Links to other sites in this page:

• Initial Raspberry Pi Setup Instructions
• MetTrailer tower
• Fog Catch Tipping Bucket
• Data Workflow Setup Notes
• Modular Fan Chamber
• Vaisala HMK15 Humidity Calibrator

DNW: Did Not Work

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact
2. TIMMS-00400 - Add Visibility Sensor, sync to littlestorm with recorded data files. Same directory for all instruments
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana. fix all tipping buckets grafana code - Waiting for Raspberry Pis to be delivered - Two tipping buckets need the bottom, DFRobots need pis
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis (use a DAQ HAT)
7. CNR1 - Waiting for Raspberry pis to be delivered

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact
2. TIMMS-00400 - Add Visibility Sensor, sync to littlestorm with recorded data files. Same directory for all instruments
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana. fix all tipping buckets grafana code - Waiting for Raspberry Pis to be delivered - Two tipping buckets need the bottom, DFRobots need pis
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis (use a DAQ HAT)
7. CNR1 - Waiting for Raspberry pis to be delivered

• Arrived early, so not allowed in the lab until a faculty member is on the floor
• Worked on visibility sensor. Made much progress, and should be able to get it set up tomorrow if everything goes right.

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact
2. TIMMS-00400 - Add Visibility Sensor, sync to littlestorm with recorded data files. Same directory for all instruments
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana. fix all tipping buckets grafana code - Waiting for Raspberry Pis to be delivered - Two tipping buckets need the bottom, DFRobots need pis
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis (use a DAQ HAT)
7. CNR1 - Waiting for Raspberry pis to be delivered

• Locked out of the lab today
• Ordered organizers for lab benches
• Looked at Grafana and CHORDS for tipping buckets, decided to have a single ID per instrument rather than a single ID for all tipping buckets.
• Read HMK15 User Guide
• Helped Tree with injury

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact
2. TIMMS-00400 - Add Visibility Sensor, sync to littlestorm with recorded data files. Same directory for all instruments
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered - Two tipping buckets need the bottom, DFRobots need pis
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis (use a DAQ HAT)
7. CNR1 - Waiting for Raspberry pis to be delivered

• Finshed setting up sd cards
• received data from PWD920HW, but working on a python code that will actually read it
• Talked to Dr. Delene regarding Finapp quotes and sent a response

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact, TALK TO DR. DELENE REGARDING FINAPP
2. TIMMS-00400 - Add Visibility Sensor, sync to littlestorm with recorded data files. Same directory for all instruments
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis
7. CNR1 - Waiting for Raspberry pis to be delivered

• continued working with the new visibility sensor, managed to get readable message but no data
• started setting up new SD cards

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact, TALK TO DR. DELENE REGARDING FINAPP
2. TIMMS-00400 - Add Visibility Sensor, sync to littlestorm with recorded data files. Same directory for all instruments
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis
7. CNR1 - Waiting for Raspberry pis to be delivered

• Received assistance with visibility sensor
• organized lab table
• set up both DFRainfall Sensor sim cards
• Received TIMMS visibility sensor
• Received pressure sensor for Perry
• set up wires for tipping bucket
• set up sim card for tipping bucket
• set up grafana

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered
9. TALK TO DR. DELENE REGARDING FINAPP

• Organized lab

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene's contact
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered
9. TALK TO DR. DELENE REGARDING FINAPP

• added serial write out to pitot tube code
• completed in-person and online lab safety trainings
• got further on updating pitot code to count for seconds from midnight, but anydesk stopped connecting
• Got Dracal USB to write files every minute on the TIMMS00400
• started working on writing files in DFRCollect

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report - waiting for raspberry pis
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered

• Finished sorting through visibility data
• Assisted mounting EFM on roof
• Ordered hooks for tool wall
• fixed svn issue on instruments I've set up
• Began correspondence to receive a quote for the CRNS
• worked on getting TIMMS400 to create data files
• finished pitot code

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered

• Organized tool wall

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered

• Was locked out of lab for awhile, so looked at visibility data
• Worked on pitot tube code
• Organized lab

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered

• Began writing site for Vaisala humidity calibrator, found DI water to use.
• Retested fan speeds with two new fans and from back
  • found that the fans deteriorate over time
• Set up pitot tube for Summer Coleman's WCM experiment

1. Cosmic/gamma ray detector - Waiting to hear back from Dr. Delene
2. TIMMS-00400 - Add MiniPWS Sensor - Waiting for PWS to be delivered
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document - Waiting for pitot accessories to be delivered
5. Set up Tipping Bucket rain gauges including small two, finish grafana - Waiting for Raspberry Pis to be delivered
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. CNR1 - Waiting for Raspberry pis to be delivered

• Recorded fan speed data.
• sent Andrea fan speed data.
• Currently stuck with the visibility sensor, talked to Dr. Kennedy.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. write wiki site for fans with speed data

• TIMMS200 already records files. Need to sync to Littlestorm, Add writing to 300 and 400. obstacle: neither are on.
• Found cheap gamma ray detector from Finapp (CRNS)
• Unable to work on most items, as the lab with my desk is being used for experiments
• Created page for fan speeds, unable to actually find fan speeds for reason above

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. write wiki site for fans with speed data

• Finished data collection and sorting, analysis shows me a few channels that may indicate something relating to the timeout, but I will need to discuss with Dr. Aaron Kennedy
• found cheap Gamma ray detector (CRNS from Finapp)
• Continued combing through data

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. write wiki site for fans with speed data

• Continued working on visibility data, began second round of data collection

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report
7. TIMMS instrument, sync to littlestorm with recorded data files. Same directory for all instruments
8. write wiki site for fans with speed data

• Continued sifting through visibility data

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube - figure out where cheap one is, how much
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana
6. Write wiki on how to use vaisala salts to calibrate humidity sensors, write as a lab report

• Measured cabinet space, 7.5“ deep on smaller wall, 3' wide
• Labeled and put away defunct TPS3100s
• Set up pitot tube in new blue chamber
• Got pitot tube code working
• Attempted to fix svn update issue with Dr. Delene's advice, didn't work :(

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Continued sorting through data, made good progress but not yet finished

