13/12/2023 22:56:43,-273.15
-13/12/2023 22:56:45,-273.15
-13/12/2023 22:56:47,-273.15
-13/12/2023 22:56:49,-273.15
-13/12/2023 22:56:51,-273.15
-13/12/2023 22:56:53,-273.15
-13/12/2023 22:56:55,-273.15
-13/12/2023 22:56:57,-273.15
-13/12/2023 22:56:59,-273.15
-13/12/2023 22:57:01,-273.15
-13/12/2023 22:57:03,-273.15
-13/12/2023 22:57:05,-273.15
-13/12/2023 22:57:07,-273.15
-13/12/2023 22:57:09,-273.15
-13/12/2023 22:57:11,-273.15
-13/12/2023 22:57:13,-273.15
-13/12/2023 22:57:15,-273.15
-13/12/2023 22:57:17,-273.15
-13/12/2023 22:57:19,-273.15
-13/12/2023 22:57:21,-273.15
-13/12/2023 22:57:23,-273.15
-13/12/2023 22:57:25,-273.15
-13/12/2023 22:57:28,-273.15
-13/12/2023 22:57:30,-273.15
-13/12/2023 22:57:32,-273.15
-13/12/2023 22:57:34,-273.15
-13/12/2023 22:57:36,-273.15
-13/12/2023 22:57:38,-273.15
-13/12/2023 22:57:40,-273.15
-13/12/2023 22:57:42,-273.15
-13/12/2023 22:57:44,-273.15
-13/12/2023 22:57:46,-273.15
-13/12/2023 22:57:48,-273.15
-13/12/2023 22:57:50,-273.15
-13/12/2023 22:57:52,-273.15
-13/12/2023 22:57:54,-273.15
-13/12/2023 22:57:56,-273.15
-13/12/2023 22:57:58,-273.15
-13/12/2023 22:58:00,-273.15
-13/12/2023 22:58:02,-273.15
-13/12/2023 22:58:04,-273.15
-13/12/2023 22:58:06,-273.15
-13/12/2023 22:58:08,-273.15
-13/12/2023 22:58:10,-273.15
-13/12/2023 22:58:12,-273.15
-13/12/2023 22:58:15,-273.15
-13/12/2023 22:58:17,-273.15
-13/12/2023 22:58:19,-273.15
-13/12/2023 22:58:21,-273.15
-13/12/2023 22:58:23,-273.15
-13/12/2023 22:58:25,-273.15
-13/12/2023 22:58:27,-273.15
-13/12/2023 22:58:29,-273.15
-13/12/2023 22:58:31,-273.15
-13/12/2023 22:58:33,-273.15
-13/12/2023 22:58:35,-273.15
-13/12/2023 22:58:37,-273.15
-13/12/2023 22:58:39,-273.15
-13/12/2023 22:58:41,-273.15
-13/12/2023 22:58:43,-273.15
-13/12/2023 22:58:45,-273.15
-13/12/2023 22:58:47,-273.15
-13/12/2023 22:58:50,-273.15
-13/12/2023 22:58:52,-273.15
-13/12/2023 22:58:54,-273.15
-13/12/2023 22:58:56,-273.15
-13/12/2023 22:58:58,-273.15
-13/12/2023 22:59:00,-273.15
-13/12/2023 22:59:02,-273.15
-13/12/2023 22:59:04,-273.15
-13/12/2023 22:59:06,-273.15
-13/12/2023 22:59:08,-273.15
-13/12/2023 22:59:10,-273.15
-13/12/2023 22:59:12,-273.15
-13/12/2023 22:59:14,-273.15
-13/12/2023 22:59:16,-273.15
-13/12/2023 22:59:18,-273.15
-13/12/2023 22:59:20,-273.15
-13/12/2023 22:59:22,-273.15
-13/12/2023 22:59:24,-273.15
-13/12/2023 22:59:26,-273.15
-13/12/2023 22:59:28,-273.15
-13/12/2023 22:59:30,-273.15
-13/12/2023 22:59:32,-273.15
-13/12/2023 22:59:34,-273.15
-13/12/2023 22:59:37,-273.15
-13/12/2023 22:59:39,-273.15
-13/12/2023 22:59:41,-273.15
-13/12/2023 22:59:43,-273.15
-13/12/2023 22:59:45,-273.15
-13/12/2023 22:59:47,-273.15
-13/12/2023 22:59:49,-273.15
-13/12/2023 22:59:51,-273.15
-13/12/2023 22:59:53,-273.15
-13/12/2023 22:59:55,-273.15
-13/12/2023 22:59:57,-273.15
-13/12/2023 22:59:59,-273.15
-13/12/2023 23:00:01,-273.15
-13/12/2023 23:00:03,-273.15
-13/12/2023 23:00:05,-273.15
-13/12/2023 23:00:07,-273.15
-13/12/2023 23:00:09,-273.15
-13/12/2023 23:00:11,-273.15
-13/12/2023 23:00:13,-273.15
-13/12/2023 23:00:15,-273.15
-13/12/2023 23:00:17,-273.15
-13/12/2023 23:00:19,-273.15
-13/12/2023 23:00:22,-273.15
-13/12/2023 23:00:24,-273.15
-13/12/2023 23:00:26,-273.15
-13/12/2023 23:00:28,-273.15
-13/12/2023 23:00:30,-273.15
-13/12/2023 23:00:32,-273.15
-13/12/2023 23:00:34,-273.15
-13/12/2023 23:00:36,-273.15
-13/12/2023 23:00:38,-273.15
-13/12/2023 23:00:40,-273.15
-13/12/2023 23:00:42,-273.15
-13/12/2023 23:00:44,-273.15
-13/12/2023 23:00:46,-273.15
-13/12/2023 23:00:48,-273.15
-13/12/2023 23:00:50,-273.15
-13/12/2023 23:00:52,-273.15
-13/12/2023 23:00:54,-273.15
-13/12/2023 23:00:56,-273.15
-13/12/2023 23:00:58,-273.15
-13/12/2023 23:01:00,-273.15
-13/12/2023 23:01:02,-273.15
-13/12/2023 23:01:04,-273.15
-13/12/2023 23:01:06,-273.15
-13/12/2023 23:01:08,-273.15
-13/12/2023 23:01:10,-273.15
-13/12/2023 23:01:12,-273.15
-13/12/2023 23:01:14,-273.15
-13/12/2023 23:01:16,-273.15
-13/12/2023 23:01:18,-273.15
-13/12/2023 23:01:20,-273.15
-13/12/2023 23:01:22,-273.15
-13/12/2023 23:01:24,-273.15
-13/12/2023 23:01:26,-273.15
-13/12/2023 23:01:28,-273.15
-13/12/2023 23:01:30,-273.15
-13/12/2023 23:01:32,-273.15
-13/12/2023 23:01:34,-273.15
-13/12/2023 23:01:36,-273.15
-13/12/2023 23:01:38,-273.15
-13/12/2023 23:01:40,-273.15
-13/12/2023 23:01:42,-273.15
-13/12/2023 23:01:44,-273.15
-13/12/2023 23:01:46,-273.15
-13/12/2023 23:01:48,-273.15
-13/12/2023 23:01:50,-273.15
-13/12/2023 23:01:52,-273.15
-13/12/2023 23:01:55,-273.15
-13/12/2023 23:01:57,-273.15
-13/12/2023 23:01:59,-273.15
-13/12/2023 23:02:01,-273.15
-13/12/2023 23:02:03,-273.15
-13/12/2023 23:02:05,-273.15
-13/12/2023 23:02:07,-273.15
-13/12/2023 23:02:09,-273.15
-13/12/2023 23:02:11,-273.15
-13/12/2023 23:02:13,-273.15
-13/12/2023 23:02:15,-273.15
-13/12/2023 23:02:17,-273.15
-13/12/2023 23:02:19,-273.15
-13/12/2023 23:02:21,-273.15
-13/12/2023 23:02:23,-273.15
-13/12/2023 23:02:25,-273.15
-13/12/2023 23:02:27,-273.15
-13/12/2023 23:02:29,-273.15
-13/12/2023 23:02:31,-273.15
-13/12/2023 23:02:33,-273.15
-13/12/2023 23:02:35,-273.15
-13/12/2023 23:02:37,-273.15
-13/12/2023 23:02:39,-273.15
-13/12/2023 23:02:41,-273.15
-13/12/2023 23:02:43,-273.15
-13/12/2023 23:02:45,-273.15
-13/12/2023 23:02:47,-273.15
-13/12/2023 23:02:49,-273.15
-13/12/2023 23:02:51,-273.15
-13/12/2023 23:02:53,-273.15
-13/12/2023 23:02:55,-273.15
-13/12/2023 23:02:57,-273.15
-13/12/2023 23:02:59,-273.15
-13/12/2023 23:03:01,-273.15
-13/12/2023 23:03:03,-273.15
-13/12/2023 23:03:05,-273.15
-13/12/2023 23:03:07,-273.15
-13/12/2023 23:03:09,-273.15
-13/12/2023 23:03:11,-273.15
-13/12/2023 23:03:13,-273.15
-13/12/2023 23:03:15,-273.15
-13/12/2023 23:03:17,-273.15
-13/12/2023 23:03:19,-273.15
-13/12/2023 23:03:21,-273.15
-13/12/2023 23:03:23,-273.15
-13/12/2023 23:03:25,-273.15
-13/12/2023 23:03:27,-273.15
-13/12/2023 23:03:29,-273.15
-13/12/2023 23:03:31,-273.15
-13/12/2023 23:03:33,-273.15
-13/12/2023 23:03:35,-273.15
-13/12/2023 23:03:37,-273.15
-13/12/2023 23:03:39,-273.15
-13/12/2023 23:44:56,-273.15
-13/12/2023 23:44:58,-273.15
-13/12/2023 23:45:00,-273.15
-13/12/2023 23:45:02,-273.15
-13/12/2023 23:45:05,-273.15
-13/12/2023 23:45:07,-273.15
-13/12/2023 23:45:09,-273.15
-13/12/2023 23:45:11,-273.15
-13/12/2023 23:45:13,-273.15
-13/12/2023 23:45:15,-273.15
-13/12/2023 23:45:17,-273.15
-13/12/2023 23:45:19,-273.15
-13/12/2023 23:45:21,-273.15
-13/12/2023 23:45:23,-273.15
-13/12/2023 23:45:25,-273.15
-13/12/2023 23:45:27,-273.15
-13/12/2023 23:45:29,-273.15
-13/12/2023 23:45:31,-273.15
-13/12/2023 23:45:33,-273.15
-13/12/2023 23:45:35,-273.15
-13/12/2023 23:45:37,-273.15
-13/12/2023 23:45:39,-273.15
-13/12/2023 23:45:41,-273.15
-13/12/2023 23:45:43,-273.15
-13/12/2023 23:45:45,-273.15
-13/12/2023 23:45:47,-273.15
-13/12/2023 23:45:49,-273.15
-13/12/2023 23:45:51,-273.15
-13/12/2023 23:45:53,-273.15
-13/12/2023 23:45:55,-273.15
-13/12/2023 23:45:57,-273.15
-13/12/2023 23:45:59,-273.15
-13/12/2023 23:46:01,-273.15
-13/12/2023 23:46:03,-273.15
-13/12/2023 23:46:05,-273.15
-13/12/2023 23:46:07,-273.15
-13/12/2023 23:46:09,-273.15
-13/12/2023 23:46:11,-273.15
-13/12/2023 23:46:13,-273.15
-13/12/2023 23:46:15,-273.15
-13/12/2023 23:46:17,-273.15
-13/12/2023 23:46:19,-273.15
-13/12/2023 23:46:21,-273.15
-13/12/2023 23:46:23,-273.15
-13/12/2023 23:46:25,-273.15
-13/12/2023 23:46:56,-273.15
-13/12/2023 23:47:00,-273.15
-13/12/2023 23:47:02,-273.15
-13/12/2023 23:47:04,-273.15
-13/12/2023 23:47:06,-273.15
-13/12/2023 23:47:08,-273.15
-13/12/2023 23:47:10,-273.15
-13/12/2023 23:47:12,-273.15
-13/12/2023 23:47:14,-273.15
-13/12/2023 23:47:16,-273.15
-13/12/2023 23:47:18,-273.15
-13/12/2023 23:47:20,-273.15
-13/12/2023 23:47:22,-273.15
-13/12/2023 23:47:24,-273.15
-13/12/2023 23:47:26,-273.15
-13/12/2023 23:47:28,-273.15
-13/12/2023 23:47:30,-273.15
-13/12/2023 23:47:32,-273.15
-13/12/2023 23:47:34,-273.15
-13/12/2023 23:47:36,-273.15
-13/12/2023 23:51:35,-273.15
-13/12/2023 23:52:43,-273.15
-13/12/2023 23:52:45,-273.15
-13/12/2023 23:52:47,-273.15
-13/12/2023 23:52:49,-273.15
-13/12/2023 23:52:51,-273.15
-13/12/2023 23:52:53,-273.15
-13/12/2023 23:52:55,-273.15
-13/12/2023 23:52:57,-273.15
-13/12/2023 23:52:59,-273.15
-13/12/2023 23:53:01,-273.15
-13/12/2023 23:53:03,-273.15
-13/12/2023 23:53:05,-273.15
-13/12/2023 23:53:07,-273.15
-13/12/2023 23:53:09,-273.15
-13/12/2023 23:53:11,-273.15
-13/12/2023 23:53:13,-273.15
-13/12/2023 23:53:15,-273.15
-13/12/2023 23:53:17,-273.15
-13/12/2023 23:53:19,-273.15
-13/12/2023 23:53:21,-273.15
-13/12/2023 23:53:23,-273.15
-13/12/2023 23:53:25,-273.15
-13/12/2023 23:53:27,-273.15
-13/12/2023 23:53:29,-273.15
-13/12/2023 23:53:31,-273.15
-13/12/2023 23:53:33,-273.15
-13/12/2023 23:53:35,-273.15
-13/12/2023 23:53:37,-273.15
-13/12/2023 23:53:39,-273.15
-13/12/2023 23:53:41,-273.15
-13/12/2023 23:53:43,-273.15
-13/12/2023 23:53:45,-273.15
-13/12/2023 23:53:47,-273.15
-13/12/2023 23:53:49,-273.15
-13/12/2023 23:53:51,-273.15
-13/12/2023 23:53:53,-273.15
-13/12/2023 23:53:55,-273.15
-13/12/2023 23:53:59,-273.15
-13/12/2023 23:54:01,-273.15
-13/12/2023 23:54:03,-273.15
-13/12/2023 23:54:05,-273.15
-13/12/2023 23:54:07,-273.15
-13/12/2023 23:54:09,-273.15
-13/12/2023 23:54:11,-273.15
-13/12/2023 23:54:13,-273.15
-13/12/2023 23:54:15,-273.15
-13/12/2023 23:54:17,-273.15
-13/12/2023 23:54:19,-273.15
-13/12/2023 23:54:21,-273.15
-13/12/2023 23:54:23,-273.15
-13/12/2023 23:54:25,-273.15
-13/12/2023 23:54:27,-273.15
-13/12/2023 23:54:29,-273.15
-13/12/2023 23:54:31,-273.15
-13/12/2023 23:54:33,-273.15
-13/12/2023 23:54:35,-273.15
-13/12/2023 23:54:37,-273.15
-13/12/2023 23:54:39,-273.15
-13/12/2023 23:54:41,-273.15
-13/12/2023 23:54:43,-273.15
-13/12/2023 23:54:45,-273.15
-13/12/2023 23:54:47,-273.15
-13/12/2023 23:54:49,-273.15
-13/12/2023 23:54:51,-273.15
-13/12/2023 23:54:53,-273.15
-13/12/2023 23:54:55,-273.15
-13/12/2023 23:54:57,-273.15
-13/12/2023 23:54:59,-273.15
-13/12/2023 23:55:01,-273.15
-13/12/2023 23:55:03,-273.15
-13/12/2023 23:55:05,-273.15
-13/12/2023 23:55:07,-273.15
-13/12/2023 23:55:09,-273.15
-13/12/2023 23:55:11,-273.15
-13/12/2023 23:55:13,-273.15
-13/12/2023 23:55:16,-273.15
-13/12/2023 23:55:18,-273.15
-13/12/2023 23:55:20,-273.15
-13/12/2023 23:55:22,-273.15
-13/12/2023 23:55:24,-273.15
-13/12/2023 23:55:26,-273.15
-13/12/2023 23:56:22,-273.15
-14/12/2023 23:39:37,-273.15
-14/12/2023 23:39:39,-273.15
-14/12/2023 23:39:41,-273.15
-14/12/2023 23:39:43,-273.15
-14/12/2023 23:39:45,-273.15
-14/12/2023 23:39:47,-273.15
-14/12/2023 23:39:49,-273.15
-14/12/2023 23:39:51,-273.15
-14/12/2023 23:39:53,-273.15
-14/12/2023 23:39:55,-273.15
-14/12/2023 23:39:57,-273.15
-14/12/2023 23:39:59,-273.15
-14/12/2023 23:40:01,-273.15
-14/12/2023 23:40:03,-273.15
-14/12/2023 23:40:05,-273.15
-14/12/2023 23:40:07,-273.15
-14/12/2023 23:40:09,-273.15
-14/12/2023 23:40:11,-273.15
-14/12/2023 23:40:13,-273.15
-14/12/2023 23:40:15,-273.15
-14/12/2023 23:40:17,-273.15
-14/12/2023 23:40:19,-273.15
-14/12/2023 23:40:21,-273.15
-14/12/2023 23:40:23,-273.15
-14/12/2023 23:40:25,-273.15
-14/12/2023 23:40:27,-273.15
-14/12/2023 23:40:30,-273.15
-14/12/2023 23:40:32,-273.15
-14/12/2023 23:40:34,-273.15
-14/12/2023 23:40:36,-273.15
-14/12/2023 23:40:38,-273.15
-14/12/2023 23:40:40,-273.15
-14/12/2023 23:40:42,-273.15
-14/12/2023 23:40:44,-273.15
-14/12/2023 23:40:46,-273.15
-14/12/2023 23:40:48,-273.15
-14/12/2023 23:40:50,-273.15
-14/12/2023 23:40:52,-273.15
-14/12/2023 23:40:54,-273.15
-14/12/2023 23:40:56,-273.15
-14/12/2023 23:40:58,-273.15
-14/12/2023 23:41:00,-273.15
-14/12/2023 23:41:02,-273.15
-14/12/2023 23:41:04,-273.15
-14/12/2023 23:41:06,-273.15
-14/12/2023 23:41:08,-273.15
-14/12/2023 23:41:10,-273.15
-14/12/2023 23:41:12,-273.15
-14/12/2023 23:41:14,-273.15
-14/12/2023 23:41:16,-273.15
-14/12/2023 23:41:18,-273.15
-14/12/2023 23:41:20,-273.15
-14/12/2023 23:41:22,-273.15
-14/12/2023 23:41:24,-273.15
-14/12/2023 23:41:26,-273.15
-14/12/2023 23:41:28,-273.15
-14/12/2023 23:41:30,-273.15
-14/12/2023 23:41:32,-273.15
-14/12/2023 23:41:34,-273.15
-14/12/2023 23:41:36,-273.15
-14/12/2023 23:41:38,-273.15
-14/12/2023 23:41:40,-273.15
-14/12/2023 23:41:42,-273.15
-14/12/2023 23:41:44,-273.15
-14/12/2023 23:41:46,-273.15
-14/12/2023 23:41:48,-273.15
-14/12/2023 23:41:50,-273.15
-14/12/2023 23:41:52,-273.15
-14/12/2023 23:41:54,-273.15
-14/12/2023 23:41:56,-273.15
-14/12/2023 23:41:58,-273.15
-14/12/2023 23:42:00,-273.15
-14/12/2023 23:42:02,-273.15
-14/12/2023 23:42:04,-273.15
-14/12/2023 23:42:06,-273.15
-14/12/2023 23:42:08,-273.15
-14/12/2023 23:42:10,-273.15
-14/12/2023 23:42:12,-273.15
-14/12/2023 23:42:14,-273.15
-14/12/2023 23:42:16,-273.15
-14/12/2023 23:42:18,-273.15
-14/12/2023 23:42:20,-273.15
-14/12/2023 23:42:22,-273.15
-14/12/2023 23:42:24,-273.15
-14/12/2023 23:42:26,-273.15
-14/12/2023 23:42:28,-273.15
-14/12/2023 23:42:30,-273.15
-14/12/2023 23:42:32,-273.15
-14/12/2023 23:42:34,-273.15
-14/12/2023 23:42:36,-273.15
-14/12/2023 23:42:38,-273.15
-14/12/2023 23:42:40,-273.15
-14/12/2023 23:42:42,-273.15
-14/12/2023 23:42:44,-273.15
-14/12/2023 23:42:46,-273.15
-14/12/2023 23:42:48,-273.15
-14/12/2023 23:42:50,-273.15
-14/12/2023 23:42:52,-273.15
-14/12/2023 23:42:54,-273.15
-14/12/2023 23:42:56,-273.15
-14/12/2023 23:42:58,-273.15
-14/12/2023 23:43:00,-273.15
-14/12/2023 23:43:02,-273.15
-14/12/2023 23:43:04,-273.15
-14/12/2023 23:43:07,-273.15
-14/12/2023 23:43:09,-273.15
-14/12/2023 23:43:11,-273.15
-14/12/2023 23:43:13,-273.15
-14/12/2023 23:43:15,-273.15
-14/12/2023 23:43:17,-273.15
-14/12/2023 23:43:19,-273.15
-14/12/2023 23:43:21,-273.15
-14/12/2023 23:43:23,-273.15
-14/12/2023 23:43:25,-273.15
-14/12/2023 23:43:27,-273.15
-14/12/2023 23:43:29,-273.15
-14/12/2023 23:43:31,-273.15
-14/12/2023 23:43:33,-273.15
-14/12/2023 23:43:35,-273.15
-14/12/2023 23:43:37,-273.15
-14/12/2023 23:43:39,-273.15
-14/12/2023 23:43:41,-273.15
-14/12/2023 23:43:43,-273.15
-14/12/2023 23:43:45,-273.15
-14/12/2023 23:43:47,-273.15
-14/12/2023 23:43:49,-273.15
-14/12/2023 23:43:51,-273.15
-14/12/2023 23:43:53,-273.15
-14/12/2023 23:43:55,-273.15
-14/12/2023 23:43:57,-273.15
-14/12/2023 23:43:59,-273.15
-14/12/2023 23:44:01,-273.15
-14/12/2023 23:44:03,-273.15
-14/12/2023 23:44:05,-273.15
-14/12/2023 23:44:07,-273.15
-14/12/2023 23:44:09,-273.15
-14/12/2023 23:44:11,-273.15
-14/12/2023 23:44:13,-273.15
-14/12/2023 23:44:15,-273.15
-14/12/2023 23:44:17,-273.15
-14/12/2023 23:44:19,-273.15
-14/12/2023 23:44:21,-273.15
-14/12/2023 23:44:23,-273.15
-14/12/2023 23:44:25,-273.15
-14/12/2023 23:44:27,-273.15
-14/12/2023 23:44:29,-273.15
-14/12/2023 23:44:31,-273.15
-14/12/2023 23:44:33,-273.15
-14/12/2023 23:44:35,-273.15
-14/12/2023 23:44:37,-273.15
-14/12/2023 23:44:39,-273.15
-14/12/2023 23:44:41,-273.15
-14/12/2023 23:44:43,-273.15
-14/12/2023 23:44:45,-273.15
-14/12/2023 23:44:47,-273.15
-14/12/2023 23:44:49,-273.15
-14/12/2023 23:44:51,-273.15
-14/12/2023 23:44:53,-273.15
-14/12/2023 23:44:55,-273.15
-14/12/2023 23:44:57,-273.15
-14/12/2023 23:44:59,-273.15
-14/12/2023 23:45:01,-273.15
-14/12/2023 23:45:03,-273.15
-14/12/2023 23:45:05,-273.15
-14/12/2023 23:45:07,-273.15
-14/12/2023 23:45:09,-273.15
-14/12/2023 23:45:11,-273.15
-14/12/2023 23:45:13,-273.15
-14/12/2023 23:45:15,-273.15
-14/12/2023 23:45:17,-273.15
-14/12/2023 23:45:19,-273.15
-14/12/2023 23:45:21,-273.15
-14/12/2023 23:45:23,-273.15
-14/12/2023 23:45:25,-273.15
-14/12/2023 23:45:27,-273.15
-14/12/2023 23:45:29,-273.15
-14/12/2023 23:45:31,-273.15
-14/12/2023 23:45:33,-273.15
-14/12/2023 23:45:35,-273.15
-14/12/2023 23:45:37,-273.15
-14/12/2023 23:45:39,-273.15
-14/12/2023 23:45:42,-273.15
-14/12/2023 23:45:44,-273.15
-14/12/2023 23:45:46,-273.15
-14/12/2023 23:45:48,-273.15
-14/12/2023 23:45:50,-273.15
-14/12/2023 23:45:52,-273.15
-14/12/2023 23:45:54,-273.15
-14/12/2023 23:45:56,-273.15
-14/12/2023 23:45:58,-273.15
-14/12/2023 23:46:00,-273.15
-14/12/2023 23:46:02,-273.15
-14/12/2023 23:46:04,-273.15
-14/12/2023 23:46:06,-273.15
-14/12/2023 23:46:08,-273.15
-14/12/2023 23:46:10,-273.15
-14/12/2023 23:46:12,-273.15
-14/12/2023 23:46:14,-273.15
-14/12/2023 23:46:16,-273.15
-14/12/2023 23:46:18,-273.15
-14/12/2023 23:46:20,-273.15
-14/12/2023 23:46:22,-273.15
-14/12/2023 23:46:24,-273.15
-14/12/2023 23:46:26,-273.15
-14/12/2023 23:46:28,-273.15
-14/12/2023 23:46:30,-273.15
-14/12/2023 23:46:32,-273.15
-14/12/2023 23:46:34,-273.15
-14/12/2023 23:46:36,-273.15
-14/12/2023 23:46:38,-273.15
-14/12/2023 23:46:40,-273.15
-14/12/2023 23:46:42,-273.15
-14/12/2023 23:46:44,-273.15
-14/12/2023 23:46:46,-273.15
-14/12/2023 23:46:48,-273.15
-14/12/2023 23:46:50,-273.15
-14/12/2023 23:46:52,-273.15
-14/12/2023 23:46:54,-273.15
-14/12/2023 23:46:56,-273.15
-14/12/2023 23:46:58,-273.15
-14/12/2023 23:47:00,-273.15
-14/12/2023 23:47:02,-273.15
-14/12/2023 23:47:04,-273.15
-14/12/2023 23:47:06,-273.15
-14/12/2023 23:47:08,-273.15
-14/12/2023 23:47:10,-273.15
-14/12/2023 23:47:12,-273.15
-14/12/2023 23:47:14,-273.15
-14/12/2023 23:47:16,-273.15
-14/12/2023 23:47:18,-273.15
-14/12/2023 23:47:20,-273.15
-14/12/2023 23:47:22,-273.15
-14/12/2023 23:47:24,-273.15
-14/12/2023 23:47:26,-273.15
-14/12/2023 23:47:28,-273.15
-14/12/2023 23:47:30,-273.15
-14/12/2023 23:47:32,-273.15
-14/12/2023 23:47:34,-273.15
-14/12/2023 23:47:36,-273.15
-14/12/2023 23:47:38,-273.15
-14/12/2023 23:47:40,-273.15
-14/12/2023 23:47:42,-273.15
-14/12/2023 23:47:44,-273.15
-14/12/2023 23:47:46,-273.15
-14/12/2023 23:47:48,-273.15
-14/12/2023 23:47:50,-273.15
-14/12/2023 23:47:52,-273.15
-14/12/2023 23:47:54,-273.15
-14/12/2023 23:47:56,-273.15
-14/12/2023 23:47:58,-273.15
-14/12/2023 23:48:00,-273.15
-14/12/2023 23:48:02,-273.15
-14/12/2023 23:48:04,-273.15
-14/12/2023 23:48:06,-273.15
-14/12/2023 23:48:08,-273.15
-14/12/2023 23:48:10,-273.15
-14/12/2023 23:48:12,-273.15
-14/12/2023 23:48:14,-273.15
-14/12/2023 23:48:17,-273.15
-14/12/2023 23:48:19,-273.15
-14/12/2023 23:48:21,-273.15
-14/12/2023 23:48:23,-273.15
-14/12/2023 23:48:25,-273.15
-14/12/2023 23:48:27,-273.15
-14/12/2023 23:48:29,-273.15
-14/12/2023 23:48:31,-273.15
-14/12/2023 23:48:33,-273.15
-14/12/2023 23:48:35,-273.15
-14/12/2023 23:48:37,-273.15
-14/12/2023 23:48:39,-273.15
-14/12/2023 23:48:41,-273.15
-14/12/2023 23:48:43,-273.15
-14/12/2023 23:48:45,-273.15
-14/12/2023 23:48:47,-273.15
-14/12/2023 23:48:49,-273.15
-14/12/2023 23:48:51,-273.15
-14/12/2023 23:48:53,-273.15
-14/12/2023 23:48:55,-273.15
-14/12/2023 23:48:57,-273.15
-14/12/2023 23:48:59,-273.15
-14/12/2023 23:49:01,-273.15
-14/12/2023 23:49:03,-273.15
-14/12/2023 23:49:05,-273.15
-14/12/2023 23:49:07,-273.15
-14/12/2023 23:49:09,-273.15
-14/12/2023 23:49:11,-273.15
-14/12/2023 23:49:13,-273.15
-14/12/2023 23:50:10,-273.15
-14/12/2023 23:50:12,-273.15
-14/12/2023 23:50:14,-273.15
-14/12/2023 23:50:16,-273.15
-14/12/2023 23:50:18,-273.15
-14/12/2023 23:50:20,-273.15
-14/12/2023 23:50:26,-273.15
-14/12/2023 23:50:28,-273.15
-14/12/2023 23:50:30,-273.15
-14/12/2023 23:50:32,-273.15
-14/12/2023 23:50:34,-273.15
-14/12/2023 23:50:36,-273.15
-14/12/2023 23:50:38,-273.15
-14/12/2023 23:50:44,-273.15
-14/12/2023 23:50:55,-273.15
-14/12/2023 23:51:07,-273.15
-14/12/2023 23:51:25,-273.15
-14/12/2023 23:51:27,-273.15
-14/12/2023 23:51:29,-273.15
-14/12/2023 23:51:31,-273.15
-14/12/2023 23:51:33,-273.15
-14/12/2023 23:51:35,-273.15
-14/12/2023 23:51:40,-273.15
-14/12/2023 23:51:42,-273.15
-14/12/2023 23:51:44,-273.15
-14/12/2023 23:51:46,-273.15
-14/12/2023 23:51:48,-273.15
-14/12/2023 23:51:50,-273.15
-14/12/2023 23:51:52,-273.15
-14/12/2023 23:51:54,-273.15
-14/12/2023 23:51:56,-273.15
-14/12/2023 23:51:58,-273.15
-14/12/2023 23:52:00,-273.15
-14/12/2023 23:52:02,-273.15
-14/12/2023 23:52:04,-273.15
-14/12/2023 23:52:06,-273.15
-14/12/2023 23:52:08,-273.15
-14/12/2023 23:52:10,-273.15
-14/12/2023 23:52:12,-273.15
-14/12/2023 23:52:14,-273.15
-14/12/2023 23:52:16,-273.15
-14/12/2023 23:52:18,-273.15
-14/12/2023 23:52:20,-273.15
-14/12/2023 23:52:22,-273.15
-14/12/2023 23:52:24,-273.15
-14/12/2023 23:52:26,-273.15
-14/12/2023 23:52:28,-273.15
-14/12/2023 23:52:30,-273.15
-14/12/2023 23:52:32,-273.15
-14/12/2023 23:52:34,-273.15
-14/12/2023 23:52:36,-273.15
-14/12/2023 23:52:38,-273.15
-14/12/2023 23:52:40,-273.15
-14/12/2023 23:52:42,-273.15
-14/12/2023 23:52:44,-273.15
-14/12/2023 23:52:46,-273.15
-14/12/2023 23:52:48,-273.15
-14/12/2023 23:52:50,-273.15
-14/12/2023 23:52:52,-273.15
-14/12/2023 23:52:54,-273.15
-14/12/2023 23:52:56,-273.15
-14/12/2023 23:52:58,-273.15
-14/12/2023 23:53:00,-273.15
-14/12/2023 23:53:02,-273.15
-14/12/2023 23:53:04,-273.15
-14/12/2023 23:53:06,-273.15
-14/12/2023 23:53:08,-273.15
-14/12/2023 23:53:10,-273.15
-14/12/2023 23:53:12,-273.15
-14/12/2023 23:53:20,-273.15
-14/12/2023 23:53:22,-273.15
-14/12/2023 23:53:24,-273.15
-14/12/2023 23:53:26,-273.15
-14/12/2023 23:53:28,-273.15
-14/12/2023 23:53:31,-273.15
-14/12/2023 23:53:33,-273.15
-14/12/2023 23:53:35,-273.15
-14/12/2023 23:57:35,-273.15
-14/12/2023 23:57:37,-273.15
-15/12/2023 00:36:25,-273.15
-15/12/2023 00:36:27,-273.15
-15/12/2023 00:36:30,-273.15
-15/12/2023 00:36:32,-273.15
-15/12/2023 02:12:20,-273.15
-15/12/2023 02:12:22,-273.15
-15/12/2023 02:12:24,-273.15
-15/12/2023 02:12:26,-273.15
-15/12/2023 02:12:28,-273.15
-15/12/2023 03:48:18,-273.15
-15/12/2023 03:48:20,-273.15
-15/12/2023 03:48:22,-273.15
-15/12/2023 03:48:24,-273.15
-15/12/2023 05:23:51,-273.15
-15/12/2023 05:23:53,-273.15
-15/12/2023 05:23:55,-273.15
-15/12/2023 05:23:57,-273.15
-15/12/2023 06:59:23,-273.15
-15/12/2023 06:59:25,-273.15
-15/12/2023 06:59:27,-273.15
-15/12/2023 06:59:29,-273.15
-15/12/2023 07:01:34,-273.15
-15/12/2023 07:01:36,-273.15
-15/12/2023 07:01:38,-273.15
-15/12/2023 07:01:40,-273.15
-15/12/2023 07:01:42,-273.15
-15/12/2023 07:01:44,-273.15
-15/12/2023 07:01:46,-273.15
-15/12/2023 07:01:48,-273.15
-15/12/2023 07:01:50,-273.15
-15/12/2023 07:01:52,-273.15
-15/12/2023 07:01:54,-273.15
-15/12/2023 07:01:56,-273.15
-15/12/2023 07:01:58,-273.15
-15/12/2023 07:02:00,-273.15
-15/12/2023 07:02:02,-273.15
-15/12/2023 07:02:04,-273.15
-15/12/2023 07:02:06,-273.15
-15/12/2023 07:02:08,-273.15
-15/12/2023 07:02:10,-273.15
-15/12/2023 07:02:12,-273.15
-15/12/2023 07:02:14,-273.15
-15/12/2023 07:02:16,-273.15
-15/12/2023 07:02:18,-273.15
-15/12/2023 07:02:20,-273.15
-15/12/2023 07:02:22,-273.15
-15/12/2023 07:02:24,-273.15
-15/12/2023 07:02:26,-273.15
-15/12/2023 07:02:28,-273.15
-15/12/2023 07:02:30,-273.15
-15/12/2023 07:02:32,-273.15
-15/12/2023 07:02:34,-273.15
-15/12/2023 07:02:36,-273.15
-15/12/2023 07:02:38,-273.15
-15/12/2023 07:02:40,-273.15
-15/12/2023 07:02:42,-273.15
-15/12/2023 07:02:44,-273.15
-15/12/2023 07:12:29,-273.15
-15/12/2023 07:12:31,-273.15
-15/12/2023 07:12:33,-273.15
-15/12/2023 07:12:35,-273.15
-15/12/2023 07:12:37,-273.15
-15/12/2023 07:12:39,-273.15
-15/12/2023 07:12:41,-273.15
-15/12/2023 07:12:43,-273.15
-15/12/2023 07:12:45,-273.15
-15/12/2023 07:12:47,-273.15
-15/12/2023 07:12:49,-273.15
-15/12/2023 07:12:51,-273.15
-15/12/2023 07:12:53,-273.15
-15/12/2023 07:12:55,-273.15
-15/12/2023 07:12:57,-273.15
-15/12/2023 07:12:59,-273.15
-15/12/2023 07:13:01,-273.15
-15/12/2023 07:13:03,-273.15
-15/12/2023 07:13:05,-273.15
-15/12/2023 07:13:07,-273.15
-15/12/2023 07:13:09,-273.15
-15/12/2023 07:13:11,-273.15
-15/12/2023 07:13:13,-273.15
-15/12/2023 07:13:15,-273.15
-15/12/2023 07:13:17,-273.15
-15/12/2023 07:13:19,-273.15
-15/12/2023 07:13:21,-273.15
-15/12/2023 07:13:23,-273.15
-15/12/2023 07:13:25,-273.15
-15/12/2023 07:13:27,-273.15
-15/12/2023 07:13:29,-273.15
-15/12/2023 07:13:31,-273.15
-15/12/2023 07:13:33,-273.15
-15/12/2023 07:13:35,-273.15
-15/12/2023 07:13:37,-273.15
-15/12/2023 07:13:39,-273.15
-15/12/2023 07:13:41,-273.15
-15/12/2023 07:13:43,-273.15
-15/12/2023 07:13:45,-273.15
-15/12/2023 07:13:47,-273.15
-15/12/2023 07:13:49,-273.15
-15/12/2023 07:13:51,-273.15
-15/12/2023 07:13:53,-273.15
-15/12/2023 07:13:55,-273.15
-15/12/2023 07:13:57,-273.15
-15/12/2023 07:13:59,-273.15
-15/12/2023 07:14:01,-273.15
-15/12/2023 07:14:03,-273.15
-15/12/2023 07:14:05,-273.15
-15/12/2023 07:14:07,-273.15
-15/12/2023 07:14:10,-273.15
-15/12/2023 07:14:12,-273.15
-15/12/2023 07:14:14,-273.15
-15/12/2023 07:14:16,-273.15
-15/12/2023 07:14:18,-273.15
-15/12/2023 07:14:20,-273.15
-15/12/2023 07:14:22,-273.15
-15/12/2023 07:14:24,-273.15
-15/12/2023 07:14:26,-273.15
-15/12/2023 07:14:28,-273.15
-15/12/2023 07:14:30,-273.15
-15/12/2023 07:14:32,-273.15
-15/12/2023 07:14:34,-273.15
-15/12/2023 07:14:36,-273.15
-15/12/2023 07:14:38,-273.15
-15/12/2023 07:14:40,-273.15
-15/12/2023 07:14:42,-273.15
-15/12/2023 07:14:44,-273.15
-15/12/2023 07:14:46,-273.15
-15/12/2023 07:14:48,-273.15
-15/12/2023 07:14:50,-273.15
-15/12/2023 07:14:52,-273.15
-15/12/2023 07:14:54,-273.15
-15/12/2023 07:14:56,-273.15
-15/12/2023 07:14:58,-273.15
-15/12/2023 07:15:00,-273.15
-15/12/2023 07:15:02,-273.15
-15/12/2023 07:15:04,-273.15
-15/12/2023 07:15:06,-273.15
-15/12/2023 07:16:26,-273.15
-15/12/2023 07:16:28,-273.15
-15/12/2023 07:16:30,-273.15
-15/12/2023 07:16:32,-273.15
-15/12/2023 07:16:34,-273.15
-15/12/2023 07:16:36,-273.15
-15/12/2023 07:30:56,-273.15
-15/12/2023 07:30:58,-273.15
-15/12/2023 07:31:00,-273.15
-15/12/2023 07:31:02,-273.15
-15/12/2023 07:31:04,-273.15
-15/12/2023 07:31:06,-273.15
-15/12/2023 07:31:08,-273.15
-15/12/2023 07:36:17,-273.15
-15/12/2023 07:36:19,-273.15
-15/12/2023 07:36:21,-273.15
-15/12/2023 07:36:23,-273.15
-15/12/2023 07:36:25,-273.15
-15/12/2023 07:44:51,-273.15
-15/12/2023 07:44:53,-273.15
-15/12/2023 07:44:55,-273.15
-15/12/2023 07:44:57,-273.15
-15/12/2023 07:44:59,-273.15
-15/12/2023 07:45:01,-273.15
-15/12/2023 07:45:03,-273.15
-15/12/2023 07:45:05,-273.15
-15/12/2023 07:45:07,-273.15
-15/12/2023 07:45:09,-273.15
-15/12/2023 07:45:11,-273.15
-15/12/2023 07:45:13,-273.15
-15/12/2023 07:45:15,-273.15
-15/12/2023 07:45:17,-273.15
-15/12/2023 07:45:19,-273.15
-15/12/2023 07:45:21,-273.15
-15/12/2023 07:45:23,-273.15
-15/12/2023 07:45:25,-273.15
-15/12/2023 07:45:27,-273.15
-15/12/2023 07:45:29,-273.15
-15/12/2023 07:45:31,-273.15
-15/12/2023 07:45:33,-273.15
-15/12/2023 07:45:35,-273.15
-15/12/2023 07:45:37,-273.15
-15/12/2023 07:45:39,-273.15
-15/12/2023 07:45:41,-273.15
-15/12/2023 07:45:43,-273.15
-15/12/2023 07:45:45,-273.15
-15/12/2023 07:45:48,-273.15
-15/12/2023 07:45:50,-273.15
-15/12/2023 07:45:52,-273.15
-15/12/2023 07:45:54,-273.15
-15/12/2023 07:45:56,-273.15
-15/12/2023 07:45:58,-273.15
-15/12/2023 07:46:00,-273.15
-15/12/2023 07:46:02,-273.15
-15/12/2023 07:46:04,-273.15
-15/12/2023 07:46:06,-273.15
-15/12/2023 07:46:08,-273.15
-15/12/2023 07:46:10,-273.15
-15/12/2023 07:46:12,-273.15
-15/12/2023 07:46:14,-273.15
-15/12/2023 07:46:16,-273.15
-15/12/2023 07:46:18,-273.15
-15/12/2023 07:46:20,-273.15
-15/12/2023 07:46:22,-273.15
-15/12/2023 07:46:24,-273.15
-15/12/2023 07:46:26,-273.15
-15/12/2023 07:46:28,-273.15
-15/12/2023 07:46:30,-273.15
-15/12/2023 07:46:32,-273.15
-15/12/2023 07:46:34,-273.15
-15/12/2023 07:46:36,-273.15
-15/12/2023 07:46:38,-273.15
-15/12/2023 07:46:40,-273.15
-15/12/2023 07:46:42,-273.15
-15/12/2023 07:46:44,-273.15
-15/12/2023 07:46:46,-273.15
-15/12/2023 07:46:48,-273.15
-15/12/2023 07:46:50,-273.15
-15/12/2023 07:46:52,-273.15
-15/12/2023 07:46:54,-273.15
-15/12/2023 07:46:56,-273.15
-15/12/2023 07:46:58,-273.15
-15/12/2023 07:47:00,-273.15
-15/12/2023 07:47:02,-273.15
-15/12/2023 07:47:04,-273.15
-15/12/2023 07:47:06,-273.15
-15/12/2023 07:47:08,-273.15
-15/12/2023 07:47:10,-273.15
-15/12/2023 07:47:13,-273.15
-15/12/2023 07:47:15,-273.15
-15/12/2023 07:47:17,-273.15
-15/12/2023 07:47:19,-273.15
-15/12/2023 07:47:21,-273.15
-15/12/2023 07:47:23,-273.15
-15/12/2023 07:47:25,-273.15
-15/12/2023 07:47:27,-273.15
-15/12/2023 07:47:29,-273.15
-15/12/2023 07:47:31,-273.15
-15/12/2023 07:47:33,-273.15
-15/12/2023 07:47:35,-273.15
-15/12/2023 07:47:37,-273.15
-15/12/2023 07:47:39,-273.15
-15/12/2023 07:47:41,-273.15
-15/12/2023 07:47:43,-273.15
-15/12/2023 07:47:45,-273.15
-15/12/2023 07:47:47,-273.15
-15/12/2023 07:47:49,-273.15
-15/12/2023 07:47:51,-273.15
-15/12/2023 07:47:53,-273.15
-15/12/2023 07:47:55,-273.15
-15/12/2023 07:47:57,-273.15
-15/12/2023 07:47:59,-273.15
-15/12/2023 07:48:01,-273.15
-15/12/2023 07:48:03,-273.15
-15/12/2023 07:48:05,-273.15
-15/12/2023 07:48:07,-273.15
-15/12/2023 07:48:09,-273.15
-15/12/2023 07:48:11,-273.15
-15/12/2023 07:48:13,-273.15
-15/12/2023 07:48:15,-273.15
-15/12/2023 07:48:17,-273.15
-15/12/2023 07:48:19,-273.15
-15/12/2023 07:48:21,-273.15
-15/12/2023 07:48:23,-273.15
-15/12/2023 07:48:25,-273.15
-15/12/2023 07:48:27,-273.15
-15/12/2023 07:48:29,-273.15
-15/12/2023 07:48:31,-273.15
-15/12/2023 07:48:33,-273.15
-15/12/2023 07:48:35,-273.15
-15/12/2023 07:48:37,-273.15
-15/12/2023 07:48:39,-273.15
-15/12/2023 07:48:41,-273.15
-15/12/2023 07:48:43,-273.15
-15/12/2023 07:48:45,-273.15
-15/12/2023 07:48:47,-273.15
-15/12/2023 07:48:49,-273.15
-15/12/2023 07:48:51,-273.15
-15/12/2023 07:48:53,-273.15
-15/12/2023 07:48:55,-273.15
-15/12/2023 07:48:57,-273.15
-15/12/2023 07:48:59,-273.15
-15/12/2023 07:49:01,-273.15
-15/12/2023 07:49:03,-273.15
-15/12/2023 07:49:06,-273.15
-15/12/2023 07:49:08,-273.15
-15/12/2023 07:49:10,-273.15
-15/12/2023 07:49:12,-273.15
-15/12/2023 07:49:14,-273.15
-15/12/2023 07:49:16,-273.15
-15/12/2023 07:49:18,-273.15
-15/12/2023 07:49:20,-273.15
-15/12/2023 07:49:22,-273.15
-15/12/2023 07:49:24,-273.15
-15/12/2023 07:49:26,-273.15
-15/12/2023 07:49:28,-273.15
-15/12/2023 07:49:30,-273.15
-15/12/2023 07:49:32,-273.15
-15/12/2023 07:49:34,-273.15
-15/12/2023 07:49:36,-273.15
-15/12/2023 07:49:38,-273.15
-15/12/2023 07:49:40,-273.15
-15/12/2023 07:49:42,-273.15
-15/12/2023 07:49:44,-273.15
-15/12/2023 07:49:46,-273.15
-15/12/2023 07:49:48,-273.15
-15/12/2023 07:49:50,-273.15
-15/12/2023 07:49:52,-273.15
-15/12/2023 07:49:54,-273.15
-15/12/2023 07:49:56,-273.15
-15/12/2023 07:49:58,-273.15
-15/12/2023 07:50:00,-273.15
-15/12/2023 07:50:02,-273.15
-15/12/2023 07:50:04,-273.15
-15/12/2023 07:50:06,-273.15
-15/12/2023 07:50:08,-273.15
-15/12/2023 07:50:10,-273.15
-15/12/2023 07:50:12,-273.15
-15/12/2023 07:50:14,-273.15
-15/12/2023 07:50:16,-273.15
-15/12/2023 07:50:18,-273.15
-15/12/2023 07:50:20,-273.15
-15/12/2023 07:50:22,-273.15
-15/12/2023 07:50:24,-273.15
-15/12/2023 07:50:26,-273.15
-15/12/2023 07:50:28,-273.15
-15/12/2023 07:50:30,-273.15
-15/12/2023 07:50:32,-273.15
-15/12/2023 07:50:34,-273.15
-15/12/2023 07:50:36,-273.15
-15/12/2023 07:50:38,-273.15
-15/12/2023 07:50:40,-273.15
-15/12/2023 07:50:42,-273.15
-15/12/2023 07:50:44,-273.15
-15/12/2023 07:50:46,-273.15
-15/12/2023 07:50:48,-273.15
-15/12/2023 07:50:50,-273.15
-15/12/2023 07:50:52,-273.15
-15/12/2023 07:50:54,-273.15
-15/12/2023 07:50:56,-273.15
-15/12/2023 07:50:58,-273.15
-15/12/2023 07:51:00,-273.15
-15/12/2023 07:51:02,-273.15
-15/12/2023 07:51:04,-273.15
-15/12/2023 07:51:06,-273.15
-15/12/2023 07:51:08,-273.15
-15/12/2023 07:51:10,-273.15
-15/12/2023 07:51:12,-273.15
-15/12/2023 07:51:15,-273.15
-15/12/2023 07:51:17,-273.15
-15/12/2023 07:51:19,-273.15
-15/12/2023 07:51:21,-273.15
-15/12/2023 07:51:23,-273.15
-15/12/2023 07:51:25,-273.15
-15/12/2023 07:51:27,-273.15
-15/12/2023 07:51:29,-273.15
-15/12/2023 07:51:31,-273.15
-15/12/2023 07:51:33,-273.15
-15/12/2023 07:51:35,-273.15
-15/12/2023 07:51:37,-273.15
-15/12/2023 07:51:39,-273.15
-15/12/2023 07:51:41,-273.15
-15/12/2023 07:51:43,-273.15
-15/12/2023 07:51:45,-273.15
-15/12/2023 07:51:47,-273.15
-15/12/2023 07:51:49,-273.15
-15/12/2023 07:51:51,-273.15
-15/12/2023 07:51:53,-273.15
-15/12/2023 07:51:55,-273.15
-15/12/2023 07:51:57,-273.15
-15/12/2023 07:51:59,-273.15
-15/12/2023 07:52:01,-273.15
-15/12/2023 07:52:03,-273.15
-15/12/2023 07:52:05,-273.15
-15/12/2023 07:52:07,-273.15
-15/12/2023 07:52:09,-273.15
-15/12/2023 07:52:11,-273.15
-15/12/2023 07:52:13,-273.15
-15/12/2023 07:52:15,-273.15
-15/12/2023 07:52:17,-273.15
-15/12/2023 07:52:19,-273.15
-15/12/2023 07:52:21,-273.15
-15/12/2023 07:52:23,-273.15
-15/12/2023 07:52:25,-273.15
-15/12/2023 07:52:27,-273.15
-15/12/2023 07:52:29,-273.15
-15/12/2023 07:52:31,-273.15
-15/12/2023 07:52:33,-273.15
-15/12/2023 07:52:35,-273.15
-15/12/2023 07:52:37,-273.15
-15/12/2023 07:52:39,-273.15
-15/12/2023 07:52:41,-273.15
-15/12/2023 07:52:43,-273.15
-15/12/2023 07:52:45,-273.15
-15/12/2023 07:52:47,-273.15
-15/12/2023 07:52:49,-273.15
-15/12/2023 07:52:51,-273.15
-15/12/2023 07:52:53,-273.15
-15/12/2023 07:52:55,-273.15
-15/12/2023 07:52:57,-273.15
-15/12/2023 07:52:59,-273.15
-15/12/2023 07:53:01,-273.15
-15/12/2023 07:53:04,-273.15
-15/12/2023 07:53:06,-273.15
-15/12/2023 07:53:08,-273.15
-15/12/2023 07:53:10,-273.15
-15/12/2023 07:53:12,-273.15
-15/12/2023 07:53:14,-273.15
-15/12/2023 07:53:16,-273.15
-15/12/2023 07:53:18,-273.15
-15/12/2023 07:53:20,-273.15
-15/12/2023 07:53:22,-273.15
-15/12/2023 07:53:24,-273.15
-15/12/2023 07:53:26,-273.15
-15/12/2023 07:53:28,-273.15
-15/12/2023 07:53:30,-273.15
-15/12/2023 07:53:32,-273.15
-15/12/2023 07:53:34,-273.15
-15/12/2023 07:53:36,-273.15
-15/12/2023 07:53:38,-273.15
-15/12/2023 07:53:40,-273.15
-15/12/2023 07:53:42,-273.15
-15/12/2023 07:53:44,-273.15
-15/12/2023 07:53:46,-273.15
-15/12/2023 07:53:48,-273.15
-15/12/2023 07:53:50,-273.15
-15/12/2023 07:53:52,-273.15
-15/12/2023 07:53:54,-273.15
-15/12/2023 07:53:56,-273.15
-15/12/2023 07:53:58,-273.15
-15/12/2023 07:54:00,-273.15
-15/12/2023 07:54:02,-273.15
-15/12/2023 07:54:04,-273.15
-15/12/2023 07:54:06,-273.15
-15/12/2023 07:54:08,-273.15
-15/12/2023 07:54:10,-273.15
-15/12/2023 07:54:12,-273.15
-15/12/2023 07:54:14,-273.15
-15/12/2023 07:54:16,-273.15
-15/12/2023 07:54:18,-273.15
-15/12/2023 07:54:20,-273.15
-15/12/2023 07:54:22,-273.15
-15/12/2023 07:54:24,-273.15
-15/12/2023 07:54:26,-273.15
-15/12/2023 07:54:28,-273.15
-15/12/2023 07:54:30,-273.15
-15/12/2023 07:54:32,-273.15
-15/12/2023 07:54:34,-273.15
-15/12/2023 07:54:36,-273.15
-15/12/2023 07:54:38,-273.15
-15/12/2023 07:54:40,-273.15
-15/12/2023 07:54:42,-273.15
-15/12/2023 07:54:44,-273.15
-15/12/2023 07:54:46,-273.15
-15/12/2023 07:54:48,-273.15
-15/12/2023 07:54:50,-273.15
-15/12/2023 07:54:52,-273.15
-15/12/2023 07:54:54,-273.15
-15/12/2023 07:54:56,-273.15
-15/12/2023 07:54:58,-273.15
-15/12/2023 07:55:00,-273.15
-15/12/2023 07:55:02,-273.15
-15/12/2023 07:55:04,-273.15
-15/12/2023 07:55:06,-273.15
-15/12/2023 07:55:08,-273.15
-15/12/2023 07:55:10,-273.15
-15/12/2023 07:55:12,-273.15
-15/12/2023 07:55:14,-273.15
-15/12/2023 07:55:16,-273.15
-15/12/2023 08:10:39,-273.15
-15/12/2023 08:10:41,-273.15
-15/12/2023 08:10:43,-273.15
-15/12/2023 08:10:45,-273.15
-15/12/2023 08:10:47,-273.15
-15/12/2023 08:10:49,-273.15
-15/12/2023 08:10:51,-273.15
-15/12/2023 08:10:53,-273.15
-15/12/2023 08:10:55,-273.15
-15/12/2023 08:10:57,-273.15
-15/12/2023 08:10:59,-273.15
-15/12/2023 08:11:01,-273.15
-15/12/2023 08:11:03,-273.15
-15/12/2023 08:11:05,-273.15
-15/12/2023 08:11:07,-273.15
-15/12/2023 08:11:09,-273.15
-15/12/2023 08:11:12,-273.15
-15/12/2023 08:11:14,-273.15
-15/12/2023 08:11:16,-273.15
-15/12/2023 08:11:18,-273.15
-15/12/2023 08:11:20,-273.15
-15/12/2023 08:11:22,-273.15
-15/12/2023 08:11:24,-273.15
-15/12/2023 08:11:26,-273.15
-15/12/2023 08:27:30,-273.15
-15/12/2023 08:27:32,-273.15
-15/12/2023 08:27:34,-273.15
-15/12/2023 08:27:36,-273.15
-15/12/2023 08:27:39,-273.15
-15/12/2023 08:27:41,-273.15
-15/12/2023 08:27:43,-273.15
-15/12/2023 08:27:45,-273.15
-15/12/2023 08:27:47,-273.15
-15/12/2023 08:27:49,-273.15
-15/12/2023 08:27:51,-273.15
-15/12/2023 08:27:53,-273.15
-15/12/2023 08:27:55,-273.15
-15/12/2023 08:27:57,-273.15
-15/12/2023 08:27:59,-273.15
-15/12/2023 08:28:01,-273.15
-15/12/2023 08:28:03,-273.15
-15/12/2023 08:28:05,-273.15
-15/12/2023 08:28:07,-273.15
-15/12/2023 08:28:09,-273.15
-15/12/2023 08:28:11,-273.15
-15/12/2023 08:28:13,-273.15
-15/12/2023 08:28:15,-273.15
-15/12/2023 08:28:17,-273.15
-15/12/2023 08:28:19,-273.15
-15/12/2023 08:28:21,-273.15
-15/12/2023 08:28:23,-273.15
-15/12/2023 08:28:25,-273.15
-15/12/2023 08:28:27,-273.15
-15/12/2023 08:28:29,-273.15
-15/12/2023 08:28:31,-273.15
-15/12/2023 08:28:33,-273.15
-15/12/2023 08:28:35,-273.15
-15/12/2023 08:28:37,-273.15
-15/12/2023 08:28:39,-273.15
-15/12/2023 08:28:41,-273.15
-15/12/2023 08:28:43,-273.15
-15/12/2023 08:28:45,-273.15
-15/12/2023 08:28:47,-273.15
-15/12/2023 08:28:49,-273.15
-15/12/2023 08:28:51,-273.15
-15/12/2023 08:28:53,-273.15
-15/12/2023 08:28:55,-273.15
-15/12/2023 08:28:57,-273.15
-15/12/2023 08:28:59,-273.15
-15/12/2023 08:29:01,-273.15
-15/12/2023 08:29:03,-273.15
-15/12/2023 08:29:05,-273.15
-15/12/2023 08:29:07,-273.15
-15/12/2023 08:29:09,-273.15
-15/12/2023 08:29:11,-273.15
-15/12/2023 08:29:13,-273.15
-15/12/2023 08:29:15,-273.15
-15/12/2023 08:29:17,-273.15
-15/12/2023 08:29:19,-273.15
-15/12/2023 08:29:21,-273.15
-15/12/2023 08:29:23,-273.15
-15/12/2023 08:39:37,-273.15
-15/12/2023 08:39:39,-273.15
-15/12/2023 08:39:41,-273.15
-15/12/2023 08:39:43,-273.15
-15/12/2023 08:39:45,-273.15
-15/12/2023 08:39:47,-273.15
-15/12/2023 08:39:49,-273.15
-15/12/2023 08:39:51,-273.15
-15/12/2023 08:39:53,-273.15
-15/12/2023 08:39:55,-273.15
-15/12/2023 08:39:57,-273.15
-15/12/2023 08:39:59,-273.15
-15/12/2023 08:40:01,-273.15
-15/12/2023 08:40:03,-273.15
-15/12/2023 08:40:05,-273.15
-15/12/2023 08:40:07,-273.15
-15/12/2023 08:40:09,-273.15
-15/12/2023 08:40:11,-273.15
-15/12/2023 08:40:13,-273.15
-15/12/2023 08:40:15,-273.15
-15/12/2023 08:40:17,-273.15
-15/12/2023 08:40:19,-273.15
-15/12/2023 08:40:21,-273.15
-15/12/2023 08:40:23,-273.15
-15/12/2023 08:40:25,-273.15
-15/12/2023 08:40:27,-273.15
-15/12/2023 08:40:29,-273.15
-15/12/2023 08:40:31,-273.15
-15/12/2023 08:40:33,-273.15
-15/12/2023 08:40:35,-273.15
-15/12/2023 08:40:37,-273.15
-15/12/2023 08:40:39,-273.15
-15/12/2023 08:40:41,-273.15
-15/12/2023 08:40:43,-273.15
-15/12/2023 08:40:45,-273.15
-15/12/2023 08:40:47,-273.15
-15/12/2023 08:40:49,-273.15
-15/12/2023 08:40:51,-273.15
-15/12/2023 08:40:53,-273.15
-15/12/2023 08:40:55,-273.15
-15/12/2023 08:40:57,-273.15
-15/12/2023 08:40:59,-273.15
-15/12/2023 08:41:01,-273.15
-15/12/2023 08:41:03,-273.15
-15/12/2023 08:41:05,-273.15
-15/12/2023 08:41:07,-273.15
-15/12/2023 08:41:09,-273.15
-15/12/2023 08:41:11,-273.15
-15/12/2023 08:41:13,-273.15
-15/12/2023 08:41:15,-273.15
-15/12/2023 08:41:17,-273.15
-15/12/2023 08:41:19,-273.15
-15/12/2023 08:41:21,-273.15
-15/12/2023 08:41:23,-273.15
-15/12/2023 08:41:25,-273.15
-15/12/2023 08:41:27,-273.15
-15/12/2023 08:41:29,-273.15
-15/12/2023 08:41:31,-273.15
-15/12/2023 08:41:34,-273.15
-15/12/2023 08:41:36,-273.15
-15/12/2023 08:41:38,-273.15
-15/12/2023 08:41:40,-273.15
-15/12/2023 08:41:42,-273.15
-15/12/2023 08:41:44,-273.15
-15/12/2023 08:41:46,-273.15
-15/12/2023 08:41:48,-273.15
-15/12/2023 08:41:50,-273.15
-15/12/2023 08:41:52,-273.15
-15/12/2023 08:41:54,-273.15
-15/12/2023 08:41:56,-273.15
-15/12/2023 08:41:58,-273.15
-15/12/2023 08:42:00,-273.15
-15/12/2023 08:42:02,-273.15
-15/12/2023 08:42:04,-273.15
-15/12/2023 08:42:06,-273.15
-15/12/2023 08:42:08,-273.15
-15/12/2023 08:42:10,-273.15
-15/12/2023 08:42:12,-273.15
-15/12/2023 08:42:14,-273.15
-15/12/2023 08:42:16,-273.15
-15/12/2023 08:42:18,-273.15
-15/12/2023 08:42:20,-273.15
-15/12/2023 08:42:22,-273.15
-15/12/2023 08:42:24,-273.15
-15/12/2023 08:42:26,-273.15
-15/12/2023 08:42:28,-273.15
-15/12/2023 08:42:30,-273.15
-15/12/2023 08:42:32,-273.15
-15/12/2023 08:42:34,-273.15
-15/12/2023 08:42:36,-273.15
-15/12/2023 08:42:38,-273.15
-15/12/2023 08:42:40,-273.15
-15/12/2023 08:42:42,-273.15
-15/12/2023 08:42:44,-273.15
-15/12/2023 08:42:46,-273.15
-15/12/2023 08:42:48,-273.15
-15/12/2023 08:42:50,-273.15
-15/12/2023 08:42:52,-273.15
-15/12/2023 08:42:54,-273.15
-15/12/2023 08:42:56,-273.15
-15/12/2023 08:42:58,-273.15
-15/12/2023 08:43:00,-273.15
-15/12/2023 08:43:02,-273.15
-15/12/2023 08:43:04,-273.15
-15/12/2023 08:43:06,-273.15
-15/12/2023 08:43:08,-273.15
-15/12/2023 08:43:10,-273.15
-15/12/2023 08:43:12,-273.15
-15/12/2023 08:43:14,-273.15
-15/12/2023 08:43:16,-273.15
-15/12/2023 08:43:18,-273.15
-15/12/2023 08:43:20,-273.15
-15/12/2023 08:43:22,-273.15
-15/12/2023 08:43:24,-273.15
-15/12/2023 08:43:26,-273.15
-15/12/2023 08:43:29,-273.15
-15/12/2023 08:43:31,-273.15
-15/12/2023 08:43:33,-273.15
-15/12/2023 08:43:35,-273.15
-15/12/2023 08:43:37,-273.15
-15/12/2023 08:43:39,-273.15
-15/12/2023 08:43:41,-273.15
-15/12/2023 08:43:43,-273.15
-15/12/2023 08:43:45,-273.15
-15/12/2023 08:43:47,-273.15
-15/12/2023 08:46:05,-273.15
-15/12/2023 08:46:07,-273.15
-15/12/2023 08:46:09,-273.15
-15/12/2023 08:46:11,-273.15
-15/12/2023 08:46:13,-273.15
-15/12/2023 08:46:15,-273.15
-15/12/2023 08:46:17,-273.15
-15/12/2023 08:46:19,-273.15
-15/12/2023 08:46:21,-273.15
-15/12/2023 08:46:23,-273.15
-15/12/2023 08:46:25,-273.15
-15/12/2023 08:46:27,-273.15
-15/12/2023 08:46:29,-273.15
-15/12/2023 08:46:31,-273.15
-15/12/2023 08:46:33,-273.15
-15/12/2023 08:46:35,-273.15
-15/12/2023 08:46:37,-273.15
-15/12/2023 08:46:39,-273.15
-15/12/2023 08:46:41,-273.15
-15/12/2023 08:46:43,-273.15
-15/12/2023 08:46:45,-273.15
-15/12/2023 08:46:47,-273.15
-15/12/2023 08:46:49,-273.15
-15/12/2023 08:46:51,-273.15
-15/12/2023 08:46:53,-273.15
-15/12/2023 08:46:55,-273.15
-15/12/2023 08:46:57,-273.15
-15/12/2023 08:46:59,-273.15
-15/12/2023 08:47:01,-273.15
-15/12/2023 08:47:03,-273.15
-15/12/2023 08:47:05,-273.15
-15/12/2023 08:47:07,-273.15
-15/12/2023 08:47:09,-273.15
-15/12/2023 08:47:11,-273.15
-15/12/2023 08:47:13,-273.15
-15/12/2023 08:47:15,-273.15
-15/12/2023 08:47:17,-273.15
-15/12/2023 08:47:19,-273.15
-15/12/2023 08:47:21,-273.15
-15/12/2023 08:47:23,-273.15
-15/12/2023 08:47:25,-273.15
-15/12/2023 08:47:27,-273.15
-15/12/2023 08:47:29,-273.15
-15/12/2023 08:47:31,-273.15
-15/12/2023 08:47:33,-273.15
-15/12/2023 08:47:35,-273.15
-15/12/2023 08:47:37,-273.15
-15/12/2023 08:47:40,-273.15
-15/12/2023 08:47:42,-273.15
-15/12/2023 08:47:44,-273.15
-15/12/2023 08:47:46,-273.15
-15/12/2023 08:47:48,-273.15
-15/12/2023 08:47:50,-273.15
-15/12/2023 08:47:52,-273.15
-15/12/2023 08:47:54,-273.15
-15/12/2023 08:47:56,-273.15
-15/12/2023 08:47:58,-273.15
-15/12/2023 08:48:00,-273.15
-15/12/2023 08:48:02,-273.15
-15/12/2023 08:48:04,-273.15
-15/12/2023 08:48:06,-273.15
-15/12/2023 08:48:08,-273.15
-15/12/2023 08:48:10,-273.15
-15/12/2023 08:48:12,-273.15
-15/12/2023 08:48:14,-273.15
-15/12/2023 08:48:16,-273.15
-15/12/2023 08:48:18,-273.15
-15/12/2023 08:48:20,-273.15
-15/12/2023 08:48:22,-273.15
