Index of /fireiii/Mfiles
Name Last modified Size Description
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Parent Directory 28-Jan-2004 10:00 -
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980602.m 15-Jun-1998 14:54 1k
HIS_quicklook.m 15-Jun-1998 16:41 2k
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aeribrowser/ 28-Jan-2004 09:58 -
coastlin.mat 25-May-1998 21:24 133k
create_his_cal_plots.m 03-Jun-1998 10:23 2k
create_his_engineeri..> 03-Jun-1998 10:23 1k
edittools/ 28-Jan-2004 09:58 -
his_hk_plots.m 03-Jun-1998 10:23 7k
his_noise_plots.m 03-Jun-1998 10:23 3k
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hisae.doc 27-May-1998 12:26 16k
hisbrowser/ 28-Jan-2004 09:58 -
hisplot.m 27-May-1998 12:26 1k
nav_plot.m 15-Jun-1998 13:32 2k
plots_980518.m 27-May-1998 12:26 3k
rad2bt.m 03-Jun-1998 10:23 1k
rd_cls.m 03-Jun-1998 10:23 3k
rd_navdata.m 15-Jun-1998 13:32 1k
rd_netcdf.m 15-Jun-1998 13:34 1k
read_HIS_record.m 03-Jun-1998 10:23 3k
read_HIS_records.m 03-Jun-1998 10:23 2k
read_his_hk_files.m 03-Jun-1998 10:23 6k
readall.m 25-May-1998 21:25 1k
umereader/ 28-Jan-2004 09:58 -
Description of HIS Mfiles:
coastlin.mat
% Mat file containing low-resolution coast line data
create_his_cal_plots.m
% function [] = create_his_cal_plots(print_flag,filedate)
%
% ....This Matlab functions reads the HIS UME files and generates
% radiance and brightness temperature plots of 10 spectra averages.
create_his_engineering_plots.m
% function [] = create_his_engineering_plots(print_flag,filedate);
%
% .....This Matlab function creates plots of engineering data for the HIS
% instrument after reading several different files.
%
% Example input: create_his_engineering_plots(0,980513);
%
% Input:
% print_flag - Flag for printing hard copies (1 for yes, 0 for no hard copies).
%
% filedate - This is a NUMBER that designates the date that the HIS
% data was taken, ie, 980513.
%
% NOTE: This routine requires the following files to be
% in the following directory structure (assuming
% filedate = 980513):
%
% [direc]\ac980513\qc\hc1
% [direc]\ac980513\qc\hc3
% [direc]\ac980513\qc\hc5
% [direc]\ac980513\980513.BL1
% [direc]\ac980513\980513.BL2
% [direc]\ac980513\980513.BL3
% [direc]\ac980513\98-063.BAC
%
his_hk_plots.m
% function [] = his_hk_plots(print_flag,filedate)
%
% ....Creates plots of the HIS housekeeping data that are normally placed in the flight
% data log book.
%
his_noise_plots.m
% function [] = his_noise_plots(filedate)
%
% ....Plots the noise estimates from the HIS QC files.
% print_flag = 1 for printing.
%
hisae.doc
% Documentation file for HIS data.
hisplot.m
% plots averaged spectra from hisdata_sim
% makes 4 plots to get idea of what data is doing
%
nav_plot.m
% function [] = nav_plot(print_flag,filedate)
%
% ....Makes a plot of the navigation data taken during HIS flight.
%
% Example input: nav_plot(0,980513);
%
% Input:
% print_flag - Flag for printing hard copies (1 for yes, 0 for no hard copies).
%
% filedate - This is a NUMBER that designates the date that the HIS
% data was taken, ie, 980513.
%
% NOTE: This routine requires a NASA BAC NAVDATA file to be
% in the following directory structure (assuming
% filedate = 980513 and flight_track = '98-063'):
%
% [direc]\ac980513\98-063.BAC
%
% where [direc] is hardwired in below.
%
%
plots_980518.m
% Creates plots of HIS data from 980518.
rad2bt.m
% Converts from radiance [mW m-2 sr-1 (cm-1)-1] to brightness temperature (K).
rd_cls.m
% function [cls] = rd_cls(filename)
%
% ....This Matlab function reads cloud boundary data files generated from NASA's Cloud
% Lidar System (CLS). More information can be obtained on this instrument from
% Jim Spinhirne's web page at http://virl.gsfc.nasa.gov/er2cls.html.
%
% Input:
% filename - filename of CLS boundary file
%
% Output:
% cls - structure containing the following variables:
% mtime - Matlab serial date/time
% seconds - time in seconds since midnight
% lat - aircraft latitude
% lon - aircraft longitude
% alt - aircraft altitude
% roll - aircraft roll
% cloud_boundary - array containing top and bottom cloud boundaries
% of up to 5 layers below aircraft (NaN represent
% no data.)
% cls.cloud_boundary(:,1) = top of 1st cloud layer
% cls.cloud_boundary(:,2) = bottom of 1st cloud layer
% cls.cloud_boundary(:,3) = top of 2nd cloud layer
% ...
% surface_elevation - surface elevation as deduced by CLS
% hdr - header lines of CLS file.
%
rd_navdata.m
% function [YYMMDD,time,latitude,longitude,altitude,heading,pitch,roll,speed,pressure,temperature,hdr] = rd_navdata(filename);
%
% ....Reads binary files (*.bac) containing ER-2 navigation data.
%
read_his_hk_files.m
% function [hdr1,BL1,hdr2,BL2,hdr3,BL3] = read_his_hk_files(filename);
%
% ....This Matlab function reads HIS housekeeping files and returns the data in the following structures:
%
% NOTE THAT filename does NOT include the file extension!! (ie, 'e:\ac980518\980518')
%
read_his_record.m
% function his_record = read_his_record(file,index);
%
% ....This Matlab function reads one HIS record based on the file
% pointer fp and the file index.
%
read_his_records.m
% function his = read_HIS_records(file,beginning_index,ending_index)
%
% ....This Matlab function using 'read_HIS_record.m' to read a sequence
% of HIS records.
%
% Input:
% file - filename of HIS data file
% beginning_index - Beginning HIS record index
% ending_index - Ending HIS record index
%
% Output:
% his - array of structures containing HIS data
%
readall.m
% function [data,header,freq,specrad,bt] = readall(file);
% header is a matrix of all the headers (1 header per row)
% specrad is a matrix of all the spectra (1 per row)