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VcstViirsStructs.h
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1 /******************************************************************************
2  * NAME: ViirsStructures.h
3  *
4  * DESCRIPTION: Header file that consolidates structure and constant definitions
5  * used by the VIIRS geolocation, OBC, and calibration processes.
6  *
7  *
8  * Created on: Nov 13, 2014
9  * Author: Sam Anderson, VCST
10  *
11  ******************************************************************************/
12 
13 #ifndef VIIRSSTRUCTURES_H_
14 #define VIIRSSTRUCTURES_H_
15 
16 #define Viirs_Bands 22
17 
18 // L1A dimensions
19 
20 #define Number_of_Scans_5min 169
21 #define SC_Diary_Records_5min 320
22 #define Number_of_Scans_6min 203
23 #define SC_Diary_Records_6min 381
24 // don's short L1A file
25 //#define Number_of_Scans 34
26 
27 #define Number_of_Scans 203
28 #define SC_Diary_Records 381
29 #define SC_Diary_Records_1Hz 380
30 #define SC_Diary_Records_10Hz 3801
31 
32 #define Mband_detectors 16
33 #define Iband_detectors 32
34 #define Mband_Pixels 3200
35 #define Iband_Pixels 6400
36 #define DNB_Pixels 4064
37 #define Mband_Samples 6304
38 #define Mband_Cal_Samples 48
39 #define Iband_Cal_Samples 96
40 #define DNB_Cal_Samples 64
41 #define Number_of_Mbands 16
42 #define Number_of_Ibands 5
43 #define Number_of_Tbands 7
44 #define Number_of_MTbands 5
45 #define Number_of_ITbands 2
46 #define Number_of_Rbands 14
47 #define Number_of_MRbands 11
48 #define Number_of_IRbands 3
49 #define Number_of_DNBs 1 // old
50 #define Agg_Zones 3
51 #define Parity 2
52 #define High_Gain 0
53 #define Low_Gain 1
54 #define Gain_States 2
55 #define C_Coefs 4
56 //#define Number_of_DNBs 3 // new
57 #define Quaternion_Elements 4
58 #define Vector_Elements 3
59 #define EV_APIDs 24
60 #define HR_Metadata 146
61 #define Cal_Metadata 134
62 #define Eng_Status 8
63 #define Eng_Block 128
64 #define ASP_Offsets 3072
65 #define SDSM_Data 256
66 #define Encoder_Reading 1290
67 #define Mirror_Sides 2
68 #define Number_of_DG_bands 7
69 #define Number_of_BB_temps 6
70 #define SDSM_Samples 5
71 #define SDSM_Detectors 8
72 
73 #define M13_LUT_Radiance_Values 327681
74 #define LUT_Radiance_Values 65536
75 #define Number_of_Iband_Lines Iband_detectors*Number_of_Scans //5408
76 #define Number_of_Iband_Pixels 6400
77 #define Number_of_Mband_Lines Mband_detectors*Number_of_Scans //2704
78 #define Number_of_Mband_Pixels 3200
79 #define Number_of_DNB_Lines Mband_detectors*Number_of_Scans //2704
80 #define Number_of_DNB_Pixels 4064
81 
82 // Compression
83 
84 const bool bShuffleFilter = true;
85 const bool bDeflateFilter = true;
86 const int deflateLevel = 5;
87 
88 // Enumerations
89 
90 enum VIIRS_PLATFORM_ENUM {
91  NPP,
92  J1,
93  J2,
94  PLATFORM_MAXIMUM
95 };
96 
97 enum GRAN_SEQ_ENUM {
98  BEFORE, CURRENT, AFTER, GRAN_SEQ_MAXIMUM
99 };
100 
101 enum VIIRS_CATEGORY_ENUM {
102  ALL_BANDS,
103  IMG_BANDS,
104  MOD_BANDS,
105  DNB_BAND,
106  RSB_BANDS,
107  TEB_BANDS,
108  CATEGORY_MAXIMUM
109 };
110 
111 enum VIIRS_BAND_ENUM {
112  IMG_1, IMG_2, IMG_3, IMG_4, IMG_5,
113  MOD_1, MOD_2, MOD_3, MOD_4, MOD_5,
114  MOD_6, MOD_7, MOD_8, MOD_9, MOD_10,
115  MOD_11, MOD_12, MOD_13, MOD_14, MOD_15,
116  MOD_16, DNB_, BAND_MAXIMUM
117 };
118 
119 enum VIIRS_I_BAND_ENUM {
120  I_1, I_2, I_3, I_4, I_5, I_BAND_MAXIMUM
121 };
122 
123 enum VIIRS_M_BAND_ENUM {
124  M_1, M_2, M_3, M_4, M_5, M_6, M_7, M_8,
125  M_9, M_10, M_11, M_12, M_13, M_14, M_15, M_16,
126  M_BAND_MAXIMUM
127 };
128 
129 enum VIIRS_RSB_BAND_ENUM {
130  RSB_I1, RSB_I2, RSB_I3, RSB_M1, RSB_M2, RSB_M3,
131  RSB_M4, RSB_M5, RSB_M6, RSB_M7, RSB_M8, RSB_M9,
132  RSB_M10, RSB_M11, RSB_BAND_MAXIMUM
133 };
134 
135 enum VIIRS_TEB_BAND_ENUM {
136  TEB_I4, TEB_I5, TEB_M12, TEB_M13, TEB_M14, TEB_M15,
137  TEB_M16, TEB_BAND_MAXIMUM
138 };
139 
140 enum VIIRS_MOD_SG_BAND_ENUM {
141  SG_M6, SG_M8, SG_M9, SG_M10, SG_M11,
142  SG_M12, SG_M14, SG_M15, SG_M16, SG_BAND_MAXIMUM
143 };
144 
145 enum VIIRS_MOD_DG_BAND_ENUM {
146  DG_M1, DG_M2, DG_M3, DG_M4, DG_M5, DG_M7, DG_M13, DG_BAND_MAXIMUM
147 };
148 
149 enum VIIRS_IMG_TEB_BAND_ENUM {
150  I_TEB_I4, I_TEB_I5, I_TEB_BAND_MAXIMUM
151 };
152 
153 enum VIIRS_MOD_RSB_BAND_ENUM {
154  M_RSB_M1, M_RSB_M2, M_RSB_M3,
155  M_RSB_M4, M_RSB_M5, M_RSB_M6, M_RSB_M7, M_RSB_M8, M_RSB_M9,
156  M_RSB_M10, M_RSB_M11, M_RSB_BAND_MAXIMUM
157 };
158 
159 enum VIIRS_MOD_TEB_BAND_ENUM {
160  M_TEB_M12, M_TEB_M13, M_TEB_M14, M_TEB_M15,
161  M_TEB_M16, M_TEB_BAND_MAXIMUM
162 };
163 
164 enum VIIRS_SENSOR_MODES {
165  VIIRS_SENSOR_LAUNCH = 0,
166  VIIRS_SENSOR_ACTIVATION,
167  VIIRS_SENSOR_OG,
168  VIIRS_SENSOR_DIAGNOSTIC,
169  VIIRS_SENSOR_OP_DAY,
170  VIIRS_SENSOR_OP_NIGHT,
171  VIIRS_SENSOR_SAFE,
172  VIIRS_SENSOR_INVALID
173 };
174 
175 // L1A Earth View and Calibration data structures
176 
177 struct ImgL1ADataType {
178  short SV_I[Number_of_Ibands][Number_of_Scans][Iband_detectors][Iband_Cal_Samples];
179  short BB_I[Number_of_Ibands][Number_of_Scans][Iband_detectors][Iband_Cal_Samples];
180  short SD_I[Number_of_Ibands][Number_of_Scans][Iband_detectors][Iband_Cal_Samples];
181  short EV_I[Number_of_Scans][Iband_detectors][Iband_Pixels];
182 };
183 
184 struct ModL1ADataType {
185  short SV_M[Number_of_Mbands + 1][Number_of_Scans][Mband_detectors][Mband_Cal_Samples];
186  short BB_M[Number_of_Mbands + 1][Number_of_Scans][Mband_detectors][Mband_Cal_Samples];
187  short SD_M[Number_of_Mbands + 1][Number_of_Scans][Mband_detectors][Mband_Cal_Samples];
188  short EV_M_SG[Number_of_Scans][Mband_detectors][Mband_Pixels];
189  short EV_M_DG[Number_of_Scans][Mband_detectors][Mband_Samples];
190 };
191 
192 struct DnbL1ADataType {
193  short SV_DNB[Number_of_DNBs][Number_of_Scans][Mband_detectors][DNB_Cal_Samples];
194  short BB_DNB[Number_of_DNBs][Number_of_Scans][Mband_detectors][DNB_Cal_Samples];
195  short SD_DNB[Number_of_DNBs][Number_of_Scans][Mband_detectors][DNB_Cal_Samples];
196  short EV_DNB[Number_of_Scans][Mband_detectors][Number_of_DNB_Pixels];
197 };
198 
199 // L1A Engineering data structures
200 
201 // analog signal processor data
202 
203 struct ASPAnalogDataType {
204  short p30vPin;
205  unsigned char aspBiases[60];
206  unsigned char other[25];
207  unsigned char reserved[41];
208 };
209 