-15/12/2023 08:48:24,-273.15
-15/12/2023 08:48:26,-273.15
-15/12/2023 08:48:28,-273.15
-15/12/2023 08:48:30,-273.15
-15/12/2023 08:48:32,-273.15
-15/12/2023 08:48:34,-273.15
-15/12/2023 08:48:36,-273.15
-15/12/2023 08:48:38,-273.15
-15/12/2023 08:48:40,-273.15
-15/12/2023 08:48:42,-273.15
-15/12/2023 08:48:44,-273.15
-15/12/2023 08:48:46,-273.15
-15/12/2023 08:48:48,-273.15
-15/12/2023 08:48:50,-273.15
-15/12/2023 08:48:52,-273.15
-15/12/2023 08:48:54,-273.15
-15/12/2023 08:48:56,-273.15
-15/12/2023 08:48:58,-273.15
-15/12/2023 08:49:00,-273.15
-15/12/2023 08:49:02,-273.15
-15/12/2023 08:49:04,-273.15
-15/12/2023 08:49:06,-273.15
-15/12/2023 08:49:08,-273.15
-15/12/2023 08:49:10,-273.15
-15/12/2023 08:49:12,-273.15
-15/12/2023 08:49:14,-273.15
-15/12/2023 08:49:16,-273.15
-15/12/2023 08:49:18,-273.15
-15/12/2023 08:49:20,-273.15
-15/12/2023 08:49:22,-273.15
-15/12/2023 08:49:24,-273.15
-15/12/2023 08:49:26,-273.15
-15/12/2023 08:49:28,-273.15
-15/12/2023 08:49:30,-273.15
-15/12/2023 08:49:32,-273.15
-15/12/2023 08:49:34,-273.15
-15/12/2023 08:49:36,-273.15
-15/12/2023 08:49:38,-273.15
-15/12/2023 08:49:40,-273.15
-15/12/2023 08:49:42,-273.15
-15/12/2023 08:49:44,-273.15
-15/12/2023 08:49:46,-273.15
-15/12/2023 08:49:48,-273.15
-15/12/2023 08:49:50,-273.15
-15/12/2023 08:49:52,-273.15
-15/12/2023 08:49:54,-273.15
-15/12/2023 08:49:56,-273.15
-15/12/2023 08:49:58,-273.15
-15/12/2023 08:50:00,-273.15
-15/12/2023 08:50:02,-273.15
-15/12/2023 08:50:04,-273.15
-15/12/2023 08:50:06,-273.15
-15/12/2023 08:50:08,-273.15
-15/12/2023 08:50:10,-273.15
-15/12/2023 08:50:12,-273.15
-15/12/2023 08:50:14,-273.15
-15/12/2023 08:50:16,-273.15
-15/12/2023 08:50:18,-273.15
-15/12/2023 08:50:20,-273.15
-15/12/2023 08:50:22,-273.15
-15/12/2023 08:50:24,-273.15
-15/12/2023 08:50:26,-273.15
-15/12/2023 08:50:28,-273.15
-15/12/2023 08:50:30,-273.15
-15/12/2023 08:50:32,-273.15
-15/12/2023 08:50:34,-273.15
-15/12/2023 08:50:36,-273.15
-15/12/2023 08:50:38,-273.15
-15/12/2023 08:50:40,-273.15
-15/12/2023 08:50:42,-273.15
-15/12/2023 08:50:44,-273.15
-15/12/2023 08:50:46,-273.15
-15/12/2023 08:50:48,-273.15
-15/12/2023 08:50:50,-273.15
-15/12/2023 08:50:52,-273.15
-15/12/2023 08:50:54,-273.15
-15/12/2023 08:50:56,-273.15
-15/12/2023 08:50:58,-273.15
-15/12/2023 08:51:00,-273.15
-15/12/2023 08:51:02,-273.15
-15/12/2023 08:51:04,-273.15
-15/12/2023 08:51:06,-273.15
-15/12/2023 08:51:08,-273.15
-15/12/2023 08:51:10,-273.15
-15/12/2023 08:51:12,-273.15
-15/12/2023 08:51:15,-273.15
-15/12/2023 08:51:17,-273.15
-15/12/2023 08:51:19,-273.15
-15/12/2023 08:51:21,-273.15
-15/12/2023 08:51:23,-273.15
-15/12/2023 08:51:25,-273.15
-15/12/2023 08:51:27,-273.15
-15/12/2023 08:51:29,-273.15
-15/12/2023 08:51:31,-273.15
-15/12/2023 08:51:33,-273.15
-15/12/2023 08:51:35,-273.15
-15/12/2023 08:51:37,-273.15
-15/12/2023 08:51:39,-273.15
-15/12/2023 08:51:41,-273.15
-15/12/2023 08:51:43,-273.15
-15/12/2023 08:51:45,-273.15
-15/12/2023 08:51:47,-273.15
-15/12/2023 08:51:49,-273.15
-15/12/2023 08:51:51,-273.15
-15/12/2023 08:51:53,-273.15
-15/12/2023 08:51:55,-273.15
-15/12/2023 08:51:57,-273.15
-15/12/2023 08:51:59,-273.15
-15/12/2023 08:52:01,-273.15
-15/12/2023 08:52:03,-273.15
-15/12/2023 08:52:05,-273.15
-15/12/2023 08:52:07,-273.15
-15/12/2023 08:52:09,-273.15
-15/12/2023 08:52:11,-273.15
-15/12/2023 08:52:13,-273.15
-15/12/2023 08:52:15,-273.15
-15/12/2023 08:52:17,-273.15
-15/12/2023 08:52:19,-273.15
-15/12/2023 08:52:21,-273.15
-15/12/2023 08:52:23,-273.15
-15/12/2023 08:52:25,-273.15
-15/12/2023 08:52:27,-273.15
-15/12/2023 08:52:29,-273.15
-15/12/2023 08:52:31,-273.15
-15/12/2023 08:52:33,-273.15
-15/12/2023 08:52:35,-273.15
-15/12/2023 08:52:37,-273.15
-15/12/2023 08:52:39,-273.15
-15/12/2023 08:52:41,-273.15
-15/12/2023 08:52:43,-273.15
-15/12/2023 08:52:45,-273.15
-15/12/2023 08:52:47,-273.15
-15/12/2023 08:52:49,-273.15
-15/12/2023 08:52:51,-273.15
-15/12/2023 08:52:53,-273.15
-15/12/2023 08:52:55,-273.15
-15/12/2023 08:52:57,-273.15
-15/12/2023 08:52:59,-273.15
-15/12/2023 08:53:01,-273.15
-15/12/2023 08:53:03,-273.15
-15/12/2023 08:53:05,-273.15
-15/12/2023 08:53:07,-273.15
-15/12/2023 08:53:09,-273.15
-15/12/2023 08:53:11,-273.15
-15/12/2023 08:53:13,-273.15
-15/12/2023 08:53:15,-273.15
-15/12/2023 08:53:17,-273.15
-15/12/2023 08:53:19,-273.15
-15/12/2023 08:53:21,-273.15
-15/12/2023 08:53:23,-273.15
-15/12/2023 08:53:25,-273.15
-15/12/2023 08:53:27,-273.15
-15/12/2023 08:53:29,-273.15
-15/12/2023 08:53:31,-273.15
-15/12/2023 08:53:33,-273.15
-15/12/2023 08:53:35,-273.15
-15/12/2023 08:53:37,-273.15
-15/12/2023 08:53:39,-273.15
-15/12/2023 08:53:41,-273.15
-15/12/2023 08:53:43,-273.15
-15/12/2023 08:53:45,-273.15
-15/12/2023 08:53:47,-273.15
-15/12/2023 08:53:49,-273.15
-15/12/2023 08:53:51,-273.15
-15/12/2023 08:53:53,-273.15
-15/12/2023 08:53:55,-273.15
-15/12/2023 08:53:57,-273.15
-15/12/2023 08:53:59,-273.15
-15/12/2023 08:54:01,-273.15
-15/12/2023 08:54:03,-273.15
-15/12/2023 08:54:05,-273.15
-15/12/2023 08:54:07,-273.15
-15/12/2023 08:54:09,-273.15
-15/12/2023 08:54:11,-273.15
-15/12/2023 08:54:13,-273.15
-15/12/2023 08:54:15,-273.15
-15/12/2023 08:54:17,-273.15
-15/12/2023 08:54:19,-273.15
-15/12/2023 08:54:21,-273.15
-15/12/2023 08:54:23,-273.15
-15/12/2023 08:54:25,-273.15
-15/12/2023 08:54:27,-273.15
-15/12/2023 08:54:29,-273.15
-15/12/2023 08:54:31,-273.15
-15/12/2023 08:54:33,-273.15
-15/12/2023 08:54:35,-273.15
-15/12/2023 08:54:37,-273.15
-15/12/2023 08:54:39,-273.15
-15/12/2023 08:54:42,-273.15
-15/12/2023 08:54:44,-273.15
-15/12/2023 08:54:46,-273.15
-15/12/2023 08:54:48,-273.15
-15/12/2023 08:54:50,-273.15
-15/12/2023 08:54:52,-273.15
-15/12/2023 08:54:54,-273.15
-15/12/2023 08:54:56,-273.15
-15/12/2023 08:54:58,-273.15
-15/12/2023 08:55:00,-273.15
-15/12/2023 08:55:02,-273.15
-15/12/2023 08:55:04,-273.15
-15/12/2023 08:55:06,-273.15
-15/12/2023 08:55:08,-273.15
-15/12/2023 08:55:10,-273.15
-15/12/2023 08:55:12,-273.15
-15/12/2023 08:55:14,-273.15
-15/12/2023 08:55:16,-273.15
-15/12/2023 08:55:18,-273.15
-15/12/2023 08:55:20,-273.15
-15/12/2023 08:55:22,-273.15
-15/12/2023 08:55:24,-273.15
-15/12/2023 08:55:26,-273.15
-15/12/2023 08:55:28,-273.15
-15/12/2023 08:55:30,-273.15
-15/12/2023 08:55:32,-273.15
-15/12/2023 08:55:34,-273.15
-15/12/2023 08:55:36,-273.15
-15/12/2023 08:55:38,-273.15
-15/12/2023 08:55:40,-273.15
-15/12/2023 08:55:42,-273.15
-15/12/2023 08:55:44,-273.15
-15/12/2023 08:55:46,-273.15
-15/12/2023 08:55:48,-273.15
-15/12/2023 08:55:50,-273.15
-15/12/2023 08:55:52,-273.15
-15/12/2023 08:55:54,-273.15
-15/12/2023 08:55:56,-273.15
-15/12/2023 08:55:58,-273.15
-15/12/2023 08:56:00,-273.15
-15/12/2023 08:56:02,-273.15
-15/12/2023 08:56:04,-273.15
-15/12/2023 08:56:06,-273.15
-15/12/2023 08:56:08,-273.15
-15/12/2023 08:56:10,-273.15
-15/12/2023 08:56:12,-273.15
-15/12/2023 08:56:14,-273.15
-15/12/2023 08:56:16,-273.15
-15/12/2023 08:56:18,-273.15
-15/12/2023 08:56:20,-273.15
-15/12/2023 08:56:22,-273.15
-15/12/2023 08:56:24,-273.15
-15/12/2023 08:56:26,-273.15
-15/12/2023 08:56:28,-273.15
-15/12/2023 08:56:30,-273.15
-15/12/2023 08:56:32,-273.15
-15/12/2023 08:56:34,-273.15
-15/12/2023 08:56:36,-273.15
-15/12/2023 08:56:38,-273.15
-15/12/2023 08:56:40,-273.15
-15/12/2023 08:56:42,-273.15
-15/12/2023 08:56:44,-273.15
-15/12/2023 08:56:46,-273.15
-15/12/2023 08:56:48,-273.15
-15/12/2023 08:56:50,-273.15
-15/12/2023 08:56:52,-273.15
-15/12/2023 08:56:54,-273.15
-15/12/2023 08:56:56,-273.15
-15/12/2023 08:56:58,-273.15
-15/12/2023 08:57:00,-273.15
-15/12/2023 08:57:02,-273.15
-15/12/2023 08:57:04,-273.15
-15/12/2023 08:57:06,-273.15
-15/12/2023 08:57:08,-273.15
-15/12/2023 08:57:10,-273.15
-15/12/2023 08:57:12,-273.15
-15/12/2023 08:57:14,-273.15
-15/12/2023 08:57:16,-273.15
-15/12/2023 08:57:18,-273.15
-15/12/2023 08:57:20,-273.15
-15/12/2023 08:57:22,-273.15
-15/12/2023 08:57:24,-273.15
-15/12/2023 08:57:26,-273.15
-15/12/2023 08:57:28,-273.15
-15/12/2023 08:57:30,-273.15
-15/12/2023 08:57:32,-273.15
-15/12/2023 08:57:34,-273.15
-15/12/2023 08:57:36,-273.15
-15/12/2023 08:57:38,-273.15
-15/12/2023 08:57:40,-273.15
-15/12/2023 08:57:42,-273.15
-15/12/2023 08:57:44,-273.15
-15/12/2023 08:57:46,-273.15
-15/12/2023 08:57:48,-273.15
-15/12/2023 08:57:51,-273.15
-15/12/2023 08:57:53,-273.15
-15/12/2023 08:57:55,-273.15
-15/12/2023 08:57:57,-273.15
-15/12/2023 08:57:59,-273.15
-15/12/2023 08:58:01,-273.15
-15/12/2023 08:58:03,-273.15
-15/12/2023 08:58:05,-273.15
-15/12/2023 08:58:07,-273.15
-15/12/2023 08:58:09,-273.15
-15/12/2023 08:58:11,-273.15
-15/12/2023 08:58:13,-273.15
-15/12/2023 08:58:15,-273.15
-15/12/2023 08:58:17,-273.15
-15/12/2023 08:58:19,-273.15
-15/12/2023 08:58:21,-273.15
-15/12/2023 08:58:23,-273.15
-15/12/2023 08:58:25,-273.15
-15/12/2023 08:58:27,-273.15
-15/12/2023 08:58:29,-273.15
-15/12/2023 08:58:31,-273.15
-15/12/2023 08:58:33,-273.15
-15/12/2023 08:58:35,-273.15
-15/12/2023 08:58:37,-273.15
-15/12/2023 08:58:39,-273.15
-15/12/2023 08:58:41,-273.15
-15/12/2023 08:58:43,-273.15
-15/12/2023 08:58:45,-273.15
-15/12/2023 08:58:47,-273.15
-15/12/2023 08:58:49,-273.15
-15/12/2023 08:58:51,-273.15
-15/12/2023 08:58:53,-273.15
-15/12/2023 08:58:55,-273.15
-15/12/2023 08:59:40,-273.15
-15/12/2023 08:59:42,-273.15
-15/12/2023 08:59:44,-273.15
-15/12/2023 08:59:46,-273.15
-15/12/2023 08:59:48,-273.15
-15/12/2023 08:59:50,-273.15
-15/12/2023 08:59:52,-273.15
-15/12/2023 08:59:54,-273.15
-15/12/2023 09:03:21,-273.15
-15/12/2023 09:03:23,-273.15
-15/12/2023 09:03:25,-273.15
-15/12/2023 09:03:27,-273.15
-15/12/2023 09:03:29,-273.15
-15/12/2023 09:03:31,-273.15
-15/12/2023 09:03:33,-273.15
-15/12/2023 09:03:35,-273.15
-15/12/2023 09:03:37,-273.15
-15/12/2023 09:03:39,-273.15
-15/12/2023 09:03:42,-273.15
-15/12/2023 09:03:44,-273.15
-15/12/2023 09:03:46,-273.15
-15/12/2023 09:03:48,-273.15
-15/12/2023 09:03:50,-273.15
-15/12/2023 09:03:52,-273.15
-15/12/2023 09:03:54,-273.15
-15/12/2023 09:03:56,-273.15
-15/12/2023 09:03:58,-273.15
-15/12/2023 09:04:00,-273.15
-15/12/2023 09:04:02,-273.15
-15/12/2023 09:04:04,-273.15
-15/12/2023 09:04:06,-273.15
-15/12/2023 09:04:08,-273.15
-15/12/2023 09:04:10,-273.15
-15/12/2023 09:04:12,-273.15
-15/12/2023 09:04:14,-273.15
-15/12/2023 09:04:16,-273.15
-15/12/2023 09:04:18,-273.15
-15/12/2023 09:04:20,-273.15
-15/12/2023 09:04:22,-273.15
-15/12/2023 09:04:24,-273.15
-15/12/2023 09:04:26,-273.15
-15/12/2023 09:04:28,-273.15
-15/12/2023 09:04:30,-273.15
-15/12/2023 09:04:32,-273.15
-15/12/2023 09:04:34,-273.15
-15/12/2023 09:04:36,-273.15
-15/12/2023 09:04:38,-273.15
-15/12/2023 09:04:40,-273.15
-15/12/2023 09:04:42,-273.15
-15/12/2023 09:04:44,-273.15
-15/12/2023 09:04:46,-273.15
-15/12/2023 09:04:48,-273.15
-15/12/2023 09:04:50,-273.15
-15/12/2023 09:04:52,-273.15
-15/12/2023 09:04:54,-273.15
-15/12/2023 09:04:56,-273.15
-15/12/2023 09:04:58,-273.15
-15/12/2023 09:05:00,-273.15
-15/12/2023 09:05:02,-273.15
-15/12/2023 09:05:04,-273.15
-15/12/2023 09:05:06,-273.15
-15/12/2023 09:05:08,-273.15
-15/12/2023 09:05:10,-273.15
-15/12/2023 09:05:12,-273.15
-15/12/2023 09:05:14,-273.15
-15/12/2023 09:05:16,-273.15
-15/12/2023 09:05:18,-273.15
-15/12/2023 09:05:20,-273.15
-15/12/2023 09:05:22,-273.15
-15/12/2023 09:05:24,-273.15
-15/12/2023 09:05:26,-273.15
-15/12/2023 09:05:28,-273.15
-15/12/2023 09:05:30,-273.15
-15/12/2023 09:05:32,-273.15
-15/12/2023 09:05:34,-273.15
-15/12/2023 09:05:37,-273.15
-15/12/2023 09:05:39,-273.15
-15/12/2023 09:05:41,-273.15
-15/12/2023 09:05:43,-273.15
-15/12/2023 09:05:45,-273.15
-15/12/2023 09:05:47,-273.15
-15/12/2023 09:05:49,-273.15
-15/12/2023 09:05:51,-273.15
-15/12/2023 09:05:53,-273.15
-15/12/2023 09:05:55,-273.15
-15/12/2023 09:05:57,-273.15
-15/12/2023 09:05:59,-273.15
-15/12/2023 09:06:01,-273.15
-15/12/2023 09:06:03,-273.15
-15/12/2023 09:06:05,-273.15
-15/12/2023 09:06:07,-273.15
-15/12/2023 09:06:09,-273.15
-15/12/2023 09:06:11,-273.15
-15/12/2023 09:06:13,-273.15
-15/12/2023 09:06:15,-273.15
-15/12/2023 09:06:17,-273.15
-15/12/2023 09:06:19,-273.15
-15/12/2023 09:06:21,-273.15
-15/12/2023 09:06:23,-273.15
-15/12/2023 09:06:25,-273.15
-15/12/2023 09:06:27,-273.15
-15/12/2023 09:06:29,-273.15
-15/12/2023 09:06:31,-273.15
-15/12/2023 09:06:33,-273.15
-15/12/2023 09:06:35,-273.15
-15/12/2023 09:06:37,-273.15
-15/12/2023 09:06:39,-273.15
-15/12/2023 09:06:41,-273.15
-15/12/2023 09:06:43,-273.15
-15/12/2023 09:06:45,-273.15
-15/12/2023 09:06:47,-273.15
-15/12/2023 09:06:49,-273.15
-15/12/2023 09:06:51,-273.15
-15/12/2023 09:06:53,-273.15
-15/12/2023 09:06:55,-273.15
-15/12/2023 09:06:57,-273.15
-15/12/2023 09:06:59,-273.15
-15/12/2023 09:07:01,-273.15
-15/12/2023 09:07:03,-273.15
-15/12/2023 09:07:05,-273.15
-15/12/2023 09:07:08,-273.15
-15/12/2023 09:07:10,-273.15
-15/12/2023 09:07:12,-273.15
-15/12/2023 09:07:14,-273.15
-15/12/2023 09:07:16,-273.15
-15/12/2023 09:07:18,-273.15
-15/12/2023 09:07:20,-273.15
-15/12/2023 09:07:22,-273.15
-15/12/2023 09:07:24,-273.15
-15/12/2023 09:07:26,-273.15
-15/12/2023 09:07:28,-273.15
-15/12/2023 09:07:30,-273.15
-15/12/2023 09:07:32,-273.15
-15/12/2023 09:07:34,-273.15
-15/12/2023 09:07:36,-273.15
-15/12/2023 09:07:38,-273.15
-15/12/2023 09:07:40,-273.15
-15/12/2023 09:07:42,-273.15
-15/12/2023 09:07:44,-273.15
-15/12/2023 09:07:46,-273.15
-15/12/2023 09:07:48,-273.15
-15/12/2023 09:07:50,-273.15
-15/12/2023 09:07:52,-273.15
-15/12/2023 09:07:54,-273.15
-15/12/2023 09:07:56,-273.15
-15/12/2023 09:07:58,-273.15
-15/12/2023 09:08:00,-273.15
-15/12/2023 09:08:02,-273.15
-15/12/2023 09:08:04,-273.15
-15/12/2023 09:08:06,-273.15
-15/12/2023 09:08:08,-273.15
-15/12/2023 09:08:10,-273.15
-15/12/2023 09:08:12,-273.15
-15/12/2023 09:08:14,-273.15
-15/12/2023 09:08:16,-273.15
-15/12/2023 09:08:18,-273.15
-15/12/2023 09:08:20,-273.15
-15/12/2023 09:08:22,-273.15
-15/12/2023 09:08:24,-273.15
-15/12/2023 09:08:26,-273.15
-15/12/2023 09:08:28,-273.15
-15/12/2023 09:08:30,-273.15
-15/12/2023 09:08:32,-273.15
-15/12/2023 09:08:34,-273.15
-15/12/2023 09:08:36,-273.15
-15/12/2023 09:08:38,-273.15
-15/12/2023 09:08:40,-273.15
-15/12/2023 09:08:42,-273.15
-15/12/2023 09:08:44,-273.15
-15/12/2023 09:08:46,-273.15
-15/12/2023 09:08:48,-273.15
-15/12/2023 09:08:50,-273.15
-15/12/2023 09:08:52,-273.15
-15/12/2023 09:08:54,-273.15
-15/12/2023 09:08:56,-273.15
-15/12/2023 09:08:58,-273.15
-15/12/2023 09:09:00,-273.15
-15/12/2023 09:09:03,-273.15
-15/12/2023 09:09:05,-273.15
-15/12/2023 09:09:07,-273.15
-15/12/2023 09:09:09,-273.15
-15/12/2023 09:09:11,-273.15
-15/12/2023 09:09:13,-273.15
-15/12/2023 09:09:15,-273.15
-15/12/2023 09:09:17,-273.15
-15/12/2023 09:09:19,-273.15
-15/12/2023 09:09:21,-273.15
-15/12/2023 09:09:23,-273.15
-15/12/2023 09:09:25,-273.15
-15/12/2023 09:09:27,-273.15
-15/12/2023 09:09:29,-273.15
-15/12/2023 09:09:31,-273.15
-15/12/2023 09:09:33,-273.15
-15/12/2023 09:09:35,-273.15
-15/12/2023 09:09:37,-273.15
-15/12/2023 09:09:39,-273.15
-15/12/2023 09:09:41,-273.15
-15/12/2023 09:09:43,-273.15
-15/12/2023 09:09:45,-273.15
-15/12/2023 09:09:47,-273.15
-15/12/2023 09:09:49,-273.15
-15/12/2023 09:09:51,-273.15
-15/12/2023 09:09:53,-273.15
-15/12/2023 09:09:55,-273.15
-15/12/2023 09:09:57,-273.15
-15/12/2023 09:09:59,-273.15
-15/12/2023 09:10:01,-273.15
-15/12/2023 09:10:03,-273.15
-15/12/2023 09:10:05,-273.15
-15/12/2023 09:10:07,-273.15
-15/12/2023 09:10:09,-273.15
-15/12/2023 09:10:11,-273.15
-15/12/2023 09:10:13,-273.15
-15/12/2023 09:10:15,-273.15
-15/12/2023 09:10:17,-273.15
-15/12/2023 09:10:19,-273.15
-15/12/2023 09:10:21,-273.15
-15/12/2023 09:10:23,-273.15
-15/12/2023 09:10:25,-273.15
-15/12/2023 09:10:27,-273.15
-15/12/2023 09:10:29,-273.15
-15/12/2023 09:10:31,-273.15
-15/12/2023 09:10:34,-273.15
-15/12/2023 09:10:36,-273.15
-15/12/2023 09:10:38,-273.15
-15/12/2023 09:10:40,-273.15
-15/12/2023 09:10:42,-273.15
-15/12/2023 09:10:44,-273.15
-15/12/2023 09:10:46,-273.15
-15/12/2023 09:10:48,-273.15
-15/12/2023 09:10:50,-273.15
-15/12/2023 09:10:52,-273.15
-15/12/2023 09:10:54,-273.15
-15/12/2023 09:10:56,-273.15
-15/12/2023 09:10:58,-273.15
-15/12/2023 09:11:00,-273.15
-15/12/2023 09:11:02,-273.15
-15/12/2023 09:11:04,-273.15
-15/12/2023 09:11:06,-273.15
-15/12/2023 09:11:08,-273.15
-15/12/2023 09:11:10,-273.15
-15/12/2023 09:11:12,-273.15
-15/12/2023 09:11:14,-273.15
-15/12/2023 09:11:16,-273.15
-15/12/2023 09:11:18,-273.15
-15/12/2023 09:11:20,-273.15
-15/12/2023 09:11:22,-273.15
-15/12/2023 09:11:24,-273.15
-15/12/2023 09:11:26,-273.15
-15/12/2023 09:11:28,-273.15
-15/12/2023 09:11:30,-273.15
-15/12/2023 09:11:32,-273.15
-15/12/2023 09:11:34,-273.15
-15/12/2023 09:11:36,-273.15
-15/12/2023 09:11:38,-273.15
-15/12/2023 09:11:40,-273.15
-15/12/2023 09:11:42,-273.15
-15/12/2023 09:11:44,-273.15
-15/12/2023 09:11:46,-273.15
-15/12/2023 09:11:48,-273.15
-15/12/2023 09:11:50,-273.15
-15/12/2023 09:11:52,-273.15
-15/12/2023 09:11:54,-273.15
-15/12/2023 09:11:56,-273.15
-15/12/2023 09:11:58,-273.15
-15/12/2023 09:12:00,-273.15
-15/12/2023 09:12:02,-273.15
-15/12/2023 09:12:04,-273.15
-15/12/2023 09:12:06,-273.15
-15/12/2023 09:12:08,-273.15
-15/12/2023 09:12:10,-273.15
-15/12/2023 09:12:12,-273.15
-15/12/2023 09:12:14,-273.15
-15/12/2023 09:12:16,-273.15
-15/12/2023 09:12:18,-273.15
-15/12/2023 09:12:21,-273.15
-15/12/2023 09:12:23,-273.15
-15/12/2023 09:12:25,-273.15
-15/12/2023 09:12:27,-273.15
-15/12/2023 09:12:29,-273.15
-15/12/2023 09:12:31,-273.15
-15/12/2023 09:12:33,-273.15
-15/12/2023 09:12:35,-273.15
-15/12/2023 09:12:37,-273.15
-15/12/2023 09:12:39,-273.15
-15/12/2023 09:12:41,-273.15
-15/12/2023 09:12:43,-273.15
-15/12/2023 09:12:45,-273.15
-15/12/2023 09:12:47,-273.15
-15/12/2023 09:12:49,-273.15
-15/12/2023 09:12:51,-273.15
-15/12/2023 09:12:53,-273.15
-15/12/2023 09:12:55,-273.15
-15/12/2023 09:12:57,-273.15
-15/12/2023 09:12:59,-273.15
-15/12/2023 09:13:01,-273.15
-15/12/2023 09:13:03,-273.15
-15/12/2023 09:13:05,-273.15
-15/12/2023 09:13:07,-273.15
-15/12/2023 09:13:09,-273.15
-15/12/2023 09:13:11,-273.15
-15/12/2023 09:13:13,-273.15
-15/12/2023 09:13:15,-273.15
-15/12/2023 09:13:17,-273.15
-15/12/2023 09:13:19,-273.15
-15/12/2023 09:13:21,-273.15
-15/12/2023 09:13:23,-273.15
-15/12/2023 09:13:25,-273.15
-15/12/2023 09:13:27,-273.15
-15/12/2023 09:13:29,-273.15
-15/12/2023 09:13:31,-273.15
-15/12/2023 09:13:33,-273.15
-15/12/2023 09:13:35,-273.15
-15/12/2023 09:13:37,-273.15
-15/12/2023 09:13:39,-273.15
-15/12/2023 09:13:41,-273.15
-15/12/2023 09:13:43,-273.15
-15/12/2023 09:13:45,-273.15
-15/12/2023 09:13:47,-273.15
-15/12/2023 09:13:49,-273.15
-15/12/2023 09:13:51,-273.15
-15/12/2023 09:13:54,-273.15
-15/12/2023 09:13:56,-273.15
-15/12/2023 09:13:58,-273.15
-15/12/2023 09:14:00,-273.15
-15/12/2023 09:14:02,-273.15
-15/12/2023 09:14:04,-273.15
-15/12/2023 09:14:06,-273.15
-15/12/2023 09:14:08,-273.15
-15/12/2023 09:14:10,-273.15
-15/12/2023 09:14:12,-273.15
-15/12/2023 09:14:14,-273.15
-15/12/2023 09:14:16,-273.15
-15/12/2023 09:14:18,-273.15
-15/12/2023 09:14:20,-273.15
-15/12/2023 09:14:22,-273.15
-15/12/2023 09:14:24,-273.15
-15/12/2023 09:14:26,-273.15
-15/12/2023 09:14:28,-273.15
-15/12/2023 09:14:30,-273.15
-15/12/2023 09:14:32,-273.15
-15/12/2023 09:14:34,-273.15
-15/12/2023 09:14:36,-273.15
-15/12/2023 09:14:38,-273.15
-15/12/2023 09:14:40,-273.15
-15/12/2023 09:14:42,-273.15
-15/12/2023 09:14:44,-273.15
-15/12/2023 09:14:46,-273.15
-15/12/2023 09:14:48,-273.15
-15/12/2023 09:14:50,-273.15
-15/12/2023 09:14:52,-273.15
-15/12/2023 09:14:54,-273.15
-15/12/2023 09:14:56,-273.15
-15/12/2023 09:14:58,-273.15
-15/12/2023 09:15:00,-273.15
-15/12/2023 09:15:02,-273.15
-15/12/2023 09:15:04,-273.15
-15/12/2023 09:15:07,-273.15
-15/12/2023 09:15:09,-273.15
-15/12/2023 09:15:11,-273.15
-15/12/2023 09:15:13,-273.15
-15/12/2023 09:15:15,-273.15
-15/12/2023 09:15:17,-273.15
-15/12/2023 09:15:19,-273.15
-15/12/2023 09:15:21,-273.15
-15/12/2023 09:15:23,-273.15
-15/12/2023 09:15:25,-273.15
-15/12/2023 09:15:27,-273.15
-15/12/2023 09:15:29,-273.15
-15/12/2023 09:15:31,-273.15
-15/12/2023 09:15:33,-273.15
-15/12/2023 09:15:35,-273.15
-15/12/2023 09:15:37,-273.15
-15/12/2023 09:15:39,-273.15
-15/12/2023 09:15:41,-273.15
-15/12/2023 09:15:43,-273.15
-15/12/2023 09:15:45,-273.15
-15/12/2023 09:15:47,-273.15
-15/12/2023 09:15:49,-273.15
-15/12/2023 09:15:51,-273.15
-15/12/2023 09:15:53,-273.15
-15/12/2023 09:15:55,-273.15
-15/12/2023 09:15:57,-273.15
-15/12/2023 09:15:59,-273.15
-15/12/2023 09:16:01,-273.15
-15/12/2023 09:16:03,-273.15
-15/12/2023 09:16:05,-273.15
-15/12/2023 09:16:07,-273.15
-15/12/2023 09:16:09,-273.15
-15/12/2023 09:16:11,-273.15
-15/12/2023 09:16:13,-273.15
-15/12/2023 09:16:15,-273.15
-15/12/2023 09:16:17,-273.15
-15/12/2023 09:16:19,-273.15
-15/12/2023 09:16:21,-273.15
-15/12/2023 09:16:23,-273.15
-15/12/2023 09:16:25,-273.15
-15/12/2023 09:16:27,-273.15
-15/12/2023 09:16:29,-273.15
-15/12/2023 09:16:31,-273.15
-15/12/2023 09:16:33,-273.15
-15/12/2023 09:16:35,-273.15
-15/12/2023 09:16:37,-273.15
-15/12/2023 09:16:39,-273.15
-15/12/2023 09:16:41,-273.15
-15/12/2023 09:16:43,-273.15
-15/12/2023 09:16:45,-273.15
-15/12/2023 09:16:47,-273.15
-15/12/2023 09:16:50,-273.15
-15/12/2023 09:16:52,-273.15
-15/12/2023 09:16:54,-273.15
-15/12/2023 09:16:56,-273.15
-15/12/2023 09:16:58,-273.15
-15/12/2023 09:17:00,-273.15
-15/12/2023 09:17:02,-273.15
-15/12/2023 09:17:04,-273.15
-15/12/2023 09:17:06,-273.15
-15/12/2023 09:17:08,-273.15
-15/12/2023 09:17:10,-273.15
-15/12/2023 09:17:12,-273.15
-15/12/2023 09:17:14,-273.15
-15/12/2023 09:17:16,-273.15
-15/12/2023 09:17:18,-273.15
-15/12/2023 09:17:20,-273.15
-15/12/2023 09:17:22,-273.15
-15/12/2023 09:17:24,-273.15
-15/12/2023 09:17:26,-273.15
-15/12/2023 09:17:28,-273.15
-15/12/2023 09:17:30,-273.15
-15/12/2023 09:17:32,-273.15
-15/12/2023 09:17:34,-273.15
-15/12/2023 09:17:36,-273.15
-15/12/2023 09:17:38,-273.15
-15/12/2023 09:17:40,-273.15
-15/12/2023 09:17:42,-273.15
-15/12/2023 09:17:44,-273.15
-15/12/2023 09:17:46,-273.15
-15/12/2023 09:17:48,-273.15
-15/12/2023 09:17:50,-273.15
-15/12/2023 09:17:52,-273.15
-15/12/2023 09:17:54,-273.15
-15/12/2023 09:17:56,-273.15
-15/12/2023 09:17:58,-273.15
-15/12/2023 09:18:00,-273.15
-15/12/2023 09:18:02,-273.15
-15/12/2023 09:18:04,-273.15
-15/12/2023 09:18:06,-273.15
-15/12/2023 09:18:08,-273.15
-15/12/2023 09:18:10,-273.15
-15/12/2023 09:18:12,-273.15
-15/12/2023 09:18:14,-273.15
-15/12/2023 09:18:16,-273.15
-15/12/2023 09:18:18,-273.15
-15/12/2023 09:18:20,-273.15
-15/12/2023 09:18:22,-273.15
-15/12/2023 09:18:24,-273.15
-15/12/2023 09:18:26,-273.15
-15/12/2023 09:18:28,-273.15
-15/12/2023 09:18:31,-273.15
-15/12/2023 09:18:33,-273.15
-15/12/2023 09:18:35,-273.15
-15/12/2023 09:18:37,-273.15
-15/12/2023 09:18:39,-273.15
-15/12/2023 09:18:41,-273.15
-15/12/2023 09:18:43,-273.15
-15/12/2023 09:18:45,-273.15
-15/12/2023 09:18:47,-273.15
-15/12/2023 09:18:49,-273.15
-15/12/2023 09:18:51,-273.15
-15/12/2023 09:18:53,-273.15
-15/12/2023 09:18:55,-273.15
-15/12/2023 09:18:57,-273.15
-15/12/2023 09:18:59,-273.15
-15/12/2023 09:19:01,-273.15
-15/12/2023 09:19:03,-273.15
-15/12/2023 09:19:05,-273.15
-15/12/2023 09:19:07,-273.15
-15/12/2023 09:19:09,-273.15
-15/12/2023 09:19:11,-273.15
-15/12/2023 09:19:13,-273.15
-15/12/2023 09:19:15,-273.15
-15/12/2023 09:19:17,-273.15
-15/12/2023 09:19:19,-273.15
-15/12/2023 09:19:21,-273.15
-15/12/2023 09:19:23,-273.15
-15/12/2023 09:19:25,-273.15
-15/12/2023 09:19:27,-273.15
-15/12/2023 09:19:29,-273.15
-15/12/2023 09:19:31,-273.15
-15/12/2023 09:19:33,-273.15
-15/12/2023 09:19:35,-273.15
-15/12/2023 09:19:37,-273.15
-15/12/2023 09:19:39,-273.15
-15/12/2023 09:19:41,-273.15
-15/12/2023 09:19:43,-273.15
-15/12/2023 09:19:45,-273.15
-15/12/2023 09:19:47,-273.15
-15/12/2023 09:19:49,-273.15
-15/12/2023 09:19:51,-273.15
-15/12/2023 09:19:53,-273.15
-15/12/2023 09:19:55,-273.15
-15/12/2023 09:19:57,-273.15
-15/12/2023 09:20:00,-273.15
-15/12/2023 09:20:02,-273.15
-15/12/2023 09:20:04,-273.15
-15/12/2023 09:20:06,-273.15
-15/12/2023 09:20:08,-273.15
-15/12/2023 09:20:10,-273.15
-15/12/2023 09:20:12,-273.15
-15/12/2023 09:20:14,-273.15
-15/12/2023 09:20:16,-273.15
-15/12/2023 09:20:18,-273.15
-15/12/2023 09:20:20,-273.15
-15/12/2023 09:20:22,-273.15
-15/12/2023 09:20:24,-273.15
-15/12/2023 09:20:26,-273.15
-15/12/2023 09:20:28,-273.15
-15/12/2023 09:20:30,-273.15
-15/12/2023 09:20:32,-273.15
-15/12/2023 09:20:34,-273.15
-15/12/2023 09:20:36,-273.15
-15/12/2023 09:20:38,-273.15
-15/12/2023 09:20:40,-273.15
-15/12/2023 09:20:42,-273.15
-15/12/2023 09:20:44,-273.15
-15/12/2023 09:20:46,-273.15
-15/12/2023 09:20:48,-273.15
-15/12/2023 09:20:50,-273.15
-15/12/2023 09:20:52,-273.15
-15/12/2023 09:20:54,-273.15
-15/12/2023 09:20:56,-273.15
-15/12/2023 09:20:58,-273.15
-15/12/2023 09:21:00,-273.15
-15/12/2023 09:21:02,-273.15
-15/12/2023 09:21:04,-273.15
-15/12/2023 09:21:06,-273.15
-15/12/2023 09:21:08,-273.15
-15/12/2023 09:21:10,-273.15
-15/12/2023 09:21:12,-273.15
-15/12/2023 09:21:14,-273.15
-15/12/2023 09:21:16,-273.15
-15/12/2023 09:21:18,-273.15
-15/12/2023 09:21:20,-273.15
-15/12/2023 09:21:22,-273.15
-15/12/2023 09:21:24,-273.15
-15/12/2023 09:21:26,-273.15
-15/12/2023 09:21:28,-273.15
-15/12/2023 09:21:30,-273.15
-15/12/2023 09:21:32,-273.15
-15/12/2023 09:21:34,-273.15
-15/12/2023 09:21:36,-273.15
-15/12/2023 09:21:38,-273.15
-15/12/2023 09:21:40,-273.15
-15/12/2023 09:21:42,-273.15
-15/12/2023 09:21:44,-273.15
-15/12/2023 09:21:46,-273.15
-15/12/2023 09:21:48,-273.15
-15/12/2023 09:21:50,-273.15
-15/12/2023 09:21:52,-273.15
-15/12/2023 09:21:54,-273.15
-15/12/2023 09:21:56,-273.15
-15/12/2023 09:21:58,-273.15
-15/12/2023 09:22:00,-273.15
-15/12/2023 09:22:02,-273.15
-15/12/2023 09:22:04,-273.15
-15/12/2023 09:22:06,-273.15
-15/12/2023 09:22:08,-273.15
-15/12/2023 09:22:10,-273.15
-15/12/2023 09:22:13,-273.15
-15/12/2023 09:22:15,-273.15
-15/12/2023 09:22:17,-273.15
-15/12/2023 09:22:19,-273.15
-15/12/2023 09:22:21,-273.15
-15/12/2023 09:22:23,-273.15
-15/12/2023 09:22:25,-273.15
-15/12/2023 09:22:27,-273.15
-15/12/2023 09:22:29,-273.15
-15/12/2023 09:22:31,-273.15
-15/12/2023 09:22:33,-273.15
-15/12/2023 09:22:35,-273.15
-15/12/2023 09:22:37,-273.15
-15/12/2023 09:22:39,-273.15
-15/12/2023 09:22:41,-273.15
-15/12/2023 09:22:43,-273.15
-15/12/2023 09:22:45,-273.15
-15/12/2023 09:22:47,-273.15
-15/12/2023 09:22:49,-273.15
-15/12/2023 09:22:51,-273.15
-15/12/2023 09:22:53,-273.15
-15/12/2023 09:22:55,-273.15
-15/12/2023 09:22:57,-273.15
-15/12/2023 09:22:59,-273.15
-15/12/2023 09:23:01,-273.15
-15/12/2023 09:23:03,-273.15
-15/12/2023 09:23:05,-273.15
-15/12/2023 09:23:07,-273.15
-15/12/2023 09:23:09,-273.15
-15/12/2023 09:23:11,-273.15
-15/12/2023 09:23:13,-273.15
-15/12/2023 09:23:15,-273.15
-15/12/2023 09:23:17,-273.15
-15/12/2023 09:23:19,-273.15
-15/12/2023 09:23:21,-273.15
-15/12/2023 09:23:23,-273.15
-15/12/2023 09:23:25,-273.15
-15/12/2023 09:23:27,-273.15
-15/12/2023 09:23:29,-273.15
-15/12/2023 09:23:31,-273.15
-15/12/2023 09:23:33,-273.15
-15/12/2023 09:23:35,-273.15
-15/12/2023 09:23:37,-273.15
-15/12/2023 09:23:39,-273.15
-15/12/2023 09:23:41,-273.15
-15/12/2023 09:23:43,-273.15
-15/12/2023 09:23:45,-273.15
-15/12/2023 09:23:47,-273.15
-15/12/2023 09:23:49,-273.15
-15/12/2023 09:23:51,-273.15
-15/12/2023 09:23:53,-273.15
-15/12/2023 09:23:55,-273.15
-15/12/2023 09:23:57,-273.15
-15/12/2023 09:23:59,-273.15
-15/12/2023 09:24:01,-273.15
-15/12/2023 09:24:03,-273.15
-15/12/2023 09:24:05,-273.15
-15/12/2023 09:24:07,-273.15
-15/12/2023 09:24:09,-273.15
-15/12/2023 09:24:11,-273.15
-15/12/2023 09:24:13,-273.15
-15/12/2023 09:24:15,-273.15
-15/12/2023 09:24:17,-273.15
-15/12/2023 09:24:19,-273.15
-15/12/2023 09:24:21,-273.15
-15/12/2023 09:24:23,-273.15
-15/12/2023 09:24:25,-273.15
-15/12/2023 09:24:27,-273.15
-15/12/2023 09:24:29,-273.15
-15/12/2023 09:24:31,-273.15
-15/12/2023 09:24:33,-273.15
-15/12/2023 09:24:35,-273.15
-15/12/2023 09:24:37,-273.15
-15/12/2023 09:24:39,-273.15
-15/12/2023 09:24:41,-273.15
-15/12/2023 09:24:43,-273.15
-15/12/2023 09:24:45,-273.15
-15/12/2023 09:24:48,-273.15
-15/12/2023 09:24:50,-273.15
-15/12/2023 09:24:52,-273.15
-15/12/2023 09:24:54,-273.15
-15/12/2023 09:24:56,-273.15
-15/12/2023 09:24:58,-273.15
-15/12/2023 09:25:00,-273.15
-15/12/2023 09:25:02,-273.15
-15/12/2023 09:25:04,-273.15
-15/12/2023 09:25:06,-273.15
-15/12/2023 09:25:08,-273.15
-15/12/2023 09:25:10,-273.15
-15/12/2023 09:25:12,-273.15
-15/12/2023 09:25:14,-273.15
-15/12/2023 09:25:16,-273.15
-15/12/2023 09:25:18,-273.15
-15/12/2023 09:25:20,-273.15
-15/12/2023 09:25:22,-273.15
-15/12/2023 09:25:24,-273.15
-15/12/2023 09:25:26,-273.15
-15/12/2023 09:25:28,-273.15
-15/12/2023 09:25:30,-273.15
-15/12/2023 09:25:32,-273.15
-15/12/2023 09:25:34,-273.15
-15/12/2023 09:25:36,-273.15
-15/12/2023 09:25:38,-273.15
-15/12/2023 09:25:40,-273.15
-15/12/2023 09:25:42,-273.15
-15/12/2023 09:25:44,-273.15
-15/12/2023 09:25:46,-273.15
-15/12/2023 09:25:48,-273.15
-15/12/2023 09:25:50,-273.15
-15/12/2023 09:25:52,-273.15
-15/12/2023 09:25:54,-273.15
-15/12/2023 09:25:56,-273.15
-15/12/2023 09:25:58,-273.15
-15/12/2023 09:26:00,-273.15
-15/12/2023 09:26:02,-273.15
-15/12/2023 09:26:04,-273.15
-15/12/2023 09:26:06,-273.15
-15/12/2023 09:26:08,-273.15
-15/12/2023 09:26:10,-273.15
-15/12/2023 09:26:12,-273.15
-15/12/2023 09:26:14,-273.15
-15/12/2023 09:26:16,-273.15
-15/12/2023 09:26:18,-273.15
-15/12/2023 09:26:20,-273.15
-15/12/2023 09:26:22,-273.15
-15/12/2023 09:26:24,-273.15
-15/12/2023 09:26:26,-273.15
-15/12/2023 09:26:28,-273.15
-15/12/2023 09:26:30,-273.15
-15/12/2023 09:26:32,-273.15
-15/12/2023 09:26:34,-273.15
-15/12/2023 09:26:36,-273.15
-15/12/2023 09:26:38,-273.15
-15/12/2023 09:26:40,-273.15
-15/12/2023 09:26:42,-273.15
-15/12/2023 09:26:45,-273.15
-15/12/2023 09:26:47,-273.15
-15/12/2023 09:26:49,-273.15
-15/12/2023 09:26:51,-273.15
-15/12/2023 09:26:53,-273.15
-15/12/2023 09:26:55,-273.15
-15/12/2023 09:26:57,-273.15
-15/12/2023 09:26:59,-273.15
-15/12/2023 09:27:01,-273.15
-15/12/2023 09:27:03,-273.15
-15/12/2023 09:27:05,-273.15
-15/12/2023 09:27:07,-273.15
-15/12/2023 09:27:09,-273.15
-15/12/2023 09:27:11,-273.15
-15/12/2023 09:27:13,-273.15
-15/12/2023 09:27:15,-273.15
-15/12/2023 09:27:17,-273.15
-15/12/2023 09:27:19,-273.15
-15/12/2023 09:27:21,-273.15
-15/12/2023 09:27:23,-273.15
-15/12/2023 09:27:25,-273.15
-15/12/2023 09:27:27,-273.15
-15/12/2023 09:27:29,-273.15
-15/12/2023 09:27:31,-273.15
-15/12/2023 09:27:33,-273.15
-15/12/2023 09:27:35,-273.15
-15/12/2023 09:27:37,-273.15
-15/12/2023 09:27:39,-273.15
-15/12/2023 09:27:41,-273.15
-15/12/2023 09:27:43,-273.15
-15/12/2023 09:27:45,-273.15
-15/12/2023 09:27:47,-273.15
-15/12/2023 09:27:49,-273.15
-15/12/2023 09:27:51,-273.15
-15/12/2023 09:27:53,-273.15
-15/12/2023 09:27:55,-273.15
-15/12/2023 09:27:57,-273.15
-15/12/2023 09:27:59,-273.15
-15/12/2023 09:28:01,-273.15
-15/12/2023 09:28:03,-273.15
-15/12/2023 09:28:06,-273.15
-15/12/2023 09:28:08,-273.15
-15/12/2023 09:28:10,-273.15
-15/12/2023 09:28:12,-273.15
-15/12/2023 09:28:14,-273.15
-15/12/2023 09:28:16,-273.15
-15/12/2023 09:28:18,-273.15
-15/12/2023 09:28:20,-273.15
-15/12/2023 09:28:22,-273.15
-15/12/2023 09:28:24,-273.15
-15/12/2023 09:28:26,-273.15
-15/12/2023 09:28:28,-273.15
-15/12/2023 09:28:30,-273.15
-15/12/2023 09:28:32,-273.15
-15/12/2023 09:28:34,-273.15
-15/12/2023 09:28:36,-273.15
-15/12/2023 09:28:38,-273.15
-15/12/2023 09:28:40,-273.15
-15/12/2023 09:28:42,-273.15
-15/12/2023 09:28:44,-273.15
-15/12/2023 09:28:46,-273.15
-15/12/2023 09:28:48,-273.15
-15/12/2023 09:28:50,-273.15
-15/12/2023 09:28:52,-273.15
-15/12/2023 09:28:54,-273.15
-15/12/2023 09:28:56,-273.15
-15/12/2023 09:28:58,-273.15
-15/12/2023 09:29:00,-273.15
-15/12/2023 09:29:02,-273.15
-15/12/2023 09:29:04,-273.15
-15/12/2023 09:29:06,-273.15
-15/12/2023 09:29:08,-273.15
-15/12/2023 09:29:10,-273.15
-15/12/2023 09:29:12,-273.15
-15/12/2023 09:29:14,-273.15
-15/12/2023 09:29:16,-273.15
-15/12/2023 09:29:18,-273.15
-15/12/2023 09:29:20,-273.15
-15/12/2023 09:29:22,-273.15
-15/12/2023 09:29:24,-273.15
-15/12/2023 09:29:26,-273.15
-15/12/2023 09:29:28,-273.15
-15/12/2023 09:29:30,-273.15
-15/12/2023 09:29:32,-273.15
-15/12/2023 09:29:34,-273.15
-15/12/2023 09:29:37,-273.15
-15/12/2023 09:29:39,-273.15
-15/12/2023 09:29:41,-273.15
-15/12/2023 09:29:43,-273.15
-15/12/2023 09:29:45,-273.15
-15/12/2023 09:29:47,-273.15
-15/12/2023 09:29:49,-273.15
-15/12/2023 09:29:51,-273.15
-15/12/2023 09:29:53,-273.15
-15/12/2023 09:29:55,-273.15
-15/12/2023 09:29:57,-273.15
-15/12/2023 09:29:59,-273.15
-15/12/2023 09:30:01,-273.15
-15/12/2023 09:30:03,-273.15
-15/12/2023 09:30:05,-273.15
-15/12/2023 09:30:07,-273.15
-15/12/2023 09:30:09,-273.15
-15/12/2023 09:30:11,-273.15
-15/12/2023 09:30:13,-273.15
-15/12/2023 09:30:15,-273.15
-15/12/2023 09:30:17,-273.15
-15/12/2023 09:30:19,-273.15
-15/12/2023 09:30:21,-273.15
-15/12/2023 09:30:23,-273.15
-15/12/2023 09:30:25,-273.15
-15/12/2023 09:30:27,-273.15
-15/12/2023 09:30:29,-273.15
-15/12/2023 09:30:31,-273.15
-15/12/2023 09:30:33,-273.15
-15/12/2023 09:30:35,-273.15
-15/12/2023 09:30:37,-273.15
-15/12/2023 09:30:39,-273.15
-15/12/2023 09:30:41,-273.15
-15/12/2023 09:30:43,-273.15
-15/12/2023 09:30:45,-273.15
-15/12/2023 09:30:47,-273.15
-15/12/2023 09:30:49,-273.15
-15/12/2023 09:30:51,-273.15
-15/12/2023 09:30:53,-273.15
-15/12/2023 09:30:55,-273.15
-15/12/2023 09:30:57,-273.15
-15/12/2023 09:30:59,-273.15
-15/12/2023 09:31:01,-273.15
-15/12/2023 09:31:04,-273.15
-15/12/2023 09:31:06,-273.15
-15/12/2023 09:31:08,-273.15
-15/12/2023 09:31:10,-273.15
-15/12/2023 09:31:12,-273.15
-15/12/2023 09:31:14,-273.15
-15/12/2023 09:31:16,-273.15
-15/12/2023 09:31:18,-273.15
-15/12/2023 09:31:20,-273.15
-15/12/2023 09:31:22,-273.15
-15/12/2023 09:31:24,-273.15
-15/12/2023 09:31:26,-273.15
-15/12/2023 09:31:28,-273.15
-15/12/2023 09:31:30,-273.15
-15/12/2023 09:31:32,-273.15
-15/12/2023 09:31:34,-273.15
-15/12/2023 09:31:36,-273.15
-15/12/2023 09:31:38,-273.15
-15/12/2023 09:31:40,-273.15
-15/12/2023 09:31:42,-273.15
-15/12/2023 09:31:44,-273.15
-15/12/2023 09:31:46,-273.15
-15/12/2023 09:31:48,-273.15
-15/12/2023 09:31:50,-273.15
-15/12/2023 09:31:52,-273.15
-15/12/2023 09:31:54,-273.15
-15/12/2023 09:31:56,-273.15
-15/12/2023 09:31:58,-273.15
-15/12/2023 09:32:00,-273.15
-15/12/2023 09:32:02,-273.15
-15/12/2023 09:32:04,-273.15
-15/12/2023 09:32:06,-273.15
-15/12/2023 09:32:08,-273.15
-15/12/2023 09:32:10,-273.15
-15/12/2023 09:32:12,-273.15
-15/12/2023 09:32:14,-273.15
-15/12/2023 09:32:16,-273.15
-15/12/2023 09:32:18,-273.15
-15/12/2023 09:32:20,-273.15
-15/12/2023 09:32:22,-273.15
-15/12/2023 09:32:24,-273.15
-15/12/2023 09:32:26,-273.15
-15/12/2023 09:32:28,-273.15
-15/12/2023 09:32:30,-273.15
-15/12/2023 09:32:32,-273.15
-15/12/2023 09:32:34,-273.15
-15/12/2023 09:32:36,-273.15
-15/12/2023 09:32:38,-273.15
-15/12/2023 09:32:40,-273.15
-15/12/2023 09:32:42,-273.15
-15/12/2023 09:32:44,-273.15
-15/12/2023 09:32:46,-273.15
-15/12/2023 09:32:48,-273.15
-15/12/2023 09:32:50,-273.15
-15/12/2023 09:32:52,-273.15
-15/12/2023 09:32:54,-273.15
-15/12/2023 09:32:56,-273.15
-15/12/2023 09:32:58,-273.15
-15/12/2023 09:33:00,-273.15
-15/12/2023 09:33:02,-273.15
-15/12/2023 09:33:04,-273.15
-15/12/2023 09:33:06,-273.15
-15/12/2023 09:33:08,-273.15
-15/12/2023 09:33:11,-273.15
-15/12/2023 09:33:13,-273.15
-15/12/2023 09:33:15,-273.15
-15/12/2023 09:33:17,-273.15
-15/12/2023 09:33:19,-273.15
-15/12/2023 09:33:21,-273.15
-15/12/2023 09:33:23,-273.15
-15/12/2023 09:33:25,-273.15
-15/12/2023 09:33:27,-273.15
-15/12/2023 09:33:29,-273.15
-15/12/2023 09:33:31,-273.15
-15/12/2023 09:33:33,-273.15
-15/12/2023 09:33:35,-273.15
-15/12/2023 09:33:37,-273.15
-15/12/2023 09:33:39,-273.15
-15/12/2023 09:33:41,-273.15
-15/12/2023 09:33:43,-273.15
-15/12/2023 09:33:45,-273.15
-15/12/2023 09:33:47,-273.15
-15/12/2023 09:33:49,-273.15
-15/12/2023 09:33:51,-273.15
-15/12/2023 09:33:53,-273.15
-15/12/2023 09:33:55,-273.15
-15/12/2023 09:33:57,-273.15
-15/12/2023 09:33:59,-273.15
-15/12/2023 09:34:01,-273.15
-15/12/2023 09:34:03,-273.15
-15/12/2023 09:34:05,-273.15
-15/12/2023 09:34:07,-273.15
-15/12/2023 09:34:09,-273.15
-15/12/2023 09:34:11,-273.15
-15/12/2023 09:34:13,-273.15
-15/12/2023 09:34:15,-273.15
-15/12/2023 09:34:17,-273.15
-15/12/2023 09:34:19,-273.15
-15/12/2023 09:34:21,-273.15
-15/12/2023 09:34:23,-273.15
-15/12/2023 09:34:25,-273.15
-15/12/2023 09:34:27,-273.15
-15/12/2023 09:34:29,-273.15
-15/12/2023 09:34:31,-273.15
-15/12/2023 09:34:33,-273.15
-15/12/2023 09:34:35,-273.15
-15/12/2023 09:34:37,-273.15
-15/12/2023 09:34:39,-273.15
-15/12/2023 09:34:41,-273.15
-15/12/2023 09:34:43,-273.15
-15/12/2023 09:34:45,-273.15
-15/12/2023 09:34:47,-273.15
-15/12/2023 09:34:49,-273.15
-15/12/2023 09:34:51,-273.15
-15/12/2023 09:34:53,-273.15
-15/12/2023 09:34:55,-273.15
-15/12/2023 09:34:57,-273.15
-15/12/2023 09:34:59,-273.15
-15/12/2023 09:35:01,-273.15
-15/12/2023 09:35:03,-273.15
-15/12/2023 09:35:05,-273.15
-15/12/2023 09:35:07,-273.15
-15/12/2023 09:35:09,-273.15
-15/12/2023 09:35:11,-273.15
-15/12/2023 09:35:13,-273.15
-15/12/2023 09:35:15,-273.15
-15/12/2023 09:35:17,-273.15
-15/12/2023 09:35:19,-273.15
-15/12/2023 09:35:21,-273.15
-15/12/2023 09:35:23,-273.15
-15/12/2023 09:35:25,-273.15
-15/12/2023 09:35:27,-273.15
-15/12/2023 09:35:29,-273.15
-15/12/2023 09:35:31,-273.15
-15/12/2023 09:35:33,-273.15
-15/12/2023 09:35:36,-273.15
-15/12/2023 09:35:38,-273.15
-15/12/2023 09:35:40,-273.15
-15/12/2023 09:35:42,-273.15
-15/12/2023 09:35:44,-273.15
-15/12/2023 09:35:46,-273.15
-15/12/2023 09:35:48,-273.15
-15/12/2023 09:35:50,-273.15
-15/12/2023 09:35:52,-273.15
-15/12/2023 09:35:54,-273.15
-15/12/2023 09:35:56,-273.15
-15/12/2023 09:35:58,-273.15
-15/12/2023 09:36:00,-273.15
-15/12/2023 09:36:02,-273.15
-15/12/2023 09:36:04,-273.15
-15/12/2023 09:36:06,-273.15
-15/12/2023 09:36:08,-273.15
-15/12/2023 09:36:10,-273.15
-15/12/2023 09:36:12,-273.15
-15/12/2023 09:36:14,-273.15
-15/12/2023 09:36:16,-273.15
-15/12/2023 09:36:18,-273.15
-15/12/2023 09:36:20,-273.15
-15/12/2023 09:36:22,-273.15
-15/12/2023 09:36:24,-273.15
-15/12/2023 09:36:26,-273.15
-15/12/2023 09:36:28,-273.15
-15/12/2023 09:36:30,-273.15
-15/12/2023 09:36:32,-273.15
-15/12/2023 09:36:34,-273.15
-15/12/2023 09:36:36,-273.15
-15/12/2023 09:36:38,-273.15
-15/12/2023 09:36:40,-273.15
-15/12/2023 09:36:42,-273.15
-15/12/2023 09:36:44,-273.15
-15/12/2023 09:36:46,-273.15
-15/12/2023 09:36:48,-273.15
-15/12/2023 09:36:50,-273.15
-15/12/2023 09:36:52,-273.15
-15/12/2023 09:36:54,-273.15
-15/12/2023 09:36:56,-273.15
-15/12/2023 09:36:58,-273.15
-15/12/2023 09:37:00,-273.15
-15/12/2023 09:37:02,-273.15
-15/12/2023 09:37:04,-273.15
-15/12/2023 09:37:06,-273.15
-15/12/2023 09:37:08,-273.15
-15/12/2023 09:37:10,-273.15
-15/12/2023 09:37:12,-273.15
-15/12/2023 09:37:14,-273.15
-15/12/2023 09:37:16,-273.15
-15/12/2023 09:37:18,-273.15
-15/12/2023 09:37:20,-273.15
-15/12/2023 09:37:22,-273.15
-15/12/2023 09:37:24,-273.15
-15/12/2023 09:37:26,-273.15
-15/12/2023 09:37:28,-273.15
-15/12/2023 09:37:30,-273.15
-15/12/2023 09:37:32,-273.15
-15/12/2023 09:37:34,-273.15
-15/12/2023 09:37:36,-273.15
-15/12/2023 09:37:38,-273.15
-15/12/2023 09:37:40,-273.15
-15/12/2023 09:37:42,-273.15
-15/12/2023 09:37:45,-273.15
-15/12/2023 09:37:47,-273.15
-15/12/2023 09:37:49,-273.15
-15/12/2023 09:37:51,-273.15
-15/12/2023 09:37:53,-273.15
-15/12/2023 09:37:55,-273.15
-15/12/2023 09:37:57,-273.15
-15/12/2023 09:37:59,-273.15
-15/12/2023 09:38:01,-273.15
-15/12/2023 09:38:03,-273.15
-15/12/2023 09:38:05,-273.15
-15/12/2023 09:38:07,-273.15
-15/12/2023 09:38:09,-273.15
-15/12/2023 09:38:11,-273.15
-15/12/2023 09:38:13,-273.15
-15/12/2023 09:38:15,-273.15
-15/12/2023 09:38:17,-273.15
-15/12/2023 09:38:19,-273.15
-15/12/2023 09:38:21,-273.15
-15/12/2023 09:38:23,-273.15
-15/12/2023 09:38:25,-273.15
-15/12/2023 09:38:27,-273.15
-15/12/2023 09:38:29,-273.15
-15/12/2023 09:38:31,-273.15
-15/12/2023 09:38:33,-273.15
-15/12/2023 09:38:35,-273.15
-15/12/2023 09:38:37,-273.15
-15/12/2023 09:38:39,-273.15
-15/12/2023 09:38:41,-273.15
-15/12/2023 09:38:43,-273.15
-15/12/2023 09:38:45,-273.15
-15/12/2023 09:38:47,-273.15
-15/12/2023 09:38:49,-273.15
-15/12/2023 09:38:51,-273.15
-15/12/2023 09:38:53,-273.15
-15/12/2023 09:38:55,-273.15
-15/12/2023 09:38:57,-273.15
-15/12/2023 09:38:59,-273.15
-15/12/2023 09:39:01,-273.15
-15/12/2023 09:39:03,-273.15
-15/12/2023 09:39:05,-273.15
-15/12/2023 09:39:07,-273.15
-15/12/2023 09:39:09,-273.15
-15/12/2023 09:39:11,-273.15
-15/12/2023 09:39:13,-273.15
-15/12/2023 09:39:15,-273.15
-15/12/2023 09:39:17,-273.15
-15/12/2023 09:39:19,-273.15
-15/12/2023 09:39:21,-273.15
-15/12/2023 09:39:23,-273.15
-15/12/2023 09:39:25,-273.15
-15/12/2023 09:39:27,-273.15
-15/12/2023 09:39:30,-273.15
-15/12/2023 09:39:32,-273.15
-15/12/2023 09:39:34,-273.15
-15/12/2023 09:39:36,-273.15
-15/12/2023 09:39:38,-273.15
-15/12/2023 09:39:40,-273.15
-15/12/2023 09:39:42,-273.15
-15/12/2023 09:39:44,-273.15
-15/12/2023 09:39:46,-273.15
-15/12/2023 09:39:48,-273.15
-15/12/2023 09:39:50,-273.15
-15/12/2023 09:39:52,-273.15
-15/12/2023 09:39:54,-273.15
-15/12/2023 09:39:56,-273.15
-15/12/2023 09:39:58,-273.15
-15/12/2023 09:40:00,-273.15
-15/12/2023 09:40:02,-273.15
-15/12/2023 09:40:04,-273.15
-15/12/2023 09:40:06,-273.15
-15/12/2023 09:40:08,-273.15
-15/12/2023 09:40:10,-273.15
-15/12/2023 09:40:12,-273.15
-15/12/2023 09:40:14,-273.15
-15/12/2023 09:40:16,-273.15
-15/12/2023 09:40:18,-273.15
-15/12/2023 09:40:20,-273.15
-15/12/2023 09:40:22,-273.15
-15/12/2023 09:40:24,-273.15
-15/12/2023 09:40:26,-273.15
-15/12/2023 09:40:28,-273.15
-15/12/2023 09:40:30,-273.15
-15/12/2023 09:40:32,-273.15
-15/12/2023 09:40:34,-273.15
-15/12/2023 09:40:36,-273.15
-15/12/2023 09:40:38,-273.15
-15/12/2023 09:40:40,-273.15
-15/12/2023 09:40:42,-273.15
-15/12/2023 09:40:44,-273.15
-15/12/2023 09:40:46,-273.15
-15/12/2023 09:40:48,-273.15
-15/12/2023 09:40:50,-273.15
-15/12/2023 09:40:52,-273.15
-15/12/2023 09:40:54,-273.15
-15/12/2023 09:40:56,-273.15
-15/12/2023 09:40:58,-273.15
-15/12/2023 09:41:00,-273.15
-15/12/2023 09:41:02,-273.15
-15/12/2023 09:41:04,-273.15
-15/12/2023 09:41:06,-273.15
-15/12/2023 09:41:08,-273.15
-15/12/2023 09:41:10,-273.15
-15/12/2023 09:41:12,-273.15
-15/12/2023 09:41:14,-273.15
-15/12/2023 09:41:16,-273.15
-15/12/2023 09:41:18,-273.15
-15/12/2023 09:41:20,-273.15
-15/12/2023 09:41:22,-273.15
-15/12/2023 09:41:24,-273.15
-15/12/2023 09:41:26,-273.15
-15/12/2023 09:41:28,-273.15
-15/12/2023 09:41:30,-273.15
-15/12/2023 09:41:32,-273.15
-15/12/2023 09:41:34,-273.15
-15/12/2023 09:41:36,-273.15
