Differences

This shows you the differences between two versions of the page.

--- atmos:tripod:home [2024/04/10 16:31] – created - external edit 127.0.0.1
+++ atmos:tripod:home [2025/05/14 18:33] (current) – [TIMMS-SN00100] halmos
@@ Line 8: / Line 8: @@
 ===Instruments Installed===
-  * [[http://wiki.atmos.und.edu/doku.php?id=atmos:meteorological_observations_trailer:instrumentation:young-81000:home| R.M. Young 81000 3 Axis Sonic Anemometer]]
+  * [[atmos:meteorological_observations_trailer:instrumentation:young-81000:home| R.M. Young 81000 3 Axis Sonic Anemometer]]
   * Anydesk (875 427 442)
+=== Temp/Humidity Setup Via A/D Board ===
+  * Uses a [[https://www.tequipment.net/Digilent/MCC-118/Voltage-Datalogger/?Source=googleshopping&gad_source=1&gclid=Cj0KCQjw6auyBhDzARIsALIo6v9-GpAuTCzdIdsHVmugmJZMCMTaGFFV8Fe6gwLAjusNZyt9NwHJeaIaAs9TEALw_wcB|Digilent MCC 118 - 12-Bit, 8-Channel Voltage Measurement DAQ HAT]] for Raspberry Pi
 ===USB Webcam===
@@ Line 16: / Line 20: @@
   * Deployed Location: Gorman Field Small UAS Airport, Emerado, ND
   * Deployed Position: Latitude 47 50' 55.13", Longitude 97 20' 54.14"
+  * Deployed Elevation: 932ft (estimated with Google Earth)
   * Deployed Date: December 12, 2023.
   * [[.LabBook|Lab Book]]
   * Anydesk (562 750 981)
+===Available Variables===
+  * Visibility
+  * Wind Speed
+  * Station Pressure
+  * Altimeter Setting
+  * Temperature
+  * Relative Humidity
+===Source Code===
+  * The data displayed on Grafana is coming from a python script that is titled IMetXQ2_tri.py. To change this code, connect to the Anydesk listed above.
+===Instruments Installed===
+  * [[atmos:meteorological_observations_trailer:instrumentation:imetxq2:home|iMet-XQ2 UAV Sensor]]
 ===Initial Raspberry Pi Setup===
-  * * [[http://wiki.atmos.und.edu/doku.php?id=atmos:citation:instruments:raspberrypi_setup:home|Raspberry Pi Inital Setup Wiki]]
+  * * [[atmos:citation:instruments:raspberrypi_setup:home|Raspberry Pi Inital Setup Wiki]]
 ===Pi Camera Setup===
 ==Use this section if you are using the official pi camera that plugs directly into the board==
   * [[http://camera.atmos.und.edu/calgary/MetTrailer_CAM/PiCamera/plots/Picamera-latest.jpg|Direct Link to Camera Images]]
   * [[http://camera.atmos.und.edu/picam100.html|Raspberry Pi Camera Images Wiki]]
-  * [[http://wiki.atmos.und.edu/doku.php?id=atmos:citation:instruments:raspberrypi_camera:home|Pi Camera Image Setup Wiki]]
+  * [[atmos:citation:instruments:raspberrypi_camera:home|Pi Camera Image Setup Wiki]]
 ===USB Camera Setup===
-  *[[http://wiki.atmos.und.edu/doku.php?id=atmos:citation:instruments:USB_Camera:home|Raspberry Pi USB Camera Image Setup Wiki]]
+  *[[atmos:citation:instruments:USB_Camera:home|Raspberry Pi USB Camera Image Setup Wiki]]
 ===Setting up the camera to take a picture automatically===
   * The ADPAA scripts save-img.sh and transfer+remove.sh are run by crontab to acquire and transfer images.
-  *[[http://wiki.atmos.und.edu/doku.php?id=atmos:citation:instruments:USB_Camera_automation:home|Setup automation via cron jobs]]
+  *[[atmos:citation:instruments:USB_Camera_automation:home|Setup automation via cron jobs]]
 ===Setting up a new TIMM===
-  *[[http://wiki.atmos.und.edu/doku.php?id=atmos:tripod:setup|Setup a new TIMM]]
+  *[[atmos:tripod:setup|Setup a new TIMM]]
 ===Meteorological Measurements Setup===
 Acquisition is provided on the Raspberry Pi using the python program of IMetX!2_try.py, SenMiniOFS_tri.py and YoungAnem_tri.py. These three programs have been added to ADPAA software package. The data goes into the CORDS/Granafa system, see [http://3.89.34.59:3000/d/rDMMs_T4k/tripod?orgId=1&from=1709890079217&to=1709933279217]