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ocssw
V2022
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L1A_prototype.h
void initialize_scan_metadata(MD_SCAN_MET_t *scan_meta)
Definition: initialize_scan_metadata.c:5
an array had not been initialized Several spelling and grammar corrections were which is read from the appropriate MCF the above metadata values were hard coded A problem calculating the average background DN for SWIR bands when the moon is in the space view port was corrected The new algorithm used to calculate the average background DN for all reflective bands when the moon is in the space view port is now the same as the algorithm employed by the thermal bands For non SWIR changes in the averages are typically less than Also for non SWIR the black body DNs remain a backup in case the SV DNs are not available For SWIR the changes in computed averages were larger because the old which used the black body suffered from contamination by the micron leak As a consequence of the if SV DNs are not available for the SWIR the EV pixels will not be the granule time is used to identify the appropriate tables within the set given for one LUT the first two or last two tables respectively will be used for the interpolation If there is only one LUT in the set of it will be treated as a constant LUT The manner in which Earth View data is checked for saturation was changed Previously the raw Earth View DNs and Space View DNs were checked against the lookup table values contained in the table dn_sat The change made is to check the raw Earth and Space View DNs to be sure they are less than the maximum saturation value and to check the Space View subtracted Earth View dns against a set of values contained in the new lookup table dn_sat_ev The metadata configuration and ASSOCIATEDINSTRUMENTSHORTNAME from the MOD02HKM product The same metatdata with extensions and were removed from the MOD021KM and MOD02OBC products ASSOCIATEDSENSORSHORTNAME was set to MODIS in all products These changes are reflected in new File Specification which users may consult for exact the pow functions were eliminated in Emissive_Cal and Emissive bands replaced by more efficient code Other calculations throughout the code were also made more efficient Aside from a few round off there was no difference to the product The CPU time decreased by about for a day case and for a night case A minor bug in calculating the uncertainty index for emissive bands was corrected The frame index(0-based) was previously being used the frame number(1-based) should have been used. There were only a few minor changes to the uncertainty index(maximum of 1 digit). 3. Some inefficient arrays(Sigma_RVS_norm_sq) were eliminated and some code lines in Preprocess_L1A_Data were moved into Process_OBCEng_Emiss. There were no changes to the product. Required RAM was reduced by 20 MB. Now
int validate_L0_header(PGSt_IO_L0_VirtualDataSet L0_file)
Definition: validate_L0_header.c:11
PGSt_SMF_status write_failed_packets(FP_QUEUE_t failed_pkts)
Definition: write_failed_packets.c:10
PGSt_SMF_status write_specific_granule_metadata(MODFILE *mfile, MD_L1A_SPECIFIC_MET_t *l1a_specific_met)
Definition: write_specific_granule_metadata.c:8
void finalize_scan_metadata(MD_SCAN_MET_t *scan_meta, int16 num_packets)