-15/12/2023 09:41:38,-273.15
-15/12/2023 09:41:40,-273.15
-15/12/2023 09:41:43,-273.15
-15/12/2023 09:41:45,-273.15
-15/12/2023 09:41:47,-273.15
-15/12/2023 09:41:49,-273.15
-15/12/2023 09:41:51,-273.15
-15/12/2023 09:41:53,-273.15
-15/12/2023 09:41:55,-273.15
-15/12/2023 09:41:57,-273.15
-15/12/2023 09:41:59,-273.15
-15/12/2023 09:42:01,-273.15
-15/12/2023 09:42:03,-273.15
-15/12/2023 09:42:05,-273.15
-15/12/2023 09:42:07,-273.15
-15/12/2023 09:42:09,-273.15
-15/12/2023 09:42:11,-273.15
-15/12/2023 09:42:13,-273.15
-15/12/2023 09:42:15,-273.15
-15/12/2023 09:42:17,-273.15
-15/12/2023 09:42:19,-273.15
-15/12/2023 09:42:21,-273.15
-15/12/2023 09:42:23,-273.15
-15/12/2023 09:42:25,-273.15
-15/12/2023 09:42:27,-273.15
-15/12/2023 09:42:29,-273.15
-15/12/2023 09:42:31,-273.15
-15/12/2023 09:42:33,-273.15
-15/12/2023 09:42:35,-273.15
-15/12/2023 09:42:37,-273.15
-15/12/2023 09:42:39,-273.15
-15/12/2023 09:42:41,-273.15
-15/12/2023 09:42:43,-273.15
-15/12/2023 09:42:45,-273.15
-15/12/2023 09:42:47,-273.15
-15/12/2023 09:42:49,-273.15
-15/12/2023 09:42:51,-273.15
-15/12/2023 09:42:53,-273.15
-15/12/2023 09:42:55,-273.15
-15/12/2023 09:42:57,-273.15
-15/12/2023 09:42:59,-273.15
-15/12/2023 09:43:01,-273.15
-15/12/2023 09:43:03,-273.15
-15/12/2023 09:43:05,-273.15
-15/12/2023 09:43:07,-273.15
-15/12/2023 09:43:09,-273.15
-15/12/2023 09:43:11,-273.15
-15/12/2023 09:43:13,-273.15
-15/12/2023 09:43:15,-273.15
-15/12/2023 09:43:17,-273.15
-15/12/2023 09:43:19,-273.15
-15/12/2023 09:43:21,-273.15
-15/12/2023 09:43:23,-273.15
-15/12/2023 09:43:25,-273.15
-15/12/2023 09:43:27,-273.15
-15/12/2023 09:43:29,-273.15
-15/12/2023 09:43:31,-273.15
-15/12/2023 09:43:33,-273.15
-15/12/2023 09:43:35,-273.15
-15/12/2023 09:43:37,-273.15
-15/12/2023 09:43:39,-273.15
-15/12/2023 09:43:41,-273.15
-15/12/2023 09:43:43,-273.15
-15/12/2023 09:43:45,-273.15
-15/12/2023 09:43:47,-273.15
-15/12/2023 09:43:49,-273.15
-15/12/2023 09:43:51,-273.15
-15/12/2023 09:43:53,-273.15
-15/12/2023 09:43:55,-273.15
-15/12/2023 09:43:57,-273.15
-15/12/2023 09:43:59,-273.15
-15/12/2023 09:44:01,-273.15
-15/12/2023 09:44:03,-273.15
-15/12/2023 09:44:06,-273.15
-15/12/2023 09:44:08,-273.15
-15/12/2023 09:44:10,-273.15
-15/12/2023 09:44:12,-273.15
-15/12/2023 09:44:14,-273.15
-15/12/2023 09:44:16,-273.15
-15/12/2023 09:44:18,-273.15
-15/12/2023 09:44:20,-273.15
-15/12/2023 09:44:22,-273.15
-15/12/2023 09:44:24,-273.15
-15/12/2023 09:44:26,-273.15
-15/12/2023 09:44:28,-273.15
-15/12/2023 09:44:30,-273.15
-15/12/2023 09:44:32,-273.15
-15/12/2023 09:44:34,-273.15
-15/12/2023 09:44:36,-273.15
-15/12/2023 09:44:38,-273.15
-15/12/2023 09:44:40,-273.15
-15/12/2023 09:44:42,-273.15
-15/12/2023 09:44:44,-273.15
-15/12/2023 09:44:46,-273.15
-15/12/2023 09:44:48,-273.15
-15/12/2023 09:44:50,-273.15
-15/12/2023 09:44:52,-273.15
-15/12/2023 09:44:54,-273.15
-15/12/2023 09:44:56,-273.15
-15/12/2023 09:44:58,-273.15
-15/12/2023 09:45:00,-273.15
-15/12/2023 09:45:02,-273.15
-15/12/2023 09:45:04,-273.15
-15/12/2023 09:45:06,-273.15
-15/12/2023 09:45:08,-273.15
-15/12/2023 09:45:10,-273.15
-15/12/2023 09:45:12,-273.15
-15/12/2023 09:45:14,-273.15
-15/12/2023 09:45:16,-273.15
-15/12/2023 09:45:18,-273.15
-15/12/2023 09:45:20,-273.15
-15/12/2023 09:45:22,-273.15
-15/12/2023 09:45:24,-273.15
-15/12/2023 09:45:26,-273.15
-15/12/2023 09:45:28,-273.15
-15/12/2023 09:45:30,-273.15
-15/12/2023 09:45:32,-273.15
-15/12/2023 09:45:35,-273.15
-15/12/2023 09:45:37,-273.15
-15/12/2023 09:45:39,-273.15
-15/12/2023 09:45:41,-273.15
-15/12/2023 09:45:43,-273.15
-15/12/2023 09:45:45,-273.15
-15/12/2023 09:45:47,-273.15
-15/12/2023 09:45:49,-273.15
-15/12/2023 09:45:51,-273.15
-15/12/2023 09:45:53,-273.15
-15/12/2023 09:45:55,-273.15
-15/12/2023 09:45:57,-273.15
-15/12/2023 09:45:59,-273.15
-15/12/2023 09:46:01,-273.15
-15/12/2023 09:46:03,-273.15
-15/12/2023 09:46:05,-273.15
-15/12/2023 09:46:07,-273.15
-15/12/2023 09:46:09,-273.15
-15/12/2023 09:46:11,-273.15
-15/12/2023 09:46:13,-273.15
-15/12/2023 09:46:15,-273.15
-15/12/2023 09:46:17,-273.15
-15/12/2023 09:46:19,-273.15
-15/12/2023 09:46:21,-273.15
-15/12/2023 09:46:23,-273.15
-15/12/2023 09:46:25,-273.15
-15/12/2023 09:46:27,-273.15
-15/12/2023 09:46:29,-273.15
-15/12/2023 09:46:31,-273.15
-15/12/2023 09:46:33,-273.15
-15/12/2023 09:46:35,-273.15
-15/12/2023 09:46:37,-273.15
-15/12/2023 09:46:39,-273.15
-15/12/2023 09:46:41,-273.15
-15/12/2023 09:46:43,-273.15
-15/12/2023 09:46:45,-273.15
-15/12/2023 09:46:47,-273.15
-15/12/2023 09:46:49,-273.15
-15/12/2023 09:46:51,-273.15
-15/12/2023 09:46:53,-273.15
-15/12/2023 09:46:55,-273.15
-15/12/2023 09:46:57,-273.15
-15/12/2023 09:46:59,-273.15
-15/12/2023 09:47:02,-273.15
-15/12/2023 09:47:04,-273.15
-15/12/2023 09:47:06,-273.15
-15/12/2023 09:47:08,-273.15
-15/12/2023 09:47:10,-273.15
-15/12/2023 09:47:12,-273.15
-15/12/2023 09:47:14,-273.15
-15/12/2023 09:47:16,-273.15
-15/12/2023 09:47:18,-273.15
-15/12/2023 09:47:20,-273.15
-15/12/2023 09:47:22,-273.15
-15/12/2023 09:47:24,-273.15
-15/12/2023 09:47:26,-273.15
-15/12/2023 09:47:28,-273.15
-15/12/2023 09:47:30,-273.15
-15/12/2023 09:47:32,-273.15
-15/12/2023 09:47:34,-273.15
-15/12/2023 09:47:36,-273.15
-15/12/2023 09:47:38,-273.15
-15/12/2023 09:47:40,-273.15
-15/12/2023 09:47:42,-273.15
-15/12/2023 09:47:44,-273.15
-15/12/2023 09:47:46,-273.15
-15/12/2023 09:47:48,-273.15
-15/12/2023 09:47:50,-273.15
-15/12/2023 09:47:52,-273.15
-15/12/2023 09:47:54,-273.15
-15/12/2023 09:47:56,-273.15
-15/12/2023 09:47:58,-273.15
-15/12/2023 09:48:00,-273.15
-15/12/2023 09:48:02,-273.15
-15/12/2023 09:48:04,-273.15
-15/12/2023 09:48:06,-273.15
-15/12/2023 09:48:08,-273.15
-15/12/2023 09:48:10,-273.15
-15/12/2023 09:48:12,-273.15
-15/12/2023 09:48:14,-273.15
-15/12/2023 09:48:16,-273.15
-15/12/2023 09:48:18,-273.15
-15/12/2023 09:48:20,-273.15
-15/12/2023 09:48:22,-273.15
-15/12/2023 09:48:24,-273.15
-15/12/2023 09:48:26,-273.15
-15/12/2023 09:48:28,-273.15
-15/12/2023 09:48:30,-273.15
-15/12/2023 09:48:32,-273.15
-15/12/2023 09:48:35,-273.15
-15/12/2023 09:48:37,-273.15
-15/12/2023 09:48:39,-273.15
-15/12/2023 09:48:41,-273.15
-15/12/2023 09:48:43,-273.15
-15/12/2023 09:48:45,-273.15
-15/12/2023 09:48:47,-273.15
-15/12/2023 09:48:49,-273.15
-15/12/2023 09:48:51,-273.15
-15/12/2023 09:48:53,-273.15
-15/12/2023 09:48:55,-273.15
-15/12/2023 09:48:57,-273.15
-15/12/2023 09:48:59,-273.15
-15/12/2023 09:49:01,-273.15
-15/12/2023 09:49:03,-273.15
-15/12/2023 09:49:05,-273.15
-15/12/2023 09:49:07,-273.15
-15/12/2023 09:49:09,-273.15
-15/12/2023 09:49:11,-273.15
-15/12/2023 09:49:13,-273.15
-15/12/2023 09:49:15,-273.15
-15/12/2023 09:49:17,-273.15
-15/12/2023 09:49:19,-273.15
-15/12/2023 09:49:21,-273.15
-15/12/2023 09:49:23,-273.15
-15/12/2023 09:49:25,-273.15
-15/12/2023 09:49:27,-273.15
-15/12/2023 09:49:29,-273.15
-15/12/2023 09:49:31,-273.15
-15/12/2023 09:49:33,-273.15
-15/12/2023 09:49:35,-273.15
-15/12/2023 09:49:37,-273.15
-15/12/2023 09:49:39,-273.15
-15/12/2023 09:49:41,-273.15
-15/12/2023 09:49:43,-273.15
-15/12/2023 09:49:45,-273.15
-15/12/2023 09:49:47,-273.15
-15/12/2023 09:49:49,-273.15
-15/12/2023 09:49:51,-273.15
-15/12/2023 09:49:53,-273.15
-15/12/2023 09:49:55,-273.15
-15/12/2023 09:49:57,-273.15
-15/12/2023 09:49:59,-273.15
-15/12/2023 09:50:01,-273.15
-15/12/2023 09:50:03,-273.15
-15/12/2023 09:50:05,-273.15
-15/12/2023 09:50:07,-273.15
-15/12/2023 09:50:09,-273.15
-15/12/2023 09:50:11,-273.15
-15/12/2023 09:50:13,-273.15
-15/12/2023 09:50:15,-273.15
-15/12/2023 09:50:17,-273.15
-15/12/2023 09:50:19,-273.15
-15/12/2023 09:50:22,-273.15
-15/12/2023 09:50:24,-273.15
-15/12/2023 09:50:26,-273.15
-15/12/2023 09:50:28,-273.15
-15/12/2023 09:50:30,-273.15
-15/12/2023 09:50:32,-273.15
-15/12/2023 09:50:34,-273.15
-15/12/2023 09:50:36,-273.15
-15/12/2023 09:50:38,-273.15
-15/12/2023 09:50:40,-273.15
-15/12/2023 09:50:42,-273.15
-15/12/2023 09:50:44,-273.15
-15/12/2023 09:50:46,-273.15
-15/12/2023 09:50:48,-273.15
-15/12/2023 09:50:50,-273.15
-15/12/2023 09:50:52,-273.15
-15/12/2023 09:50:54,-273.15
-15/12/2023 09:50:56,-273.15
-15/12/2023 09:50:58,-273.15
-15/12/2023 09:51:00,-273.15
-15/12/2023 09:51:02,-273.15
-15/12/2023 09:51:04,-273.15
-15/12/2023 09:51:06,-273.15
-15/12/2023 09:51:08,-273.15
-15/12/2023 09:51:10,-273.15
-15/12/2023 09:51:12,-273.15
-15/12/2023 09:51:14,-273.15
-15/12/2023 09:51:16,-273.15
-15/12/2023 09:51:18,-273.15
-15/12/2023 09:51:20,-273.15
-15/12/2023 09:51:22,-273.15
-15/12/2023 09:51:24,-273.15
-15/12/2023 09:51:26,-273.15
-15/12/2023 09:51:28,-273.15
-15/12/2023 09:51:30,-273.15
-15/12/2023 09:51:32,-273.15
-15/12/2023 09:51:34,-273.15
-15/12/2023 09:51:36,-273.15
-15/12/2023 09:51:38,-273.15
-15/12/2023 09:51:40,-273.15
-15/12/2023 09:51:42,-273.15
-15/12/2023 09:51:44,-273.15
-15/12/2023 09:51:46,-273.15
-15/12/2023 09:51:48,-273.15
-15/12/2023 09:51:50,-273.15
-15/12/2023 09:51:52,-273.15
-15/12/2023 09:51:54,-273.15
-15/12/2023 09:51:56,-273.15
-15/12/2023 09:51:58,-273.15
-15/12/2023 09:52:00,-273.15
-15/12/2023 09:52:02,-273.15
-15/12/2023 09:52:04,-273.15
-15/12/2023 09:52:06,-273.15
-15/12/2023 09:52:08,-273.15
-15/12/2023 09:52:10,-273.15
-15/12/2023 09:52:12,-273.15
-15/12/2023 09:52:14,-273.15
-15/12/2023 09:52:17,-273.15
-15/12/2023 09:52:19,-273.15
-15/12/2023 09:52:21,-273.15
-15/12/2023 09:52:23,-273.15
-15/12/2023 09:52:25,-273.15
-15/12/2023 09:52:27,-273.15
-15/12/2023 09:52:29,-273.15
-15/12/2023 09:52:31,-273.15
-15/12/2023 09:52:33,-273.15
-15/12/2023 09:52:35,-273.15
-15/12/2023 09:52:37,-273.15
-15/12/2023 09:52:39,-273.15
-15/12/2023 09:52:41,-273.15
-15/12/2023 09:52:43,-273.15
-15/12/2023 09:52:45,-273.15
-15/12/2023 09:52:47,-273.15
-15/12/2023 09:52:49,-273.15
-15/12/2023 09:52:51,-273.15
-15/12/2023 09:52:53,-273.15
-15/12/2023 09:52:55,-273.15
-15/12/2023 09:52:57,-273.15
-15/12/2023 09:52:59,-273.15
-15/12/2023 09:53:01,-273.15
-15/12/2023 09:53:03,-273.15
-15/12/2023 09:53:05,-273.15
-15/12/2023 09:53:07,-273.15
-15/12/2023 09:53:09,-273.15
-15/12/2023 09:53:11,-273.15
-15/12/2023 09:53:13,-273.15
-15/12/2023 09:53:15,-273.15
-15/12/2023 09:53:17,-273.15
-15/12/2023 09:53:19,-273.15
-15/12/2023 09:53:21,-273.15
-15/12/2023 09:53:23,-273.15
-15/12/2023 09:53:25,-273.15
-15/12/2023 09:53:27,-273.15
-15/12/2023 09:53:29,-273.15
-15/12/2023 09:53:31,-273.15
-15/12/2023 09:53:33,-273.15
-15/12/2023 09:53:35,-273.15
-15/12/2023 09:53:37,-273.15
-15/12/2023 09:53:39,-273.15
-15/12/2023 09:53:41,-273.15
-15/12/2023 09:53:43,-273.15
-15/12/2023 09:53:46,-273.15
-15/12/2023 09:53:48,-273.15
-15/12/2023 09:53:50,-273.15
-15/12/2023 09:53:52,-273.15
-15/12/2023 09:53:54,-273.15
-15/12/2023 09:53:56,-273.15
-15/12/2023 09:53:58,-273.15
-15/12/2023 09:54:00,-273.15
-15/12/2023 09:54:02,-273.15
-15/12/2023 09:54:04,-273.15
-15/12/2023 09:54:06,-273.15
-15/12/2023 09:54:08,-273.15
-15/12/2023 09:54:10,-273.15
-15/12/2023 09:54:12,-273.15
-15/12/2023 09:54:14,-273.15
-15/12/2023 09:54:16,-273.15
-15/12/2023 09:54:18,-273.15
-15/12/2023 09:54:20,-273.15
-15/12/2023 09:54:22,-273.15
-15/12/2023 09:54:24,-273.15
-15/12/2023 09:54:26,-273.15
-15/12/2023 09:54:28,-273.15
-15/12/2023 09:54:30,-273.15
-15/12/2023 09:54:32,-273.15
-15/12/2023 09:54:34,-273.15
-15/12/2023 09:54:36,-273.15
-15/12/2023 09:54:38,-273.15
-15/12/2023 09:54:40,-273.15
-15/12/2023 09:54:42,-273.15
-15/12/2023 09:54:44,-273.15
-15/12/2023 09:54:46,-273.15
-15/12/2023 09:54:48,-273.15
-15/12/2023 09:54:50,-273.15
-15/12/2023 09:54:52,-273.15
-15/12/2023 09:54:54,-273.15
-15/12/2023 09:54:56,-273.15
-15/12/2023 09:54:58,-273.15
-15/12/2023 09:55:00,-273.15
-15/12/2023 09:55:02,-273.15
-15/12/2023 09:55:04,-273.15
-15/12/2023 09:55:07,-273.15
-15/12/2023 09:55:09,-273.15
-15/12/2023 09:55:11,-273.15
-15/12/2023 09:55:13,-273.15
-15/12/2023 09:55:15,-273.15
-15/12/2023 09:55:17,-273.15
-15/12/2023 09:55:19,-273.15
-15/12/2023 09:55:21,-273.15
-15/12/2023 09:55:23,-273.15
-15/12/2023 09:55:25,-273.15
-15/12/2023 09:55:27,-273.15
-15/12/2023 09:55:29,-273.15
-15/12/2023 09:55:31,-273.15
-15/12/2023 09:55:33,-273.15
-15/12/2023 09:55:35,-273.15
-15/12/2023 09:55:37,-273.15
-15/12/2023 09:55:39,-273.15
-15/12/2023 09:55:41,-273.15
-15/12/2023 09:55:43,-273.15
-15/12/2023 09:55:45,-273.15
-15/12/2023 09:55:47,-273.15
-15/12/2023 09:55:49,-273.15
-15/12/2023 09:55:51,-273.15
-15/12/2023 09:55:53,-273.15
-15/12/2023 09:55:55,-273.15
-15/12/2023 09:55:57,-273.15
-15/12/2023 09:55:59,-273.15
-15/12/2023 09:56:01,-273.15
-15/12/2023 09:56:03,-273.15
-15/12/2023 09:56:05,-273.15
-15/12/2023 09:56:07,-273.15
-15/12/2023 09:56:09,-273.15
-15/12/2023 09:56:11,-273.15
-15/12/2023 09:56:13,-273.15
-15/12/2023 09:56:15,-273.15
-15/12/2023 09:56:17,-273.15
-15/12/2023 09:56:19,-273.15
-15/12/2023 09:56:21,-273.15
-15/12/2023 09:56:23,-273.15
-15/12/2023 09:56:25,-273.15
-15/12/2023 09:56:27,-273.15
-15/12/2023 09:56:29,-273.15
-15/12/2023 09:56:31,-273.15
-15/12/2023 09:56:33,-273.15
-15/12/2023 09:56:35,-273.15
-15/12/2023 09:56:37,-273.15
-15/12/2023 09:56:39,-273.15
-15/12/2023 09:56:41,-273.15
-15/12/2023 09:56:43,-273.15
-15/12/2023 09:56:45,-273.15
-15/12/2023 09:56:47,-273.15
-15/12/2023 09:56:49,-273.15
-15/12/2023 09:56:51,-273.15
-15/12/2023 09:56:53,-273.15
-15/12/2023 09:56:55,-273.15
-15/12/2023 09:56:57,-273.15
-15/12/2023 09:56:59,-273.15
-15/12/2023 09:57:01,-273.15
-15/12/2023 09:57:03,-273.15
-15/12/2023 09:57:05,-273.15
-15/12/2023 09:57:07,-273.15
-15/12/2023 09:57:09,-273.15
-15/12/2023 09:57:11,-273.15
-15/12/2023 09:57:13,-273.15
-15/12/2023 09:57:15,-273.15
-15/12/2023 09:57:17,-273.15
-15/12/2023 09:57:19,-273.15
-15/12/2023 09:57:21,-273.15
-15/12/2023 09:57:23,-273.15
-15/12/2023 09:57:25,-273.15
-15/12/2023 09:57:27,-273.15
-15/12/2023 09:57:30,-273.15
-15/12/2023 09:57:32,-273.15
-15/12/2023 09:57:34,-273.15
-15/12/2023 09:57:36,-273.15
-15/12/2023 09:57:38,-273.15
-15/12/2023 09:57:40,-273.15
-15/12/2023 09:57:42,-273.15
-15/12/2023 09:57:44,-273.15
-15/12/2023 09:57:46,-273.15
-15/12/2023 09:57:48,-273.15
-15/12/2023 09:57:50,-273.15
-15/12/2023 09:57:52,-273.15
-15/12/2023 09:57:54,-273.15
-15/12/2023 09:57:56,-273.15
-15/12/2023 09:57:58,-273.15
-15/12/2023 09:58:00,-273.15
-15/12/2023 09:58:02,-273.15
-15/12/2023 09:58:04,-273.15
-15/12/2023 09:58:06,-273.15
-15/12/2023 09:58:08,-273.15
-15/12/2023 09:58:10,-273.15
-15/12/2023 09:58:12,-273.15
-15/12/2023 09:58:14,-273.15
-15/12/2023 09:58:16,-273.15
-15/12/2023 09:58:18,-273.15
-15/12/2023 09:58:20,-273.15
-15/12/2023 09:58:22,-273.15
-15/12/2023 09:58:24,-273.15
-15/12/2023 09:58:26,-273.15
-15/12/2023 09:58:28,-273.15
-15/12/2023 09:58:30,-273.15
-15/12/2023 09:58:32,-273.15
-15/12/2023 09:58:34,-273.15
-15/12/2023 09:58:36,-273.15
-15/12/2023 09:58:38,-273.15
-15/12/2023 09:58:40,-273.15
-15/12/2023 09:58:42,-273.15
-15/12/2023 09:58:44,-273.15
-15/12/2023 09:58:46,-273.15
-15/12/2023 09:58:48,-273.15
-15/12/2023 09:58:50,-273.15
-15/12/2023 09:58:52,-273.15
-15/12/2023 09:58:54,-273.15
-15/12/2023 09:58:56,-273.15
-15/12/2023 09:58:58,-273.15
-15/12/2023 09:59:00,-273.15
-15/12/2023 09:59:02,-273.15
-15/12/2023 09:59:04,-273.15
-15/12/2023 09:59:06,-273.15
-15/12/2023 09:59:08,-273.15
-15/12/2023 09:59:10,-273.15
-15/12/2023 09:59:12,-273.15
-15/12/2023 09:59:14,-273.15
-15/12/2023 09:59:16,-273.15
-15/12/2023 09:59:18,-273.15
-15/12/2023 09:59:20,-273.15
-15/12/2023 09:59:22,-273.15
-15/12/2023 09:59:24,-273.15
-15/12/2023 09:59:26,-273.15
-15/12/2023 09:59:28,-273.15
-15/12/2023 09:59:30,-273.15
-15/12/2023 09:59:32,-273.15
-15/12/2023 09:59:34,-273.15
-15/12/2023 09:59:36,-273.15
-15/12/2023 09:59:38,-273.15
-15/12/2023 09:59:40,-273.15
-15/12/2023 09:59:42,-273.15
-15/12/2023 09:59:44,-273.15
-15/12/2023 09:59:46,-273.15
-15/12/2023 09:59:48,-273.15
-15/12/2023 09:59:50,-273.15
-15/12/2023 09:59:52,-273.15
-15/12/2023 09:59:54,-273.15
-15/12/2023 09:59:56,-273.15
-15/12/2023 09:59:58,-273.15
-15/12/2023 10:00:00,-273.15
-15/12/2023 10:00:02,-273.15
-15/12/2023 10:00:04,-273.15
-15/12/2023 10:00:06,-273.15
-15/12/2023 10:00:08,-273.15
-15/12/2023 10:00:10,-273.15
-15/12/2023 10:00:12,-273.15
-15/12/2023 10:00:14,-273.15
-15/12/2023 10:00:16,-273.15
-15/12/2023 10:00:18,-273.15
-15/12/2023 10:00:20,-273.15
-15/12/2023 10:00:23,-273.15
-15/12/2023 10:00:25,-273.15
-15/12/2023 10:00:27,-273.15
-15/12/2023 10:00:29,-273.15
-15/12/2023 10:00:31,-273.15
-15/12/2023 10:00:33,-273.15
-15/12/2023 10:00:35,-273.15
-15/12/2023 10:00:37,-273.15
-15/12/2023 10:00:39,-273.15
-15/12/2023 10:00:41,-273.15
-15/12/2023 10:00:43,-273.15
-15/12/2023 10:00:45,-273.15
-15/12/2023 10:00:47,-273.15
-15/12/2023 10:00:49,-273.15
-15/12/2023 10:00:51,-273.15
-15/12/2023 10:00:53,-273.15
-15/12/2023 10:00:55,-273.15
-15/12/2023 10:00:57,-273.15
-15/12/2023 10:00:59,-273.15
-15/12/2023 10:01:01,-273.15
-15/12/2023 10:01:03,-273.15
-15/12/2023 10:01:05,-273.15
-15/12/2023 10:01:07,-273.15
-15/12/2023 10:01:09,-273.15
-15/12/2023 10:01:11,-273.15
-15/12/2023 10:01:13,-273.15
-15/12/2023 10:01:15,-273.15
-15/12/2023 10:01:17,-273.15
-15/12/2023 10:01:19,-273.15
-15/12/2023 10:01:21,-273.15
-15/12/2023 10:01:23,-273.15
-15/12/2023 10:01:25,-273.15
-15/12/2023 10:01:27,-273.15
-15/12/2023 10:01:29,-273.15
-15/12/2023 10:01:31,-273.15
-15/12/2023 10:01:33,-273.15
-15/12/2023 10:01:35,-273.15
-15/12/2023 10:01:38,-273.15
-15/12/2023 10:01:40,-273.15
-15/12/2023 10:01:42,-273.15
-15/12/2023 10:01:44,-273.15
-15/12/2023 10:01:46,-273.15
-15/12/2023 10:01:48,-273.15
-15/12/2023 10:01:50,-273.15
-15/12/2023 10:01:52,-273.15
-15/12/2023 10:01:54,-273.15
-15/12/2023 10:01:56,-273.15
-15/12/2023 10:01:58,-273.15
-15/12/2023 10:02:00,-273.15
-15/12/2023 10:02:02,-273.15
-15/12/2023 10:02:04,-273.15
-15/12/2023 10:02:06,-273.15
-15/12/2023 10:02:08,-273.15
-15/12/2023 10:02:10,-273.15
-15/12/2023 10:02:12,-273.15
-15/12/2023 10:02:14,-273.15
-15/12/2023 10:02:16,-273.15
-15/12/2023 10:02:18,-273.15
-15/12/2023 10:02:20,-273.15
-15/12/2023 10:02:22,-273.15
-15/12/2023 10:02:24,-273.15
-15/12/2023 10:02:26,-273.15
-15/12/2023 10:02:28,-273.15
-15/12/2023 10:02:30,-273.15
-15/12/2023 10:02:32,-273.15
-15/12/2023 10:02:34,-273.15
-15/12/2023 10:02:36,-273.15
-15/12/2023 10:02:38,-273.15
-15/12/2023 10:02:40,-273.15
-15/12/2023 10:02:42,-273.15
-15/12/2023 10:02:44,-273.15
-15/12/2023 10:02:46,-273.15
-15/12/2023 10:02:49,-273.15
-15/12/2023 10:02:51,-273.15
-15/12/2023 10:02:53,-273.15
-15/12/2023 10:02:55,-273.15
-15/12/2023 10:02:57,-273.15
-15/12/2023 10:02:59,-273.15
-15/12/2023 10:03:01,-273.15
-15/12/2023 10:03:03,-273.15
-15/12/2023 10:03:05,-273.15
-15/12/2023 10:03:07,-273.15
-15/12/2023 10:03:09,-273.15
-15/12/2023 10:03:11,-273.15
-15/12/2023 10:03:13,-273.15
-15/12/2023 10:03:15,-273.15
-15/12/2023 10:03:17,-273.15
-15/12/2023 10:03:19,-273.15
-15/12/2023 10:03:21,-273.15
-15/12/2023 10:03:23,-273.15
-15/12/2023 10:03:25,-273.15
-15/12/2023 10:03:27,-273.15
-15/12/2023 10:03:29,-273.15
-15/12/2023 10:03:31,-273.15
-15/12/2023 10:03:33,-273.15
-15/12/2023 10:03:35,-273.15
-15/12/2023 10:03:37,-273.15
-15/12/2023 10:03:39,-273.15
-15/12/2023 10:03:41,-273.15
-15/12/2023 10:03:43,-273.15
-15/12/2023 10:03:45,-273.15
-15/12/2023 10:03:47,-273.15
-15/12/2023 10:03:49,-273.15
-15/12/2023 10:03:51,-273.15
-15/12/2023 10:03:53,-273.15
-15/12/2023 10:03:55,-273.15
-15/12/2023 10:03:57,-273.15
-15/12/2023 10:03:59,-273.15
-15/12/2023 10:04:01,-273.15
-15/12/2023 10:04:04,-273.15
-15/12/2023 10:04:06,-273.15
-15/12/2023 10:04:08,-273.15
-15/12/2023 10:04:10,-273.15
-15/12/2023 10:04:12,-273.15
-15/12/2023 10:04:14,-273.15
-15/12/2023 10:04:16,-273.15
-15/12/2023 10:04:18,-273.15
-15/12/2023 10:04:20,-273.15
-15/12/2023 10:04:22,-273.15
-15/12/2023 10:04:24,-273.15
-15/12/2023 10:04:26,-273.15
-15/12/2023 10:04:28,-273.15
-15/12/2023 10:04:30,-273.15
-15/12/2023 10:04:32,-273.15
-15/12/2023 10:04:34,-273.15
-15/12/2023 10:04:36,-273.15
-15/12/2023 10:04:38,-273.15
-15/12/2023 10:04:40,-273.15
-15/12/2023 10:04:42,-273.15
-15/12/2023 10:04:44,-273.15
-15/12/2023 10:04:46,-273.15
-15/12/2023 10:04:48,-273.15
-15/12/2023 10:04:50,-273.15
-15/12/2023 10:04:52,-273.15
-15/12/2023 10:04:54,-273.15
-15/12/2023 10:04:56,-273.15
-15/12/2023 10:04:58,-273.15
-15/12/2023 10:05:00,-273.15
-15/12/2023 10:05:02,-273.15
-15/12/2023 10:05:04,-273.15
-15/12/2023 10:05:06,-273.15
-15/12/2023 10:05:08,-273.15
-15/12/2023 10:05:10,-273.15
-15/12/2023 10:05:12,-273.15
-15/12/2023 10:05:15,-273.15
-15/12/2023 10:05:17,-273.15
-15/12/2023 10:05:19,-273.15
-15/12/2023 10:05:21,-273.15
-15/12/2023 10:05:23,-273.15
-15/12/2023 10:05:25,-273.15
-15/12/2023 10:05:27,-273.15
-15/12/2023 10:05:29,-273.15
-15/12/2023 10:05:31,-273.15
-15/12/2023 10:05:33,-273.15
-15/12/2023 10:05:35,-273.15
-15/12/2023 10:05:37,-273.15
-15/12/2023 10:05:39,-273.15
-15/12/2023 10:05:41,-273.15
-15/12/2023 10:05:43,-273.15
-15/12/2023 10:05:45,-273.15
-15/12/2023 10:05:47,-273.15
-15/12/2023 10:05:49,-273.15
-15/12/2023 10:05:51,-273.15
-15/12/2023 10:05:53,-273.15
-15/12/2023 10:05:55,-273.15
-15/12/2023 10:05:57,-273.15
-15/12/2023 10:05:59,-273.15
-15/12/2023 10:06:01,-273.15
-15/12/2023 10:06:03,-273.15
-15/12/2023 10:06:05,-273.15
-15/12/2023 10:06:07,-273.15
-15/12/2023 10:06:09,-273.15
-15/12/2023 10:06:11,-273.15
-15/12/2023 10:06:13,-273.15
-15/12/2023 10:06:15,-273.15
-15/12/2023 10:06:17,-273.15
-15/12/2023 10:06:19,-273.15
-15/12/2023 10:06:21,-273.15
-15/12/2023 10:06:23,-273.15
-15/12/2023 10:06:25,-273.15
-15/12/2023 10:06:27,-273.15
-15/12/2023 10:06:29,-273.15
-15/12/2023 10:06:32,-273.15
-15/12/2023 10:06:34,-273.15
-15/12/2023 10:06:36,-273.15
-15/12/2023 10:06:38,-273.15
-15/12/2023 10:06:40,-273.15
-15/12/2023 10:06:42,-273.15
-15/12/2023 10:06:44,-273.15
-15/12/2023 10:06:46,-273.15
-15/12/2023 10:06:48,-273.15
-15/12/2023 10:06:50,-273.15
-15/12/2023 10:06:52,-273.15
-15/12/2023 10:06:54,-273.15
-15/12/2023 10:06:56,-273.15
-15/12/2023 10:06:58,-273.15
-15/12/2023 10:07:00,-273.15
-15/12/2023 10:07:02,-273.15
-15/12/2023 10:07:04,-273.15
-15/12/2023 10:07:06,-273.15
-15/12/2023 10:07:08,-273.15
-15/12/2023 10:07:10,-273.15
-15/12/2023 10:07:12,-273.15
-15/12/2023 10:07:14,-273.15
-15/12/2023 10:07:16,-273.15
-15/12/2023 10:07:18,-273.15
-15/12/2023 10:07:20,-273.15
-15/12/2023 10:07:22,-273.15
-15/12/2023 10:07:24,-273.15
-15/12/2023 10:07:26,-273.15
-15/12/2023 10:07:28,-273.15
-15/12/2023 10:07:30,-273.15
-15/12/2023 10:07:32,-273.15
-15/12/2023 10:07:34,-273.15
-15/12/2023 10:07:36,-273.15
-15/12/2023 10:07:39,-273.15
-15/12/2023 10:07:41,-273.15
-15/12/2023 10:07:43,-273.15
-15/12/2023 10:07:45,-273.15
-15/12/2023 10:07:47,-273.15
-15/12/2023 10:07:49,-273.15
-15/12/2023 10:07:51,-273.15
-15/12/2023 10:07:53,-273.15
-15/12/2023 10:07:55,-273.15
-15/12/2023 10:07:57,-273.15
-15/12/2023 10:07:59,-273.15
-15/12/2023 10:08:01,-273.15
-15/12/2023 10:08:03,-273.15
-15/12/2023 10:08:05,-273.15
-15/12/2023 10:08:07,-273.15
-15/12/2023 10:08:09,-273.15
-15/12/2023 10:08:11,-273.15
-15/12/2023 10:08:13,-273.15
-15/12/2023 10:08:15,-273.15
-15/12/2023 10:08:17,-273.15
-15/12/2023 10:08:19,-273.15
-15/12/2023 10:08:21,-273.15
-15/12/2023 10:08:23,-273.15
-15/12/2023 10:08:25,-273.15
-15/12/2023 10:08:27,-273.15
-15/12/2023 10:08:29,-273.15
-15/12/2023 10:08:31,-273.15
-15/12/2023 10:08:33,-273.15
-15/12/2023 10:08:35,-273.15
-15/12/2023 10:08:37,-273.15
-15/12/2023 10:08:40,-273.15
-15/12/2023 10:08:42,-273.15
-15/12/2023 10:08:44,-273.15
-15/12/2023 10:08:46,-273.15
-15/12/2023 10:08:48,-273.15
-15/12/2023 10:08:50,-273.15
-15/12/2023 10:08:52,-273.15
-15/12/2023 10:08:54,-273.15
-15/12/2023 10:08:56,-273.15
-15/12/2023 10:08:58,-273.15
-15/12/2023 10:09:00,-273.15
-15/12/2023 10:09:02,-273.15
-15/12/2023 10:09:04,-273.15
-15/12/2023 10:09:06,-273.15
-15/12/2023 10:09:08,-273.15
-15/12/2023 10:09:10,-273.15
-15/12/2023 10:09:12,-273.15
-15/12/2023 10:09:14,-273.15
-15/12/2023 10:09:16,-273.15
-15/12/2023 10:09:18,-273.15
-15/12/2023 10:09:20,-273.15
-15/12/2023 10:09:22,-273.15
-15/12/2023 10:09:24,-273.15
-15/12/2023 10:09:26,-273.15
-15/12/2023 10:09:28,-273.15
-15/12/2023 10:09:30,-273.15
-15/12/2023 10:09:32,-273.15
-15/12/2023 10:09:34,-273.15
-15/12/2023 10:09:36,-273.15
-15/12/2023 10:09:38,-273.15
-15/12/2023 10:09:40,-273.15
-15/12/2023 10:09:42,-273.15
-15/12/2023 10:09:44,-273.15
-15/12/2023 10:09:46,-273.15
-15/12/2023 10:09:48,-273.15
-15/12/2023 10:09:50,-273.15
-15/12/2023 10:09:52,-273.15
-15/12/2023 10:09:54,-273.15
-15/12/2023 10:09:56,-273.15
-15/12/2023 10:09:58,-273.15
-15/12/2023 10:10:00,-273.15
-15/12/2023 10:10:02,-273.15
-15/12/2023 10:10:04,-273.15
-15/12/2023 10:10:06,-273.15
-15/12/2023 10:10:08,-273.15
-15/12/2023 10:10:10,-273.15
-15/12/2023 10:10:12,-273.15
-15/12/2023 10:10:14,-273.15
-15/12/2023 10:10:16,-273.15
-15/12/2023 10:10:18,-273.15
-15/12/2023 10:10:20,-273.15
-15/12/2023 10:10:22,-273.15
-15/12/2023 10:10:24,-273.15
-15/12/2023 10:10:26,-273.15
-15/12/2023 10:10:29,-273.15
-15/12/2023 10:10:31,-273.15
-15/12/2023 10:10:33,-273.15
-15/12/2023 10:10:35,-273.15
-15/12/2023 10:10:37,-273.15
-15/12/2023 10:10:39,-273.15
-15/12/2023 10:10:41,-273.15
-15/12/2023 10:10:43,-273.15
-15/12/2023 10:10:45,-273.15
-15/12/2023 10:10:47,-273.15
-15/12/2023 10:10:49,-273.15
-15/12/2023 10:10:51,-273.15
-15/12/2023 10:10:53,-273.15
-15/12/2023 10:10:55,-273.15
-15/12/2023 10:10:57,-273.15
-15/12/2023 10:10:59,-273.15
-15/12/2023 10:11:01,-273.15
-15/12/2023 10:11:03,-273.15
-15/12/2023 10:11:05,-273.15
-15/12/2023 10:11:07,-273.15
-15/12/2023 10:11:09,-273.15
-15/12/2023 10:11:11,-273.15
-15/12/2023 10:11:13,-273.15
-15/12/2023 10:11:15,-273.15
-15/12/2023 10:11:17,-273.15
-15/12/2023 10:11:19,-273.15
-15/12/2023 10:11:21,-273.15
-15/12/2023 10:11:23,-273.15
-15/12/2023 10:11:25,-273.15
-15/12/2023 10:11:27,-273.15
-15/12/2023 10:11:29,-273.15
-15/12/2023 10:11:31,-273.15
-15/12/2023 10:11:33,-273.15
-15/12/2023 10:11:35,-273.15
-15/12/2023 10:11:37,-273.15
-15/12/2023 10:11:39,-273.15
-15/12/2023 10:11:41,-273.15
-15/12/2023 10:11:43,-273.15
-15/12/2023 10:11:45,-273.15
-15/12/2023 10:11:47,-273.15
-15/12/2023 10:11:49,-273.15
-15/12/2023 10:11:51,-273.15
-15/12/2023 10:11:53,-273.15
-15/12/2023 10:11:55,-273.15
-15/12/2023 10:11:57,-273.15
-15/12/2023 10:11:59,-273.15
-15/12/2023 10:12:01,-273.15
-15/12/2023 10:12:03,-273.15
-15/12/2023 10:12:05,-273.15
-15/12/2023 10:12:07,-273.15
-15/12/2023 10:12:09,-273.15
-15/12/2023 10:12:11,-273.15
-15/12/2023 10:12:13,-273.15
-15/12/2023 10:12:15,-273.15
-15/12/2023 10:12:17,-273.15
-15/12/2023 10:12:19,-273.15
-15/12/2023 10:12:22,-273.15
-15/12/2023 10:12:24,-273.15
-15/12/2023 10:12:26,-273.15
-15/12/2023 10:12:28,-273.15
-15/12/2023 10:12:30,-273.15
-15/12/2023 10:12:32,-273.15
-15/12/2023 10:12:34,-273.15
-15/12/2023 10:12:36,-273.15
-15/12/2023 10:12:38,-273.15
-15/12/2023 10:12:40,-273.15
-15/12/2023 10:12:42,-273.15
-15/12/2023 10:12:44,-273.15
-15/12/2023 10:12:46,-273.15
-15/12/2023 10:12:48,-273.15
-15/12/2023 10:12:50,-273.15
-15/12/2023 10:12:52,-273.15
-15/12/2023 10:12:54,-273.15
-15/12/2023 10:12:56,-273.15
-15/12/2023 10:12:58,-273.15
-15/12/2023 10:13:00,-273.15
-15/12/2023 10:13:02,-273.15
-15/12/2023 10:13:04,-273.15
-15/12/2023 10:13:06,-273.15
-15/12/2023 10:13:08,-273.15
-15/12/2023 10:13:10,-273.15
-15/12/2023 10:13:12,-273.15
-15/12/2023 10:13:14,-273.15
-15/12/2023 10:13:16,-273.15
-15/12/2023 10:13:18,-273.15
-15/12/2023 10:13:20,-273.15
-15/12/2023 10:13:22,-273.15
-15/12/2023 10:13:24,-273.15
-15/12/2023 10:13:26,-273.15
-15/12/2023 10:13:28,-273.15
-15/12/2023 10:13:30,-273.15
-15/12/2023 10:13:32,-273.15
-15/12/2023 10:13:34,-273.15
-15/12/2023 10:13:36,-273.15
-15/12/2023 10:13:38,-273.15
-15/12/2023 10:13:40,-273.15
-15/12/2023 10:13:42,-273.15
-15/12/2023 10:13:44,-273.15
-15/12/2023 10:13:46,-273.15
-15/12/2023 10:13:48,-273.15
-15/12/2023 10:13:50,-273.15
-15/12/2023 10:13:52,-273.15
-15/12/2023 10:13:54,-273.15
-15/12/2023 10:13:56,-273.15
-15/12/2023 10:13:58,-273.15
-15/12/2023 10:14:00,-273.15
-15/12/2023 10:14:02,-273.15
-15/12/2023 10:14:04,-273.15
-15/12/2023 10:14:06,-273.15
-15/12/2023 10:14:08,-273.15
-15/12/2023 10:14:10,-273.15
-15/12/2023 10:14:12,-273.15
-15/12/2023 10:14:14,-273.15
-15/12/2023 10:14:16,-273.15
-15/12/2023 10:14:18,-273.15
-15/12/2023 10:14:20,-273.15
-15/12/2023 10:14:23,-273.15
-15/12/2023 10:14:25,-273.15
-15/12/2023 10:14:27,-273.15
-15/12/2023 10:14:29,-273.15
-15/12/2023 10:14:31,-273.15
-15/12/2023 10:14:33,-273.15
-15/12/2023 10:14:35,-273.15
-15/12/2023 10:14:37,-273.15
-15/12/2023 10:14:39,-273.15
-15/12/2023 10:14:41,-273.15
-15/12/2023 10:14:43,-273.15
-15/12/2023 10:14:45,-273.15
-15/12/2023 10:14:47,-273.15
-15/12/2023 10:14:49,-273.15
-15/12/2023 10:14:51,-273.15
-15/12/2023 10:14:53,-273.15
-15/12/2023 10:14:55,-273.15
-15/12/2023 10:14:57,-273.15
-15/12/2023 10:14:59,-273.15
-15/12/2023 10:15:01,-273.15
-15/12/2023 10:15:03,-273.15
-15/12/2023 10:15:05,-273.15
-15/12/2023 10:15:07,-273.15
-15/12/2023 10:15:09,-273.15
-15/12/2023 10:15:11,-273.15
-15/12/2023 10:15:13,-273.15
-15/12/2023 10:15:15,-273.15
-15/12/2023 10:15:17,-273.15
-15/12/2023 10:15:19,-273.15
-15/12/2023 10:15:21,-273.15
-15/12/2023 10:15:23,-273.15
-15/12/2023 10:15:25,-273.15
-15/12/2023 10:15:27,-273.15
-15/12/2023 10:15:29,-273.15
-15/12/2023 10:15:31,-273.15
-15/12/2023 10:15:33,-273.15
-15/12/2023 10:15:35,-273.15
-15/12/2023 10:15:37,-273.15
-15/12/2023 10:15:39,-273.15
-15/12/2023 10:15:41,-273.15
-15/12/2023 10:15:43,-273.15
-15/12/2023 10:15:45,-273.15
-15/12/2023 10:15:47,-273.15
-15/12/2023 10:15:49,-273.15
-15/12/2023 10:15:51,-273.15
-15/12/2023 10:15:53,-273.15
-15/12/2023 10:15:55,-273.15
-15/12/2023 10:15:57,-273.15
-15/12/2023 10:15:59,-273.15
-15/12/2023 10:16:01,-273.15
-15/12/2023 10:16:03,-273.15
-15/12/2023 10:16:05,-273.15
-15/12/2023 10:16:07,-273.15
-15/12/2023 10:16:09,-273.15
-15/12/2023 10:16:11,-273.15
-15/12/2023 10:16:13,-273.15
-15/12/2023 10:16:16,-273.15
-15/12/2023 10:16:18,-273.15
-15/12/2023 10:16:20,-273.15
-15/12/2023 10:16:22,-273.15
-15/12/2023 10:16:24,-273.15
-15/12/2023 10:16:26,-273.15
-15/12/2023 10:16:28,-273.15
-15/12/2023 10:16:30,-273.15
-15/12/2023 10:16:32,-273.15
-15/12/2023 10:16:34,-273.15
-15/12/2023 10:16:36,-273.15
-15/12/2023 10:16:38,-273.15
-15/12/2023 10:16:40,-273.15
-15/12/2023 10:16:42,-273.15
-15/12/2023 10:16:44,-273.15
-15/12/2023 10:16:46,-273.15
-15/12/2023 10:16:48,-273.15
-15/12/2023 10:16:50,-273.15
-15/12/2023 10:16:52,-273.15
-15/12/2023 10:16:54,-273.15
-15/12/2023 10:16:56,-273.15
-15/12/2023 10:16:58,-273.15
-15/12/2023 10:17:00,-273.15
-15/12/2023 10:17:02,-273.15
-15/12/2023 10:17:04,-273.15
-15/12/2023 10:17:06,-273.15
-15/12/2023 10:17:08,-273.15
-15/12/2023 10:17:10,-273.15
-15/12/2023 10:17:12,-273.15
-15/12/2023 10:17:14,-273.15
-15/12/2023 10:17:16,-273.15
-15/12/2023 10:17:18,-273.15
-15/12/2023 10:17:20,-273.15
-15/12/2023 10:17:22,-273.15
-15/12/2023 10:17:24,-273.15
-15/12/2023 10:17:26,-273.15
-15/12/2023 10:17:28,-273.15
-15/12/2023 10:17:30,-273.15
-15/12/2023 10:17:32,-273.15
-15/12/2023 10:17:34,-273.15
-15/12/2023 10:17:36,-273.15
-15/12/2023 10:17:38,-273.15
-15/12/2023 10:17:40,-273.15
-15/12/2023 10:17:42,-273.15
-15/12/2023 10:17:44,-273.15
-15/12/2023 10:17:46,-273.15
-15/12/2023 10:17:48,-273.15
-15/12/2023 10:17:50,-273.15
-15/12/2023 10:17:52,-273.15
-15/12/2023 10:17:54,-273.15
-15/12/2023 10:17:56,-273.15
-15/12/2023 10:17:58,-273.15
-15/12/2023 10:18:00,-273.15
-15/12/2023 10:18:03,-273.15
-15/12/2023 10:18:05,-273.15
-15/12/2023 10:18:07,-273.15
-15/12/2023 10:18:09,-273.15
-15/12/2023 10:18:11,-273.15
-15/12/2023 10:18:13,-273.15
-15/12/2023 10:18:15,-273.15
-15/12/2023 10:18:17,-273.15
-15/12/2023 10:18:19,-273.15
-15/12/2023 10:18:21,-273.15
-15/12/2023 10:18:23,-273.15
-15/12/2023 10:18:25,-273.15
-15/12/2023 10:18:27,-273.15
-15/12/2023 11:33:02,-273.15
-15/12/2023 11:33:04,-273.15
-15/12/2023 11:33:06,-273.15
-15/12/2023 11:33:08,-273.15
-15/12/2023 11:33:10,-273.15
-15/12/2023 11:33:12,-273.15
-15/12/2023 11:33:14,-273.15
-15/12/2023 11:33:16,-273.15
-15/12/2023 11:36:57,-273.15
-15/12/2023 11:36:59,-273.15
-15/12/2023 11:37:01,-273.15
-15/12/2023 11:37:03,-273.15
-15/12/2023 11:37:05,-273.15
-15/12/2023 11:37:07,-273.15
-15/12/2023 11:37:09,-273.15
-15/12/2023 11:37:11,-273.15
-15/12/2023 11:37:13,-273.15
-15/12/2023 11:37:15,-273.15
-15/12/2023 11:37:17,-273.15
-15/12/2023 11:37:19,-273.15
-15/12/2023 11:37:21,-273.15
-15/12/2023 11:37:23,-273.15
-15/12/2023 11:37:25,-273.15
-15/12/2023 11:37:27,-273.15
-15/12/2023 11:37:29,-273.15
-15/12/2023 11:37:31,-273.15
-15/12/2023 11:37:33,-273.15
-15/12/2023 11:37:35,-273.15
-15/12/2023 11:37:37,-273.15
-15/12/2023 11:37:39,-273.15
-15/12/2023 11:37:41,-273.15
-15/12/2023 11:37:43,-273.15
-15/12/2023 11:37:45,-273.15
-15/12/2023 11:37:47,-273.15
-15/12/2023 11:37:49,-273.15
-15/12/2023 11:37:51,-273.15
-15/12/2023 11:37:53,-273.15
-15/12/2023 11:37:55,-273.15
-15/12/2023 11:37:57,-273.15
-15/12/2023 11:37:59,-273.15
-15/12/2023 11:38:01,-273.15
-15/12/2023 11:38:03,-273.15
-15/12/2023 11:38:05,-273.15
-15/12/2023 11:38:07,-273.15
-15/12/2023 11:38:09,-273.15
-15/12/2023 11:38:11,-273.15
-15/12/2023 11:38:13,-273.15
-15/12/2023 11:38:15,-273.15
-15/12/2023 11:38:17,-273.15
-15/12/2023 11:38:19,-273.15
-15/12/2023 11:38:21,-273.15
-15/12/2023 11:38:23,-273.15
-15/12/2023 11:38:25,-273.15
-15/12/2023 11:38:27,-273.15
-15/12/2023 11:38:29,-273.15
-15/12/2023 11:38:31,-273.15
-15/12/2023 11:38:33,-273.15
-15/12/2023 11:38:35,-273.15
-15/12/2023 11:38:37,-273.15
-15/12/2023 11:38:39,-273.15
-15/12/2023 11:38:41,-273.15
-15/12/2023 11:38:43,-273.15
-15/12/2023 11:38:45,-273.15
-15/12/2023 11:38:47,-273.15
-15/12/2023 11:38:49,-273.15
-15/12/2023 11:38:51,-273.15
-15/12/2023 11:38:53,-273.15
-15/12/2023 11:38:55,-273.15
-15/12/2023 11:38:57,-273.15
-15/12/2023 11:38:59,-273.15
-15/12/2023 11:39:01,-273.15
-15/12/2023 11:39:03,-273.15
-15/12/2023 11:39:05,-273.15
-15/12/2023 11:39:08,-273.15
-15/12/2023 11:39:10,-273.15
-15/12/2023 11:39:12,-273.15
-15/12/2023 11:39:14,-273.15
-15/12/2023 11:39:16,-273.15
-15/12/2023 11:39:18,-273.15
-15/12/2023 11:39:20,-273.15
-15/12/2023 11:39:22,-273.15
-15/12/2023 11:39:24,-273.15
-15/12/2023 11:39:26,-273.15
-15/12/2023 11:39:28,-273.15
-15/12/2023 11:39:30,-273.15
-15/12/2023 11:39:32,-273.15
-15/12/2023 11:39:34,-273.15
-15/12/2023 11:39:36,-273.15
-15/12/2023 11:39:38,-273.15
-15/12/2023 11:39:40,-273.15
-15/12/2023 11:39:42,-273.15
-15/12/2023 11:39:44,-273.15
-15/12/2023 11:39:46,-273.15
-15/12/2023 11:39:48,-273.15
-15/12/2023 11:39:50,-273.15
-15/12/2023 11:39:52,-273.15
-15/12/2023 11:39:54,-273.15
-15/12/2023 11:39:56,-273.15
-15/12/2023 11:39:58,-273.15
-15/12/2023 11:40:00,-273.15
-15/12/2023 11:40:02,-273.15
-15/12/2023 11:40:04,-273.15
-15/12/2023 11:40:06,-273.15
-15/12/2023 11:40:08,-273.15
-15/12/2023 11:40:10,-273.15
-15/12/2023 11:40:12,-273.15
-15/12/2023 11:40:14,-273.15
-15/12/2023 11:40:16,-273.15
-15/12/2023 11:40:18,-273.15
-15/12/2023 11:40:20,-273.15
-15/12/2023 11:40:22,-273.15
-15/12/2023 11:40:24,-273.15
-15/12/2023 11:40:26,-273.15
-15/12/2023 11:40:28,-273.15
-15/12/2023 11:40:30,-273.15
-15/12/2023 11:40:32,-273.15
-15/12/2023 11:40:34,-273.15
-15/12/2023 11:40:36,-273.15
-15/12/2023 11:40:38,-273.15
-15/12/2023 11:40:40,-273.15
-15/12/2023 11:40:42,-273.15
-15/12/2023 11:40:44,-273.15
-15/12/2023 11:40:46,-273.15
-15/12/2023 11:40:48,-273.15
-15/12/2023 11:40:50,-273.15
-15/12/2023 11:40:52,-273.15
-15/12/2023 11:40:54,-273.15
-15/12/2023 11:40:56,-273.15
-15/12/2023 11:40:58,-273.15
-15/12/2023 11:41:00,-273.15
-15/12/2023 11:41:02,-273.15
-15/12/2023 11:41:04,-273.15
-15/12/2023 11:41:06,-273.15
-15/12/2023 11:41:08,-273.15
-15/12/2023 11:41:10,-273.15
-15/12/2023 11:41:12,-273.15
-15/12/2023 11:41:14,-273.15
-15/12/2023 11:41:16,-273.15
-15/12/2023 11:41:18,-273.15
-15/12/2023 11:41:20,-273.15
-15/12/2023 11:41:22,-273.15
-15/12/2023 11:41:25,-273.15
-15/12/2023 11:41:27,-273.15
-15/12/2023 11:41:29,-273.15
-15/12/2023 11:41:31,-273.15
-15/12/2023 11:41:33,-273.15
-15/12/2023 11:41:35,-273.15
-15/12/2023 11:41:37,-273.15
-15/12/2023 11:41:39,-273.15
-15/12/2023 11:41:41,-273.15
-15/12/2023 11:41:43,-273.15
-15/12/2023 11:41:45,-273.15
-15/12/2023 11:41:47,-273.15
-15/12/2023 11:41:49,-273.15
-15/12/2023 11:41:51,-273.15
-15/12/2023 11:41:53,-273.15
-15/12/2023 11:41:55,-273.15
-15/12/2023 11:41:57,-273.15
-15/12/2023 11:41:59,-273.15
-15/12/2023 11:42:01,-273.15
-15/12/2023 11:42:03,-273.15
-15/12/2023 11:42:05,-273.15
-15/12/2023 11:42:07,-273.15
-15/12/2023 11:42:09,-273.15
-15/12/2023 11:42:11,-273.15
-15/12/2023 11:42:13,-273.15
-15/12/2023 11:42:15,-273.15
-15/12/2023 11:42:17,-273.15
-15/12/2023 11:42:19,-273.15
-15/12/2023 11:42:21,-273.15
-15/12/2023 11:42:23,-273.15
-15/12/2023 11:42:25,-273.15
-15/12/2023 11:42:27,-273.15
-15/12/2023 11:42:29,-273.15
-15/12/2023 11:42:31,-273.15
-15/12/2023 11:42:33,-273.15
-15/12/2023 11:42:35,-273.15
-15/12/2023 11:42:37,-273.15
-15/12/2023 11:42:39,-273.15
-15/12/2023 11:42:41,-273.15
-15/12/2023 11:42:43,-273.15
-15/12/2023 11:42:45,-273.15
-15/12/2023 11:42:47,-273.15
-15/12/2023 11:42:49,-273.15
-15/12/2023 11:42:51,-273.15
-15/12/2023 11:42:53,-273.15
-15/12/2023 11:42:55,-273.15
-15/12/2023 11:42:57,-273.15
-15/12/2023 11:42:59,-273.15
-15/12/2023 11:43:01,-273.15
-15/12/2023 11:43:03,-273.15
-15/12/2023 11:43:05,-273.15
-15/12/2023 11:43:07,-273.15
-15/12/2023 11:43:09,-273.15
-15/12/2023 11:43:11,-273.15
-15/12/2023 11:43:13,-273.15
-15/12/2023 11:43:15,-273.15
-15/12/2023 11:43:17,-273.15
-15/12/2023 11:43:19,-273.15
-15/12/2023 11:43:21,-273.15
-15/12/2023 11:43:23,-273.15
-15/12/2023 11:43:25,-273.15
-15/12/2023 11:43:27,-273.15
-15/12/2023 11:43:29,-273.15
-15/12/2023 11:43:31,-273.15
-15/12/2023 11:43:33,-273.15
-15/12/2023 11:43:35,-273.15
-15/12/2023 11:43:38,-273.15
-15/12/2023 11:43:40,-273.15
-15/12/2023 11:43:42,-273.15
-15/12/2023 11:43:44,-273.15
-15/12/2023 11:43:46,-273.15
-15/12/2023 11:43:48,-273.15
-15/12/2023 11:43:50,-273.15
-15/12/2023 11:43:52,-273.15
-15/12/2023 11:43:54,-273.15
-15/12/2023 11:43:56,-273.15
-15/12/2023 11:43:58,-273.15
-15/12/2023 11:44:00,-273.15
-15/12/2023 11:44:02,-273.15
-15/12/2023 11:44:04,-273.15
-15/12/2023 11:44:06,-273.15
-15/12/2023 11:44:08,-273.15
-15/12/2023 11:44:10,-273.15
-15/12/2023 11:44:12,-273.15
-15/12/2023 11:44:14,-273.15
-15/12/2023 11:44:16,-273.15
-15/12/2023 11:44:18,-273.15
-15/12/2023 11:44:20,-273.15
-15/12/2023 11:44:22,-273.15
-15/12/2023 11:44:24,-273.15
-15/12/2023 11:44:26,-273.15
-15/12/2023 11:44:28,-273.15
-15/12/2023 11:44:30,-273.15
-15/12/2023 11:44:32,-273.15
-15/12/2023 11:44:34,-273.15
-15/12/2023 11:44:36,-273.15
-15/12/2023 11:44:38,-273.15
-15/12/2023 11:44:40,-273.15
-15/12/2023 11:44:42,-273.15
-15/12/2023 11:44:44,-273.15
-15/12/2023 11:44:46,-273.15
-15/12/2023 11:44:48,-273.15
-15/12/2023 11:44:50,-273.15
-15/12/2023 11:44:52,-273.15
-15/12/2023 11:44:54,-273.15
-15/12/2023 11:44:56,-273.15
-15/12/2023 11:44:58,-273.15
-15/12/2023 11:45:00,-273.15
-15/12/2023 11:45:02,-273.15
-15/12/2023 11:45:04,-273.15
-15/12/2023 11:45:06,-273.15
-15/12/2023 11:45:08,-273.15
-15/12/2023 11:45:10,-273.15
-15/12/2023 11:45:12,-273.15
-15/12/2023 11:45:14,-273.15
-15/12/2023 11:45:16,-273.15
-15/12/2023 11:45:18,-273.15
-15/12/2023 11:45:20,-273.15
-15/12/2023 11:45:22,-273.15
-15/12/2023 11:45:24,-273.15
-15/12/2023 11:45:26,-273.15
-15/12/2023 11:45:28,-273.15
-15/12/2023 11:45:30,-273.15
-15/12/2023 11:45:32,-273.15
-15/12/2023 11:45:34,-273.15
-15/12/2023 11:45:36,-273.15
-15/12/2023 11:45:38,-273.15
-15/12/2023 11:45:40,-273.15
-15/12/2023 11:45:42,-273.15
-15/12/2023 11:45:44,-273.15
-15/12/2023 11:45:46,-273.15
-15/12/2023 11:45:48,-273.15
-15/12/2023 11:45:50,-273.15
-15/12/2023 11:45:52,-273.15
-15/12/2023 11:45:54,-273.15
-15/12/2023 11:45:56,-273.15
-15/12/2023 11:45:58,-273.15
-15/12/2023 11:46:00,-273.15
-15/12/2023 11:46:02,-273.15
-15/12/2023 11:46:05,-273.15
-15/12/2023 11:46:07,-273.15
-15/12/2023 11:46:09,-273.15
-15/12/2023 11:46:11,-273.15
-15/12/2023 11:46:13,-273.15
-15/12/2023 11:46:15,-273.15
-15/12/2023 11:46:17,-273.15
-15/12/2023 11:46:19,-273.15
-15/12/2023 11:46:21,-273.15
-15/12/2023 11:46:23,-273.15
-15/12/2023 11:46:25,-273.15
-15/12/2023 11:46:27,-273.15
-15/12/2023 11:46:29,-273.15
-15/12/2023 11:46:31,-273.15
-15/12/2023 11:46:33,-273.15
-15/12/2023 11:46:35,-273.15
-15/12/2023 11:46:37,-273.15
-15/12/2023 11:46:39,-273.15
-15/12/2023 11:46:41,-273.15
-15/12/2023 11:46:43,-273.15
-15/12/2023 11:46:45,-273.15
-15/12/2023 11:46:47,-273.15
-15/12/2023 11:46:49,-273.15
-15/12/2023 11:46:51,-273.15
-15/12/2023 11:46:53,-273.15
-15/12/2023 11:46:55,-273.15
-15/12/2023 11:46:57,-273.15
-15/12/2023 11:46:59,-273.15
-15/12/2023 11:47:01,-273.15
-15/12/2023 11:47:03,-273.15
-15/12/2023 11:47:05,-273.15
-15/12/2023 11:47:07,-273.15
-15/12/2023 11:47:09,-273.15
-15/12/2023 11:47:11,-273.15
-15/12/2023 11:47:13,-273.15
-15/12/2023 11:47:15,-273.15
-15/12/2023 11:47:17,-273.15
-15/12/2023 11:47:19,-273.15
-15/12/2023 11:47:21,-273.15
-15/12/2023 11:47:23,-273.15
-15/12/2023 11:47:25,-273.15
-15/12/2023 11:47:27,-273.15
-15/12/2023 11:47:29,-273.15
-15/12/2023 11:47:31,-273.15
-15/12/2023 11:47:33,-273.15
-15/12/2023 11:47:35,-273.15
-15/12/2023 11:47:37,-273.15
-15/12/2023 11:47:39,-273.15
-15/12/2023 11:47:41,-273.15
-15/12/2023 11:47:43,-273.15
-15/12/2023 11:47:45,-273.15
-15/12/2023 11:47:47,-273.15
-15/12/2023 11:47:49,-273.15
-15/12/2023 11:47:51,-273.15
-15/12/2023 11:47:53,-273.15
-15/12/2023 11:47:55,-273.15
-15/12/2023 11:47:57,-273.15
-15/12/2023 11:47:59,-273.15
-15/12/2023 11:48:01,-273.15
-15/12/2023 11:48:03,-273.15
-15/12/2023 11:48:05,-273.15
-15/12/2023 11:48:07,-273.15
-15/12/2023 11:48:09,-273.15
-15/12/2023 11:48:11,-273.15
-15/12/2023 11:48:13,-273.15
-15/12/2023 11:48:15,-273.15
-15/12/2023 11:48:17,-273.15
-15/12/2023 11:48:19,-273.15
-15/12/2023 11:48:21,-273.15
-15/12/2023 11:48:23,-273.15
-15/12/2023 11:48:26,-273.15
-15/12/2023 11:48:28,-273.15
-15/12/2023 11:48:30,-273.15
-15/12/2023 11:48:32,-273.15
-15/12/2023 11:48:34,-273.15
-15/12/2023 11:48:36,-273.15
-15/12/2023 11:48:38,-273.15
-15/12/2023 11:48:40,-273.15
-15/12/2023 11:48:42,-273.15
-15/12/2023 11:48:44,-273.15
-15/12/2023 11:48:46,-273.15
-15/12/2023 11:48:48,-273.15
-15/12/2023 11:48:50,-273.15
-15/12/2023 11:48:52,-273.15
-15/12/2023 11:48:54,-273.15
-15/12/2023 11:48:56,-273.15