210 // analog signal processor hardware configuration data .. should be 128 bytes
211 
212 struct ASPConfigL1ADataType {
213  // revision for VISNIR regiser table
214  unsigned char ap_visnir_reg_tbl_rev;
215 
216  unsigned char ap_smwir_reg_tbl_rev; // revision for SMWIR regiser table
217  unsigned char ap_lwir_reg_tbl_rev; // revision for LWIR regiser table
218  unsigned char ap_fp_ideal_tbl_rev; // revision for FPA ideal table
219 
220  // LW imaging integration ticks by imaging frame sync width
221  unsigned char ap_lw_ifs_width : 6;
222  unsigned char ap_det_connected : 1; // ASP Detector state
223  unsigned char ap_dc_restore : 1; // ASP global DC restore
224 
225  // SM radiometric integration ticks by radiometric frame sync width
226  unsigned char ap_lw_rfs_width : 6;
227  unsigned char ap_dual_gain_3_ops : 2; // ASP dual gain ops
228 
229  // SM radiometric integration ticks by radiometric frame sync width
230  unsigned char ap_sm_ifs_width : 6;
231  unsigned char ap_fpa_st_3_ops : 2; // ASP FPA self test ops
232 
233  // SM radiometric integration ticks by radiometric frame sync width
234  unsigned char ap_sm_rfs_width : 6;
235  unsigned char fill1 : 2;
236 
237  // VN imaging integration ticks by imaging frame sync width
238  unsigned char ap_vn_ifs_width : 6;
239  unsigned char fill2 : 2;
240 
241  // VN imaging integration ticks by imaging frame sync width
242  unsigned char ap_vn_rfs_width : 6;
243  unsigned char fill3 : 2;
244 
245  // Focal Plane Temperature LW CFPA high resolution temperature
246  short ft_lw_cfpa_hi_rsl;
247 
248  // Focal Plane Temperature LW CFPA wide range temperature
249  short ft_lw_cfpa_lo_rsl;
250 
251  // Focal Plane Temperature SM CFPA high resolution temperature
252  short ft_sm_cfpa_hi_rsl;
253 
254  // Focal Plane Temperature SM CFPA wide range temperature
255  short ft_sm_cfpa_lo_rsl;
256 
257  // Focal Plane Temperature VIS/NIR FPA temperature
258  short ft_vis_nir_fpa;
259 
260  unsigned char fill4[108]; // 864 bits of fill data
261 };
262 
263 // analog signal processor offset data
264 
265 struct ASPOffsetL1ADataType {
266  // for 0 ham side
267  short m1_ham0[16];
268  short m2_ham0[16];
269  short m3_ham0[16];
270  short m4_ham0[16];
271  short m5_ham0[16];
272  short m6_ham0[16];
273  short m7_ham0[16];
274  short m8_ham0[16];
275  short m9_ham0[16];
276  short m10_ham0[16];
277  short m11_ham0[16];
278  short m12_ham0[16];
279  short m13_ham0[16];
280  short m14_ham0[16];
281  short m15_ham0[16];
282  short m16a_ham0[16];
283  short m16b_ham0[16];
284  short i1e_ham0[16];
285  short i1o_ham0[16];
286  short i2e_ham0[16];
287  short i2o_ham0[16];
288  short i3e_ham0[16];
289  short i3o_ham0[16];
290  short i4e_ham0[16];
291  short i4o_ham0[16];
292  short i5e_ham0[16];
293  short i5o_ham0[16];
294 
295  // for 1 ham side
296  short m1_ham1[16];
297  short m2_ham1[16];
298  short m3_ham1[16];
299  short m4_ham1[16];
300  short m5_ham1[16];
301  short m6_ham1[16];
302  short m7_ham1[16];
303  short m8_ham1[16];
304  short m9_ham1[16];
305  short m10_ham1[16];
306  short m11_ham1[16];
307  short m12_ham1[16];
308  short m13_ham1[16];
309  short m14_ham1[16];
310  short m15_ham1[16];
311  short m16a_ham1[16];
312  short m16b_ham1[16];
313  short i1e_ham1[16];
314  short i1o_ham1[16];
315  short i2e_ham1[16];
316  short i2o_ham1[16];
317  short i3e_ham1[16];
318  short i3o_ham1[16];
319  short i4e_ham1[16];
320  short i4o_ham1[16];
321  short i5e_ham1[16];
322  short i5o_ham1[16];
323 
324  char fill[1344];
325 };
326 
327 // DNB configuration data .. should be 128 bytes
328 
329 struct DNBConfigL1ADataType {
330  unsigned char dp_aggreg_mode_rev;
331  unsigned char dp_threshold_tbl_rev;
332  unsigned char dp_1a_offsets_tbl_rev;
333  short dp_dnb_ccd;
334  unsigned char dp_1b_offsets_tbl_rev;
335  unsigned char dp_2_offsets_tbl_rev;
336  unsigned char dp_3_offsets_tbl_rev;
337  unsigned char fill[120];
338 };
339 
340 // digital pre-processor configuration data .. should be 128 bytes
341 
342 const int dpp_config_index_1 = 0;
343 
344 struct DPPConfigL1ADataType1 {
345  unsigned char dp_reg_tbl_rev;
346  unsigned char dp_state_tran_tbl_rev;
347  unsigned char dp_band_proc_tbl_rev;
348  unsigned char dp_heat_ctrl_tbl_rev;
349  unsigned char dp_macro_cmd_tbl_rev;
350  unsigned char dp_crit_tele_tbl_rev;
351  unsigned short dp_stor_cmd_tbl_rev;
352 
353  unsigned char ps_sec_e_isog_on : 1;
354  unsigned char ps_sec_d_csog_on : 1;
355  unsigned char ps_sec_c_se_on : 1;
356  unsigned char ps_sec_b_apfp_on : 1;
357  unsigned char dp_servo_in_use : 1;
358  unsigned char dp_nonrdt_fpie_pwr : 1;
359  unsigned char dp_hrd_pkt_norm_test : 1;
360  unsigned char dp_dn_m_l_gain_pkt : 1;
361 
362  unsigned char se_b_tele_pos_known : 1;
363  unsigned char se_b_mtrs_stopped : 1;
364  unsigned char se_b_mtr_coil_driver : 1;
365  unsigned char se_b_anlg_pwr_on : 1;
366  unsigned char se_a_tele_pos_known : 1;
367  unsigned char se_a_mtrs_stopped : 1;
368  unsigned char se_a_mtr_coil_driver : 1;
369  unsigned char se_a_anlg_pwr_on : 1;
370 
371  unsigned char dp_ap_m16_tdi_on : 1;
372  unsigned char cp_blk_pwr_sel : 1;
373  unsigned char dp_dn_aggreg_mod : 6;
374 
375  unsigned char dp_scan_encdr_delta;
376  unsigned char dummy;
377 
378  unsigned char se_servo_pwr_sel : 1;
379  unsigned char dp_ap_self_test : 1;
380  unsigned char spare1 : 6;
381 
382  unsigned char se_b_ham_mir_side : 1;
383  unsigned char se_a_ham_mir_side : 1;
384  unsigned char ap_dc_fast_restor : 1;
385  unsigned char dp_dnb_dark_sub_eth : 1;
386  unsigned char dp_dnb_dark_sub_cal : 1;
387  unsigned char dp_dnb_tmg_mode : 1;
388  unsigned char dp_dnb_1a_1b_stage : 2;
389 };
390 
391 const int dpp_config_index_2 = 15;
392 
393 struct DPPConfigL1ADataType2 {
394  short se_a_ham_mtr_curr;
395  short se_a_tele_mtr_curr;
396  short se_b_ham_mtr_curr;
397  short se_b_tele_mtr_curr;
398  short ct_prec_tref_mux1ca1;
399  short ct_prec_tref_mux1ca2;
400  short ct_prec_tref_mux1ca3;
401  short ft_adc_ref;
402  short ct_adc_ref_lw_stpt;
403  short ft_ckt_gnd;
404  short ft_lw_cfpa_htr_pwr;
405  short ft_lw_setpt_ref;
406  short ft_sm_cfpa_htr_pwr;
407  short ft_sm_setpt_ref;
408  short se_a_ham_rate_error;
409  short se_a_tele_rate_error;
410  short se_b_ham_rate_error;
411  short se_b_tele_rate_error;
412 };
413 
414 // solar diffuser ...