Definition: finalize_scan_metadata.c:7
===========================================================================V4.1.3 12/18/2002============================================================================Changes which do not affect scientific output:1. The R *LUT was eliminated and the equivalent formulation for R *, i.e. 1/(m1 *e_sun_over_pi), was substituted for it in the only instance of its use, which is in the calculation of the RSB uncertainty index. This reduces the size of the Reflective LUT HDF file by approximately 1/4 to 1/3. The equivalent formulation of R *differed from the new by at most 0.056% in test granules and uncertainty differences of at most 1 count(out of a range of 0-15) were found in no more than 1 in 100, 000 pixels. 2. In Preprocess.c, a small error where the trailing dropped scan counter was incremented when the leading dropped scan counter should have been was fixed. This counter is internal only and is not yet used for any purpose. 3. NEW MYD02OBC Metadata Configuration Files. MCST wishes to have the OBC files archived even when the Orbit Number is recorded as "-1". Accordingly, ECS has delivered new MCF files for OBC output having all elements in the OrbitCalculatedSpatialDomain container set to "MANDATORY=FALSE". 4. pgs_in.version is now reset to "1" in Metadata.c before the call to look up the geolocation gringpoint information.============================================================================V4.1.1 CODE SPECIFIC TO MODIS/AQUA(FM1) 10/03/2002============================================================================Two changes were made to the code which do not affect scientific output:1. A bug which caused PGE02 to fail when scans were dropped between granules was fixed.(The length of the error message generated was shortened.) 2. Messages regarding an invalid MCST LUT Version or an invalid Write High Resolution Night Mode Output value in the PCF file were added.==============================================================================V4.1.0 CODE SPECIFIC TO MODIS/AQUA(FM1)(NEVER USED IN PRODUCTION) 07/30/2002==============================================================================Changes which impact scientific output of code:1. The LUT type of the RVS corrections was changed to piecewise linear. In addition the RVS LUTs were changed from listing the RVS corrections to listing the quadratic coefficients necessary to make the RVS corrections. The coefficients are now calculated by interpolating on the granule collection time and the RVS corrections are then generated using the interpolated coefficients. Previously used Emissive and Reflective RVS LUT tables were eliminated and new ones introduced. Several changes were made to the code which should not affect scientific output. They are:1. The ADC correction algorithm and related LUTs were stripped from the code.(The ADC correction has always been set to "0" so this has no scientific impact.) 2. Some small changes to the code, chiefly to casting of variables, were added to make it LINUX-compatible. Output of code run on LINUX machines displays differences of at most 1 scaled integer(SI) from output of code run on IRIX machines. The data type of the LUT "dn_sat_ev" was changed to float64 to avoid discrepancies seen between MOD_PR02 run on LINUX systems and IRIX systems where values were flagged under one operating system but not the other. 