-15/12/2023 11:48:58,-273.15
-15/12/2023 11:49:00,-273.15
-15/12/2023 11:49:02,-273.15
-15/12/2023 11:49:04,-273.15
-15/12/2023 11:49:06,-273.15
-15/12/2023 11:49:08,-273.15
-15/12/2023 11:49:10,-273.15
-15/12/2023 11:49:12,-273.15
-15/12/2023 11:49:14,-273.15
-15/12/2023 11:49:16,-273.15
-15/12/2023 11:49:18,-273.15
-15/12/2023 11:49:20,-273.15
-15/12/2023 11:49:22,-273.15
-15/12/2023 11:49:24,-273.15
-15/12/2023 11:49:26,-273.15
-15/12/2023 11:49:28,-273.15
-15/12/2023 11:49:30,-273.15
-15/12/2023 11:49:32,-273.15
-15/12/2023 11:49:34,-273.15
-15/12/2023 11:49:36,-273.15
-15/12/2023 11:49:38,-273.15
-15/12/2023 11:49:40,-273.15
-15/12/2023 11:49:42,-273.15
-15/12/2023 11:49:44,-273.15
-15/12/2023 11:49:46,-273.15
-15/12/2023 11:49:48,-273.15
-15/12/2023 11:49:50,-273.15
-15/12/2023 11:49:52,-273.15
-15/12/2023 11:49:54,-273.15
-15/12/2023 11:49:56,-273.15
-15/12/2023 11:49:58,-273.15
-15/12/2023 11:50:00,-273.15
-15/12/2023 11:50:02,-273.15
-15/12/2023 11:50:04,-273.15
-15/12/2023 11:50:06,-273.15
-15/12/2023 11:50:08,-273.15
-15/12/2023 11:50:10,-273.15
-15/12/2023 11:50:12,-273.15
-15/12/2023 11:50:14,-273.15
-15/12/2023 11:50:16,-273.15
-15/12/2023 11:50:18,-273.15
-15/12/2023 11:50:20,-273.15
-15/12/2023 11:50:22,-273.15
-15/12/2023 11:50:24,-273.15
-15/12/2023 11:50:26,-273.15
-15/12/2023 11:50:28,-273.15
-15/12/2023 11:50:30,-273.15
-15/12/2023 11:50:32,-273.15
-15/12/2023 11:50:34,-273.15
-15/12/2023 11:50:36,-273.15
-15/12/2023 11:50:38,-273.15
-15/12/2023 11:50:40,-273.15
-15/12/2023 11:50:43,-273.15
-15/12/2023 11:50:45,-273.15
-15/12/2023 11:50:47,-273.15
-15/12/2023 11:50:49,-273.15
-15/12/2023 11:50:51,-273.15
-15/12/2023 11:50:53,-273.15
-15/12/2023 11:50:55,-273.15
-15/12/2023 11:50:57,-273.15
-15/12/2023 11:50:59,-273.15
-15/12/2023 11:51:01,-273.15
-15/12/2023 11:51:03,-273.15
-15/12/2023 11:51:05,-273.15
-15/12/2023 11:51:07,-273.15
-15/12/2023 11:51:09,-273.15
-15/12/2023 11:51:11,-273.15
-15/12/2023 11:51:13,-273.15
-15/12/2023 11:51:15,-273.15
-15/12/2023 11:51:17,-273.15
-15/12/2023 11:51:19,-273.15
-15/12/2023 11:51:21,-273.15
-15/12/2023 11:51:23,-273.15
-15/12/2023 11:51:25,-273.15
-15/12/2023 11:51:27,-273.15
-15/12/2023 11:51:29,-273.15
-15/12/2023 11:51:31,-273.15
-15/12/2023 11:51:33,-273.15
-15/12/2023 11:51:35,-273.15
-15/12/2023 11:51:37,-273.15
-15/12/2023 11:51:39,-273.15
-15/12/2023 11:51:41,-273.15
-15/12/2023 11:51:43,-273.15
-15/12/2023 11:51:45,-273.15
-15/12/2023 11:51:47,-273.15
-15/12/2023 11:51:49,-273.15
-15/12/2023 11:51:51,-273.15
-15/12/2023 11:51:53,-273.15
-15/12/2023 11:51:55,-273.15
-15/12/2023 11:51:57,-273.15
-15/12/2023 11:51:59,-273.15
-15/12/2023 11:52:01,-273.15
-15/12/2023 11:52:03,-273.15
-15/12/2023 11:52:05,-273.15
-15/12/2023 11:52:07,-273.15
-15/12/2023 11:52:09,-273.15
-15/12/2023 11:52:11,-273.15
-15/12/2023 11:52:13,-273.15
-15/12/2023 11:52:15,-273.15
-15/12/2023 11:52:17,-273.15
-15/12/2023 11:52:19,-273.15
-15/12/2023 11:52:21,-273.15
-15/12/2023 11:52:23,-273.15
-15/12/2023 11:52:25,-273.15
-15/12/2023 11:52:27,-273.15
-15/12/2023 11:52:29,-273.15
-15/12/2023 11:52:31,-273.15
-15/12/2023 11:52:33,-273.15
-15/12/2023 11:52:35,-273.15
-15/12/2023 11:52:37,-273.15
-15/12/2023 11:52:39,-273.15
-15/12/2023 11:52:41,-273.15
-15/12/2023 11:52:43,-273.15
-15/12/2023 11:52:45,-273.15
-15/12/2023 11:52:47,-273.15
-15/12/2023 11:52:49,-273.15
-15/12/2023 11:52:51,-273.15
-15/12/2023 11:52:53,-273.15
-15/12/2023 11:52:56,-273.15
-15/12/2023 11:52:58,-273.15
-15/12/2023 11:53:00,-273.15
-15/12/2023 11:53:02,-273.15
-15/12/2023 11:53:04,-273.15
-15/12/2023 11:53:06,-273.15
-15/12/2023 11:53:08,-273.15
-15/12/2023 11:53:10,-273.15
-15/12/2023 11:53:12,-273.15
-15/12/2023 11:53:14,-273.15
-15/12/2023 11:53:16,-273.15
-15/12/2023 11:53:18,-273.15
-15/12/2023 11:53:20,-273.15
-15/12/2023 11:53:22,-273.15
-15/12/2023 11:53:24,-273.15
-15/12/2023 11:53:26,-273.15
-15/12/2023 11:53:28,-273.15
-15/12/2023 11:53:30,-273.15
-15/12/2023 11:53:32,-273.15
-15/12/2023 11:53:34,-273.15
-15/12/2023 11:53:36,-273.15
-15/12/2023 11:53:38,-273.15
-15/12/2023 11:53:40,-273.15
-15/12/2023 11:53:42,-273.15
-15/12/2023 11:53:44,-273.15
-15/12/2023 11:53:46,-273.15
-15/12/2023 11:53:48,-273.15
-15/12/2023 11:53:50,-273.15
-15/12/2023 11:53:52,-273.15
-15/12/2023 11:53:54,-273.15
-15/12/2023 11:53:56,-273.15
-15/12/2023 11:53:58,-273.15
-15/12/2023 11:54:00,-273.15
-15/12/2023 11:54:02,-273.15
-15/12/2023 11:54:04,-273.15
-15/12/2023 11:54:06,-273.15
-15/12/2023 11:54:08,-273.15
-15/12/2023 11:54:10,-273.15
-15/12/2023 11:54:12,-273.15
-15/12/2023 11:54:14,-273.15
-15/12/2023 11:54:16,-273.15
-15/12/2023 11:54:18,-273.15
-15/12/2023 11:54:20,-273.15
-15/12/2023 11:54:22,-273.15
-15/12/2023 11:54:24,-273.15
-15/12/2023 11:54:26,-273.15
-15/12/2023 11:54:28,-273.15
-15/12/2023 11:54:30,-273.15
-15/12/2023 11:54:32,-273.15
-15/12/2023 11:54:34,-273.15
-15/12/2023 11:54:36,-273.15
-15/12/2023 11:54:38,-273.15
-15/12/2023 11:54:40,-273.15
-15/12/2023 11:54:42,-273.15
-15/12/2023 11:54:44,-273.15
-15/12/2023 11:54:46,-273.15
-15/12/2023 11:54:48,-273.15
-15/12/2023 11:54:50,-273.15
-15/12/2023 11:54:52,-273.15
-15/12/2023 11:54:54,-273.15
-15/12/2023 11:54:56,-273.15
-15/12/2023 11:54:58,-273.15
-15/12/2023 11:55:00,-273.15
-15/12/2023 11:55:02,-273.15
-15/12/2023 11:55:04,-273.15
-15/12/2023 11:55:06,-273.15
-15/12/2023 11:55:08,-273.15
-15/12/2023 11:55:10,-273.15
-15/12/2023 11:55:12,-273.15
-15/12/2023 11:55:15,-273.15
-15/12/2023 11:55:17,-273.15
-15/12/2023 11:55:19,-273.15
-15/12/2023 11:55:21,-273.15
-15/12/2023 11:55:23,-273.15
-15/12/2023 11:55:25,-273.15
-15/12/2023 11:55:27,-273.15
-15/12/2023 11:55:29,-273.15
-15/12/2023 11:55:31,-273.15
-15/12/2023 11:55:33,-273.15
-15/12/2023 11:55:35,-273.15
-15/12/2023 11:55:37,-273.15
-15/12/2023 11:55:39,-273.15
-15/12/2023 11:55:41,-273.15
-15/12/2023 11:55:43,-273.15
-15/12/2023 11:55:45,-273.15
-15/12/2023 11:55:47,-273.15
-15/12/2023 11:55:49,-273.15
-15/12/2023 11:55:51,-273.15
-15/12/2023 11:55:53,-273.15
-15/12/2023 11:55:55,-273.15
-15/12/2023 11:55:57,-273.15
-15/12/2023 11:55:59,-273.15
-15/12/2023 11:56:01,-273.15
-15/12/2023 11:56:03,-273.15
-15/12/2023 11:56:05,-273.15
-15/12/2023 11:56:07,-273.15
-15/12/2023 11:56:09,-273.15
-15/12/2023 11:56:11,-273.15
-15/12/2023 11:56:13,-273.15
-15/12/2023 11:56:15,-273.15
-15/12/2023 11:56:17,-273.15
-15/12/2023 11:56:19,-273.15
-15/12/2023 11:56:21,-273.15
-15/12/2023 11:56:23,-273.15
-15/12/2023 11:56:25,-273.15
-15/12/2023 11:56:27,-273.15
-15/12/2023 11:56:29,-273.15
-15/12/2023 11:56:31,-273.15
-15/12/2023 11:56:33,-273.15
-15/12/2023 11:56:35,-273.15
-15/12/2023 11:56:37,-273.15
-15/12/2023 11:56:39,-273.15
-15/12/2023 11:56:41,-273.15
-15/12/2023 11:56:43,-273.15
-15/12/2023 11:56:45,-273.15
-15/12/2023 11:56:47,-273.15
-15/12/2023 11:56:49,-273.15
-15/12/2023 11:56:51,-273.15
-15/12/2023 11:56:53,-273.15
-15/12/2023 11:56:55,-273.15
-15/12/2023 11:56:57,-273.15
-15/12/2023 11:56:59,-273.15
-15/12/2023 11:57:01,-273.15
-15/12/2023 11:57:03,-273.15
-15/12/2023 11:57:05,-273.15
-15/12/2023 11:57:07,-273.15
-15/12/2023 11:57:09,-273.15
-15/12/2023 11:57:11,-273.15
-15/12/2023 11:57:13,-273.15
-15/12/2023 11:57:15,-273.15
-15/12/2023 11:57:17,-273.15
-15/12/2023 11:57:19,-273.15
-15/12/2023 11:57:22,-273.15
-15/12/2023 11:57:24,-273.15
-15/12/2023 11:57:26,-273.15
-15/12/2023 11:57:28,-273.15
-15/12/2023 11:57:30,-273.15
-15/12/2023 11:57:32,-273.15
-15/12/2023 11:57:34,-273.15
-15/12/2023 11:57:36,-273.15
-15/12/2023 11:57:38,-273.15
-15/12/2023 11:57:40,-273.15
-15/12/2023 11:57:42,-273.15
-15/12/2023 11:57:44,-273.15
-15/12/2023 11:57:46,-273.15
-15/12/2023 11:57:48,-273.15
-15/12/2023 11:57:50,-273.15
-15/12/2023 11:57:52,-273.15
-15/12/2023 11:57:54,-273.15
-15/12/2023 11:57:56,-273.15
-15/12/2023 11:57:58,-273.15
-15/12/2023 11:58:00,-273.15
-15/12/2023 11:58:02,-273.15
-15/12/2023 11:58:04,-273.15
-15/12/2023 11:58:06,-273.15
-15/12/2023 11:58:08,-273.15
-15/12/2023 11:58:10,-273.15
-15/12/2023 11:58:12,-273.15
-15/12/2023 11:58:14,-273.15
-15/12/2023 11:58:16,-273.15
-15/12/2023 11:58:18,-273.15
-15/12/2023 11:58:20,-273.15
-15/12/2023 11:58:22,-273.15
-15/12/2023 11:58:24,-273.15
-15/12/2023 11:58:26,-273.15
-15/12/2023 11:58:28,-273.15
-15/12/2023 11:58:30,-273.15
-15/12/2023 11:58:32,-273.15
-15/12/2023 11:58:34,-273.15
-15/12/2023 11:58:36,-273.15
-15/12/2023 11:58:38,-273.15
-15/12/2023 11:58:40,-273.15
-15/12/2023 11:58:42,-273.15
-15/12/2023 11:58:44,-273.15
-15/12/2023 11:58:46,-273.15
-15/12/2023 11:58:48,-273.15
-15/12/2023 11:58:50,-273.15
-15/12/2023 11:58:52,-273.15
-15/12/2023 11:58:54,-273.15
-15/12/2023 11:58:56,-273.15
-15/12/2023 11:58:58,-273.15
-15/12/2023 11:59:00,-273.15
-15/12/2023 11:59:02,-273.15
-15/12/2023 11:59:04,-273.15
-15/12/2023 11:59:06,-273.15
-15/12/2023 11:59:08,-273.15
-15/12/2023 11:59:10,-273.15
-15/12/2023 11:59:12,-273.15
-15/12/2023 11:59:14,-273.15
-15/12/2023 11:59:16,-273.15
-15/12/2023 11:59:18,-273.15
-15/12/2023 11:59:20,-273.15
-15/12/2023 11:59:22,-273.15
-15/12/2023 11:59:24,-273.15
-15/12/2023 11:59:26,-273.15
-15/12/2023 11:59:28,-273.15
-15/12/2023 11:59:30,-273.15
-15/12/2023 11:59:32,-273.15
-15/12/2023 11:59:34,-273.15
-15/12/2023 11:59:37,-273.15
-15/12/2023 11:59:39,-273.15
-15/12/2023 11:59:41,-273.15
-15/12/2023 11:59:43,-273.15
-15/12/2023 11:59:45,-273.15
-15/12/2023 11:59:47,-273.15
-15/12/2023 11:59:49,-273.15
-15/12/2023 11:59:51,-273.15
-15/12/2023 11:59:53,-273.15
-15/12/2023 11:59:55,-273.15
-15/12/2023 11:59:57,-273.15
-15/12/2023 11:59:59,-273.15
-15/12/2023 12:00:01,-273.15
-15/12/2023 12:00:03,-273.15
-15/12/2023 12:00:05,-273.15
-15/12/2023 12:00:07,-273.15
-15/12/2023 12:00:09,-273.15
-15/12/2023 12:00:11,-273.15
-15/12/2023 12:00:13,-273.15
-15/12/2023 12:00:15,-273.15
-15/12/2023 12:00:17,-273.15
-15/12/2023 12:00:19,-273.15
-15/12/2023 12:00:21,-273.15
-15/12/2023 12:00:23,-273.15
-15/12/2023 12:00:25,-273.15
-15/12/2023 12:00:27,-273.15
-15/12/2023 12:00:29,-273.15
-15/12/2023 12:00:31,-273.15
-15/12/2023 12:00:33,-273.15
-15/12/2023 12:00:35,-273.15
-15/12/2023 12:00:37,-273.15
-15/12/2023 12:00:39,-273.15
-15/12/2023 12:00:41,-273.15
-15/12/2023 12:00:43,-273.15
-15/12/2023 12:00:45,-273.15
-15/12/2023 12:00:47,-273.15
-15/12/2023 12:06:50,-273.15
-15/12/2023 12:06:52,-273.15
-15/12/2023 12:06:54,-273.15
-15/12/2023 12:06:57,-273.15
-15/12/2023 12:06:59,-273.15
-15/12/2023 12:07:01,-273.15
-15/12/2023 12:07:03,-273.15
-15/12/2023 12:07:05,-273.15
-15/12/2023 12:07:07,-273.15
-15/12/2023 12:07:09,-273.15
-15/12/2023 12:07:11,-273.15
-15/12/2023 12:07:13,-273.15
-15/12/2023 12:07:15,-273.15
-15/12/2023 12:07:17,-273.15
-15/12/2023 12:07:19,-273.15
-15/12/2023 12:07:21,-273.15
-15/12/2023 12:07:23,-273.15
-15/12/2023 12:07:25,-273.15
-15/12/2023 12:07:27,-273.15
-15/12/2023 12:07:29,-273.15
-15/12/2023 12:07:31,-273.15
-15/12/2023 12:07:33,-273.15
-15/12/2023 12:07:35,-273.15
-15/12/2023 12:07:37,-273.15
-15/12/2023 12:07:39,-273.15
-15/12/2023 12:07:41,-273.15
-15/12/2023 12:07:43,-273.15
-15/12/2023 12:07:45,-273.15
-15/12/2023 12:07:47,-273.15
-15/12/2023 12:07:49,-273.15
-15/12/2023 12:07:51,-273.15
-15/12/2023 12:07:53,-273.15
-15/12/2023 12:07:55,-273.15
-15/12/2023 12:07:57,-273.15
-15/12/2023 12:07:59,-273.15
-15/12/2023 12:08:01,-273.15
-15/12/2023 12:08:03,-273.15
-15/12/2023 12:08:05,-273.15
-15/12/2023 12:08:07,-273.15
-15/12/2023 12:08:09,-273.15
-15/12/2023 12:08:11,-273.15
-15/12/2023 12:08:13,-273.15
-15/12/2023 12:08:15,-273.15
-15/12/2023 12:08:17,-273.15
-15/12/2023 12:08:19,-273.15
-15/12/2023 12:08:21,-273.15
-15/12/2023 12:08:23,-273.15
-15/12/2023 12:08:25,-273.15
-15/12/2023 12:08:27,-273.15
-15/12/2023 12:08:29,-273.15
-15/12/2023 12:08:31,-273.15
-15/12/2023 12:08:33,-273.15
-15/12/2023 12:08:35,-273.15
-15/12/2023 12:08:37,-273.15
-15/12/2023 12:08:39,-273.15
-15/12/2023 12:08:41,-273.15
-15/12/2023 12:08:43,-273.15
-15/12/2023 12:08:45,-273.15
-15/12/2023 12:08:47,-273.15
-15/12/2023 12:08:49,-273.15
-15/12/2023 12:08:51,-273.15
-15/12/2023 12:08:53,-273.15
-15/12/2023 12:08:55,-273.15
-15/12/2023 12:08:57,-273.15
-15/12/2023 12:08:59,-273.15
-15/12/2023 12:09:01,-273.15
-15/12/2023 12:09:03,-273.15
-15/12/2023 12:09:05,-273.15
-15/12/2023 12:09:07,-273.15
-15/12/2023 12:09:09,-273.15
-15/12/2023 12:09:11,-273.15
-15/12/2023 12:09:13,-273.15
-15/12/2023 12:09:15,-273.15
-15/12/2023 12:09:17,-273.15
-15/12/2023 12:09:20,-273.15
-15/12/2023 12:09:22,-273.15
-15/12/2023 12:09:24,-273.15
-15/12/2023 12:09:26,-273.15
-15/12/2023 12:09:28,-273.15
-15/12/2023 12:09:30,-273.15
-15/12/2023 12:09:32,-273.15
-15/12/2023 12:09:34,-273.15
-15/12/2023 12:09:36,-273.15
-15/12/2023 12:09:38,-273.15
-15/12/2023 12:09:40,-273.15
-15/12/2023 12:09:42,-273.15
-15/12/2023 12:09:44,-273.15
-15/12/2023 12:09:46,-273.15
-15/12/2023 12:09:48,-273.15
-15/12/2023 12:09:50,-273.15
-15/12/2023 12:09:52,-273.15
-15/12/2023 12:09:54,-273.15
-15/12/2023 12:09:56,-273.15
-15/12/2023 12:09:58,-273.15
-15/12/2023 12:10:00,-273.15
-15/12/2023 12:10:02,-273.15
-15/12/2023 12:10:04,-273.15
-15/12/2023 12:10:06,-273.15
-15/12/2023 12:10:08,-273.15
-15/12/2023 12:10:10,-273.15
-15/12/2023 12:10:12,-273.15
-15/12/2023 12:10:14,-273.15
-15/12/2023 12:10:16,-273.15
-15/12/2023 12:10:18,-273.15
-15/12/2023 12:10:20,-273.15
-15/12/2023 12:10:22,-273.15
-15/12/2023 12:10:24,-273.15
-15/12/2023 12:10:26,-273.15
-15/12/2023 12:10:28,-273.15
-15/12/2023 12:10:30,-273.15
-15/12/2023 12:10:32,-273.15
-15/12/2023 12:10:34,-273.15
-15/12/2023 12:10:36,-273.15
-15/12/2023 12:10:38,-273.15
-15/12/2023 12:10:40,-273.15
-15/12/2023 12:10:42,-273.15
-15/12/2023 12:10:44,-273.15
-15/12/2023 12:10:46,-273.15
-15/12/2023 12:10:48,-273.15
-15/12/2023 12:10:50,-273.15
-15/12/2023 12:10:52,-273.15
-15/12/2023 12:10:54,-273.15
-15/12/2023 12:10:56,-273.15
-15/12/2023 12:10:58,-273.15
-15/12/2023 12:11:00,-273.15
-15/12/2023 12:11:02,-273.15
-15/12/2023 12:11:04,-273.15
-15/12/2023 12:11:06,-273.15
-15/12/2023 12:11:08,-273.15
-15/12/2023 12:11:10,-273.15
-15/12/2023 12:11:12,-273.15
-15/12/2023 12:11:14,-273.15
-15/12/2023 12:11:16,-273.15
-15/12/2023 12:11:18,-273.15
-15/12/2023 12:11:20,-273.15
-15/12/2023 12:11:22,-273.15
-15/12/2023 12:11:24,-273.15
-15/12/2023 12:11:26,-273.15
-15/12/2023 12:11:28,-273.15
-15/12/2023 12:11:30,-273.15
-15/12/2023 12:11:32,-273.15
-15/12/2023 12:11:34,-273.15
-15/12/2023 12:11:36,-273.15
-15/12/2023 12:11:38,-273.15
-15/12/2023 12:11:40,-273.15
-15/12/2023 12:11:42,-273.15
-15/12/2023 12:11:44,-273.15
-15/12/2023 12:11:46,-273.15
-15/12/2023 12:11:48,-273.15
-15/12/2023 12:11:50,-273.15
-15/12/2023 12:11:52,-273.15
-15/12/2023 12:11:55,-273.15
-15/12/2023 12:11:57,-273.15
-15/12/2023 12:11:59,-273.15
-15/12/2023 12:12:01,-273.15
-15/12/2023 12:12:03,-273.15
-15/12/2023 12:12:05,-273.15
-15/12/2023 12:12:07,-273.15
-15/12/2023 12:12:09,-273.15
-15/12/2023 12:12:11,-273.15
-15/12/2023 12:12:13,-273.15
-15/12/2023 12:12:15,-273.15
-15/12/2023 12:12:17,-273.15
-15/12/2023 12:12:19,-273.15
-15/12/2023 12:12:21,-273.15
-15/12/2023 12:12:23,-273.15
-15/12/2023 12:12:25,-273.15
-15/12/2023 12:12:27,-273.15
-15/12/2023 12:12:29,-273.15
-15/12/2023 12:12:31,-273.15
-15/12/2023 12:12:33,-273.15
-15/12/2023 12:12:35,-273.15
-15/12/2023 12:12:37,-273.15
-15/12/2023 12:12:39,-273.15
-15/12/2023 12:12:41,-273.15
-15/12/2023 12:12:43,-273.15
-15/12/2023 12:12:45,-273.15
-15/12/2023 12:12:47,-273.15
-15/12/2023 12:12:49,-273.15
-15/12/2023 12:12:51,-273.15
-15/12/2023 12:12:53,-273.15
-15/12/2023 12:12:55,-273.15
-15/12/2023 12:12:57,-273.15
-15/12/2023 12:12:59,-273.15
-15/12/2023 12:13:01,-273.15
-15/12/2023 12:13:03,-273.15
-15/12/2023 12:13:05,-273.15
-15/12/2023 12:13:07,-273.15
-15/12/2023 12:13:09,-273.15
-15/12/2023 12:13:11,-273.15
-15/12/2023 12:13:13,-273.15
-15/12/2023 12:13:15,-273.15
-15/12/2023 12:13:17,-273.15
-15/12/2023 12:13:19,-273.15
-15/12/2023 12:13:21,-273.15
-15/12/2023 12:13:23,-273.15
-15/12/2023 12:13:25,-273.15
-15/12/2023 12:13:27,-273.15
-15/12/2023 12:13:29,-273.15
-15/12/2023 12:13:31,-273.15
-15/12/2023 12:13:33,-273.15
-15/12/2023 12:13:35,-273.15
-15/12/2023 12:13:37,-273.15
-15/12/2023 12:13:39,-273.15
-15/12/2023 12:13:41,-273.15
-15/12/2023 12:13:43,-273.15
-15/12/2023 12:13:45,-273.15
-15/12/2023 12:13:47,-273.15
-15/12/2023 12:13:49,-273.15
-15/12/2023 12:13:51,-273.15
-15/12/2023 12:13:53,-273.15
-15/12/2023 12:13:55,-273.15
-15/12/2023 12:13:57,-273.15
-15/12/2023 12:13:59,-273.15
-15/12/2023 12:14:01,-273.15
-15/12/2023 12:14:03,-273.15
-15/12/2023 12:14:05,-273.15
-15/12/2023 12:14:07,-273.15
-15/12/2023 12:14:09,-273.15
-15/12/2023 12:14:11,-273.15
-15/12/2023 12:14:13,-273.15
-15/12/2023 12:14:15,-273.15
-15/12/2023 12:14:17,-273.15
-15/12/2023 12:14:19,-273.15
-15/12/2023 12:14:21,-273.15
-15/12/2023 12:14:23,-273.15
-15/12/2023 12:14:25,-273.15
-15/12/2023 12:14:27,-273.15
-15/12/2023 12:14:29,-273.15
-15/12/2023 12:14:31,-273.15
-15/12/2023 12:14:33,-273.15
-15/12/2023 12:14:35,-273.15
-15/12/2023 12:14:37,-273.15
-15/12/2023 12:14:40,-273.15
-15/12/2023 12:14:42,-273.15
-15/12/2023 12:14:44,-273.15
-15/12/2023 12:14:46,-273.15
-15/12/2023 12:14:48,-273.15
-15/12/2023 12:14:50,-273.15
-15/12/2023 12:14:52,-273.15
-15/12/2023 12:14:54,-273.15
-15/12/2023 12:14:56,-273.15
-15/12/2023 12:14:58,-273.15
-15/12/2023 12:15:00,-273.15
-15/12/2023 12:15:02,-273.15
-15/12/2023 12:15:04,-273.15
-15/12/2023 12:15:06,-273.15
-15/12/2023 12:15:08,-273.15
-15/12/2023 12:15:10,-273.15
-15/12/2023 12:15:12,-273.15
-15/12/2023 12:15:14,-273.15
-15/12/2023 12:15:16,-273.15
-15/12/2023 12:15:18,-273.15
-15/12/2023 12:15:20,-273.15
-15/12/2023 12:15:22,-273.15
-15/12/2023 12:15:24,-273.15
-15/12/2023 12:15:26,-273.15
-15/12/2023 12:15:28,-273.15
-15/12/2023 12:15:30,-273.15
-15/12/2023 12:15:32,-273.15
-15/12/2023 12:15:34,-273.15
-15/12/2023 12:15:36,-273.15
-15/12/2023 12:15:38,-273.15
-15/12/2023 12:15:40,-273.15
-15/12/2023 12:15:42,-273.15
-15/12/2023 12:15:44,-273.15
-15/12/2023 12:15:46,-273.15
-15/12/2023 12:15:48,-273.15
-15/12/2023 12:15:50,-273.15
-15/12/2023 12:15:52,-273.15
-15/12/2023 12:15:54,-273.15
-15/12/2023 12:15:56,-273.15
-15/12/2023 12:15:58,-273.15
-15/12/2023 12:16:00,-273.15
-15/12/2023 12:16:02,-273.15
-15/12/2023 12:16:04,-273.15
-15/12/2023 12:16:06,-273.15
-15/12/2023 12:16:08,-273.15
-15/12/2023 12:16:10,-273.15
-15/12/2023 12:16:12,-273.15
-15/12/2023 12:16:14,-273.15
-15/12/2023 12:16:16,-273.15
-15/12/2023 12:16:18,-273.15
-15/12/2023 12:16:20,-273.15
-15/12/2023 12:16:22,-273.15
-15/12/2023 12:16:24,-273.15
-15/12/2023 12:16:26,-273.15
-15/12/2023 12:16:28,-273.15
-15/12/2023 12:16:30,-273.15
-15/12/2023 12:16:32,-273.15
-15/12/2023 12:16:34,-273.15
-15/12/2023 12:16:36,-273.15
-15/12/2023 12:16:38,-273.15
-15/12/2023 12:16:40,-273.15
-15/12/2023 12:16:42,-273.15
-15/12/2023 12:16:44,-273.15
-15/12/2023 12:16:46,-273.15
-15/12/2023 12:16:48,-273.15
-15/12/2023 12:16:50,-273.15
-15/12/2023 12:16:52,-273.15
-15/12/2023 12:16:54,-273.15
-15/12/2023 12:16:56,-273.15
-15/12/2023 12:16:58,-273.15
-15/12/2023 12:17:01,-273.15
-15/12/2023 12:17:03,-273.15
-15/12/2023 12:17:05,-273.15
-15/12/2023 12:17:07,-273.15
-15/12/2023 12:17:09,-273.15
-15/12/2023 12:17:11,-273.15
-15/12/2023 12:17:13,-273.15
-15/12/2023 12:17:15,-273.15
-15/12/2023 12:17:17,-273.15
-15/12/2023 12:17:19,-273.15
-15/12/2023 12:17:21,-273.15
-15/12/2023 12:17:23,-273.15
-15/12/2023 12:17:25,-273.15
-15/12/2023 12:17:27,-273.15
-15/12/2023 12:17:29,-273.15
-15/12/2023 12:17:31,-273.15
-15/12/2023 12:17:33,-273.15
-15/12/2023 12:17:35,-273.15
-15/12/2023 12:17:37,-273.15
-15/12/2023 12:17:39,-273.15
-15/12/2023 12:17:41,-273.15
-15/12/2023 12:17:43,-273.15
-15/12/2023 12:17:45,-273.15
-15/12/2023 12:17:47,-273.15
-15/12/2023 12:17:49,-273.15
-15/12/2023 12:17:51,-273.15
-15/12/2023 12:17:53,-273.15
-15/12/2023 12:17:55,-273.15
-15/12/2023 12:17:57,-273.15
-15/12/2023 12:17:59,-273.15
-15/12/2023 12:18:01,-273.15
-15/12/2023 12:18:03,-273.15
-15/12/2023 12:18:05,-273.15
-15/12/2023 12:18:07,-273.15
-15/12/2023 12:18:09,-273.15
-15/12/2023 12:18:11,-273.15
-15/12/2023 12:18:13,-273.15
-15/12/2023 12:18:15,-273.15
-15/12/2023 12:18:17,-273.15
-15/12/2023 12:18:19,-273.15
-15/12/2023 12:18:21,-273.15
-15/12/2023 12:18:23,-273.15
-15/12/2023 12:18:25,-273.15
-15/12/2023 12:18:27,-273.15
-15/12/2023 12:18:29,-273.15
-15/12/2023 12:18:31,-273.15
-15/12/2023 12:18:33,-273.15
-15/12/2023 12:18:35,-273.15
-15/12/2023 12:18:37,-273.15
-15/12/2023 12:18:39,-273.15
-15/12/2023 12:18:42,-273.15
-15/12/2023 12:18:44,-273.15
-15/12/2023 12:18:46,-273.15
-15/12/2023 12:18:48,-273.15
-15/12/2023 12:18:50,-273.15
-15/12/2023 12:18:52,-273.15
-15/12/2023 12:18:54,-273.15
-15/12/2023 12:18:56,-273.15
-15/12/2023 12:18:58,-273.15
-15/12/2023 12:19:00,-273.15
-15/12/2023 12:19:02,-273.15
-15/12/2023 12:19:04,-273.15
-15/12/2023 12:19:06,-273.15
-15/12/2023 12:19:08,-273.15
-15/12/2023 12:19:10,-273.15
-15/12/2023 12:19:12,-273.15
-15/12/2023 12:19:14,-273.15
-15/12/2023 12:19:16,-273.15
-15/12/2023 12:19:18,-273.15
-15/12/2023 12:19:20,-273.15
-15/12/2023 12:19:22,-273.15
-15/12/2023 12:19:24,-273.15
-15/12/2023 12:19:26,-273.15
-15/12/2023 12:19:28,-273.15
-15/12/2023 12:19:30,-273.15
-15/12/2023 12:19:32,-273.15
-15/12/2023 12:19:34,-273.15
-15/12/2023 12:19:36,-273.15
-15/12/2023 12:19:38,-273.15
-15/12/2023 12:19:40,-273.15
-15/12/2023 12:19:42,-273.15
-15/12/2023 12:19:44,-273.15
-15/12/2023 12:19:46,-273.15
-15/12/2023 12:19:48,-273.15
-15/12/2023 12:19:50,-273.15
-15/12/2023 12:19:53,-273.15
-15/12/2023 12:19:55,-273.15
-15/12/2023 12:19:57,-273.15
-15/12/2023 12:19:59,-273.15
-15/12/2023 12:20:01,-273.15
-15/12/2023 12:20:03,-273.15
-15/12/2023 12:20:05,-273.15
-15/12/2023 12:20:07,-273.15
-15/12/2023 12:20:09,-273.15
-15/12/2023 12:20:11,-273.15
-15/12/2023 12:20:13,-273.15
-15/12/2023 12:20:15,-273.15
-15/12/2023 12:20:17,-273.15
-15/12/2023 12:20:19,-273.15
-15/12/2023 12:20:21,-273.15
-15/12/2023 12:20:23,-273.15
-15/12/2023 12:20:25,-273.15
-15/12/2023 12:20:27,-273.15
-15/12/2023 12:20:29,-273.15
-15/12/2023 12:20:31,-273.15
-15/12/2023 12:20:33,-273.15
-15/12/2023 12:20:35,-273.15
-15/12/2023 12:20:37,-273.15
-15/12/2023 12:20:39,-273.15
-15/12/2023 12:20:41,-273.15
-15/12/2023 12:20:43,-273.15
-15/12/2023 12:20:45,-273.15
-15/12/2023 12:20:47,-273.15
-15/12/2023 12:20:49,-273.15
-15/12/2023 12:20:51,-273.15
-15/12/2023 12:20:53,-273.15
-15/12/2023 12:20:55,-273.15
-15/12/2023 12:20:57,-273.15
-15/12/2023 12:20:59,-273.15
-15/12/2023 12:21:01,-273.15
-15/12/2023 12:21:03,-273.15
-15/12/2023 12:21:06,-273.15
-15/12/2023 12:21:08,-273.15
-15/12/2023 12:21:10,-273.15
-15/12/2023 12:21:12,-273.15
-15/12/2023 12:21:14,-273.15
-15/12/2023 12:21:16,-273.15
-15/12/2023 12:21:18,-273.15
-15/12/2023 12:21:20,-273.15
-15/12/2023 12:21:22,-273.15
-15/12/2023 12:21:24,-273.15
-15/12/2023 12:21:26,-273.15
-15/12/2023 12:21:28,-273.15
-15/12/2023 12:21:30,-273.15
-15/12/2023 12:21:32,-273.15
-15/12/2023 12:21:34,-273.15
-15/12/2023 12:21:36,-273.15
-15/12/2023 12:21:38,-273.15
-15/12/2023 12:21:40,-273.15
-15/12/2023 12:21:42,-273.15
-15/12/2023 12:21:44,-273.15
-15/12/2023 12:21:46,-273.15
-15/12/2023 12:21:48,-273.15
-15/12/2023 12:21:50,-273.15
-15/12/2023 12:21:52,-273.15
-15/12/2023 12:21:54,-273.15
-15/12/2023 12:21:56,-273.15
-15/12/2023 12:21:58,-273.15
-15/12/2023 12:22:00,-273.15
-15/12/2023 12:22:02,-273.15
-15/12/2023 12:22:04,-273.15
-15/12/2023 12:22:06,-273.15
-15/12/2023 12:22:08,-273.15
-15/12/2023 12:22:10,-273.15
-15/12/2023 12:22:12,-273.15
-15/12/2023 12:22:14,-273.15
-15/12/2023 12:22:16,-273.15
-15/12/2023 12:22:18,-273.15
-15/12/2023 12:22:20,-273.15
-15/12/2023 12:22:22,-273.15
-15/12/2023 12:22:24,-273.15
-15/12/2023 12:22:26,-273.15
-15/12/2023 12:22:29,-273.15
-15/12/2023 12:22:31,-273.15
-15/12/2023 12:22:33,-273.15
-15/12/2023 12:22:35,-273.15
-15/12/2023 12:22:37,-273.15
-15/12/2023 12:22:39,-273.15
-15/12/2023 12:22:41,-273.15
-15/12/2023 12:22:43,-273.15
-15/12/2023 12:22:45,-273.15
-15/12/2023 12:22:47,-273.15
-15/12/2023 12:22:49,-273.15
-15/12/2023 12:22:51,-273.15
-15/12/2023 12:22:53,-273.15
-15/12/2023 12:22:55,-273.15
-15/12/2023 12:22:57,-273.15
-15/12/2023 12:22:59,-273.15
-15/12/2023 12:23:01,-273.15
-15/12/2023 12:23:03,-273.15
-15/12/2023 12:23:05,-273.15
-15/12/2023 12:23:07,-273.15
-15/12/2023 12:23:09,-273.15
-15/12/2023 12:23:11,-273.15
-15/12/2023 12:23:13,-273.15
-15/12/2023 12:23:15,-273.15
-15/12/2023 12:23:17,-273.15
-15/12/2023 12:23:19,-273.15
-15/12/2023 12:23:21,-273.15
-15/12/2023 12:23:23,-273.15
-15/12/2023 12:23:25,-273.15
-15/12/2023 12:23:27,-273.15
-15/12/2023 12:23:29,-273.15
-15/12/2023 12:23:31,-273.15
-15/12/2023 12:23:33,-273.15
-15/12/2023 12:23:35,-273.15
-15/12/2023 12:23:37,-273.15
-15/12/2023 12:23:39,-273.15
-15/12/2023 12:23:41,-273.15
-15/12/2023 12:23:43,-273.15
-15/12/2023 12:23:45,-273.15
-15/12/2023 12:23:47,-273.15
-15/12/2023 12:23:49,-273.15
-15/12/2023 12:23:51,-273.15
-15/12/2023 12:23:53,-273.15
-15/12/2023 12:23:56,-273.15
-15/12/2023 12:23:58,-273.15
-15/12/2023 12:24:00,-273.15
-15/12/2023 12:24:02,-273.15
-15/12/2023 12:24:04,-273.15
-15/12/2023 12:24:06,-273.15
-15/12/2023 12:24:08,-273.15
-15/12/2023 12:24:10,-273.15
-15/12/2023 12:24:12,-273.15
-15/12/2023 12:24:14,-273.15
-15/12/2023 12:24:16,-273.15
-15/12/2023 12:24:18,-273.15
-15/12/2023 12:24:20,-273.15
-15/12/2023 12:24:22,-273.15
-15/12/2023 12:24:24,-273.15
-15/12/2023 12:24:26,-273.15
-15/12/2023 12:24:28,-273.15
-15/12/2023 12:24:30,-273.15
-15/12/2023 12:24:32,-273.15
-15/12/2023 12:24:34,-273.15
-15/12/2023 12:24:36,-273.15
-15/12/2023 12:24:38,-273.15
-15/12/2023 12:24:40,-273.15
-15/12/2023 12:24:42,-273.15
-15/12/2023 12:24:44,-273.15
-15/12/2023 12:24:46,-273.15
-15/12/2023 12:24:48,-273.15
-15/12/2023 12:24:50,-273.15
-15/12/2023 12:24:52,-273.15
-15/12/2023 12:24:54,-273.15
-15/12/2023 12:24:56,-273.15
-15/12/2023 12:24:58,-273.15
-15/12/2023 12:25:00,-273.15
-15/12/2023 12:25:02,-273.15
-15/12/2023 12:25:04,-273.15
-15/12/2023 12:25:06,-273.15
-15/12/2023 12:25:08,-273.15
-15/12/2023 12:25:10,-273.15
-15/12/2023 12:25:12,-273.15
-15/12/2023 12:25:15,-273.15
-15/12/2023 12:25:17,-273.15
-15/12/2023 12:25:19,-273.15
-15/12/2023 12:25:21,-273.15
-15/12/2023 12:25:23,-273.15
-15/12/2023 12:25:25,-273.15
-15/12/2023 12:25:27,-273.15
-15/12/2023 12:25:29,-273.15
-15/12/2023 12:25:31,-273.15
-15/12/2023 12:25:33,-273.15
-15/12/2023 12:25:35,-273.15
-15/12/2023 12:25:37,-273.15
-15/12/2023 12:25:39,-273.15
-15/12/2023 12:25:41,-273.15
-15/12/2023 12:25:43,-273.15
-15/12/2023 12:25:45,-273.15
-15/12/2023 12:25:47,-273.15
-15/12/2023 12:25:49,-273.15
-15/12/2023 12:25:51,-273.15
-15/12/2023 12:25:53,-273.15
-15/12/2023 12:25:55,-273.15
-15/12/2023 12:25:57,-273.15
-15/12/2023 12:25:59,-273.15
-15/12/2023 12:26:01,-273.15
-15/12/2023 12:26:03,-273.15
-15/12/2023 12:26:05,-273.15
-15/12/2023 12:26:07,-273.15
-15/12/2023 12:26:09,-273.15
-15/12/2023 12:26:11,-273.15
-15/12/2023 12:26:13,-273.15
-15/12/2023 12:26:15,-273.15
-15/12/2023 12:26:17,-273.15
-15/12/2023 12:26:19,-273.15
-15/12/2023 12:26:21,-273.15
-15/12/2023 12:26:23,-273.15
-15/12/2023 12:26:25,-273.15
-15/12/2023 12:26:27,-273.15
-15/12/2023 12:26:29,-273.15
-15/12/2023 12:26:31,-273.15
-15/12/2023 12:26:33,-273.15
-15/12/2023 12:26:35,-273.15
-15/12/2023 12:26:37,-273.15
-15/12/2023 12:26:39,-273.15
-15/12/2023 12:26:41,-273.15
-15/12/2023 12:26:43,-273.15
-15/12/2023 12:26:45,-273.15
-15/12/2023 12:26:47,-273.15
-15/12/2023 12:26:49,-273.15
-15/12/2023 12:26:51,-273.15
-15/12/2023 12:26:54,-273.15
-15/12/2023 12:26:56,-273.15
-15/12/2023 12:26:58,-273.15
-15/12/2023 12:27:00,-273.15
-15/12/2023 12:27:02,-273.15
-15/12/2023 12:27:04,-273.15
-15/12/2023 12:27:06,-273.15
-15/12/2023 12:27:08,-273.15
-15/12/2023 12:27:10,-273.15
-15/12/2023 12:27:12,-273.15
-15/12/2023 12:27:14,-273.15
-15/12/2023 12:27:16,-273.15
-15/12/2023 12:27:18,-273.15
-15/12/2023 12:27:20,-273.15
-15/12/2023 12:27:22,-273.15
-15/12/2023 12:27:24,-273.15
-15/12/2023 12:27:26,-273.15
-15/12/2023 12:27:28,-273.15
-15/12/2023 12:27:30,-273.15
-15/12/2023 12:27:32,-273.15
-15/12/2023 12:27:34,-273.15
-15/12/2023 12:27:36,-273.15
-15/12/2023 12:27:38,-273.15
-15/12/2023 12:27:40,-273.15
-15/12/2023 12:27:42,-273.15
-15/12/2023 12:27:44,-273.15
-15/12/2023 12:27:46,-273.15
-15/12/2023 12:27:48,-273.15
-15/12/2023 12:27:50,-273.15
-15/12/2023 12:27:52,-273.15
-15/12/2023 12:27:54,-273.15
-15/12/2023 12:27:56,-273.15
-15/12/2023 12:27:58,-273.15
-15/12/2023 12:28:00,-273.15
-15/12/2023 12:28:02,-273.15
-15/12/2023 12:28:04,-273.15
-15/12/2023 12:28:06,-273.15
-15/12/2023 12:28:08,-273.15
-15/12/2023 12:28:10,-273.15
-15/12/2023 12:28:12,-273.15
-15/12/2023 12:28:14,-273.15
-15/12/2023 12:28:16,-273.15
-15/12/2023 12:28:18,-273.15
-15/12/2023 12:28:20,-273.15
-15/12/2023 12:28:22,-273.15
-15/12/2023 12:28:24,-273.15
-15/12/2023 12:28:26,-273.15
-15/12/2023 12:28:28,-273.15
-15/12/2023 12:28:30,-273.15
-15/12/2023 12:28:32,-273.15
-15/12/2023 12:28:34,-273.15
-15/12/2023 12:28:36,-273.15
-15/12/2023 12:28:38,-273.15
-15/12/2023 12:28:40,-273.15
-15/12/2023 12:28:42,-273.15
-15/12/2023 12:28:44,-273.15
-15/12/2023 12:28:46,-273.15
-15/12/2023 12:28:48,-273.15
-15/12/2023 12:28:50,-273.15
-15/12/2023 12:28:52,-273.15
-15/12/2023 12:28:54,-273.15
-15/12/2023 12:28:56,-273.15
-15/12/2023 12:28:58,-273.15
-15/12/2023 12:29:00,-273.15
-15/12/2023 12:29:02,-273.15
-15/12/2023 12:29:04,-273.15
-15/12/2023 12:29:06,-273.15
-15/12/2023 12:29:08,-273.15
-15/12/2023 12:29:10,-273.15
-15/12/2023 12:29:12,-273.15
-15/12/2023 12:29:14,-273.15
-15/12/2023 12:29:16,-273.15
-15/12/2023 12:29:18,-273.15
-15/12/2023 12:29:20,-273.15
-15/12/2023 12:29:22,-273.15
-15/12/2023 12:29:24,-273.15
-15/12/2023 12:29:26,-273.15
-15/12/2023 12:29:28,-273.15
-15/12/2023 12:29:30,-273.15
-15/12/2023 12:29:32,-273.15
-15/12/2023 12:29:34,-273.15
-15/12/2023 12:29:36,-273.15
-15/12/2023 12:29:38,-273.15
-15/12/2023 12:29:40,-273.15
-15/12/2023 12:29:42,-273.15
-15/12/2023 12:29:44,-273.15
-15/12/2023 12:29:46,-273.15
-15/12/2023 12:29:48,-273.15
-15/12/2023 12:29:50,-273.15
-15/12/2023 12:29:52,-273.15
-15/12/2023 12:29:54,-273.15
-15/12/2023 12:29:56,-273.15
-15/12/2023 12:29:58,-273.15
-15/12/2023 12:30:00,-273.15
-15/12/2023 12:30:02,-273.15
-15/12/2023 12:30:04,-273.15
-15/12/2023 12:30:06,-273.15
-15/12/2023 12:30:08,-273.15
-15/12/2023 12:30:11,-273.15
-15/12/2023 12:30:13,-273.15
-15/12/2023 12:30:15,-273.15
-15/12/2023 12:30:17,-273.15
-15/12/2023 12:30:19,-273.15
-15/12/2023 12:30:21,-273.15
-15/12/2023 12:30:23,-273.15
-15/12/2023 12:30:25,-273.15
-15/12/2023 12:30:27,-273.15
-15/12/2023 12:30:29,-273.15
-15/12/2023 12:30:31,-273.15
-15/12/2023 12:30:33,-273.15
-15/12/2023 12:30:35,-273.15
-15/12/2023 12:30:37,-273.15
-15/12/2023 12:30:39,-273.15
-15/12/2023 12:30:41,-273.15
-15/12/2023 12:30:43,-273.15
-15/12/2023 12:30:45,-273.15
-15/12/2023 12:30:47,-273.15
-15/12/2023 12:30:49,-273.15
-15/12/2023 12:30:51,-273.15
-15/12/2023 12:30:53,-273.15
-15/12/2023 12:30:55,-273.15
-15/12/2023 12:30:57,-273.15
-15/12/2023 12:30:59,-273.15
-15/12/2023 12:31:01,-273.15
-15/12/2023 12:31:03,-273.15
-15/12/2023 12:31:05,-273.15
-15/12/2023 12:31:07,-273.15
-15/12/2023 12:31:09,-273.15
-15/12/2023 12:31:11,-273.15
-15/12/2023 12:31:13,-273.15
-15/12/2023 12:31:15,-273.15
-15/12/2023 12:31:17,-273.15
-15/12/2023 12:31:19,-273.15
-15/12/2023 12:31:21,-273.15
-15/12/2023 12:31:23,-273.15
-15/12/2023 12:31:25,-273.15
-15/12/2023 12:31:27,-273.15
-15/12/2023 12:31:29,-273.15
-15/12/2023 12:31:31,-273.15
-15/12/2023 12:31:33,-273.15
-15/12/2023 12:31:35,-273.15
-15/12/2023 12:31:37,-273.15
-15/12/2023 12:31:39,-273.15
-15/12/2023 12:31:41,-273.15
-15/12/2023 12:31:43,-273.15
-15/12/2023 12:31:45,-273.15
-15/12/2023 12:31:47,-273.15
-15/12/2023 12:31:49,-273.15
-15/12/2023 12:31:51,-273.15
-15/12/2023 12:31:53,-273.15
-15/12/2023 12:31:55,-273.15
-15/12/2023 12:31:57,-273.15
-15/12/2023 12:31:59,-273.15
-15/12/2023 12:32:01,-273.15
-15/12/2023 12:32:03,-273.15
-15/12/2023 12:32:05,-273.15
-15/12/2023 12:32:07,-273.15
-15/12/2023 12:32:09,-273.15
-15/12/2023 12:32:11,-273.15
-15/12/2023 12:32:13,-273.15
-15/12/2023 12:32:15,-273.15
-15/12/2023 12:32:17,-273.15
-15/12/2023 12:32:19,-273.15
-15/12/2023 12:32:21,-273.15
-15/12/2023 12:32:23,-273.15
-15/12/2023 12:32:25,-273.15
-15/12/2023 12:32:27,-273.15
-15/12/2023 12:32:29,-273.15
-15/12/2023 12:32:31,-273.15
-15/12/2023 12:32:33,-273.15
-15/12/2023 12:32:35,-273.15
-15/12/2023 12:32:37,-273.15
-15/12/2023 12:32:39,-273.15
-15/12/2023 12:32:41,-273.15
-15/12/2023 12:32:43,-273.15
-15/12/2023 12:32:45,-273.15
-15/12/2023 12:32:47,-273.15
-15/12/2023 12:32:49,-273.15
-15/12/2023 12:32:51,-273.15
-15/12/2023 12:32:53,-273.15
-15/12/2023 12:32:55,-273.15
-15/12/2023 12:32:57,-273.15
-15/12/2023 12:32:59,-273.15
-15/12/2023 12:33:01,-273.15
-15/12/2023 12:33:03,-273.15
-15/12/2023 12:33:05,-273.15
-15/12/2023 12:33:07,-273.15
-15/12/2023 12:33:09,-273.15
-15/12/2023 12:33:11,-273.15
-15/12/2023 12:33:13,-273.15
-15/12/2023 12:33:15,-273.15
-15/12/2023 12:33:17,-273.15
-15/12/2023 12:33:19,-273.15
-15/12/2023 12:33:22,-273.15
-15/12/2023 12:33:24,-273.15
-15/12/2023 12:33:26,-273.15
-15/12/2023 12:33:28,-273.15
-15/12/2023 12:33:30,-273.15
-15/12/2023 12:33:32,-273.15
-15/12/2023 12:33:34,-273.15
-15/12/2023 12:33:36,-273.15
-15/12/2023 12:33:38,-273.15
-15/12/2023 12:33:40,-273.15
-15/12/2023 12:33:42,-273.15
-15/12/2023 12:33:44,-273.15
-15/12/2023 12:33:46,-273.15
-15/12/2023 12:33:48,-273.15
-15/12/2023 12:33:50,-273.15
-15/12/2023 12:33:52,-273.15
-15/12/2023 12:33:54,-273.15
-15/12/2023 12:33:56,-273.15
-15/12/2023 12:33:58,-273.15
-15/12/2023 12:34:00,-273.15
-15/12/2023 12:34:02,-273.15
-15/12/2023 12:34:04,-273.15
-15/12/2023 12:34:06,-273.15
-15/12/2023 12:34:08,-273.15
-15/12/2023 12:34:10,-273.15
-15/12/2023 12:34:12,-273.15
-15/12/2023 12:34:14,-273.15
-15/12/2023 12:34:16,-273.15
-15/12/2023 12:34:18,-273.15
-15/12/2023 12:34:20,-273.15
-15/12/2023 12:34:22,-273.15
-15/12/2023 12:34:24,-273.15
-15/12/2023 12:34:26,-273.15
-15/12/2023 12:34:28,-273.15
-15/12/2023 12:34:30,-273.15
-15/12/2023 12:34:32,-273.15
-15/12/2023 12:34:34,-273.15
-15/12/2023 12:34:36,-273.15
-15/12/2023 12:34:38,-273.15
-15/12/2023 12:34:40,-273.15
-15/12/2023 12:34:42,-273.15
-15/12/2023 12:34:44,-273.15
-15/12/2023 12:34:46,-273.15
-15/12/2023 12:34:48,-273.15
-15/12/2023 12:34:50,-273.15
-15/12/2023 12:34:52,-273.15
-15/12/2023 12:34:54,-273.15
-15/12/2023 12:34:56,-273.15
-15/12/2023 12:34:58,-273.15
-15/12/2023 12:35:00,-273.15
-15/12/2023 12:35:02,-273.15
-15/12/2023 12:35:04,-273.15
-15/12/2023 12:35:06,-273.15
-15/12/2023 12:35:08,-273.15
-15/12/2023 12:35:10,-273.15
-15/12/2023 12:35:12,-273.15
-15/12/2023 12:35:14,-273.15
-15/12/2023 12:35:16,-273.15
-15/12/2023 12:35:18,-273.15
-15/12/2023 12:35:20,-273.15
-15/12/2023 12:35:22,-273.15
-15/12/2023 12:35:24,-273.15
-15/12/2023 12:35:26,-273.15
-15/12/2023 12:35:28,-273.15
-15/12/2023 12:35:30,-273.15
-15/12/2023 12:35:32,-273.15
-15/12/2023 12:35:34,-273.15
-15/12/2023 12:35:36,-273.15
-15/12/2023 12:35:38,-273.15
-15/12/2023 12:35:40,-273.15
-15/12/2023 12:35:42,-273.15
-15/12/2023 12:35:44,-273.15
-15/12/2023 12:35:46,-273.15
-15/12/2023 12:35:48,-273.15
-15/12/2023 12:35:50,-273.15
-15/12/2023 12:35:52,-273.15
-15/12/2023 12:35:54,-273.15
-15/12/2023 12:35:56,-273.15
-15/12/2023 12:35:59,-273.15
-15/12/2023 12:36:01,-273.15
-15/12/2023 12:36:03,-273.15
-15/12/2023 12:36:05,-273.15
-15/12/2023 12:36:07,-273.15
-15/12/2023 12:36:09,-273.15
-15/12/2023 12:36:11,-273.15
-15/12/2023 12:36:13,-273.15
-15/12/2023 12:36:15,-273.15
-15/12/2023 12:36:17,-273.15
-15/12/2023 12:36:19,-273.15
-15/12/2023 12:36:21,-273.15
-15/12/2023 12:36:23,-273.15
-15/12/2023 12:36:25,-273.15
-15/12/2023 12:36:27,-273.15
-15/12/2023 12:36:29,-273.15
-15/12/2023 12:36:31,-273.15
-15/12/2023 12:36:33,-273.15
-15/12/2023 12:36:35,-273.15
-15/12/2023 12:36:37,-273.15
-15/12/2023 12:36:39,-273.15
-15/12/2023 12:36:41,-273.15
-15/12/2023 12:36:43,-273.15
-15/12/2023 12:36:45,-273.15
-15/12/2023 12:36:47,-273.15
-15/12/2023 12:36:49,-273.15
-15/12/2023 12:36:51,-273.15
-15/12/2023 12:36:53,-273.15
-15/12/2023 12:36:55,-273.15
-15/12/2023 12:36:58,-273.15
-15/12/2023 12:37:00,-273.15
-15/12/2023 12:37:02,-273.15
-15/12/2023 12:37:04,-273.15
-15/12/2023 12:37:06,-273.15
-15/12/2023 12:37:08,-273.15
-15/12/2023 12:37:10,-273.15
-15/12/2023 12:37:12,-273.15
-15/12/2023 12:37:14,-273.15
-15/12/2023 12:37:16,-273.15
-15/12/2023 12:37:18,-273.15
-15/12/2023 12:37:20,-273.15
-15/12/2023 12:37:22,-273.15
-15/12/2023 12:37:24,-273.15
-15/12/2023 12:37:26,-273.15
-15/12/2023 12:37:28,-273.15
-15/12/2023 12:37:30,-273.15
-15/12/2023 12:37:32,-273.15
-15/12/2023 12:37:34,-273.15
-15/12/2023 12:37:36,-273.15
-15/12/2023 12:37:38,-273.15
-15/12/2023 12:37:40,-273.15
-15/12/2023 12:37:42,-273.15
-15/12/2023 12:37:44,-273.15
-15/12/2023 12:37:46,-273.15
-15/12/2023 12:37:48,-273.15
-15/12/2023 12:37:50,-273.15
-15/12/2023 12:37:52,-273.15
-15/12/2023 12:37:54,-273.15
-15/12/2023 12:37:56,-273.15
-15/12/2023 12:37:58,-273.15
-15/12/2023 12:38:00,-273.15
-15/12/2023 12:38:02,-273.15
-15/12/2023 12:38:04,-273.15
-15/12/2023 12:38:06,-273.15
-15/12/2023 12:38:08,-273.15
-15/12/2023 12:38:10,-273.15
-15/12/2023 12:38:12,-273.15
-15/12/2023 12:38:14,-273.15
-15/12/2023 12:38:16,-273.15
-15/12/2023 12:38:18,-273.15
-15/12/2023 12:38:20,-273.15
-15/12/2023 12:38:22,-273.15
-15/12/2023 12:38:24,-273.15
-15/12/2023 12:38:26,-273.15
-15/12/2023 12:38:28,-273.15
-15/12/2023 12:38:30,-273.15
-15/12/2023 12:38:32,-273.15
-15/12/2023 12:38:34,-273.15
-15/12/2023 12:38:36,-273.15
-15/12/2023 12:38:38,-273.15
-15/12/2023 12:38:40,-273.15
-15/12/2023 12:38:42,-273.15
-15/12/2023 12:38:44,-273.15
-15/12/2023 12:38:46,-273.15
-15/12/2023 12:38:48,-273.15
-15/12/2023 12:38:50,-273.15
-15/12/2023 12:38:52,-273.15
-15/12/2023 12:38:54,-273.15
-15/12/2023 12:38:56,-273.15
-15/12/2023 12:38:58,-273.15
-15/12/2023 12:39:00,-273.15
-15/12/2023 12:39:02,-273.15
-15/12/2023 12:39:04,-273.15
-15/12/2023 12:39:06,-273.15
-15/12/2023 12:39:08,-273.15
-15/12/2023 12:39:10,-273.15
-15/12/2023 12:39:12,-273.15
-15/12/2023 12:39:14,-273.15
-15/12/2023 12:39:16,-273.15
-15/12/2023 12:39:18,-273.15
-15/12/2023 12:39:20,-273.15
-15/12/2023 12:39:22,-273.15
-15/12/2023 12:39:25,-273.15
-15/12/2023 12:39:27,-273.15
-15/12/2023 12:39:29,-273.15
-15/12/2023 12:39:31,-273.15
-15/12/2023 12:39:33,-273.15
-15/12/2023 12:39:35,-273.15
-15/12/2023 12:39:37,-273.15
-15/12/2023 12:39:39,-273.15
-15/12/2023 12:39:41,-273.15
-15/12/2023 12:39:43,-273.15
-15/12/2023 12:39:45,-273.15
-15/12/2023 12:39:47,-273.15
-15/12/2023 12:39:49,-273.15
-15/12/2023 12:39:51,-273.15
-15/12/2023 12:39:53,-273.15
-15/12/2023 12:39:55,-273.15
-15/12/2023 12:39:57,-273.15
-15/12/2023 12:39:59,-273.15
-15/12/2023 12:40:01,-273.15
-15/12/2023 12:40:03,-273.15
-15/12/2023 12:40:05,-273.15
-15/12/2023 12:40:07,-273.15
-15/12/2023 12:40:09,-273.15
-15/12/2023 12:40:11,-273.15
-15/12/2023 12:40:13,-273.15
-15/12/2023 12:40:15,-273.15
-15/12/2023 12:40:17,-273.15
-15/12/2023 12:40:19,-273.15
-15/12/2023 12:40:21,-273.15
-15/12/2023 12:40:23,-273.15
-15/12/2023 12:40:25,-273.15
-15/12/2023 12:40:27,-273.15
-15/12/2023 12:40:29,-273.15
-15/12/2023 12:40:31,-273.15
-15/12/2023 12:40:33,-273.15
-15/12/2023 12:40:35,-273.15
-15/12/2023 12:40:37,-273.15
-15/12/2023 12:40:39,-273.15
-15/12/2023 12:40:41,-273.15
-15/12/2023 12:40:43,-273.15
-15/12/2023 12:40:45,-273.15
-15/12/2023 12:40:47,-273.15
-15/12/2023 12:40:49,-273.15
-15/12/2023 12:40:51,-273.15
-15/12/2023 12:40:53,-273.15
-15/12/2023 12:40:55,-273.15
-15/12/2023 12:40:57,-273.15
-15/12/2023 12:40:59,-273.15
-15/12/2023 12:41:01,-273.15
-15/12/2023 12:41:03,-273.15
-15/12/2023 12:41:05,-273.15
-15/12/2023 12:41:07,-273.15
-15/12/2023 12:41:09,-273.15
-15/12/2023 12:41:11,-273.15
-15/12/2023 12:41:13,-273.15
-15/12/2023 12:41:15,-273.15
-15/12/2023 12:41:17,-273.15
-15/12/2023 12:41:19,-273.15
-15/12/2023 12:41:21,-273.15
-15/12/2023 12:41:23,-273.15
-15/12/2023 12:41:25,-273.15
-15/12/2023 12:41:27,-273.15
-15/12/2023 12:41:29,-273.15
-15/12/2023 12:41:31,-273.15
-15/12/2023 12:41:33,-273.15
-15/12/2023 12:41:35,-273.15
-15/12/2023 12:41:37,-273.15
-15/12/2023 12:41:39,-273.15
-15/12/2023 12:41:41,-273.15
-15/12/2023 12:41:43,-273.15
-15/12/2023 12:41:45,-273.15
-15/12/2023 12:41:47,-273.15
-15/12/2023 12:41:49,-273.15
-15/12/2023 12:41:51,-273.15
-15/12/2023 12:41:53,-273.15
-15/12/2023 12:41:55,-273.15
-15/12/2023 12:41:57,-273.15
-15/12/2023 12:41:59,-273.15
-15/12/2023 12:42:02,-273.15
-15/12/2023 12:42:04,-273.15
-15/12/2023 12:42:06,-273.15
-15/12/2023 12:42:08,-273.15
-15/12/2023 12:42:10,-273.15
-15/12/2023 12:42:12,-273.15
-15/12/2023 12:42:14,-273.15
-15/12/2023 12:42:16,-273.15
-15/12/2023 12:42:18,-273.15
-15/12/2023 12:42:20,-273.15
-15/12/2023 12:42:22,-273.15
-15/12/2023 12:42:24,-273.15
-15/12/2023 12:42:26,-273.15
-15/12/2023 12:42:28,-273.15
-15/12/2023 12:42:30,-273.15
-15/12/2023 12:42:32,-273.15
-15/12/2023 12:42:34,-273.15
-15/12/2023 12:42:36,-273.15
-15/12/2023 12:42:38,-273.15
-15/12/2023 12:42:40,-273.15
-15/12/2023 12:42:42,-273.15
-15/12/2023 12:42:44,-273.15
-15/12/2023 12:42:46,-273.15
-15/12/2023 12:42:48,-273.15
-15/12/2023 12:42:50,-273.15
-15/12/2023 12:42:52,-273.15
-15/12/2023 12:42:54,-273.15
-15/12/2023 12:42:56,-273.15
-15/12/2023 12:42:58,-273.15
-15/12/2023 12:43:00,-273.15
-15/12/2023 12:43:02,-273.15
-15/12/2023 12:43:04,-273.15
-15/12/2023 12:43:06,-273.15
-15/12/2023 12:43:08,-273.15
-15/12/2023 12:43:10,-273.15
-15/12/2023 12:43:12,-273.15
-15/12/2023 12:43:14,-273.15
-15/12/2023 12:43:16,-273.15
-15/12/2023 12:43:18,-273.15
-15/12/2023 12:43:20,-273.15
-15/12/2023 12:43:22,-273.15
-15/12/2023 12:43:24,-273.15
-15/12/2023 12:43:26,-273.15
-15/12/2023 12:43:28,-273.15
-15/12/2023 12:43:30,-273.15
-15/12/2023 12:43:32,-273.15
-15/12/2023 12:43:34,-273.15
-15/12/2023 12:43:36,-273.15
-15/12/2023 12:43:38,-273.15
-15/12/2023 12:43:40,-273.15
-15/12/2023 12:43:42,-273.15
-15/12/2023 12:43:44,-273.15
-15/12/2023 12:43:46,-273.15
-15/12/2023 12:43:48,-273.15
-15/12/2023 12:43:50,-273.15
-15/12/2023 12:43:52,-273.15
-15/12/2023 12:43:54,-273.15
-15/12/2023 12:43:56,-273.15
-15/12/2023 12:43:58,-273.15
-15/12/2023 12:44:00,-273.15