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Visibility Sensor - Connected to ConfigTool.NET software on my laptop and was able to view data. Sensor runs for 1 minute, 40 seconds, then times out until hardware is rebooted (power cycle). began running through data of five runs to determine any variables
• Attended NASA MOSAICS meeting
  • Notes:
    • Chip, Joe, John, ray detector on aircraft ER2.
    • ER2 in Florida 2028
    • Unveiling ice crystal chain aggregates in winter storms
    • R2 institution collaborating with NASA partners
    • Joe Finland and John are NASA partners
    • Joe Finland (NASA Goddard, University of Maryland)
      • Sensing, lidar, research studies, falcon lidar, falcon constellation project
    • John Yorks
      • Deputy PI on Impacts, Lidar instrumentation and data analysis and algorithm analysis, deputy in analysis for falcon space lidar, vegetation lidar for starting point for space-born design, INSPIRE, airborne field campaign work, cloud lidar data and how relates to microphysical properties
    • contextualize in-situ chain aggregate observation
    • third paper of this project
    • MOSAICS symposium July 15th, 16th
    • Summer Coleman - presentation
      • Examining cloud-edge glaciation in-situ
      • NASA FINESST 2026
      • Hydrometeor size and shape are contributors to radar reflectivity and lidar backscatter, direct contact and entrainment
      • See glaciation at cloud-edge regions
      • Cumuliform, stratiform, and wave clouds
      • Evaporating droplets cool below the environmental ambient temp
      • Enhance ice nucleation
      • Aircraft observations related to glaciation
      • Environmental humidity and saturation play key role in droplet lifetime and INP activation
      • Need - varying environments with respect to relative humidity
      • Measurements of ice water content, particle imaging, droplet size distributions
      • Two different flights for environments, SARPEC and IPHEx
      • Mixing - homogeneous mixing - all droplets come into contact with drier ambient air during entrainment, inhomogeneous mixing - some droplets are exposed to drier ambient air and evaporate completely while others go unexposed and do not change in size, homogeneous mixing curve, homogenous mixing degree, directly evaluate the size distribution
      • Aggregate and label passes with ambient air, edge, and core regions, document the relative humidity in three regions
      • Classify mixing regime at each cloud pass
      • Compare ice water content and particle imagery taken from cloud edge regions based on the relative humidity of the ambient air
      • Questions - methodology feasible?
      • How to refine science questions
      • Best way to appeal to the NASA science mission directorate
      • How many years of funding might an analysis like this sustant - finesst 1-3 yrs
      • Have different definitions of a cloud edge and then do analysis on each definition
      • Sonya Lescher group - modeling focus, acknowledge a potential emphasis with idealized modeling for maybe one case, compliment study, reinforced methodology for mixing, suggest interaction with modelers,
      • Remote sensing from lidar and radar, remote sensing best way to appeal to NASA
    • Tree Norby - presentation
      • Ground-Based Determination of Electric Fiels for Rocket Launch Criteria
      • in 2000, 85 orbital rocket launches, last year is 324, which will continue to increase
      • Delayed launces cost a lot of money
      • Rockets can't launch if electric field in area is too high
      • No way to remotely sense an electric field
      • Measurements we can actually take - radar, advanced ground-based field mill network - 34 field mills capable of measuring surface-level vertical electric field
      • Research from before - correlations between elevated electric field, ground-based electric field, and rada reflectivity over Cape Canaveral and the Kennedy Space Center
      • Improvement - paper from before used data from collected in the summers of 2000 and 2001 data was collected with probes on the UND Citation II Research aircraft
      • In 2019, CapeEx19 flew during the summer similar,
      • Goal - create plots like those in Dye et al. 2007 that correlate airborne electric field measurements with ground-based radar
      • Lit review for other synchronized airborne-radar measurements
      • Lit review for other synchronized airborne-ground field mill measurements
      • Examine NASA's exact launch criteria and suggest updates
      • Next meeting, July 2nd
• Attended Meeting with Andrea ?Skowe?
  • Andrea will write code to process electric field data
  • Processing data same way the forecasters do
  • Unsure if data from 2019 exists, radar may have been down

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Helped install a large part for the radar
• Worked on reading data from the visibility sensor, once again.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Organized tool bench slightly
• continued trying to connect visibility sensor to my computer, limited results, but have a path forward.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Attempted to get the visibility sensor to read out data. Was successful, but the data was gibberish, as I was using an RS232 connection rather than RS485. The purpose of the incorrect port was merely to see if anything was being outputted at all. Continuing to work on connecting.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Assisted Ben with Raspberry Pi
• Worked on Visibility Sensor - Turned on, able to send data through cutecom but haven't received data yet

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Attempted to get other TPS300 working, encountered same error as before. Swapped parts between the two with the same results.
• Looked into aerial gamma ray detection, a scintillation detector should work. See if want spectroscopy data as well.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Found an article on a gamma ray detector and read it; promising.See here.and here.guess what. Here too
• I think a scintillation detector will be best as of today. Will research applications tomorrow.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two, finish grafana

• Put fog catcher rain gauge back together
• found new links for ordering
• edited code in each completed tipping bucket to get chords data uploaded
• Created a Grafana page for the completed buckets
• Stuck until Raspberry pis are delivered
• Started reading visibility sensor manual
• Next task is Gamma detector

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two
6. Create Grafana pages for buckets and opticacl rain gauge

• Glued Tipping Bucket back together
• Began to create CHORDS pages for each of the tipping buckets, but CHORDS was down
• Unboxed orders
• Began writing and setting up SD cards
• Set up all SD cards

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two
6. Create Grafana pages for buckets and opticacl rain gauge

• Created Grafana Page for TIMMS
• Brought the TIMMS200 back online
• Attended presentation of Dr. Delene's
• Began setting up CHORDS and Grafana for each of the tipping buckets

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, Create Grafana Page
3. Visibility Sensor - Test to see if working
4. Mount second pitot tube in second blue chamber, document
5. Set up Tipping Bucket rain gauges including small two
6. Create Grafana pages for buckets and opticacl rain gauge

• documented Optical rain gauge
• Set up another tippig bucket, one regular and two small left

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, Create Grafana Page
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, ask if Dr. Delene would like me to put all the tipping buckets on chords and grafana
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two

• Finished code for optical rain gauge
• made optical rain gauge code start on boot
• created web page for optical rain gauge

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two

• I2C Tipping bucket code added and begins on boot
• Set up raspberry pi for optical rain gauge
• Added start on boot programs to the tipping buckets and the cameras I have set up
• sent TIMMS data to chords
• Finished setting up computer, ready to begin coding optical rain gauge

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, split code, write code for small tipping buckets
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two
7. Add I2C tipping bucket code

• Master “code” works. Additionally, barometer works as well.
• Worked on adding tipping bucket…fighting code…again….

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, split code, write code for small tipping buckets
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two
7. Split TIMMS code and create master code
8. Add I2C tipping bucket code

• Worked on getting the Dracal Barometer code to work with the master code architecture
• fighting with the while loop

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, split code, write code for small tipping buckets
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two
7. Split TIMMS code and create master code
8. Add I2C tipping bucket code

• Reported how to create a “master code.” In reality, the process involves starting Xterm terminals on startup. Mostly finished, but Dracal Barometer is causing some issues.
• Received SD cards and Raspberry Pi boxes

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, split code, write code for small tipping buckets
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two
7. Split TIMMS code and create master code

• Refined the split TIMMS code and began creating the master code version two. Tried multiple methods, but decided to base it off of the start_all_MetTrailer code. Guide to do this found on the page Data Workflow Setup Notes

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, split code, write code for small tipping buckets
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two
7. Split TIMMS code and create master code

• Visited Fargo Weather Internation Inc. with Dr. Delene to test cloud seeding methods.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor, split code, write code for small tipping buckets
3. Visibility Sensor - Test to see if working
4. Program Optical Rain Gauge - Document, finish writing programs
5. Mount second pitot tube in second blue chamber, document
6. Set up Tipping Bucket rain gauges including small two
7. Split TIMMS code and create master code

• Put not working AWS camera, pitot tube, and two iMet-XQ2 into the “NOT WORKING” bin with labeling.
• TPS-3100 - Talked with Dr. Delene, decided on decommissioning the device due to the fault.
• Split code, but not finished with master code.
• Orderded MicroSD cards, Raspberry pi cases, and raspberry pi power supplies

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. TPS-3100
4. Visibility Sensor - Test to see if working
5. Program Optical Rain Gauge - Document, finish writing programs
6. Mount second pitot tube in second blue chamber, document
7. Set up Tipping Bucket rain gauges including small two
8. Split TIMMS code and create master code

• Continued working on TPS, talked with Dr. Delene. Will disassemble the hotplate and attempt to find parts.
  • Removed top plate, found copper heating element. Will look into the type.
  • Shocking experience. Don't work on things while they are plugged in…
• Asked Dr. Delene, will set up the rest of the Tipping buckets upon receiving the more pis.

