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===== Ashley Vos Undergraduate Research (Aerospace Engineering) =====
  Interest in the surface measurement instrument. Interested in probe flow modeling and ground electric field mills.

==== December 1st, 5:42 pm. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
    - Pressure Transducer - find one to buy (cheap, highest accuracy)
      - Young, Campbell
      - Must connect to A/D board
      - Research SPI and IC2 interface
  - Sodder new charging port on iMet-XQ2
    - Find type (read manual) and order
  - Look into how to label small wires
  - Rain Gauges (Tipping Buckets)
    - Wire Rain and fog gauges
  - Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
  - Wire Aerosol to Power Control Device - will need to find manual.
  - Connect to Wi-Fi
  - Record how to set up DAQ HATS
  - Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)
== Reports ==
  * TIMMS - DNW
  * iMet-XQ2 - Soldered new charging ports onto both devices at the bench. Need to test - Inquire with Dr. Delene
  * Wires- could buy wire shrink printer, cheapest around 30-50 dollars, regular around 100-300. Otherwise buy smaller tape for the label maker, and just make it work. Confirmed with Dr. Delene, will work without it and see if it becomes necessary.
  * Rain Gauges - Wired another AC Plug
  * Tipping Bucket Programming - DNW
  * Aerosol Particle Sizer - DNW
  * Wi-Fi - Connected.
  * DAQ HATS - Done.
  * Append - DNW. New Task

==== November 24, 4:38 pm. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
    - Pressure Transducer - find one to buy (cheap, highest accuracy)
      - Young, Campbell
      - Must connect to A/D board
      - Research SPI and IC2 interface
  - Sodder new charging port on iMet-XQ2
    - Find type (read manual) and order
  - Look into how to label small wires
  - Rain Gauges (Tipping Buckets)
    - Wire Rain and fog gauges
  - Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
  - Wire Aerosol to Power Control Device - will need to find manual.
  - Connect to Wi-Fi
  - Record how to set up DAQ HATS
== Reports ==
  * TIMMS - Finished setting up Vaisala Temperature and Humidity sensor; recorded first data!
      * Recorded how to set up ADPA and how to set up the Vaisala Temperature and Humidity Probe
  * iMet-XQ2 - The ones we have work, but we'd have to flip the orientation. Could do it.
  * Wires- could buy wire shrink printer, cheapest around 30-50 dollars, regular around 100-300. Otherwise buy smaller tape for the label maker, and just make it work.
  * Rain Gauges - DNW
  * Tipping Bucket Programming - DNW
  * Aerosol Particle Sizer - Coded in data acquisition parameters save for the last one.
  * Wi-Fi - Will work, just need username from Dr. Delene

==== November 20, 4:46 pm. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
    - Pressure Transducer - find one to buy (cheap, highest accuracy)
      - Young, Campbell
      - Must connect to A/D board
      - Research SPI and IC2 interface
  - Sodder new charging port on iMet-XQ2
    - Find type (read manual) and order
  - Look into how to label small wires
  - Rain Gauges (Tipping Buckets)
    - Wire Rain and fog gauges
  - Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
  - Wire Aerosol to Power Control Device
== Reports ==
  * TIMMS - DNW
  * iMet-XQ2 - The ones we have work, but we'd have to flip the orientation. Could do it.
  * Wires- could buy wire shrink printer, cheapest around 30-50 dollars, regular around 100-300. Otherwise buy smaller tape for the label maker, and just make it work.
  * Rain Gauges - DNW
  * Tipping Bucket Programming - 
  * Aerosol Particle Sizer - Began wiring

==== November 19, 5:32 pm. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
    - Pressure Transducer - find one to buy (cheap, highest accuracy)
      - Young, Campbell
      - Must connect to A/D board
      - Research SPI and IC2 interface
  - Sodder new charging port on iMet-XQ2
    - Find type (read manual) and order
  - Look into how to label small wires
  - Rain Gauges (Tipping Buckets)
    - Set up second Raspberry Pi
    - Wire Rain and fog gauges
  - Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
  - Wire Aerosol to Power Control Device
== Reports ==
  * TIMMS - connected wires for temperature and humidity sensors, examined ADPAA and installed
  * iMet-XQ2 - DNW
  * Wires- DNW
  * Rain Gauges - Finished Cleaning
  * Tipping Bucket Programming - DNW
  * Aerosol Particle Sizer - DNW