3. Checking for non-functioning detectors, sector rotation, incalculable values of the Emissive calibration factor "b1", and incalculable values of SV or BB averages was moved outside the loop over frames in Emissive_Cal.c since none of these quantities are frame-dependent. 4. The code was altered so that if up to five scans are dropped between the leading/middle or middle/trailing granules, the leading or trailing granule will still be used in emissive calibration to form a cross-granule average. QA bits 25 and 26 are set for a gap between the leading/middle and middle/trailing granules respectively. This may in rare instances lead to a change in emissive calibration coefficients for scans at the beginning or end of a granule. 5.(MODIS/AQUA ONLY) The name of the seed(error message) file was changed from "MODIS_36100.h" to "MODIS_36110.h". 6. Metadata.c was changed so that the source of the geolocation metadata is the input geolocation file rather than the L1A granule. 7. To reduce to overall size of the reflective LUT HDF files, fill values were eliminated from all LUTs previously dimensioned "BDSM"([NUM_REFLECTIVE_BANDS] *[MAX_DETECTORS_PER_BAND] *[MAX_SAMPLES_PER_BAND] *[NUM_MIRROR_SIDES]) in the LUT HDF files. Each table piece is stored in the HDF file with dimensions NUM_REFLECTIVE_INDICES, where NUM_REFLECTIVE_INDICES=[NUM_250M_BANDS *DETECTORS_PER_250M_BAND *SAMPLES_PER_250M_BAND *NUM_MIRROR_SIDES]+[NUM_500M_BANDS *DETECTORS_PER_500M_BAND *SAMPLES_PER_500M_BAND *NUM_MIRROR_SIDES]+[NUM_1000M_BANDS *DETECTORS_PER_1KM_BAND *SAMPLES_PER_1KM_BAND *NUM_MIRROR_SIDES] with SAMPLES_PER_250M_BAND=4, SAMPLES_PER_500M_BAND=2, and SAMPLES_PER_1KM_BAND=1. Values within each table piece appear in the order listed above. The overall dimensions of time dependent BDSM LUTs are now[NUM_TIMES] *[NUM_REFLECTIVE_INDICES], where NUM_TIMES is the number of time dependent table pieces. 8. Checking for non-functioning detectors, sector rotation, incalculable values of the Emissive calibration factor "b1", and incalculable values of SV or BB averages was moved outside the loop over frames in Emissive_Cal.c since none of these quantities are frame-dependent. 9. The code was altered so that if up to five scans are dropped between the leading/middle or middle/trailing granules, the leading or trailing granule will still be used in emissive calibration to form a cross-granule average. QA bits 25 and 26 are set for a gap between the leading/middle and middle/trailing granules respectively. This may in rare instances lead to a change in emissive calibration coefficients for scans at the beginning or end of a granule. 10. The array of b1s in Preprocess.c was being initialized to -1 outside the loop over bands, which meant that if b1 could not be computed, the value of b1 from the previous band for that scan/detector combination was used. The initialization was moved inside the band loop.