415 //struct SDSML1ADataType
416 //{
417 // unsigned short position : 8;
418 // short samples[5][8]; // Data is sample by AMP, 8 SDSM detector, 5 samples
419 // // the following combines the "other" and "reserved" field
420 // // described in the MDFCB for a total of 1400 bits
421 // short preamp;
422 // unsigned char other[173];
423 //};
424 
425 // temperature data
426 
427 struct EngTempL1ADataType {
428  short bbTemp[6];
429  short ham_tmp1; // half angle mirror t1
430  short ham_tmp2; // half angle mirror t2
431  short hm_cr_cs_prt; // CR cold stage PRT temperature
432  short hm_cr_is_prt; // CR intermediate stage PRT temperature
433  short hm_cr_os_prt; // CR outer stage PRT temperature
434 
435  unsigned short ap_vn_vref_inhibit : 12;
436  unsigned short fill1 : 4;
437 
438  unsigned int fill2;
439  short hm_ham_db_op_htrA;
440  short hm_ham_db_op_htrB;
441  short hm_tele_db_op_htrA;
442  short hm_tele_db_op_htrB;
443 
444  short mf_ao_blkhd_nx_pz; // Aft optics
445  short mf_ao_blkhd_px_nz; // Aft optics
446  short mf_ao_km2_nx; // Aft optics KM2_NX
447  short mf_ao_km2_ny;
448  short mf_ao_km3_px;
449  short mf_fold_mirror_blkhd;
450  short mf_ham_blkhd; // half angle mirror bulkhead
451  short mf_km2_nxny; // NXNY kinematic mount, 2 deg contraint
452  short mf_km2_nxpy; // NXPY kinematic mount, 2 deg contraint
453  short mf_km1_pxny; // PXNY kinematic mount, 1 deg contraint
454  short mf_km2_pxpy; // PXPY kinematic mount, 2 deg contraint
455  short mf_nadir_rad_nxp; // Nadir radiator NXPY
456  short mf_nadir_rad_pxn; // Nadir radiator PXNY
457  short mf_scan_cavity_nxn;
458  short mf_scan_cavity_nxp;
459  short mf_scan_cavity_baf_nz; // scan cavity baffle NZ
460  short mf_scan_cavity_baf_pz; // scan cavity baffle PZ
461  short mf_scan_cavity_bknd_n;
462  short mf_space_rad_nz; // space radiator NZ
463  short mf_space_rad_pz; // space radiator PZ
464  short mf_stopassy_baff_nz;
465  short mf_tel_blkhd_nypz;
466  short mf_tel_blkhd_py;
467 
468  short se_a_hammtr_dfbear; // HAM DF Bearing Temp MTR_A
469  short se_a_telemtr_dfbear; // Tele DF Bearing Temp MTR_A
470  short se_b_hammtr_dfbear; // HAM DF Bearing Temp MTR_B
471  short se_b_telemtr_dfbear; // Tele DF Bearing Temp MTR_B
472  short ap_lw_cca; // Long wave IR CCA
473  short ap_sm_cca; // Short/Med wave IR CCA
474  short ap_vn_cca; // Visible/Near IR CCA
475 
476  short dp_dnb_cca; // DNB CCA
477  short dp_dpp_cca; // Digital preprocessor CCA
478  short dp_fpie_ad_cca; // FPIE A/D CCA
479  short dp_fpie_clk_cca; // FPIE CLK CCA
480  short ft_cca;
481  short power_supply1;
482  short power_supply2;
483  short se_a_cca;
484  short se_b_cca;
485 
486  unsigned char hm_ham_op_htr_cntl : 1; // FSW echo C_HM09 for HAM heater
487  unsigned char hm_dnb_htr_cntl : 1; // FSW echo C_HM06A for DNB heater
488  unsigned char ft_sm_heater : 1; // short/med wave IR heater, 0=off, 1=on
489  unsigned char ft_lw_heater : 1; // Long wave IR heater, 0=off, 1=on
490  unsigned char ft_sm_82k : 1; // short/med wave 80K setpoint, 0=off, 1=on
491  unsigned char ft_sm_80k : 1; // short/med wave 78K setpoint, 0=off, 1=on
492  unsigned char ft_lw_82k : 1; // long wave 80K setpoint, 0=off, 1=on
493  unsigned char ft_lw_80k : 1; // long wave 78K setpoint, 0=off, 1=on
494 
495  unsigned char hm_tel_op_htr_cntl : 1; // FSW echo C_HM10 for Tele Op heater
496  unsigned char filler1 : 7;
497 
498  unsigned short hm_ham_ophtr_temp : 14; // indicates heater setpoint
499  unsigned char filler2 : 2;
500 
501  unsigned short hm_tel_ophtr_temp : 14; // indicates heater setpoint
502  unsigned char filler3 : 2;
503 
504  unsigned short ap_bb_avg_temp : 14; // average of the BB thermistor : 2;
505  unsigned char filler4 : 2;
506 
507  unsigned short bb_htr_temp : 14; // FSW echo C_BB01
508  unsigned char filler5 : 2;
509 
510  unsigned short bb_select; // indicates which BB thermistor used to get avg
511  unsigned short filler6;
512 };
513 
514 const int bb_htr_temp_index = 122;
515 
516 struct EncoderReadingL1ADataType {
517  unsigned short teleEncoding[1290];
518  unsigned short hamEncoding[1290];
519 };
520 
521 struct EngReservedL1ADataType {
522  unsigned short telAngleStart;
523  unsigned short hamAngScanStart;
524  unsigned short hrdValues[16];
525  unsigned char other[3];
526  unsigned char reserved[89];
527 };
528 
529 // engineering status data
530 
531 struct EngStatusL1ADataType {
532  unsigned char fpaCalDataGain : 1;
533  unsigned char sdsmActive : 1;
534  unsigned char hamSide : 1;
535  unsigned char servoLocked : 1;
536  unsigned char sensorMode : 4;
537 
538  unsigned char es_se_b_teleham_scansyn : 1;
539  unsigned char es_se_a_teleham_scansyn : 1;
540  unsigned char testDataPattern : 4;
541  unsigned char spare : 2;
542 
543  unsigned char es_sd_sdsm_mtr_step_cnt : 7;
544  unsigned char other : 1;
545 
546  unsigned char reserved[5];
547 };
548 
549 // L1B program data structures
550 
551 struct ScanLineL1ADataType {
552  double scan_start_time[Number_of_Scans];
553  double scan_end_time[Number_of_Scans];
554  short scan_start_CCSDS_day[Number_of_Scans];
555  int scan_start_CCSDS_msec[Number_of_Scans];
556  short scan_start_CCSDS_usec[Number_of_Scans];
557  short scan_end_CCSDS_day[Number_of_Scans];
558  int scan_end_CCSDS_msec[Number_of_Scans];
559  short scan_end_CCSDS_usec[Number_of_Scans];
560  int VIIRS_scan_number[Number_of_Scans];
561  unsigned char ham_side[Number_of_Scans]; // new version
562  unsigned char sensor_mode[Number_of_Scans]; // new version
563  // short ham_side[Number_of_Scans]; // old version
564  // short sensor_mode[Number_of_Scans]; // old version
565  unsigned char HR_metadata[Number_of_Scans][EV_APIDs][HR_Metadata];
566  unsigned char cal_metadata[Number_of_Scans][Cal_Metadata];
567 };
568 
569 struct EngineeringL1ADataType {
570  unsigned char eng_status[Number_of_Scans][Eng_Status];
571  unsigned char eng_temp[Number_of_Scans][Eng_Block];
572  unsigned char eng_reserved[Number_of_Scans][Eng_Block];
573  unsigned char dnb_config[Number_of_Scans][Eng_Block];
574  unsigned char dpp_config[Number_of_Scans][Eng_Block];
575  unsigned char asp_config[Number_of_Scans][Eng_Block];
