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--- atmos:researchmeetingnotes:researchmeetingnotes:home:ashley_vos [2025/12/31 23:25] – ashley.vos
+++ atmos:researchmeetingnotes:researchmeetingnotes:home:ashley_vos [2026/01/07 22:27] (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
+==== January 7th, 1:34 pm. ====
+   *Remote
+== Tasks ==
+  - TIMMS-00400 - Document
+    - Raspberry Pi
+      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
+    - Fluxgate compass
+      - read manual, determine connection, edit code
+    - 3D Anemometer-fix readings
+      - need typical db-9 rs-232 connection
+      - will need to change serial and voltage output format.
+      - 1=u, 3=w
+    - Need cover for relative temperature and humidity sensor.
+    - Pressure Transducer
+      - Must connect to A/D board, ideally through wires
+      - Output Analog, atmospheric pressure, highest accuracy, cheap
+  - iMet-XQ2 - test to see if they work after replacing the batteries
+  - Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
+    - Connect to Raspberry Pi and test
+  - 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
+  - Reconnect to computers in Clifford. (When at campus)
+== Reports ==
+  * TIMMS - found pressure transducer at https://www.digikey.com/en/products/detail/l-com/PS781-03G0L1/22657305
+  * iMet-XQ2 - DNW
+  * Rain Gauges - DNW
+  * Tipping Bucket Programming - DNW
+  * Aerosol Particle Sizer - DNW
+  * Append - found a very simple way of printing data (and appending data) to a text file, using '>>'. In command line, use "python3 TIMMS00400_WX.py >> test.txt" to append output from TIMMS00400_WX to a file named 'test.txt'. Use '>' for overwriting. Rewrote append code with same formatting code as writefile.py, changing the writing method to appending. After writing append code, continued to work on getting writefile to work to figure out how to test appendfile. Made progress, but ran into issues with self.create_format_arr not being an attribute of str. Beginning to think the problem is the output of TIMMS00400. Did some research, I believe that the output of TIMMS is not applicable for this method, as it outputs strings and not a list, dictionary, or file. As I am unable to access other instruments right now, I will be looking into the anemometer manual to make a list of everything I need to update the configuration.
+==== January 6th, 4:23 pm. ====
+   *Remote
+== Tasks ==
+  - TIMMS-00400 - Document
+    - Raspberry Pi
+      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
+    - Fluxgate compass
+      - read manual, determine connection, edit code
+    - 3D Anemometer-fix readings
+    - Need cover for relative temperature and humidity sensor.
+    - Pressure Transducer
+      - Must connect to A/D board, ideally through wires
+      - Output Analog, atmospheric pressure, highest accuracy, cheap
+  - iMet-XQ2 - test to see if they work after replacing the batteries
+  - Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
+    - Connect to Raspberry Pi and test
+  - 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
+  - Reconnect to computers in Clifford. (When at campus)
+== Reports ==
+  * TIMMS - DNW
+  * iMet-XQ2 - DNW
+  * Rain Gauges - DNW
+  * Tipping Bucket Programming - DNW
+  * Aerosol Particle Sizer - DNW
+  * Append - Continued trying to figure out how WriteFile works. Made a small amount of progress. When returning to campus, will inquire with Dr. Delene. Upon next time working, will work on finding pressure transducer, then move on to continuing work on the append method.
 ==== December 31st, 10:16 am. ====
@@ Line 32: / Line 97: @@
   * Tipping Bucket Programming - DNW
   * Aerosol Particle Sizer - DNW
-  * Append - Continued to work on getting the writefile module to work, succeeded once but upon repeating the same method it did not work. Researched appending methods.
+  * Append - Continued to work on getting the writefile module to work, succeeded once but upon repeating the same method it did not work. Researched appending methods. Created a script on an IDE that appends in a simple manner and will use it to work as a base. Will need to look into formatting appended output, as the writefile.py does. Next task is to get it to work through the ADPAA, so I will again explore writefile execution first.
 ==== December 25th, 2:53 pm. ====