============================================================================V3.1.0(Original Aqua-specific code version) 02/06/2002============================================================================AQUA-Specific changes made:1. A correction to a problem with blackbody warmup on bands 33, 35, and 36 was inserted. PC Bands 33, 35, and 36 on MODIS Aqua saturate on BB warmup before 310K, which means current code will not provide correct b1 calibration coefficients when the BB temperatures are above the saturation threshold. A LUT with default b1s and band-dependent temperature thresholds will be inserted in code. If the BB temperature is over the saturation threshold for the band, the default b1 from the table is used. 2. The number of possible wavelengths in the Emissive LUT RSR file was changed to 67 in order to accommodate the Aqua RSR tables. 3. Several changes to the upper and lower bound limits on LUT values were inserted. Changes to both Aqua and Terra Code:1. A check was put into Emissive_Cal.c to see whether the value of b1 being used to calibrate a pixel is negative. If so, the pixel is flagged with the newly created flag TEB_B1_NOT_CALCULATED, value 65526, and the number of pixels for which this occurs is counted in the QA_common table. 2. The array of b1s in Preprocess.c was being initialized to -1 outside the loop over bands, which meant that if b1 could not be computed, the value of b1 from the previous band for that scan/detector combination was used. The initialization was moved inside the band loop. 3. Minor code changes were made to eliminate compiler warnings when the code is compiled in 64-bit mode. 4. Temperature equations were upgraded to be MODIS/Aqua or MODIS/Terra specific and temperature conversion coefficients for Aqua were inserted.========================================================================================================================================================ALL CHANGES BELOW ARE TO COMMON TERRA/AQUA CODE USED BEFORE 02/06/2002========================================================================================================================================================v3.0.1 11/26/2001============================================================================Several small changes to the code were made, none of which changes the scientific output:1. The code was changed so that production of 250m and 500m resolution data when all scans of a granule are in night mode may be turned off/on through the PCF file. 2. A check on the times of the leading and trailing granules was inserted. If a leading or trailing granule does not immediately precede or follow(respectively) the middle granule, it is treated as a missing granule and a warning message is printed. 3. The code now reads the "MCST Version Number"(e.g. "3.0.1.0_Terra") from the PCF file and checks it against the MCST Version number contained in the LUT HDF files. This was done to allow the user to make sure the code is being run using the correct LUT files.(The designators "0_Terra", "1_Terra", etc.) refer to the LUT versions.) 4. A small bug in Preprocess.c was corrected code
Definition: HISTORY.txt:661
PGSt_SMF_status write_eng_data(EN_VDATA_TYPE_t *eng_data)
Definition: write_eng_data.c:10
void create_missing_scans(int16 prev_scan_num, PGSt_double scan_rate, PGSt_double *SD_start_time, MD_SCAN_MET_t *scan_metadata, SC_PIXEL_QUALITY_DATA_t *pixel_qual_data)
Definition: create_missing_scans.c:8
PGSt_SMF_status read_a_packet(PGSt_IO_L0_VirtualDataSet *L0_file, PGSt_IO_L0_Packet *pkt)
Definition: read_a_packet.c:9