576  unsigned char asp_offsets[Number_of_Scans][ASP_Offsets];
577  unsigned char asp_analog[Number_of_Scans][Eng_Block];
578  unsigned char sdsm_data[Number_of_Scans][SDSM_Data];
579  unsigned short ham_encoder[Number_of_Scans][Encoder_Reading];
580  unsigned short tel_encoder[Number_of_Scans][Encoder_Reading];
581 };
582 
589 inline bool isImg(VIIRS_BAND_ENUM band) {
590  return ( band < MOD_1);
591 }
592 
593 inline bool isMod(VIIRS_BAND_ENUM band) {
594  return ((band > IMG_5) &&
595  (band < DNB_));
596 }
597 
598 inline bool isDG(VIIRS_BAND_ENUM band) {
599  return ((band == MOD_1) ||
600  (band == MOD_2) || (band == MOD_3) || (band == MOD_4) ||
601  (band == MOD_5) || (band == MOD_7) || (band == MOD_13));
602 }
603 
604 inline bool isDG(VIIRS_M_BAND_ENUM band) {
605  return ((band == M_1) ||
606  (band == M_2) || (band == M_3) || (band == M_4) ||
607  (band == M_5) || (band == M_7) || (band == M_13));
608 }
609 
610 inline bool isTeb(VIIRS_BAND_ENUM band) {
611  return ((band == IMG_4) ||
612  (band == IMG_5) || (band == MOD_12) || (band == MOD_13) ||
613  (band == MOD_14) || (band == MOD_15) || (band == MOD_16));
614 }
615 
623 inline int ib_index(VIIRS_BAND_ENUM band) {
624  if (isImg(band)) return band;
625  else return -1;
626 }
627 
628 inline int mb_index(VIIRS_BAND_ENUM band) {
629  if (isMod(band)) return (band - MOD_1);
630  else return -1;
631 }
632 
633 inline int sg_index(VIIRS_BAND_ENUM band) {
634  if (isMod(band)) {
635  if (band == MOD_6) return 0;
636  else if (band == MOD_8) return 1;
637  else if (band == MOD_9) return 2;
638  else if (band == MOD_10) return 3;
639  else if (band == MOD_11) return 4;
640  else if (band == MOD_12) return 5;
641  else if (band == MOD_14) return 6;
642  else if (band == MOD_15) return 7;
643  else if (band == MOD_16) return 8;
644  else return -1;
645  } else return -1;
646 }
647 
648 inline int dg_index(VIIRS_BAND_ENUM band) {
649  if (isMod(band)) {
650  if (band <= MOD_5) return mb_index(band);
651  else if (band == MOD_7) return 5;
652  else if (band == MOD_13) return 6;
653  else return -1;
654  } else return -1;
655 }
656 
657 inline int teb_index(VIIRS_BAND_ENUM band) {
658  if (band == IMG_4) return 0;
659  else if (band == IMG_5) return 1;
660  else if (band == MOD_12) return 2;
661  else if (band == MOD_13) return 3;
662  else if (band == MOD_14) return 4;
663  else if (band == MOD_15) return 5;
664  else if (band == MOD_16) return 6;
665  else return -1;
666 }
667 
668 inline int rsb_index(VIIRS_BAND_ENUM band) {
669  if (band == IMG_1) return 0;
670  else if (band == IMG_2) return 1;
671  else if (band == IMG_3) return 2;
672  else if (band == MOD_1) return 3;
673  else if (band == MOD_2) return 4;
674  else if (band == MOD_3) return 5;
675  else if (band == MOD_4) return 6;
676  else if (band == MOD_5) return 7;
677  else if (band == MOD_6) return 8;
678  else if (band == MOD_7) return 9;
679  else if (band == MOD_8) return 10;
680  else if (band == MOD_9) return 11;
681  else if (band == MOD_10) return 12;
682  else if (band == MOD_11) return 13;
683  else return -1;
684 }
685 
686 inline int iteb_index(VIIRS_BAND_ENUM band) {
687  if (band == IMG_4) return 0;
688  else if (band == IMG_5) return 1;
689  else return -1;
690 }
691 
692 inline int irsb_index(VIIRS_BAND_ENUM band) {
693  if (band == IMG_1) return 0;
694  else if (band == IMG_2) return 1;
695  else if (band == IMG_3) return 2;
696  else return -1;
697 }
698 
699 inline int mteb_index(VIIRS_BAND_ENUM band) {
700  if (band == MOD_12) return 0;
701  else if (band == MOD_13) return 1;
702  else if (band == MOD_14) return 2;
703  else if (band == MOD_15) return 3;
704  else if (band == MOD_16) return 4;
705  else return -1;
706 }
707 
708 inline int mrsb_index(VIIRS_BAND_ENUM band) {
709  if (band == MOD_1) return 0;
710  else if (band == MOD_2) return 1;
711  else if (band == MOD_3) return 2;
712  else if (band == MOD_4) return 3;
713  else if (band == MOD_5) return 4;
714  else if (band == MOD_6) return 5;
715  else if (band == MOD_7) return 6;
716  else if (band == MOD_8) return 7;
717  else if (band == MOD_9) return 8;
718  else if (band == MOD_10) return 9;
719  else if (band == MOD_11) return 10;
720  else return -1;
721 }
722 
723 #endif /* VIIRSSTRUCTURES_H_ */
I_3
@ I_3
Definition: VcstViirsStructs.h:120
EngineeringL1ADataType::ham_encoder
unsigned short ham_encoder[Number_of_Scans][Encoder_Reading]
Definition: VcstViirsStructs.h:579
DG_M13
@ DG_M13
Definition: VcstViirsStructs.h:146
M_RSB_M5
@ M_RSB_M5
Definition: VcstViirsStructs.h:155
RSB_M7
@ RSB_M7
Definition: VcstViirsStructs.h:131
EngineeringL1ADataType::sdsm_data
unsigned char sdsm_data[Number_of_Scans][SDSM_Data]
Definition: VcstViirsStructs.h:578
EngReservedL1ADataType::hrdValues
unsigned short hrdValues[16]
Definition: VcstViirsStructs.h:524
EncoderReadingL1ADataType::teleEncoding
unsigned short teleEncoding[1290]
Definition: VcstViirsStructs.h:517
VIIRS_I_BAND_ENUM
VIIRS_I_BAND_ENUM
Definition: VcstViirsStructs.h:119
ScanLineL1ADataType::scan_end_CCSDS_msec
int scan_end_CCSDS_msec[Number_of_Scans]
Definition: VcstViirsStructs.h:558
dg_index
int dg_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:648
TEB_M12
@ TEB_M12
Definition: VcstViirsStructs.h:136
SG_M12
@ SG_M12
Definition: VcstViirsStructs.h:142
ALL_BANDS
@ ALL_BANDS
Definition: VcstViirsStructs.h:102
VIIRS_MOD_TEB_BAND_ENUM
VIIRS_MOD_TEB_BAND_ENUM
Definition: VcstViirsStructs.h:159
ScanLineL1ADataType::ham_side
unsigned char ham_side[Number_of_Scans]
Definition: VcstViirsStructs.h:561
Mband_Samples
#define Mband_Samples
Definition: VcstViirsStructs.h:37
J2
@ J2
Definition: VcstViirsStructs.h:93
EngReservedL1ADataType::reserved
unsigned char reserved[89]
Definition: VcstViirsStructs.h:526
ASPAnalogDataType::reserved
unsigned char reserved[41]
Definition: VcstViirsStructs.h:207
MOD_2
@ MOD_2
Definition: VcstViirsStructs.h:113
EncoderReadingL1ADataType::hamEncoding
unsigned short hamEncoding[1290]
Definition: VcstViirsStructs.h:518
ib_index
int ib_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:623
Number_of_DNBs
#define Number_of_DNBs
Definition: VcstViirsStructs.h:49
DPPConfigL1ADataType1::dp_macro_cmd_tbl_rev