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. TPS-3100
4. Visibility Sensor - Test to see if working
5. Program Optical Rain Gauge - Document, finish writing programs
6. Mount second pitot tube in second blue chamber, document

• TPS3100 - currently indicating “fault.” I am unsure how to fix it, will check with Dr. Delene.
• Researched more for the gamma ray detector

1. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
2. TIMMS-00400 - Add MiniPWS Sensor
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. Program Optical Rain Gauge - Document, finish writing programs
6. Mount second pitot tube in second blue chamber, document

• Wrote script for Raspberry Pi Camera
• Talked to Dr. Delene, broken AWS camera is being abandoned.
• Improved site page
• began researching gamma ray detectors and gamma rays in general
• Set up another tipping bucket
• Began working with the snow depth detector - name TPS-3100 (Hotplate TOTAL PRECIPITATION SENSOR)
  • hot plate component works…
  • Set up USB serial connector
  • created a “bare bones” script, have to add specific code but have yet to find some or create any.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. Broken AWS camera
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera
8. Mount second pitot tube in second blue chamber, document

• Assembled Raspberry Pi camera box

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. Broken AWS camera
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera
8. Mount second pitot tube in second blue chamber, document

• Raspberry Pi camera is working, however, script to take periodic photos is not.
• Began preparing camera box

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. Broken AWS camera
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera
8. Mount second pitot tube in second blue chamber, document

• Installed AnyDesk and got DeepLens2 working. Commented out crontab program that takes pictures every minute to increase processing speed and avoid numerous unnecessary pictures of the lab. To undo, just uncomment them in the crontab file.
• Attempted to reset second AWS camera, DeepLens1. Unable to determine issue. Battery replaced and did not fix. Will consult with Dr. Delene

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera and AWS camera
8. Mount second pitot tube in second blue chamber, document

• Worked on updating AWS software, was bogged down by processor time

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera and AWS camera
8. Mount second pitot tube in second blue chamber, document

• Fixed file issues and AnyDesk issues on laptop
• connected to working AWS Camera
• worked on updating Anydesk on AWS camera, but camera runs slowly

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera and AWS camera
8. Mount second pitot tube in second blue chamber, document

• Slightly organized back-room counter
• Continued working on 2nd pitot tube, which will henceforth be known as just the pitot tube.
  • Could not interface, will ask Dr. Delene.
• Worked on AWS camera - taking port apart.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Set up Raspberry Pi Camera and AWS camera
8. Mount second pitot tube in second blue chamber, document

• First pitot tube now writes out files!
  • Had to change the adpaa_python3.py bin file to resolve numpy version issue.
  • Fixed formatting errors
• FINISHED APPEND METHOD FOR ADPAA!
• Fixed user architecture on rain gauge raspberry pi

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber, document
10. Fix user architecture on rain gauge raspberry pi
11. First pitot tube raspberry pi - get writing file

• Ordered 2 pressure transducers and pitot tubes, along with 4 raspis. 1 pressure transducer similar to the one for original pitot project but compatible with raspi, one for cloud altitude pump
• Worked on getting the 1st pitot to write to a file- made some progress but not finished

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber, document
10. Fix user architecture on rain gauge raspberry pi
11. First pitot tube raspberry pi - get writing file
12. Order 2 pressure transducers and pitot tubes, along with 4 raspis. 1 pressure transducer similar to the one for original pitot project but compatible with raspi, one for cloud altitude pump - must work in 10-15psi. Check the size of pitot tube Dr. Delene would like.

• Continued working with other pitot tube. I believe that it communicates via RS485, and am pursuing this route.
• Worked on updating ADPAA architecture for first pitot tube Raspberry pi

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber, document

• Contacted parents for potential pre-proposal involvement
• Measured closets and shelving in 423A an 430A.
• Supplied Shelving recommendation to Shelby
• Put DAQ HAT on other pitot pi to test.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber, document

• Calibrated Pitot Tube

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber, document

• Unfortunately, lab was locked, so I was working entirely on online-accesible work
• Looked into AWS documentation. Some have been added, will use when back in lab.
• Received a reply from the pressure sensor company- fruitless. The data sheet is the only indicator of specs. I believe it will require an A/D board.
• Potentially found optical rain gauge model.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber, document

• Fixed path issue, new issue has arisen. Produces an error saying that NumPy library must be 1.4 or higher. NumPy library is 2.4.4. Consult Dr. Delene or Shawn if Dr. Delene is already on trip.
• First test of pitot tube with tube fan. Pitot mount bent, producing incorrect readings. Looked into counterweight solutions. Will check with Dr. Delene for dense materials.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber

• Ordered tubing connectors
• installed rain gauge on TIMMS
• cleaned up back lab area a little bit
• began working with second pitot tube, looked into fixing pitot path problems

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Set up Raspberry Pi Camera and AWS camera
9. Mount second pitot tube in second blue chamber
10. Order tubing connectors for pitot tube

• Housed and mounted the pitot tube. Ask Dr. Delene about writing to a file problem.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Pitot Tube Code - Either get on raspberry pi or write serial to raspberry pi
9. Set up Raspberry Pi Camera and AWS camera
10. Mount second pitot tube in second blue chamber
11. Order tubing connectors for pitot tube

• Finished pitot code, except the writing to a data file does not work. Internal referencing of different packages isn't working - will check with Dr. Delene.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Pitot Tube Code - Either get on raspberry pi or write serial to raspberry pi
9. Set up Raspberry Pi Camera and AWS camera
10. Mount second pitot tube in second blue chamber
11. Order tubing connectors for pitot tube

• Continued working on pitot tube code

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. AWS cameras - take apart and order new port/replace port
6. Program Optical Rain Gauge - Document, finish writing programs
7. Create append method for ADPAA
8. Pitot Tube Code - Either get on raspberry pi or write serial to raspberry pi
9. Set up Raspberry Pi Camera and AWS camera
10. Mount second pitot tube in second blue chamber

• Attempted to test anemometer, but meter unusable. Reported to Dr. Delene.
• IMet-XQ2 - Checked in with Dr. Delene, project to be abandoned as there is no more repair possible.
• Connected Arduino and Raspberry Pi to communicate pitot tube data. Need to write to a text file yet

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. iMet-XQ2 - Check in with Dr. Delene
6. AWS cameras - take apart and order new port/replace port
7. Program Optical Rain Gauge - Document, finish writing programs
8. Create append method for ADPAA
9. Pitot Tube Code - Either get on raspberry pi or write serial to raspberry pi
10. Set up Raspberry Pi Camera and AWS camera
11. Test Anemometer
12. Mount second pitot tube in second blue chamber

