PDS_VERSION_ID        = PDS3                                                  
RECORD_TYPE           = STREAM                                                
START_TIME            = 2001-03-01T05:07:00                                   
STOP_TIME             = 2001-03-01T05:13:00                                   
DATA_SET_ID           = "MGS-M-RSS-1-EXT-V1.0"                                
INSTRUMENT_HOST_NAME  = "MARS GLOBAL SURVEYOR"                                
TARGET_NAME           = MARS                                                  
^PS_DOCUMENT          = "10600507.PS1"                                        
OBJECT                = PS_DOCUMENT                                           
 DOCUMENT_NAME         = "MGS Radio Occultation Quick Look Plot Set"          
 PUBLICATION_DATE      = 2001-03-01                                           
 DOCUMENT_TOPIC_TYPE   = "QUICK LOOK PLOTS"                                   
 INTERCHANGE_FORMAT    = BINARY                                               
 DOCUMENT_FORMAT       = "POSTSCRIPT"                                         
 FILES                 = 1                                                    
 DESCRIPTION           = "                                                    
    PostScript files contain one figure each showing quick look views after   
early processing of raw data.  These may be useful in identifying data which  
deserve more detailed inspection.  For example, by printing the PostScript    
file, the user can determine whether a signal was easily detectable or        
whether the data were corrupted.  Certain data anomalies (saturation          
in the analog-to-digital converters, clipping in amplifiers ahead of the      
ADCs, receiver tuning errors, poor choices of receiver gain, etc.) can be     
readily seen in the plots.                                                    
                                                                              
    Each PostScript file is sized to fit on a single 8-1/2 x 11 inch page.    
Each landscape format page includes four panels showing a histogram of        
raw data (12-bit) samples (upper left), one-minute average power spectra      
derived from the raw samples (upper right), one-second averages of raw        
sample power versus time (lower left), and an extract of the first few        
lines of the source ODR PDS label (lower right).                              
                                                                              
    PostScript file names have the form ydddhhmm.PSc where                    
                                                                              
              y    is the one-digit year (0-9)                                
              ddd  is the three-digit day-of-year (001-366)                   
              hh   is the two-digit hour (00-23)                              
              mm   is the two-digit minute (00-59)                            
              c    is the one digit receiver channel (1-4)                    
                                                                              
The file names are chosen so that they match the ODR file names ydddhhmm.ODR. 
Note that, on the rare occasions when there were multiple recordings of the   
the same occultation, the  mm  component may be modified in one of the files  
so that file names are unique.                                                
                                                                              
    Receiver channels (c) are generally defined as follows:                   
receiver 1 was X-RCP, receiver 2 was S-RCP, receiver 3 was X-LCP, and         
receiver 4 was S-LCP.  Normal MGS radio occultation operations used           
only X-RCP.                                                                   
                                                                              
     Each panel was generated by MATLAB as a Level 1 PostScript file for      
black and white printers.  The panels were then assembled into single         
page PostScript files using the psmulti utility, a PERL script written        
by D. Murray Laing.  The computing platform was a Sun Ultra-2 running         
Solaris 2.5.1.  MATLAB is a technical computing environment for computation   
and visualization distributed by The Math Works, Inc., Natick MA.  MATLAB     
is a trademark of The Math Works, Inc.  PostScript is a trademark of          
Adobe Systems, Inc."                                                          
                                                                              
END_OBJECT            = PS_DOCUMENT                                           
END