unsigned char dp_macro_cmd_tbl_rev
Definition: VcstViirsStructs.h:349
IMG_3
@ IMG_3
Definition: VcstViirsStructs.h:112
DPPConfigL1ADataType1::dp_nonrdt_fpie_pwr
unsigned char dp_nonrdt_fpie_pwr
Definition: VcstViirsStructs.h:358
DPPConfigL1ADataType1::se_a_ham_mir_side
unsigned char se_a_ham_mir_side
Definition: VcstViirsStructs.h:383
DnbL1ADataType::SD_DNB
short SD_DNB[Number_of_DNBs][Number_of_Scans][Mband_detectors][DNB_Cal_Samples]
Definition: VcstViirsStructs.h:195
ASPConfigL1ADataType::ap_lw_ifs_width
unsigned char ap_lw_ifs_width
Definition: VcstViirsStructs.h:221
ImgL1ADataType::EV_I
short EV_I[Number_of_Scans][Iband_detectors][Iband_Pixels]
Definition: VcstViirsStructs.h:181
EngStatusL1ADataType::sdsmActive
unsigned char sdsmActive
Definition: VcstViirsStructs.h:533
IMG_BANDS
@ IMG_BANDS
Definition: VcstViirsStructs.h:103
DPPConfigL1ADataType1::ps_sec_d_csog_on
unsigned char ps_sec_d_csog_on
Definition: VcstViirsStructs.h:354
Cal_Metadata
#define Cal_Metadata
Definition: VcstViirsStructs.h:61
EngTempL1ADataType::ap_vn_vref_inhibit
unsigned short ap_vn_vref_inhibit
Definition: VcstViirsStructs.h:435
EngTempL1ADataType::ap_bb_avg_temp
unsigned short ap_bb_avg_temp
Definition: VcstViirsStructs.h:504
DPPConfigL1ADataType1::dp_dnb_dark_sub_eth
unsigned char dp_dnb_dark_sub_eth
Definition: VcstViirsStructs.h:385
ScanLineL1ADataType::HR_metadata
unsigned char HR_metadata[Number_of_Scans][EV_APIDs][HR_Metadata]
Definition: VcstViirsStructs.h:565
M_16
@ M_16
Definition: VcstViirsStructs.h:125
EngStatusL1ADataType::es_sd_sdsm_mtr_step_cnt
unsigned char es_sd_sdsm_mtr_step_cnt
Definition: VcstViirsStructs.h:543
EngStatusL1ADataType::testDataPattern
unsigned char testDataPattern
Definition: VcstViirsStructs.h:540
VIIRS_BAND_ENUM
VIIRS_BAND_ENUM
Definition: VcstViirsStructs.h:111
DPPConfigL1ADataType1::se_a_mtr_coil_driver
unsigned char se_a_mtr_coil_driver
Definition: VcstViirsStructs.h:368
DG_M3
@ DG_M3
Definition: VcstViirsStructs.h:146
EngTempL1ADataType::bb_select
unsigned short bb_select
Definition: VcstViirsStructs.h:510
DPPConfigL1ADataType1::dp_dnb_1a_1b_stage
unsigned char dp_dnb_1a_1b_stage
Definition: VcstViirsStructs.h:388
VIIRS_SENSOR_SAFE
@ VIIRS_SENSOR_SAFE
Definition: VcstViirsStructs.h:171
DPPConfigL1ADataType1::ps_sec_b_apfp_on
unsigned char ps_sec_b_apfp_on
Definition: VcstViirsStructs.h:356
M_7
@ M_7
Definition: VcstViirsStructs.h:124
EngStatusL1ADataType::reserved
unsigned char reserved[5]
Definition: VcstViirsStructs.h:546
M_8
@ M_8
Definition: VcstViirsStructs.h:124
Iband_Pixels
#define Iband_Pixels
Definition: VcstViirsStructs.h:35
DPPConfigL1ADataType1::dp_crit_tele_tbl_rev
unsigned char dp_crit_tele_tbl_rev
Definition: VcstViirsStructs.h:350
M_RSB_M10
@ M_RSB_M10
Definition: VcstViirsStructs.h:156
VIIRS_SENSOR_MODES
VIIRS_SENSOR_MODES
Definition: VcstViirsStructs.h:164
SG_M14
@ SG_M14
Definition: VcstViirsStructs.h:142
ScanLineL1ADataType::scan_end_CCSDS_usec
short scan_end_CCSDS_usec[Number_of_Scans]
Definition: VcstViirsStructs.h:559
DPPConfigL1ADataType1::ap_dc_fast_restor
unsigned char ap_dc_fast_restor
Definition: VcstViirsStructs.h:384
ScanLineL1ADataType::scan_start_CCSDS_usec
short scan_start_CCSDS_usec[Number_of_Scans]
Definition: VcstViirsStructs.h:556
Encoder_Reading
#define Encoder_Reading
Definition: VcstViirsStructs.h:66
M_RSB_M2
@ M_RSB_M2
Definition: VcstViirsStructs.h:154
Iband_detectors
#define Iband_detectors
Definition: VcstViirsStructs.h:33
VIIRS_CATEGORY_ENUM
VIIRS_CATEGORY_ENUM
Definition: VcstViirsStructs.h:101
RSB_BANDS
@ RSB_BANDS
Definition: VcstViirsStructs.h:106
M_2
@ M_2
Definition: VcstViirsStructs.h:124
M_TEB_M16
@ M_TEB_M16
Definition: VcstViirsStructs.h:161
DNBConfigL1ADataType::dp_2_offsets_tbl_rev
unsigned char dp_2_offsets_tbl_rev
Definition: VcstViirsStructs.h:335
DPPConfigL1ADataType1::dp_ap_m16_tdi_on
unsigned char dp_ap_m16_tdi_on
Definition: VcstViirsStructs.h:371
DPPConfigL1ADataType1::dp_hrd_pkt_norm_test
unsigned char dp_hrd_pkt_norm_test
Definition: VcstViirsStructs.h:359
M_RSB_M6
@ M_RSB_M6
Definition: VcstViirsStructs.h:155
band
PARAM_TYPE_NONE Default value No parameter is buried in the product name name_prefix is case insensitive string compared to the product name PARAM_TYPE_VIS_WAVE The visible wavelength bands from the sensor are buried in the product name The product name is compared by appending and name_suffix ie aph_412_giop where prod_ix will be set to PARAM_TYPE_IR_WAVE same search method as PARAM_TYPE_VIS_WAVE except only wavelength above are looped through but prod_ix is still based ie aph_2_giop for the second band
Definition: HOWTO_Add_a_product.txt:42
DPPConfigL1ADataType1::se_b_tele_pos_known
unsigned char se_b_tele_pos_known
Definition: VcstViirsStructs.h:362
VIIRS_IMG_TEB_BAND_ENUM
VIIRS_IMG_TEB_BAND_ENUM
Definition: VcstViirsStructs.h:149
DPPConfigL1ADataType1::dp_heat_ctrl_tbl_rev
unsigned char dp_heat_ctrl_tbl_rev
Definition: VcstViirsStructs.h:348
EngineeringL1ADataType::eng_status
unsigned char eng_status[Number_of_Scans][Eng_Status]
Definition: VcstViirsStructs.h:570
EngReservedL1ADataType::hamAngScanStart
unsigned short hamAngScanStart
Definition: VcstViirsStructs.h:523
ASPConfigL1ADataType::ap_vn_ifs_width
unsigned char ap_vn_ifs_width
Definition: VcstViirsStructs.h:238
Eng_Status
#define Eng_Status
Definition: VcstViirsStructs.h:62
RSB_M10
@ RSB_M10
Definition: VcstViirsStructs.h:132
ImgL1ADataType::SD_I
short SD_I[Number_of_Ibands][Number_of_Scans][Iband_detectors][Iband_Cal_Samples]
Definition: VcstViirsStructs.h:180
Number_of_Ibands
#define Number_of_Ibands
Definition: VcstViirsStructs.h:42
RSB_M1
@ RSB_M1
Definition: VcstViirsStructs.h:130
DNB_Cal_Samples
#define DNB_Cal_Samples
Definition: VcstViirsStructs.h:40
ModL1ADataType::BB_M
short BB_M[Number_of_Mbands+1][Number_of_Scans][Mband_detectors][Mband_Cal_Samples]
Definition: VcstViirsStructs.h:186
ASPConfigL1ADataType::ap_visnir_reg_tbl_rev
unsigned char ap_visnir_reg_tbl_rev
Definition: VcstViirsStructs.h:214
M_RSB_BAND_MAXIMUM
@ M_RSB_BAND_MAXIMUM
Definition: VcstViirsStructs.h:156
DPPConfigL1ADataType1::se_b_anlg_pwr_on
unsigned char se_b_anlg_pwr_on
Definition: VcstViirsStructs.h:365
ScanLineL1ADataType::scan_start_CCSDS_day
