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* [[.:tutorialsReadplot_CCNCdata:home|Simple Example to Create X-Y Plot Using Python adpaa.py Module]] | * [[.:tutorialsReadplot_CCNCdata:home|Simple Example to Create X-Y Plot Using Python adpaa.py Module]] | ||
* [[.:tutorials2DC2DS:home|2DC-2DS Tutorial]] | * [[.:tutorials2DC2DS:home|2DC-2DS Tutorial]] | ||
=== | ===Science Engineering Associates (SEA) M300 Data Acquisition System=== | ||
* [[.:tutorialsM300SerialDataOut:home|Checking output of serial data from M300]] | * [[.:tutorialsM300SerialDataOut:home|Checking output of serial data from M300]] | ||
* [[.:tutorialsM300FTP:home|Transferring files using the M300.]] | |||
==Information for Developers== | ==Information for Developers== | ||
| Line 61: | Line 62: | ||
* [[.:cplot:home|cplot/cplot2]] | * [[.:cplot:home|cplot/cplot2]] | ||
* [[.:aplot:home|aplot]] | * [[.:aplot:home|aplot]] | ||
* [[.:pbp_viewer:home | * [[.:pbp_viewer:home|pbp_viewer]] | ||
===Scripts=== | ===Scripts=== | ||
| Line 107: | Line 108: | ||
* [[.:cdp:Aircraft|Processing Data from SEA M300 file]] | * [[.:cdp:Aircraft|Processing Data from SEA M300 file]] | ||
=====Cloud Particle Imager (CIP) | =====Cloud Particle Imager (CIP)===== | ||
* [[.:cip:dmt|Using SEA M300 recorded CIP Data with DMT Software]] | * [[.:cip:dmt|Using SEA M300 recorded CIP Data with DMT's Image Playback and OASIS Software]] | ||
* [[.:cip:M300|Aircraft Processing (M300 Data System)]] | |||
=====Condensation Particle Counter (CPC)===== | =====Condensation Particle Counter (CPC)===== | ||
* [[.:cpc:Lab|Lab Processing]] | * [[.:cpc:Lab|Lab Processing]] | ||
| Line 119: | Line 122: | ||
=====Icing Detector (Model ND) ===== | =====Icing Detector (Model ND) ===== | ||
* [[.icedetectorND|Icing Detector Processing (Model ND)]] | * [[.icedetectorND|Icing Detector Processing (Model ND)]] | ||
=====King Water Content Probe===== | |||
* [[.king|King Processing]] | |||
=====Multi-Element Water Content System (WCM-2000)===== | =====Multi-Element Water Content System (WCM-2000)===== | ||
* [[.wcm|WCM 2000 Processing]] | * [[.wcm|WCM 2000 Processing]] | ||
Latest revision as of 10:32, 12 December 2024
Guides
Data Processing Guide (odt, pdf)
Programming Guide (odt, pdf)
Researcher Guidelines and Expectations (odt, pdf)
Tutorials
ADPAA (Uses Data from ADTAE Repository)
Science Engineering Associates (SEA) M300 Data Acquisition System
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
How to Update MediaWiki Software
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
Software Programs
Visualization - Graphical Analysis Programs
Scripts
- ADPAA Processing Scripts (Project and Flight Processing, Analysis Tools)
- ADPAA Linkage Scripts to SODA2 (Two Dimensional Image Probe Processing)
Files
Analysis Files
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
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
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
Atmospheric Winds (AIMMS Probe)
Atmospheric Winds (M300 - Citation Research Aircraft)
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)
Cloud Particle Imager (CIP)
- Using SEA M300 recorded CIP Data with DMT's Image Playback and OASIS Software
- Aircraft Processing (M300 Data System)