-15/12/2023 12:44:02,-273.15
-15/12/2023 12:44:04,-273.15
-15/12/2023 12:44:06,-273.15
-15/12/2023 12:44:08,-273.15
-15/12/2023 12:44:10,-273.15
-15/12/2023 12:44:12,-273.15
-15/12/2023 12:44:14,-273.15
-15/12/2023 12:44:16,-273.15
-15/12/2023 12:44:18,-273.15
-15/12/2023 12:44:20,-273.15
-15/12/2023 12:44:22,-273.15
-15/12/2023 12:44:24,-273.15
-15/12/2023 12:44:26,-273.15
-15/12/2023 12:44:28,-273.15
-15/12/2023 12:44:30,-273.15
-15/12/2023 12:44:32,-273.15
-15/12/2023 12:44:34,-273.15
-15/12/2023 12:44:36,-273.15
-15/12/2023 12:44:38,-273.15
-15/12/2023 12:44:40,-273.15
-15/12/2023 12:44:43,-273.15
-15/12/2023 12:44:45,-273.15
-15/12/2023 12:44:47,-273.15
-15/12/2023 12:44:49,-273.15
-15/12/2023 12:44:51,-273.15
-15/12/2023 12:44:53,-273.15
-15/12/2023 12:44:55,-273.15
-15/12/2023 12:44:57,-273.15
-15/12/2023 12:44:59,-273.15
-15/12/2023 12:45:01,-273.15
-15/12/2023 12:45:03,-273.15
-15/12/2023 12:45:05,-273.15
-15/12/2023 12:45:07,-273.15
-15/12/2023 12:45:09,-273.15
-15/12/2023 12:45:11,-273.15
-15/12/2023 12:45:13,-273.15
-15/12/2023 12:45:15,-273.15
-15/12/2023 12:45:17,-273.15
-15/12/2023 12:45:19,-273.15
-15/12/2023 12:45:21,-273.15
-15/12/2023 12:45:23,-273.15
-15/12/2023 12:45:25,-273.15
-15/12/2023 12:45:27,-273.15
-15/12/2023 12:45:29,-273.15
-15/12/2023 12:45:31,-273.15
-15/12/2023 12:45:33,-273.15
-15/12/2023 12:45:35,-273.15
-15/12/2023 12:45:37,-273.15
-15/12/2023 12:45:39,-273.15
-15/12/2023 12:45:41,-273.15
-15/12/2023 12:45:43,-273.15
-15/12/2023 12:45:45,-273.15
-15/12/2023 12:45:47,-273.15
-15/12/2023 12:45:49,-273.15
-15/12/2023 12:45:51,-273.15
-15/12/2023 12:45:53,-273.15
-15/12/2023 12:45:55,-273.15
-15/12/2023 12:45:57,-273.15
-15/12/2023 12:45:59,-273.15
-15/12/2023 12:46:01,-273.15
-15/12/2023 12:46:03,-273.15
-15/12/2023 12:46:05,-273.15
-15/12/2023 12:46:07,-273.15
-15/12/2023 12:46:09,-273.15
-15/12/2023 12:46:11,-273.15
-15/12/2023 12:46:13,-273.15
-15/12/2023 12:46:15,-273.15
-15/12/2023 12:46:17,-273.15
-15/12/2023 12:46:20,-273.15
-15/12/2023 12:46:22,-273.15
-15/12/2023 12:46:24,-273.15
-15/12/2023 12:46:26,-273.15
-15/12/2023 12:46:28,-273.15
-15/12/2023 12:46:30,-273.15
-15/12/2023 12:46:32,-273.15
-15/12/2023 12:46:34,-273.15
-15/12/2023 12:46:36,-273.15
-15/12/2023 12:46:38,-273.15
-15/12/2023 12:46:40,-273.15
-15/12/2023 12:46:42,-273.15
-15/12/2023 12:46:44,-273.15
-15/12/2023 12:46:46,-273.15
-15/12/2023 12:46:48,-273.15
-15/12/2023 12:46:50,-273.15
-15/12/2023 12:46:52,-273.15
-15/12/2023 12:46:54,-273.15
-15/12/2023 12:46:56,-273.15
-15/12/2023 12:46:58,-273.15
-15/12/2023 12:47:00,-273.15
-15/12/2023 12:47:02,-273.15
-15/12/2023 12:47:04,-273.15
-15/12/2023 12:47:06,-273.15
-15/12/2023 12:47:08,-273.15
-15/12/2023 12:47:10,-273.15
-15/12/2023 12:47:12,-273.15
-15/12/2023 12:47:14,-273.15
-15/12/2023 12:47:16,-273.15
-15/12/2023 12:47:18,-273.15
-15/12/2023 12:47:20,-273.15
-15/12/2023 12:47:22,-273.15
-15/12/2023 12:47:24,-273.15
-15/12/2023 12:47:26,-273.15
-15/12/2023 12:47:28,-273.15
-15/12/2023 12:47:30,-273.15
-15/12/2023 12:47:32,-273.15
-15/12/2023 12:47:34,-273.15
-15/12/2023 12:47:36,-273.15
-15/12/2023 12:47:38,-273.15
-15/12/2023 12:47:40,-273.15
-15/12/2023 12:47:43,-273.15
-15/12/2023 12:47:45,-273.15
-15/12/2023 12:47:47,-273.15
-15/12/2023 12:47:49,-273.15
-15/12/2023 12:47:51,-273.15
-15/12/2023 12:47:53,-273.15
-15/12/2023 12:47:55,-273.15
-15/12/2023 12:47:57,-273.15
-15/12/2023 12:47:59,-273.15
-15/12/2023 12:48:01,-273.15
-15/12/2023 12:48:03,-273.15
-15/12/2023 12:48:05,-273.15
-15/12/2023 12:48:07,-273.15
-15/12/2023 12:48:09,-273.15
-15/12/2023 12:48:11,-273.15
-15/12/2023 12:48:13,-273.15
-15/12/2023 12:48:15,-273.15
-15/12/2023 12:48:17,-273.15
-15/12/2023 12:48:19,-273.15
-15/12/2023 12:48:21,-273.15
-15/12/2023 12:48:23,-273.15
-15/12/2023 12:48:25,-273.15
-15/12/2023 12:48:27,-273.15
-15/12/2023 12:48:29,-273.15
-15/12/2023 12:48:31,-273.15
-15/12/2023 12:48:33,-273.15
-15/12/2023 12:48:35,-273.15
-15/12/2023 12:48:37,-273.15
-15/12/2023 12:48:39,-273.15
-15/12/2023 12:48:41,-273.15
-15/12/2023 12:48:43,-273.15
-15/12/2023 12:48:46,-273.15
-15/12/2023 12:48:48,-273.15
-15/12/2023 12:48:50,-273.15
-15/12/2023 12:48:52,-273.15
-15/12/2023 12:48:54,-273.15
-15/12/2023 12:48:56,-273.15
-15/12/2023 12:48:58,-273.15
-15/12/2023 12:49:46,-273.15
-15/12/2023 12:49:48,-273.15
-15/12/2023 12:49:50,-273.15
-15/12/2023 12:49:52,-273.15
-15/12/2023 12:49:54,-273.15
-15/12/2023 12:49:56,-273.15
-15/12/2023 12:49:58,-273.15
-15/12/2023 12:50:23,-273.15
-15/12/2023 12:50:25,-273.15
-15/12/2023 12:50:27,-273.15
-15/12/2023 12:50:29,-273.15
-15/12/2023 12:50:31,-273.15
-15/12/2023 12:50:33,-273.15
-15/12/2023 12:50:35,-273.15
-15/12/2023 12:50:37,-273.15
-15/12/2023 12:50:39,-273.15
-15/12/2023 12:50:41,-273.15
-15/12/2023 12:50:43,-273.15
-15/12/2023 12:50:45,-273.15
-15/12/2023 12:50:47,-273.15
-15/12/2023 12:50:49,-273.15
-15/12/2023 12:50:51,-273.15
-15/12/2023 12:50:53,-273.15
-15/12/2023 12:50:55,-273.15
-15/12/2023 12:50:57,-273.15
-15/12/2023 12:50:59,-273.15
-15/12/2023 12:51:01,-273.15
-15/12/2023 12:51:03,-273.15
-15/12/2023 12:51:05,-273.15
-15/12/2023 12:51:07,-273.15
-15/12/2023 12:51:09,-273.15
-15/12/2023 12:51:11,-273.15
-15/12/2023 12:51:13,-273.15
-15/12/2023 12:51:15,-273.15
-15/12/2023 12:51:17,-273.15
-15/12/2023 12:51:20,-273.15
-15/12/2023 12:51:22,-273.15
-15/12/2023 12:51:24,-273.15
-15/12/2023 12:51:26,-273.15
-15/12/2023 12:51:28,-273.15
-15/12/2023 12:51:30,-273.15
-15/12/2023 12:51:32,-273.15
-15/12/2023 12:51:34,-273.15
-15/12/2023 12:51:36,-273.15
-15/12/2023 12:51:38,-273.15
-15/12/2023 12:51:40,-273.15
-15/12/2023 12:51:42,-273.15
-15/12/2023 12:51:44,-273.15
-15/12/2023 12:51:46,-273.15
-15/12/2023 12:51:48,-273.15
-15/12/2023 12:51:50,-273.15
-15/12/2023 12:51:52,-273.15
-15/12/2023 12:51:54,-273.15
-15/12/2023 12:51:56,-273.15
-15/12/2023 12:51:58,-273.15
-15/12/2023 12:52:00,-273.15
-15/12/2023 12:52:02,-273.15
-15/12/2023 12:52:04,-273.15
-15/12/2023 12:52:06,-273.15
-15/12/2023 12:52:08,-273.15
-15/12/2023 12:52:10,-273.15
-15/12/2023 12:52:12,-273.15
-15/12/2023 12:52:14,-273.15
-15/12/2023 12:52:16,-273.15
-15/12/2023 12:52:18,-273.15
-15/12/2023 12:52:20,-273.15
-15/12/2023 12:52:22,-273.15
-15/12/2023 12:52:24,-273.15
-15/12/2023 12:52:26,-273.15
-15/12/2023 12:52:28,-273.15
-15/12/2023 12:52:30,-273.15
-15/12/2023 12:52:32,-273.15
-15/12/2023 12:52:34,-273.15
-15/12/2023 12:52:36,-273.15
-15/12/2023 12:52:38,-273.15
-15/12/2023 12:52:40,-273.15
-15/12/2023 12:52:42,-273.15
-15/12/2023 12:52:44,-273.15
-15/12/2023 12:52:46,-273.15
-15/12/2023 12:52:48,-273.15
-15/12/2023 12:52:50,-273.15
-15/12/2023 12:52:52,-273.15
-15/12/2023 12:52:54,-273.15
-15/12/2023 12:52:57,-273.15
-15/12/2023 12:52:59,-273.15
-15/12/2023 12:53:01,-273.15
-15/12/2023 12:53:03,-273.15
-15/12/2023 12:53:05,-273.15
-15/12/2023 12:53:07,-273.15
-15/12/2023 12:53:09,-273.15
-15/12/2023 12:53:11,-273.15
-15/12/2023 12:53:13,-273.15
-15/12/2023 12:53:15,-273.15
-15/12/2023 12:53:17,-273.15
-15/12/2023 12:53:19,-273.15
-15/12/2023 12:53:21,-273.15
-15/12/2023 12:53:23,-273.15
-15/12/2023 12:53:25,-273.15
-15/12/2023 12:53:27,-273.15
-15/12/2023 12:53:29,-273.15
-15/12/2023 12:53:31,-273.15
-15/12/2023 12:53:33,-273.15
-15/12/2023 12:53:35,-273.15
-15/12/2023 12:53:37,-273.15
-15/12/2023 12:53:39,-273.15
-15/12/2023 12:53:41,-273.15
-15/12/2023 12:53:43,-273.15
-15/12/2023 12:53:45,-273.15
-15/12/2023 12:53:47,-273.15
-15/12/2023 12:53:49,-273.15
-15/12/2023 12:53:51,-273.15
-15/12/2023 12:53:53,-273.15
-15/12/2023 12:53:56,-273.15
-15/12/2023 12:53:58,-273.15
-15/12/2023 12:54:00,-273.15
-15/12/2023 12:54:02,-273.15
-15/12/2023 12:54:04,-273.15
-15/12/2023 12:54:06,-273.15
-15/12/2023 12:54:08,-273.15
-15/12/2023 12:54:10,-273.15
-15/12/2023 12:54:12,-273.15
-15/12/2023 12:54:14,-273.15
-15/12/2023 12:54:16,-273.15
-15/12/2023 12:54:18,-273.15
-15/12/2023 12:54:20,-273.15
-15/12/2023 12:54:22,-273.15
-15/12/2023 12:54:24,-273.15
-15/12/2023 12:54:26,-273.15
-15/12/2023 12:54:28,-273.15
-15/12/2023 12:54:30,-273.15
-15/12/2023 12:54:32,-273.15
-15/12/2023 12:54:34,-273.15
-15/12/2023 12:54:36,-273.15
-15/12/2023 12:54:38,-273.15
-15/12/2023 12:54:40,-273.15
-15/12/2023 12:54:42,-273.15
-15/12/2023 12:54:44,-273.15
-15/12/2023 12:54:46,-273.15
-15/12/2023 12:54:48,-273.15
-15/12/2023 12:54:50,-273.15
-15/12/2023 12:54:52,-273.15
-15/12/2023 12:54:54,-273.15
-15/12/2023 12:54:56,-273.15
-15/12/2023 12:54:58,-273.15
-15/12/2023 12:55:00,-273.15
-15/12/2023 12:55:02,-273.15
-15/12/2023 12:55:04,-273.15
-15/12/2023 12:55:06,-273.15
-15/12/2023 12:55:08,-273.15
-15/12/2023 12:55:10,-273.15
-15/12/2023 12:55:12,-273.15
-15/12/2023 12:55:14,-273.15
-15/12/2023 12:55:16,-273.15
-15/12/2023 12:55:18,-273.15
-15/12/2023 12:55:20,-273.15
-15/12/2023 12:55:22,-273.15
-15/12/2023 12:55:24,-273.15
-15/12/2023 12:55:26,-273.15
-15/12/2023 12:55:28,-273.15
-15/12/2023 12:55:30,-273.15
-15/12/2023 12:55:32,-273.15
-15/12/2023 12:55:34,-273.15
-15/12/2023 12:55:36,-273.15
-15/12/2023 12:55:38,-273.15
-15/12/2023 12:55:40,-273.15
-15/12/2023 12:55:42,-273.15
-15/12/2023 12:55:44,-273.15
-15/12/2023 12:55:46,-273.15
-15/12/2023 12:55:48,-273.15
-15/12/2023 12:55:50,-273.15
-15/12/2023 12:55:52,-273.15
-15/12/2023 12:55:54,-273.15
-15/12/2023 12:55:56,-273.15
-15/12/2023 12:55:58,-273.15
-15/12/2023 12:56:00,-273.15
-15/12/2023 12:56:02,-273.15
-15/12/2023 12:56:04,-273.15
-15/12/2023 12:56:06,-273.15
-15/12/2023 12:56:08,-273.15
-15/12/2023 12:56:10,-273.15
-15/12/2023 12:56:12,-273.15
-15/12/2023 12:56:14,-273.15
-15/12/2023 12:56:16,-273.15
-15/12/2023 12:56:18,-273.15
-15/12/2023 12:56:20,-273.15
-15/12/2023 12:56:22,-273.15
-15/12/2023 12:56:24,-273.15
-15/12/2023 12:56:26,-273.15
-15/12/2023 12:56:28,-273.15
-15/12/2023 12:56:30,-273.15
-15/12/2023 12:56:32,-273.15
-15/12/2023 12:56:34,-273.15
-15/12/2023 12:56:36,-273.15
-15/12/2023 12:56:38,-273.15
-15/12/2023 12:56:40,-273.15
-15/12/2023 12:56:43,-273.15
-15/12/2023 12:56:45,-273.15
-15/12/2023 12:56:47,-273.15
-15/12/2023 12:56:49,-273.15
-15/12/2023 12:56:51,-273.15
-15/12/2023 12:56:53,-273.15
-15/12/2023 12:56:55,-273.15
-15/12/2023 12:56:57,-273.15
-15/12/2023 12:56:59,-273.15
-15/12/2023 12:57:01,-273.15
-15/12/2023 12:57:03,-273.15
-15/12/2023 12:57:05,-273.15
-15/12/2023 12:57:07,-273.15
-15/12/2023 12:57:09,-273.15
-15/12/2023 12:57:11,-273.15
-15/12/2023 12:57:13,-273.15
-15/12/2023 12:57:15,-273.15
-15/12/2023 12:57:17,-273.15
-15/12/2023 12:57:19,-273.15
-15/12/2023 12:57:21,-273.15
-15/12/2023 12:57:23,-273.15
-15/12/2023 12:57:25,-273.15
-15/12/2023 12:57:27,-273.15
-15/12/2023 12:57:29,-273.15
-15/12/2023 12:57:31,-273.15
-15/12/2023 12:57:33,-273.15
-15/12/2023 12:57:35,-273.15
-15/12/2023 12:57:37,-273.15
-15/12/2023 12:57:39,-273.15
-15/12/2023 12:57:41,-273.15
-15/12/2023 12:57:43,-273.15
-15/12/2023 12:57:45,-273.15
-15/12/2023 12:57:47,-273.15
-15/12/2023 12:57:49,-273.15
-15/12/2023 12:57:51,-273.15
-15/12/2023 12:57:53,-273.15
-15/12/2023 12:57:55,-273.15
-15/12/2023 12:57:57,-273.15
-15/12/2023 12:57:59,-273.15
-15/12/2023 12:58:01,-273.15
-15/12/2023 12:58:03,-273.15
-15/12/2023 12:58:05,-273.15
-15/12/2023 12:58:07,-273.15
-15/12/2023 12:58:09,-273.15
-15/12/2023 12:58:11,-273.15
-15/12/2023 12:58:13,-273.15
-15/12/2023 12:58:15,-273.15
-15/12/2023 12:58:17,-273.15
-15/12/2023 12:58:19,-273.15
-15/12/2023 12:58:21,-273.15
-15/12/2023 12:58:23,-273.15
-15/12/2023 12:58:25,-273.15
-15/12/2023 12:58:27,-273.15
-15/12/2023 12:58:29,-273.15
-15/12/2023 12:58:31,-273.15
-15/12/2023 12:58:33,-273.15
-15/12/2023 12:58:35,-273.15
-15/12/2023 12:58:37,-273.15
-15/12/2023 12:58:39,-273.15
-15/12/2023 12:58:41,-273.15
-15/12/2023 12:58:43,-273.15
-15/12/2023 12:58:45,-273.15
-15/12/2023 12:58:47,-273.15
-15/12/2023 12:58:49,-273.15
-15/12/2023 12:58:51,-273.15
-15/12/2023 12:58:53,-273.15
-15/12/2023 12:58:55,-273.15
-15/12/2023 12:58:57,-273.15
-15/12/2023 12:58:59,-273.15
-15/12/2023 12:59:01,-273.15
-15/12/2023 12:59:03,-273.15
-15/12/2023 12:59:05,-273.15
-15/12/2023 12:59:07,-273.15
-15/12/2023 12:59:09,-273.15
-15/12/2023 12:59:11,-273.15
-15/12/2023 12:59:13,-273.15
-15/12/2023 12:59:15,-273.15
-15/12/2023 12:59:17,-273.15
-15/12/2023 12:59:19,-273.15
-15/12/2023 12:59:21,-273.15
-15/12/2023 12:59:23,-273.15
-15/12/2023 12:59:25,-273.15
-15/12/2023 12:59:27,-273.15
-15/12/2023 12:59:29,-273.15
-15/12/2023 12:59:31,-273.15
-15/12/2023 12:59:33,-273.15
-15/12/2023 12:59:35,-273.15
-15/12/2023 12:59:37,-273.15
-15/12/2023 12:59:39,-273.15
-15/12/2023 12:59:41,-273.15
-15/12/2023 12:59:44,-273.15
-15/12/2023 12:59:46,-273.15
-15/12/2023 12:59:48,-273.15
-15/12/2023 12:59:50,-273.15
-15/12/2023 12:59:52,-273.15
-15/12/2023 12:59:54,-273.15
-15/12/2023 12:59:56,-273.15
-15/12/2023 12:59:58,-273.15
-15/12/2023 13:00:00,-273.15
-15/12/2023 13:00:02,-273.15
-15/12/2023 13:00:04,-273.15
-15/12/2023 13:00:06,-273.15
-15/12/2023 13:00:08,-273.15
-15/12/2023 13:00:10,-273.15
-15/12/2023 13:00:12,-273.15
-15/12/2023 13:00:14,-273.15
-15/12/2023 13:00:16,-273.15
-15/12/2023 13:00:18,-273.15
-15/12/2023 13:00:20,-273.15
-15/12/2023 13:00:22,-273.15
-15/12/2023 13:00:24,-273.15
-15/12/2023 13:00:26,-273.15
-15/12/2023 13:00:28,-273.15
-15/12/2023 13:00:30,-273.15
-15/12/2023 13:00:32,-273.15
-15/12/2023 13:00:34,-273.15
-15/12/2023 13:00:36,-273.15
-15/12/2023 13:00:38,-273.15
-15/12/2023 13:00:40,-273.15
-15/12/2023 13:00:42,-273.15
-15/12/2023 13:00:44,-273.15
-15/12/2023 13:00:46,-273.15
-15/12/2023 13:00:48,-273.15
-15/12/2023 13:00:50,-273.15
-15/12/2023 13:00:52,-273.15
-15/12/2023 13:00:54,-273.15
-15/12/2023 13:00:56,-273.15
-15/12/2023 13:00:58,-273.15
-15/12/2023 13:01:00,-273.15
-15/12/2023 13:01:02,-273.15
-15/12/2023 13:01:04,-273.15
-15/12/2023 13:01:06,-273.15
-15/12/2023 13:01:08,-273.15
-15/12/2023 13:01:10,-273.15
-15/12/2023 13:01:12,-273.15
-15/12/2023 13:01:14,-273.15
-15/12/2023 13:01:16,-273.15
-15/12/2023 13:01:18,-273.15
-15/12/2023 13:01:20,-273.15
-15/12/2023 13:01:22,-273.15
-15/12/2023 13:01:24,-273.15
-15/12/2023 13:01:26,-273.15
-15/12/2023 13:01:28,-273.15
-15/12/2023 13:01:30,-273.15
-15/12/2023 13:01:32,-273.15
-15/12/2023 13:01:34,-273.15
-15/12/2023 13:01:36,-273.15
-15/12/2023 13:01:38,-273.15
-15/12/2023 13:01:40,-273.15
-15/12/2023 13:01:42,-273.15
-15/12/2023 13:01:44,-273.15
-15/12/2023 13:01:46,-273.15
-15/12/2023 13:01:48,-273.15
-15/12/2023 13:01:50,-273.15
-15/12/2023 13:01:52,-273.15
-15/12/2023 13:01:54,-273.15
-15/12/2023 13:01:56,-273.15
-15/12/2023 13:01:58,-273.15
-15/12/2023 13:02:00,-273.15
-15/12/2023 13:02:02,-273.15
-15/12/2023 13:02:04,-273.15
-15/12/2023 13:02:06,-273.15
-15/12/2023 13:02:08,-273.15
-15/12/2023 13:02:10,-273.15
-15/12/2023 13:02:12,-273.15
-15/12/2023 13:02:14,-273.15
-15/12/2023 13:02:16,-273.15
-15/12/2023 13:02:18,-273.15
-15/12/2023 13:02:20,-273.15
-15/12/2023 13:02:22,-273.15
-15/12/2023 13:02:24,-273.15
-15/12/2023 13:02:26,-273.15
-15/12/2023 13:02:28,-273.15
-15/12/2023 13:02:30,-273.15
-15/12/2023 13:02:32,-273.15
-15/12/2023 13:02:34,-273.15
-15/12/2023 13:02:36,-273.15
-15/12/2023 13:02:38,-273.15
-15/12/2023 13:02:40,-273.15
-15/12/2023 13:02:42,-273.15
-15/12/2023 13:02:44,-273.15
-15/12/2023 13:02:46,-273.15
-15/12/2023 13:02:48,-273.15
-15/12/2023 13:02:50,-273.15
-15/12/2023 13:02:52,-273.15
-15/12/2023 13:02:54,-273.15
-15/12/2023 13:02:56,-273.15
-15/12/2023 13:02:58,-273.15
-15/12/2023 13:03:00,-273.15
-15/12/2023 13:03:02,-273.15
-15/12/2023 13:03:04,-273.15
-15/12/2023 13:03:06,-273.15
-15/12/2023 13:03:08,-273.15
-15/12/2023 13:03:10,-273.15
-15/12/2023 13:03:12,-273.15
-15/12/2023 13:03:14,-273.15
-15/12/2023 13:03:16,-273.15
-15/12/2023 13:03:18,-273.15
-15/12/2023 13:03:20,-273.15
-15/12/2023 13:03:22,-273.15
-15/12/2023 13:03:24,-273.15
-15/12/2023 13:03:26,-273.15
-15/12/2023 13:03:28,-273.15
-15/12/2023 13:03:30,-273.15
-15/12/2023 13:03:32,-273.15
-15/12/2023 13:03:34,-273.15
-15/12/2023 13:03:36,-273.15
-15/12/2023 13:03:38,-273.15
-15/12/2023 13:03:40,-273.15
-15/12/2023 13:03:42,-273.15
-15/12/2023 13:03:44,-273.15
-15/12/2023 13:03:46,-273.15
-15/12/2023 13:03:48,-273.15
-15/12/2023 13:03:50,-273.15
-15/12/2023 13:03:52,-273.15
-15/12/2023 13:03:54,-273.15
-15/12/2023 13:03:56,-273.15
-15/12/2023 13:03:58,-273.15
-15/12/2023 13:04:01,-273.15
-22/01/2024 23:21:19,9999
-22/01/2024 23:21:21,9999
-22/01/2024 23:21:23,9999
-22/01/2024 23:21:25,9999
-22/01/2024 23:21:27,9999
-22/01/2024 23:21:29,9999
-22/01/2024 23:21:31,9999
-22/01/2024 23:21:33,9999
-22/01/2024 23:21:35,9999
-22/01/2024 23:21:37,9999
-22/01/2024 23:21:40,9999
-22/01/2024 23:21:42,9999
-22/01/2024 23:21:44,9999
-22/01/2024 23:21:46,9999
-22/01/2024 23:21:48,9999
-22/01/2024 23:21:50,9999
-22/01/2024 23:21:52,9999
-22/01/2024 23:21:54,9999
-22/01/2024 23:21:56,9999
-22/01/2024 23:21:58,9999
-22/01/2024 23:22:00,9999
-22/01/2024 23:22:02,9999
-22/01/2024 23:22:04,9999
-22/01/2024 23:22:06,9999
-22/01/2024 23:22:08,9999
-22/01/2024 23:22:10,9999
-22/01/2024 23:22:12,9999
-22/01/2024 23:22:14,9999
-22/01/2024 23:22:16,9999
-22/01/2024 23:22:18,9999
-22/01/2024 23:22:20,9999
-22/01/2024 23:22:22,9999
-22/01/2024 23:22:24,9999
-22/01/2024 23:22:26,9999
-22/01/2024 23:22:28,9999
-22/01/2024 23:22:30,9999
-22/01/2024 23:22:32,9999
-22/01/2024 23:22:34,9999
-22/01/2024 23:22:36,9999
-22/01/2024 23:22:38,9999
-22/01/2024 23:22:40,9999
-22/01/2024 23:22:42,9999
-22/01/2024 23:22:44,9999
-22/01/2024 23:22:46,9999
-22/01/2024 23:22:48,9999
-22/01/2024 23:22:50,9999
-22/01/2024 23:22:52,9999
-22/01/2024 23:22:54,9999
-22/01/2024 23:22:56,9999
-22/01/2024 23:22:58,9999
-22/01/2024 23:23:00,9999
-22/01/2024 23:23:02,9999
-22/01/2024 23:23:04,9999
-22/01/2024 23:23:06,9999
-22/01/2024 23:23:08,9999
-22/01/2024 23:23:10,9999
-22/01/2024 23:23:12,9999
-22/01/2024 23:23:14,9999
-22/01/2024 23:23:16,9999
-22/01/2024 23:23:18,9999
-22/01/2024 23:23:20,9999
-22/01/2024 23:23:22,9999
-22/01/2024 23:23:24,9999
-22/01/2024 23:23:26,9999
-22/01/2024 23:23:28,9999
-22/01/2024 23:23:30,9999
-22/01/2024 23:23:32,9999
-22/01/2024 23:23:34,9999
-22/01/2024 23:23:36,9999
-22/01/2024 23:23:38,9999
-22/01/2024 23:23:40,9999
-22/01/2024 23:23:42,9999
-22/01/2024 23:23:44,9999
-22/01/2024 23:23:46,9999
-22/01/2024 23:23:48,9999
-22/01/2024 23:23:50,9999
-22/01/2024 23:23:52,9999
-22/01/2024 23:23:54,9999
-22/01/2024 23:23:56,9999
-22/01/2024 23:23:58,9999
-22/01/2024 23:24:00,9999
-22/01/2024 23:24:02,9999
-22/01/2024 23:24:04,9999
-22/01/2024 23:24:06,9999
-22/01/2024 23:24:08,9999
-22/01/2024 23:24:10,9999
-22/01/2024 23:24:12,9999
-22/01/2024 23:24:14,9999
-22/01/2024 23:24:16,9999
-22/01/2024 23:24:18,9999
-22/01/2024 23:24:20,9999
-22/01/2024 23:24:22,9999
-22/01/2024 23:24:24,9999
-22/01/2024 23:24:26,9999
-22/01/2024 23:24:28,9999
-22/01/2024 23:24:30,9999
-22/01/2024 23:24:32,9999
-22/01/2024 23:24:34,9999
-22/01/2024 23:24:36,9999
-22/01/2024 23:24:38,9999
-22/01/2024 23:24:40,9999
-22/01/2024 23:24:42,9999
-22/01/2024 23:24:44,9999
-22/01/2024 23:26:03,9999
-22/01/2024 23:26:05,9999
-22/01/2024 23:26:07,9999
-22/01/2024 23:26:09,9999
-22/01/2024 23:26:11,9999
-22/01/2024 23:26:13,9999
-22/01/2024 23:26:15,9999
-22/01/2024 23:26:17,9999
-22/01/2024 23:26:19,9999
-22/01/2024 23:26:21,9999
-22/01/2024 23:26:23,9999
-22/01/2024 23:26:25,9999
-22/01/2024 23:26:27,9999
-22/01/2024 23:26:29,9999
-22/01/2024 23:26:31,9999
-22/01/2024 23:26:33,9999
-22/01/2024 23:26:35,9999
-22/01/2024 23:26:37,9999
-22/01/2024 23:26:39,9999
-22/01/2024 23:26:41,9999
-22/01/2024 23:26:43,9999
-22/01/2024 23:26:45,9999
-22/01/2024 23:26:47,9999
-22/01/2024 23:26:49,9999
-22/01/2024 23:26:51,9999
-22/01/2024 23:26:53,9999
-22/01/2024 23:26:55,9999
-22/01/2024 23:26:57,9999
-22/01/2024 23:26:59,9999
-22/01/2024 23:27:01,9999
-22/01/2024 23:27:03,9999
-22/01/2024 23:27:05,9999
-22/01/2024 23:27:07,9999
-22/01/2024 23:27:09,9999
-22/01/2024 23:27:11,9999
-22/01/2024 23:27:13,9999
-22/01/2024 23:27:15,9999
-22/01/2024 23:27:17,9999
-22/01/2024 23:27:19,9999
-22/01/2024 23:27:21,9999
-22/01/2024 23:27:23,9999
-22/01/2024 23:27:25,9999
-22/01/2024 23:27:27,9999
-22/01/2024 23:27:29,9999
-22/01/2024 23:27:31,9999
-22/01/2024 23:27:33,9999
-22/01/2024 23:27:35,9999
-22/01/2024 23:27:37,9999
-22/01/2024 23:27:39,9999
-22/01/2024 23:27:41,9999
-22/01/2024 23:27:43,9999
-22/01/2024 23:27:45,9999
-22/01/2024 23:27:48,9999
-22/01/2024 23:27:50,9999
-22/01/2024 23:27:52,9999
-22/01/2024 23:27:54,9999
-22/01/2024 23:27:56,9999
-22/01/2024 23:27:58,9999
-22/01/2024 23:28:00,9999
-22/01/2024 23:28:02,9999
-22/01/2024 23:28:04,9999
-22/01/2024 23:28:06,9999
-22/01/2024 23:28:08,9999
-22/01/2024 23:28:10,9999
-22/01/2024 23:28:12,9999
-22/01/2024 23:28:14,9999
-22/01/2024 23:28:16,9999
-22/01/2024 23:28:18,9999
-22/01/2024 23:28:20,9999
-22/01/2024 23:28:22,9999
-22/01/2024 23:28:24,9999
-22/01/2024 23:28:26,9999
-22/01/2024 23:28:28,9999
-22/01/2024 23:28:30,9999
-22/01/2024 23:28:32,9999
-22/01/2024 23:28:34,9999
-22/01/2024 23:28:36,9999
-22/01/2024 23:28:38,9999
-22/01/2024 23:28:40,9999
-22/01/2024 23:28:42,9999
-22/01/2024 23:28:44,9999
-22/01/2024 23:28:46,9999
-22/01/2024 23:28:48,9999
-22/01/2024 23:28:50,9999
-22/01/2024 23:28:52,9999
-22/01/2024 23:28:54,9999
-22/01/2024 23:28:56,9999
-22/01/2024 23:28:58,9999
-22/01/2024 23:29:00,9999
-22/01/2024 23:29:02,9999
-22/01/2024 23:29:04,9999
-22/01/2024 23:29:06,9999
-22/01/2024 23:29:08,9999
-22/01/2024 23:29:10,9999
-22/01/2024 23:29:12,9999
-22/01/2024 23:29:14,9999
-22/01/2024 23:29:16,9999
-22/01/2024 23:29:18,9999
-22/01/2024 23:29:20,9999
-22/01/2024 23:29:22,9999
-22/01/2024 23:29:41,9999
-22/01/2024 23:29:43,9999
-22/01/2024 23:29:45,9999
-22/01/2024 23:29:47,9999
-22/01/2024 23:29:49,9999
-22/01/2024 23:29:51,9999
-22/01/2024 23:29:53,9999
-22/01/2024 23:29:55,9999
-22/01/2024 23:29:57,9999
-22/01/2024 23:29:59,9999
-22/01/2024 23:30:01,9999
-22/01/2024 23:30:03,9999
-22/01/2024 23:30:05,9999
-22/01/2024 23:30:07,9999
-22/01/2024 23:30:09,9999
-22/01/2024 23:30:11,9999
-22/01/2024 23:30:13,9999
-22/01/2024 23:30:15,9999
-22/01/2024 23:30:17,9999
-22/01/2024 23:30:19,9999
-22/01/2024 23:30:21,9999
-22/01/2024 23:30:23,9999
-22/01/2024 23:30:25,9999
-22/01/2024 23:30:27,9999
-22/01/2024 23:30:29,9999
-22/01/2024 23:30:31,9999
-22/01/2024 23:30:33,9999
-22/01/2024 23:30:35,9999
-22/01/2024 23:30:37,9999
-22/01/2024 23:30:39,9999
-22/01/2024 23:30:41,9999
-22/01/2024 23:30:43,9999
-22/01/2024 23:30:45,9999
-22/01/2024 23:30:47,9999
-22/01/2024 23:30:49,9999
-22/01/2024 23:30:51,9999
-22/01/2024 23:30:53,9999
-22/01/2024 23:30:55,9999
-22/01/2024 23:30:57,9999
-22/01/2024 23:30:59,9999
-22/01/2024 23:31:01,9999
-22/01/2024 23:31:03,9999
-22/01/2024 23:31:05,9999
-22/01/2024 23:31:07,9999
-22/01/2024 23:31:09,9999
-22/01/2024 23:31:11,9999
-22/01/2024 23:31:13,9999
-22/01/2024 23:31:15,9999
-22/01/2024 23:31:17,9999
-22/01/2024 23:31:19,9999
-22/01/2024 23:31:21,9999
-22/01/2024 23:31:23,9999
-22/01/2024 23:31:25,9999
-22/01/2024 23:31:27,9999
-22/01/2024 23:31:29,9999
-22/01/2024 23:31:31,9999
-22/01/2024 23:31:33,9999
-22/01/2024 23:31:35,9999
-22/01/2024 23:31:37,9999
-22/01/2024 23:31:39,9999
-22/01/2024 23:31:41,9999
-22/01/2024 23:31:43,9999
-22/01/2024 23:31:45,9999
-22/01/2024 23:31:47,9999
-22/01/2024 23:31:49,9999
-22/01/2024 23:31:51,9999
-22/01/2024 23:31:53,9999
-22/01/2024 23:31:55,9999
-22/01/2024 23:31:57,9999
-22/01/2024 23:31:59,9999
-22/01/2024 23:32:01,9999
-22/01/2024 23:32:03,9999
-22/01/2024 23:32:05,9999
-22/01/2024 23:32:07,9999
-22/01/2024 23:32:09,9999
-22/01/2024 23:32:11,9999
-22/01/2024 23:32:13,9999
-22/01/2024 23:32:15,9999
-22/01/2024 23:32:17,9999
-22/01/2024 23:32:19,9999
-22/01/2024 23:32:21,9999
-22/01/2024 23:32:24,9999
-22/01/2024 23:32:26,9999
-22/01/2024 23:32:28,9999
-22/01/2024 23:32:30,9999
-22/01/2024 23:32:32,9999
-22/01/2024 23:32:34,9999
-22/01/2024 23:32:36,9999
-22/01/2024 23:32:38,9999
-22/01/2024 23:32:40,9999
-22/01/2024 23:32:42,9999
-22/01/2024 23:32:44,9999
-22/01/2024 23:32:46,9999
-22/01/2024 23:32:48,9999
-22/01/2024 23:32:50,9999
-22/01/2024 23:32:52,9999
-22/01/2024 23:32:54,9999
-22/01/2024 23:32:56,9999
-22/01/2024 23:32:58,9999
-22/01/2024 23:33:00,9999
-22/01/2024 23:33:02,9999
-22/01/2024 23:33:04,9999
-22/01/2024 23:33:06,9999
-22/01/2024 23:33:08,9999
-22/01/2024 23:33:10,9999
-22/01/2024 23:33:12,9999
-22/01/2024 23:33:14,9999
-22/01/2024 23:33:16,9999
-22/01/2024 23:33:18,9999
-22/01/2024 23:33:20,9999
-22/01/2024 23:33:22,9999
-22/01/2024 23:33:24,9999
-22/01/2024 23:33:26,9999
-22/01/2024 23:33:28,9999
-22/01/2024 23:33:30,9999
-22/01/2024 23:33:32,9999
-22/01/2024 23:33:34,9999
-22/01/2024 23:33:36,9999
-22/01/2024 23:33:38,9999
-22/01/2024 23:33:40,9999
-22/01/2024 23:33:42,9999
-22/01/2024 23:33:44,9999
-22/01/2024 23:33:46,9999
-22/01/2024 23:33:48,9999
-22/01/2024 23:33:50,9999
-22/01/2024 23:33:52,9999
-22/01/2024 23:33:54,9999
-22/01/2024 23:33:56,9999
-22/01/2024 23:33:58,9999
-22/01/2024 23:34:00,9999
-22/01/2024 23:34:02,9999
-22/01/2024 23:34:04,9999
-22/01/2024 23:34:06,9999
-22/01/2024 23:34:08,9999
-22/01/2024 23:34:10,9999
-22/01/2024 23:34:12,9999
-22/01/2024 23:34:14,9999
-22/01/2024 23:34:16,9999
-22/01/2024 23:34:18,9999
-22/01/2024 23:34:20,9999
-22/01/2024 23:34:22,9999
-22/01/2024 23:34:24,9999
-22/01/2024 23:34:26,9999
-22/01/2024 23:34:28,9999
-22/01/2024 23:34:30,9999
-22/01/2024 23:34:32,9999
-22/01/2024 23:34:34,9999
-22/01/2024 23:34:36,9999
-22/01/2024 23:34:38,9999
-22/01/2024 23:34:40,9999
-22/01/2024 23:34:42,9999
-22/01/2024 23:34:44,9999
-22/01/2024 23:34:46,9999
-22/01/2024 23:34:48,9999
-22/01/2024 23:34:50,9999
-22/01/2024 23:34:52,9999
-22/01/2024 23:34:54,9999
-22/01/2024 23:34:56,9999
-22/01/2024 23:34:58,9999
-22/01/2024 23:35:00,9999
-22/01/2024 23:35:02,9999
-22/01/2024 23:35:04,9999
-22/01/2024 23:35:06,9999
-22/01/2024 23:35:08,9999
-22/01/2024 23:35:10,9999
-22/01/2024 23:35:12,9999
-22/01/2024 23:35:14,9999
-22/01/2024 23:35:16,9999
-22/01/2024 23:35:18,9999
-22/01/2024 23:35:20,9999
-22/01/2024 23:35:22,9999
-22/01/2024 23:35:24,9999
-22/01/2024 23:35:26,9999
-22/01/2024 23:35:28,9999
-22/01/2024 23:35:30,9999
-22/01/2024 23:35:32,9999
-22/01/2024 23:35:34,9999
-22/01/2024 23:35:36,9999
-22/01/2024 23:35:38,9999
-22/01/2024 23:35:40,9999
-22/01/2024 23:35:42,9999
-22/01/2024 23:35:44,9999
-22/01/2024 23:35:46,9999
-22/01/2024 23:35:48,9999
-22/01/2024 23:35:50,9999
-22/01/2024 23:35:53,9999
-22/01/2024 23:35:55,9999
-22/01/2024 23:35:57,9999
-22/01/2024 23:35:59,9999
-22/01/2024 23:36:01,9999
-22/01/2024 23:36:03,9999
-22/01/2024 23:36:05,9999
-22/01/2024 23:36:07,9999
-22/01/2024 23:36:09,9999
-22/01/2024 23:36:11,9999
-22/01/2024 23:36:13,9999
-22/01/2024 23:36:15,9999
-22/01/2024 23:36:17,9999
-22/01/2024 23:36:19,9999
-22/01/2024 23:36:21,9999
-22/01/2024 23:36:23,9999
-22/01/2024 23:36:25,9999
-22/01/2024 23:36:27,9999
-22/01/2024 23:36:29,9999
-22/01/2024 23:36:31,9999
-22/01/2024 23:36:33,9999
-22/01/2024 23:36:35,9999
-22/01/2024 23:36:37,9999
-22/01/2024 23:36:39,9999
-22/01/2024 23:36:41,9999
-22/01/2024 23:36:43,9999
-22/01/2024 23:36:45,9999
-22/01/2024 23:36:47,9999
-22/01/2024 23:36:49,9999
-22/01/2024 23:36:51,9999
-22/01/2024 23:36:53,9999
-22/01/2024 23:36:55,9999
-22/01/2024 23:36:57,9999
-22/01/2024 23:36:59,9999
-22/01/2024 23:37:01,9999
-22/01/2024 23:37:03,9999
-22/01/2024 23:37:05,9999
-22/01/2024 23:37:07,9999
-22/01/2024 23:37:09,9999
-22/01/2024 23:37:11,9999
-22/01/2024 23:37:13,9999
-22/01/2024 23:37:15,9999
-22/01/2024 23:37:17,9999
-22/01/2024 23:37:19,9999
-22/01/2024 23:37:21,9999
-22/01/2024 23:37:23,9999
-22/01/2024 23:37:25,9999
-22/01/2024 23:37:27,9999
-22/01/2024 23:37:29,9999
-22/01/2024 23:37:31,9999
-22/01/2024 23:37:33,9999
-22/01/2024 23:37:35,9999
-22/01/2024 23:37:37,9999
-22/01/2024 23:37:39,9999
-22/01/2024 23:37:41,9999
-22/01/2024 23:37:43,9999
-22/01/2024 23:37:45,9999
-22/01/2024 23:37:47,9999
-22/01/2024 23:43:22,9999
-22/01/2024 23:43:24,9999
-22/01/2024 23:43:26,9999
-22/01/2024 23:43:28,9999
-22/01/2024 23:43:30,9999
-22/01/2024 23:43:32,9999
-22/01/2024 23:43:34,9999
-22/01/2024 23:43:36,9999
-22/01/2024 23:43:38,9999
-22/01/2024 23:43:40,9999
-22/01/2024 23:43:42,9999
-22/01/2024 23:43:44,9999
-22/01/2024 23:43:46,9999
-22/01/2024 23:43:48,9999
-22/01/2024 23:43:50,9999
-22/01/2024 23:43:52,9999
-22/01/2024 23:43:54,9999
-22/01/2024 23:43:56,9999
-22/01/2024 23:43:58,9999
-22/01/2024 23:44:00,9999
-22/01/2024 23:44:02,9999
-22/01/2024 23:44:04,9999
-22/01/2024 23:44:06,9999
-22/01/2024 23:44:08,9999
-22/01/2024 23:44:10,9999
-22/01/2024 23:44:12,9999
-22/01/2024 23:44:14,9999
-22/01/2024 23:44:16,9999
-22/01/2024 23:44:18,9999
-22/01/2024 23:44:20,9999
-22/01/2024 23:44:22,9999
-22/01/2024 23:44:24,9999
-22/01/2024 23:44:26,9999
-22/01/2024 23:44:28,9999
-22/01/2024 23:44:30,9999
-22/01/2024 23:44:32,9999
-22/01/2024 23:44:34,9999
-22/01/2024 23:44:36,9999
-22/01/2024 23:44:38,9999
-22/01/2024 23:44:40,9999
-22/01/2024 23:44:42,9999
-22/01/2024 23:44:44,9999
-22/01/2024 23:44:46,9999
-22/01/2024 23:44:48,9999
-22/01/2024 23:44:50,9999
-22/01/2024 23:44:52,9999
-22/01/2024 23:44:54,9999
-22/01/2024 23:44:56,9999
-22/01/2024 23:44:58,9999
-22/01/2024 23:45:00,9999
-22/01/2024 23:45:02,9999
-22/01/2024 23:45:04,9999
-22/01/2024 23:45:06,9999
-22/01/2024 23:45:08,9999
-22/01/2024 23:45:10,9999
-22/01/2024 23:45:12,9999
-22/01/2024 23:45:14,9999
-22/01/2024 23:45:16,9999
-22/01/2024 23:45:18,9999
-22/01/2024 23:45:20,9999
-22/01/2024 23:45:22,9999
-22/01/2024 23:45:25,9999
-22/01/2024 23:45:27,9999
-22/01/2024 23:45:29,9999
-22/01/2024 23:45:31,9999
-22/01/2024 23:45:33,9999
-22/01/2024 23:45:35,9999
-22/01/2024 23:45:37,9999
-22/01/2024 23:45:39,9999
-22/01/2024 23:45:41,9999
-22/01/2024 23:45:43,9999
-22/01/2024 23:45:45,9999
-22/01/2024 23:45:47,9999
-22/01/2024 23:45:49,9999
-22/01/2024 23:45:51,9999
-22/01/2024 23:45:53,9999
-22/01/2024 23:45:55,9999
-22/01/2024 23:45:57,9999
-22/01/2024 23:45:59,9999
-22/01/2024 23:46:01,9999
-22/01/2024 23:46:03,9999
-22/01/2024 23:46:05,9999
-22/01/2024 23:46:07,9999
-22/01/2024 23:46:09,9999
-22/01/2024 23:46:11,9999
-22/01/2024 23:46:13,9999
-22/01/2024 23:46:15,9999
-22/01/2024 23:46:17,9999
-22/01/2024 23:46:19,9999
-22/01/2024 23:46:21,9999
-22/01/2024 23:46:23,9999
-22/01/2024 23:46:25,9999
-22/01/2024 23:46:27,9999
-22/01/2024 23:46:29,9999
-22/01/2024 23:46:31,9999
-22/01/2024 23:46:33,9999
-22/01/2024 23:46:35,9999
-22/01/2024 23:46:37,9999
-22/01/2024 23:46:39,9999
-22/01/2024 23:46:41,9999
-22/01/2024 23:46:43,9999
-22/01/2024 23:46:45,9999
-22/01/2024 23:46:47,9999
-22/01/2024 23:46:49,9999
-22/01/2024 23:46:51,9999
-22/01/2024 23:46:53,9999
-22/01/2024 23:46:55,9999
-22/01/2024 23:46:57,9999
-22/01/2024 23:46:59,9999
-22/01/2024 23:47:01,9999
-22/01/2024 23:47:03,9999
-22/01/2024 23:47:05,9999
-22/01/2024 23:47:07,9999
-22/01/2024 23:47:09,9999
-22/01/2024 23:47:11,9999
-22/01/2024 23:47:13,9999
-22/01/2024 23:47:15,9999
-22/01/2024 23:47:17,9999
-22/01/2024 23:47:19,9999
-22/01/2024 23:47:21,9999
-22/01/2024 23:47:23,9999
-22/01/2024 23:47:25,9999
-22/01/2024 23:47:27,9999
-22/01/2024 23:47:29,9999
-22/01/2024 23:47:31,9999
-22/01/2024 23:47:33,9999
-22/01/2024 23:47:35,9999
-22/01/2024 23:47:37,9999
-22/01/2024 23:47:39,9999
-22/01/2024 23:47:41,9999
-22/01/2024 23:47:43,9999
-22/01/2024 23:47:45,9999
-22/01/2024 23:47:47,9999
-22/01/2024 23:47:49,9999
-22/01/2024 23:47:51,9999
-22/01/2024 23:47:53,9999
-22/01/2024 23:47:55,9999
-22/01/2024 23:47:57,9999
-22/01/2024 23:47:59,9999
-22/01/2024 23:48:01,9999
-22/01/2024 23:48:03,9999
-22/01/2024 23:48:05,9999
-22/01/2024 23:48:07,9999
-22/01/2024 23:48:09,9999
-22/01/2024 23:48:11,9999
-22/01/2024 23:48:13,9999
-22/01/2024 23:48:16,9999
-22/01/2024 23:48:18,9999
-22/01/2024 23:48:20,9999
-22/01/2024 23:48:22,9999
-22/01/2024 23:48:24,9999
-22/01/2024 23:48:26,9999
-22/01/2024 23:48:28,9999
-22/01/2024 23:48:30,9999
-22/01/2024 23:48:32,9999
-22/01/2024 23:48:34,9999
-22/01/2024 23:48:36,9999
-22/01/2024 23:48:38,9999
-22/01/2024 23:48:40,9999
-22/01/2024 23:48:42,9999
-22/01/2024 23:48:44,9999
-22/01/2024 23:48:46,9999
-22/01/2024 23:48:48,9999
-22/01/2024 23:48:50,9999
-22/01/2024 23:48:52,9999
-22/01/2024 23:48:54,9999
-22/01/2024 23:48:56,9999
-22/01/2024 23:48:58,9999
-22/01/2024 23:49:00,9999
-22/01/2024 23:49:02,9999
-22/01/2024 23:49:04,9999
-22/01/2024 23:49:06,9999
-22/01/2024 23:49:08,9999
-22/01/2024 23:49:10,9999
-22/01/2024 23:49:12,9999
-22/01/2024 23:49:14,9999
-22/01/2024 23:49:16,9999
-22/01/2024 23:49:18,9999
-22/01/2024 23:49:20,9999
-22/01/2024 23:49:22,9999
-22/01/2024 23:49:24,9999
-22/01/2024 23:49:26,9999
-22/01/2024 23:49:28,9999
-22/01/2024 23:49:30,9999
-22/01/2024 23:49:32,9999
-22/01/2024 23:49:34,9999
-22/01/2024 23:49:36,9999
-22/01/2024 23:49:38,9999
-22/01/2024 23:49:40,9999
-22/01/2024 23:49:42,9999
-22/01/2024 23:49:44,9999
-22/01/2024 23:49:46,9999
-22/01/2024 23:49:48,9999
-22/01/2024 23:49:50,9999
-22/01/2024 23:49:52,9999
-22/01/2024 23:49:54,9999
-22/01/2024 23:49:56,9999
-22/01/2024 23:49:58,9999
-22/01/2024 23:50:00,9999
-22/01/2024 23:50:02,9999
-22/01/2024 23:50:04,9999
-22/01/2024 23:50:06,9999
-22/01/2024 23:50:08,9999
-22/01/2024 23:50:10,9999
-22/01/2024 23:50:12,9999
-22/01/2024 23:50:14,9999
-22/01/2024 23:50:16,9999
-22/01/2024 23:50:18,9999
-22/01/2024 23:50:20,9999
-22/01/2024 23:50:22,9999
-22/01/2024 23:50:24,9999
-22/01/2024 23:50:26,9999
-22/01/2024 23:50:28,9999
-22/01/2024 23:50:30,9999
-22/01/2024 23:50:32,9999
-22/01/2024 23:50:34,9999
-22/01/2024 23:50:36,9999
-22/01/2024 23:50:38,9999
-22/01/2024 23:50:40,9999
-22/01/2024 23:50:42,9999
-22/01/2024 23:50:44,9999
-22/01/2024 23:50:46,9999
-22/01/2024 23:50:48,9999
-22/01/2024 23:50:50,9999
-22/01/2024 23:50:53,9999
-22/01/2024 23:50:55,9999
-22/01/2024 23:50:57,9999
-22/01/2024 23:50:59,9999
-22/01/2024 23:51:01,9999
-22/01/2024 23:51:03,9999
-22/01/2024 23:51:05,9999
-22/01/2024 23:51:07,9999
-22/01/2024 23:51:09,9999
-22/01/2024 23:51:11,9999
-22/01/2024 23:51:13,9999
-22/01/2024 23:51:15,9999
-22/01/2024 23:51:17,9999
-22/01/2024 23:51:19,9999
-22/01/2024 23:51:21,9999
-22/01/2024 23:51:23,9999
-22/01/2024 23:51:25,9999
-22/01/2024 23:51:27,9999
-22/01/2024 23:51:29,9999
-22/01/2024 23:51:31,9999
-22/01/2024 23:51:33,9999
-22/01/2024 23:51:35,9999
-22/01/2024 23:51:37,9999
-22/01/2024 23:51:39,9999
-22/01/2024 23:51:41,9999
-22/01/2024 23:51:43,9999
-22/01/2024 23:51:45,9999
-22/01/2024 23:51:47,9999
-22/01/2024 23:51:49,9999
-22/01/2024 23:51:51,9999
-22/01/2024 23:51:53,9999
-22/01/2024 23:51:55,9999
-22/01/2024 23:51:57,9999
-22/01/2024 23:51:59,9999
-22/01/2024 23:52:01,9999
-22/01/2024 23:52:03,9999
-22/01/2024 23:52:05,9999
-22/01/2024 23:52:07,9999
-22/01/2024 23:52:09,9999
-22/01/2024 23:52:11,9999
-22/01/2024 23:52:13,9999
-22/01/2024 23:52:15,9999
-22/01/2024 23:52:17,9999
-22/01/2024 23:52:19,9999
-22/01/2024 23:52:21,9999
-22/01/2024 23:52:23,9999
-22/01/2024 23:52:25,9999
-22/01/2024 23:52:27,9999
-22/01/2024 23:52:29,9999
-22/01/2024 23:52:31,9999
-22/01/2024 23:52:33,9999
-22/01/2024 23:52:35,9999
-22/01/2024 23:52:37,9999
-22/01/2024 23:52:39,9999
-22/01/2024 23:52:41,9999
-22/01/2024 23:52:43,9999
-22/01/2024 23:52:45,9999
-22/01/2024 23:52:47,9999
-22/01/2024 23:52:49,9999
-22/01/2024 23:52:51,9999
-22/01/2024 23:52:53,9999
-22/01/2024 23:52:55,9999
-22/01/2024 23:52:57,9999
-22/01/2024 23:52:59,9999
-22/01/2024 23:53:01,9999
-22/01/2024 23:53:04,9999
-22/01/2024 23:53:06,9999
-22/01/2024 23:53:08,9999
-22/01/2024 23:53:10,9999
-22/01/2024 23:53:12,9999
-22/01/2024 23:53:14,9999
-22/01/2024 23:53:16,9999
-22/01/2024 23:53:18,9999
-22/01/2024 23:53:20,9999
-22/01/2024 23:53:22,9999
-22/01/2024 23:53:24,9999
-22/01/2024 23:53:26,9999
-22/01/2024 23:53:28,9999
-22/01/2024 23:53:30,9999
-22/01/2024 23:53:32,9999
-22/01/2024 23:53:34,9999
-22/01/2024 23:53:36,9999
-22/01/2024 23:53:38,9999
-22/01/2024 23:53:40,9999
-22/01/2024 23:53:42,9999
-22/01/2024 23:53:44,9999
-22/01/2024 23:53:46,9999
-22/01/2024 23:53:48,9999
-22/01/2024 23:53:50,9999
-22/01/2024 23:53:52,9999
-22/01/2024 23:53:54,9999
-22/01/2024 23:53:56,9999
-22/01/2024 23:53:58,9999
-22/01/2024 23:54:00,9999
-22/01/2024 23:54:02,9999
-22/01/2024 23:54:04,9999
-22/01/2024 23:54:06,9999
-22/01/2024 23:54:08,9999
-22/01/2024 23:54:10,9999
-22/01/2024 23:54:12,9999
-22/01/2024 23:54:14,9999
-22/01/2024 23:54:16,9999
-22/01/2024 23:54:18,9999
-22/01/2024 23:54:20,9999
-22/01/2024 23:54:22,9999
-22/01/2024 23:54:24,9999
-22/01/2024 23:54:26,9999
-22/01/2024 23:54:28,9999
-22/01/2024 23:54:30,9999
-22/01/2024 23:54:32,9999
-22/01/2024 23:54:34,9999
-22/01/2024 23:54:36,9999
-22/01/2024 23:54:38,9999
-22/01/2024 23:54:40,9999
-22/01/2024 23:54:42,9999
-22/01/2024 23:54:44,9999
-22/01/2024 23:54:46,9999
-22/01/2024 23:54:48,9999
-22/01/2024 23:54:50,9999
-22/01/2024 23:54:52,9999
-22/01/2024 23:54:54,9999
-22/01/2024 23:54:56,9999
-22/01/2024 23:54:58,9999
-22/01/2024 23:55:00,9999
-22/01/2024 23:55:02,9999
-22/01/2024 23:55:04,9999
-22/01/2024 23:55:06,9999
-22/01/2024 23:55:08,9999
-22/01/2024 23:55:10,9999
-22/01/2024 23:55:12,9999
-22/01/2024 23:55:14,9999
-22/01/2024 23:55:16,9999
-22/01/2024 23:55:18,9999
-22/01/2024 23:55:20,9999
-22/01/2024 23:55:22,9999
-22/01/2024 23:55:24,9999
-22/01/2024 23:55:26,9999
-22/01/2024 23:55:28,9999
-22/01/2024 23:55:30,9999
-22/01/2024 23:55:32,9999
-22/01/2024 23:55:34,9999
-22/01/2024 23:55:36,9999
-22/01/2024 23:55:38,9999
-22/01/2024 23:55:40,9999
-22/01/2024 23:55:42,9999
-22/01/2024 23:55:44,9999
-22/01/2024 23:55:46,9999
-22/01/2024 23:55:48,9999
-22/01/2024 23:55:50,9999
-22/01/2024 23:55:52,9999
-22/01/2024 23:55:54,9999
-22/01/2024 23:55:56,9999
-22/01/2024 23:55:59,9999
-22/01/2024 23:56:01,9999
-22/01/2024 23:56:03,9999
-22/01/2024 23:56:05,9999
-22/01/2024 23:56:07,9999
-22/01/2024 23:56:09,9999
-22/01/2024 23:56:11,9999
-22/01/2024 23:56:13,9999
-22/01/2024 23:56:15,9999
-22/01/2024 23:56:17,9999
-22/01/2024 23:56:19,9999
-22/01/2024 23:56:21,9999
-22/01/2024 23:56:23,9999
-22/01/2024 23:56:25,9999
-22/01/2024 23:56:27,9999
-22/01/2024 23:56:29,9999
-22/01/2024 23:56:31,9999
-22/01/2024 23:56:33,9999
-22/01/2024 23:56:35,9999
-22/01/2024 23:56:37,9999
-22/01/2024 23:56:39,9999
-22/01/2024 23:56:41,9999
-22/01/2024 23:56:43,9999
-22/01/2024 23:56:45,9999
-22/01/2024 23:56:47,9999
-22/01/2024 23:56:49,9999
-22/01/2024 23:56:51,9999
-22/01/2024 23:56:53,9999
-22/01/2024 23:56:55,9999
-22/01/2024 23:56:57,9999
-22/01/2024 23:56:59,9999
-22/01/2024 23:57:01,9999
-22/01/2024 23:57:03,9999
-22/01/2024 23:57:05,9999
-22/01/2024 23:57:07,9999
-22/01/2024 23:57:09,9999
-22/01/2024 23:57:11,9999
-22/01/2024 23:57:13,9999
-22/01/2024 23:57:15,9999
-22/01/2024 23:57:17,9999
-22/01/2024 23:57:19,9999
-22/01/2024 23:57:21,9999
-22/01/2024 23:57:23,9999
-22/01/2024 23:57:25,9999
-22/01/2024 23:57:27,9999
-22/01/2024 23:57:29,9999
-22/01/2024 23:57:31,9999
-22/01/2024 23:57:34,9999
-22/01/2024 23:57:36,9999
-22/01/2024 23:57:38,9999
-22/01/2024 23:57:40,9999
-22/01/2024 23:57:42,9999
-22/01/2024 23:57:44,9999
-22/01/2024 23:57:46,9999
-22/01/2024 23:57:48,9999
-22/01/2024 23:57:50,9999
-22/01/2024 23:57:52,9999
-22/01/2024 23:57:54,9999
-22/01/2024 23:57:56,9999
-22/01/2024 23:57:58,9999
-22/01/2024 23:58:00,9999
-22/01/2024 23:58:02,9999
-22/01/2024 23:58:04,9999
-22/01/2024 23:58:06,9999
-22/01/2024 23:58:08,9999
-22/01/2024 23:58:10,9999
-22/01/2024 23:58:12,9999
-22/01/2024 23:58:14,9999
-22/01/2024 23:58:16,9999
-22/01/2024 23:58:18,9999
-22/01/2024 23:58:20,9999
-22/01/2024 23:58:22,9999
-22/01/2024 23:58:24,9999
-22/01/2024 23:58:26,9999
-22/01/2024 23:58:28,9999
-23/01/2024 01:33:34,9999
-23/01/2024 01:33:36,9999
-23/01/2024 01:33:38,9999
-23/01/2024 01:33:40,9999
-23/01/2024 01:33:42,9999
-23/01/2024 03:08:58,9999
-23/01/2024 03:09:00,9999
-23/01/2024 03:09:02,9999
-23/01/2024 03:09:04,9999
-23/01/2024 04:44:41,9999
-23/01/2024 04:44:43,9999
-23/01/2024 04:44:45,9999
-23/01/2024 04:44:47,9999
-23/01/2024 04:44:49,9999
-23/01/2024 06:20:27,9999
-23/01/2024 06:20:29,9999
-23/01/2024 06:20:31,9999
-23/01/2024 06:20:33,9999
-23/01/2024 06:20:35,9999
-23/01/2024 06:20:37,9999
-23/01/2024 06:20:39,9999
-23/01/2024 06:57:46,9999
-23/01/2024 06:57:48,9999
-23/01/2024 06:57:50,9999
-23/01/2024 06:57:52,9999
-23/01/2024 06:57:54,9999
-23/01/2024 07:17:53,9999
-23/01/2024 07:17:55,9999
-23/01/2024 07:17:57,9999
-23/01/2024 07:17:59,9999
-23/01/2024 07:18:01,9999
-23/01/2024 07:18:03,9999
-23/01/2024 07:18:05,9999
-23/01/2024 07:18:07,9999
-23/01/2024 07:18:09,9999
-23/01/2024 07:18:11,9999
-23/01/2024 07:18:13,9999
-23/01/2024 07:18:15,9999
-23/01/2024 07:18:17,9999
-23/01/2024 07:18:19,9999
-23/01/2024 07:56:28,9999
-23/01/2024 07:56:30,9999
-23/01/2024 07:56:32,9999
-23/01/2024 07:56:34,9999
-23/01/2024 07:56:36,9999
-23/01/2024 07:56:38,9999
-23/01/2024 07:56:40,9999
-23/01/2024 07:56:42,9999
-23/01/2024 07:56:44,9999
-23/01/2024 07:56:46,9999
-23/01/2024 07:56:48,9999
-23/01/2024 07:56:50,9999
-23/01/2024 07:56:52,9999
-23/01/2024 07:56:54,9999
-23/01/2024 07:56:56,9999
-23/01/2024 07:56:58,9999
-23/01/2024 07:57:00,9999
-23/01/2024 07:57:02,9999
-23/01/2024 07:58:26,9999
-23/01/2024 07:58:28,9999
-23/01/2024 07:58:30,9999
-23/01/2024 07:58:32,9999
-23/01/2024 07:58:34,9999
-23/01/2024 07:58:36,9999
-23/01/2024 07:58:38,9999
-23/01/2024 07:58:40,9999
-23/01/2024 07:58:42,9999
-23/01/2024 07:58:44,9999
-23/01/2024 07:58:46,9999
-23/01/2024 07:58:48,9999
-23/01/2024 07:58:50,9999
-23/01/2024 07:58:52,9999
-23/01/2024 07:58:54,9999
-23/01/2024 07:58:56,9999
-23/01/2024 07:58:58,9999
-23/01/2024 07:59:00,9999
-23/01/2024 07:59:02,9999
-23/01/2024 07:59:04,9999
-23/01/2024 07:59:06,9999
-23/01/2024 07:59:08,9999
-23/01/2024 07:59:10,9999
-23/01/2024 07:59:12,9999
-23/01/2024 07:59:14,9999
-23/01/2024 07:59:16,9999
-23/01/2024 07:59:18,9999
-23/01/2024 07:59:20,9999
-23/01/2024 07:59:22,9999
-23/01/2024 07:59:24,9999
-23/01/2024 07:59:26,9999
-23/01/2024 07:59:28,9999
-23/01/2024 07:59:30,9999
-23/01/2024 07:59:32,9999
-23/01/2024 07:59:34,9999
-23/01/2024 07:59:36,9999
-23/01/2024 07:59:38,9999
-23/01/2024 07:59:40,9999
-23/01/2024 07:59:42,9999
-23/01/2024 07:59:44,9999
-23/01/2024 07:59:46,9999
-23/01/2024 07:59:48,9999
-23/01/2024 07:59:50,9999
-23/01/2024 07:59:52,9999
-23/01/2024 07:59:54,9999
-23/01/2024 07:59:56,9999
-23/01/2024 07:59:58,9999
-23/01/2024 08:00:00,9999