short scan_start_CCSDS_day[Number_of_Scans]
Definition: VcstViirsStructs.h:554
MOD_8
@ MOD_8
Definition: VcstViirsStructs.h:114
Number_of_DNB_Pixels
#define Number_of_DNB_Pixels
Definition: VcstViirsStructs.h:80
EngTempL1ADataType::bb_htr_temp
unsigned short bb_htr_temp
Definition: VcstViirsStructs.h:507
VIIRS_M_BAND_ENUM
VIIRS_M_BAND_ENUM
Definition: VcstViirsStructs.h:123
DPPConfigL1ADataType1::se_b_mtrs_stopped
unsigned char se_b_mtrs_stopped
Definition: VcstViirsStructs.h:363
Mband_detectors
#define Mband_detectors
Definition: VcstViirsStructs.h:32
Number_of_Scans
#define Number_of_Scans
Definition: VcstViirsStructs.h:27
M_6
@ M_6
Definition: VcstViirsStructs.h:124
EngTempL1ADataType::hm_ham_ophtr_temp
unsigned short hm_ham_ophtr_temp
Definition: VcstViirsStructs.h:498
EngTempL1ADataType::ft_sm_heater
unsigned char ft_sm_heater
Definition: VcstViirsStructs.h:488
VIIRS_SENSOR_OG
@ VIIRS_SENSOR_OG
Definition: VcstViirsStructs.h:167
J1
@ J1
Definition: VcstViirsStructs.h:92
DG_M5
@ DG_M5
Definition: VcstViirsStructs.h:146
MOD_10
@ MOD_10
Definition: VcstViirsStructs.h:114
PLATFORM_MAXIMUM
@ PLATFORM_MAXIMUM
Definition: VcstViirsStructs.h:94
MOD_11
@ MOD_11
Definition: VcstViirsStructs.h:115
DPPConfigL1ADataType1::dp_reg_tbl_rev
unsigned char dp_reg_tbl_rev
Definition: VcstViirsStructs.h:345
RSB_BAND_MAXIMUM
@ RSB_BAND_MAXIMUM
Definition: VcstViirsStructs.h:132
I_2
@ I_2
Definition: VcstViirsStructs.h:120
DPPConfigL1ADataType1::dp_dn_aggreg_mod
unsigned char dp_dn_aggreg_mod
Definition: VcstViirsStructs.h:373
SDSM_Data
#define SDSM_Data
Definition: VcstViirsStructs.h:65
ASPConfigL1ADataType::ap_dual_gain_3_ops
unsigned char ap_dual_gain_3_ops
Definition: VcstViirsStructs.h:227
ASPAnalogDataType::aspBiases
unsigned char aspBiases[60]
Definition: VcstViirsStructs.h:205
SG_M10
@ SG_M10
Definition: VcstViirsStructs.h:141
M_TEB_M13
@ M_TEB_M13
Definition: VcstViirsStructs.h:160
TEB_M16
@ TEB_M16
Definition: VcstViirsStructs.h:137
MOD_3
@ MOD_3
Definition: VcstViirsStructs.h:113
DPPConfigL1ADataType1::dp_band_proc_tbl_rev
unsigned char dp_band_proc_tbl_rev
Definition: VcstViirsStructs.h:347
EngineeringL1ADataType::eng_temp
unsigned char eng_temp[Number_of_Scans][Eng_Block]
Definition: VcstViirsStructs.h:571
isMod
bool isMod(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:593
isDG
bool isDG(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:598
I_TEB_I4
@ I_TEB_I4
Definition: VcstViirsStructs.h:150
EngTempL1ADataType::filler5
unsigned char filler5
Definition: VcstViirsStructs.h:508
DNB_
@ DNB_
Definition: VcstViirsStructs.h:116
ASPConfigL1ADataType::ap_dc_restore
unsigned char ap_dc_restore
Definition: VcstViirsStructs.h:223
DPPConfigL1ADataType1::se_servo_pwr_sel
unsigned char se_servo_pwr_sel
Definition: VcstViirsStructs.h:378
EngStatusL1ADataType::es_se_b_teleham_scansyn
unsigned char es_se_b_teleham_scansyn
Definition: VcstViirsStructs.h:538
ASP_Offsets
#define ASP_Offsets
Definition: VcstViirsStructs.h:64
IMG_2
@ IMG_2
Definition: VcstViirsStructs.h:112
M_RSB_M11
@ M_RSB_M11
Definition: VcstViirsStructs.h:156
M_12
@ M_12
Definition: VcstViirsStructs.h:125
DPPConfigL1ADataType1::dp_scan_encdr_delta
unsigned char dp_scan_encdr_delta
Definition: VcstViirsStructs.h:375
DNBConfigL1ADataType::dp_1b_offsets_tbl_rev
unsigned char dp_1b_offsets_tbl_rev
Definition: VcstViirsStructs.h:334
RSB_M5
@ RSB_M5
Definition: VcstViirsStructs.h:131
VIIRS_SENSOR_OP_DAY
@ VIIRS_SENSOR_OP_DAY
Definition: VcstViirsStructs.h:169
SG_M15
@ SG_M15
Definition: VcstViirsStructs.h:142
EngTempL1ADataType::ft_lw_82k
unsigned char ft_lw_82k
Definition: VcstViirsStructs.h:492
ModL1ADataType::EV_M_SG
short EV_M_SG[Number_of_Scans][Mband_detectors][Mband_Pixels]
Definition: VcstViirsStructs.h:188
TEB_M13
@ TEB_M13
Definition: VcstViirsStructs.h:136
MOD_6
@ MOD_6
Definition: VcstViirsStructs.h:114
EngTempL1ADataType::filler3
unsigned char filler3
Definition: VcstViirsStructs.h:502
ScanLineL1ADataType::scan_start_time
double scan_start_time[Number_of_Scans]
Definition: VcstViirsStructs.h:552
DG_M2
@ DG_M2
Definition: VcstViirsStructs.h:146
VIIRS_SENSOR_LAUNCH
@ VIIRS_SENSOR_LAUNCH
Definition: VcstViirsStructs.h:165
VIIRS_MOD_DG_BAND_ENUM
VIIRS_MOD_DG_BAND_ENUM
Definition: VcstViirsStructs.h:145
DNBConfigL1ADataType::fill
unsigned char fill[120]
Definition: VcstViirsStructs.h:337
M_11
@ M_11
Definition: VcstViirsStructs.h:125
MOD_BANDS
@ MOD_BANDS
Definition: VcstViirsStructs.h:104
DPPConfigL1ADataType1::se_a_tele_pos_known
unsigned char se_a_tele_pos_known
Definition: VcstViirsStructs.h:366
RSB_M8
@ RSB_M8
Definition: VcstViirsStructs.h:131
M_TEB_M14
@ M_TEB_M14
Definition: VcstViirsStructs.h:160
M_RSB_M4
@ M_RSB_M4
Definition: VcstViirsStructs.h:155
ASPAnalogDataType::other
unsigned char other[25]
Definition: VcstViirsStructs.h:206
ScanLineL1ADataType::VIIRS_scan_number
int VIIRS_scan_number[Number_of_Scans]
Definition: VcstViirsStructs.h:560
teb_index
int teb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:657
RSB_I3
@ RSB_I3
Definition: VcstViirsStructs.h:130
mb_index
int mb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:628
rsb_index
int rsb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:668
ASPConfigL1ADataType::ap_lwir_reg_tbl_rev
unsigned char ap_lwir_reg_tbl_rev
Definition: VcstViirsStructs.h:217
ASPConfigL1ADataType::ap_sm_rfs_width
unsigned char ap_sm_rfs_width
Definition: VcstViirsStructs.h:234
EngTempL1ADataType::ft_lw_80k
unsigned char ft_lw_80k
Definition: VcstViirsStructs.h:493
M_TEB_BAND_MAXIMUM
@ M_TEB_BAND_MAXIMUM
Definition: VcstViirsStructs.h:161
TEB_I4
@ TEB_I4
Definition: VcstViirsStructs.h:136
DNBConfigL1ADataType::dp_1a_offsets_tbl_rev
unsigned char dp_1a_offsets_tbl_rev
Definition: VcstViirsStructs.h:332
M_1
@ M_1
Definition: VcstViirsStructs.h:124
Eng_Block
#define Eng_Block
Definition: VcstViirsStructs.h:63
DPPConfigL1ADataType1::se_b_mtr_coil_driver
unsigned char se_b_mtr_coil_driver
Definition: VcstViirsStructs.h:364
ASPConfigL1ADataType::ap_vn_rfs_width
unsigned char ap_vn_rfs_width
Definition: VcstViirsStructs.h:242
SG_M11
@ SG_M11
Definition: VcstViirsStructs.h:141
RSB_M6
@ RSB_M6
Definition: VcstViirsStructs.h:131
