#ifndef CALCULATE_ATMOSPHERIC_PARAMETERS_H #define CALCULATE_ATMOSPHERIC_PARAMETERS_H #include /* Define spectral response counts */ #define L4_TM_SRS_COUNT (171) #define L5_TM_SRS_COUNT (171) #define L7_TM_SRS_COUNT (125) #define L8_OLITIRS_SRS_COUNT (101) #define L9_OLITIRS_SRS_COUNT (41) #define MAX_SRS_COUNT (L5_TM_SRS_COUNT) /* Define radiometric conversion (between RTTOV and MODTRAN) counts */ // RRRR TMP: We currently only have the table for L8; the others are copies // RRRR TMP: of this. When we get the others, these values might change. #define L4_TM_RAD_CONV_COUNT (3351) #define L5_TM_RAD_CONV_COUNT (3351) #define L7_TM_RAD_CONV_COUNT (3351) #define L8_OLITIRS_RAD_CONV_COUNT (3351) #define L9_OLITIRS_RAD_CONV_COUNT (3351) #define MAX_RAD_CONV_COUNT (L5_TM_RAD_CONV_COUNT) /* This emissivity/albedo is for water */ #define WATER_ALBEDO (0.1) #define WATER_EMISSIVITY (1.0 - WATER_ALBEDO) #define INV_WATER_ALBEDO (1.0 / WATER_ALBEDO) /* Define the radiometric conversion LUT columns */ typedef enum { RAD_CONV_BT, /* Brightness temperature - we don't use this */ RAD_CONV_RTTOV, /* RTTOV units */ RAD_CONV_MODTRAN, /* MODTRAN units */ NUM_RAD_CONV_COLUMNS } RAD_CONV_COLUMNS; #endif /* CALCULATE_ATMOSPHERIC_PARAMETERS_H */