-23/01/2024 08:00:02,9999
-23/01/2024 08:00:04,9999
-23/01/2024 08:00:06,9999
-23/01/2024 08:00:08,9999
-23/01/2024 08:00:10,9999
-23/01/2024 08:00:12,9999
-23/01/2024 08:00:15,9999
-23/01/2024 08:00:17,9999
-23/01/2024 08:00:19,9999
-23/01/2024 08:00:21,9999
-23/01/2024 08:00:23,9999
-23/01/2024 08:00:25,9999
-23/01/2024 08:00:27,9999
-23/01/2024 08:00:29,9999
-23/01/2024 08:00:31,9999
-23/01/2024 08:00:33,9999
-23/01/2024 08:00:35,9999
-23/01/2024 08:00:37,9999
-23/01/2024 08:00:39,9999
-23/01/2024 08:00:41,9999
-23/01/2024 08:00:43,9999
-23/01/2024 08:00:45,9999
-23/01/2024 08:00:47,9999
-23/01/2024 08:00:49,9999
-23/01/2024 08:00:51,9999
-23/01/2024 08:00:53,9999
-23/01/2024 08:00:55,9999
-23/01/2024 08:00:57,9999
-23/01/2024 08:00:59,9999
-23/01/2024 08:01:01,9999
-23/01/2024 08:01:03,9999
-23/01/2024 08:01:05,9999
-23/01/2024 08:01:07,9999
-23/01/2024 08:01:09,9999
-23/01/2024 08:01:11,9999
-23/01/2024 08:01:13,9999
-23/01/2024 08:01:15,9999
-23/01/2024 08:01:17,9999
-23/01/2024 08:01:19,9999
-23/01/2024 08:01:21,9999
-23/01/2024 08:01:23,9999
-23/01/2024 08:01:25,9999
-23/01/2024 08:01:27,9999
-23/01/2024 08:01:29,9999
-23/01/2024 08:01:31,9999
-23/01/2024 08:01:33,9999
-23/01/2024 08:01:35,9999
-23/01/2024 08:01:37,9999
-23/01/2024 08:01:43,9999
-23/01/2024 08:01:45,9999
-23/01/2024 08:01:47,9999
-23/01/2024 08:01:49,9999
-23/01/2024 08:01:51,9999
-23/01/2024 08:01:53,9999
-23/01/2024 08:01:55,9999
-23/01/2024 08:01:57,9999
-23/01/2024 08:01:59,9999
-23/01/2024 08:02:01,9999
-23/01/2024 08:02:03,9999
-23/01/2024 08:02:05,9999
-23/01/2024 08:02:07,9999
-23/01/2024 08:02:09,9999
-23/01/2024 08:02:11,9999
-23/01/2024 08:02:13,9999
-23/01/2024 08:02:15,9999
-23/01/2024 08:02:17,9999
-23/01/2024 08:02:19,9999
-23/01/2024 08:02:21,9999
-23/01/2024 08:02:23,9999
-23/01/2024 08:02:25,9999
-23/01/2024 08:02:27,9999
-23/01/2024 08:02:29,9999
-23/01/2024 08:02:31,9999
-23/01/2024 08:02:33,9999
-23/01/2024 08:02:35,9999
-23/01/2024 08:02:37,9999
-23/01/2024 08:02:39,9999
-23/01/2024 08:02:41,9999
-23/01/2024 08:02:43,9999
-23/01/2024 08:02:45,9999
-23/01/2024 08:02:47,9999
-23/01/2024 08:02:49,9999
-23/01/2024 08:02:51,9999
-23/01/2024 08:02:53,9999
-23/01/2024 08:02:55,9999
-23/01/2024 08:02:57,9999
-23/01/2024 08:02:59,9999
-23/01/2024 08:03:01,9999
-23/01/2024 08:03:03,9999
-23/01/2024 08:03:05,9999
-23/01/2024 08:03:07,9999
-23/01/2024 08:03:09,9999
-23/01/2024 08:03:11,9999
-23/01/2024 08:03:13,9999
-23/01/2024 08:03:15,9999
-23/01/2024 08:03:17,9999
-23/01/2024 08:03:19,9999
-23/01/2024 08:03:21,9999
-23/01/2024 08:03:23,9999
-23/01/2024 08:03:25,9999
-23/01/2024 08:03:27,9999
-23/01/2024 08:03:29,9999
-23/01/2024 08:03:31,9999
-23/01/2024 08:03:33,9999
-23/01/2024 08:03:35,9999
-23/01/2024 08:03:37,9999
-23/01/2024 08:03:39,9999
-23/01/2024 08:03:41,9999
-23/01/2024 08:03:44,9999
-23/01/2024 08:03:46,9999
-23/01/2024 08:03:48,9999
-23/01/2024 08:03:50,9999
-23/01/2024 08:03:52,9999
-23/01/2024 08:03:54,9999
-23/01/2024 08:03:56,9999
-23/01/2024 08:03:58,9999
-23/01/2024 08:04:00,9999
-23/01/2024 08:04:02,9999
-23/01/2024 08:04:04,9999
-23/01/2024 08:04:06,9999
-23/01/2024 08:04:08,9999
-23/01/2024 08:04:10,9999
-23/01/2024 08:04:12,9999
-23/01/2024 08:04:14,9999
-23/01/2024 08:04:16,9999
-23/01/2024 08:04:18,9999
-23/01/2024 08:04:20,9999
-23/01/2024 08:04:22,9999
-23/01/2024 08:04:24,9999
-23/01/2024 08:04:26,9999
-23/01/2024 08:04:28,9999
-23/01/2024 08:04:30,9999
-23/01/2024 08:04:32,9999
-23/01/2024 08:04:34,9999
-23/01/2024 08:04:36,9999
-23/01/2024 08:04:38,9999
-23/01/2024 08:04:40,9999
-23/01/2024 08:04:42,9999
-23/01/2024 08:04:44,9999
-23/01/2024 08:04:46,9999
-23/01/2024 08:04:48,9999
-23/01/2024 08:04:50,9999
-23/01/2024 08:04:52,9999
-23/01/2024 08:04:54,9999
-23/01/2024 08:04:56,9999
-23/01/2024 08:04:58,9999
-23/01/2024 08:05:00,9999
-23/01/2024 08:05:03,9999
-23/01/2024 08:05:05,9999
-23/01/2024 08:05:07,9999
-23/01/2024 08:05:09,9999
-23/01/2024 08:05:11,9999
-23/01/2024 08:05:13,9999
-23/01/2024 08:05:15,9999
-23/01/2024 08:05:17,9999
-23/01/2024 08:05:19,9999
-23/01/2024 08:05:21,9999
-23/01/2024 08:05:23,9999
-23/01/2024 08:05:25,9999
-23/01/2024 08:05:27,9999
-23/01/2024 08:05:29,9999
-23/01/2024 08:05:31,9999
-23/01/2024 08:05:33,9999
-23/01/2024 08:05:35,9999
-23/01/2024 08:05:37,9999
-23/01/2024 08:05:39,9999
-23/01/2024 08:05:41,9999
-23/01/2024 08:05:43,9999
-23/01/2024 08:05:45,9999
-23/01/2024 08:05:47,9999
-23/01/2024 08:05:49,9999
-23/01/2024 08:05:51,9999
-23/01/2024 08:05:53,9999
-23/01/2024 08:05:55,9999
-23/01/2024 08:05:57,9999
-23/01/2024 08:05:59,9999
-23/01/2024 08:06:01,9999
-23/01/2024 08:06:03,9999
-23/01/2024 08:06:05,9999
-23/01/2024 08:06:07,9999
-23/01/2024 08:06:09,9999
-23/01/2024 08:06:11,9999
-23/01/2024 08:06:13,9999
-23/01/2024 08:06:15,9999
-23/01/2024 08:06:17,9999
-23/01/2024 08:06:19,9999
-23/01/2024 08:06:21,9999
-23/01/2024 08:06:23,9999
-23/01/2024 08:06:25,9999
-23/01/2024 08:06:27,9999
-23/01/2024 08:06:29,9999
-23/01/2024 08:06:31,9999
-23/01/2024 08:06:33,9999
-23/01/2024 08:06:35,9999
-23/01/2024 08:06:37,9999
-23/01/2024 08:06:39,9999
-23/01/2024 08:06:41,9999
-23/01/2024 08:06:43,9999
-23/01/2024 08:06:45,9999
-23/01/2024 08:06:47,9999
-23/01/2024 08:06:49,9999
-23/01/2024 08:06:51,9999
-23/01/2024 08:06:53,9999
-23/01/2024 08:06:55,9999
-23/01/2024 08:06:57,9999
-23/01/2024 08:06:59,9999
-23/01/2024 08:07:01,9999
-23/01/2024 08:07:03,9999
-23/01/2024 08:07:05,9999
-23/01/2024 08:07:07,9999
-23/01/2024 08:07:10,9999
-23/01/2024 08:07:12,9999
-23/01/2024 08:07:14,9999
-23/01/2024 08:07:16,9999
-23/01/2024 08:07:18,9999
-23/01/2024 08:07:20,9999
-23/01/2024 08:07:22,9999
-23/01/2024 08:07:24,9999
-23/01/2024 08:07:26,9999
-23/01/2024 08:07:28,9999
-23/01/2024 08:07:30,9999
-23/01/2024 08:07:32,9999
-23/01/2024 08:07:34,9999
-23/01/2024 08:07:36,9999
-23/01/2024 08:07:38,9999
-23/01/2024 08:07:40,9999
-23/01/2024 08:07:42,9999
-23/01/2024 08:07:44,9999
-23/01/2024 08:07:46,9999
-23/01/2024 08:07:48,9999
-23/01/2024 08:07:50,9999
-23/01/2024 08:07:52,9999
-23/01/2024 08:07:54,9999
-23/01/2024 08:07:56,9999
-23/01/2024 08:07:58,9999
-23/01/2024 08:08:00,9999
-23/01/2024 08:08:02,9999
-23/01/2024 08:08:04,9999
-23/01/2024 08:08:06,9999
-23/01/2024 08:08:08,9999
-23/01/2024 08:08:10,9999
-23/01/2024 08:08:12,9999
-23/01/2024 08:08:14,9999
-23/01/2024 08:08:16,9999
-23/01/2024 08:08:18,9999
-23/01/2024 08:08:20,9999
-23/01/2024 08:08:22,9999
-23/01/2024 08:08:24,9999
-23/01/2024 08:08:26,9999
-23/01/2024 08:08:28,9999
-23/01/2024 08:08:30,9999
-23/01/2024 08:08:32,9999
-23/01/2024 08:08:34,9999
-23/01/2024 08:08:36,9999
-23/01/2024 08:08:38,9999
-23/01/2024 08:08:40,9999
-23/01/2024 08:08:42,9999
-23/01/2024 08:08:44,9999
-23/01/2024 08:08:46,9999
-23/01/2024 08:08:48,9999
-23/01/2024 08:08:50,9999
-23/01/2024 08:08:52,9999
-23/01/2024 08:08:54,9999
-23/01/2024 08:08:56,9999
-23/01/2024 08:08:58,9999
-23/01/2024 08:09:00,9999
-23/01/2024 08:09:02,9999
-23/01/2024 08:09:04,9999
-23/01/2024 08:09:06,9999
-23/01/2024 08:09:08,9999
-23/01/2024 08:09:10,9999
-23/01/2024 08:09:12,9999
-23/01/2024 08:09:14,9999
-23/01/2024 08:09:16,9999
-23/01/2024 08:09:18,9999
-23/01/2024 08:09:20,9999
-23/01/2024 08:09:22,9999
-23/01/2024 08:09:24,9999
-23/01/2024 08:09:26,9999
-23/01/2024 08:09:28,9999
-23/01/2024 08:09:30,9999
-23/01/2024 08:09:32,9999
-23/01/2024 08:09:34,9999
-23/01/2024 08:09:36,9999
-23/01/2024 08:09:38,9999
-23/01/2024 08:09:40,9999
-23/01/2024 08:09:42,9999
-23/01/2024 08:09:44,9999
-23/01/2024 08:09:46,9999
-23/01/2024 08:09:48,9999
-23/01/2024 08:09:50,9999
-23/01/2024 08:09:52,9999
-23/01/2024 08:09:54,9999
-23/01/2024 08:09:56,9999
-23/01/2024 08:09:58,9999
-23/01/2024 08:10:00,9999
-23/01/2024 08:10:02,9999
-23/01/2024 08:10:04,9999
-23/01/2024 08:10:06,9999
-23/01/2024 08:10:09,9999
-23/01/2024 08:10:11,9999
-23/01/2024 08:10:13,9999
-23/01/2024 08:10:15,9999
-23/01/2024 08:10:17,9999
-23/01/2024 08:10:19,9999
-23/01/2024 08:10:21,9999
-23/01/2024 08:10:23,9999
-23/01/2024 08:10:25,9999
-23/01/2024 08:10:27,9999
-23/01/2024 08:10:29,9999
-23/01/2024 08:10:31,9999
-23/01/2024 08:10:33,9999
-23/01/2024 08:10:35,9999
-23/01/2024 08:10:37,9999
-23/01/2024 08:10:39,9999
-23/01/2024 08:10:41,9999
-23/01/2024 08:10:43,9999
-23/01/2024 08:10:45,9999
-23/01/2024 08:10:47,9999
-23/01/2024 08:10:49,9999
-23/01/2024 08:10:51,9999
-23/01/2024 08:10:53,9999
-23/01/2024 08:10:55,9999
-23/01/2024 08:10:57,9999
-23/01/2024 08:10:59,9999
-23/01/2024 08:11:01,9999
-23/01/2024 08:11:03,9999
-23/01/2024 08:11:05,9999
-23/01/2024 08:11:07,9999
-23/01/2024 08:11:09,9999
-23/01/2024 08:11:11,9999
-23/01/2024 08:11:13,9999
-23/01/2024 08:11:15,9999
-23/01/2024 08:11:17,9999
-23/01/2024 08:11:19,9999
-23/01/2024 08:11:21,9999
-23/01/2024 08:11:23,9999
-23/01/2024 08:11:25,9999
-23/01/2024 08:11:27,9999
-23/01/2024 08:11:29,9999
-23/01/2024 08:11:31,9999
-23/01/2024 08:11:33,9999
-23/01/2024 08:11:35,9999
-23/01/2024 08:11:37,9999
-23/01/2024 08:11:39,9999
-23/01/2024 08:11:41,9999
-23/01/2024 08:11:43,9999
-23/01/2024 08:11:45,9999
-23/01/2024 08:11:47,9999
-23/01/2024 08:11:49,9999
-23/01/2024 08:11:51,9999
-23/01/2024 08:11:53,9999
-23/01/2024 08:11:55,9999
-23/01/2024 08:11:57,9999
-23/01/2024 08:11:59,9999
-23/01/2024 08:12:01,9999
-23/01/2024 08:12:03,9999
-23/01/2024 08:12:05,9999
-23/01/2024 08:12:07,9999
-23/01/2024 08:12:09,9999
-23/01/2024 08:12:11,9999
-23/01/2024 08:12:13,9999
-23/01/2024 08:12:15,9999
-23/01/2024 08:12:17,9999
-23/01/2024 08:12:19,9999
-23/01/2024 08:12:21,9999
-23/01/2024 08:12:23,9999
-23/01/2024 08:12:25,9999
-23/01/2024 08:12:27,9999
-23/01/2024 08:12:29,9999
-23/01/2024 08:12:31,9999
-23/01/2024 08:12:33,9999
-23/01/2024 08:12:35,9999
-23/01/2024 08:12:37,9999
-23/01/2024 08:12:39,9999
-23/01/2024 08:12:41,9999
-23/01/2024 08:12:43,9999
-23/01/2024 08:12:45,9999
-23/01/2024 08:12:47,9999
-23/01/2024 08:12:49,9999
-23/01/2024 08:12:51,9999
-23/01/2024 08:12:53,9999
-23/01/2024 08:12:55,9999
-23/01/2024 08:12:57,9999
-23/01/2024 08:12:59,9999
-23/01/2024 08:13:01,9999
-23/01/2024 08:13:04,9999
-23/01/2024 08:13:06,9999
-23/01/2024 08:13:08,9999
-23/01/2024 08:13:10,9999
-23/01/2024 08:13:12,9999
-23/01/2024 08:13:14,9999
-23/01/2024 08:13:16,9999
-23/01/2024 08:13:18,9999
-23/01/2024 08:13:20,9999
-23/01/2024 08:13:22,9999
-23/01/2024 08:13:24,9999
-23/01/2024 08:13:26,9999
-23/01/2024 08:13:28,9999
-23/01/2024 08:13:30,9999
-23/01/2024 08:13:32,9999
-23/01/2024 08:13:34,9999
-23/01/2024 08:13:36,9999
-23/01/2024 08:13:38,9999
-23/01/2024 08:13:40,9999
-23/01/2024 08:13:42,9999
-23/01/2024 08:13:44,9999
-23/01/2024 08:13:46,9999
-23/01/2024 08:13:48,9999
-23/01/2024 08:13:50,9999
-23/01/2024 08:13:52,9999
-23/01/2024 08:13:54,9999
-23/01/2024 08:13:56,9999
-23/01/2024 08:13:58,9999
-23/01/2024 08:14:00,9999
-23/01/2024 08:14:02,9999
-23/01/2024 08:14:04,9999
-23/01/2024 08:14:06,9999
-23/01/2024 08:14:08,9999
-23/01/2024 08:14:10,9999
-23/01/2024 08:14:12,9999
-23/01/2024 08:14:14,9999
-23/01/2024 08:14:16,9999
-23/01/2024 08:14:18,9999
-23/01/2024 08:14:20,9999
-23/01/2024 08:14:22,9999
-23/01/2024 08:14:24,9999
-23/01/2024 08:14:26,9999
-23/01/2024 08:14:28,9999
-23/01/2024 08:14:30,9999
-23/01/2024 08:14:32,9999
-23/01/2024 08:14:34,9999
-23/01/2024 08:14:36,9999
-23/01/2024 08:14:38,9999
-23/01/2024 08:14:40,9999
-23/01/2024 08:14:42,9999
-23/01/2024 08:14:44,9999
-23/01/2024 08:14:46,9999
-23/01/2024 08:14:48,9999
-23/01/2024 08:14:50,9999
-23/01/2024 08:14:52,9999
-23/01/2024 08:14:54,9999
-23/01/2024 08:14:56,9999
-23/01/2024 08:14:58,9999
-23/01/2024 08:15:00,9999
-23/01/2024 08:15:02,9999
-23/01/2024 08:15:04,9999
-23/01/2024 08:15:06,9999
-23/01/2024 08:15:08,9999
-23/01/2024 08:15:10,9999
-23/01/2024 08:15:12,9999
-23/01/2024 08:15:14,9999
-23/01/2024 08:15:16,9999
-23/01/2024 08:15:18,9999
-23/01/2024 08:15:20,9999
-23/01/2024 08:15:22,9999
-23/01/2024 08:15:24,9999
-23/01/2024 08:15:26,9999
-23/01/2024 08:15:28,9999
-23/01/2024 08:15:30,9999
-23/01/2024 08:15:32,9999
-23/01/2024 08:15:34,9999
-23/01/2024 08:15:36,9999
-23/01/2024 08:15:38,9999
-23/01/2024 08:15:40,9999
-23/01/2024 08:15:42,9999
-23/01/2024 08:15:44,9999
-23/01/2024 08:15:47,9999
-23/01/2024 08:15:49,9999
-23/01/2024 08:15:51,9999
-23/01/2024 08:15:53,9999
-23/01/2024 08:15:55,9999
-23/01/2024 08:15:57,9999
-23/01/2024 08:15:59,9999
-23/01/2024 08:16:01,9999
-23/01/2024 08:16:03,9999
-23/01/2024 08:16:05,9999
-23/01/2024 08:16:07,9999
-23/01/2024 08:16:09,9999
-23/01/2024 08:16:11,9999
-23/01/2024 08:16:13,9999
-23/01/2024 08:16:15,9999
-23/01/2024 08:16:17,9999
-23/01/2024 08:16:19,9999
-23/01/2024 08:16:21,9999
-23/01/2024 08:16:25,9999
-23/01/2024 08:16:27,9999
-23/01/2024 08:16:29,9999
-23/01/2024 08:16:31,9999
-23/01/2024 08:16:33,9999
-23/01/2024 08:16:35,9999
-23/01/2024 08:16:37,9999
-23/01/2024 08:16:39,9999
-23/01/2024 08:16:41,9999
-23/01/2024 08:16:43,9999
-23/01/2024 08:16:45,9999
-23/01/2024 08:16:47,9999
-23/01/2024 08:16:49,9999
-23/01/2024 08:16:51,9999
-23/01/2024 08:16:53,9999
-23/01/2024 08:16:55,9999
-23/01/2024 08:16:57,9999
-23/01/2024 08:16:59,9999
-23/01/2024 08:17:01,9999
-23/01/2024 08:17:03,9999
-23/01/2024 08:17:05,9999
-23/01/2024 08:17:07,9999
-23/01/2024 08:17:09,9999
-23/01/2024 08:17:11,9999
-23/01/2024 08:17:13,9999
-23/01/2024 08:17:15,9999
-23/01/2024 08:17:17,9999
-23/01/2024 08:17:19,9999
-23/01/2024 08:17:21,9999
-23/01/2024 08:17:23,9999
-23/01/2024 08:17:25,9999
-23/01/2024 08:17:27,9999
-23/01/2024 08:17:29,9999
-23/01/2024 08:17:31,9999
-23/01/2024 08:17:33,9999
-23/01/2024 08:17:35,9999
-23/01/2024 08:17:37,9999
-23/01/2024 08:17:39,9999
-23/01/2024 08:17:41,9999
-23/01/2024 08:17:43,9999
-23/01/2024 08:17:45,9999
-23/01/2024 08:17:47,9999
-23/01/2024 08:17:49,9999
-23/01/2024 08:17:51,9999
-23/01/2024 08:17:53,9999
-23/01/2024 08:17:55,9999
-23/01/2024 08:17:57,9999
-23/01/2024 08:17:59,9999
-23/01/2024 08:18:01,9999
-23/01/2024 08:18:03,9999
-23/01/2024 08:18:05,9999
-23/01/2024 08:18:07,9999
-23/01/2024 08:18:09,9999
-23/01/2024 08:18:11,9999
-23/01/2024 08:18:13,9999
-23/01/2024 08:18:15,9999
-23/01/2024 08:18:17,9999
-23/01/2024 08:18:19,9999
-23/01/2024 08:18:22,9999
-23/01/2024 08:18:24,9999
-23/01/2024 08:18:26,9999
-23/01/2024 08:18:28,9999
-23/01/2024 08:18:30,9999
-23/01/2024 08:18:32,9999
-23/01/2024 08:18:34,9999
-23/01/2024 08:18:36,9999
-23/01/2024 08:18:38,9999
-23/01/2024 08:18:40,9999
-23/01/2024 08:18:42,9999
-23/01/2024 08:18:44,9999
-23/01/2024 08:18:46,9999
-23/01/2024 08:18:48,9999
-23/01/2024 08:18:50,9999
-23/01/2024 08:18:52,9999
-23/01/2024 08:18:54,9999
-23/01/2024 08:18:56,9999
-23/01/2024 08:18:58,9999
-23/01/2024 08:19:00,9999
-23/01/2024 08:19:02,9999
-23/01/2024 08:19:04,9999
-23/01/2024 08:19:06,9999
-23/01/2024 08:19:08,9999
-23/01/2024 08:19:10,9999
-23/01/2024 08:19:12,9999
-23/01/2024 08:19:14,9999
-23/01/2024 08:19:16,9999
-23/01/2024 08:19:18,9999
-23/01/2024 08:19:20,9999
-23/01/2024 08:19:22,9999
-23/01/2024 08:19:24,9999
-23/01/2024 08:19:26,9999
-23/01/2024 08:19:28,9999
-23/01/2024 08:19:30,9999
-23/01/2024 08:19:32,9999
-23/01/2024 08:19:34,9999
-23/01/2024 08:19:36,9999
-23/01/2024 08:19:38,9999
-23/01/2024 08:19:40,9999
-23/01/2024 08:19:42,9999
-23/01/2024 08:19:44,9999
-23/01/2024 08:19:46,9999
-23/01/2024 08:19:48,9999
-23/01/2024 08:19:50,9999
-23/01/2024 08:19:52,9999
-23/01/2024 08:19:54,9999
-23/01/2024 08:19:56,9999
-23/01/2024 08:19:58,9999
-23/01/2024 08:20:00,9999
-23/01/2024 08:20:02,9999
-23/01/2024 08:20:04,9999
-23/01/2024 08:20:06,9999
-23/01/2024 08:20:08,9999
-23/01/2024 08:20:10,9999
-23/01/2024 08:20:12,9999
-23/01/2024 08:20:14,9999
-23/01/2024 08:20:16,9999
-23/01/2024 08:20:18,9999
-23/01/2024 08:20:20,9999
-23/01/2024 08:20:22,9999
-23/01/2024 08:20:24,9999
-23/01/2024 08:20:26,9999
-23/01/2024 08:20:28,9999
-23/01/2024 08:20:30,9999
-23/01/2024 08:20:32,9999
-23/01/2024 08:20:34,9999
-23/01/2024 08:20:36,9999
-23/01/2024 08:20:38,9999
-23/01/2024 08:20:40,9999
-23/01/2024 08:20:42,9999
-23/01/2024 08:20:44,9999
-23/01/2024 08:20:46,9999
-23/01/2024 08:20:48,9999
-23/01/2024 08:20:50,9999
-23/01/2024 08:20:52,9999
-23/01/2024 08:20:54,9999
-23/01/2024 08:20:56,9999
-23/01/2024 08:20:58,9999
-23/01/2024 08:21:00,9999
-23/01/2024 08:21:03,9999
-23/01/2024 08:21:05,9999
-23/01/2024 08:21:07,9999
-23/01/2024 08:21:09,9999
-23/01/2024 08:21:11,9999
-23/01/2024 08:21:13,9999
-23/01/2024 08:21:15,9999
-23/01/2024 08:21:17,9999
-23/01/2024 08:21:19,9999
-23/01/2024 08:21:21,9999
-23/01/2024 08:21:23,9999
-23/01/2024 08:21:25,9999
-23/01/2024 08:21:27,9999
-23/01/2024 08:21:29,9999
-23/01/2024 08:21:31,9999
-23/01/2024 08:21:33,9999
-23/01/2024 08:21:35,9999
-23/01/2024 08:21:37,9999
-23/01/2024 08:21:39,9999
-23/01/2024 08:21:41,9999
-23/01/2024 08:21:43,9999
-23/01/2024 08:21:45,9999
-23/01/2024 08:21:47,9999
-23/01/2024 08:21:49,9999
-23/01/2024 08:21:51,9999
-23/01/2024 08:21:53,9999
-23/01/2024 08:21:55,9999
-23/01/2024 08:21:57,9999
-23/01/2024 08:21:59,9999
-23/01/2024 08:22:01,9999
-23/01/2024 08:22:03,9999
-23/01/2024 08:22:05,9999
-23/01/2024 08:22:07,9999
-23/01/2024 08:22:09,9999
-23/01/2024 08:22:11,9999
-23/01/2024 08:22:13,9999
-23/01/2024 08:22:15,9999
-23/01/2024 08:22:17,9999
-23/01/2024 08:22:19,9999
-23/01/2024 08:22:21,9999
-23/01/2024 08:22:23,9999
-23/01/2024 08:22:25,9999
-23/01/2024 08:22:27,9999
-23/01/2024 08:22:29,9999
-23/01/2024 08:22:31,9999
-23/01/2024 08:22:33,9999
-23/01/2024 08:22:35,9999
-23/01/2024 08:22:37,9999
-23/01/2024 08:22:39,9999
-23/01/2024 08:22:41,9999
-23/01/2024 08:22:43,9999
-23/01/2024 08:22:45,9999
-23/01/2024 08:22:47,9999
-23/01/2024 08:22:49,9999
-23/01/2024 08:22:51,9999
-23/01/2024 08:22:53,9999
-23/01/2024 08:22:55,9999
-23/01/2024 08:22:57,9999
-23/01/2024 08:22:59,9999
-23/01/2024 08:23:01,9999
-23/01/2024 08:23:03,9999
-23/01/2024 08:23:05,9999
-23/01/2024 08:23:07,9999
-23/01/2024 08:23:09,9999
-23/01/2024 08:23:11,9999
-23/01/2024 08:23:13,9999
-23/01/2024 08:23:15,9999
-23/01/2024 08:23:17,9999
-23/01/2024 08:23:19,9999
-23/01/2024 08:23:21,9999
-23/01/2024 08:23:23,9999
-23/01/2024 08:23:25,9999
-23/01/2024 08:23:27,9999
-23/01/2024 08:23:29,9999
-23/01/2024 08:23:31,9999
-23/01/2024 08:23:33,9999
-23/01/2024 08:23:35,9999
-23/01/2024 08:23:37,9999
-23/01/2024 08:23:40,9999
-23/01/2024 08:23:42,9999
-23/01/2024 08:23:44,9999
-23/01/2024 08:23:46,9999
-23/01/2024 08:23:48,9999
-23/01/2024 08:23:50,9999
-23/01/2024 08:23:52,9999
-23/01/2024 08:23:54,9999
-23/01/2024 08:23:56,9999
-23/01/2024 08:23:58,9999
-23/01/2024 08:24:00,9999
-23/01/2024 08:24:02,9999
-23/01/2024 08:24:04,9999
-23/01/2024 08:24:06,9999
-23/01/2024 08:24:08,9999
-23/01/2024 08:24:10,9999
-23/01/2024 08:24:12,9999
-23/01/2024 08:24:14,9999
-23/01/2024 08:24:16,9999
-23/01/2024 08:24:18,9999
-23/01/2024 08:24:20,9999
-23/01/2024 08:24:22,9999
-23/01/2024 08:24:24,9999
-23/01/2024 08:24:26,9999
-23/01/2024 08:24:28,9999
-23/01/2024 08:24:30,9999
-23/01/2024 08:24:32,9999
-23/01/2024 08:24:34,9999
-23/01/2024 08:24:36,9999
-23/01/2024 08:24:38,9999
-23/01/2024 08:24:40,9999
-23/01/2024 08:24:42,9999
-23/01/2024 08:24:44,9999
-23/01/2024 08:24:46,9999
-23/01/2024 08:24:48,9999
-23/01/2024 08:24:50,9999
-23/01/2024 08:24:52,9999
-23/01/2024 08:24:54,9999
-23/01/2024 08:24:56,9999
-23/01/2024 08:24:58,9999
-23/01/2024 08:25:00,9999
-23/01/2024 08:25:03,9999
-23/01/2024 08:25:05,9999
-23/01/2024 08:25:07,9999
-23/01/2024 08:25:09,9999
-23/01/2024 08:25:11,9999
-23/01/2024 08:25:13,9999
-23/01/2024 08:25:15,9999
-23/01/2024 08:25:17,9999
-23/01/2024 08:25:19,9999
-23/01/2024 08:25:21,9999
-23/01/2024 08:25:23,9999
-23/01/2024 08:25:25,9999
-23/01/2024 08:25:27,9999
-23/01/2024 08:25:29,9999
-23/01/2024 08:25:31,9999
-23/01/2024 08:25:33,9999
-23/01/2024 08:25:35,9999
-23/01/2024 08:25:37,9999
-23/01/2024 08:25:39,9999
-23/01/2024 08:25:41,9999
-23/01/2024 08:25:43,9999
-23/01/2024 08:25:45,9999
-23/01/2024 08:25:47,9999
-23/01/2024 08:25:49,9999
-23/01/2024 08:25:51,9999
-23/01/2024 08:25:53,9999
-23/01/2024 08:25:55,9999
-23/01/2024 08:25:57,9999
-23/01/2024 08:25:59,9999
-23/01/2024 08:26:01,9999
-23/01/2024 08:26:03,9999
-23/01/2024 08:26:05,9999
-23/01/2024 08:26:07,9999
-23/01/2024 08:26:09,9999
-23/01/2024 08:26:11,9999
-23/01/2024 08:26:13,9999
-23/01/2024 08:26:15,9999
-23/01/2024 08:26:17,9999
-23/01/2024 08:26:19,9999
-23/01/2024 08:26:21,9999
-23/01/2024 08:26:23,9999
-23/01/2024 08:26:25,9999
-23/01/2024 08:26:27,9999
-23/01/2024 08:26:29,9999
-23/01/2024 08:26:31,9999
-23/01/2024 08:26:33,9999
-23/01/2024 08:26:35,9999
-23/01/2024 08:26:37,9999
-23/01/2024 08:26:39,9999
-23/01/2024 08:26:41,9999
-23/01/2024 08:26:43,9999
-23/01/2024 08:26:45,9999
-23/01/2024 08:26:48,9999
-23/01/2024 08:26:50,9999
-23/01/2024 08:26:52,9999
-23/01/2024 08:26:54,9999
-23/01/2024 08:26:56,9999
-23/01/2024 08:26:58,9999
-23/01/2024 08:27:00,9999
-23/01/2024 08:27:02,9999
-23/01/2024 08:27:04,9999
-23/01/2024 08:27:06,9999
-23/01/2024 08:27:08,9999
-23/01/2024 08:27:10,9999
-23/01/2024 08:27:12,9999
-23/01/2024 08:27:14,9999
-23/01/2024 08:27:16,9999
-23/01/2024 08:27:18,9999
-23/01/2024 08:27:20,9999
-23/01/2024 08:27:22,9999
-23/01/2024 08:27:24,9999
-23/01/2024 08:27:26,9999
-23/01/2024 08:27:28,9999
-23/01/2024 08:27:30,9999
-23/01/2024 08:27:32,9999
-23/01/2024 08:27:34,9999
-23/01/2024 08:27:36,9999
-23/01/2024 08:27:38,9999
-23/01/2024 08:27:40,9999
-23/01/2024 08:27:42,9999
-23/01/2024 08:27:44,9999
-23/01/2024 08:27:46,9999
-23/01/2024 08:27:48,9999
-23/01/2024 08:27:50,9999
-23/01/2024 08:27:52,9999
-23/01/2024 08:27:54,9999
-23/01/2024 08:27:56,9999
-23/01/2024 08:27:58,9999
-23/01/2024 08:28:00,9999
-23/01/2024 08:28:02,9999
-23/01/2024 08:28:04,9999
-23/01/2024 08:28:06,9999
-23/01/2024 08:28:08,9999
-23/01/2024 08:28:10,9999
-23/01/2024 08:28:12,9999
-23/01/2024 08:28:14,9999
-23/01/2024 08:28:16,9999
-23/01/2024 08:28:18,9999
-23/01/2024 08:28:20,9999
-23/01/2024 08:28:22,9999
-23/01/2024 08:28:24,9999
-23/01/2024 08:28:26,9999
-23/01/2024 08:28:28,9999
-23/01/2024 08:28:30,9999
-23/01/2024 08:28:32,9999
-23/01/2024 08:28:34,9999
-23/01/2024 08:28:36,9999
-23/01/2024 08:28:38,9999
-23/01/2024 08:28:40,9999
-23/01/2024 08:28:42,9999
-23/01/2024 08:28:44,9999
-23/01/2024 08:28:47,9999
-23/01/2024 08:28:49,9999
-23/01/2024 08:28:51,9999
-23/01/2024 08:28:53,9999
-23/01/2024 08:28:55,9999
-23/01/2024 08:28:57,9999
-23/01/2024 08:28:59,9999
-23/01/2024 08:29:01,9999
-23/01/2024 08:29:03,9999
-23/01/2024 08:29:05,9999
-23/01/2024 08:29:07,9999
-23/01/2024 08:29:09,9999
-23/01/2024 08:29:11,9999
-23/01/2024 08:29:13,9999
-23/01/2024 08:29:15,9999
-23/01/2024 08:29:17,9999
-23/01/2024 08:29:19,9999
-23/01/2024 08:29:21,9999
-23/01/2024 08:29:23,9999
-23/01/2024 08:29:25,9999
-23/01/2024 08:29:27,9999
-23/01/2024 08:29:29,9999
-23/01/2024 08:29:31,9999
-23/01/2024 08:29:33,9999
-23/01/2024 08:29:35,9999
-23/01/2024 08:29:37,9999
-23/01/2024 08:29:39,9999
-23/01/2024 08:29:41,9999
-23/01/2024 08:29:43,9999
-23/01/2024 08:29:45,9999
-23/01/2024 08:29:47,9999
-23/01/2024 08:29:49,9999
-23/01/2024 08:29:51,9999
-23/01/2024 08:29:53,9999
-23/01/2024 08:29:55,9999
-23/01/2024 08:29:57,9999
-23/01/2024 08:29:59,9999
-23/01/2024 08:30:01,9999
-23/01/2024 08:30:03,9999
-23/01/2024 08:30:05,9999
-23/01/2024 08:30:07,9999
-23/01/2024 08:30:09,9999
-23/01/2024 08:30:11,9999
-23/01/2024 08:30:13,9999
-23/01/2024 08:30:15,9999
-23/01/2024 08:30:17,9999
-23/01/2024 08:30:19,9999
-23/01/2024 08:30:21,9999
-23/01/2024 08:30:23,9999
-23/01/2024 08:30:25,9999
-23/01/2024 08:30:27,9999
-23/01/2024 08:30:29,9999
-23/01/2024 08:30:31,9999
-23/01/2024 08:30:33,9999
-23/01/2024 08:30:35,9999
-23/01/2024 08:30:37,9999
-23/01/2024 08:30:39,9999
-23/01/2024 08:30:41,9999
-23/01/2024 08:30:43,9999
-23/01/2024 08:30:45,9999
-23/01/2024 08:30:47,9999
-23/01/2024 08:30:49,9999
-23/01/2024 08:30:51,9999
-23/01/2024 08:30:53,9999
-23/01/2024 08:30:55,9999
-23/01/2024 08:30:57,9999
-23/01/2024 08:30:59,9999
-23/01/2024 08:31:01,9999
-23/01/2024 08:31:03,9999
-23/01/2024 08:31:05,9999
-23/01/2024 08:31:07,9999
-23/01/2024 08:31:09,9999
-23/01/2024 08:31:11,9999
-23/01/2024 08:31:13,9999
-23/01/2024 08:31:15,9999
-23/01/2024 08:31:17,9999
-23/01/2024 08:31:19,9999
-23/01/2024 08:31:21,9999
-23/01/2024 08:31:23,9999
-23/01/2024 08:31:25,9999
-23/01/2024 08:31:27,9999
-23/01/2024 08:31:29,9999
-23/01/2024 08:31:31,9999
-23/01/2024 08:31:33,9999
-23/01/2024 08:31:36,9999
-23/01/2024 08:31:38,9999
-23/01/2024 08:31:40,9999
-23/01/2024 08:31:42,9999
-23/01/2024 08:31:44,9999
-23/01/2024 08:31:46,9999
-23/01/2024 08:31:48,9999
-23/01/2024 08:31:50,9999
-23/01/2024 08:31:52,9999
-23/01/2024 08:31:54,9999
-23/01/2024 08:31:56,9999
-23/01/2024 08:31:58,9999
-23/01/2024 08:32:00,9999
-23/01/2024 08:32:02,9999
-23/01/2024 08:32:04,9999
-23/01/2024 08:32:06,9999
-23/01/2024 08:32:08,9999
-23/01/2024 08:32:10,9999
-23/01/2024 08:32:12,9999
-23/01/2024 08:32:14,9999
-23/01/2024 08:32:16,9999
-23/01/2024 08:32:18,9999
-23/01/2024 08:32:20,9999
-23/01/2024 08:32:22,9999
-23/01/2024 08:32:24,9999
-23/01/2024 08:32:26,9999
-23/01/2024 08:32:28,9999
-23/01/2024 08:32:30,9999
-23/01/2024 08:32:32,9999
-23/01/2024 08:32:34,9999
-23/01/2024 08:32:36,9999
-23/01/2024 08:32:38,9999
-23/01/2024 08:32:40,9999
-23/01/2024 08:32:42,9999
-23/01/2024 08:32:44,9999
-23/01/2024 08:32:46,9999
-23/01/2024 08:32:48,9999
-23/01/2024 08:32:50,9999
-23/01/2024 08:32:52,9999
-23/01/2024 08:32:54,9999
-23/01/2024 08:32:56,9999
-23/01/2024 08:32:58,9999
-23/01/2024 08:33:00,9999
-23/01/2024 08:33:02,9999
-23/01/2024 08:33:04,9999
-23/01/2024 08:33:06,9999
-23/01/2024 08:33:08,9999
-23/01/2024 08:33:10,9999
-23/01/2024 08:33:12,9999
-23/01/2024 08:33:14,9999
-23/01/2024 08:33:16,9999
-23/01/2024 08:33:18,9999
-23/01/2024 08:33:20,9999
-23/01/2024 08:33:22,9999
-23/01/2024 08:33:24,9999
-23/01/2024 08:33:26,9999
-23/01/2024 08:33:28,9999
-23/01/2024 08:33:30,9999
-23/01/2024 08:33:32,9999
-23/01/2024 08:33:34,9999
-23/01/2024 08:33:36,9999
-23/01/2024 08:33:38,9999
-23/01/2024 08:33:40,9999
-23/01/2024 08:33:42,9999
-23/01/2024 08:33:44,9999
-23/01/2024 08:33:46,9999
-23/01/2024 08:33:48,9999
-23/01/2024 08:33:50,9999
-23/01/2024 08:33:52,9999
-23/01/2024 08:33:54,9999
-23/01/2024 08:33:56,9999
-23/01/2024 08:33:58,9999
-23/01/2024 08:34:00,9999
-23/01/2024 08:34:02,9999
-23/01/2024 08:34:04,9999
-23/01/2024 08:34:06,9999
-23/01/2024 08:34:08,9999
-23/01/2024 08:34:10,9999
-23/01/2024 08:34:12,9999
-23/01/2024 08:34:14,9999
-23/01/2024 08:34:16,9999
-23/01/2024 08:34:18,9999
-23/01/2024 08:34:20,9999
-23/01/2024 08:34:22,9999
-23/01/2024 08:34:24,9999
-23/01/2024 08:34:26,9999
-23/01/2024 08:34:28,9999
-23/01/2024 08:34:30,9999
-23/01/2024 08:34:32,9999
-23/01/2024 08:34:34,9999
-23/01/2024 08:34:37,9999
-23/01/2024 08:34:39,9999
-23/01/2024 08:34:41,9999
-23/01/2024 08:34:43,9999
-23/01/2024 08:34:45,9999
-23/01/2024 08:34:47,9999
-23/01/2024 08:34:49,9999
-23/01/2024 08:34:51,9999
-23/01/2024 08:34:53,9999
-23/01/2024 08:34:55,9999
-23/01/2024 08:34:57,9999
-23/01/2024 08:34:59,9999
-23/01/2024 08:35:01,9999
-23/01/2024 08:35:03,9999
-23/01/2024 08:35:05,9999
-23/01/2024 08:35:07,9999
-23/01/2024 08:35:09,9999
-23/01/2024 08:35:11,9999
-23/01/2024 08:35:13,9999
-23/01/2024 08:35:15,9999
-23/01/2024 08:35:17,9999
-23/01/2024 08:35:19,9999
-23/01/2024 08:35:21,9999
-23/01/2024 08:35:23,9999
-23/01/2024 08:35:25,9999
-23/01/2024 08:35:27,9999
-23/01/2024 08:35:29,9999
-23/01/2024 08:35:31,9999
-23/01/2024 08:35:33,9999
-23/01/2024 08:35:35,9999
-23/01/2024 08:35:37,9999
-23/01/2024 08:35:39,9999
-23/01/2024 08:35:41,9999
-23/01/2024 08:35:43,9999
-23/01/2024 08:35:45,9999
-23/01/2024 08:35:47,9999
-23/01/2024 08:35:49,9999
-23/01/2024 08:35:51,9999
-23/01/2024 08:35:53,9999
-23/01/2024 08:35:55,9999
-23/01/2024 08:35:57,9999
-23/01/2024 08:35:59,9999
-23/01/2024 08:36:01,9999
-23/01/2024 08:36:03,9999
-23/01/2024 08:36:05,9999
-23/01/2024 08:36:07,9999
-23/01/2024 08:36:09,9999
-23/01/2024 08:36:11,9999
-23/01/2024 08:36:13,9999
-23/01/2024 08:36:15,9999
-23/01/2024 08:36:17,9999
-23/01/2024 08:36:19,9999
-23/01/2024 08:36:21,9999
-23/01/2024 08:36:23,9999
-23/01/2024 08:36:25,9999
-23/01/2024 08:36:27,9999
-23/01/2024 08:36:29,9999
-23/01/2024 08:36:31,9999
-23/01/2024 08:36:33,9999
-23/01/2024 08:36:35,9999
-23/01/2024 08:36:37,9999
-23/01/2024 08:36:39,9999
-23/01/2024 08:36:41,9999
-23/01/2024 08:36:43,9999
-23/01/2024 08:36:45,9999
-23/01/2024 08:36:47,9999
-23/01/2024 08:36:49,9999
-23/01/2024 08:36:51,9999
-23/01/2024 08:36:53,9999
-23/01/2024 08:36:56,9999
-23/01/2024 08:36:58,9999
-23/01/2024 08:37:00,9999
-23/01/2024 08:37:02,9999
-23/01/2024 08:37:04,9999
-23/01/2024 08:37:06,9999
-23/01/2024 08:37:08,9999
-23/01/2024 08:37:10,9999
-23/01/2024 08:37:12,9999
-23/01/2024 08:37:14,9999
-23/01/2024 08:37:16,9999
-23/01/2024 08:37:18,9999
-23/01/2024 08:37:20,9999
-23/01/2024 08:37:22,9999
-23/01/2024 08:37:24,9999
-23/01/2024 08:37:26,9999
-23/01/2024 08:37:28,9999
-23/01/2024 08:37:30,9999
-23/01/2024 08:37:32,9999
-23/01/2024 08:37:34,9999
-23/01/2024 08:37:36,9999
-23/01/2024 08:37:38,9999
-23/01/2024 08:37:40,9999
-23/01/2024 08:37:42,9999
-23/01/2024 08:37:44,9999
-23/01/2024 08:37:46,9999
-23/01/2024 08:37:48,9999
-23/01/2024 08:37:50,9999
-23/01/2024 08:37:52,9999
-23/01/2024 08:37:54,9999
-23/01/2024 08:37:56,9999
-23/01/2024 08:37:58,9999
-23/01/2024 08:38:00,9999
-23/01/2024 08:38:02,9999
-23/01/2024 08:38:04,9999
-23/01/2024 08:38:06,9999
-23/01/2024 08:38:08,9999
-23/01/2024 08:38:10,9999
-23/01/2024 08:38:12,9999
-23/01/2024 08:38:14,9999
-23/01/2024 08:38:16,9999
-23/01/2024 08:38:18,9999
-23/01/2024 08:38:20,9999
-23/01/2024 08:38:22,9999
-23/01/2024 08:38:24,9999
-23/01/2024 08:38:26,9999
-23/01/2024 08:38:28,9999
-23/01/2024 08:38:30,9999
-23/01/2024 08:38:32,9999
-23/01/2024 08:38:34,9999
-23/01/2024 08:38:36,9999
-23/01/2024 08:38:38,9999
-23/01/2024 08:38:40,9999
-23/01/2024 08:38:42,9999
-23/01/2024 08:38:44,9999
-23/01/2024 08:38:46,9999
-23/01/2024 08:38:48,9999
-23/01/2024 08:38:50,9999
-23/01/2024 08:38:52,9999
-23/01/2024 08:38:54,9999
-23/01/2024 08:38:56,9999
-23/01/2024 08:38:58,9999
-23/01/2024 08:39:00,9999
-23/01/2024 08:39:02,9999
-23/01/2024 08:39:04,9999
-23/01/2024 08:39:06,9999
-23/01/2024 08:39:08,9999
-23/01/2024 08:39:10,9999
-23/01/2024 08:39:12,9999
-23/01/2024 08:39:14,9999
-23/01/2024 08:39:16,9999
-23/01/2024 08:39:18,9999
-23/01/2024 08:39:20,9999
-23/01/2024 08:39:22,9999
-23/01/2024 08:39:24,9999
-23/01/2024 08:39:26,9999
-23/01/2024 08:39:28,9999
-23/01/2024 08:39:30,9999
-23/01/2024 08:39:32,9999
-23/01/2024 08:39:34,9999
-23/01/2024 08:39:36,9999
-23/01/2024 08:39:38,9999
-23/01/2024 08:39:40,9999
-23/01/2024 08:39:42,9999
-23/01/2024 08:39:44,9999
-23/01/2024 08:39:46,9999
-23/01/2024 08:39:48,9999
-23/01/2024 08:39:50,9999
-23/01/2024 08:39:52,9999
-23/01/2024 08:39:54,9999
-23/01/2024 08:39:57,9999
-23/01/2024 08:39:59,9999
-23/01/2024 08:40:01,9999
-23/01/2024 08:40:03,9999
-23/01/2024 08:40:05,9999
-23/01/2024 08:40:07,9999
-23/01/2024 08:40:09,9999
-23/01/2024 08:40:11,9999
-23/01/2024 08:40:13,9999
-23/01/2024 08:40:15,9999
-23/01/2024 08:40:17,9999
-23/01/2024 08:40:19,9999
-23/01/2024 08:40:21,9999
-23/01/2024 08:40:23,9999
-23/01/2024 08:40:25,9999
-23/01/2024 08:40:27,9999
-23/01/2024 08:40:29,9999
-23/01/2024 08:40:31,9999
-23/01/2024 08:40:33,9999
-23/01/2024 08:40:35,9999
-23/01/2024 08:40:37,9999
-23/01/2024 08:40:39,9999
-23/01/2024 08:40:41,9999
-23/01/2024 08:40:43,9999
-23/01/2024 08:40:45,9999
-23/01/2024 08:40:47,9999
-23/01/2024 08:40:49,9999
-23/01/2024 08:40:51,9999
-23/01/2024 08:40:53,9999
-23/01/2024 08:40:55,9999
-23/01/2024 08:40:57,9999
-23/01/2024 08:40:59,9999
-23/01/2024 08:41:01,9999
-23/01/2024 08:41:03,9999
-23/01/2024 08:41:05,9999
-23/01/2024 08:41:07,9999
-23/01/2024 08:41:09,9999
-23/01/2024 08:41:11,9999
-23/01/2024 08:41:13,9999
-23/01/2024 08:41:15,9999
-23/01/2024 08:41:17,9999
-23/01/2024 08:41:19,9999
-23/01/2024 08:41:21,9999
-23/01/2024 08:41:23,9999
-23/01/2024 08:41:25,9999
-23/01/2024 08:41:27,9999
-23/01/2024 08:41:29,9999
-23/01/2024 08:41:31,9999
-23/01/2024 08:41:33,9999
-23/01/2024 08:41:35,9999
-23/01/2024 08:41:37,9999
-23/01/2024 08:41:39,9999
-23/01/2024 08:41:41,9999
-23/01/2024 08:41:43,9999
-23/01/2024 08:41:45,9999
-23/01/2024 08:41:47,9999
-23/01/2024 08:41:49,9999
-23/01/2024 08:41:51,9999
-23/01/2024 08:41:53,9999
-23/01/2024 08:41:55,9999
-23/01/2024 08:41:57,9999
-23/01/2024 08:41:59,9999
-23/01/2024 08:42:01,9999
-23/01/2024 08:42:03,9999
-23/01/2024 08:42:05,9999
-23/01/2024 08:42:07,9999
-23/01/2024 08:42:09,9999
-23/01/2024 08:42:11,9999
-23/01/2024 08:42:13,9999
-23/01/2024 08:42:15,9999
-23/01/2024 08:42:17,9999
-23/01/2024 08:42:19,9999
-23/01/2024 08:42:21,9999
-23/01/2024 08:42:23,9999
-23/01/2024 08:42:25,9999
-23/01/2024 08:42:27,9999
-23/01/2024 08:42:29,9999
-23/01/2024 08:42:31,9999
-23/01/2024 08:42:33,9999
-23/01/2024 08:42:35,9999
-23/01/2024 08:42:37,9999
-23/01/2024 08:42:39,9999
-23/01/2024 08:42:41,9999
-23/01/2024 08:42:43,9999
-23/01/2024 08:42:46,9999
-23/01/2024 08:42:48,9999
-23/01/2024 08:42:50,9999
-23/01/2024 08:42:52,9999
-23/01/2024 08:42:54,9999
-23/01/2024 08:42:56,9999
-23/01/2024 08:42:58,9999
-23/01/2024 08:43:00,9999
-23/01/2024 08:43:02,9999
-23/01/2024 08:43:04,9999
-23/01/2024 08:43:06,9999
-23/01/2024 08:43:08,9999
-23/01/2024 08:43:10,9999
-23/01/2024 08:43:12,9999
-23/01/2024 08:43:14,9999
-23/01/2024 08:43:16,9999
-23/01/2024 08:43:18,9999
-23/01/2024 08:43:20,9999
-23/01/2024 08:43:22,9999
-23/01/2024 08:43:24,9999
-23/01/2024 08:43:26,9999
-23/01/2024 08:43:28,9999
-23/01/2024 08:43:30,9999
-23/01/2024 08:43:32,9999
-23/01/2024 08:43:34,9999
-23/01/2024 08:43:36,9999
-23/01/2024 08:43:38,9999
-23/01/2024 08:43:40,9999
-23/01/2024 08:43:42,9999
-23/01/2024 08:43:44,9999
-23/01/2024 08:43:46,9999
-23/01/2024 08:43:48,9999
-23/01/2024 08:43:50,9999
-23/01/2024 08:43:52,9999
-23/01/2024 08:43:54,9999
-23/01/2024 08:43:56,9999
-23/01/2024 08:43:58,9999
-23/01/2024 08:44:00,9999
-23/01/2024 08:44:02,9999
-23/01/2024 08:44:04,9999
-23/01/2024 08:44:06,9999
-23/01/2024 08:44:08,9999
-23/01/2024 08:44:10,9999
-23/01/2024 08:44:12,9999
-23/01/2024 08:44:14,9999
-23/01/2024 08:44:16,9999
-23/01/2024 08:44:18,9999
-23/01/2024 08:44:20,9999
-23/01/2024 08:44:22,9999
-23/01/2024 08:44:24,9999
-23/01/2024 08:44:26,9999
-23/01/2024 08:44:28,9999
-23/01/2024 08:44:30,9999
-23/01/2024 08:44:32,9999
-23/01/2024 08:44:34,9999
-23/01/2024 08:44:36,9999
-23/01/2024 08:44:38,9999
-23/01/2024 08:44:40,9999
-23/01/2024 08:44:42,9999
-23/01/2024 08:44:44,9999
-23/01/2024 08:44:46,9999
-23/01/2024 08:44:48,9999
-23/01/2024 08:44:50,9999
-23/01/2024 08:44:52,9999
-23/01/2024 08:44:54,9999
-23/01/2024 08:44:56,9999
-23/01/2024 08:44:58,9999
-23/01/2024 08:45:00,9999
-23/01/2024 08:45:02,9999
-23/01/2024 08:45:04,9999
-23/01/2024 08:45:06,9999
-23/01/2024 08:45:08,9999
-23/01/2024 08:45:10,9999
-23/01/2024 08:45:13,9999
-23/01/2024 08:45:15,9999
-23/01/2024 08:45:17,9999
-23/01/2024 08:45:19,9999
-23/01/2024 08:45:21,9999
-23/01/2024 08:45:23,9999
-23/01/2024 08:45:25,9999
-23/01/2024 08:45:27,9999
-23/01/2024 08:45:29,9999
-23/01/2024 08:45:31,9999
-23/01/2024 08:45:33,9999
-23/01/2024 08:45:35,9999
-23/01/2024 08:45:37,9999
-23/01/2024 08:45:39,9999
-23/01/2024 08:45:41,9999
-23/01/2024 08:45:43,9999
-23/01/2024 08:45:45,9999
-23/01/2024 08:45:47,9999
-23/01/2024 08:45:49,9999
-23/01/2024 08:45:51,9999
-23/01/2024 08:45:53,9999
-23/01/2024 08:45:55,9999
-23/01/2024 08:45:57,9999
-23/01/2024 08:45:59,9999
-23/01/2024 08:46:01,9999
-23/01/2024 08:46:03,9999
-23/01/2024 08:46:05,9999
-23/01/2024 08:46:07,9999
-23/01/2024 08:46:09,9999
-23/01/2024 08:46:11,9999
-23/01/2024 08:46:13,9999
-23/01/2024 08:46:15,9999
-23/01/2024 08:46:17,9999
-23/01/2024 08:46:19,9999
-23/01/2024 08:46:21,9999
-23/01/2024 08:46:23,9999
-23/01/2024 08:46:25,9999
-23/01/2024 08:46:27,9999
-23/01/2024 08:46:29,9999
-23/01/2024 08:46:31,9999
-23/01/2024 08:46:33,9999
-23/01/2024 08:46:35,9999
-23/01/2024 08:46:37,9999
-23/01/2024 08:46:39,9999
-23/01/2024 08:46:41,9999
-23/01/2024 08:46:43,9999
-23/01/2024 08:46:45,9999
-23/01/2024 08:46:47,9999
-23/01/2024 08:46:49,9999
-23/01/2024 08:46:51,9999
-23/01/2024 08:46:53,9999
-23/01/2024 08:46:55,9999
-23/01/2024 08:46:57,9999
-23/01/2024 08:46:59,9999
-23/01/2024 08:47:01,9999
-23/01/2024 08:47:03,9999
-23/01/2024 08:47:05,9999
-23/01/2024 08:47:07,9999
-23/01/2024 08:47:09,9999
-23/01/2024 08:47:11,9999
-23/01/2024 08:47:13,9999
-23/01/2024 08:47:15,9999
-23/01/2024 08:47:17,9999
-23/01/2024 08:47:19,9999
-23/01/2024 08:47:21,9999
-23/01/2024 08:47:23,9999
-23/01/2024 08:47:25,9999
-23/01/2024 08:47:27,9999
-23/01/2024 08:47:29,9999
-23/01/2024 08:47:31,9999
-23/01/2024 08:47:33,9999
-23/01/2024 08:47:35,9999
-23/01/2024 08:47:37,9999
-23/01/2024 08:50:32,9999
-23/01/2024 08:50:34,9999
-23/01/2024 08:50:36,9999
-23/01/2024 08:50:38,9999
-23/01/2024 08:50:40,9999
-23/01/2024 08:50:42,9999
-23/01/2024 08:50:44,9999
-23/01/2024 08:50:46,9999
-23/01/2024 08:50:48,9999
-23/01/2024 08:50:50,9999
-23/01/2024 08:50:52,9999
-23/01/2024 08:50:54,9999
-23/01/2024 08:50:56,9999
-23/01/2024 08:50:58,9999
-23/01/2024 08:51:00,9999
-23/01/2024 08:51:02,9999
-23/01/2024 08:51:04,9999
-23/01/2024 08:51:06,9999
-23/01/2024 08:51:08,9999
-23/01/2024 08:51:10,9999
-23/01/2024 08:51:12,9999
-23/01/2024 08:51:14,9999
-23/01/2024 08:51:16,9999
-23/01/2024 08:51:18,9999
-23/01/2024 08:51:20,9999
-23/01/2024 08:51:23,9999
-23/01/2024 08:51:25,9999
-23/01/2024 08:51:27,9999
-23/01/2024 08:51:29,9999
-23/01/2024 08:51:31,9999
-23/01/2024 08:51:33,9999
-23/01/2024 08:51:35,9999
-23/01/2024 08:51:37,9999
-23/01/2024 08:51:39,9999
-23/01/2024 08:51:41,9999
-23/01/2024 08:51:43,9999
-23/01/2024 08:51:45,9999
-23/01/2024 08:51:47,9999
-23/01/2024 08:51:49,9999
-23/01/2024 08:51:51,9999
-23/01/2024 08:51:53,9999
-23/01/2024 08:51:55,9999
-23/01/2024 08:51:57,9999
-23/01/2024 08:51:59,9999
-23/01/2024 08:52:01,9999
-23/01/2024 08:52:03,9999
-23/01/2024 08:52:05,9999
-23/01/2024 08:52:07,9999
-23/01/2024 08:52:09,9999
-23/01/2024 08:52:11,9999
-23/01/2024 08:52:13,9999
-23/01/2024 08:52:15,9999
-23/01/2024 08:52:17,9999
-23/01/2024 08:52:19,9999
-23/01/2024 08:52:21,9999
-23/01/2024 08:52:23,9999
-23/01/2024 08:52:25,9999
-23/01/2024 08:52:27,9999
-23/01/2024 08:52:29,9999
-23/01/2024 08:52:31,9999
-23/01/2024 08:52:33,9999
-23/01/2024 08:52:35,9999
-23/01/2024 08:52:37,9999
-23/01/2024 08:52:39,9999
-23/01/2024 08:52:41,9999
-23/01/2024 08:52:43,9999
-23/01/2024 08:52:45,9999
-23/01/2024 08:52:47,9999
-23/01/2024 08:52:49,9999
-23/01/2024 08:52:51,9999
-23/01/2024 08:52:53,9999
-23/01/2024 08:52:55,9999
-23/01/2024 08:52:57,9999
-23/01/2024 08:52:59,9999
-23/01/2024 08:53:01,9999
-23/01/2024 08:53:03,9999
-23/01/2024 08:53:05,9999
-23/01/2024 08:53:07,9999
-23/01/2024 08:53:09,9999
-23/01/2024 08:53:11,9999
-23/01/2024 08:53:13,9999
-23/01/2024 08:53:15,9999
-23/01/2024 08:53:17,9999
-23/01/2024 08:53:19,9999
-23/01/2024 08:53:21,9999
-23/01/2024 08:53:23,9999
-23/01/2024 08:53:25,9999
-23/01/2024 08:53:27,9999
-23/01/2024 08:53:29,9999
-23/01/2024 08:53:31,9999
-23/01/2024 08:53:33,9999
-23/01/2024 08:53:35,9999
-23/01/2024 08:53:37,9999
-23/01/2024 08:53:39,9999
-23/01/2024 08:53:41,9999
-23/01/2024 08:53:43,9999
-23/01/2024 08:53:45,9999
-23/01/2024 08:53:47,9999
-23/01/2024 08:53:49,9999
-23/01/2024 08:53:51,9999
-23/01/2024 08:53:53,9999
-23/01/2024 08:53:55,9999
-23/01/2024 08:53:57,9999
-23/01/2024 08:53:59,9999
-23/01/2024 08:54:01,9999
-23/01/2024 08:54:03,9999
-23/01/2024 08:54:05,9999
-23/01/2024 08:54:07,9999
-23/01/2024 08:54:09,9999
-23/01/2024 08:54:11,9999
-23/01/2024 08:54:13,9999
-23/01/2024 08:54:15,9999
-23/01/2024 08:54:17,9999
-23/01/2024 08:54:19,9999
-23/01/2024 08:54:21,9999
-23/01/2024 08:54:23,9999
-23/01/2024 08:54:25,9999
-23/01/2024 08:54:27,9999
-23/01/2024 08:54:30,9999
-23/01/2024 08:54:32,9999
-23/01/2024 08:54:34,9999
-23/01/2024 08:54:36,9999
-23/01/2024 08:54:38,9999
-23/01/2024 08:54:40,9999
-23/01/2024 08:54:42,9999
-23/01/2024 08:54:44,9999
-23/01/2024 08:54:46,9999
-23/01/2024 08:54:48,9999
-23/01/2024 08:54:50,9999
-23/01/2024 08:54:52,9999
-23/01/2024 08:54:54,9999
-23/01/2024 08:54:56,9999
-23/01/2024 08:54:58,9999
-23/01/2024 08:55:00,9999
-23/01/2024 08:55:02,9999
-23/01/2024 08:55:04,9999
-23/01/2024 08:55:06,9999
-23/01/2024 08:55:08,9999
-23/01/2024 08:55:10,9999
-23/01/2024 08:55:12,9999
-23/01/2024 08:55:14,9999
-23/01/2024 08:55:16,9999
-23/01/2024 08:55:18,9999
-23/01/2024 08:55:20,9999
-23/01/2024 08:55:22,9999
-23/01/2024 08:55:24,9999
-23/01/2024 08:55:26,9999
-23/01/2024 08:55:28,9999
-23/01/2024 08:55:30,9999
-23/01/2024 08:55:32,9999
-23/01/2024 08:55:34,9999
-23/01/2024 08:55:36,9999
-23/01/2024 08:55:38,9999
-23/01/2024 08:55:40,9999
-23/01/2024 08:55:42,9999
-23/01/2024 08:55:44,9999
-23/01/2024 08:55:46,9999
-23/01/2024 08:55:48,9999
-23/01/2024 08:55:50,9999
-23/01/2024 08:55:52,9999
-23/01/2024 08:55:54,9999
-23/01/2024 08:55:56,9999
-23/01/2024 08:55:58,9999
-23/01/2024 08:56:00,9999
-23/01/2024 08:56:02,9999
-23/01/2024 08:56:04,9999
-23/01/2024 08:56:06,9999
-23/01/2024 08:56:08,9999
-23/01/2024 08:56:10,9999
-23/01/2024 08:56:12,9999
-23/01/2024 08:56:14,9999
-23/01/2024 08:56:16,9999
-23/01/2024 08:56:18,9999
-23/01/2024 08:56:20,9999
-23/01/2024 08:56:22,9999
-23/01/2024 08:56:24,9999
-23/01/2024 08:56:26,9999
-23/01/2024 08:56:28,9999
-23/01/2024 08:56:30,9999
-23/01/2024 08:56:32,9999
-23/01/2024 08:56:34,9999
-23/01/2024 08:56:36,9999
-23/01/2024 08:56:38,9999
-23/01/2024 08:56:40,9999
-23/01/2024 08:56:42,9999
-23/01/2024 08:56:44,9999
-23/01/2024 08:56:46,9999
-23/01/2024 08:56:48,9999
-23/01/2024 08:56:50,9999
-23/01/2024 08:56:52,9999
-23/01/2024 08:56:54,9999
-23/01/2024 08:56:56,9999
-23/01/2024 08:56:58,9999
-23/01/2024 08:57:00,9999
-23/01/2024 08:57:02,9999
-23/01/2024 08:57:04,9999
-23/01/2024 08:57:06,9999
-23/01/2024 08:57:08,9999
-23/01/2024 08:57:10,9999
-23/01/2024 08:57:12,9999
-23/01/2024 08:57:14,9999
-23/01/2024 08:57:17,9999
-23/01/2024 08:57:19,9999
-23/01/2024 08:57:21,9999
-23/01/2024 08:57:23,9999
-23/01/2024 08:57:25,9999
-23/01/2024 08:57:27,9999
-23/01/2024 08:57:29,9999
-23/01/2024 08:57:31,9999
-23/01/2024 08:57:33,9999
-23/01/2024 08:57:35,9999
-23/01/2024 08:57:37,9999
-23/01/2024 08:57:39,9999
