@@ -865,8 +865,8 @@ void write_par_hl_sensor(FILE *fp, bool verbose){
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fprintf (fp , "# Sensors to be used in the analysis. Multi-sensor analyses are restricted\n" );
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fprintf (fp , "# to the overlapping bands. Following sensors are available: LND04 (6-band\n" );
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fprintf (fp , "# Landsat 4 TM), LND05 (6-band Landsat 5 TM), LND07 (6-band Landsat 7 ETM+),\n" );
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- fprintf (fp , "# LND08/09 (6-band Landsat 8-9 OLI), SEN2A (10-band Sentinel-2A), SEN2B (10-band \n" );
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- fprintf (fp , "# Sentinel-2B), sen2a (4-band Sentinel-2A), sen2b (4-band Sentinel-2B), \n" );
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+ fprintf (fp , "# LND08/09 (6-band Landsat 8-9 OLI), SEN2[A-D] (10-band Sentinel-2[A-D]) \n" );
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+ fprintf (fp , "# sen2[a-d] (4-band Sentinel-2[A-D]) \n" );
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fprintf (fp , "# S1AIA (2-band VV-VH Sentinel-1A IW ascending), S1BIA (2-band VV-VH Senti-\n" );
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fprintf (fp , "# nel-1B IW ascending), S1AID (2-band VV-VH Sentinel-1A IW descending), S1BID\n" );
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fprintf (fp , "# (2-band VV-VH Sentinel-1B IW descending), MOD01 (7-band Terra MODIS), MOD02.\n" );
@@ -878,9 +878,9 @@ void write_par_hl_sensor(FILE *fp, bool verbose){
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fprintf (fp , "# BAP Composites with such a band designation can be input again (e.g. \n" );
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fprintf (fp , "# SENSORS = LNDLG).\n" );
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fprintf (fp , "# Type: Character list. Valid values: {LND04,LND05,LND07,LND08,LND09,SEN2A,\n" );
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- fprintf (fp , "# SEN2B,sen2a,sen2b,S1AIA,S1BIA,S1AID,S1BID,MOD01,MOD02,LNDLG,SEN2L,SEN2H,R-G-B,VVVHP,MODIS}\n" );
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+ fprintf (fp , "# SEN2B,SEN2C,SEN2D, sen2a,sen2b,sen2c,sen2d ,S1AIA,S1BIA,S1AID,S1BID,MOD01,MOD02,LNDLG,SEN2L,SEN2H,R-G-B,VVVHP,MODIS}\n" );
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}
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- fprintf (fp , "SENSORS = LND08 LND09 SEN2A SEN2B\n" );
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+ fprintf (fp , "SENSORS = LND08 LND09 SEN2A SEN2B SEN2C \n" );
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if (verbose ){
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fprintf (fp , "# Main product type to be used. Usually, this is a reflectance product like BOA.\n" );
@@ -905,7 +905,7 @@ void write_par_hl_sensor(FILE *fp, bool verbose){
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if (verbose ){
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fprintf (fp , "# Perform a spectral adjustment to Sentinel-2?\n" );
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- fprintf (fp , "# This method can only be used with following sensors: SEN2A, SEN2B, LND04, LND05, LND07, \n" );
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+ fprintf (fp , "# This method can only be used with following sensors: SEN2A, SEN2B, SEN2C, SEN2D, LND04, LND05, LND07, \n" );
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fprintf (fp , "# LND08, LND09, MOD01, MOD02.\n" );
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fprintf (fp , "# A material-specific spectral harmonization will be performed, which will convert the \n" );
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fprintf (fp , "# spectral response of any of these sensors to Sentinel-2A. Non-existent bands will be \n" );
@@ -2071,7 +2071,7 @@ void write_par_hl_l2i(FILE *fp, bool verbose){
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fprintf (fp , "# Sentinel-2, it is recommended to use \"SENSORS = sen2a sen2b\", and\n" );
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fprintf (fp , "# \"SENSORS_LOWRES = LND07 LND08 LND09\"\n" );
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fprintf (fp , "# Type: Character list. Valid values: {LND04,LND05,LND07,LND08,LND09,SEN2A,\n" );
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- fprintf (fp , "# SEN2B,sen2a,sen2b,S1AIA,S1BIA,S1AID,S1BID}\n" );
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+ fprintf (fp , "# SEN2B,SEN2C,SEN2D, sen2a,sen2b,sen2c,sen2d ,S1AIA,S1BIA,S1AID,S1BID}\n" );
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}
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fprintf (fp , "SENSORS_LOWRES = LND07 LND08 LND09\n" );
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