==== November 13, evening. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
  - Sodder new charging port on iMet-XQ2
    - Find type (read manual) and order
  - Look into how to label small wires
  - Rain Gauges (Tipping Buckets)
    - Set up second Raspberry Pi
    - Wire Rain and fog gauges
  - Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
  - Resolve AnyDesk Conflict on TIMMS-SN00400
  - Wire Aerosol to Power Control Device
== Reports ==
  * TIMMS - DNW
  * iMet-XQ2 - DNW
  * Wires- DNW
  * Rain Gauges - Cleaned
  * Tipping Bucket Programming - DNW
  * Resolved AnyDesk Conflict on TIMMS-SN00400

==== November 10, 4:35 pm. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
  - Sodder new charging port on iMet-XQ2
  - Find Wire labels
  - Rain Gauges (Tipping Buckets)
    - Set up second Raspberry Pi
    - Wire Rain and fog gauges
  - Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
  - Update MAC addresses on Google Sheet "Computer-Access" for RAIN-SN00100, TippingBucket-SN00100, Electric Field Mill (E100), and CH601-Sonic
  - Resolve AnyDesk Conflict on TIMMS-SN00400
== Reports ==
  * TIMMS - did not work on (DNW)
    * Check if must ID for current devices (keyboard, mouse) w/ Dr. Delene
  * Did not have correct charging ports for iMet-XQ2 - Check w/ Dr. Delene
  * Wire labels - talk to Dr. Delene
  * Rain Gauges - Fastened one AC plug
  * Tipping Bucket - DNW
  * Updated all listed MAC addresses
  * Did not resolve AnyDesk Conflict on TIMMS-SN00400 :(

==== November 6, evening. ====

== Tasks ==
  - TIMMS-00400
    - Raspberry Pi
      - Connect Temperature and Humidity Sensor
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
      - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
    - Record hardware and software for TIMMS (Documentation)
  - Sodder new charging port on iMet-XQ2
  - Find Wire labels
  - Rain Gauges
    - Set up second Raspberry Pi
    - Wire Rain and fog gauges
== Reports ==
  * Will USB identification build into TIMMS-00400 - Check if must do for current devices w/ Dr. Delene
  * TIMMS - did not work on (DNW)
  * Did not have correct charging ports for iMet-XQ2 - Check w/ Dr. Delene
  * Wire labels - talk to Dr. Delene
  * Built 3D printed catching apparatus, wired one AC plug

==== November 4, 6:14 pm. ====

== Tasks ==
  - Create TIMMS-00400
    - Set up Raspberry Pi
      - Connect Temperature and Humidity Sensor to Raspberry Pi
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
  - Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
  - Record hardware and software for TIMMS
  - Set up second Raspberry Pi
  - Sodder new charging port on iMet-XQ2
  - Find Wire labels
== Reports ==
  * Will USB identification build into TIMMS-00400 - Check if must do for current devices w/ Dr. Delene
  * TIMMS-SN00400 - worked on reboot and usb connections
  * Set up Second Raspberry Pi
  * did not have correct charging ports for iMet-XQ2 - Check w/ Dr. Delene
  * Wire labels - talk to Dr. Delene

==== October 30, 4:50 pm. ====

== Tasks ==
  - Create TIMMS-00400
    - Set up Raspberry Pi
      - Connect Temperature and Humidity Sensor to Raspberry Pi
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
  - Download and Access ADPAA Repository on personal laptop and Raspberry Pi and record methods
    - Add SVN software, record how to download software and ADPAA
  - Record hardware and software for TIMMS
  - Update Clifford Hall Combined Grafana page to look like Gorman Field Grafana page
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Must wait for Wi-Fi to TIMMS-00300
    * Will build into TIMMS-00400
  * Finished ADPAA and SVN Client page
  * TIMMS-SN00400 - No progress
  * Explored Grafana - task will be put on "back burner" for times when other work must be placed on pause.