void put_pkt_cont_in_scan(PH_PACKET_HEADER_t pkt_header, PGSt_IO_L0_Packet *pkt, uint16 *pkt_contents, SC_SCAN_DATA_t *L1A_scan)
Definition: put_pkt_cont_in_scan.c:7
void update_eng_data_for_maj_cycle_n(uint16 major_cycle, PGSt_IO_L0_Packet *eng_pkt_2_1, uint16 scan_number, EN_VDATA_TYPE_t *eng_data, int is_cp_hk_prior_section)
Definition: update_eng_data_for_maj_cycle_n.c:7
void output_eng1_pkt2_to_scan(PGSt_IO_L0_Packet *pkt, SC_SCAN_DATA_t *L1A_scan)
Definition: output_eng1_pkt2_to_scan.c:7
PGSt_SMF_status end_Vdata_access_to_file(MODFILE *L1A_file)
Definition: end_Vdata_access_to_file.c:8
PGSt_SMF_status init_L1A_HDF_sdss(MODFILE *L1A_file_ptr, int16 nscans)
Definition: init_L1A_HDF_sdss.c:7
void close_processing_run(PGSt_IO_L0_VirtualDataSet L0_file)
Definition: close_processing_run.c:6
PGSt_SMF_status write_scan(MODFILE *L1A_file_ptr, SC_SCAN_DATA_t *L1A_scan, MD_SCAN_MET_t *scan_meta, SC_PIXEL_QUALITY_DATA_t *pix_qual, FP_QUEUE_t failed_pkts, EN_VDATA_TYPE_t *eng_data)
Definition: write_scan.c:12
void unpack_packet_contents(PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *pkt_header, uint16 *pkt_contents)
Definition: unpack_packet_contents.c:7
void output_eng2_pkt2_to_scan(PGSt_IO_L0_Packet *pkt, SC_SCAN_DATA_t *L1A_scan)
Definition: output_eng2_pkt2_to_scan.c:7
int16 SC_EV_500M[PD_DN_NUM_500M_DETECTORS][PD_DN_NUM_500M_BANDS][PH_MOD_SOURCE_ID_EARTH_FRAME_CNT_LIMIT *PD_DN_BAND_RATIO_500M]
Definition: SC_scan.h:186
char global_input_pointer[MAX_INPUTS][PGSd_PC_VALUE_LENGTH_MAX]
Definition: level1a.c:23
int16 SC_EV_250M[PD_DN_NUM_250M_DETECTORS][PD_DN_NUM_250M_BANDS][PH_MOD_SOURCE_ID_EARTH_FRAME_CNT_LIMIT *PD_DN_BAND_RATIO_250M]
Definition: SC_scan.h:181
int16 SC_EV_1KM_DAY[PD_DN_NUM_1KMDAY_DETECTORS][PD_DN_NUM_1KMDAY_BANDS][PH_MOD_SOURCE_ID_EARTH_FRAME_CNT_LIMIT *PD_DN_BAND_RATIO_1KM]
Definition: SC_scan.h:191
void update_global_metadata(MD_SCAN_MET_t *scan_meta, MD_ECS_GRA_INV_MET_t *ecs_gra_inv_met, MD_L1A_SPECIFIC_MET_t *l1a_specific_met)
Definition: update_global_metadata.c:8
PGSt_SMF_status check_checksum(PH_PACKET_HEADER_t pkt_header, uint16 *pkt_contents)
Definition: check_checksum.c:9
PGSt_SMF_status unpack_packet_header(PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *packet_header)
Definition: unpack_packet_header.c:9
int16 SC_CAL_500M[PD_DN_NUM_500M_DETECTORS][PD_DN_NUM_500M_BANDS][PH_MOD_SOURCE_ID_CAL_FRAME_CNT_MAX *PD_DN_BAND_RATIO_500M]
Definition: SC_scan.h:161
PGSt_SMF_status parse_eng_data_list(EN_VDATA_TYPE_t *eng_data)
Definition: parse_eng_data_list.c:14
int16 SC_CAL_250M[PD_DN_NUM_250M_DETECTORS][PD_DN_NUM_250M_BANDS][PH_MOD_SOURCE_ID_CAL_FRAME_CNT_MAX *PD_DN_BAND_RATIO_250M]
Definition: SC_scan.h:156
PGSt_SMF_status create_Vdata_field(char *Vdata_name, int32 Vdata_id, char *field_name, char *data_type, int32 order)
Definition: create_Vdata_field.c:8
void put_earth_data_in_scan(PH_PACKET_HEADER_t *pkt_header, uint16 *pkt_cont, SC_EV_250M SC_250m, SC_EV_500M SC_500m, SC_EV_1KM_DAY SC_1km_day, SC_EV_1KM_NIGHT SC_1km_night)
Definition: put_earth_data_in_scan.c:8
int16 attached_Vdata_counter(int16 action)
Definition: attached_Vdata_counter.c:7
PGSt_SMF_status init_L1A_pix_qual_HDF_sdss(MODFILE *mfile, int nscans)
Definition: init_L1A_pix_qual_HDF_sdss.c:9
PGSt_SMF_status unpack_MODIS_header(PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *packet_header)