• Successfully acquired data from the pitot tube with an Arduino
• Calculated Wind Speed from pitot data

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. iMet-XQ2 - Check in with Dr. Delene
6. AWS cameras - take apart and order new port/replace port
7. Program Optical Rain Gauge - Document, finish writing programs
8. Create append method for ADPAA
9. Pitot Tube Code

• Got quote for calibration, put on back burner
• Standardized simple Grafana combined pages
• Marked up aluminum strut for drilling
• Rewrote code and reattached 3D Sonic Anemometer via A/D

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. Snow Depth Detector - Find manual and get set up.
4. Visibility Sensor - Test to see if working
5. iMet-XQ2 - Check in with Dr. Delene
6. AWS cameras - take apart and order new port/replace port
7. Program Optical Rain Gauge - Document, finish writing programs
8. Create append method for ADPAA
9. Pitot Tube Code
10. Get quote for anemometer calibration

• Continued correspondence with R.M. Young to get calibration quote for anemometer
• Ordered braided fishing line.
• Documented small tipping bucket rain gauge set up.
• Boxed small tipping bucket rain gauge
• Acquired box top for FogGaugeSN00200
• Acquired Arduinos for pitot
• Created a start program on boot for the Gillsonic anemometer
• Tested pitot tube with oscilloscope
• Fog tipping bucket code was fixed by someone else
• Set up TippingBucketSN00200

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. iMet-XQ2 - Check in with Dr. Delene
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document, finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Get quote for anemometer calibration
15. Order braided fishing line

• Sent email for anemometer calibration
• TIMMS - ordered three more small tipping bucket rain gauges.
• Organized USB cables
• Set up small tipping bucket, but must look into sending data to CHORDS

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. iMet-XQ2 - Check in with Dr. Delene
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document, finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge - Determine if necessary to get a new one for the TIMMS
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Get quote for anemometer calibration

• Set up TIMMS Display.
• Worked on Pitot code, works(ish) but need to fix input/output error.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector - use cloud chamber photomultiplier tube
3. iMet-XQ2 - Check in with Dr. Delene
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document, finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge - Determine if necessary to get a new one for the TIMMS
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Get quote for anemometer calibration

• Ordered cameras
• Hung and organized video cables. It looks messy, but it is organized…(tis the nature of cords.)
• Updated TIMMS00400 Pi
• continued working on pitot code - found repository that may work but will have to translate to python.
• attempted to get quote to no avail, no workers were available.

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector. - use cloud chamber photomultiplier tube
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Get quote for anemometer calibration
15. Order two new cameras like in the timms

• TIMMS - Set up headless booting, ssh, and hdmi output.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Pitot - DNW

1. TIMMS-00400 - Add MiniPWS Sensor
2. Cosmic/gamma ray detector. - use cloud chamber photomultiplier tube
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Get quote for anemometer calibration
15. Order two new cameras like in the timms

• TIMMS - Installed and cleaned new anemometer. Rewrote code to include. Closed and prepared TIMMS for display. Documented Change on TIMMS wiki page.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Pitot - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Install new anemometer
   5. Clean new anemometer
   6. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors. Factory reset
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Get quote for anemometer calibration

• TIMMS - received new anemometer, need to hook up
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Pitot - worked on finding code

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors. Factory reset
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Pitot - Copied files to the pitot tube pi, then began working on the code for the pitot.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors. Factory reset
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Ordered USB-A cables
• Ordered RS232 to USB adapters
• Built fans.
• set up AnyDesk on Gillsonic
• Note - prioritize pitot tube

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors. Factory reset
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Install Anydesk on Gillsonic
15. Order usba to usba cords
16. Build fans and adjustable probe mount

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Finished making the adjustable probe mount.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors. Factory reset
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Install Anydesk on Gillsonic
15. Order usba to usba cords
16. Build fans and adjustable probe mount

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• worked on creating an adjustable probe mount for the fans.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors. Factory reset
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - take apart and order new port/replace port
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Install AnyDesk on Gillsonic

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Worked on installing AnyDesk to Gillsonic

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - test batteries
4. AWS cameras - hold
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Visibility Sensor - Test to see if working
9. Create append method for ADPAA
10. Set up rain gauge
11. Pitot Tube Code
12. Organize closets
13. Fix fog tipping bucket code
14. Install AnyDesk on Gillsonic

• TIMMS - Received assistance from Dr. Delene. Will look into factory resetting or getting a new anemometer from Dr. Delene.
• iMet-XQ2 - DNW
• AWS Cameras - Received batteries. Battery is good, and replaced old battery. The camera still will not turn on, so I will look into replacing the charging port, as I wasn't able to detect a circuit there.
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• created simple MetTrailer Combined page
• Received batteries for iMetXQ2
• Contacted company for pitot tube manual
• Took blue chambers apart
• Worked on installing AnyDesk on the Gillsonic Anemometer

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - hold
4. AWS cameras - hold
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Create append method for ADPAA
9. Create SIMPLE MetTrailer Combined
10. Set up rain gauge
11. Pitot Tube Code
12. Take Blue Chambers apart
13. Organize closets

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Append - DNW
• Created links in MetTrailer - Combined
• Helped set up CDP with Shawn on roof - all set up

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add MiniPWS Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
3. iMet-XQ2 - hold
4. AWS cameras - hold
5. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
6. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
7. Snow Depth Detector - Find manual and get set up.
8. Create append method for ADPAA
9. Create SIMPLE MetTrailer Combined
10. Create link to other dashboards in MetTrailer combined
11. Set up rain gauge

• TIMMS - Worked with Bryce to try to get the anemometer working, unsuccessful. Asked Dr. Delene to help, he accepted.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - Tested, code works and device works. Documented
• Append - DNW
• Boxed, labeled, and set up cron reboot on Gill Windsonic anemometer
• Boxed ch430 display, labeled
• Hooked up, tested, and began running the FogGaugeSN00200

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. Create append method for ADPAA
9. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm

• TIMMS - Adjusted LAN settings to prefer wired connection and utilize new security method. Worked on getting anemometer to work via RS232
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Connected FogGaugeSN00200 and pitot tube raspberry pi to LAN and utilized new security measures.
• Connected pitot tubing to pitot tube.
• Ordered more pitot tubing.

• Remote

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
9. Remote
   1. Create append method for ADPAA

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - I think it is working. Just need to inquire as to where the file saves and whether I can access to confirm.