==== October 27, 5:25 pm. ====
  * Acquired power strip for camera box, 4 adapters
== Tasks ==
  - Create TIMMS-00400
    - Set up Raspberry Pi
      - Connect Temperature and Humidity Sensor to Raspberry Pi
      - Read manual for fluxgate compass and determine connection to Raspberry Pi
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
  - Download and Access ADPAA Repository on personal laptop and Raspberry Pi and record methods
    - Add SVN software, record how to download software and ADPAA
  - Record hardware and software for TIMMS
  - Update Clifford Hall Combined Grafana page to look like Gorman Field Grafana page
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Must wait for Wi-Fi to TIMMS-00300
    * Will build into TIMMS-00400
  * Began working on ADPAA and SVN client, documentation started, client downloaded
  * TIMMS-SN00400 - need to access ADPAA first
  * Explored Grafana - task will be put on "back burner" for times when other work must be placed on pause.

==== October 24, 8:19 am. ====
  * Met with Dr. Delane to discuss progress
  * Acquired 3D anemometer and USB Camera
== Tasks ==
  - Create TIMMS-00400
    - Find Raspberry pi box (shell around computer for protection/looks)
    - Connect Temperature and Humidity Sensor to Raspberry Pi
    - Read manual for fluxgate compass and determine connection to Raspberry Pi
    - Set up Raspberry Pi
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
  - Download and Access ADPAA Repository on personal laptop and Raspberry Pi and record methods
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Must wait for Wifi to TIMMS-00300
    * Will build into TIMMS-00400
  * TIMMS-00400
    * Emailed Wanda to order Raspberry Pi Box
    * Read manual for temperature and humidity sensor and discovered more documentation must be added.
      * Will look at ADPAA to see what past TIMMS set-ups have been
      * RECORD FINDINGS
    * No progress read fluxgate compass manual
    * Continued setting up Raspberry Pi
      * Got through [[https://atmoswiki.azurewebsites.net/doku.php?id=atmos:citation:instruments:raspberrypi_setup:home|Initial Raspberry Pi Setup Instructions]]
      * Next - Properly connect USB Camera (nearly done), connect temperature and humidity sensor
  * Began looking into downloading ADPAA
    * Must install SVN client
    * RECORD ALL FINDINGS

==== October 21, 8:45 am. ====
  * Met with Dr. Delane to discuss progress
  * Acquired pressure sensor exterior and Fluxgate Compass
  * Raspberry Pi SD card was set up
== Tasks ==
  - Create TIMMS-00400
    - Find Raspberry pi box (shell around computer for protection/looks)
    - Connect Temperature and Humidity Sensor to Raspberry Pi
    - Read manual for fluxgate compass and determine connection to Raspberry Pi
    - Set up Raspberry Pi
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Must wait for Wifi to TIMMS-00300
    * Will build into TIMMS-00400
  * TIMMS-00400
    * No progress Raspberry Pi box
      * New task
    * No progress connect temp and humidity
      * New task
    * No progress read fluxgate compass manual
      * New task
    * Began setting up Raspberry Pi
      * Got through step 4 on [[https://atmoswiki.azurewebsites.net/doku.php?id=atmos:citation:instruments:raspberrypi_setup:home|Initial Raspberry Pi Setup Instructions]]
        * Maybe through 5? Will investigate further.
      * Set timezone and preferences
    * Updated Wiki pages throughout progress for future reference
      * Updated TIMMS-00400 for new parts

==== October 17, 8:40 am. ====
  *Met with Dr. Delane to discuss progress
  *added more parts to list for TIMMS-00400
      * Pressure Transducer
      * DAQ HAT
      * MicroSD Card
      * USB Camera
      * Ultrasonic 3D Anemometer
      * Radiation shield for temperature and humidity sensor
  * Will update TIMMS-00400 wiki entry
== Tasks ==
  - Create TIMMS-00400
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  *Will remotely access TIMMS-00300 to properly identify devices
    * Must wait for Wifi to TIMMS-00300
    * Will build into TIMMS-00400
  * Connected Monitor to Raspberry Pi
  * Found proper power connection for Raspberry Pi
  * Updated TIMMS-00400 wiki entry
==== October 9, 7:00 pm. ====
  * Remote Work
== Tasks ==
  - Create TIMMS-00400
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Will build into TIMMS-00400
  * Looked into Raspberry Pi configuration and set up
  * Read instrument manuals for ultrasonic anemometer and temperature and humidity sensor.