Definition: unpack_MODIS_header.c:11
PGSt_SMF_status process_a_scan(int *scan_number, PGSt_IO_L0_Packet *pkt, PGSt_double *scan_rate, PGSt_double *scan_time, SC_SCAN_DATA_t *L1A_scan, MD_SCAN_MET_t *scan_meta, EN_VDATA_TYPE_t *eng_data, FP_QUEUE_t *failed_pkts, PH_PACKET_HEADER_t *pkt_header, SC_PIXEL_QUALITY_DATA_t *scan_pixel, PGSt_IO_L0_VirtualDataSet *L0_file)
Definition: process_a_scan.c:13
PGSt_SMF_status initialize_global_metadata(PGSt_double gran_start_time, PGSt_double gran_end_time, int nscans, PCF_CONFIG_t *pcf_config, MD_ECS_GRA_INV_MET_t *ecs_gra_inv_met, MD_L1A_SPECIFIC_MET_t *l1a_specific_met)
Definition: initialize_global_metadata.c:13
PGSt_SMF_status write_scan_data(MODFILE *L1A_file_ptr, SC_SCAN_DATA_t *L1A_scan, int16 scan_num, char *scan_type)
Definition: write_scan_data.c:11
PGSt_SMF_status initialize_level1a(PCF_CONFIG_t *pcf_config, EN_VDATA_TYPE_t *eng_data, PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *pkt_header, PGSt_IO_L0_VirtualDataSet *L0_file)
Definition: initialize_level1a.c:14
void initialize_pixel_qual_data(SC_PIXEL_QUALITY_DATA_t *scan_pixel)
Definition: initialize_pixel_qual_data.c:6
void compute_SD_start_time(PH_PACKET_HEADER_t *pkt_header, PGSt_double *SD_start_time)
Definition: compute_SD_start_time.c:7
PGSt_SMF_status unpack_secondary_header(PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *packet_header)
Definition: unpack_secondary_header.c:11
Definition: MD_metadata.h:159
PGSt_SMF_status write_scan_metadata(MODFILE *L1A_file_ptr, MD_SCAN_MET_t *scan_meta)
Definition: write_scan_metadata.c:8
void initialize_scan_data(SC_SCAN_DATA_t *L1A_scan)
Definition: initialize_scan_data.c:4
void initialize_scan(SC_SCAN_DATA_t *L1A_scan, SC_PIXEL_QUALITY_DATA_t *scan_pixel, MD_SCAN_MET_t *scan_meta)
Definition: initialize_scan.c:6
void finalize_pixel_qual_data(SC_PIXEL_QUALITY_DATA_t *scan_pixel, MD_SCAN_MET_t *scan_meta)
Definition: finalize_pixel_qual_data.c:8
void create_eng_data_vdata_array_field(char *field_name, uint16 num_bits, uint16 start_bit_pos, uint16 order, uint16 type, EN_VDATA_TYPE_t *eng_data, uint16 curr_eng_data_index, uint16 *curr_field_index)
Definition: create_eng_data_vdata_array_field.c:7
void update_pixel_qual_data(PH_PACKET_HEADER_t pkt_header, int16 qual_value, SC_PIXEL_QUALITY_DATA_t *scan_pix)
Definition: update_pixel_qual_data.c:8
void update_eng_data(uint16 index, PGSt_IO_L0_Packet *eng_packet, uint16 scan_number, EN_VDATA_TYPE_t *eng_data, int use_cp_prior_offset)
Definition: update_eng_data.c:8
Definition: SC_scan.h:204
PGSt_SMF_status process_next_packet(PGSt_IO_L0_VirtualDataSet *L0_file, PH_PACKET_HEADER_t **packet_header)
Definition: process_a_packet.c:140
void output_eng1_pkt1_to_scan(PGSt_IO_L0_Packet *pkt, SC_SCAN_DATA_t *L1A_scan)
Definition: output_eng1_pkt1_to_scan.c:7
void output_daymode_data_to_scan(PH_PACKET_HEADER_t *pkt_header, uint16 *pkt_contents, SC_SCAN_DATA_t *L1A_scan)
Definition: output_daymode_data_to_scan.c:7
PGSt_SMF_status process_a_packet(PGSt_IO_L0_VirtualDataSet *L0_file, PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *packet_header, uint16 *packet_cont)
Definition: process_a_packet.c:17
PGSt_SMF_status init_L1A_scan_data_HDF_sdss(MODFILE *mfile, int nscans)
Definition: init_L1A_scan_data_HDF_sdss.c:12
