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1. Concatenate all ".A##" files into one ".aim" file using linux command "cat".
1. Concatenate all ".A##" files into one ".aim" file using linux command "cat".


     Example: Entering "cat 12091440.A0 12091440.A01 >12091440.aim" into the terminal produces an aim file for 12091440.
     Example: Entering "cat 12091440.A0 12091440.A01 >12091440.aim" into the terminal produces the file "12091440.aim".





Revision as of 08:09, 3 August 2017

General Information

Files

Guides and Tutorials

Instrument Processing Streams

Gives the overall flow of the processing code per instrument and not step-by-step instructions as to how the data is processed. For step-by-step instructions, see the processing code itself.

Atmospheric Winds (AIMMS Probe - USB Stick)
  • Use this process to generate Google Earth flight paths from USB AIMMS Probe data.
  • Last edited 8/03/2017 - Shawn Wagner [shawn.wagner@und.edu]


1. Concatenate all ".A##" files into one ".aim" file using linux command "cat".

   Example: Entering "cat 12091440.A0 12091440.A01 >12091440.aim" into the terminal produces the file "12091440.aim".


2. Convert the ".aim" file from step 1 into a file of the correct format using ADPAA command "convert_aimmstonasa file=*inputfile*.aim".

   Example: Entering "convert_aimmstonasa file=12091440.aim" into the terminal produces the file "97_12_09_14_40_07.aimms.realtime_usb.raw".


3. Convert file generated in step 2 into kml format using ADPAA command "convert2kml < *inputfile* > *outputfile*".

   Example: Entering "convert2kml < 97_12_09_14_40_07.aimms.realtime_usb.raw > 97_12_09_14_40_07.aimms.realtime_usb.kml" into the terminal produces the file "97_12_09_14_40_07.aimms.realtime_usb.kml".


4. The file produced in step 3 may now be loaded into Google Earth.

Atmospheric Winds (M300 - Citation Research Aircraft)
Cloud Condensation Nuclei Counter (DMT)
Cloud Condensation Nuclei Counter (UWyo)
Cloud Droplet Probe (CDP)
Cloud Particle Imager (CIP) and DMT's Image Playback and OASIS Software
Passive Cavity Aerosol Spectromoter Probe (PCASP) Processing
Scanning Mobility Particle Sizer (SMPS) Spectrometer (TSI)
Temperature Probe (Rosemount)
True Air Speed (TAS) Processing
Tunable Diode Laser Hygrometer (TDL)
Two-Dimensional Cloud Probe (2DC)

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