• Remote

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
9. Remote
   1. Create append method for ADPAA

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - Continued working on the script
• Finished MetTrailer combined Grafana page
• Created combined Aerosol Data Grafana page

• Remote

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
9. Remote
   1. Grafana standardize MetTrailer
   2. Combine Aerosal cpc cnc teom aps Grafana
   3. Create append method for ADPAA

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Created MetTrailer Combined page, did NOT finish

• Remote

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
9. Remote
   1. Grafana standardize MetTrailer
   2. Combine Aerosal cpc cnc teom aps Grafana
   3. Create append method for ADPAA

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Created Folders on Grafana for Data Dashboards of Glacial Ridge, Gorman Field, MetTrailer, Clifford Hall, and Comparisons.
• Standardized Gorman Field and Clifford Hall Combined Pages, created Glacial Ridge Combined page

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
9. Remote
   1. Grafana standardize Gorman, Clifford, MetTrailer, Glacier Ridge
   2. Combine Aerosal cpc cnc teom aps Grafana
   3. make folders
   4. Create append method for ADPAA

• TIMMS - Attempted to alter anemometer serial readout with limited success. Will talk to Dr. Delene upon next in-person meeting. Altered code for readability and inserted 1 minute time collection code back into the script.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors, Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Snow Depth Detector - Find manual and get set up.
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm
9. Remote
   1. Grafana standardize Gorman, Clifford, MetTrailer, Glacier Ridge
   2. Combine Aerosal cpc cnc teom aps Grafana
   3. make folders
   4. Create append method for ADPAA

• TIMMS - Connected anemometer to raspberry pi via RS232, but was unable to configure the serial output. Will continue to look into it and hopefully consult Dr. Delene or Bryce. Right before leaving, stopped transmitting data. Will continue working on it.
• iMet-XQ2 - DNW
• AWS Cameras - Ordered AWS battery.
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors - will need to use xterm or cutecom, I believe, and connect it to the pi via USB.
   5. Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - Order new battery
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. Snow Depth Detector - Find manual and get set up.
9. Grafana standardize Gorman, Clifford, MetTrailer, Glacier Ridge
10. Combine Aerosal cpc cnc teom aps Grafana
11. make folders
12. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
    1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
    2. gamma ray detector plane in thunderstorm

• 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

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors - will need to use xterm or cutecom, I believe, and connect it to the pi via USB.
   5. Instate 1 minute reset for wind vectors.
2. iMet-XQ2 - hold
3. AWS cameras - figure out why one does not work
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. Snow Depth Detector - Find manual and get set up.
9. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
   1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
   2. gamma ray detector plane in thunderstorm

• 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.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors - will need to use xterm or cutecom, I believe, and connect it to the pi via USB.
   5. Instate 1 minute reset for wind vectors.
2. Order calibration salts for humidity sensor
3. Order cord hooks
4. Research temperature calibration methods and procure. Use NIST traceable temperature standard
5. iMet-XQ2 - hold
6. AWS cameras - figure out why one does not work
7. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
8. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
9. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
10. Create append method for ADPAA
11. Snow Depth Detector - Find manual and get set up.
12. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
    1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
    2. gamma ray detector plane in thunderstorm

• 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.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors
   5. Instant 1 minute reset for wind vectors.
2. Order calibration salts for humidity sensor
3. Order cord hooks
4. Research temperature calibration methods and procure. Use NIST traceable temperature standard
5. iMet-XQ2 - hold
6. AWS cameras - figure out why one does not work
7. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
8. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
9. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
10. Create append method for ADPAA - figure out how to run the write method, then ask for minor direction if unable to figure it out
11. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
    1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
    2. gamma ray detector plane in thunderstorm

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Continued searching for a temperature calibration method.
• Set up two Raspberry Pis
• Updated documentation for ADPAA set up

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Add Mini OSF Sensor
   3. Decorate
   4. Switch anemometer to rs232 for vectors
   5. Instant 1 minute reset for wind vectors.
2. Order calibration salts for humidity sensor
3. Order cord hooks
4. Research temperature calibration methods and possibly procure. Use NIST traceable temperature standard
5. iMet-XQ2 - hold
6. AWS cameras - figure out why one does not work
7. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
8. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
9. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
10. Create append method for ADPAA - figure out how to run the write method, then ask for minor direction if unable to figure it out
11. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
    1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
    2. gamma ray detector plane in thunderstorm

• TIMMS - updated “send data to CHORDS” section of the coding script to fit the TIMMS400. Created documentation on how to add a new instrument to CHORDS.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Looked for RS232 to USB converters but did not find any.
• Began looking for calibration salts, cord solutions, and a temperature calibration mechanism. Found calibration salts and cord solutions, but waiting to order until temperature calibration is also found.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot, secure elements if necessary, Need a micro-HDMI to mini-HDMI cables
   2. Add Mini OSF Sensor
   3. Document how to add instruments to CHORDS.
   4. Decorate
   5. Ask about wind averaging and how to fix multi-day issue.
   6. Update send to CHORDS code for new variables
2. Order calibration salts for humidity sensor
3. Order cord hooks, possibly?
4. Research temperature calibration methods and possibly procure. Use NIST traceable temperature standard
5. iMet-XQ2 - hold
6. AWS cameras - figure out why one does not work
7. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
8. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
9. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
10. Create append method for ADPAA - figure out how to run the write method, then ask for minor direction if unable to figure it out
11. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
    1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
    2. gamma ray detector plane in thunderstorm

• TIMMS - Cleaned up code and redefined the sleep time between prints of data to the terminal. Additionally, created an averaging method for the wind direction and elevation based off of the wind speed averaging code. It averages for however long you execute the code, and resets upon exiting and beginning again. This could cause issues for long term data collection, unless a daily reboot is coded in. I will ask Dr. Delene. Cleaned up code that sends data to CHORDS. Cleaned the TIMMS apparatus. Added the TIMMS to CHORDS with ID number 34.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Finished barometer code. Wrote script for Vaisala temperature and humidity probe.

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot, secure elements if necessary, Need a micro-HDMI to mini-HDMI cables
   2. Add Mini OSF Sensor
   3. Add instruments to CHORDS server, but do not publish.
      1. Document how to if documentation doesn't already exist.
   4. Clean TIMMS
   5. Decorate
2. Edit original barometer code to repeat
3. make seperate Vaisala code for the acquire_python directory.
4. Order calibration salts for humidity sensor
5. Research temperature calibration methods and possibly procure. Use NIST traceable temperature standard
6. iMet-XQ2 - hold
7. AWS cameras - figure out why one does not work
8. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
9. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
10. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
11. Create append method for ADPAA - figure out how to run the write method, then ask for minor direction if unable to figure it out
12. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.
    1. cosmic ray or gamma ray xray detector use cloud chamber photomultiplier tube
    2. gamma ray detector plane in thunderstorm

• TIMMS - ordered double sided velcro, wire tie anchors, and a micro HDMI to mini HDMI cord x4. Inquired with Wanda about the MiniPWS sensor and waited to hear back. Send the ordering information received from Wanda to Shelby, waiting to see if all goes well. Finished setting up the barometer and edited TIMMS code to fully incorporate it! Secured all elements into the box. Recorded process for setting up Dracal USB Barometer and updated the TIMMSSN00400 page.
• iMet-XQ2 - DNW
• AWS Cameras - Plugged into power source, one turned on but the other did not. Researched how to open the box itself with little success.
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in ports on reboot
   2. Pressure Transducer - code to TIMMS
   3. Need a micro-HDMI to mini-HDMI cable
   4. Add Mini OSF Sensor
   5. Secure all elements in box.
   6. Order double sided velcro, wire tie anchors, a MiniPWS sensor and a micro HDMI to mini HDMI cord x4
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA - figure out how to run the write method, then ask for minor direction if unable to figure it out
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.