void log_fmt_msg(PGSt_SMF_status code, const char *routine, const char *msg_fmt,...)
Definition: log_fmt_msg.c:6
PGSt_SMF_status end_eng_data_access_to_file(MODFILE *L1A_file, EN_VDATA_TYPE_t *eng_data)
Definition: end_eng_data_access_to_file.c:9
PGSt_SMF_status write_global_metadata(MODFILE *mfile, PGSt_MET_all_handles md_handles, MD_ECS_GRA_INV_MET_t *ecs_gra_inv_met, MD_L1A_SPECIFIC_MET_t *l1a_specific_met)
Definition: write_global_metadata.c:8
void reset_last_valid_scan(EN_VDATA_TYPE_t *eng_data)
Definition: reset_last_valid_scan.c:5
PGSt_SMF_status create_Vdata(char *Vdata_name, char field_names[][VU_MAX_NAME_LENGTH], char data_types[][VU_MAX_DATA_TYPE_STRING_LENGTH], int16 num_fields, uint16 order[])
Definition: create_Vdata.c:9
Definition: MD_metadata.h:192
void put_cal_data_in_scan(PH_PACKET_HEADER_t *pkt_header, uint16 *pkt_cont, SC_CAL_250M SC_250m, SC_CAL_500M SC_500m, SC_CAL_1KM_DAY SC_1km_day, SC_CAL_1KM_NIGHT SC_1km_night)
Definition: put_cal_data_in_scan.c:8
PGSt_SMF_status init_L1A_scan_meta_HDF_sdss(MODFILE *mfile, int nscans)
Definition: init_L1A_scan_meta_HDF_sdss.c:9
no change in intended resolving MODur00064 Corrected handling of bad ephemeris attitude data
Definition: HISTORY.txt:356
PGSt_SMF_status write_ECS_metadata(PGSt_MET_all_handles md_handles, MD_ECS_GRA_INV_MET_t *ecs_gra_inv_met)
Definition: write_ECS_metadata.c:11
PGSt_SMF_status packet_of_scan(PH_PACKET_HEADER_t *pkt_header, PGSt_double next_scan_start_time, int8 *previous_scan_count, SC_SCAN_PROC_STATE_t scan_proc_state[5], PGSt_IO_L0_VirtualDataSet *L0_file)
PGSt_SMF_status get_valid_L0_file(PGSt_tag spacecraft_tag, PGSt_IO_L0_VirtualDataSet *L0_file, PGSt_double *start_time, PGSt_double *stop_time)
Definition: get_valid_L0_file.c:9
PGSt_SMF_status accumulate_failed_packets(PGSt_IO_L0_Packet *pkt, FP_QUEUE_t failed_pkts)
Definition: accumulate_failed_packets.c:9
uint32 extr_bits(uint8 *a, int start_byte, int start_bit, int num_bits)
Definition: extr_bits.c:6
PGSt_SMF_status unpack_primary_header(PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *packet_header)
Definition: unpack_primary_header.c:7
Definition: EN_eng_data.h:122
void update_scan_metadata(PH_PACKET_HEADER_t packet_header, PGSt_SMF_status packetStatus, MD_SCAN_MET_t *scan_meta, int16 *qual_value)
Definition: update_scan_metadata.c:9
void compute_global_time_offsets(PGSt_double scan_rate)
Definition: compute_global_time_offsets.c:5
void output_eng_data_to_scan(PH_PACKET_HEADER_t *pkt_header, PGSt_IO_L0_Packet *pkt, SC_SCAN_DATA_t *L1A_scan)
Definition: output_eng_data_to_scan.c:7
PGSt_SMF_status process_a_granule(PGSt_IO_L0_VirtualDataSet L0_file, PGSt_double gran_start_time, PGSt_double gran_end_time, PCF_CONFIG_t *pcf_config, EN_VDATA_TYPE_t *eng_data, PH_PACKET_HEADER_t *pkt_header, PGSt_IO_L0_Packet *pkt, FP_QUEUE_t *failed_pkts)
Definition: process_a_granule.c:9
void process_group2_packet1_vdata(PGSt_IO_L0_Packet *pkt, EN_VDATA_TYPE_t *eng_data)
Definition: process_group2_packet1_vdata.c:9
void process_sci_eng_data(EN_VDATA_TYPE_t *eng_data, PGSt_IO_L0_Packet *eng_pkt_1_2, uint16 scan_number)
Definition: process_sci_eng_data.c:7
void create_eng_data_vdata_array(char *eng_data_name, EN_VDATA_TYPE_t *eng_data, uint16 *curr_eng_data_index, uint16 *curr_field_index)