-23/01/2024 08:57:41,9999
-23/01/2024 08:57:43,9999
-23/01/2024 08:57:45,9999
-23/01/2024 08:57:47,9999
-23/01/2024 08:57:49,9999
-23/01/2024 08:57:51,9999
-23/01/2024 08:57:53,9999
-23/01/2024 08:57:55,9999
-23/01/2024 08:57:57,9999
-23/01/2024 08:57:59,9999
-23/01/2024 08:58:01,9999
-23/01/2024 08:58:03,9999
-23/01/2024 08:58:05,9999
-23/01/2024 08:58:07,9999
-23/01/2024 08:58:09,9999
-23/01/2024 08:58:11,9999
-23/01/2024 08:58:13,9999
-23/01/2024 08:58:15,9999
-23/01/2024 08:58:17,9999
-23/01/2024 08:58:19,9999
-23/01/2024 08:58:21,9999
-23/01/2024 08:58:23,9999
-23/01/2024 08:58:25,9999
-23/01/2024 08:58:27,9999
-23/01/2024 08:58:29,9999
-23/01/2024 08:58:31,9999
-23/01/2024 08:58:33,9999
-23/01/2024 08:58:35,9999
-23/01/2024 08:58:37,9999
-23/01/2024 08:58:39,9999
-23/01/2024 08:58:41,9999
-23/01/2024 08:58:43,9999
-23/01/2024 08:58:45,9999
-23/01/2024 08:58:47,9999
-23/01/2024 08:58:49,9999
-23/01/2024 08:58:51,9999
-23/01/2024 08:58:53,9999
-23/01/2024 08:58:55,9999
-23/01/2024 08:58:57,9999
-23/01/2024 08:58:59,9999
-23/01/2024 08:59:01,9999
-23/01/2024 08:59:03,9999
-23/01/2024 08:59:05,9999
-23/01/2024 08:59:07,9999
-23/01/2024 08:59:09,9999
-23/01/2024 08:59:11,9999
-23/01/2024 08:59:13,9999
-23/01/2024 08:59:15,9999
-23/01/2024 08:59:17,9999
-23/01/2024 08:59:19,9999
-23/01/2024 08:59:21,9999
-23/01/2024 08:59:23,9999
-23/01/2024 08:59:25,9999
-23/01/2024 08:59:27,9999
-23/01/2024 08:59:29,9999
-23/01/2024 08:59:31,9999
-23/01/2024 08:59:33,9999
-23/01/2024 08:59:35,9999
-23/01/2024 08:59:37,9999
-23/01/2024 08:59:39,9999
-23/01/2024 08:59:41,9999
-23/01/2024 08:59:43,9999
-23/01/2024 08:59:45,9999
-23/01/2024 08:59:47,9999
-23/01/2024 08:59:49,9999
-23/01/2024 08:59:51,9999
-23/01/2024 08:59:54,9999
-23/01/2024 08:59:56,9999
-23/01/2024 08:59:58,9999
-23/01/2024 09:00:00,9999
-23/01/2024 09:00:02,9999
-23/01/2024 09:00:04,9999
-23/01/2024 09:00:06,9999
-23/01/2024 09:00:08,9999
-23/01/2024 09:00:10,9999
-23/01/2024 09:00:12,9999
-23/01/2024 09:00:14,9999
-23/01/2024 09:00:16,9999
-23/01/2024 09:00:18,9999
-23/01/2024 09:00:20,9999
-23/01/2024 09:00:22,9999
-23/01/2024 09:00:24,9999
-23/01/2024 09:00:26,9999
-23/01/2024 09:00:28,9999
-23/01/2024 09:00:30,9999
-23/01/2024 09:00:32,9999
-23/01/2024 09:00:34,9999
-23/01/2024 09:00:36,9999
-23/01/2024 09:00:38,9999
-23/01/2024 09:00:40,9999
-23/01/2024 09:00:42,9999
-23/01/2024 09:00:44,9999
-23/01/2024 09:00:46,9999
-23/01/2024 09:00:48,9999
-23/01/2024 09:00:50,9999
-23/01/2024 09:00:52,9999
-23/01/2024 09:00:54,9999
-23/01/2024 09:00:56,9999
-23/01/2024 09:00:58,9999
-23/01/2024 09:01:00,9999
-23/01/2024 09:01:02,9999
-23/01/2024 09:01:04,9999
-23/01/2024 09:01:06,9999
-23/01/2024 09:01:08,9999
-23/01/2024 09:01:10,9999
-23/01/2024 09:01:12,9999
-23/01/2024 09:01:14,9999
-23/01/2024 09:01:16,9999
-23/01/2024 09:01:18,9999
-23/01/2024 09:01:20,9999
-23/01/2024 09:01:22,9999
-23/01/2024 09:01:24,9999
-23/01/2024 09:01:26,9999
-23/01/2024 09:01:28,9999
-23/01/2024 09:01:30,9999
-23/01/2024 09:01:32,9999
-23/01/2024 09:01:34,9999
-23/01/2024 09:01:36,9999
-23/01/2024 09:01:38,9999
-23/01/2024 09:01:40,9999
-23/01/2024 09:01:42,9999
-23/01/2024 09:01:44,9999
-23/01/2024 09:01:46,9999
-23/01/2024 09:01:48,9999
-23/01/2024 09:01:50,9999
-23/01/2024 09:01:52,9999
-23/01/2024 09:01:55,9999
-23/01/2024 09:01:57,9999
-23/01/2024 09:01:59,9999
-23/01/2024 09:02:01,9999
-23/01/2024 09:02:03,9999
-23/01/2024 09:02:05,9999
-23/01/2024 09:02:07,9999
-23/01/2024 09:02:09,9999
-23/01/2024 09:02:11,9999
-23/01/2024 09:02:13,9999
-23/01/2024 09:02:15,9999
-23/01/2024 09:02:17,9999
-23/01/2024 09:02:19,9999
-23/01/2024 09:02:21,9999
-23/01/2024 09:02:23,9999
-23/01/2024 09:02:25,9999
-23/01/2024 09:02:27,9999
-23/01/2024 09:02:29,9999
-23/01/2024 09:02:31,9999
-23/01/2024 09:02:33,9999
-23/01/2024 09:02:35,9999
-23/01/2024 09:02:37,9999
-23/01/2024 09:02:39,9999
-23/01/2024 09:02:41,9999
-23/01/2024 09:02:43,9999
-23/01/2024 09:02:45,9999
-23/01/2024 09:02:47,9999
-23/01/2024 09:02:49,9999
-23/01/2024 09:02:51,9999
-23/01/2024 09:02:53,9999
-23/01/2024 09:02:55,9999
-23/01/2024 09:02:57,9999
-23/01/2024 09:02:59,9999
-23/01/2024 09:03:01,9999
-23/01/2024 09:03:03,9999
-23/01/2024 09:03:05,9999
-23/01/2024 09:03:07,9999
-23/01/2024 09:03:09,9999
-23/01/2024 09:03:11,9999
-23/01/2024 09:03:13,9999
-23/01/2024 09:03:15,9999
-23/01/2024 09:03:17,9999
-23/01/2024 09:03:19,9999
-23/01/2024 09:03:21,9999
-23/01/2024 09:03:23,9999
-23/01/2024 09:03:25,9999
-23/01/2024 09:03:27,9999
-23/01/2024 09:03:29,9999
-23/01/2024 09:03:31,9999
-23/01/2024 09:03:33,9999
-23/01/2024 09:03:35,9999
-23/01/2024 09:03:37,9999
-23/01/2024 09:03:39,9999
-23/01/2024 09:03:41,9999
-23/01/2024 09:03:43,9999
-23/01/2024 09:03:45,9999
-23/01/2024 09:03:47,9999
-23/01/2024 09:03:49,9999
-23/01/2024 09:03:51,9999
-23/01/2024 09:03:53,9999
-23/01/2024 09:03:55,9999
-23/01/2024 09:03:57,9999
-23/01/2024 09:03:59,9999
-23/01/2024 09:04:02,9999
-23/01/2024 09:04:04,9999
-23/01/2024 09:04:06,9999
-23/01/2024 09:04:08,9999
-23/01/2024 09:04:10,9999
-23/01/2024 09:04:12,9999
-23/01/2024 09:04:14,9999
-23/01/2024 09:04:16,9999
-23/01/2024 09:04:18,9999
-23/01/2024 09:04:20,9999
-23/01/2024 09:04:22,9999
-23/01/2024 09:04:24,9999
-23/01/2024 09:04:26,9999
-23/01/2024 09:04:28,9999
-23/01/2024 09:04:30,9999
-23/01/2024 09:04:32,9999
-23/01/2024 09:04:34,9999
-23/01/2024 09:04:36,9999
-23/01/2024 09:04:38,9999
-23/01/2024 09:04:40,9999
-23/01/2024 09:04:42,9999
-23/01/2024 09:04:44,9999
-23/01/2024 09:04:46,9999
-23/01/2024 09:04:48,9999
-23/01/2024 09:04:50,9999
-23/01/2024 09:04:52,9999
-23/01/2024 09:04:54,9999
-23/01/2024 09:04:56,9999
-23/01/2024 09:04:58,9999
-23/01/2024 09:05:00,9999
-23/01/2024 09:05:02,9999
-23/01/2024 09:05:04,9999
-23/01/2024 09:05:06,9999
-23/01/2024 09:05:09,9999
-23/01/2024 09:05:11,9999
-23/01/2024 09:05:13,9999
-23/01/2024 09:05:15,9999
-23/01/2024 09:05:17,9999
-23/01/2024 09:05:19,9999
-23/01/2024 09:05:21,9999
-23/01/2024 09:05:23,9999
-23/01/2024 09:05:25,9999
-23/01/2024 09:05:27,9999
-23/01/2024 09:05:29,9999
-23/01/2024 09:05:31,9999
-23/01/2024 09:05:33,9999
-23/01/2024 09:05:35,9999
-23/01/2024 09:05:37,9999
-23/01/2024 09:05:39,9999
-23/01/2024 09:05:41,9999
-23/01/2024 09:05:43,9999
-23/01/2024 09:05:45,9999
-23/01/2024 09:05:47,9999
-23/01/2024 09:10:42,9999
-23/01/2024 09:10:44,9999
-23/01/2024 09:10:46,9999
-23/01/2024 09:10:48,9999
-23/01/2024 09:10:50,9999
-23/01/2024 09:10:52,9999
-23/01/2024 09:10:54,9999
-23/01/2024 09:10:56,9999
-23/01/2024 09:10:58,9999
-23/01/2024 09:11:00,9999
-23/01/2024 09:11:02,9999
-23/01/2024 09:11:04,9999
-23/01/2024 09:11:06,9999
-23/01/2024 09:11:08,9999
-23/01/2024 09:11:10,9999
-23/01/2024 09:11:12,9999
-23/01/2024 09:11:14,9999
-23/01/2024 09:11:16,9999
-23/01/2024 09:11:18,9999
-23/01/2024 09:11:20,9999
-23/01/2024 09:11:22,9999
-23/01/2024 09:11:24,9999
-23/01/2024 09:11:26,9999
-23/01/2024 09:11:28,9999
-23/01/2024 09:11:30,9999
-23/01/2024 09:11:32,9999
-23/01/2024 09:11:34,9999
-23/01/2024 09:11:36,9999
-23/01/2024 09:11:38,9999
-23/01/2024 09:11:40,9999
-23/01/2024 09:11:42,9999
-23/01/2024 09:11:44,9999
-23/01/2024 09:11:46,9999
-23/01/2024 09:11:48,9999
-23/01/2024 09:11:50,9999
-23/01/2024 09:11:52,9999
-23/01/2024 09:11:54,9999
-23/01/2024 09:11:56,9999
-23/01/2024 09:11:58,9999
-23/01/2024 09:12:00,9999
-23/01/2024 09:12:02,9999
-23/01/2024 09:12:04,9999
-23/01/2024 09:12:06,9999
-23/01/2024 09:12:08,9999
-23/01/2024 09:12:10,9999
-23/01/2024 09:12:12,9999
-23/01/2024 09:12:14,9999
-23/01/2024 09:12:16,9999
-23/01/2024 09:12:18,9999
-23/01/2024 09:12:20,9999
-23/01/2024 09:12:22,9999
-23/01/2024 09:12:24,9999
-23/01/2024 09:12:27,9999
-23/01/2024 09:12:29,9999
-23/01/2024 09:12:31,9999
-23/01/2024 09:12:33,9999
-23/01/2024 09:12:35,9999
-23/01/2024 09:12:37,9999
-23/01/2024 09:12:39,9999
-23/01/2024 09:12:41,9999
-23/01/2024 09:12:43,9999
-23/01/2024 09:12:45,9999
-23/01/2024 09:12:47,9999
-23/01/2024 09:12:49,9999
-23/01/2024 09:12:51,9999
-23/01/2024 09:12:53,9999
-23/01/2024 09:12:55,9999
-23/01/2024 09:12:57,9999
-23/01/2024 09:12:59,9999
-23/01/2024 09:13:01,9999
-23/01/2024 09:13:03,9999
-23/01/2024 09:13:05,9999
-23/01/2024 09:13:07,9999
-23/01/2024 09:13:09,9999
-23/01/2024 09:13:11,9999
-23/01/2024 09:13:13,9999
-23/01/2024 09:13:15,9999
-23/01/2024 09:13:17,9999
-23/01/2024 09:13:19,9999
-23/01/2024 09:13:21,9999
-23/01/2024 09:13:23,9999
-23/01/2024 09:13:25,9999
-23/01/2024 09:13:27,9999
-23/01/2024 09:13:29,9999
-23/01/2024 09:13:31,9999
-23/01/2024 09:13:33,9999
-23/01/2024 09:13:35,9999
-23/01/2024 09:13:37,9999
-23/01/2024 09:13:39,9999
-23/01/2024 09:13:41,9999
-23/01/2024 09:13:43,9999
-23/01/2024 09:13:45,9999
-23/01/2024 09:13:47,9999
-23/01/2024 09:13:49,9999
-23/01/2024 09:13:51,9999
-23/01/2024 09:13:53,9999
-23/01/2024 09:13:55,9999
-23/01/2024 09:13:57,9999
-23/01/2024 09:13:59,9999
-23/01/2024 09:14:01,9999
-23/01/2024 09:14:03,9999
-23/01/2024 09:14:05,9999
-23/01/2024 09:14:07,9999
-23/01/2024 09:14:09,9999
-23/01/2024 09:14:11,9999
-23/01/2024 09:14:13,9999
-23/01/2024 09:14:15,9999
-23/01/2024 09:14:17,9999
-23/01/2024 09:14:19,9999
-23/01/2024 09:14:21,9999
-23/01/2024 09:14:23,9999
-23/01/2024 09:14:25,9999
-23/01/2024 09:14:27,9999
-23/01/2024 09:14:29,9999
-23/01/2024 09:14:31,9999
-23/01/2024 09:14:33,9999
-23/01/2024 09:14:35,9999
-23/01/2024 09:14:37,9999
-23/01/2024 09:14:39,9999
-23/01/2024 09:14:41,9999
-23/01/2024 09:14:43,9999
-23/01/2024 09:14:45,9999
-23/01/2024 09:14:47,9999
-23/01/2024 09:14:49,9999
-23/01/2024 09:14:51,9999
-23/01/2024 09:14:53,9999
-23/01/2024 09:14:55,9999
-23/01/2024 09:14:57,9999
-23/01/2024 09:14:59,9999
-23/01/2024 09:15:01,9999
-23/01/2024 09:15:03,9999
-23/01/2024 09:15:05,9999
-23/01/2024 09:15:07,9999
-23/01/2024 09:15:09,9999
-23/01/2024 09:15:11,9999
-23/01/2024 09:15:13,9999
-23/01/2024 09:15:15,9999
-23/01/2024 09:15:17,9999
-23/01/2024 09:15:19,9999
-23/01/2024 09:15:21,9999
-23/01/2024 09:15:23,9999
-23/01/2024 09:15:25,9999
-23/01/2024 09:15:28,9999
-23/01/2024 09:15:30,9999
-23/01/2024 09:15:32,9999
-23/01/2024 09:15:34,9999
-23/01/2024 09:15:36,9999
-23/01/2024 09:15:38,9999
-23/01/2024 09:15:40,9999
-23/01/2024 09:15:42,9999
-23/01/2024 09:15:44,9999
-23/01/2024 09:15:46,9999
-23/01/2024 09:15:48,9999
-23/01/2024 09:15:50,9999
-23/01/2024 09:15:52,9999
-23/01/2024 09:15:54,9999
-23/01/2024 09:15:56,9999
-23/01/2024 09:15:58,9999
-23/01/2024 09:16:00,9999
-23/01/2024 09:16:02,9999
-23/01/2024 09:16:04,9999
-23/01/2024 09:16:06,9999
-23/01/2024 09:16:08,9999
-23/01/2024 09:16:10,9999
-23/01/2024 09:16:12,9999
-23/01/2024 09:16:14,9999
-23/01/2024 09:16:16,9999
-23/01/2024 09:16:18,9999
-23/01/2024 09:16:20,9999
-23/01/2024 09:16:22,9999
-23/01/2024 09:16:24,9999
-23/01/2024 09:16:26,9999
-23/01/2024 09:16:28,9999
-23/01/2024 09:16:30,9999
-23/01/2024 09:16:32,9999
-23/01/2024 09:16:34,9999
-23/01/2024 09:16:36,9999
-23/01/2024 09:16:38,9999
-23/01/2024 09:16:40,9999
-23/01/2024 09:16:42,9999
-23/01/2024 09:16:44,9999
-23/01/2024 09:16:46,9999
-23/01/2024 09:16:48,9999
-23/01/2024 09:16:50,9999
-23/01/2024 09:16:52,9999
-23/01/2024 09:16:54,9999
-23/01/2024 09:16:56,9999
-23/01/2024 09:16:58,9999
-23/01/2024 09:17:00,9999
-23/01/2024 09:17:02,9999
-23/01/2024 09:17:04,9999
-23/01/2024 09:17:06,9999
-23/01/2024 09:17:08,9999
-23/01/2024 09:17:10,9999
-23/01/2024 09:17:12,9999
-23/01/2024 09:17:14,9999
-23/01/2024 09:17:16,9999
-23/01/2024 09:17:18,9999
-23/01/2024 09:17:20,9999
-23/01/2024 09:17:22,9999
-23/01/2024 09:17:24,9999
-23/01/2024 09:17:26,9999
-23/01/2024 09:17:28,9999
-23/01/2024 09:17:30,9999
-23/01/2024 09:17:32,9999
-23/01/2024 09:17:34,9999
-23/01/2024 09:17:36,9999
-23/01/2024 09:17:38,9999
-23/01/2024 09:17:40,9999
-23/01/2024 09:17:42,9999
-23/01/2024 09:17:44,9999
-23/01/2024 09:17:46,9999
-23/01/2024 09:17:48,9999
-23/01/2024 09:17:50,9999
-23/01/2024 09:17:52,9999
-23/01/2024 09:17:54,9999
-23/01/2024 09:17:56,9999
-23/01/2024 09:17:58,9999
-23/01/2024 09:18:00,9999
-23/01/2024 09:18:02,9999
-23/01/2024 09:18:04,9999
-23/01/2024 09:18:06,9999
-23/01/2024 09:18:08,9999
-23/01/2024 09:18:11,9999
-23/01/2024 09:18:13,9999
-23/01/2024 09:18:15,9999
-23/01/2024 09:18:17,9999
-23/01/2024 09:18:19,9999
-23/01/2024 09:18:21,9999
-23/01/2024 09:18:23,9999
-23/01/2024 09:18:25,9999
-23/01/2024 09:18:27,9999
-23/01/2024 09:18:29,9999
-23/01/2024 09:18:31,9999
-23/01/2024 09:18:33,9999
-23/01/2024 09:18:35,9999
-23/01/2024 09:18:37,9999
-23/01/2024 09:18:39,9999
-23/01/2024 09:18:41,9999
-23/01/2024 09:18:43,9999
-23/01/2024 09:18:45,9999
-23/01/2024 09:18:47,9999
-23/01/2024 09:18:49,9999
-23/01/2024 09:18:51,9999
-23/01/2024 09:18:53,9999
-23/01/2024 09:18:55,9999
-23/01/2024 09:18:57,9999
-23/01/2024 09:18:59,9999
-23/01/2024 09:19:01,9999
-23/01/2024 09:19:03,9999
-23/01/2024 09:19:05,9999
-23/01/2024 09:19:07,9999
-23/01/2024 09:19:09,9999
-23/01/2024 09:19:11,9999
-23/01/2024 09:19:13,9999
-23/01/2024 09:19:15,9999
-23/01/2024 09:19:17,9999
-23/01/2024 09:19:20,9999
-23/01/2024 09:19:22,9999
-23/01/2024 09:19:24,9999
-23/01/2024 09:19:26,9999
-23/01/2024 09:19:28,9999
-23/01/2024 09:19:30,9999
-23/01/2024 09:19:32,9999
-23/01/2024 09:19:34,9999
-23/01/2024 09:19:36,9999
-23/01/2024 09:19:38,9999
-23/01/2024 09:19:40,9999
-23/01/2024 09:19:42,9999
-23/01/2024 09:19:44,9999
-23/01/2024 09:19:46,9999
-23/01/2024 09:19:48,9999
-23/01/2024 09:19:50,9999
-23/01/2024 09:19:52,9999
-23/01/2024 09:19:54,9999
-23/01/2024 09:19:56,9999
-23/01/2024 09:19:58,9999
-23/01/2024 09:20:00,9999
-23/01/2024 09:20:02,9999
-23/01/2024 09:20:04,9999
-23/01/2024 09:20:06,9999
-23/01/2024 09:20:08,9999
-23/01/2024 09:20:10,9999
-23/01/2024 09:20:12,9999
-23/01/2024 09:20:14,9999
-23/01/2024 09:20:16,9999
-23/01/2024 09:20:18,9999
-23/01/2024 09:20:20,9999
-23/01/2024 09:20:22,9999
-23/01/2024 09:20:24,9999
-23/01/2024 09:20:26,9999
-23/01/2024 09:20:28,9999
-23/01/2024 09:20:30,9999
-23/01/2024 09:20:32,9999
-23/01/2024 09:20:34,9999
-23/01/2024 09:20:36,9999
-23/01/2024 09:20:38,9999
-23/01/2024 09:20:40,9999
-23/01/2024 09:20:42,9999
-23/01/2024 09:20:44,9999
-23/01/2024 09:20:46,9999
-23/01/2024 09:20:48,9999
-23/01/2024 09:20:50,9999
-23/01/2024 09:20:52,9999
-23/01/2024 09:20:54,9999
-23/01/2024 09:20:56,9999
-23/01/2024 09:20:58,9999
-23/01/2024 09:21:00,9999
-23/01/2024 09:21:02,9999
-23/01/2024 09:21:04,9999
-23/01/2024 09:21:06,9999
-23/01/2024 09:21:08,9999
-23/01/2024 09:21:10,9999
-23/01/2024 09:21:12,9999
-23/01/2024 09:21:14,9999
-23/01/2024 09:21:16,9999
-23/01/2024 09:21:18,9999
-23/01/2024 09:21:20,9999
-23/01/2024 09:21:22,9999
-23/01/2024 09:21:24,9999
-23/01/2024 09:21:26,9999
-23/01/2024 09:21:28,9999
-23/01/2024 09:21:31,9999
-23/01/2024 09:21:33,9999
-23/01/2024 09:21:35,9999
-23/01/2024 09:21:37,9999
-23/01/2024 09:21:39,9999
-23/01/2024 09:21:41,9999
-23/01/2024 09:21:43,9999
-23/01/2024 09:21:45,9999
-23/01/2024 09:21:47,9999
-23/01/2024 09:21:49,9999
-23/01/2024 09:21:51,9999
-23/01/2024 09:21:53,9999
-23/01/2024 09:21:55,9999
-23/01/2024 09:21:57,9999
-23/01/2024 09:21:59,9999
-23/01/2024 09:22:01,9999
-23/01/2024 09:22:03,9999
-23/01/2024 09:22:05,9999
-23/01/2024 09:22:07,9999
-23/01/2024 09:22:09,9999
-23/01/2024 09:22:11,9999
-23/01/2024 09:22:13,9999
-23/01/2024 09:22:15,9999
-23/01/2024 09:22:17,9999
-23/01/2024 09:22:19,9999
-23/01/2024 09:22:21,9999
-23/01/2024 09:22:23,9999
-23/01/2024 09:22:25,9999
-23/01/2024 09:22:27,9999
-23/01/2024 09:22:29,9999
-23/01/2024 09:22:31,9999
-23/01/2024 09:22:33,9999
-23/01/2024 09:22:35,9999
-23/01/2024 09:22:37,9999
-23/01/2024 09:22:39,9999
-23/01/2024 09:22:41,9999
-23/01/2024 09:22:43,9999
-23/01/2024 09:22:45,9999
-23/01/2024 09:22:47,9999
-23/01/2024 09:22:49,9999
-23/01/2024 09:22:51,9999
-23/01/2024 09:22:54,9999
-23/01/2024 09:22:56,9999
-23/01/2024 09:22:58,9999
-23/01/2024 09:23:00,9999
-23/01/2024 09:23:02,9999
-23/01/2024 09:23:04,9999
-23/01/2024 09:23:06,9999
-23/01/2024 09:23:08,9999
-23/01/2024 09:23:10,9999
-23/01/2024 09:23:12,9999
-23/01/2024 09:23:14,9999
-23/01/2024 09:23:16,9999
-23/01/2024 09:23:18,9999
-23/01/2024 09:23:20,9999
-23/01/2024 09:23:22,9999
-23/01/2024 09:23:24,9999
-23/01/2024 09:23:26,9999
-23/01/2024 09:23:28,9999
-23/01/2024 09:23:30,9999
-23/01/2024 09:23:32,9999
-23/01/2024 09:23:34,9999
-23/01/2024 09:23:36,9999
-23/01/2024 09:23:38,9999
-23/01/2024 09:23:40,9999
-23/01/2024 09:23:42,9999
-23/01/2024 09:23:44,9999
-23/01/2024 09:23:46,9999
-23/01/2024 09:23:48,9999
-23/01/2024 09:23:50,9999
-23/01/2024 09:23:52,9999
-23/01/2024 09:23:54,9999
-23/01/2024 09:23:56,9999
-23/01/2024 09:23:58,9999
-23/01/2024 09:24:00,9999
-23/01/2024 09:24:02,9999
-23/01/2024 09:24:04,9999
-23/01/2024 09:24:06,9999
-23/01/2024 09:24:08,9999
-23/01/2024 09:24:10,9999
-23/01/2024 09:24:12,9999
-23/01/2024 09:24:14,9999
-23/01/2024 09:24:16,9999
-23/01/2024 09:24:18,9999
-23/01/2024 09:24:20,9999
-23/01/2024 09:24:22,9999
-23/01/2024 09:24:24,9999
-23/01/2024 09:24:26,9999
-23/01/2024 09:24:28,9999
-23/01/2024 09:24:30,9999
-23/01/2024 09:24:32,9999
-23/01/2024 09:24:34,9999
-23/01/2024 09:24:36,9999
-23/01/2024 09:24:38,9999
-23/01/2024 09:24:40,9999
-23/01/2024 09:24:42,9999
-23/01/2024 09:24:44,9999
-23/01/2024 09:24:46,9999
-23/01/2024 09:24:48,9999
-23/01/2024 09:24:50,9999
-23/01/2024 09:24:52,9999
-23/01/2024 09:24:54,9999
-23/01/2024 09:24:56,9999
-23/01/2024 09:24:58,9999
-23/01/2024 09:25:01,9999
-23/01/2024 09:25:03,9999
-23/01/2024 09:25:05,9999
-23/01/2024 09:25:07,9999
-23/01/2024 09:25:09,9999
-23/01/2024 09:25:11,9999
-23/01/2024 09:25:13,9999
-23/01/2024 09:25:15,9999
-23/01/2024 09:25:17,9999
-23/01/2024 09:25:19,9999
-23/01/2024 09:25:21,9999
-23/01/2024 09:25:23,9999
-23/01/2024 09:25:25,9999
-23/01/2024 09:25:27,9999
-23/01/2024 09:25:29,9999
-23/01/2024 09:25:31,9999
-23/01/2024 09:25:33,9999
-23/01/2024 09:25:35,9999
-23/01/2024 09:25:37,9999
-23/01/2024 09:25:39,9999
-23/01/2024 09:25:41,9999
-23/01/2024 09:25:43,9999
-23/01/2024 09:25:45,9999
-23/01/2024 09:25:47,9999
-23/01/2024 09:25:49,9999
-23/01/2024 09:25:51,9999
-23/01/2024 09:25:53,9999
-23/01/2024 09:25:55,9999
-23/01/2024 09:25:57,9999
-23/01/2024 09:25:59,9999
-23/01/2024 09:26:01,9999
-23/01/2024 09:26:03,9999
-23/01/2024 09:26:05,9999
-23/01/2024 09:26:07,9999
-23/01/2024 09:26:09,9999
-23/01/2024 09:26:11,9999
-23/01/2024 09:26:13,9999
-23/01/2024 09:26:15,9999
-23/01/2024 09:26:17,9999
-23/01/2024 09:26:19,9999
-23/01/2024 09:26:21,9999
-23/01/2024 09:26:23,9999
-23/01/2024 09:26:26,9999
-23/01/2024 09:26:28,9999
-23/01/2024 09:26:30,9999
-23/01/2024 09:26:32,9999
-23/01/2024 09:26:34,9999
-23/01/2024 09:26:36,9999
-23/01/2024 09:26:38,9999
-23/01/2024 09:26:40,9999
-23/01/2024 09:26:42,9999
-23/01/2024 09:26:44,9999
-23/01/2024 09:26:46,9999
-23/01/2024 09:26:48,9999
-23/01/2024 09:26:50,9999
-23/01/2024 09:26:52,9999
-23/01/2024 09:26:54,9999
-23/01/2024 09:26:56,9999
-23/01/2024 09:26:58,9999
-23/01/2024 09:27:00,9999
-23/01/2024 09:27:02,9999
-23/01/2024 09:27:04,9999
-23/01/2024 09:27:06,9999
-23/01/2024 09:27:08,9999
-23/01/2024 09:27:10,9999
-23/01/2024 09:27:12,9999
-23/01/2024 09:27:14,9999
-23/01/2024 09:27:16,9999
-23/01/2024 09:27:18,9999
-23/01/2024 09:27:20,9999
-23/01/2024 09:27:22,9999
-23/01/2024 09:27:24,9999
-23/01/2024 09:27:26,9999
-23/01/2024 09:27:28,9999
-23/01/2024 09:27:30,9999
-23/01/2024 09:27:32,9999
-23/01/2024 09:27:34,9999
-23/01/2024 09:27:36,9999
-23/01/2024 09:27:38,9999
-23/01/2024 09:27:40,9999
-23/01/2024 09:27:42,9999
-23/01/2024 09:27:44,9999
-23/01/2024 09:27:46,9999
-23/01/2024 09:27:48,9999
-23/01/2024 09:27:50,9999
-23/01/2024 09:27:52,9999
-23/01/2024 09:27:54,9999
-23/01/2024 09:27:56,9999
-23/01/2024 09:27:58,9999
-23/01/2024 09:28:00,9999
-23/01/2024 09:28:02,9999
-23/01/2024 09:28:04,9999
-23/01/2024 09:28:06,9999
-23/01/2024 09:28:08,9999
-23/01/2024 09:28:10,9999
-23/01/2024 09:28:12,9999
-23/01/2024 09:28:14,9999
-23/01/2024 09:28:16,9999
-23/01/2024 09:28:18,9999
-23/01/2024 09:28:20,9999
-23/01/2024 09:28:22,9999
-23/01/2024 09:28:24,9999
-23/01/2024 09:28:26,9999
-23/01/2024 09:28:28,9999
-23/01/2024 09:28:30,9999
-23/01/2024 09:28:33,9999
-23/01/2024 09:28:35,9999
-23/01/2024 09:28:37,9999
-23/01/2024 09:28:39,9999
-23/01/2024 09:28:41,9999
-23/01/2024 09:28:43,9999
-23/01/2024 09:28:45,9999
-23/01/2024 09:28:47,9999
-23/01/2024 09:28:49,9999
-23/01/2024 09:28:51,9999
-23/01/2024 09:28:53,9999
-23/01/2024 09:28:55,9999
-23/01/2024 09:28:57,9999
-23/01/2024 09:28:59,9999
-23/01/2024 09:29:01,9999
-23/01/2024 09:29:03,9999
-23/01/2024 09:29:05,9999
-23/01/2024 09:29:07,9999
-23/01/2024 09:29:09,9999
-23/01/2024 09:29:11,9999
-23/01/2024 09:29:13,9999
-23/01/2024 09:29:15,9999
-23/01/2024 09:29:17,9999
-23/01/2024 09:29:19,9999
-23/01/2024 09:29:21,9999
-23/01/2024 09:29:23,9999
-23/01/2024 09:29:25,9999
-23/01/2024 09:29:27,9999
-23/01/2024 09:29:29,9999
-23/01/2024 09:29:31,9999
-23/01/2024 09:29:33,9999
-23/01/2024 09:29:35,9999
-23/01/2024 09:29:37,9999
-23/01/2024 09:29:39,9999
-23/01/2024 09:29:41,9999
-23/01/2024 09:29:43,9999
-23/01/2024 09:29:45,9999
-23/01/2024 09:29:47,9999
-23/01/2024 09:29:49,9999
-23/01/2024 09:29:51,9999
-23/01/2024 09:29:53,9999
-23/01/2024 09:29:55,9999
-23/01/2024 09:29:57,9999
-23/01/2024 09:29:59,9999
-23/01/2024 09:30:01,9999
-23/01/2024 09:30:03,9999
-23/01/2024 09:30:05,9999
-23/01/2024 09:30:07,9999
-23/01/2024 09:30:09,9999
-23/01/2024 09:30:11,9999
-23/01/2024 09:30:13,9999
-23/01/2024 09:30:15,9999
-23/01/2024 09:30:17,9999
-23/01/2024 09:30:20,9999
-23/01/2024 09:30:22,9999
-23/01/2024 09:30:24,9999
-23/01/2024 09:30:26,9999
-23/01/2024 09:30:28,9999
-23/01/2024 09:30:30,9999
-23/01/2024 09:30:32,9999
-23/01/2024 09:30:34,9999
-23/01/2024 09:30:36,9999
-23/01/2024 09:30:38,9999
-23/01/2024 09:30:40,9999
-23/01/2024 09:30:42,9999
-23/01/2024 09:30:44,9999
-23/01/2024 09:30:46,9999
-23/01/2024 09:30:48,9999
-23/01/2024 09:30:50,9999
-23/01/2024 10:04:46,9999
-23/01/2024 10:04:48,9999
-23/01/2024 10:04:50,9999
-23/01/2024 10:04:52,9999
-23/01/2024 10:04:54,9999
-23/01/2024 10:04:56,9999
-23/01/2024 10:04:58,9999
-23/01/2024 10:05:00,9999
-23/01/2024 10:05:02,9999
-23/01/2024 10:05:04,9999
-23/01/2024 10:05:06,9999
-23/01/2024 10:05:08,9999
-23/01/2024 10:05:10,9999
-23/01/2024 10:05:12,9999
-23/01/2024 10:05:14,9999
-23/01/2024 10:05:16,9999
-23/01/2024 10:05:18,9999
-23/01/2024 10:05:20,9999
-23/01/2024 10:05:22,9999
-23/01/2024 10:05:24,9999
-23/01/2024 10:05:26,9999
-23/01/2024 10:05:28,9999
-23/01/2024 10:05:30,9999
-23/01/2024 10:05:32,9999
-23/01/2024 10:05:34,9999
-23/01/2024 10:05:36,9999
-23/01/2024 10:05:38,9999
-23/01/2024 10:05:40,9999
-23/01/2024 10:05:42,9999
-23/01/2024 10:05:44,9999
-23/01/2024 10:05:46,9999
-23/01/2024 10:05:48,9999
-23/01/2024 10:05:50,9999
-23/01/2024 10:05:52,9999
-23/01/2024 10:05:54,9999
-23/01/2024 10:05:56,9999
-23/01/2024 10:05:58,9999
-23/01/2024 10:06:00,9999
-23/01/2024 10:06:02,9999
-23/01/2024 10:06:04,9999
-23/01/2024 10:06:06,9999
-23/01/2024 10:06:08,9999
-23/01/2024 10:06:10,9999
-23/01/2024 10:06:12,9999
-23/01/2024 10:06:14,9999
-23/01/2024 10:06:16,9999
-23/01/2024 10:06:18,9999
-23/01/2024 10:06:20,9999
-23/01/2024 10:06:22,9999
-23/01/2024 10:06:24,9999
-23/01/2024 10:06:26,9999
-23/01/2024 10:06:28,9999
-23/01/2024 10:06:30,9999
-23/01/2024 10:06:32,9999
-23/01/2024 10:06:34,9999
-23/01/2024 10:06:36,9999
-23/01/2024 10:06:38,9999
-23/01/2024 10:06:40,9999
-23/01/2024 10:06:42,9999
-23/01/2024 10:06:44,9999
-23/01/2024 10:06:46,9999
-23/01/2024 10:06:48,9999
-23/01/2024 10:06:50,9999
-23/01/2024 10:06:52,9999
-23/01/2024 10:06:54,9999
-23/01/2024 10:06:57,9999
-23/01/2024 10:06:59,9999
-23/01/2024 10:07:01,9999
-23/01/2024 10:07:03,9999
-23/01/2024 10:07:05,9999
-23/01/2024 10:07:07,9999
-23/01/2024 10:07:09,9999
-23/01/2024 10:07:11,9999
-23/01/2024 10:07:13,9999
-23/01/2024 10:07:15,9999
-23/01/2024 10:07:17,9999
-23/01/2024 10:07:19,9999
-23/01/2024 10:07:21,9999
-23/01/2024 10:07:23,9999
-23/01/2024 10:07:25,9999
-23/01/2024 10:07:27,9999
-23/01/2024 10:07:29,9999
-23/01/2024 10:07:31,9999
-23/01/2024 10:07:33,9999
-23/01/2024 10:07:35,9999
-23/01/2024 10:07:37,9999
-23/01/2024 10:07:39,9999
-23/01/2024 10:07:41,9999
-23/01/2024 10:07:43,9999
-23/01/2024 10:07:45,9999
-23/01/2024 10:07:47,9999
-23/01/2024 10:07:49,9999
-23/01/2024 10:07:51,9999
-23/01/2024 10:07:53,9999
-23/01/2024 10:07:55,9999
-23/01/2024 10:07:57,9999
-23/01/2024 10:07:59,9999
-23/01/2024 10:08:01,9999
-23/01/2024 10:08:03,9999
-23/01/2024 10:08:05,9999
-23/01/2024 10:08:07,9999
-23/01/2024 10:08:09,9999
-23/01/2024 10:08:11,9999
-23/01/2024 10:08:13,9999
-23/01/2024 10:08:15,9999
-23/01/2024 10:08:17,9999
-23/01/2024 10:08:19,9999
-23/01/2024 10:08:21,9999
-23/01/2024 10:08:23,9999
-23/01/2024 10:08:25,9999
-23/01/2024 10:08:27,9999
-23/01/2024 10:08:29,9999
-23/01/2024 10:08:31,9999
-23/01/2024 10:08:33,9999
-23/01/2024 10:08:35,9999
-23/01/2024 10:08:37,9999
-23/01/2024 10:08:39,9999
-23/01/2024 10:08:41,9999
-23/01/2024 10:08:43,9999
-23/01/2024 10:08:45,9999
-23/01/2024 10:08:47,9999
-23/01/2024 10:08:49,9999
-23/01/2024 10:08:51,9999
-23/01/2024 10:08:53,9999
-23/01/2024 10:08:55,9999
-23/01/2024 10:08:57,9999
-23/01/2024 10:08:59,9999
-23/01/2024 10:09:01,9999
-23/01/2024 10:09:03,9999
-23/01/2024 10:09:05,9999
-23/01/2024 10:09:07,9999
-23/01/2024 10:09:09,9999
-23/01/2024 10:09:11,9999
-23/01/2024 10:09:13,9999
-23/01/2024 10:09:15,9999
-23/01/2024 10:09:17,9999
-23/01/2024 10:09:19,9999
-23/01/2024 10:09:21,9999
-23/01/2024 10:09:23,9999
-23/01/2024 10:09:25,9999
-23/01/2024 10:09:27,9999
-23/01/2024 10:09:29,9999
-23/01/2024 10:09:31,9999
-23/01/2024 10:09:33,9999
-23/01/2024 10:09:35,9999
-23/01/2024 10:09:37,9999
-23/01/2024 10:09:39,9999
-23/01/2024 10:09:43,9999
-23/01/2024 10:09:45,9999
-23/01/2024 10:09:47,9999
-23/01/2024 10:09:49,9999
-23/01/2024 10:09:51,9999
-23/01/2024 10:09:53,9999
-23/01/2024 10:09:55,9999
-23/01/2024 10:09:57,9999
-23/01/2024 10:09:59,9999
-23/01/2024 10:10:01,9999
-23/01/2024 10:10:03,9999
-23/01/2024 10:10:05,9999
-23/01/2024 10:10:08,9999
-23/01/2024 10:10:10,9999
-23/01/2024 10:10:12,9999
-23/01/2024 10:10:14,9999
-23/01/2024 10:10:16,9999
-23/01/2024 10:10:18,9999
-23/01/2024 10:10:20,9999
-23/01/2024 10:10:22,9999
-23/01/2024 10:10:24,9999
-23/01/2024 10:10:26,9999
-23/01/2024 10:10:28,9999
-23/01/2024 10:10:30,9999
-23/01/2024 10:10:32,9999
-23/01/2024 10:10:34,9999
-23/01/2024 10:10:36,9999
-23/01/2024 10:10:38,9999
-23/01/2024 10:10:40,9999
-23/01/2024 10:10:42,9999
-23/01/2024 10:10:44,9999
-23/01/2024 10:10:46,9999
-23/01/2024 10:10:48,9999
-23/01/2024 10:10:50,9999
-23/01/2024 10:10:52,9999
-23/01/2024 10:10:54,9999
-23/01/2024 10:10:56,9999
-23/01/2024 10:10:58,9999
-23/01/2024 10:11:00,9999
-23/01/2024 10:11:02,9999
-23/01/2024 10:11:04,9999
-23/01/2024 10:11:07,9999
-23/01/2024 10:11:09,9999
-23/01/2024 10:11:11,9999
-23/01/2024 10:11:13,9999
-23/01/2024 10:11:15,9999
-23/01/2024 10:11:17,9999
-23/01/2024 10:11:19,9999
-23/01/2024 10:11:21,9999
-23/01/2024 10:11:23,9999
-23/01/2024 10:11:25,9999
-23/01/2024 10:11:27,9999
-23/01/2024 10:11:29,9999
-23/01/2024 10:11:31,9999
-23/01/2024 10:11:33,9999
-23/01/2024 10:11:35,9999
-23/01/2024 10:11:37,9999
-23/01/2024 10:11:39,9999
-23/01/2024 10:11:41,9999
-23/01/2024 10:11:43,9999
-23/01/2024 10:11:45,9999
-23/01/2024 10:11:47,9999
-23/01/2024 10:11:49,9999
-23/01/2024 10:11:51,9999
-23/01/2024 10:11:53,9999
-23/01/2024 10:11:55,9999
-24/01/2024 09:58:10,9999
-24/01/2024 09:58:12,9999
-24/01/2024 09:58:14,9999
-24/01/2024 09:58:17,9999
-24/01/2024 09:58:19,9999
-24/01/2024 09:58:21,9999
-24/01/2024 09:58:23,9999
-24/01/2024 09:58:25,9999
-24/01/2024 09:58:27,9999
-24/01/2024 09:58:29,9999
-24/01/2024 09:58:31,9999
-24/01/2024 09:58:33,9999
-24/01/2024 09:58:35,9999
-24/01/2024 09:58:37,9999
-24/01/2024 09:58:39,9999
-24/01/2024 09:58:41,9999
-24/01/2024 09:58:43,9999
-24/01/2024 09:58:45,9999
-24/01/2024 09:58:47,9999
-24/01/2024 09:58:49,9999
-24/01/2024 09:58:51,9999
-24/01/2024 09:58:53,9999
-24/01/2024 09:58:55,9999
-24/01/2024 09:58:57,9999
-24/01/2024 09:58:59,9999
-24/01/2024 09:59:01,9999
-24/01/2024 09:59:03,9999
-24/01/2024 09:59:05,9999
-24/01/2024 09:59:07,9999
-24/01/2024 09:59:09,9999
-24/01/2024 09:59:11,9999
-24/01/2024 09:59:13,9999
-24/01/2024 09:59:15,9999
-24/01/2024 09:59:17,9999
-24/01/2024 09:59:19,9999
-24/01/2024 09:59:21,9999
-24/01/2024 09:59:23,9999
-24/01/2024 09:59:25,9999
-24/01/2024 09:59:27,9999
-24/01/2024 09:59:29,9999
-24/01/2024 09:59:31,9999
-24/01/2024 09:59:33,9999
-24/01/2024 09:59:35,9999
-24/01/2024 09:59:37,9999
-24/01/2024 09:59:39,9999
-24/01/2024 09:59:41,9999
-24/01/2024 09:59:43,9999
-24/01/2024 09:59:45,9999
-24/01/2024 09:59:47,9999
-24/01/2024 09:59:49,9999
-24/01/2024 09:59:51,9999
-24/01/2024 09:59:53,9999
-24/01/2024 09:59:55,9999
-24/01/2024 09:59:57,9999
-24/01/2024 09:59:59,9999
-24/01/2024 10:00:01,9999
-24/01/2024 10:00:03,9999
-24/01/2024 10:00:05,9999
-24/01/2024 10:00:07,9999
-24/01/2024 10:00:09,9999
-24/01/2024 10:00:11,9999
-24/01/2024 10:00:13,9999
-24/01/2024 10:00:15,9999
-24/01/2024 10:00:17,9999
-24/01/2024 10:00:19,9999
-24/01/2024 10:00:21,9999
-24/01/2024 10:00:23,9999
-24/01/2024 10:00:25,9999
-24/01/2024 10:00:27,9999
-24/01/2024 10:00:29,9999
-24/01/2024 10:00:31,9999
-24/01/2024 10:00:33,9999
-24/01/2024 10:00:35,9999
-24/01/2024 10:00:37,9999
-24/01/2024 10:00:39,9999
-24/01/2024 10:00:41,9999
-24/01/2024 10:00:43,9999
-24/01/2024 10:00:45,9999
-24/01/2024 10:00:47,9999
-24/01/2024 10:00:49,9999
-24/01/2024 10:00:51,9999
-24/01/2024 10:00:53,9999
-24/01/2024 10:00:55,9999
-24/01/2024 10:00:57,9999
-24/01/2024 10:00:59,9999
-24/01/2024 10:01:01,9999
-24/01/2024 10:01:03,9999
-24/01/2024 10:01:05,9999
-24/01/2024 10:01:07,9999
-24/01/2024 10:01:09,9999
-24/01/2024 10:01:11,9999
-24/01/2024 10:01:13,9999
-24/01/2024 10:01:15,9999
-24/01/2024 10:01:17,9999
-24/01/2024 10:01:19,9999
-24/01/2024 10:01:21,9999
-24/01/2024 10:01:23,9999
-24/01/2024 10:01:25,9999
-24/01/2024 10:01:27,9999
-24/01/2024 10:01:29,9999
-24/01/2024 10:01:31,9999
-24/01/2024 10:01:33,9999
-24/01/2024 10:01:35,9999
-24/01/2024 10:01:37,9999
-24/01/2024 10:01:39,9999
-24/01/2024 10:01:41,9999
-24/01/2024 10:01:43,9999
-24/01/2024 10:01:45,9999
-24/01/2024 10:01:47,9999
-24/01/2024 10:01:49,9999
-24/01/2024 10:01:52,9999
-24/01/2024 10:01:54,9999
-24/01/2024 10:01:56,9999
-24/01/2024 10:01:58,9999
-24/01/2024 10:02:00,9999
-24/01/2024 10:02:02,9999
-24/01/2024 10:02:04,9999
-24/01/2024 10:02:06,9999
-24/01/2024 10:02:08,9999
-24/01/2024 10:02:10,9999
-24/01/2024 10:02:12,9999
-24/01/2024 10:02:14,9999
-24/01/2024 10:02:16,9999
-24/01/2024 10:02:18,9999
-24/01/2024 10:02:20,9999
-24/01/2024 10:02:22,9999
-24/01/2024 10:02:24,9999
-24/01/2024 10:02:26,9999
-24/01/2024 10:02:28,9999
-24/01/2024 10:02:30,9999
-24/01/2024 10:02:32,9999
-24/01/2024 10:02:34,9999
-24/01/2024 10:02:36,9999
-24/01/2024 10:02:38,9999
-24/01/2024 10:02:40,9999
-24/01/2024 10:02:42,9999
-24/01/2024 10:02:44,9999
-24/01/2024 10:02:46,9999
-24/01/2024 10:02:48,9999
-24/01/2024 10:02:50,9999
-24/01/2024 10:02:52,9999
-24/01/2024 10:02:54,9999
-24/01/2024 10:02:56,9999
-24/01/2024 10:02:58,9999
-24/01/2024 10:03:00,9999
-24/01/2024 10:03:02,9999
-24/01/2024 10:03:04,9999
-24/01/2024 10:03:06,9999
-24/01/2024 10:03:08,9999
-24/01/2024 10:03:10,9999
-24/01/2024 10:03:12,9999
-24/01/2024 10:03:14,9999
-24/01/2024 10:03:16,9999
-24/01/2024 10:03:18,9999
-24/01/2024 10:03:20,9999
-24/01/2024 10:03:22,9999
-24/01/2024 10:03:24,9999
-24/01/2024 10:03:26,9999
-24/01/2024 10:03:28,9999
-24/01/2024 10:03:30,9999
-24/01/2024 10:03:32,9999
-24/01/2024 10:03:34,9999
-24/01/2024 10:03:36,9999
-24/01/2024 10:03:38,9999
-24/01/2024 10:03:40,9999
-24/01/2024 10:03:42,9999
-24/01/2024 10:03:44,9999
-24/01/2024 10:03:46,9999
-24/01/2024 10:03:48,9999
-24/01/2024 10:03:50,9999
-24/01/2024 10:03:52,9999
-24/01/2024 10:03:54,9999
-24/01/2024 10:03:56,9999
-24/01/2024 10:03:58,9999
-24/01/2024 10:04:00,9999
-24/01/2024 10:04:02,9999
-24/01/2024 10:04:04,9999
-24/01/2024 10:04:06,9999
-24/01/2024 10:04:08,9999
-24/01/2024 10:04:10,9999
-24/01/2024 10:04:12,9999
-24/01/2024 10:04:14,9999
-24/01/2024 10:04:16,9999
-24/01/2024 10:04:18,9999
-24/01/2024 10:04:20,9999
-24/01/2024 10:04:22,9999
-24/01/2024 10:04:24,9999
-24/01/2024 10:04:26,9999
-24/01/2024 10:04:28,9999
-24/01/2024 10:04:30,9999
-24/01/2024 10:04:32,9999
-24/01/2024 10:04:34,9999
-24/01/2024 10:04:36,9999
-24/01/2024 10:04:38,9999
-24/01/2024 10:04:40,9999
-24/01/2024 10:04:42,9999
-24/01/2024 10:04:44,9999
-24/01/2024 10:04:46,9999
-24/01/2024 10:04:48,9999
-24/01/2024 10:04:50,9999
-24/01/2024 10:04:52,9999
-24/01/2024 10:04:54,9999
-24/01/2024 10:04:56,9999
-24/01/2024 10:04:58,9999
-24/01/2024 10:05:00,9999
-24/01/2024 10:05:02,9999
-24/01/2024 10:05:04,9999
-24/01/2024 10:05:06,9999
-24/01/2024 10:05:08,9999
-24/01/2024 10:05:10,9999
-24/01/2024 10:05:12,9999
-24/01/2024 10:05:14,9999
-24/01/2024 10:05:16,9999
-24/01/2024 10:05:18,9999
-24/01/2024 10:05:20,9999
-24/01/2024 10:05:22,9999
-24/01/2024 10:05:24,9999
-24/01/2024 10:05:26,9999
-24/01/2024 10:05:28,9999
-24/01/2024 10:05:30,9999
-24/01/2024 10:05:33,9999
-24/01/2024 10:05:35,9999
-24/01/2024 10:05:37,9999
-24/01/2024 10:05:39,9999
-24/01/2024 10:05:41,9999
-24/01/2024 10:05:43,9999
-24/01/2024 10:05:45,9999
-24/01/2024 10:05:47,9999
-24/01/2024 10:05:49,9999
-24/01/2024 10:05:51,9999
-24/01/2024 10:05:53,9999
-24/01/2024 10:05:55,9999
-24/01/2024 10:05:57,9999
-24/01/2024 10:05:59,9999
-24/01/2024 10:06:01,9999
-24/01/2024 10:06:03,9999
-24/01/2024 10:06:05,9999
-24/01/2024 10:06:07,9999
-24/01/2024 10:06:09,9999
-24/01/2024 10:06:11,9999
-24/01/2024 10:06:13,9999
-24/01/2024 10:06:15,9999
-24/01/2024 10:06:17,9999
-24/01/2024 10:06:19,9999
-24/01/2024 10:06:21,9999
-24/01/2024 10:06:23,9999
-24/01/2024 10:06:25,9999
-24/01/2024 10:06:27,9999
-24/01/2024 10:06:29,9999
-24/01/2024 10:06:31,9999
-24/01/2024 10:06:33,9999
-24/01/2024 10:06:35,9999
-24/01/2024 10:06:37,9999
-24/01/2024 10:06:39,9999
-24/01/2024 10:06:41,9999
-24/01/2024 10:06:43,9999
-24/01/2024 10:06:45,9999
-24/01/2024 10:06:47,9999
-24/01/2024 10:06:49,9999
-24/01/2024 10:06:51,9999
-24/01/2024 10:06:53,9999
-24/01/2024 10:06:55,9999
-24/01/2024 10:06:57,9999
-24/01/2024 10:06:59,9999
-24/01/2024 10:07:01,9999
-24/01/2024 10:07:03,9999
-24/01/2024 10:07:05,9999
-24/01/2024 10:07:07,9999
-24/01/2024 10:07:09,9999
-24/01/2024 10:07:11,9999
-24/01/2024 10:07:13,9999
-24/01/2024 10:07:15,9999
-24/01/2024 10:07:17,9999
-24/01/2024 10:07:19,9999
-24/01/2024 10:07:21,9999
-24/01/2024 10:07:23,9999
-24/01/2024 10:07:25,9999
-24/01/2024 10:07:27,9999
-24/01/2024 10:07:29,9999
-24/01/2024 10:07:31,9999
-24/01/2024 10:07:33,9999
-24/01/2024 10:07:35,9999
-24/01/2024 10:07:37,9999
-24/01/2024 10:07:39,9999
-24/01/2024 10:07:41,9999
-24/01/2024 10:07:43,9999
-24/01/2024 10:07:45,9999
-24/01/2024 10:07:47,9999
-24/01/2024 10:07:49,9999
-24/01/2024 10:07:51,9999
-24/01/2024 10:07:53,9999
-24/01/2024 10:07:55,9999
-24/01/2024 10:07:57,9999
-24/01/2024 10:07:59,9999
-24/01/2024 10:08:01,9999
-24/01/2024 10:08:03,9999
-24/01/2024 10:08:05,9999
-24/01/2024 10:08:07,9999
-24/01/2024 10:08:09,9999
-24/01/2024 10:08:11,9999
-24/01/2024 10:08:13,9999
-24/01/2024 10:08:15,9999
-24/01/2024 10:08:17,9999
-24/01/2024 10:08:19,9999
-24/01/2024 10:08:21,9999
-24/01/2024 10:08:23,9999
-24/01/2024 10:08:25,9999
-24/01/2024 10:08:27,9999
-24/01/2024 10:08:29,9999
-24/01/2024 10:08:31,9999
-24/01/2024 10:08:33,9999
-24/01/2024 10:08:35,9999
-24/01/2024 10:08:37,9999
-24/01/2024 10:08:39,9999
-24/01/2024 10:08:41,9999
-24/01/2024 10:08:43,9999
-24/01/2024 10:08:45,9999
-24/01/2024 10:08:47,9999
-24/01/2024 10:08:49,9999
-24/01/2024 10:08:51,9999
-24/01/2024 10:08:53,9999
-24/01/2024 10:08:55,9999
-24/01/2024 10:08:57,9999
-24/01/2024 10:08:59,9999
-24/01/2024 10:09:01,9999
-24/01/2024 10:09:03,9999
-24/01/2024 10:09:05,9999
-24/01/2024 10:09:08,9999
-24/01/2024 10:09:10,9999
-24/01/2024 10:09:12,9999
-24/01/2024 10:09:14,9999
-24/01/2024 10:09:16,9999
-24/01/2024 10:09:18,9999
-24/01/2024 10:09:20,9999
-24/01/2024 10:09:22,9999
-24/01/2024 10:09:24,9999
-24/01/2024 10:09:26,9999
-24/01/2024 10:09:28,9999
-24/01/2024 10:09:30,9999
-24/01/2024 10:09:32,9999
-24/01/2024 10:09:34,9999
-24/01/2024 10:09:36,9999
-24/01/2024 10:09:38,9999
-24/01/2024 10:09:40,9999
-24/01/2024 10:09:42,9999
-24/01/2024 10:09:44,9999
-24/01/2024 10:09:46,9999
-24/01/2024 10:09:48,9999
-24/01/2024 10:09:50,9999
-24/01/2024 10:09:52,9999
-24/01/2024 10:09:54,9999
-24/01/2024 10:09:56,9999
-24/01/2024 10:09:58,9999
-24/01/2024 10:10:00,9999
-24/01/2024 10:10:02,9999
-24/01/2024 10:10:04,9999
-24/01/2024 10:10:06,9999
-24/01/2024 10:10:08,9999
-24/01/2024 10:10:10,9999
-24/01/2024 10:10:12,9999
-24/01/2024 10:10:14,9999
-24/01/2024 10:10:16,9999
-24/01/2024 10:10:18,9999
-24/01/2024 10:10:20,9999
-24/01/2024 10:10:22,9999
-24/01/2024 10:10:24,9999
-24/01/2024 10:10:26,9999
-24/01/2024 10:10:28,9999
-24/01/2024 10:10:30,9999
-24/01/2024 10:10:32,9999
-24/01/2024 10:10:34,9999
-24/01/2024 10:10:36,9999
-24/01/2024 10:10:38,9999
-24/01/2024 10:10:40,9999
-24/01/2024 10:10:42,9999
-24/01/2024 10:10:44,9999
-24/01/2024 10:10:46,9999
-24/01/2024 10:10:48,9999
-24/01/2024 10:10:50,9999
-24/01/2024 10:10:52,9999
-24/01/2024 10:10:54,9999
-24/01/2024 10:10:56,9999
-24/01/2024 10:10:58,9999
-24/01/2024 10:11:00,9999
-24/01/2024 10:11:02,9999
-24/01/2024 10:11:04,9999
-24/01/2024 10:11:06,9999
-24/01/2024 10:11:08,9999
-24/01/2024 10:11:10,9999
-24/01/2024 10:11:12,9999
-24/01/2024 10:11:14,9999
-24/01/2024 10:11:16,9999
-24/01/2024 10:11:18,9999
-24/01/2024 10:11:20,9999
-24/01/2024 10:11:22,9999
-24/01/2024 10:11:24,9999
-24/01/2024 10:11:26,9999
-24/01/2024 10:11:28,9999
-24/01/2024 10:11:30,9999
-24/01/2024 10:11:32,9999
-24/01/2024 10:11:34,9999
-24/01/2024 10:11:36,9999
-24/01/2024 10:11:38,9999
-24/01/2024 10:11:40,9999
-24/01/2024 10:11:42,9999
-24/01/2024 10:11:44,9999
-24/01/2024 10:11:46,9999
-24/01/2024 10:11:48,9999
-24/01/2024 10:11:50,9999
-24/01/2024 10:11:52,9999
-24/01/2024 10:11:54,9999
-24/01/2024 10:11:56,9999
-24/01/2024 10:11:58,9999
-24/01/2024 10:12:00,9999
-24/01/2024 10:12:02,9999
-24/01/2024 10:12:04,9999
-24/01/2024 10:12:06,9999
-24/01/2024 10:12:08,9999
-24/01/2024 10:12:10,9999
-24/01/2024 10:12:12,9999
-24/01/2024 10:12:14,9999
-24/01/2024 10:12:16,9999
-24/01/2024 10:12:18,9999
-24/01/2024 10:12:20,9999
-24/01/2024 10:12:22,9999
-24/01/2024 10:12:24,9999
-24/01/2024 10:12:26,9999
-24/01/2024 10:12:29,9999
-24/01/2024 10:12:31,9999
-24/01/2024 10:12:33,9999
-24/01/2024 10:12:35,9999
-24/01/2024 10:12:37,9999
-24/01/2024 10:12:39,9999
-24/01/2024 10:12:41,9999
-24/01/2024 10:12:43,9999
-24/01/2024 10:12:45,9999
-24/01/2024 10:12:47,9999
-24/01/2024 10:12:49,9999
-24/01/2024 10:12:51,9999
-24/01/2024 10:12:53,9999
-24/01/2024 10:12:55,9999
-24/01/2024 10:12:57,9999
-24/01/2024 10:12:59,9999
-24/01/2024 10:13:01,9999
-24/01/2024 10:13:03,9999
-24/01/2024 10:13:05,9999
-24/01/2024 10:13:07,9999
-24/01/2024 10:13:09,9999
-24/01/2024 10:13:11,9999
-24/01/2024 10:13:13,9999
-24/01/2024 10:13:15,9999
-24/01/2024 10:13:17,9999
-24/01/2024 10:13:19,9999
-24/01/2024 10:13:21,9999
-24/01/2024 10:13:23,9999
-24/01/2024 10:13:25,9999
-24/01/2024 10:13:27,9999
-24/01/2024 10:13:29,9999
-24/01/2024 10:13:31,9999
-24/01/2024 10:13:33,9999
-24/01/2024 10:13:35,9999
-24/01/2024 10:13:37,9999
-24/01/2024 10:13:39,9999
-24/01/2024 10:13:41,9999
-24/01/2024 10:13:43,9999
-24/01/2024 10:13:45,9999
-24/01/2024 10:13:47,9999
-24/01/2024 10:13:49,9999
-24/01/2024 10:13:51,9999
-24/01/2024 10:13:53,9999
-24/01/2024 10:13:55,9999
-24/01/2024 10:13:57,9999
-24/01/2024 10:13:59,9999
-24/01/2024 10:14:01,9999
-24/01/2024 10:14:03,9999
-24/01/2024 10:14:05,9999
-24/01/2024 10:14:07,9999
-24/01/2024 10:14:09,9999
-24/01/2024 10:14:11,9999
-24/01/2024 10:14:13,9999
-24/01/2024 10:14:15,9999
-24/01/2024 10:14:17,9999
-24/01/2024 10:14:19,9999
-24/01/2024 10:14:21,9999
-24/01/2024 10:14:23,9999
-24/01/2024 10:14:25,9999
-24/01/2024 10:14:27,9999
-24/01/2024 10:14:29,9999
-24/01/2024 10:14:31,9999
-24/01/2024 10:14:33,9999
-24/01/2024 10:14:35,9999
-24/01/2024 10:14:37,9999
-24/01/2024 10:14:39,9999
-24/01/2024 10:14:41,9999
-24/01/2024 10:14:43,9999
-24/01/2024 10:14:45,9999
-24/01/2024 10:14:47,9999
-24/01/2024 10:14:49,9999
-24/01/2024 10:14:51,9999
-24/01/2024 10:14:53,9999
-24/01/2024 10:14:55,9999
-24/01/2024 10:14:57,9999
-24/01/2024 10:14:59,9999
-24/01/2024 10:15:01,9999
-24/01/2024 10:15:03,9999
-24/01/2024 10:15:05,9999
-24/01/2024 10:15:07,9999
-24/01/2024 10:15:09,9999
-24/01/2024 10:15:11,9999
-24/01/2024 10:15:13,9999
-24/01/2024 10:15:15,9999
-24/01/2024 10:15:17,9999
-24/01/2024 10:15:19,9999
-24/01/2024 10:15:21,9999
-24/01/2024 10:15:23,9999
-24/01/2024 10:15:25,9999
-24/01/2024 10:15:27,9999
-24/01/2024 10:15:29,9999
-24/01/2024 10:15:32,9999
-24/01/2024 10:15:34,9999
-24/01/2024 10:15:36,9999
-24/01/2024 10:15:38,9999
-24/01/2024 10:15:40,9999
-24/01/2024 10:15:42,9999
-24/01/2024 10:15:44,9999
-24/01/2024 10:15:46,9999
-24/01/2024 10:15:48,9999
-24/01/2024 10:15:50,9999
-24/01/2024 10:15:52,9999
-24/01/2024 10:15:54,9999
-24/01/2024 10:15:56,9999
-24/01/2024 10:15:58,9999
-24/01/2024 10:16:00,9999
-24/01/2024 10:16:02,9999
-24/01/2024 10:16:04,9999
-24/01/2024 10:16:06,9999
-24/01/2024 10:16:08,9999
-24/01/2024 10:16:10,9999
-24/01/2024 10:16:12,9999
-24/01/2024 10:16:14,9999
-24/01/2024 10:16:16,9999
-24/01/2024 10:16:18,9999
-24/01/2024 10:16:20,9999
-24/01/2024 10:16:22,9999
-24/01/2024 10:16:24,9999
-24/01/2024 10:16:26,9999
-24/01/2024 10:16:28,9999
-24/01/2024 10:16:30,9999
-24/01/2024 10:16:32,9999
-24/01/2024 10:16:34,9999
-24/01/2024 10:16:36,9999
-24/01/2024 10:16:38,9999
-24/01/2024 10:16:40,9999
-24/01/2024 10:16:42,9999
-24/01/2024 10:16:44,9999
-24/01/2024 10:16:46,9999
-24/01/2024 10:16:48,9999
-24/01/2024 10:16:50,9999
-24/01/2024 10:16:52,9999
-24/01/2024 10:16:54,9999
-24/01/2024 10:16:56,9999
-24/01/2024 10:16:58,9999
-24/01/2024 10:17:00,9999
-24/01/2024 10:17:02,9999
-24/01/2024 10:17:04,9999
-24/01/2024 10:17:06,9999
-24/01/2024 10:17:08,9999
-24/01/2024 10:17:10,9999
-24/01/2024 10:17:12,9999
-24/01/2024 10:17:14,9999
-24/01/2024 10:17:16,9999
-24/01/2024 10:17:18,9999
-24/01/2024 10:17:20,9999
-24/01/2024 10:17:22,9999