• TIMMS - Rebuilt TIMMS. Need to attach cover but will after MiniPWS is added. Need to order double sided velcro, wire tie anchors, a MiniPWS sensor and a micro HDMI to mini HDMI cord x4
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Pressure Transducer - code to TIMMS
   3. One more hole in camera box for HDMI cable.
   4. Need a micro-HDMI to mini-HDMI cable
   5. Add Mini OSF Sensor
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA - figure out how to run the write method, then ask for minor direction if unable to figure it out
8. NEXT MAJOR TASK: Building a cosmic/gamma ray detector.

• TIMMS - Worked on barometer code, began new method. Still need to try https://github.com/mrasore98/dracalusb method once the command is in my path. Grabbed the CrowView monitor and keyboard to demo for testing connection. Will need a micro-HDMI to mini-HDMI to connect visual output. Will likely receive a Mini OSF sensor for the TIMMS soon, as Dr. Delene and I were unable to find it on the roof or anywhere in the lab. Camera box was taken to be drilled!
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

• Remote

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Pressure Transducer - connect, try USB voltages but look into dracal again
   3. One more hole in camera box for HDMI cable and flux compass.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA

• TIMMS - DNW
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Accessed JupyterHub and copied /nas/Data to my user directory. Have decided to ask for help upon next time in lab with barometer if the method from https://github.com/mrasore98/dracalusb does not work, nor does the inputs folder. After barometer is done, check in with Append method. figure out how to run the write method, and if that does not change the outlook ask for minor direction. Worked on Python development.

• Happy Birthday to me!

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Pressure Transducer - connect, try USB voltages but look into dracal again
   3. One more hole in camera box for HDMI cable and flux compass.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA

• TIMMS - Unmounted and disassembled the camera box for use in drilling a bigger hole for cables. Received instruction to discontinue the fluxgate compass and combine wires for the anemometer and relative humidity sensor. Will rearrange camera box once new hole is created for grommet.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code. need power adapter - Ask Dr. Delene
   3. Pressure Transducer - connect, try USB voltages but look into dracal again
   4. One more hole in camera box for HDMI cable and flux compass.
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA

• TIMMS - Received finished mounting hardware and attached camera box to tripod. This was surprisingly stubborn, which caused me to rework the design twice while installing. Began with simple two angle iron mount with two bolts, but found this caused lateral tipping. Tried again with a U-bolt. Worked better but still tilted. Finally, used washers and an extra piece of angle iron to minimize lateral tipping. While it is mostly parallel to the ground, there is a slight dip of a few degrees. Set tripod base with nuts and bolts. Rewired anemometer and relative temperature and humidity sensor to minimize amount of cord. Ideally, I could've done less but I wanted to be careful not to cut the cords too short. Extra cord returned to the closet. Ground sharp edges of angle iron mount, as I received a few minor cuts in the mounting process and this will be displayed. May work on the edges again, but as of right now it is not a priority. One more hole is needed in the camera box for the fluxgate compass and the HDMI cable.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code. need power adapter - Ask Dr. Delene
   3. Pressure Transducer - connect, try USB voltages but look into dracal again
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA

• TIMMS - Marked up mounting hardware for cutting. Worked on Dracal Barometer. Forgot to record that night, so this is a record from my memory written 2/9/26. Note that there may be inaccuracies in this entry.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - MUST BE DONE BEFORE APRIL. Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code. need power adapter - Ask Dr. Delene
   3. Pressure Transducer - connect, try USB voltages but look into dracal again
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA

• TIMMS - Continued working on getting Dracal barometer to read through to terminal via Python. Very little success today, but found another avenue to explore next time in lab. If that fails, will inquire with Dr. Delene.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code. need power adapter - Ask Dr. Delene
   3. Need cover for relative temperature and humidity sensor.
   4. Pressure Transducer - connect
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA

• TIMMS - continued working on code for Dracal barometer. Was able to print to terminal, but unsure of how to integrate into TIMMS code. Will look into voltages and USB input through the terminal next, without the use of the given software.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code
   3. Need cover for relative temperature and humidity sensor.
   4. Pressure Transducer - connect
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - Connect to Raspberry Pi and test
   1. GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. Potentially set up new OS on Raspberry PI for roof anemometer

• TIMMS - Received Barometric Pressure sensor! Began integrating system. Instrument works and is operable by provided software. Began writing code to integrate into TIMMS, but is currently unfinished. Need power adapter for fluxgate compass–Ask Dr. Delene
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code
   3. Need cover for relative temperature and humidity sensor.
   4. Pressure Transducer - connect
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. Potentially set up new OS on Raspberry PI for roof anemometer

• TIMMS - Read Fluxgate compass manual, began to connect to Raspberry Pi, then researched and wrote code. Need power adapter–Ask Dr. Delene
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - Document
   1. Set USB Devices to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass - determine connection, create code
   3. Need cover for relative temperature and humidity sensor.
   4. Pressure Transducer - connect
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. CHECK ABOUT ROOF ANEMOMETER PI

• TIMMS - Added mV readout, formatted readout for better readability. Began reading about fluxgate compass.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer - connect
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. CHECK ABOUT ROOF ANEMOMETER PI

• TIMMS - Anemometer giving accurate data, reattached to tripod. Reorganized code to read better, with proper variable names. Additionally, added voltage readout to printed data. Recorded how to set up anemometer, updated TIMMS-SN00400 page.
• iMet-XQ2 - DNW
• AWS Cameras - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
      1. need typical db-9 rs-232 connection
      2. will need to change serial and voltage output format.
      3. 1=u, 3=w
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer - connect
2. iMet-XQ2 - hold
3. AWS cameras - hold
4. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
5. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
6. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
7. Create append method for ADPAA
8. CHECK ABOUT ROOF ANEMOMETER PI

• TIMMS - ordered barometric pressure sensor, began recalibrating anemometer via rewriting code. Fixed readout.
• iMet-XQ2 - May receive new iMet-XQ2
• AWS Cameras - ordered power supplies
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW
• Other - Recorded TIMMS-00200(00201) redeployment. Checked for new raspberry pi for roof anemometer

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
      1. need typical db-9 rs-232 connection
      2. will need to change serial and voltage output format.
      3. 1=u, 3=w
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - Check with Dr. Delene
3. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA
7. Reconnect to computers in Clifford. (When at campus)

• TIMMS - DNW
• iMet-XQ2 - Organized and cleaned up sodder station. Soddered both iMet-XQ2 with new ports and replaced the batteries, then attempted to connect to iMet software, with no success. It may be time to give up :(
• Rain Gauges - Organized and cleaned up space
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

• Remote

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
      1. need typical db-9 rs-232 connection
      2. will need to change serial and voltage output format.
      3. 1=u, 3=w
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the batteries
3. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA
7. Reconnect to computers in Clifford. (When at campus)

• 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.

• Remote

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the batteries
3. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA
7. Reconnect to computers in Clifford. (When at campus)

• 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.

• Remote

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the batteries
3. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA
7. Reconnect to computers in Clifford. (When at campus)

• TIMMS - DNW
• iMet-XQ2 - DNW
• Rain Gauges - DNW
• 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. 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.

• Remote
• Merry Christmas!