Definition: create_eng_data_vdata_array.c:7
Definition: SC_scan.h:254
int16 get_number_of_attached_Vdatas(void)
Definition: get_number_of_attached_Vdatas.c:6
PGSt_double global_time_offset_array[SECTOR_TIME_OFFSETS]
Definition: level1a.c:32
void output_nightmode_data_to_scan(PH_PACKET_HEADER_t *pkt_header, uint16 *pkt_contents, SC_EV_1KM_NIGHT EV_1km_night)
Definition: output_nightmode_data_to_scan.c:8
int16 SC_EV_1KM_NIGHT[PD_DN_NUM_1KMNIGHT_DETECTORS][PD_DN_NUM_1KMNIGHT_BANDS][PH_MOD_SOURCE_ID_EARTH_FRAME_CNT_LIMIT *PD_DN_BAND_RATIO_1KM]
Definition: SC_scan.h:196
PGSt_SMF_status handle_missing_scans(MODFILE *L1A_file_ptr, PGSt_double SD_start_time, PGSt_double *pre_SD_time, PGSt_double scan_rate, int *scan_number, MD_ECS_GRA_INV_MET_t *ecs_gran_meta, MD_L1A_SPECIFIC_MET_t *L1A_specific_meta, PGSt_SMF_boolean *gran_start_time_used, PGSt_double gran_start_time, EN_VDATA_TYPE_t *eng_data)
Definition: handle_missing_scans.c:9
int16 SC_CAL_1KM_NIGHT[PD_DN_NUM_1KMNIGHT_DETECTORS][PD_DN_NUM_1KMNIGHT_BANDS][PH_MOD_SOURCE_ID_CAL_FRAME_CNT_MAX *PD_DN_BAND_RATIO_1KM]
Definition: SC_scan.h:171
PGSt_SMF_status write_Vdata(char *Vdata_name, unsigned char *data, int32 num_records)
Definition: write_Vdata.c:8
Definition: SC_scan.h:269
Definition: MD_metadata.h:216
int16 SC_CAL_1KM_DAY[PD_DN_NUM_1KMDAY_DETECTORS][PD_DN_NUM_1KMDAY_BANDS][PH_MOD_SOURCE_ID_CAL_FRAME_CNT_MAX *PD_DN_BAND_RATIO_1KM]
Definition: SC_scan.h:166
void process_eng_packet(EN_VDATA_TYPE_t *eng_data, int scan_number, PH_PACKET_HEADER_t *pkt_header, PGSt_IO_L0_Packet *pkt)
Definition: process_eng_packet.c:10
#define VU_MAX_DATA_TYPE_STRING_LENGTH
Definition: VU_vdata_utility.h:66
PGSt_SMF_status load_eng_data(PGSt_double scan_rate, EN_VDATA_TYPE_t *eng_data, PGSt_IO_L0_Packet *pkt, PH_PACKET_HEADER_t *pkt_header, PGSt_IO_L0_VirtualDataSet L0_file)
Definition: load_eng_data.c:10
PGSt_SMF_status write_pix_qual(MODFILE *L1A_file_ptr, SC_PIXEL_QUALITY_DATA_t *pix_qual, int16 scan_num)
Definition: write_pix_qual.c:10
Definition: PC_pcf_info.h:80
void process_cp_hk_tlmy(EN_VDATA_TYPE_t *eng_data, PGSt_IO_L0_Packet *eng_pkt_2_1, uint16 scan_number)
Definition: process_cp_hk_tlmy.c:7
PGE01 indicating that PGE02 PGE01 V6 for and PGE01 V2 for MOD03 were used to produce the granule By convention adopted in all MODIS Terra PGE02 code versions are The fourth digit of the PGE02 version denotes the LUT version used to produce the granule The source of the metadata environment variable ProcessingCenter was changed from a QA LUT value to the Process Configuration A sign used in error in the second order term was changed to a
Definition: HISTORY.txt:424
PGSt_SMF_status init_L1A_HDF_vdatas(EN_VDATA_TYPE_t *eng_data, MODFILE *L1A_file)
Definition: init_L1A_HDF_vdatas.c:12
void output_eng2_pkt1_to_scan(PGSt_IO_L0_Packet *pkt, SC_SCAN_DATA_t *L1A_scan)
Definition: output_eng2_pkt1_to_scan.c:8
PGSt_SMF_status get_pcf_config_data(PCF_CONFIG_t *pcf_config)
Definition: get_pcf_config_data.c:11
Definition: PH_pkt_hdr.h:241
PGSt_SMF_status set_start_position(PGSt_IO_L0_VirtualDataSet L0_file, PGSt_double *preload_start_time, PGSt_double start_time, PGSt_double stop_time)
Definition: set_start_position.c:10
PGSt_SMF_status create_L1A_granule(EN_VDATA_TYPE_t *eng_data, int16 nscans, MODFILE **L1A_file_ptr)
Definition: create_L1A_granule.c:10