DPPConfigL1ADataType1::cp_blk_pwr_sel
unsigned char cp_blk_pwr_sel
Definition: VcstViirsStructs.h:372
I_4
@ I_4
Definition: VcstViirsStructs.h:120
DPPConfigL1ADataType1::ps_sec_e_isog_on
unsigned char ps_sec_e_isog_on
Definition: VcstViirsStructs.h:353
DPPConfigL1ADataType1::dp_state_tran_tbl_rev
unsigned char dp_state_tran_tbl_rev
Definition: VcstViirsStructs.h:346
ASPConfigL1ADataType::ap_fp_ideal_tbl_rev
unsigned char ap_fp_ideal_tbl_rev
Definition: VcstViirsStructs.h:218
M_TEB_M15
@ M_TEB_M15
Definition: VcstViirsStructs.h:160
EngReservedL1ADataType::telAngleStart
unsigned short telAngleStart
Definition: VcstViirsStructs.h:522
SG_BAND_MAXIMUM
@ SG_BAND_MAXIMUM
Definition: VcstViirsStructs.h:142
ASPConfigL1ADataType::ap_smwir_reg_tbl_rev
unsigned char ap_smwir_reg_tbl_rev
Definition: VcstViirsStructs.h:216
irsb_index
int irsb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:692
EngTempL1ADataType::filler6
unsigned short filler6
Definition: VcstViirsStructs.h:511
M_TEB_M12
@ M_TEB_M12
Definition: VcstViirsStructs.h:160
dpp_config_index_1
const int dpp_config_index_1
Definition: VcstViirsStructs.h:342
GRAN_SEQ_ENUM
GRAN_SEQ_ENUM
Definition: VcstViirsStructs.h:97
MOD_15
@ MOD_15
Definition: VcstViirsStructs.h:115
SG_M6
@ SG_M6
Definition: VcstViirsStructs.h:141
BAND_MAXIMUM
@ BAND_MAXIMUM
Definition: VcstViirsStructs.h:116
RSB_I1
@ RSB_I1
Definition: VcstViirsStructs.h:130
Number_of_Mbands
#define Number_of_Mbands
Definition: VcstViirsStructs.h:41
CURRENT
@ CURRENT
Definition: VcstViirsStructs.h:98
DNB_BAND
@ DNB_BAND
Definition: VcstViirsStructs.h:105
MOD_1
@ MOD_1
Definition: VcstViirsStructs.h:113
Iband_Cal_Samples
#define Iband_Cal_Samples
Definition: VcstViirsStructs.h:39
M_RSB_M1
@ M_RSB_M1
Definition: VcstViirsStructs.h:154
BEFORE
@ BEFORE
Definition: VcstViirsStructs.h:98
MOD_4
@ MOD_4
Definition: VcstViirsStructs.h:113
ASPConfigL1ADataType::ap_lw_rfs_width
unsigned char ap_lw_rfs_width
Definition: VcstViirsStructs.h:226
ImgL1ADataType::BB_I
short BB_I[Number_of_Ibands][Number_of_Scans][Iband_detectors][Iband_Cal_Samples]
Definition: VcstViirsStructs.h:179
AFTER
@ AFTER
Definition: VcstViirsStructs.h:98
EngineeringL1ADataType::dnb_config
unsigned char dnb_config[Number_of_Scans][Eng_Block]
Definition: VcstViirsStructs.h:573
M_15
@ M_15
Definition: VcstViirsStructs.h:125
I_TEB_BAND_MAXIMUM
@ I_TEB_BAND_MAXIMUM
Definition: VcstViirsStructs.h:150
DNBConfigL1ADataType::dp_3_offsets_tbl_rev
unsigned char dp_3_offsets_tbl_rev
Definition: VcstViirsStructs.h:336
DPPConfigL1ADataType1::dp_dnb_dark_sub_cal
unsigned char dp_dnb_dark_sub_cal
Definition: VcstViirsStructs.h:386
Mband_Cal_Samples
#define Mband_Cal_Samples
Definition: VcstViirsStructs.h:38
ASPConfigL1ADataType::ap_sm_ifs_width
unsigned char ap_sm_ifs_width
Definition: VcstViirsStructs.h:230
RSB_M11
@ RSB_M11
Definition: VcstViirsStructs.h:132
VIIRS_SENSOR_OP_NIGHT
@ VIIRS_SENSOR_OP_NIGHT
Definition: VcstViirsStructs.h:170
DG_M4
@ DG_M4
Definition: VcstViirsStructs.h:146
isTeb
bool isTeb(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:610
MOD_14
@ MOD_14
Definition: VcstViirsStructs.h:115
EngineeringL1ADataType::dpp_config
unsigned char dpp_config[Number_of_Scans][Eng_Block]
Definition: VcstViirsStructs.h:574
dpp_config_index_2
const int dpp_config_index_2
Definition: VcstViirsStructs.h:391
MOD_9
@ MOD_9
Definition: VcstViirsStructs.h:114
ScanLineL1ADataType::sensor_mode
unsigned char sensor_mode[Number_of_Scans]
Definition: VcstViirsStructs.h:562
Mband_Pixels
#define Mband_Pixels
Definition: VcstViirsStructs.h:34
I_1
@ I_1
Definition: VcstViirsStructs.h:120
ScanLineL1ADataType::scan_start_CCSDS_msec
int scan_start_CCSDS_msec[Number_of_Scans]
Definition: VcstViirsStructs.h:555
I_BAND_MAXIMUM
@ I_BAND_MAXIMUM
Definition: VcstViirsStructs.h:120
M_BAND_MAXIMUM
@ M_BAND_MAXIMUM
Definition: VcstViirsStructs.h:126
ScanLineL1ADataType::scan_end_time
double scan_end_time[Number_of_Scans]
Definition: VcstViirsStructs.h:553
DnbL1ADataType::BB_DNB
short BB_DNB[Number_of_DNBs][Number_of_Scans][Mband_detectors][DNB_Cal_Samples]
Definition: VcstViirsStructs.h:194
bb_htr_temp_index
const int bb_htr_temp_index
Definition: VcstViirsStructs.h:514
DPPConfigL1ADataType1::dp_dn_m_l_gain_pkt
unsigned char dp_dn_m_l_gain_pkt
Definition: VcstViirsStructs.h:360
VIIRS_SENSOR_INVALID
@ VIIRS_SENSOR_INVALID
Definition: VcstViirsStructs.h:172
VIIRS_SENSOR_DIAGNOSTIC
@ VIIRS_SENSOR_DIAGNOSTIC
Definition: VcstViirsStructs.h:168
TEB_I5
@ TEB_I5
Definition: VcstViirsStructs.h:136
TEB_BAND_MAXIMUM
@ TEB_BAND_MAXIMUM
Definition: VcstViirsStructs.h:137
M_13
@ M_13
Definition: VcstViirsStructs.h:125
DG_M1
@ DG_M1
Definition: VcstViirsStructs.h:146
M_RSB_M3
@ M_RSB_M3
Definition: VcstViirsStructs.h:154
HR_Metadata
#define HR_Metadata
Definition: VcstViirsStructs.h:60
DNBConfigL1ADataType::dp_aggreg_mode_rev
unsigned char dp_aggreg_mode_rev
Definition: VcstViirsStructs.h:330
MOD_5
@ MOD_5
Definition: VcstViirsStructs.h:113
DPPConfigL1ADataType1::dp_ap_self_test
unsigned char dp_ap_self_test
Definition: VcstViirsStructs.h:379
I_TEB_I5
@ I_TEB_I5
Definition: VcstViirsStructs.h:150
TEB_M14
@ TEB_M14
Definition: VcstViirsStructs.h:136
EngStatusL1ADataType::sensorMode
unsigned char sensorMode
Definition: VcstViirsStructs.h:536
isImg
bool isImg(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:589
ScanLineL1ADataType::scan_end_CCSDS_day
short scan_end_CCSDS_day[Number_of_Scans]
Definition: VcstViirsStructs.h:557
MOD_7
@ MOD_7
Definition: VcstViirsStructs.h:114
TEB_BANDS
@ TEB_BANDS
Definition: VcstViirsStructs.h:107
ModL1ADataType::EV_M_DG
short EV_M_DG[Number_of_Scans][Mband_detectors][Mband_Samples]
Definition: VcstViirsStructs.h:189
M_14
@ M_14
Definition: VcstViirsStructs.h:125
M_RSB_M7
@ M_RSB_M7
Definition: VcstViirsStructs.h:155
EngTempL1ADataType::fill1
unsigned short fill1
Definition: VcstViirsStructs.h:436
EngTempL1ADataType::filler2
unsigned char filler2
Definition: VcstViirsStructs.h:499
DPPConfigL1ADataType1::se_b_ham_mir_side
unsigned char se_b_ham_mir_side
Definition: VcstViirsStructs.h:382
bDeflateFilter
const bool bDeflateFilter
Definition: VcstViirsStructs.h:85
I_5
@ I_5
Definition: VcstViirsStructs.h:120
DPPConfigL1ADataType1::ps_sec_c_se_on