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the batteries
3. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA

• Experienced AnyDesk issues. Troubleshooted through Windows Command Line, but resorted to uninstalling and then reinstalling, which fixed the issue. Was able to reconnect to TIMMS-SN00400, but no other devices due to being shut down for break. When back at campus, will manually reconnect to all of them; I have record of those I was connected to.
• TIMMS - DNW
• iMet-XQ2 - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - Explored how python files work in the Raspberry Pi command line. Tried another method, it did not work. Next plan is to figure out how the writefile.py works, to see first how to get python scripts and methods to work in the first place.

*Remote

1. TIMMS-00400 - Document
   1. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Fluxgate compass
      1. read manual, determine connection, edit code
   3. 3D Anemometer-fix readings
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the batteries
3. Rain Gauges (Tipping Buckets) - GPIO pins 5 (white wire) and 9 (black wire), FogTippingBucket.py
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge - Document
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• TIMMS - DNW
• iMet-XQ2 - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - Copied the writefile.py script to use as a base and began seeing what needed to change. Tested the changes to no avail, but researched more into how to do so, along with append methods.

*Remote

1. TIMMS-00400
   1. Document
   2. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   3. Fluxgate compass
      1. read manual, determine connection, edit code
   4. 3D Anemometer-fix readings
   5. Need cover for relative temperature and humidity sensor.
   6. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the ports
   1. software to laptop to talk to and download data
   2. if work - let dr. delene know, use
   3. no work - figure out why don't work or leave it be :(
3. Rain Gauges (Tipping Buckets)
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
   4. document
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• Resolved file issues on personal computer causing software to be slowed down.
• TIMMS - Researched issue and discovered output configuration is likely incorrect. Will need to connect anemometer to D9 to computer to access configuration settings. Change from [SPEED, AZIMUTH, ELEVATION, TEMP] to [U V W TEMP] for code to work. If this will not work, then consult Dr. Delene. Additionally, looked for a pressure sensor with little success. Researched analog output to further understand the A/D connection.
• iMet-XQ2 - DNW
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

1. TIMMS-00400
   1. Document
   2. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   3. Fluxgate compass
      1. read manual, determine connection, edit code
   4. 3D Anemometer
      1. read manual, determine connection, edit code
      2. Use multiple wire cord
   5. Need cover for relative temperature and humidity sensor.
   6. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the ports
   1. find manual
   2. software to laptop to talk to and download data
   3. if work - let dr. delene know, use
   4. no work - figure out why don't work or leave it be :(
3. Rain Gauges (Tipping Buckets)
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
   4. document
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• TIMMS - Wired the anemometer to the raspberry pi. Will need to document once readings are proper. Currently, the anemometer is reading a wind speed of 28mph in the lab. (Based on my observations…I think that's wrong.) Consult with Dr. Delene.
• iMet-XQ2 - Didn't Work today, found manual, found more software
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

* Met with Dr. Delene to discuss questions regarding current projects.

1. TIMMS-00400
   1. Document
   2. Place into box
   3. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   4. Fluxgate compass
      1. read manual, determine connection, edit code
   5. 3D Anemometer
      1. read manual, determine connection, edit code
      2. Use multiple wire cord
   6. Need cover for relative temperature and humidity sensor.
   7. Pressure Transducer
      1. Must connect to A/D board, ideally through wires
      2. Output Analog, atmospheric pressure, highest accuracy, cheap
2. iMet-XQ2 - test to see if they work after replacing the ports
   1. find manual
   2. software to laptop to tal to and download data
   3. if work - let dr. delene know, use
   4. no work - figure out why don't work or leave it be :(
3. Rain Gauges (Tipping Buckets)
   1. Connect to Raspberry Pi and test
4. Program Small Tipping Bucket Rain Gauge and Optical Rain Gauge
   1. Hook up to raspberry pi
   2. finish writing programs
   3. get ready before rain, wait for stuff from tyler
   4. document
5. Aerosol Particle Sizer - test via other raspberry pi to see if the device works, document
6. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• TIMMS - Placed Raspberry Pi and power strip into box.
• iMet-XQ2 - Could not get to work
• Rain Gauges - DNW
• Tipping Bucket Programming - DNW
• Aerosol Particle Sizer - DNW
• Append - DNW

*Remote

1. TIMMS-00400
   1. Document
   2. Raspberry Pi
      1. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   3. Fluxgate compass
      1. read manual, determine connection, edit code
   4. 3D Anemometer
      1. read manual, determine connection, edit code
   5. Need cover for relative temperature and humidity sensor.
   6. Pressure Transducer - find one to buy (cheap, highest accuracy)
      1. Must connect to A/D board
2. Sodder new charging port on iMet-XQ2
3. Rain Gauges (Tipping Buckets)
   1. Wire Rain and fog gauges
4. Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
5. Wire Aerosol to Power Control Device
6. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• TIMMS - Researched more into the pressure transducer. Need to talk to Dr. Delene to confirm parameters. Additionally, looked through code for Young 3D Anemometer and read the manual to begin setup when in-person.
  • Link
  • Pressure Transducer -Digikey Link
  • Digikey Link2
  • Check with Dr. Delene. I believe the cheapest listed will work, but must check power input available and whether the price is acceptable.
• iMet-XQ2 - Need to test - Inquire with Dr. Delene
• Rain Gauges - Look into what the next step is with Dr. Delene. (i.e. Connect to Raspberry Pi in lab?)
• Tipping Bucket Programming - Ask Dr. Delene which one, and what he needs me to do.
• Aerosol Particle Sizer - Check with Dr. Delene—is it finished?
• Append - Perused the readfile.py and writefile.py code to analyze basic structure.

1. TIMMS-00400
   1. Raspberry Pi
      1. Read manual for fluxgate compass and determine connection to Raspberry Pi
      2. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Record hardware and software for TIMMS (Documentation)
   3. 3D Anemometer
   4. Need cover for relative temperature and humidity sensor.
   5. Pressure Transducer - find one to buy (cheap, highest accuracy)
      1. Young, Campbell
      2. Must connect to A/D board
      3. Research SPI and IC2 interface
2. Sodder new charging port on iMet-XQ2
3. Rain Gauges (Tipping Buckets)
   1. Wire Rain and fog gauges
4. Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
5. Wire Aerosol to Power Control Device
6. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• TIMMS - Pressure Transducer -Digikey Link Check with Dr. Delene. I believe the cheapest listed will work, but must check power input available and whether the price is acceptable.
• iMet-XQ2 - Need to test - Inquire with Dr. Delene
• Rain Gauges - Finished wiring AC plugs and wires and connecting the upper portion (rain catch) to the lower portion (tipping apparatus). Look into what the next step is with Dr. Delene. (i.e. Connect to Raspberry Pi in lab?)
• Tipping Bucket Programming - Ask Dr. Delene which one, and what he needs me to do.
• Aerosol Particle Sizer - Check with Dr. Delene—is it finished? Wires are hooked up. Note: I did not hook up the wires from the Pi Computer to the CDPPowerControl device.
• Append - Decided to save this work for over break (unless I finish everything else before them [a laughable prospect]), as it is good for online work.

