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--- atmos:researchmeetingnotes:researchmeetingnotes:home:ashley_vos [2026/02/26 04:48] – ashley.vos
+++ atmos:researchmeetingnotes:researchmeetingnotes:home:ashley_vos [2026/03/04 01:17] (current) – ashley.vos
@@ Line 2: / Line 2: @@
   Interest in the surface measurement instrument. Interested in probe flow modeling and ground electric field mills.
   DNW = Did Not Work
+Links to other Wiki Sites in this page:
+  * [[https://atmoswiki.azurewebsites.net/doku.php?id=atmos:citation:instruments:raspberrypi_setup:home|Initial Raspberry Pi Setup Instructions]]
+==== March 3rd, 2:31 pm. ====
+== Tasks ==
+  - TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
+    - Set USB Devices to properly identify devices in ports on reboot
+    - Add Mini OSF Sensor
+    - Decorate
+    - Switch anemometer to rs232 for vectors - will need to use xterm or cutecom, I believe, and connect it to the pi via USB.
+    - Instate 1 minute reset for wind vectors.
+  - iMet-XQ2 - hold
+  - AWS cameras - Order new battery
+  - Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
+    - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
+  - Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
+    - Hook up to raspberry pi
+    - finish writing programs
+    - get ready before rain, wait for stuff from tyler
+  - Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
+  - Create append method for ADPAA
+  - Snow Depth Detector - Find manual and get set up.
+  - Grafana standardize Gorman, Clifford, MetTrailer, Glacier Ridge
+  - Combine Aerosal cpc cnc teom aps Grafana
+  - make folders
+  - NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
+    - cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
+    - gamma ray detector plane in thunderstorm
+== Reports ==
+  * TIMMS - Braced TIMMS camera box harness to make camera box level. (Yay!)
+  * iMet-XQ2 - DNW
+  * AWS Cameras - Opened up non-functional camera with Dr. Delene. Will order new battery
+  * Rain Gauges - DNW
+  * Tipping Bucket Programming - DNW
+  * Aerosol Particle Sizer - DNW
+  * Append - DNW
+  * Provided secondary link for Raspberry Pi cases
+==== March 2nd, 5:19 pm. ====
+== Tasks ==
+  - TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
+    - Set USB Devices to properly identify devices in ports on reboot
+    - Add Mini OSF Sensor
+    - Decorate
+    - Switch anemometer to rs232 for vectors - will need to use xterm or cutecom, I believe, and connect it to the pi via USB.
+    - Instate 1 minute reset for wind vectors.
+  - iMet-XQ2 - hold
+  - AWS cameras - figure out why one does not work
+  - Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
+    - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
+  - Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
+    - Hook up to raspberry pi
+    - finish writing programs
+    - get ready before rain, wait for stuff from tyler
+  - Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
+  - Create append method for ADPAA
+  - Snow Depth Detector - Find manual and get set up.
+  - NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
+    - cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
+    - gamma ray detector plane in thunderstorm
+== Reports ==
+  * TIMMS - Received Mini- to Micro-HDMI cord and tested CrowView Note14 with the TIMMS. All worked out.
+  * iMet-XQ2 - DNW
+  * AWS Cameras - DNW
+  * Rain Gauges - DNW
+  * Tipping Bucket Programming - DNW
+  * Aerosol Particle Sizer - DNW
+  * Append - DNW
+  * Ordered calibration salts for humidity sensor
+  * Ordered cord hooks
+  * Ordered Raspberry Pi boxes
+  * Was told to skip on ordering temperature calibrator.
+  * Helped organize and clean up the lab.
+==== February 26th, 4:43 pm. ====
+== Tasks ==
+  - TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
+    - Set USB Devices to properly identify devices in ports on reboot
+    - Add Mini OSF Sensor
+    - Decorate
+    - Switch anemometer to rs232 for vectors - will need to use xterm or cutecom, I believe, and connect it to the pi via USB.
+    - Instate 1 minute reset for wind vectors.
+  - Order calibration salts for humidity sensor
+  - Order cord hooks
+  - Research temperature calibration methods and procure. Use NIST traceable temperature standard
+  - iMet-XQ2 - hold
+  - AWS cameras - figure out why one does not work
+  - Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
+    - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
+  - Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
+    - Hook up to raspberry pi
+    - finish writing programs
+    - get ready before rain, wait for stuff from tyler
+  - Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
+  - Create append method for ADPAA
+  - Snow Depth Detector - Find manual and get set up.
+  - NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
+    - cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
+    - gamma ray detector plane in thunderstorm
+== Reports ==
+  * TIMMS - Copied minute regulation code into TIMMS400 script. No RS232 cable available as of yet. Looked into code and data/voltage outputs to determine course of action. Will call Vaisala tomorrow to verify that the kit will work, verified time to call (7am-4pm cst) and took a picture of the device. Attempted to call the 24hr line with no success.
+  * iMet-XQ2 - DNW
+  * AWS Cameras - DNW
+  * Rain Gauges - DNW
+  * Tipping Bucket Programming - DNW
+  * Aerosol Particle Sizer - DNW
+  * Append - DNW
+  * Verified humidity salt selection.
+  * Received new instrument to get working, a snow depth detector.
 ==== February 25th, 5:37 pm. ====
@@ Line 39: / Line 155: @@
   * Continued searching for a temperature calibration method.
   * Set up two Raspberry Pis
+  * Updated documentation for ADPAA set up