-24/01/2024 10:17:24,9999
-24/01/2024 10:17:26,9999
-24/01/2024 10:17:28,9999
-24/01/2024 10:17:30,9999
-24/01/2024 10:17:32,9999
-24/01/2024 10:17:34,9999
-24/01/2024 10:17:36,9999
-24/01/2024 10:17:38,9999
-24/01/2024 10:17:40,9999
-24/01/2024 10:17:42,9999
-24/01/2024 10:17:44,9999
-24/01/2024 10:17:46,9999
-24/01/2024 10:17:48,9999
-24/01/2024 10:17:50,9999
-24/01/2024 10:17:52,9999
-24/01/2024 10:17:54,9999
-24/01/2024 10:17:56,9999
-24/01/2024 10:17:59,9999
-24/01/2024 10:18:01,9999
-24/01/2024 10:18:03,9999
-24/01/2024 10:18:05,9999
-24/01/2024 10:18:07,9999
-24/01/2024 10:18:09,9999
-24/01/2024 10:18:11,9999
-24/01/2024 10:18:13,9999
-24/01/2024 10:18:15,9999
-24/01/2024 10:18:17,9999
-24/01/2024 10:18:19,9999
-24/01/2024 10:18:21,9999
-24/01/2024 10:18:23,9999
-24/01/2024 10:18:25,9999
-24/01/2024 10:18:27,9999
-24/01/2024 10:18:29,9999
-24/01/2024 10:18:31,9999
-24/01/2024 10:18:33,9999
-24/01/2024 10:18:35,9999
-24/01/2024 10:18:37,9999
-24/01/2024 10:18:39,9999
-24/01/2024 10:18:41,9999
-24/01/2024 10:18:43,9999
-24/01/2024 10:18:45,9999
-24/01/2024 10:18:47,9999
-24/01/2024 10:18:49,9999
-24/01/2024 10:18:51,9999
-24/01/2024 10:18:53,9999
-24/01/2024 10:18:55,9999
-24/01/2024 10:18:57,9999
-24/01/2024 10:18:59,9999
-24/01/2024 10:19:01,9999
-24/01/2024 10:19:03,9999
-24/01/2024 10:19:05,9999
-24/01/2024 10:19:07,9999
-24/01/2024 10:19:09,9999
-24/01/2024 10:19:11,9999
-24/01/2024 10:19:13,9999
-24/01/2024 10:19:15,9999
-24/01/2024 10:19:17,9999
-24/01/2024 10:19:19,9999
-24/01/2024 10:19:21,9999
-24/01/2024 10:19:23,9999
-24/01/2024 10:19:25,9999
-24/01/2024 10:19:27,9999
-24/01/2024 10:19:29,9999
-24/01/2024 10:19:31,9999
-24/01/2024 10:19:33,9999
-24/01/2024 10:19:35,9999
-24/01/2024 10:19:37,9999
-24/01/2024 10:19:39,9999
-24/01/2024 10:19:41,9999
-24/01/2024 10:19:43,9999
-24/01/2024 10:19:45,9999
-24/01/2024 10:19:47,9999
-24/01/2024 10:19:49,9999
-24/01/2024 10:19:51,9999
-24/01/2024 10:19:53,9999
-24/01/2024 10:19:55,9999
-24/01/2024 10:19:57,9999
-24/01/2024 10:19:59,9999
-24/01/2024 10:20:01,9999
-24/01/2024 10:20:03,9999
-24/01/2024 10:20:05,9999
-24/01/2024 10:20:07,9999
-24/01/2024 10:20:09,9999
-24/01/2024 10:20:11,9999
-24/01/2024 10:20:13,9999
-24/01/2024 10:20:15,9999
-24/01/2024 10:20:17,9999
-24/01/2024 10:20:19,9999
-24/01/2024 10:20:21,9999
-24/01/2024 10:20:24,9999
-24/01/2024 10:20:26,9999
-24/01/2024 10:20:28,9999
-24/01/2024 10:20:30,9999
-24/01/2024 10:20:32,9999
-24/01/2024 10:20:34,9999
-24/01/2024 10:20:36,9999
-24/01/2024 10:20:38,9999
-24/01/2024 10:20:40,9999
-24/01/2024 10:20:42,9999
-24/01/2024 10:20:44,9999
-24/01/2024 10:20:46,9999
-24/01/2024 10:20:48,9999
-24/01/2024 10:20:50,9999
-24/01/2024 10:20:52,9999
-24/01/2024 10:20:54,9999
-24/01/2024 10:20:56,9999
-24/01/2024 10:20:58,9999
-24/01/2024 10:21:00,9999
-24/01/2024 10:21:02,9999
-24/01/2024 10:21:04,9999
-24/01/2024 10:21:06,9999
-24/01/2024 10:21:08,9999
-24/01/2024 10:21:10,9999
-24/01/2024 10:21:12,9999
-24/01/2024 10:21:14,9999
-24/01/2024 10:21:16,9999
-24/01/2024 10:21:18,9999
-24/01/2024 10:21:20,9999
-24/01/2024 10:21:22,9999
-24/01/2024 10:21:24,9999
-24/01/2024 10:21:26,9999
-24/01/2024 10:21:28,9999
-24/01/2024 10:21:30,9999
-24/01/2024 10:21:32,9999
-24/01/2024 10:21:34,9999
-24/01/2024 10:21:36,9999
-24/01/2024 10:21:38,9999
-24/01/2024 10:21:40,9999
-24/01/2024 10:21:42,9999
-24/01/2024 10:21:44,9999
-24/01/2024 10:21:46,9999
-24/01/2024 10:21:48,9999
-24/01/2024 10:21:50,9999
-24/01/2024 10:21:52,9999
-24/01/2024 10:21:54,9999
-24/01/2024 10:21:56,9999
-24/01/2024 10:21:58,9999
-24/01/2024 10:22:00,9999
-24/01/2024 10:22:02,9999
-24/01/2024 10:22:04,9999
-24/01/2024 10:22:06,9999
-24/01/2024 10:22:08,9999
-24/01/2024 10:22:10,9999
-24/01/2024 10:22:12,9999
-24/01/2024 10:22:14,9999
-24/01/2024 10:22:16,9999
-24/01/2024 10:22:18,9999
-24/01/2024 10:22:20,9999
-24/01/2024 10:22:22,9999
-24/01/2024 10:22:24,9999
-24/01/2024 10:22:26,9999
-24/01/2024 10:22:28,9999
-24/01/2024 10:22:30,9999
-24/01/2024 10:22:32,9999
-24/01/2024 10:22:34,9999
-24/01/2024 10:22:36,9999
-24/01/2024 10:22:38,9999
-24/01/2024 10:22:40,9999
-24/01/2024 10:22:42,9999
-24/01/2024 10:22:44,9999
-24/01/2024 10:22:46,9999
-24/01/2024 10:22:48,9999
-24/01/2024 10:22:50,9999
-24/01/2024 10:22:52,9999
-24/01/2024 10:22:54,9999
-24/01/2024 10:22:56,9999
-24/01/2024 10:22:58,9999
-24/01/2024 10:23:00,9999
-24/01/2024 10:23:02,9999
-24/01/2024 10:23:04,9999
-24/01/2024 10:23:06,9999
-24/01/2024 10:23:08,9999
-24/01/2024 10:23:10,9999
-24/01/2024 10:23:12,9999
-24/01/2024 10:23:14,9999
-24/01/2024 10:23:16,9999
-24/01/2024 10:23:18,9999
-24/01/2024 10:23:20,9999
-24/01/2024 10:23:22,9999
-24/01/2024 10:23:24,9999
-24/01/2024 10:23:26,9999
-24/01/2024 10:23:28,9999
-24/01/2024 10:23:30,9999
-24/01/2024 10:23:32,9999
-24/01/2024 10:23:34,9999
-24/01/2024 10:23:37,9999
-24/01/2024 10:23:39,9999
-24/01/2024 10:23:41,9999
-24/01/2024 10:23:43,9999
-24/01/2024 10:23:45,9999
-24/01/2024 10:23:47,9999
-24/01/2024 10:23:49,9999
-24/01/2024 10:23:51,9999
-24/01/2024 10:23:53,9999
-24/01/2024 10:23:55,9999
-24/01/2024 10:23:57,9999
-24/01/2024 10:23:59,9999
-24/01/2024 10:24:01,9999
-24/01/2024 10:24:03,9999
-24/01/2024 10:24:05,9999
-24/01/2024 10:24:07,9999
-24/01/2024 10:24:09,9999
-24/01/2024 10:24:11,9999
-24/01/2024 10:24:13,9999
-24/01/2024 10:24:15,9999
-24/01/2024 10:24:17,9999
-24/01/2024 10:24:19,9999
-24/01/2024 10:24:21,9999
-24/01/2024 10:24:23,9999
-24/01/2024 10:24:25,9999
-24/01/2024 10:24:27,9999
-24/01/2024 10:24:29,9999
-24/01/2024 10:24:31,9999
-24/01/2024 10:24:33,9999
-24/01/2024 10:24:35,9999
-24/01/2024 10:24:37,9999
-24/01/2024 10:24:39,9999
-24/01/2024 10:24:41,9999
-24/01/2024 10:24:43,9999
-24/01/2024 10:24:45,9999
-24/01/2024 10:24:47,9999
-24/01/2024 10:24:49,9999
-24/01/2024 10:24:51,9999
-24/01/2024 10:24:53,9999
-24/01/2024 10:24:55,9999
-24/01/2024 10:24:57,9999
-24/01/2024 10:24:59,9999
-24/01/2024 10:25:01,9999
-24/01/2024 10:25:03,9999
-24/01/2024 10:25:05,9999
-24/01/2024 10:25:07,9999
-24/01/2024 10:25:09,9999
-24/01/2024 10:25:11,9999
-24/01/2024 10:25:13,9999
-24/01/2024 10:25:15,9999
-24/01/2024 10:25:17,9999
-24/01/2024 10:25:19,9999
-24/01/2024 10:25:21,9999
-24/01/2024 10:25:23,9999
-24/01/2024 10:25:25,9999
-24/01/2024 10:25:27,9999
-24/01/2024 10:25:29,9999
-24/01/2024 10:25:31,9999
-24/01/2024 10:25:33,9999
-24/01/2024 10:25:35,9999
-24/01/2024 10:25:37,9999
-24/01/2024 10:25:39,9999
-24/01/2024 10:25:41,9999
-24/01/2024 10:25:43,9999
-24/01/2024 10:25:45,9999
-24/01/2024 10:25:47,9999
-24/01/2024 10:25:49,9999
-24/01/2024 10:25:51,9999
-24/01/2024 10:25:53,9999
-24/01/2024 10:25:55,9999
-24/01/2024 10:25:57,9999
-24/01/2024 10:25:59,9999
-24/01/2024 10:26:01,9999
-24/01/2024 10:26:03,9999
-24/01/2024 10:26:05,9999
-24/01/2024 10:26:07,9999
-24/01/2024 10:26:09,9999
-24/01/2024 10:26:11,9999
-24/01/2024 10:26:13,9999
-24/01/2024 10:26:15,9999
-24/01/2024 10:26:17,9999
-24/01/2024 10:26:19,9999
-24/01/2024 10:26:21,9999
-24/01/2024 10:26:23,9999
-24/01/2024 10:26:25,9999
-24/01/2024 10:26:27,9999
-24/01/2024 10:26:29,9999
-24/01/2024 10:26:31,9999
-24/01/2024 10:26:33,9999
-24/01/2024 10:26:35,9999
-24/01/2024 10:26:37,9999
-24/01/2024 10:26:39,9999
-24/01/2024 10:26:41,9999
-24/01/2024 10:26:43,9999
-24/01/2024 10:26:45,9999
-24/01/2024 10:26:47,9999
-24/01/2024 10:26:49,9999
-24/01/2024 10:26:51,9999
-24/01/2024 10:26:53,9999
-24/01/2024 10:26:55,9999
-24/01/2024 10:26:57,9999
-24/01/2024 10:26:59,9999
-24/01/2024 10:27:01,9999
-24/01/2024 10:27:03,9999
-24/01/2024 10:27:05,9999
-24/01/2024 10:27:07,9999
-24/01/2024 10:27:09,9999
-24/01/2024 10:27:12,9999
-24/01/2024 10:27:14,9999
-24/01/2024 10:27:16,9999
-24/01/2024 10:27:18,9999
-24/01/2024 10:27:20,9999
-24/01/2024 10:27:22,9999
-24/01/2024 10:27:24,9999
-24/01/2024 10:27:26,9999
-24/01/2024 10:27:28,9999
-24/01/2024 10:27:30,9999
-24/01/2024 10:27:32,9999
-24/01/2024 10:27:34,9999
-24/01/2024 10:27:36,9999
-24/01/2024 10:27:38,9999
-24/01/2024 10:27:40,9999
-24/01/2024 10:27:42,9999
-24/01/2024 10:27:44,9999
-24/01/2024 10:27:46,9999
-24/01/2024 10:27:48,9999
-24/01/2024 10:27:50,9999
-24/01/2024 10:27:52,9999
-24/01/2024 10:27:54,9999
-24/01/2024 10:27:56,9999
-24/01/2024 10:27:58,9999
-24/01/2024 10:28:00,9999
-24/01/2024 10:28:02,9999
-24/01/2024 10:28:04,9999
-24/01/2024 10:28:06,9999
-24/01/2024 10:28:08,9999
-24/01/2024 10:28:10,9999
-24/01/2024 10:28:12,9999
-24/01/2024 10:28:14,9999
-24/01/2024 10:28:16,9999
-24/01/2024 10:28:18,9999
-24/01/2024 10:28:20,9999
-24/01/2024 10:28:22,9999
-24/01/2024 10:28:24,9999
-24/01/2024 10:28:26,9999
-24/01/2024 10:28:28,9999
-24/01/2024 10:28:30,9999
-24/01/2024 10:28:32,9999
-24/01/2024 10:28:34,9999
-24/01/2024 10:28:36,9999
-24/01/2024 10:28:38,9999
-24/01/2024 10:28:40,9999
-24/01/2024 10:28:42,9999
-24/01/2024 10:28:44,9999
-24/01/2024 10:28:46,9999
-24/01/2024 10:28:48,9999
-24/01/2024 10:28:50,9999
-24/01/2024 10:28:52,9999
-24/01/2024 10:28:54,9999
-24/01/2024 10:28:56,9999
-24/01/2024 10:28:58,9999
-24/01/2024 10:29:00,9999
-24/01/2024 10:29:02,9999
-24/01/2024 10:29:04,9999
-24/01/2024 10:29:06,9999
-24/01/2024 10:29:08,9999
-24/01/2024 10:29:10,9999
-24/01/2024 10:29:12,9999
-24/01/2024 10:29:14,9999
-24/01/2024 10:29:16,9999
-24/01/2024 10:29:18,9999
-24/01/2024 10:29:20,9999
-24/01/2024 10:29:22,9999
-24/01/2024 10:29:24,9999
-24/01/2024 10:29:26,9999
-24/01/2024 10:29:28,9999
-24/01/2024 10:29:30,9999
-24/01/2024 10:29:32,9999
-24/01/2024 10:29:34,9999
-24/01/2024 10:29:36,9999
-24/01/2024 10:29:38,9999
-24/01/2024 10:29:40,9999
-24/01/2024 10:29:42,9999
-24/01/2024 10:29:44,9999
-24/01/2024 10:29:46,9999
-24/01/2024 10:29:48,9999
-24/01/2024 10:29:50,9999
-24/01/2024 10:29:52,9999
-24/01/2024 10:29:54,9999
-24/01/2024 10:29:56,9999
-24/01/2024 10:29:58,9999
-24/01/2024 10:30:00,9999
-24/01/2024 10:30:02,9999
-24/01/2024 10:30:04,9999
-24/01/2024 10:30:06,9999
-24/01/2024 10:30:08,9999
-24/01/2024 10:30:10,9999
-24/01/2024 10:30:12,9999
-24/01/2024 10:30:14,9999
-24/01/2024 10:30:16,9999
-24/01/2024 10:30:18,9999
-24/01/2024 10:30:20,9999
-24/01/2024 10:30:22,9999
-24/01/2024 10:30:24,9999
-24/01/2024 10:30:26,9999
-24/01/2024 10:30:28,9999
-24/01/2024 10:30:31,9999
-24/01/2024 10:30:33,9999
-24/01/2024 10:30:35,9999
-24/01/2024 10:30:37,9999
-24/01/2024 10:30:39,9999
-24/01/2024 10:30:41,9999
-24/01/2024 10:30:43,9999
-24/01/2024 10:30:45,9999
-24/01/2024 10:30:47,9999
-24/01/2024 10:30:49,9999
-24/01/2024 10:30:51,9999
-24/01/2024 10:30:53,9999
-24/01/2024 10:30:55,9999
-24/01/2024 10:30:57,9999
-24/01/2024 10:30:59,9999
-24/01/2024 10:31:01,9999
-24/01/2024 10:31:03,9999
-24/01/2024 10:31:05,9999
-24/01/2024 10:31:07,9999
-24/01/2024 10:31:09,9999
-24/01/2024 10:31:11,9999
-24/01/2024 10:31:13,9999
-24/01/2024 10:31:15,9999
-24/01/2024 10:31:17,9999
-24/01/2024 10:31:19,9999
-24/01/2024 10:31:21,9999
-24/01/2024 10:31:23,9999
-24/01/2024 10:31:25,9999
-24/01/2024 10:31:27,9999
-24/01/2024 10:31:29,9999
-24/01/2024 10:31:31,9999
-24/01/2024 10:31:33,9999
-24/01/2024 10:31:35,9999
-24/01/2024 10:31:37,9999
-24/01/2024 10:31:39,9999
-24/01/2024 10:31:41,9999
-24/01/2024 10:31:43,9999
-24/01/2024 10:31:45,9999
-24/01/2024 10:31:47,9999
-24/01/2024 10:31:49,9999
-24/01/2024 10:31:51,9999
-24/01/2024 10:31:53,9999
-24/01/2024 10:31:55,9999
-24/01/2024 10:31:57,9999
-24/01/2024 10:31:59,9999
-24/01/2024 10:32:01,9999
-24/01/2024 10:32:03,9999
-24/01/2024 10:32:05,9999
-24/01/2024 10:32:07,9999
-24/01/2024 10:32:09,9999
-24/01/2024 10:32:11,9999
-24/01/2024 10:32:13,9999
-24/01/2024 10:32:15,9999
-24/01/2024 10:32:17,9999
-24/01/2024 10:32:19,9999
-24/01/2024 10:32:21,9999
-24/01/2024 10:32:23,9999
-24/01/2024 10:32:25,9999
-24/01/2024 10:32:27,9999
-24/01/2024 10:32:29,9999
-24/01/2024 10:32:31,9999
-24/01/2024 10:32:33,9999
-24/01/2024 10:32:35,9999
-24/01/2024 10:32:37,9999
-24/01/2024 10:32:39,9999
-24/01/2024 10:32:41,9999
-24/01/2024 10:32:43,9999
-24/01/2024 10:32:45,9999
-24/01/2024 10:32:47,9999
-24/01/2024 10:32:49,9999
-24/01/2024 10:32:51,9999
-24/01/2024 10:32:53,9999
-24/01/2024 10:32:55,9999
-24/01/2024 10:32:57,9999
-24/01/2024 10:32:59,9999
-24/01/2024 10:33:01,9999
-24/01/2024 10:33:03,9999
-24/01/2024 10:33:05,9999
-24/01/2024 10:33:07,9999
-24/01/2024 10:33:09,9999
-24/01/2024 10:33:11,9999
-24/01/2024 10:33:13,9999
-24/01/2024 10:33:15,9999
-24/01/2024 10:33:17,9999
-24/01/2024 10:33:19,9999
-24/01/2024 10:33:21,9999
-24/01/2024 10:33:23,9999
-24/01/2024 10:33:25,9999
-24/01/2024 10:33:27,9999
-24/01/2024 10:33:29,9999
-24/01/2024 10:33:31,9999
-24/01/2024 10:33:33,9999
-24/01/2024 10:33:35,9999
-24/01/2024 10:33:37,9999
-24/01/2024 10:33:39,9999
-24/01/2024 10:33:41,9999
-24/01/2024 10:33:44,9999
-24/01/2024 10:33:46,9999
-24/01/2024 10:33:48,9999
-24/01/2024 10:33:50,9999
-24/01/2024 10:33:52,9999
-24/01/2024 10:33:54,9999
-24/01/2024 10:33:56,9999
-24/01/2024 10:33:58,9999
-24/01/2024 10:34:00,9999
-24/01/2024 10:34:02,9999
-24/01/2024 10:34:04,9999
-24/01/2024 10:34:06,9999
-24/01/2024 10:34:08,9999
-24/01/2024 10:34:10,9999
-24/01/2024 10:34:12,9999
-24/01/2024 10:34:14,9999
-24/01/2024 10:34:16,9999
-24/01/2024 10:34:18,9999
-24/01/2024 10:34:20,9999
-24/01/2024 10:34:22,9999
-24/01/2024 10:34:24,9999
-24/01/2024 10:34:26,9999
-24/01/2024 10:34:28,9999
-24/01/2024 10:34:30,9999
-24/01/2024 10:34:32,9999
-24/01/2024 10:34:34,9999
-24/01/2024 10:34:36,9999
-24/01/2024 10:34:38,9999
-24/01/2024 10:34:40,9999
-24/01/2024 10:34:42,9999
-24/01/2024 10:34:44,9999
-24/01/2024 10:34:46,9999
-24/01/2024 10:34:48,9999
-24/01/2024 10:34:50,9999
-24/01/2024 10:34:52,9999
-24/01/2024 10:34:54,9999
-24/01/2024 10:34:56,9999
-24/01/2024 10:34:58,9999
-24/01/2024 10:35:00,9999
-24/01/2024 10:35:02,9999
-24/01/2024 10:35:04,9999
-24/01/2024 10:35:06,9999
-24/01/2024 10:35:08,9999
-24/01/2024 10:35:10,9999
-24/01/2024 10:35:12,9999
-24/01/2024 10:35:14,9999
-24/01/2024 10:35:16,9999
-24/01/2024 10:35:18,9999
-24/01/2024 10:35:20,9999
-24/01/2024 10:35:22,9999
-24/01/2024 10:35:24,9999
-24/01/2024 10:35:26,9999
-24/01/2024 10:35:28,9999
-24/01/2024 10:35:30,9999
-24/01/2024 10:35:32,9999
-24/01/2024 10:35:34,9999
-24/01/2024 10:35:36,9999
-24/01/2024 10:35:38,9999
-24/01/2024 10:35:40,9999
-24/01/2024 10:35:42,9999
-24/01/2024 10:35:44,9999
-24/01/2024 10:35:46,9999
-24/01/2024 10:35:48,9999
-24/01/2024 10:35:50,9999
-24/01/2024 10:35:52,9999
-24/01/2024 10:35:54,9999
-24/01/2024 10:35:56,9999
-24/01/2024 10:35:58,9999
-24/01/2024 10:36:00,9999
-24/01/2024 10:36:02,9999
-24/01/2024 10:36:04,9999
-24/01/2024 10:36:06,9999
-24/01/2024 10:36:08,9999
-24/01/2024 10:36:10,9999
-24/01/2024 10:36:12,9999
-24/01/2024 10:36:14,9999
-24/01/2024 10:36:16,9999
-24/01/2024 10:36:18,9999
-24/01/2024 10:36:20,9999
-24/01/2024 10:36:22,9999
-24/01/2024 10:36:24,9999
-24/01/2024 10:36:26,9999
-24/01/2024 10:36:28,9999
-24/01/2024 10:36:30,9999
-24/01/2024 10:36:32,9999
-24/01/2024 10:36:34,9999
-24/01/2024 10:36:36,9999
-24/01/2024 10:36:38,9999
-24/01/2024 10:36:40,9999
-24/01/2024 10:36:42,9999
-24/01/2024 10:36:44,9999
-24/01/2024 10:36:46,9999
-24/01/2024 10:36:48,9999
-24/01/2024 10:36:50,9999
-24/01/2024 10:36:52,9999
-24/01/2024 10:36:54,9999
-24/01/2024 10:36:56,9999
-24/01/2024 10:36:59,9999
-24/01/2024 10:37:01,9999
-24/01/2024 10:37:03,9999
-24/01/2024 10:37:05,9999
-24/01/2024 10:37:07,9999
-24/01/2024 10:37:09,9999
-24/01/2024 10:37:11,9999
-24/01/2024 10:37:13,9999
-24/01/2024 10:37:15,9999
-24/01/2024 10:37:17,9999
-24/01/2024 10:37:19,9999
-24/01/2024 10:37:21,9999
-24/01/2024 10:37:23,9999
-24/01/2024 10:37:25,9999
-24/01/2024 10:37:27,9999
-24/01/2024 10:37:29,9999
-24/01/2024 10:37:31,9999
-24/01/2024 10:37:33,9999
-24/01/2024 10:37:35,9999
-24/01/2024 10:37:37,9999
-24/01/2024 10:37:39,9999
-24/01/2024 10:37:41,9999
-24/01/2024 10:37:43,9999
-24/01/2024 10:37:45,9999
-24/01/2024 10:37:47,9999
-24/01/2024 10:37:49,9999
-24/01/2024 10:37:51,9999
-24/01/2024 10:37:53,9999
-24/01/2024 10:37:55,9999
-24/01/2024 10:37:57,9999
-24/01/2024 10:37:59,9999
-24/01/2024 10:38:01,9999
-24/01/2024 10:38:03,9999
-24/01/2024 10:38:05,9999
-24/01/2024 10:38:07,9999
-24/01/2024 10:38:09,9999
-24/01/2024 10:38:11,9999
-24/01/2024 10:38:13,9999
-24/01/2024 10:38:15,9999
-24/01/2024 10:38:17,9999
-24/01/2024 10:38:19,9999
-24/01/2024 10:38:21,9999
-24/01/2024 10:38:23,9999
-24/01/2024 10:38:25,9999
-24/01/2024 10:38:27,9999
-24/01/2024 10:38:29,9999
-24/01/2024 10:38:31,9999
-24/01/2024 10:38:33,9999
-24/01/2024 10:38:35,9999
-24/01/2024 10:38:37,9999
-24/01/2024 10:38:39,9999
-24/01/2024 10:38:41,9999
-24/01/2024 10:38:43,9999
-24/01/2024 10:38:45,9999
-24/01/2024 10:38:47,9999
-24/01/2024 10:38:49,9999
-24/01/2024 10:38:51,9999
-24/01/2024 10:38:53,9999
-24/01/2024 10:38:55,9999
-24/01/2024 10:38:57,9999
-24/01/2024 10:38:59,9999
-24/01/2024 10:39:01,9999
-24/01/2024 10:39:03,9999
-24/01/2024 10:39:05,9999
-24/01/2024 10:39:07,9999
-24/01/2024 10:39:09,9999
-24/01/2024 10:39:11,9999
-24/01/2024 10:39:13,9999
-24/01/2024 10:39:15,9999
-24/01/2024 10:39:17,9999
-24/01/2024 10:39:19,9999
-24/01/2024 10:39:21,9999
-24/01/2024 10:39:23,9999
-24/01/2024 10:39:25,9999
-24/01/2024 10:39:27,9999
-24/01/2024 10:39:29,9999
-24/01/2024 10:39:31,9999
-24/01/2024 10:39:33,9999
-24/01/2024 10:39:35,9999
-24/01/2024 10:39:37,9999
-24/01/2024 10:39:39,9999
-24/01/2024 10:39:41,9999
-24/01/2024 10:39:43,9999
-24/01/2024 10:39:45,9999
-24/01/2024 10:39:47,9999
-24/01/2024 10:39:49,9999
-24/01/2024 10:39:51,9999
-24/01/2024 10:39:53,9999
-24/01/2024 10:39:55,9999
-24/01/2024 10:39:57,9999
-24/01/2024 10:39:59,9999
-24/01/2024 10:40:01,9999
-24/01/2024 10:40:03,9999
-24/01/2024 10:40:05,9999
-24/01/2024 10:40:07,9999
-24/01/2024 10:40:09,9999
-24/01/2024 10:40:11,9999
-24/01/2024 10:40:13,9999
-24/01/2024 10:40:15,9999
-24/01/2024 10:40:17,9999
-24/01/2024 10:40:19,9999
-24/01/2024 10:40:21,9999
-24/01/2024 10:40:24,9999
-24/01/2024 10:40:26,9999
-24/01/2024 10:40:28,9999
-24/01/2024 10:40:30,9999
-24/01/2024 10:40:32,9999
-24/01/2024 10:40:34,9999
-24/01/2024 10:40:36,9999
-24/01/2024 10:40:38,9999
-24/01/2024 10:40:40,9999
-24/01/2024 10:40:42,9999
-24/01/2024 10:40:44,9999
-24/01/2024 10:40:46,9999
-24/01/2024 10:40:48,9999
-24/01/2024 10:40:50,9999
-24/01/2024 10:40:52,9999
-24/01/2024 10:40:54,9999
-24/01/2024 10:40:56,9999
-24/01/2024 10:40:58,9999
-24/01/2024 10:41:00,9999
-24/01/2024 10:41:02,9999
-24/01/2024 10:41:04,9999
-24/01/2024 10:41:06,9999
-24/01/2024 10:41:08,9999
-24/01/2024 10:41:10,9999
-24/01/2024 10:41:12,9999
-24/01/2024 10:41:14,9999
-24/01/2024 10:41:16,9999
-24/01/2024 10:41:18,9999
-24/01/2024 10:41:20,9999
-24/01/2024 10:41:22,9999
-24/01/2024 10:41:24,9999
-24/01/2024 10:41:26,9999
-24/01/2024 10:41:28,9999
-24/01/2024 10:41:30,9999
-24/01/2024 10:41:32,9999
-24/01/2024 10:41:34,9999
-24/01/2024 10:41:36,9999
-24/01/2024 10:41:38,9999
-24/01/2024 10:41:40,9999
-24/01/2024 10:41:42,9999
-24/01/2024 10:41:44,9999
-24/01/2024 10:41:46,9999
-24/01/2024 10:41:48,9999
-24/01/2024 10:41:50,9999
-24/01/2024 10:41:52,9999
-24/01/2024 10:41:54,9999
-24/01/2024 10:41:56,9999
-24/01/2024 10:41:58,9999
-24/01/2024 10:42:00,9999
-24/01/2024 10:42:02,9999
-24/01/2024 10:42:04,9999
-24/01/2024 10:42:06,9999
-24/01/2024 10:42:08,9999
-24/01/2024 10:42:10,9999
-24/01/2024 10:42:12,9999
-24/01/2024 10:42:14,9999
-24/01/2024 10:42:16,9999
-24/01/2024 10:42:18,9999
-24/01/2024 10:42:20,9999
-24/01/2024 10:42:22,9999
-24/01/2024 10:42:24,9999
-24/01/2024 10:42:26,9999
-24/01/2024 10:42:28,9999
-24/01/2024 10:42:30,9999
-24/01/2024 10:42:32,9999
-24/01/2024 10:42:34,9999
-24/01/2024 10:42:36,9999
-24/01/2024 10:42:38,9999
-24/01/2024 10:42:40,9999
-24/01/2024 10:42:42,9999
-24/01/2024 10:42:44,9999
-24/01/2024 10:42:46,9999
-24/01/2024 10:42:48,9999
-24/01/2024 10:42:50,9999
-24/01/2024 10:42:52,9999
-24/01/2024 10:42:54,9999
-24/01/2024 10:42:56,9999
-24/01/2024 10:42:58,9999
-24/01/2024 10:43:00,9999
-24/01/2024 10:43:02,9999
-24/01/2024 10:43:04,9999
-24/01/2024 10:43:06,9999
-24/01/2024 10:43:08,9999
-24/01/2024 10:43:10,9999
-24/01/2024 10:43:12,9999
-24/01/2024 10:43:14,9999
-24/01/2024 10:43:16,9999
-24/01/2024 10:43:18,9999
-24/01/2024 10:43:20,9999
-24/01/2024 10:43:22,9999
-24/01/2024 10:43:24,9999
-24/01/2024 10:43:26,9999
-24/01/2024 10:43:28,9999
-24/01/2024 10:43:30,9999
-24/01/2024 10:43:32,9999
-24/01/2024 10:43:34,9999
-24/01/2024 10:43:36,9999
-24/01/2024 10:43:38,9999
-24/01/2024 10:43:40,9999
-24/01/2024 10:43:42,9999
-24/01/2024 10:43:44,9999
-24/01/2024 10:43:47,9999
-24/01/2024 10:43:49,9999
-24/01/2024 10:43:51,9999
-24/01/2024 10:43:53,9999
-24/01/2024 10:43:55,9999
-24/01/2024 10:43:57,9999
-24/01/2024 10:43:59,9999
-24/01/2024 10:44:01,9999
-24/01/2024 10:44:03,9999
-24/01/2024 10:44:05,9999
-24/01/2024 10:44:07,9999
-24/01/2024 10:44:09,9999
-24/01/2024 10:44:11,9999
-24/01/2024 10:44:13,9999
-24/01/2024 10:44:15,9999
-24/01/2024 10:44:17,9999
-24/01/2024 10:44:19,9999
-24/01/2024 10:44:21,9999
-24/01/2024 10:44:23,9999
-24/01/2024 10:44:25,9999
-24/01/2024 10:44:27,9999
-24/01/2024 10:44:29,9999
-24/01/2024 10:44:31,9999
-24/01/2024 10:44:33,9999
-24/01/2024 10:44:35,9999
-24/01/2024 10:44:37,9999
-24/01/2024 10:44:39,9999
-24/01/2024 10:44:41,9999
-24/01/2024 10:44:43,9999
-24/01/2024 10:44:45,9999
-24/01/2024 10:44:47,9999
-24/01/2024 10:44:49,9999
-24/01/2024 10:44:51,9999
-24/01/2024 10:44:53,9999
-24/01/2024 10:44:55,9999
-24/01/2024 10:44:57,9999
-24/01/2024 10:44:59,9999
-24/01/2024 10:45:01,9999
-24/01/2024 10:45:03,9999
-24/01/2024 10:45:05,9999
-24/01/2024 10:45:07,9999
-24/01/2024 10:45:09,9999
-24/01/2024 10:45:11,9999
-24/01/2024 10:45:13,9999
-24/01/2024 10:45:15,9999
-24/01/2024 10:45:17,9999
-24/01/2024 10:45:19,9999
-24/01/2024 10:45:21,9999
-24/01/2024 10:45:23,9999
-24/01/2024 10:45:25,9999
-24/01/2024 10:45:27,9999
-24/01/2024 10:45:29,9999
-24/01/2024 10:45:31,9999
-24/01/2024 10:45:33,9999
-24/01/2024 10:45:35,9999
-24/01/2024 10:45:37,9999
-24/01/2024 10:45:39,9999
-24/01/2024 10:45:41,9999
-24/01/2024 10:45:43,9999
-24/01/2024 10:45:45,9999
-24/01/2024 10:45:47,9999
-24/01/2024 10:45:49,9999
-24/01/2024 10:45:51,9999
-24/01/2024 10:45:53,9999
-24/01/2024 10:45:55,9999
-24/01/2024 10:45:57,9999
-24/01/2024 10:45:59,9999
-24/01/2024 10:46:01,9999
-24/01/2024 10:46:03,9999
-24/01/2024 10:46:05,9999
-24/01/2024 10:46:07,9999
-24/01/2024 10:46:09,9999
-24/01/2024 10:46:11,9999
-24/01/2024 10:46:13,9999
-24/01/2024 10:46:15,9999
-24/01/2024 10:46:17,9999
-24/01/2024 10:46:19,9999
-24/01/2024 10:46:21,9999
-24/01/2024 10:46:23,9999
-24/01/2024 10:46:25,9999
-24/01/2024 10:46:27,9999
-24/01/2024 10:46:30,9999
-24/01/2024 10:46:32,9999
-24/01/2024 10:46:34,9999
-24/01/2024 10:46:36,9999
-24/01/2024 10:46:38,9999
-24/01/2024 10:46:40,9999
-24/01/2024 10:46:42,9999
-24/01/2024 10:46:44,9999
-24/01/2024 10:46:46,9999
-24/01/2024 10:46:48,9999
-24/01/2024 10:46:50,9999
-24/01/2024 10:46:52,9999
-24/01/2024 10:46:54,9999
-24/01/2024 10:46:56,9999
-24/01/2024 10:46:58,9999
-24/01/2024 10:47:00,9999
-24/01/2024 10:47:02,9999
-24/01/2024 10:47:04,9999
-24/01/2024 10:47:06,9999
-24/01/2024 10:47:08,9999
-24/01/2024 10:47:10,9999
-24/01/2024 10:47:12,9999
-24/01/2024 10:47:14,9999
-24/01/2024 10:47:16,9999
-24/01/2024 10:47:18,9999
-24/01/2024 10:47:20,9999
-24/01/2024 10:47:22,9999
-24/01/2024 10:47:24,9999
-24/01/2024 10:47:26,9999
-24/01/2024 10:47:28,9999
-24/01/2024 10:47:30,9999
-24/01/2024 10:47:32,9999
-24/01/2024 10:47:34,9999
-24/01/2024 10:47:36,9999
-24/01/2024 10:47:38,9999
-24/01/2024 10:47:40,9999
-24/01/2024 10:47:42,9999
-24/01/2024 10:47:44,9999
-24/01/2024 10:47:46,9999
-24/01/2024 10:47:48,9999
-24/01/2024 10:47:50,9999
-24/01/2024 10:47:52,9999
-24/01/2024 10:47:54,9999
-24/01/2024 10:47:56,9999
-24/01/2024 10:47:58,9999
-24/01/2024 10:48:00,9999
-24/01/2024 10:48:02,9999
-24/01/2024 10:48:04,9999
-24/01/2024 10:48:06,9999
-24/01/2024 10:48:08,9999
-24/01/2024 10:48:10,9999
-24/01/2024 10:48:12,9999
-24/01/2024 10:48:14,9999
-24/01/2024 10:48:16,9999
-24/01/2024 10:48:18,9999
-24/01/2024 10:48:20,9999
-24/01/2024 10:48:22,9999
-24/01/2024 10:48:24,9999
-24/01/2024 10:48:26,9999
-24/01/2024 10:48:28,9999
-24/01/2024 10:48:30,9999
-24/01/2024 10:48:32,9999
-24/01/2024 10:48:34,9999
-24/01/2024 10:48:36,9999
-24/01/2024 10:48:38,9999
-24/01/2024 10:48:40,9999
-24/01/2024 10:48:42,9999
-24/01/2024 10:48:44,9999
-24/01/2024 10:48:46,9999
-24/01/2024 10:48:48,9999
-24/01/2024 10:48:50,9999
-24/01/2024 10:48:52,9999
-24/01/2024 10:48:54,9999
-24/01/2024 10:48:57,9999
-24/01/2024 10:48:59,9999
-24/01/2024 10:49:01,9999
-24/01/2024 10:49:03,9999
-24/01/2024 10:49:05,9999
-24/01/2024 10:49:07,9999
-24/01/2024 10:49:09,9999
-24/01/2024 10:49:11,9999
-24/01/2024 10:49:13,9999
-24/01/2024 10:49:15,9999
-24/01/2024 10:49:17,9999
-24/01/2024 10:49:19,9999
-24/01/2024 10:49:21,9999
-24/01/2024 10:49:23,9999
-24/01/2024 10:49:25,9999
-24/01/2024 10:49:27,9999
-24/01/2024 10:49:29,9999
-24/01/2024 10:49:31,9999
-24/01/2024 10:49:33,9999
-24/01/2024 10:49:35,9999
-24/01/2024 10:49:37,9999
-24/01/2024 10:49:39,9999
-24/01/2024 10:49:41,9999
-24/01/2024 10:49:43,9999
-24/01/2024 10:49:45,9999
-24/01/2024 10:49:47,9999
-24/01/2024 10:49:49,9999
-24/01/2024 10:49:51,9999
-24/01/2024 10:49:53,9999
-24/01/2024 10:49:55,9999
-24/01/2024 10:49:57,9999
-24/01/2024 10:49:59,9999
-24/01/2024 10:50:59,9999
-24/01/2024 10:51:01,9999
-24/01/2024 10:51:03,9999
-24/01/2024 10:51:05,9999
-24/01/2024 10:51:07,9999
-24/01/2024 10:51:09,9999
-24/01/2024 10:51:11,9999
-24/01/2024 10:51:13,9999
-24/01/2024 10:51:15,9999
-24/01/2024 10:51:17,9999
-24/01/2024 10:51:19,9999
-24/01/2024 10:51:21,9999
-24/01/2024 10:51:23,9999
-24/01/2024 10:51:25,9999
-24/01/2024 10:51:27,9999
-24/01/2024 10:51:29,9999
-24/01/2024 10:51:31,9999
-24/01/2024 10:51:33,9999
-24/01/2024 10:51:35,9999
-24/01/2024 10:51:37,9999
-24/01/2024 10:51:39,9999
-24/01/2024 10:51:41,9999
-24/01/2024 10:51:43,9999
-24/01/2024 10:51:45,9999
-24/01/2024 10:51:47,9999
-24/01/2024 10:51:49,9999
-24/01/2024 10:51:51,9999
-24/01/2024 10:51:53,9999
-24/01/2024 10:51:55,9999
-24/01/2024 10:51:57,9999
-24/01/2024 10:51:59,9999
-24/01/2024 10:52:01,9999
-24/01/2024 10:52:03,9999
-24/01/2024 10:52:05,9999
-24/01/2024 10:52:07,9999
-24/01/2024 10:52:09,9999
-24/01/2024 10:52:11,9999
-24/01/2024 10:52:13,9999
-24/01/2024 10:52:15,9999
-24/01/2024 10:52:17,9999
-24/01/2024 10:52:19,9999
-24/01/2024 10:52:21,9999
-24/01/2024 10:52:23,9999
-24/01/2024 10:52:25,9999
-24/01/2024 10:52:27,9999
-24/01/2024 10:52:29,9999
-24/01/2024 10:52:31,9999
-24/01/2024 10:52:33,9999
-24/01/2024 10:52:35,9999
-24/01/2024 10:52:37,9999
-24/01/2024 10:52:39,9999
-24/01/2024 10:52:41,9999
-24/01/2024 10:52:43,9999
-24/01/2024 10:52:45,9999
-24/01/2024 10:52:47,9999
-24/01/2024 10:52:49,9999
-24/01/2024 10:52:51,9999
-24/01/2024 10:52:53,9999
-24/01/2024 10:52:55,9999
-24/01/2024 10:52:57,9999
-24/01/2024 10:52:59,9999
-24/01/2024 10:53:01,9999
-24/01/2024 10:53:03,9999
-24/01/2024 10:53:05,9999
-24/01/2024 10:53:07,9999
-24/01/2024 10:53:09,9999
-24/01/2024 10:53:11,9999
-24/01/2024 10:53:13,9999
-24/01/2024 10:53:15,9999
-24/01/2024 10:53:17,9999
-24/01/2024 10:53:19,9999
-24/01/2024 10:53:21,9999
-24/01/2024 10:53:23,9999
-24/01/2024 10:53:25,9999
-24/01/2024 10:53:27,9999
-24/01/2024 10:53:29,9999
-24/01/2024 10:53:31,9999
-24/01/2024 10:53:33,9999
-24/01/2024 10:53:35,9999
-24/01/2024 10:53:37,9999
-24/01/2024 10:53:39,9999
-24/01/2024 10:53:41,9999
-24/01/2024 10:53:43,9999
-24/01/2024 10:53:45,9999
-24/01/2024 10:53:47,9999
-24/01/2024 10:53:49,9999
-24/01/2024 10:53:51,9999
-24/01/2024 10:53:53,9999
-24/01/2024 10:53:55,9999
-24/01/2024 10:53:57,9999
-24/01/2024 10:53:59,9999
-24/01/2024 10:54:01,9999
-24/01/2024 10:54:03,9999
-24/01/2024 10:54:05,9999
-24/01/2024 10:54:08,9999
-24/01/2024 10:54:10,9999
-24/01/2024 10:54:12,9999
-24/01/2024 10:54:14,9999
-24/01/2024 10:54:16,9999
-24/01/2024 10:54:18,9999
-24/01/2024 10:54:20,9999
-24/01/2024 10:54:22,9999
-24/01/2024 10:54:24,9999
-24/01/2024 10:54:26,9999
-24/01/2024 10:54:28,9999
-24/01/2024 10:54:30,9999
-24/01/2024 10:54:32,9999
-24/01/2024 10:54:34,9999
-24/01/2024 10:54:36,9999
-24/01/2024 10:54:38,9999
-24/01/2024 10:54:40,9999
-24/01/2024 10:54:42,9999
-24/01/2024 10:54:44,9999
-24/01/2024 10:54:46,9999
-24/01/2024 10:54:48,9999
-24/01/2024 10:54:50,9999
-24/01/2024 10:54:52,9999
-24/01/2024 10:54:54,9999
-24/01/2024 10:54:56,9999
-24/01/2024 10:54:58,9999
-24/01/2024 10:55:00,9999
-24/01/2024 10:55:02,9999
-24/01/2024 10:55:04,9999
-24/01/2024 10:55:06,9999
-24/01/2024 10:55:08,9999
-24/01/2024 10:55:10,9999
-24/01/2024 10:55:12,9999
-24/01/2024 10:55:14,9999
-24/01/2024 10:55:16,9999
-24/01/2024 10:55:18,9999
-24/01/2024 10:55:20,9999
-24/01/2024 10:55:22,9999
-24/01/2024 10:55:24,9999
-24/01/2024 10:55:26,9999
-24/01/2024 10:55:28,9999
-24/01/2024 10:55:30,9999
-24/01/2024 10:55:32,9999
-24/01/2024 10:55:34,9999
-24/01/2024 10:55:36,9999
-24/01/2024 10:55:38,9999
-24/01/2024 10:55:40,9999
-24/01/2024 10:55:42,9999
-24/01/2024 10:55:44,9999
-24/01/2024 10:55:46,9999
-24/01/2024 10:55:48,9999
-24/01/2024 10:55:50,9999
-24/01/2024 10:55:52,9999
-24/01/2024 10:55:54,9999
-24/01/2024 10:55:56,9999
-24/01/2024 10:55:58,9999
-24/01/2024 10:56:00,9999
-24/01/2024 10:56:02,9999
-24/01/2024 10:56:04,9999
-24/01/2024 10:56:06,9999
-24/01/2024 10:56:08,9999
-24/01/2024 10:56:10,9999
-24/01/2024 10:56:12,9999
-24/01/2024 10:56:14,9999
-24/01/2024 10:56:16,9999
-24/01/2024 10:56:18,9999
-24/01/2024 10:56:20,9999
-24/01/2024 10:56:22,9999
-24/01/2024 10:56:24,9999
-24/01/2024 10:56:26,9999
-24/01/2024 10:56:28,9999
-24/01/2024 10:56:30,9999
-24/01/2024 10:56:32,9999
-24/01/2024 10:56:34,9999
-24/01/2024 10:56:36,9999
-24/01/2024 10:56:38,9999
-24/01/2024 10:56:40,9999
-24/01/2024 10:56:42,9999
-24/01/2024 10:56:44,9999
-24/01/2024 10:56:46,9999
-24/01/2024 10:56:48,9999
-24/01/2024 10:56:50,9999
-24/01/2024 10:56:52,9999
-24/01/2024 10:56:54,9999
-24/01/2024 10:56:56,9999
-24/01/2024 10:56:58,9999
-24/01/2024 10:57:00,9999
-24/01/2024 10:57:02,9999
-24/01/2024 10:57:04,9999
-24/01/2024 10:57:06,9999
-24/01/2024 10:57:08,9999
-24/01/2024 10:57:10,9999
-24/01/2024 10:57:12,9999
-24/01/2024 10:57:14,9999
-24/01/2024 10:57:16,9999
-24/01/2024 10:57:18,9999
-24/01/2024 10:57:20,9999
-24/01/2024 10:57:22,9999
-24/01/2024 10:57:24,9999
-24/01/2024 10:57:26,9999
-24/01/2024 10:57:28,9999
-24/01/2024 10:57:30,9999
-24/01/2024 10:57:32,9999
-24/01/2024 10:57:34,9999
-24/01/2024 10:57:36,9999
-24/01/2024 10:57:38,9999
-24/01/2024 10:57:40,9999
-24/01/2024 10:57:42,9999
-24/01/2024 10:57:44,9999
-24/01/2024 10:57:46,9999
-24/01/2024 10:57:48,9999
-24/01/2024 10:57:50,9999
-24/01/2024 10:57:52,9999
-24/01/2024 10:57:54,9999
-24/01/2024 10:57:56,9999
-24/01/2024 10:57:58,9999
-24/01/2024 10:58:00,9999
-24/01/2024 10:58:02,9999
-24/01/2024 10:58:04,9999
-24/01/2024 10:58:06,9999
-24/01/2024 10:58:08,9999
-24/01/2024 10:58:10,9999
-24/01/2024 10:58:12,9999
-24/01/2024 10:58:14,9999
-24/01/2024 10:58:16,9999
-24/01/2024 10:58:18,9999
-24/01/2024 10:58:20,9999
-24/01/2024 10:58:22,9999
-24/01/2024 10:58:24,9999
-24/01/2024 10:58:26,9999
-24/01/2024 10:58:28,9999
-24/01/2024 10:58:30,9999
-24/01/2024 10:58:32,9999
-24/01/2024 10:58:34,9999
-24/01/2024 10:58:36,9999
-24/01/2024 10:58:38,9999
-24/01/2024 10:58:40,9999
-24/01/2024 10:58:42,9999
-24/01/2024 10:58:44,9999
-24/01/2024 10:58:46,9999
-24/01/2024 10:58:48,9999
-24/01/2024 10:58:50,9999
-24/01/2024 10:58:52,9999
-24/01/2024 10:58:54,9999
-24/01/2024 10:58:56,9999
-24/01/2024 10:58:58,9999
-24/01/2024 10:59:00,9999
-24/01/2024 10:59:02,9999
-24/01/2024 10:59:04,9999
-24/01/2024 10:59:06,9999
-24/01/2024 10:59:08,9999
-24/01/2024 10:59:10,9999
-24/01/2024 10:59:12,9999
-24/01/2024 10:59:14,9999
-24/01/2024 10:59:16,9999
-24/01/2024 10:59:18,9999
-24/01/2024 10:59:20,9999
-24/01/2024 10:59:22,9999
-24/01/2024 10:59:24,9999
-24/01/2024 10:59:26,9999
-24/01/2024 10:59:28,9999
-24/01/2024 10:59:30,9999
-24/01/2024 10:59:32,9999
-24/01/2024 10:59:34,9999
-24/01/2024 10:59:36,9999
-24/01/2024 10:59:39,9999
-24/01/2024 10:59:41,9999
-24/01/2024 10:59:43,9999
-24/01/2024 10:59:45,9999
-24/01/2024 10:59:47,9999
-24/01/2024 10:59:49,9999
-24/01/2024 10:59:51,9999
-24/01/2024 10:59:53,9999
-24/01/2024 10:59:55,9999
-24/01/2024 10:59:57,9999
-24/01/2024 10:59:59,9999
-24/01/2024 11:00:01,9999
-24/01/2024 11:00:03,9999
-24/01/2024 11:00:05,9999
-24/01/2024 11:00:07,9999
-24/01/2024 11:00:09,9999
-24/01/2024 11:00:11,9999
-24/01/2024 11:00:13,9999
-24/01/2024 11:00:15,9999
-24/01/2024 11:00:17,9999
-24/01/2024 11:00:19,9999
-24/01/2024 11:00:21,9999
-24/01/2024 11:00:23,9999
-24/01/2024 11:00:25,9999
-24/01/2024 11:00:27,9999
-24/01/2024 11:00:29,9999
-24/01/2024 11:00:31,9999
-24/01/2024 11:00:33,9999
-24/01/2024 11:00:35,9999
-24/01/2024 11:00:37,9999
-24/01/2024 11:00:39,9999
-24/01/2024 11:00:41,9999
-24/01/2024 11:00:43,9999
-24/01/2024 11:00:45,9999
-24/01/2024 11:00:47,9999
-24/01/2024 11:00:49,9999
-24/01/2024 11:00:51,9999
-24/01/2024 11:00:53,9999
-24/01/2024 11:00:55,9999
-24/01/2024 11:00:57,9999
-24/01/2024 11:00:59,9999
-24/01/2024 11:01:01,9999
-24/01/2024 11:01:03,9999
-24/01/2024 11:01:05,9999
-24/01/2024 11:01:07,9999
-24/01/2024 11:01:09,9999
-24/01/2024 11:01:11,9999
-24/01/2024 11:01:13,9999
-24/01/2024 11:01:15,9999
-24/01/2024 11:01:17,9999
-24/01/2024 11:01:19,9999
-24/01/2024 11:01:21,9999
-24/01/2024 11:01:23,9999
-24/01/2024 11:01:25,9999
-24/01/2024 11:01:27,9999
-24/01/2024 11:01:29,9999
-24/01/2024 11:01:31,9999
-24/01/2024 11:01:33,9999
-24/01/2024 11:01:35,9999
-24/01/2024 11:01:37,9999
-24/01/2024 11:01:39,9999
-24/01/2024 11:01:41,9999
-24/01/2024 11:01:43,9999
-24/01/2024 11:01:45,9999
-24/01/2024 11:01:47,9999
-24/01/2024 11:01:49,9999
-24/01/2024 11:01:51,9999
-24/01/2024 11:01:53,9999
-24/01/2024 11:01:55,9999
-24/01/2024 11:01:57,9999
-24/01/2024 11:01:59,9999
-24/01/2024 11:02:01,9999
-24/01/2024 11:02:03,9999
-24/01/2024 11:02:05,9999
-24/01/2024 11:02:07,9999
-24/01/2024 11:02:09,9999
-24/01/2024 11:02:11,9999
-24/01/2024 11:02:13,9999
-24/01/2024 11:02:15,9999
-24/01/2024 11:02:17,9999
-24/01/2024 11:02:19,9999
-24/01/2024 11:02:21,9999
-24/01/2024 11:02:23,9999
-24/01/2024 11:02:25,9999
-24/01/2024 11:02:27,9999
-24/01/2024 11:02:29,9999
-24/01/2024 11:02:31,9999
-24/01/2024 11:02:33,9999
-24/01/2024 11:02:35,9999
-24/01/2024 11:02:37,9999
-24/01/2024 11:02:39,9999
-24/01/2024 11:02:41,9999
-24/01/2024 11:02:43,9999
-24/01/2024 11:02:45,9999
-24/01/2024 11:02:47,9999
-24/01/2024 11:02:49,9999
-24/01/2024 11:02:51,9999
-24/01/2024 11:02:53,9999
-24/01/2024 11:02:55,9999
-24/01/2024 11:02:57,9999
-24/01/2024 11:02:59,9999
-24/01/2024 11:03:01,9999
-24/01/2024 11:03:03,9999
-24/01/2024 11:03:05,9999
-24/01/2024 11:03:07,9999
-24/01/2024 11:03:09,9999
-24/01/2024 11:03:11,9999
-24/01/2024 11:03:13,9999
-24/01/2024 11:03:15,9999
-24/01/2024 11:03:17,9999
-24/01/2024 11:03:19,9999
-24/01/2024 11:03:21,9999
-24/01/2024 11:03:23,9999
-24/01/2024 11:03:25,9999
-24/01/2024 11:03:27,9999
-24/01/2024 11:03:29,9999
-24/01/2024 11:03:31,9999
-24/01/2024 11:03:33,9999
-24/01/2024 11:03:35,9999
-24/01/2024 11:03:37,9999
-24/01/2024 11:03:39,9999
-24/01/2024 11:03:41,9999
-24/01/2024 11:03:43,9999
-24/01/2024 11:03:45,9999
-24/01/2024 11:03:47,9999
-24/01/2024 11:03:49,9999
-24/01/2024 11:03:51,9999
-24/01/2024 11:03:53,9999
-24/01/2024 11:03:55,9999
-24/01/2024 11:03:58,9999
-24/01/2024 11:04:00,9999
-24/01/2024 11:04:02,9999
-24/01/2024 11:04:04,9999
-24/01/2024 11:04:06,9999
-24/01/2024 11:04:08,9999
-24/01/2024 11:04:10,9999
-24/01/2024 11:04:12,9999
-24/01/2024 11:04:14,9999
-24/01/2024 11:04:16,9999
-24/01/2024 11:04:18,9999
-24/01/2024 11:04:20,9999
-24/01/2024 11:04:22,9999
-24/01/2024 11:04:24,9999
-24/01/2024 11:04:26,9999
-24/01/2024 11:04:28,9999
-24/01/2024 11:04:30,9999
-24/01/2024 11:04:32,9999
-24/01/2024 11:04:34,9999
-24/01/2024 11:04:36,9999
-24/01/2024 11:04:38,9999
-24/01/2024 11:04:40,9999
-24/01/2024 11:04:42,9999
-24/01/2024 11:04:44,9999
-24/01/2024 11:04:46,9999
-24/01/2024 11:04:48,9999
-24/01/2024 11:04:50,9999
-24/01/2024 11:04:52,9999
-24/01/2024 11:04:54,9999
-24/01/2024 11:04:56,9999
-24/01/2024 11:04:58,9999
-24/01/2024 11:05:00,9999
-24/01/2024 11:05:02,9999
-24/01/2024 11:05:04,9999
-24/01/2024 11:05:06,9999
-24/01/2024 11:05:08,9999
-24/01/2024 11:05:10,9999
-24/01/2024 11:05:12,9999
-24/01/2024 11:05:14,9999
-24/01/2024 11:05:16,9999
-24/01/2024 11:05:18,9999
-24/01/2024 11:05:20,9999
-24/01/2024 11:05:22,9999
-24/01/2024 11:05:24,9999
-24/01/2024 11:05:26,9999
-24/01/2024 11:05:28,9999
-24/01/2024 11:05:30,9999
-24/01/2024 11:05:32,9999
-24/01/2024 11:05:34,9999
-24/01/2024 11:05:36,9999
-24/01/2024 11:05:38,9999
-24/01/2024 11:05:40,9999
-24/01/2024 11:05:42,9999
-24/01/2024 11:05:44,9999
-24/01/2024 11:05:46,9999
-24/01/2024 11:05:48,9999
-24/01/2024 11:05:50,9999
-24/01/2024 11:05:52,9999
-24/01/2024 11:05:54,9999
-24/01/2024 11:05:56,9999
-24/01/2024 11:05:58,9999
-24/01/2024 11:06:00,9999
-24/01/2024 11:06:02,9999
-24/01/2024 11:06:04,9999
-24/01/2024 11:06:06,9999
-24/01/2024 11:06:08,9999
-24/01/2024 11:06:10,9999
-24/01/2024 11:06:12,9999
-24/01/2024 11:06:14,9999
-24/01/2024 11:06:16,9999
-24/01/2024 11:06:18,9999
-24/01/2024 11:06:20,9999
-24/01/2024 11:06:22,9999
-24/01/2024 11:06:24,9999
-24/01/2024 11:06:26,9999
-24/01/2024 11:06:28,9999
-24/01/2024 11:06:30,9999
-24/01/2024 11:06:32,9999
-24/01/2024 11:06:34,9999
-24/01/2024 11:06:36,9999
-24/01/2024 11:06:38,9999
-24/01/2024 11:06:40,9999
-24/01/2024 11:06:42,9999
-24/01/2024 11:06:44,9999
-24/01/2024 11:06:46,9999
-24/01/2024 11:06:48,9999
-24/01/2024 11:06:50,9999
-24/01/2024 11:06:52,9999
-24/01/2024 11:06:54,9999
-24/01/2024 11:06:56,9999
-24/01/2024 11:06:58,9999
-24/01/2024 11:07:00,9999
-24/01/2024 11:07:02,9999
-24/01/2024 11:07:04,9999
-24/01/2024 11:07:06,9999
-24/01/2024 11:07:08,9999
-24/01/2024 11:07:10,9999
-24/01/2024 11:07:12,9999
-24/01/2024 11:07:14,9999
-24/01/2024 11:07:16,9999
-24/01/2024 11:07:18,9999
-24/01/2024 11:07:20,9999
-24/01/2024 11:07:22,9999
-24/01/2024 11:07:24,9999
-24/01/2024 11:07:26,9999
-24/01/2024 11:07:28,9999
-24/01/2024 11:07:30,9999
-24/01/2024 11:07:32,9999
-24/01/2024 11:07:34,9999
-24/01/2024 11:07:36,9999
-24/01/2024 11:07:38,9999
-24/01/2024 11:07:40,9999
-24/01/2024 11:07:42,9999
-24/01/2024 11:07:44,9999
-24/01/2024 11:07:46,9999
-24/01/2024 11:07:48,9999
-24/01/2024 11:07:50,9999
-24/01/2024 11:07:52,9999
-24/01/2024 11:07:54,9999
-24/01/2024 11:07:56,9999
-24/01/2024 11:07:58,9999
-24/01/2024 11:08:00,9999
-24/01/2024 11:08:02,9999
-24/01/2024 11:08:04,9999
-24/01/2024 11:08:06,9999
-24/01/2024 11:08:08,9999
-24/01/2024 11:08:10,9999
-24/01/2024 11:08:12,9999
-24/01/2024 11:08:14,9999
-24/01/2024 11:08:16,9999
-24/01/2024 11:08:18,9999
-24/01/2024 11:08:20,9999
-24/01/2024 11:08:22,9999
-24/01/2024 11:08:24,9999
-24/01/2024 11:08:26,9999
-24/01/2024 11:08:28,9999
-24/01/2024 11:08:30,9999
-24/01/2024 11:08:32,9999
diff --git a/uc2_configs/pindefUC2Standalon1.json b/uc2_configs/pindefUC2Standalon1.json
deleted file mode 100644
index 3f9cc60..0000000
--- a/uc2_configs/pindefUC2Standalon1.json
+++ /dev/null
@@ -1,46 +0,0 @@
-{   "motorconfig":[
-      {
-         "axis":"A",
-         "stepperid":0,
-         "dir":21,
-         "step":22,
-         "enable":13
-      },
-      {
-         "axis":"X",
-         "stepperid":1,
-         "dir":33,
-         "step":2,
-         "enable":13
-      },
-      {
-         "axis":"Y",
-         "stepperid":2,
-         "dir":16,
-         "step":27,
-         "enable":13
-      },
-      {
-         "axis":"Z",
-         "dir":14,
-         "step":12,
-         "enable":13
-      }
-   ],
-   "ledconfig":{
-      "ledArrNum":17,
-      "ledArrPin":16
-   },
-   "laserconfig":{
-      "LASER1pin":4,
-      "LASER2pin":15,
-      "LASER3pin":0
-   },
-   "stateconfig":{
-      "identifier_name":"UC2_Feather",
-      "identifier_id":"V1.2",
-      "identifier_date":"Nov  7 202212:52:14",
-      "identifier_author":"BD",
-      "IDENTIFIER_NAME":""
-   }
-}
\ No newline at end of file
diff --git a/uc2_configs/pindefUC2Standalon2.json b/uc2_configs/pindefUC2Standalon2.json
deleted file mode 100644
index 87f3a46..0000000
--- a/uc2_configs/pindefUC2Standalon2.json
+++ /dev/null
@@ -1,46 +0,0 @@
-{   "motorconfig":[
-      {
-         "axis":"A",
-         "stepperid":0,
-         "dir":21,
-         "step":22,
-         "enable":13
-      },
-      {
-         "axis":"X",
-         "stepperid":1,
-         "dir":33,
-         "step":2,
-         "enable":13
-      },
-      {
-         "axis":"Y",
-         "stepperid":2,
-         "dir":16,
-         "step":27,
-         "enable":13
-      },
-      {
-         "axis":"Z",
-         "dir":14,
-         "step":12,
-         "enable":13
-      }
-   ],
-   "ledconfig":{
-      "ledArrNum":16,
-      "ledArrPin":32
-   },
-   "laserconfig":{
-      "LASER1pin":17,
-      "LASER2pin":4,
-      "LASER3pin":15
-   },
-   "stateconfig":{
-      "identifier_name":"UC2_Feather",
-      "identifier_id":"V1.2",
-      "identifier_date":"Nov  7 202212:52:14",
-      "identifier_author":"BD",
-      "IDENTIFIER_NAME":""
-   }
-}
\ No newline at end of file
diff --git a/uc2_configs/pindefWemos.json b/uc2_configs/pindefWemos.json
deleted file mode 100644
index 581d275..0000000
--- a/uc2_configs/pindefWemos.json
+++ /dev/null
@@ -1,47 +0,0 @@
-{
-   "motorconfig":[
-      {
-         "axis":"A",
-         "stepperid":0,
-         "dir":0,
-         "step":0,
-         "enable":12
-      },
-      {
-         "axis":"X",
-         "stepperid":1,
-         "dir":16,
-         "step":26,
-         "enable":12
-      },
-      {
-         "axis":"Y",
-         "stepperid":2,
-         "dir":27,
-         "step":25,
-         "enable":12
-      },
-      {
-         "axis":"Z",
-         "dir":14,
-         "step":17,
-         "enable":12
-      }
-   ],
-   "ledconfig":{
-      "ledArrNum":25,
-      "ledArrPin":4
-   },
-   "laserconfig":{
-      "LASER1pin":19,
-      "LASER2pin":18,
-      "LASER3pin":0
-   },
-   "stateconfig":{
-      "identifier_name":"UC2_Feather",
-      "identifier_id":"V1.2",
-      "identifier_date":"Nov  7 202212:52:14",
-      "identifier_author":"BD",
-      "IDENTIFIER_NAME":""
-   }
-}
\ No newline at end of file