1. TIMMS-00400
   1. Raspberry Pi
      1. Connect Temperature and Humidity Sensor
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
      3. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Record hardware and software for TIMMS (Documentation)
   3. Pressure Transducer - find one to buy (cheap, highest accuracy)
      1. Young, Campbell
      2. Must connect to A/D board
      3. Research SPI and IC2 interface
2. Sodder new charging port on iMet-XQ2
   1. Find type (read manual) and order
3. Look into how to label small wires
4. Rain Gauges (Tipping Buckets)
   1. Wire Rain and fog gauges
5. Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
6. Wire Aerosol to Power Control Device - will need to find manual.
7. Connect to Wi-Fi
8. Record how to set up DAQ HATS
9. Create append method for ADPAA (Note: /home/raspberry/ADPAA/src/python_lib)

• 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

1. TIMMS-00400
   1. Raspberry Pi
      1. Connect Temperature and Humidity Sensor
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
      3. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Record hardware and software for TIMMS (Documentation)
   3. Pressure Transducer - find one to buy (cheap, highest accuracy)
      1. Young, Campbell
      2. Must connect to A/D board
      3. Research SPI and IC2 interface
2. Sodder new charging port on iMet-XQ2
   1. Find type (read manual) and order
3. Look into how to label small wires
4. Rain Gauges (Tipping Buckets)
   1. Wire Rain and fog gauges
5. Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
6. Wire Aerosol to Power Control Device - will need to find manual.
7. Connect to Wi-Fi
8. Record how to set up DAQ HATS

• 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

1. TIMMS-00400
   1. Raspberry Pi
      1. Connect Temperature and Humidity Sensor
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
      3. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Record hardware and software for TIMMS (Documentation)
   3. Pressure Transducer - find one to buy (cheap, highest accuracy)
      1. Young, Campbell
      2. Must connect to A/D board
      3. Research SPI and IC2 interface
2. Sodder new charging port on iMet-XQ2
   1. Find type (read manual) and order
3. Look into how to label small wires
4. Rain Gauges (Tipping Buckets)
   1. Wire Rain and fog gauges
5. Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
6. Wire Aerosol to Power Control Device

• 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

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

• 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

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

• TIMMS - DNW
• iMet-XQ2 - DNW
• Wires- DNW
• Rain Gauges - Cleaned
• Tipping Bucket Programming - DNW
• Resolved AnyDesk Conflict on TIMMS-SN00400

1. TIMMS-00400
   1. Raspberry Pi
      1. Connect Temperature and Humidity Sensor
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
      3. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Record hardware and software for TIMMS (Documentation)
2. Sodder new charging port on iMet-XQ2
3. Find Wire labels
4. Rain Gauges (Tipping Buckets)
   1. Set up second Raspberry Pi
   2. Wire Rain and fog gauges
5. Program TippingBucket-SN00100 or Rain-SN00100 (Confirm with Dr. Delene which one)
6. Update MAC addresses on Google Sheet “Computer-Access” for RAIN-SN00100, TippingBucket-SN00100, Electric Field Mill (E100), and CH601-Sonic
7. Resolve AnyDesk Conflict on TIMMS-SN00400

• 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 :(

1. TIMMS-00400
   1. Raspberry Pi
      1. Connect Temperature and Humidity Sensor
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
      3. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
   2. Record hardware and software for TIMMS (Documentation)
2. Sodder new charging port on iMet-XQ2
3. Find Wire labels
4. Rain Gauges
   1. Set up second Raspberry Pi
   2. Wire Rain and fog gauges

• 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

1. Create TIMMS-00400
   1. Set up Raspberry Pi
      1. Connect Temperature and Humidity Sensor to Raspberry Pi
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
2. Set USB Devices on TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
3. Record hardware and software for TIMMS
4. Set up second Raspberry Pi
5. Sodder new charging port on iMet-XQ2
6. Find Wire labels

• 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

1. Create TIMMS-00400
   1. Set up Raspberry Pi
      1. Connect Temperature and Humidity Sensor to Raspberry Pi
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
2. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
3. Download and Access ADPAA Repository on personal laptop and Raspberry Pi and record methods
   1. Add SVN software, record how to download software and ADPAA
4. Record hardware and software for TIMMS
5. Update Clifford Hall Combined Grafana page to look like Gorman Field Grafana page

• 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.

• Acquired power strip for camera box, 4 adapters

1. Create TIMMS-00400
   1. Set up Raspberry Pi
      1. Connect Temperature and Humidity Sensor to Raspberry Pi
      2. Read manual for fluxgate compass and determine connection to Raspberry Pi
2. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
3. Download and Access ADPAA Repository on personal laptop and Raspberry Pi and record methods
   1. Add SVN software, record how to download software and ADPAA
4. Record hardware and software for TIMMS
5. Update Clifford Hall Combined Grafana page to look like Gorman Field Grafana page

• 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.

• Met with Dr. Delane to discuss progress
• Acquired 3D anemometer and USB Camera

1. Create TIMMS-00400
   1. Find Raspberry pi box (shell around computer for protection/looks)
   2. Connect Temperature and Humidity Sensor to Raspberry Pi
   3. Read manual for fluxgate compass and determine connection to Raspberry Pi
   4. Set up Raspberry Pi
2. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot
3. Download and Access ADPAA Repository on personal laptop and Raspberry Pi and record methods

• 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 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

• Met with Dr. Delane to discuss progress
• Acquired pressure sensor exterior and Fluxgate Compass
• Raspberry Pi SD card was set up

1. Create TIMMS-00400
   1. Find Raspberry pi box (shell around computer for protection/looks)
   2. Connect Temperature and Humidity Sensor to Raspberry Pi
   3. Read manual for fluxgate compass and determine connection to Raspberry Pi
   4. Set up Raspberry Pi
2. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• 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 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

• 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

1. Create TIMMS-00400
2. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• 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

• Remote Work

1. Create TIMMS-00400
2. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• 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.

• Received box for TIMMS-00400

1. Create TIMMS-00400
2. Connect to Littlestorm
3. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• Will remotely access TIMMS-00300 to properly identify devices
  • Will build into TIMMS-00400
• Connected to Littlestorm
• Analyzed new components for TIMMS-00400

• Met with Dr. Delane
  • Accessed ndus vpn instead of und vpn to connect to Littlestorm
  • Received numerous components to continue building TIMMS-00400

1. Create TIMMS-00400
2. Connect to Littlestorm
3. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• 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

• Remote Work

1. Create TIMMS-00400
   1. Parts List
2. Connect to Littlestorm
3. Connect to Grafana
4. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• 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

• Have Wiki account and can edit things.
• Order videos, comment monitor up the Raspberry Pi.

1. Create TIMMS-00400
   1. Parts List
2. Connect to Littlestorm
3. Set USB Devices on TIMMS-00300 and TIMMS-00400 Raspberry Pi to properly identify devices in port 1 and 2 on reboot

• 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

• Asked John Wold to give Ashley a Wiki account.
• Suggest working on a temperate/sonic wind/ camera for the MetTrailer tower.
• Suggest making a TIMMS-00400 for the lower tower on the MetTrailer.
• Meeting next week, 9 am check-in

• Create TIMMS-00400
  • Parts List
• Connect to Littlestorm

• Unable to connect to Littlestorm (connection timeout error)
• Parts List Progress
  • Raspberry Pi 4B
  • Temp/Humidity Sensor