.:citationwinds:M300: Difference between revisions

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'''Purpose'''
'''Purpose'''


Extracts analog data from SEA M300 data system file (*.sea) and creates the *.analog.raw file. Extracts Cloud Imaging Probes (CIP) housekeeping information from SEA M300 data system file(*.sea).
This script extracts analog data from SEA M300 data system file (*.sea) and creates the *.analog.raw file. It also extracts Cloud Imaging Probes (CIP) housekeeping information from SEA M300 data system file(*.sea).


'''Required Input File'''
'''Required Input File'''
Line 17: Line 17:


'''Output File'''
'''Output File'''
Among many other files, it generates:


<nowiki>*.analog.raw</nowiki>
<nowiki>*.analog.raw</nowiki>
<nowiki>*.applanix.raw</nowiki>


<nowiki>*.housekeeping.cip.raw</nowiki>
<nowiki>*.housekeeping.cip.raw</nowiki>
The first two will be used in the following scripts.
'''Syntax'''
  process_raw <-d> <-v> <-vm> input_file


''Example Syntax''
''Example Syntax''
   process_raw {$ADPAA_DIR}/src/TestData/FlightData/20140429_152103/PostProcessing/14_04_29_15_21_03.sea
   process_raw $ADPAA_DIR/src/TestData/FlightData/20140429_152103/PostProcessing/14_04_29_15_21_03.sea


==analog2physical==
==analog2physical==
Line 39: Line 48:
<nowiki>*.physical.raw</nowiki>
<nowiki>*.physical.raw</nowiki>


==convert_physical==
'''Syntax'''
  analog2physical <final> <csh_error> <hotwire_offset> <nohotwireslave> <physical> <ccn> <ballvario> <nevzorov> <TDLflow> input_file
 
''Optional parameters''
 
<final> causes the output data to be tagged Final instead of Preliminary.
 
<csh_error> causes the error to be returned to the csh calling program.
 
<nohotwireslave> causes the hot wire probe voltage not to be checked.
 
<physical> generates a *.physical.raw file.


'''Purpose'''
<ccn> generates a *ccn.raw file.


Uses total temperature, static pressure and dynamic pressure to correct for dynamic effect on the total temperature measurement to calculate air temperature.
<ballvario> generates a *balvario.raw file.  


'''Required Input File'''
<nevzorov> generates a *.nevzorov file.


<nowiki>*.physical.*</nowiki>
<TDLflow> generates a *.TDLflow.raw file.


'''Output File'''


<nowiki>*.basic.raw</nowiki>
''Example Syntax''
  analog2physical $ADPAA_DIR/src/TestData/FlightData/20140429_152103/PostProcessing/14_04_29_15_21_03.analog.raw
 
The *.analog.raw file is generated from process_raw.


==winds_file==
==winds_file==
'''Purpose'''
'''Purpose'''
To create a "*winds.raw" file by compiling and running the winds_file idl routines.
'''Required Input Files'''
<nowiki>*.physical.raw</nowiki> and <nowiki>*.applanix.raw</nowiki>
The *.physical.raw file is generated by running the analog2physical script on the *.analog.raw file created by the process_raw script from the *.sea file.
The *applanix.raw file is generated by running the process_raw script on an *.sea file.


'''Output File'''
'''Output File'''


<nowiki>*.winds.raw*</nowiki>
<nowiki>*REAL.winds.raw*</nowiki>
 
'''Syntax'''
  winds_file <final> <csh_error> physical_file applanix_file
 
''Optional Parameters:''
 
<final> causes the output data to be tagged "Final" instead of "Preliminary".
 
<csh_error> causes the error to be returned to the csh calling program instead of occurring in the IDL code.
 
 
''Example Syntax''
  winds_file 14_04_29_15_21_03.physical.raw 14_04_29_15_21_03.applanix.raw


=Processing References=
=Processing References=

Latest revision as of 18:01, 8 August 2018

Citation Research Aircraft Atmospheric Winds (Aircraft Processing)

Calibration Data Processing Scripts

Post-flight Data Processing Scripts

process_raw

Purpose

This script extracts analog data from SEA M300 data system file (*.sea) and creates the *.analog.raw file. It also extracts Cloud Imaging Probes (CIP) housekeeping information from SEA M300 data system file(*.sea).

Required Input File

*.sea

Output File

Among many other files, it generates:

*.analog.raw

*.applanix.raw

*.housekeeping.cip.raw

The first two will be used in the following scripts.

Syntax

 process_raw <-d> <-v> <-vm> input_file

Example Syntax

 process_raw $ADPAA_DIR/src/TestData/FlightData/20140429_152103/PostProcessing/14_04_29_15_21_03.sea

analog2physical

Purpose

To convert analog measurements from engineering units (voltages) to physical units (i.e. degree C).

Required Input File

*.analog.*

Output File

*.physical.raw

Syntax

 analog2physical <final> <csh_error> <hotwire_offset> <nohotwireslave> <physical> <ccn> <ballvario> <nevzorov> <TDLflow> input_file

Optional parameters

<final> causes the output data to be tagged Final instead of Preliminary.

<csh_error> causes the error to be returned to the csh calling program.

<nohotwireslave> causes the hot wire probe voltage not to be checked.

<physical> generates a *.physical.raw file.

<ccn> generates a *ccn.raw file.

<ballvario> generates a *balvario.raw file.

<nevzorov> generates a *.nevzorov file.

<TDLflow> generates a *.TDLflow.raw file.


Example Syntax

 analog2physical $ADPAA_DIR/src/TestData/FlightData/20140429_152103/PostProcessing/14_04_29_15_21_03.analog.raw
 

The *.analog.raw file is generated from process_raw.

winds_file

Purpose

To create a "*winds.raw" file by compiling and running the winds_file idl routines.

Required Input Files

*.physical.raw and *.applanix.raw

The *.physical.raw file is generated by running the analog2physical script on the *.analog.raw file created by the process_raw script from the *.sea file. The *applanix.raw file is generated by running the process_raw script on an *.sea file.

Output File

*REAL.winds.raw*

Syntax

 winds_file <final> <csh_error> physical_file applanix_file

Optional Parameters:

<final> causes the output data to be tagged "Final" instead of "Preliminary".

<csh_error> causes the error to be returned to the csh calling program instead of occurring in the IDL code.


Example Syntax

 winds_file 14_04_29_15_21_03.physical.raw 14_04_29_15_21_03.applanix.raw

Processing References

http://aerosol.atmos.und.edu/ADPAA/winds/index.html

Lenschow, D. H., 1986: Aircraft measurements in the boundary layer. Probing the Atmospheric Boun.-Layer Meteor., D. H. Lenschow, Amer. Meteor. Soc., 39–55.