==== October 8, 8:00 am. ====
  * Received box for TIMMS-00400
== Tasks ==
  - Create TIMMS-00400
  - Connect to Littlestorm
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Will build into TIMMS-00400
  * Connected to Littlestorm
  * Analyzed new components for TIMMS-00400

==== October 6, 5:15 pm. ====
  * Met with Dr. Delane
    * Accessed ndus vpn instead of und vpn to connect to Littlestorm
    * Received numerous components to continue building TIMMS-00400
== Tasks ==
  - Create TIMMS-00400
  - Connect to Littlestorm
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  * Will remotely access TIMMS-00300 to properly identify devices
    * Will build into TIMMS-00400
  * Waiting on email to finish connecting to Littlestorm
  * Began setting up Raspberry Pi for TIMMS-00400
    * Set up mouse and keyboard
    * Looked at power supply and video output ports
    * need USBC for power supply
      * Found cord that worked
      * Does not have large wall adapter, as recommended by Dr. Delane.
      * Look into finding a cord with USBC connection and large adapter
    * Need micro-hdmi for video
      * On order

==== October 2, 7:30 pm. ====
  * Remote Work
== Tasks ==
  - Create TIMMS-00400 
    - Parts List
  - Connect to Littlestorm
  - Connect to Grafana
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  *TO BE ADDRESSED AT NEXT MEETING (compilation)
    * Unable to connect to Littlestorm
    * Parts Uncertainty
      * Camera (which type)
      * Correct model of ultrasonic anemometer
      * Box (Camera or square)
      * UNUSED components (verify)
        * Pressure Transducer
        * DAQ HAT
        * Visibility Sensor
        * iMet-XQ2 UAV Sensor
        * Web Cam
  *DETAIL
    * Unable to connect to Littlestorm (connection timeout error)
      * Address at next meeting with Dr. Delane
    * Connected to Grafana
    * Parts List Progress
      * Collected wiki articles on instruments, TIMMS, and the MetTrailer
      * Began compiling more parts
        * Raspberry Pi 4B
        * Temp/Humidity Sensor
        * Tripod
        * Camera (USB or Pi cam)
        * Ultrasonic anemometer (Young Ultrasonic Anemometer Model 81000)
        * Camera Box or electrical box
        * NOT being used
          * Pressure Transducer
          * DAQ HAT
          * Visibility Sensor
          * iMet-XQ2 UAV Sensor
          * Web Cam
    * Set USB devices
      * Searched through wiki and online for guides
      * Found and recorded methods of assigning port identifiers for specific devices
        * Consult with Dr. Delane on updating TIMMS-00300, as it is deployed at the Glacial Ridge Field Site
      * Save records for application on TIMMS-00400

==== Meeting September 30, 9 am. ====
  * Have Wiki account and can edit things.
  * Order videos, comment monitor up the Raspberry Pi.
== Tasks ==
  - Create TIMMS-00400 
    - Parts List
  - Connect to Littlestorm
  - Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
== Reports ==
  *Unable to connect to Littlestorm (connection timeout error)
  *Parts List Progress
    *Raspberry Pi 4B
    *Temp/Humidity Sensor
    *Tripod
  *Created Sourceforge account
  *Accessed Chords (data website)
  *Created Zotero account
  *Unable to access Grafana
  *Downloaded ADPAA
  *Collected atmos wiki sites for task 3, no other progress

==== Meeting September 26, 9 am. ====
=== Discussion ===
  * Asked John Wold to give Ashley a Wiki account.
  * Suggest working on a **temperate/sonic wind/ camera for the [[http://mettrailer.atmos.und.edu/|MetTrailer tower]]**.
  * Suggest making a TIMMS-00400 for the lower tower on the MetTrailer.
  * Meeting next week, 9 am check-in
== Tasks ==
  *Create TIMMS-00400
    *Parts List
  *Connect to Littlestorm
== Reports ==
  *Unable to connect to Littlestorm (connection timeout error)
  *Parts List Progress
    *Raspberry Pi 4B
    *Temp/Humidity Sensor