[gdal-dev] Is there any gdal\apps executable that is equivalent to Reproject of openEV_FW

[mohwawang at yahoo.com]

Hi all,

I have successfully used the Reproject of openEV_FW (FWTools 2.2.8) to reproject an AST_L1B geo jpg file (ast_geo.jpg with an ast_geo.jpgw file) to a NITF file. I wonder if there is any gdal-1.6\apps executable that is equivalent to Reproject of Tools of openEV_FW? I tried gdal_translate.exe but failed as:

> gdal_translate -of nitf ast_geo.jpg new.ntf
Input flle size is 5896, 4714
0...10...20...30...40...50...60...70...80...90...100 - done
ERROR 6: Apparently no space reserved for IGEOLO info in NITF file.
NITFWriteIGEOGLO() fails.

I guess the key is to use the info in the jpgw file as parameters in the equivalent executable if exists. What? How? Below are the info of the jpg file and the content of the jpgw file.

> gdalinfo ast_geo.jpg
Driver: JPEG/JPEG JFIF
Files: ast_geo.jpg
Size is 5896, 4714
Coordinate System is `'
Origin = (-113.281421452980040,33.477365682899951)
Pixel Size = (0.000153055144450,-0.000142760639120)
Image Structure Metadata:
  SOURCE_COLOR_SPACE=YCbCr
  INTERLEAVE=PIXEL
  COMPRESSION=JPEG
Corner Coordinates:
Upper Left  (-113.2814215,  33.4773657) 
Lower Left  (-113.2814215,  32.8043920) 
Upper Right (-112.3790083,  33.4773657) 
Lower Right (-112.3790083,  32.8043920) 
Center      (-112.8302149,  33.1408789) 
Band 1 Block=5896x1 Type=Byte, ColorInterp=Red
  Image Structure Metadata:
    COMPRESSION=JPEG
Band 2 Block=5896x1 Type=Byte, ColorInterp=Green
  Image Structure Metadata:
    COMPRESSION=JPEG
Band 3 Block=5896x1 Type=Byte, ColorInterp=Blue
  Image Structure Metadata:
    COMPRESSION=JPEG

> type ast_geo.jpgw
                   0.00015305514445
                   0.00000000000000
                   0.00000000000000
                  -0.00014276063912
                -113.28134492540782
                  33.47729430258039
Tiff File AST_L1B_00309192003182059_10032003135534_VNIR_geo.tif/n Image width = 5896 height = 4714 bands = 3/n Image_UL = 33.465445 -113.085740 Image_UR = 33.371366 -112.428675/n Image_LL = 32.910820 -113.234051 Image_LR = 32.817455 -112.581118/n Image_UL_Loc =     1278       83 Image_UR_Loc =     5571      742
Image_LL_Loc =      309     3968 Image_LR_Loc =     4575     4622

Thanks.

Best Regards,

Mo Wang