unsigned char ps_sec_c_se_on
Definition: VcstViirsStructs.h:355
IMG_1
@ IMG_1
Definition: VcstViirsStructs.h:112
EngineeringL1ADataType::asp_offsets
unsigned char asp_offsets[Number_of_Scans][ASP_Offsets]
Definition: VcstViirsStructs.h:576
EngTempL1ADataType::ft_sm_80k
unsigned char ft_sm_80k
Definition: VcstViirsStructs.h:491
ModL1ADataType::SD_M
short SD_M[Number_of_Mbands+1][Number_of_Scans][Mband_detectors][Mband_Cal_Samples]
Definition: VcstViirsStructs.h:187
M_5
@ M_5
Definition: VcstViirsStructs.h:124
RSB_I2
@ RSB_I2
Definition: VcstViirsStructs.h:130
DPPConfigL1ADataType1::dp_stor_cmd_tbl_rev
unsigned short dp_stor_cmd_tbl_rev
Definition: VcstViirsStructs.h:351
ModL1ADataType::SV_M
short SV_M[Number_of_Mbands+1][Number_of_Scans][Mband_detectors][Mband_Cal_Samples]
Definition: VcstViirsStructs.h:185
EngReservedL1ADataType::other
unsigned char other[3]
Definition: VcstViirsStructs.h:525
DPPConfigL1ADataType1::dp_servo_in_use
unsigned char dp_servo_in_use
Definition: VcstViirsStructs.h:357
EngTempL1ADataType::filler4
unsigned char filler4
Definition: VcstViirsStructs.h:505
IMG_5
@ IMG_5
Definition: VcstViirsStructs.h:112
DG_M7
@ DG_M7
Definition: VcstViirsStructs.h:146
TEB_M15
@ TEB_M15
Definition: VcstViirsStructs.h:136
VIIRS_PLATFORM_ENUM
VIIRS_PLATFORM_ENUM
Definition: VcstViirsStructs.h:90
mteb_index
int mteb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:699
RSB_M2
@ RSB_M2
Definition: VcstViirsStructs.h:130
EngTempL1ADataType::ft_lw_heater
unsigned char ft_lw_heater
Definition: VcstViirsStructs.h:489
IMG_4
@ IMG_4
Definition: VcstViirsStructs.h:112
VIIRS_RSB_BAND_ENUM
VIIRS_RSB_BAND_ENUM
Definition: VcstViirsStructs.h:129
EngineeringL1ADataType::asp_config
unsigned char asp_config[Number_of_Scans][Eng_Block]
Definition: VcstViirsStructs.h:575
DG_BAND_MAXIMUM
@ DG_BAND_MAXIMUM
Definition: VcstViirsStructs.h:146
bShuffleFilter
const bool bShuffleFilter
Definition: VcstViirsStructs.h:84
RSB_M9
@ RSB_M9
Definition: VcstViirsStructs.h:131
RSB_M3
@ RSB_M3
Definition: VcstViirsStructs.h:130
ImgL1ADataType::SV_I
short SV_I[Number_of_Ibands][Number_of_Scans][Iband_detectors][Iband_Cal_Samples]
Definition: VcstViirsStructs.h:178
M_4
@ M_4
Definition: VcstViirsStructs.h:124
EngTempL1ADataType::filler1
unsigned char filler1
Definition: VcstViirsStructs.h:496
SG_M16
@ SG_M16
Definition: VcstViirsStructs.h:142
SG_M9
@ SG_M9
Definition: VcstViirsStructs.h:141
M_RSB_M9
@ M_RSB_M9
Definition: VcstViirsStructs.h:155
M_3
@ M_3
Definition: VcstViirsStructs.h:124
MOD_12
@ MOD_12
Definition: VcstViirsStructs.h:115
M_9
@ M_9
Definition: VcstViirsStructs.h:125
DNBConfigL1ADataType::dp_threshold_tbl_rev
unsigned char dp_threshold_tbl_rev
Definition: VcstViirsStructs.h:331
ASPConfigL1ADataType::ap_fpa_st_3_ops
unsigned char ap_fpa_st_3_ops
Definition: VcstViirsStructs.h:231
VIIRS_TEB_BAND_ENUM
VIIRS_TEB_BAND_ENUM
Definition: VcstViirsStructs.h:135
RSB_M4
@ RSB_M4
Definition: VcstViirsStructs.h:131
VIIRS_SENSOR_ACTIVATION
@ VIIRS_SENSOR_ACTIVATION
Definition: VcstViirsStructs.h:166
deflateLevel
const int deflateLevel
Definition: VcstViirsStructs.h:86
DPPConfigL1ADataType1::se_a_mtrs_stopped
unsigned char se_a_mtrs_stopped
Definition: VcstViirsStructs.h:367
DPPConfigL1ADataType1::dp_dnb_tmg_mode
unsigned char dp_dnb_tmg_mode
Definition: VcstViirsStructs.h:387
EngStatusL1ADataType::servoLocked
unsigned char servoLocked
Definition: VcstViirsStructs.h:535
EV_APIDs
#define EV_APIDs
Definition: VcstViirsStructs.h:59
CATEGORY_MAXIMUM
@ CATEGORY_MAXIMUM
Definition: VcstViirsStructs.h:108
EngTempL1ADataType::hm_tel_ophtr_temp
unsigned short hm_tel_ophtr_temp
Definition: VcstViirsStructs.h:501
iteb_index
int iteb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:686
sg_index
int sg_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:633
ASPConfigL1ADataType::ap_det_connected
unsigned char ap_det_connected
Definition: VcstViirsStructs.h:222
DPPConfigL1ADataType1::se_a_anlg_pwr_on
unsigned char se_a_anlg_pwr_on
Definition: VcstViirsStructs.h:369
VIIRS_MOD_SG_BAND_ENUM
VIIRS_MOD_SG_BAND_ENUM
Definition: VcstViirsStructs.h:140
M_10
@ M_10
Definition: VcstViirsStructs.h:125
EngineeringL1ADataType::tel_encoder
unsigned short tel_encoder[Number_of_Scans][Encoder_Reading]
Definition: VcstViirsStructs.h:580
NPP
@ NPP
Definition: VcstViirsStructs.h:91
EngTempL1ADataType::hm_dnb_htr_cntl
unsigned char hm_dnb_htr_cntl
Definition: VcstViirsStructs.h:487
SG_M8
@ SG_M8
Definition: VcstViirsStructs.h:141
MOD_13
@ MOD_13
Definition: VcstViirsStructs.h:115
EngTempL1ADataType::hm_ham_op_htr_cntl
unsigned char hm_ham_op_htr_cntl
Definition: VcstViirsStructs.h:486
ASPConfigL1ADataType::fill4
unsigned char fill4[108]
Definition: VcstViirsStructs.h:260
EngineeringL1ADataType::eng_reserved
unsigned char eng_reserved[Number_of_Scans][Eng_Block]
Definition: VcstViirsStructs.h:572
EngStatusL1ADataType::fpaCalDataGain
unsigned char fpaCalDataGain
Definition: VcstViirsStructs.h:532
DnbL1ADataType::SV_DNB
short SV_DNB[Number_of_DNBs][Number_of_Scans][Mband_detectors][DNB_Cal_Samples]
Definition: VcstViirsStructs.h:193
ScanLineL1ADataType::cal_metadata
unsigned char cal_metadata[Number_of_Scans][Cal_Metadata]
Definition: VcstViirsStructs.h:566
EngTempL1ADataType::hm_tel_op_htr_cntl
unsigned char hm_tel_op_htr_cntl
Definition: VcstViirsStructs.h:495
EngTempL1ADataType::ft_sm_82k
unsigned char ft_sm_82k
Definition: VcstViirsStructs.h:490
MOD_16
@ MOD_16
Definition: VcstViirsStructs.h:116
mrsb_index
int mrsb_index(VIIRS_BAND_ENUM band)
Definition: VcstViirsStructs.h:708
M_RSB_M8
@ M_RSB_M8
Definition: VcstViirsStructs.h:155
DnbL1ADataType::EV_DNB
short EV_DNB[Number_of_Scans][Mband_detectors][Number_of_DNB_Pixels]
Definition: VcstViirsStructs.h:196
VIIRS_MOD_RSB_BAND_ENUM
VIIRS_MOD_RSB_BAND_ENUM
Definition: VcstViirsStructs.h:153
EngineeringL1ADataType::asp_analog
unsigned char asp_analog[Number_of_Scans][Eng_Block]
Definition: VcstViirsStructs.h:577
GRAN_SEQ_MAXIMUM
@ GRAN_SEQ_MAXIMUM
Definition: VcstViirsStructs.h:98
EngStatusL1ADataType::es_se_a_teleham_scansyn
unsigned char es_se_a_teleham_scansyn
Definition: VcstViirsStructs.h:539


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