This file (.ini) is an example containing the steps to get to a calibrated (linear scale) and geocoded image starting
from an ASAR IMP product.The final output is a GEOTIFF image.

1) Header extraction 
2) Full Resolution  
3) Quick look
3) Power to amplitude  
4) IMAGE BACKSCATTERING - Calibration (output in linear scale)
5) GEO Correction
6) Export in Geotiff 

N.B.: The names used for the directory can be changed according to the user. 
      Don't forget to avoid blank space in the directory path name and in any files name created inside BEST.It is reccomended
      to use short folder path name. 

 
[GLOBAL SETTING]

Input Dir = "C:\ASAR\IMP\"

Output Dir = "C:\ASAR\IMP\"

Temp Dir = "C:\ASAR\IMP\"

Delete Input Image = 'N'


[HEADER ANALYSIS]

Input Media Path = "C:\ASAR\IMP\ASA_IMP_1PNPDE20061201_055712_000000142053_00249_24852_0006.N1"

Input Media Type = "disk"

Sensor Id = "ASAR"

Sensor Mode = "Image"

Product Type = "PRI"

Data Format = "ENVISAT"

Source Id = "esp"

Number Of Volumes = 1

Annotation File = "asar_imp"

Header Analysis File = "asar_imp"

Acknowledge Mount = 'N'



[FULL RESOLUTION]

Input Media Path = "C:\ASAR\IMP\ASA_IMP_1PNPDE20061201_055712_000000142053_00249_24852_0006.N1"

Input Media Type = "disk"

Header Analysis File = "asar_imp.HAN"

Output Image = "Amplitude"

Acknowledge Mount = 'N'



[QUICK LOOK]

Input Media Path = "Amplitude.XTs"

Input Media Type = "file"

Output Quick Look Image= "ql_Amplitude"

Output Grid Image = "qlg_Amplitude"

Quick Look Presentation = "NORMAL"

Number of Grid Lines = 8 ,8

Output Image Size = 800 ,0

Window Sizes = 3 ,3

Grid Type = "LATLON"

Grid Drawing Mode = "transparent"



[AMPLITUDE TO POWER]

Input Image = "Amplitude.XTs"

Output Image = "Intensity"



[IMAGE BACKSCATTERING]

Input Image = "Intensity.APf"

Output Image Scale = "LINEAR"

Output Image = "backscattering_linear"

Sensor Id = "ENVI"


[IMAGE GEO-CORRECTION]

Input Image = "backscattering_linear.BSf"

Output Image = "Geo_Backscattering"

Interpolation Mode = "BILINEAR"



[GEO-TIFF GENERATION]

Input Image = "Geo_Backscattering.GRf"

Output Image = "Geo_Backscattering"