@@ -204,8 +204,8 @@ void write_par_ll_cube(FILE *fp, bool verbose){
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fprintf (fp , "# X0000_Y0000 represents this point. It is a good choice to use a coord-\n" );
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fprintf (fp , "# inate that is North-West of your study area – to avoid negative tile\n" );
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fprintf (fp , "# numbers. Not used if DO_TILE = FALSE.\n" );
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- fprintf (fp , "# Type: Double. Valid range: [-90,90]\n" );
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fprintf (fp , "# Type: Double. Valid range: [-180,180]\n" );
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+ fprintf (fp , "# Type: Double. Valid range: [-90,90]\n" );
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}
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fprintf (fp , "ORIGIN_LON = -25\n" );
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fprintf (fp , "ORIGIN_LAT = 60\n" );
@@ -251,16 +251,16 @@ void write_par_ll_atcor(FILE *fp, bool verbose){
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fprintf (fp , "# ------------------------------------------------------------------------\n" );
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if (verbose ){
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- fprintf (fp , "# This indicates if topographic correction should be performed. If TRUE,\n" );
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- fprintf (fp , "# a DEM need to be given.\n" );
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+ fprintf (fp , "# This indicates if atmospheric correction should be performed. If TRUE,\n" );
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+ fprintf (fp , "# Bottom-of-Atmosphere reflectance is computed. If FALSE, only Top-of-Atmo-\n" );
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+ fprintf (fp , "# sphere reflectance is computed.\n" );
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fprintf (fp , "# Type: Logical. Valid values: {TRUE,FALSE}\n" );
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}
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fprintf (fp , "DO_ATMO = TRUE\n" );
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if (verbose ){
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- fprintf (fp , "# This indicates if atmospheric correction should be performed. If TRUE,\n" );
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- fprintf (fp , "# Bottom-of-Atmosphere reflectance is computed. If FALSE, only Top-of-Atmo-\n" );
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- fprintf (fp , "# sphere reflectance is computed.\n" );
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+ fprintf (fp , "# This indicates if topographic correction should be performed. If TRUE,\n" );
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+ fprintf (fp , "# a DEM need to be given.\n" );
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fprintf (fp , "# Type: Logical. Valid values: {TRUE,FALSE}\n" );
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}
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fprintf (fp , "DO_TOPO = TRUE\n" );
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