Main Page

Tutorials

ADPAA (Uses Data from ADTAE Repository)

• Simple Example to Create X-Y Plot Using Python adpaa.py Module
• 2DC-2DS Tutorial
• How to create Boxplots with Aplot or Cplot

Science Engineering Associates (SEA) M300 Data Acquisition System

• Checking output of serial data from M300
• Transferring files using the M300.

Information for Developers

Coding Information

• ADPAA Debugging
• Adding Module to ADPAA
• Constants: Setting and Updating
• IDL Wrapper Code
• Installing, Updating, and Committing (Developers) ADPAA (INSTALL)

Data Acquisition

• Protocols for Data Acquisition
• M300 Tag Number Standard Definitions

How to Update MediaWiki Software

• Update MediaWiki

Developer's Conferences

• November 7, 2016
• June 26, 2017
• March 30, 2018/July 27, 2018
• January 25, 2019
• August 17, 2020

Directories

ADPAA Software

• ${ADPAA_DIR}/bin *

Location of the executable code for the binary (production) version of ADPAA

• ${ADPAA_DIR}/binary_distributions

Location of the compressed, tar files is for saved binary (production) version of ADPAA.

• ${ADPAA_DIR}/sav

Location of the complied IDL files.

• ${ADPAA_DIR}/share

Location of none code files used by the binary (production) version

• ${ADPAA_DIR}/source_distributions

Location of source code for archived version.

• ${ADPAA_DIR}/src

Location of all the source code for the current version.

ADPAA Data File

• Follows Appendix B of Delene, D. J., Airborne Data Processing and Analysis Software Package, Earth Science Informatics, 4(1), 29-44, 2011, URL: http://dx.doi.org/10.1007/s12145-010-0061-4, DOI: 10.1007/s12145-010-0061-4.

Note that when the priminary data acquistion sytem, such as a M300, is restarted during a flight the flight id is denoted as YYYYMMDD_?, where ? starts at 1 for flight on that day. Within the YYYYMMDD_? directory, there are directories with names of YYYYMMDD_HHMMSS that denote the start times of each files. A Combined directory is include within the YYYYMMDD_? that combines all data from all files acquired during the flight. The 'combine_files' script us used to combine files obtained different acquisition period into files within the Cobmined directory.

General Information

Documentation

• Copyright Notice (COPYING)
• Creations of Wiki Page Accounts

Visualization - Graphical Analysis Programs

• cplot/cplot2
• aplot
• pbp_viewer

Scripts

• ADPAA Processing Scripts (Project and Flight Processing, Analysis Tools)
• ADPAA Linkage Scripts to SODA2 (Two Dimensional Image Probe Processing)

Files

Analysis Files

• Segment Files - NASA/UND ASCII Format (*.segment)

Data File Extension Hierarchy (from bottom to top)=

• Exact (unmodified) Serial Stream Out Data Files - NASA/UND ASCII Format (*.log)
• Raw Data Files - NASA/UND ASCII Format (*.raw)
• Chronological files - NASA/UND ASCII Format (*.chron)
• Synchronous Files - NASA/UND ASCII Format (*.sync)
• Edited Files - NASA/UND ASCII Format (*.flt, *.edits)
• Clean Files - NASA/UND ASCII Format (*.clean)
• Summary (Science) Files - NASA/UND ASCII Format (*.sum)

Image Files

• Image Files (*.2dc, *.cip, *.pip)

Input/Output of Data Files

• IDL Reading and Writing NASA/UND Formatted Data Files
• Python Reading and Writing NASA/UND Formatted Data Files

netCDF Files

• netCDF Files

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.

Aeronautical Radio, Incorporated (ARINC) 429

• ARINC 429 Processing

Atmospheric Winds (AIMMS Probe)

• AIMMS Probe (M300 Data System)
• AIMMS Probe (USB Data System)

Atmospheric Winds (M300 - Citation Research Aircraft)

• Aircraft Processing (M300 Data System)

Cloud Condensation Nuclei Counter (DMT)

• Aircraft Processing (M300 Data System)
• Surface Processing (Processing Data Directly from Instrument)

Cloud Condensation Nuclei Counter (UWyo)

• Lab Processing (Processing Data using M200 Data System)
• Lab Processing (Processing Data using A/D Board)

Cloud Droplet Probe (CDP)

• Lab Processing (Processing Data using Stream Data)
• Processing Data from SEA M300 file

Cloud Particle Imager (CIP)

• Using SEA M300 recorded CIP Data with DMT's Image Playback and OASIS Software
• Aircraft Processing (M300 Data System)

Condensation Particle Counter (CPC)

• Lab Processing

Grimm Optical Particle Counter (SKY-OPC)

• Grimm SKY-OPC Processing

High Volume Precipitation Spectrometer (HVPS3)

• HVPS3 Processing

Icing Detector (Model LM)

• Icing Detector Processing (Model LM)

Icing Detector (Model ND)

• Icing Detector Processing (Model ND)

King Water Content Probe

• King Processing

Multi-Element Water Content System (WCM-2000)

• WCM 2000 Processing

Multi-Element Water Content System (WCM-3000)

• WCM 3000 Processing

Nevzorov Total and Liquid Water Content Probe (Nevzorov)

• Nevzorov Processing

Passive Cavity Aerosol Spectromoter Probe (PCASP) Processing

• PCASP Processing

Scanning Mobility Particle Sizer (SMPS) Spectrometer (TSI)

• SMPS Processing

Temperature Probe (Rosemount)

• Aircraft Processing (M300 Data System)

True Air Speed (TAS) Processing

• TAS Processing

Tunable Diode Laser Hygrometer (TDL)

• TDL Processing

Two-Dimensional Cloud Probe (2DC)

• 2D-C Processing

Two-Dimensional Spectrometer Probe (2DS)

• 2D-S Processing

Weals Optical Particle Counter (OPC)

• OPC cloud chamber lab processing

Troubleshooting Methods

• Checking Serial Data

Related Web Site Links

• ADPAA Source Forge Site
• UND Airborne Wiki
• David Delene's ADPAA Software Article