Enumerations | |
| enum | AlmBitInfo { asbIODa = fsbType+fnbType, anbIODa = 4, ascIODa = 1, asiWNa_A = wt7, asiWNa_B = wt9, asbWNa = asbIODa+anbIODa, anbWNa = 2, ascWNa = 1, asit0a_A = wt7, asit0a_B = wt9, asbt0a = asbWNa+anbWNa, anbt0a = 10, asct0a = 600, asiSVID_1 = wt7, asbSVID_1 = asbt0a+anbt0a, anbSVID = 6, ascSVID = 1, asidAhalf_1 = wt7, asbdAhalf_1 = asbSVID_1+anbSVID, anbdAhalf = 13, ascdAhalf = -9, asiEcc_1 = wt7, asbEcc_1 = asbdAhalf_1+anbdAhalf, anbEcc = 11, ascEcc = -16, asiw_1 = wt7, asbw_1 = asbEcc_1+anbEcc, anbw = 16, ascw = -15, asidi_1 = wt7, asbdi_1 = asbw_1+anbw, anbdi = 11, ascdi = -14, asiOMEGA0_1 = wt7, asbOMEGA0_1 = asbdi_1+anbdi, anbOMEGA0 = 16, ascOMEGA0 = -15, asiOMEGAdot_1 = wt7, asbOMEGAdot_1 = asbOMEGA0_1+anbOMEGA0, anbOMEGAdot = 11, ascOMEGAdot = -33, asiM0_1 = wt7, asbM0_1 = asbOMEGAdot_1+anbOMEGAdot, anbM0 = 16, ascM0 = -15, asiaf0_1 = wt8, asbaf0_1 = asbIODa+anbIODa, anbaf0 = 16, ascaf0 = -19, asiaf1_1 = wt8, asbaf1_1 = asbaf0_1+anbaf0, anbaf1 = 13, ascaf1 = -38, asiE5bhs_1 = wt8, asbE5bhs_1 = asbaf1_1+anbaf1, anbE5bhs = 2, ascE5bhs = 1, asiE1Bhs_1 = wt8, asbE1Bhs_1 = asbE5bhs_1+anbE5bhs, anbE1Bhs = 2, ascE1Bhs = 1, asiSVID_2 = wt8, asbSVID_2 = asbE1Bhs_1+anbE1Bhs, asidAhalf_2 = wt8, asbdAhalf_2 = asbSVID_2+anbSVID, asiEcc_2 = wt8, asbEcc_2 = asbdAhalf_2+anbdAhalf, asiw_2 = wt8, asbw_2 = asbEcc_2+anbEcc, asidi_2 = wt8, asbdi_2 = asbw_2+anbw, asiOMEGA0_2 = wt8, asbOMEGA0_2 = asbdi_2+anbdi, asiOMEGAdot_2 = wt8, asbOMEGAdot_2 = asbOMEGA0_2+anbOMEGA0, asiM0_2 = wt9, asbM0_2 = asbt0a+anbt0a, asiaf0_2 = wt9, asbaf0_2 = asbM0_2+anbM0, asiaf1_2 = wt9, asbaf1_2 = asbaf0_2+anbaf0, asiE5bhs_2 = wt9, asbE5bhs_2 = asbaf1_2+anbaf1, asiE1Bhs_2 = wt9, asbE1Bhs_2 = asbE5bhs_2+anbE5bhs, asiSVID_3 = wt9, asbSVID_3 = asbE1Bhs_2+anbE1Bhs, asidAhalf_3 = wt9, asbdAhalf_3 = asbSVID_3+anbSVID, asiEcc_3 = wt9, asbEcc_3 = asbdAhalf_3+anbdAhalf, asiw_3 = wt9, asbw_3 = asbEcc_3+anbEcc, asidi_3 = wt9, asbdi_3 = asbw_3+anbw, asiOMEGA0_3 = wt10, asbOMEGA0_3 = asbIODa+anbIODa, asiOMEGAdot_3 = wt10, asbOMEGAdot_3 = asbOMEGA0_3+anbOMEGA0, asiM0_3 = wt10, asbM0_3 = asbOMEGAdot_3+anbOMEGAdot, asiaf0_3 = wt10, asbaf0_3 = asbM0_3+anbM0, asiaf1_3 = wt10, asbaf1_3 = asbaf0_3+anbaf0, asiE5bhs_3 = wt10, asbE5bhs_3 = asbaf1_3+anbaf1, asiE1Bhs_3 = wt10, asbE1Bhs_3 = asbE5bhs_3+anbE5bhs, asiA0G = wt10, asbA0G = asbE1Bhs_3+anbE1Bhs, anbA0G = 16, ascA0G = -35, asiA1G = wt10, asbA1G = asbA0G+anbA0G, anbA1G = 12, ascA1G = -51, asit0G = wt10, asbt0G = asbA1G+anbA1G, anbt0G = 8, asct0G = 3600, asiWN0G = wt10, asbWN0G = asbt0G+anbt0G, anbWN0G = 6, ascWN0G = 1 } |
| enum | ClockBitInfo { csbA0 = fsbType+fnbType, cnbA0 = 32, cscA0 = -30, csbA1 = csbA0+cnbA0, cnbA1 = 24, cscA1 = -50, csbdtLS = csbA1+cnbA1, cnbdtLS = 8, cscdtLS = 1, csbtot = csbdtLS+cnbdtLS, cnbtot = 8, csctot = 3600, csbWNot = csbtot+cnbtot, cnbWNot = 8, cscWNot = 1, csbWNlsf = csbWNot+cnbWNot, cnbWNlsf = 8, cscWNlsf = 1, csbDN = csbWNlsf+cnbWNlsf, cnbDN = 3, cscDN = 1, csbdtLSF = csbDN+cnbDN, cnbdtLSF = 8, cscdtLSF = 1, csbTOW = csbdtLSF+cnbdtLSF, cnbTOW = 20, cscTOW = 1 } |
| enum | EphBitInfo { esbIOD = fsbType+fnbType, enbIOD = 10, escIOD = 1, esit0e = wt1, esbt0e = esbIOD+enbIOD, enbt0e = 14, esct0e = 60, esiM0 = wt1, esbM0 = esbt0e+enbt0e, enbM0 = 32, escM0 = -31, esiEcc = wt1, esbEcc = esbM0+enbM0, enbEcc = 32, escEcc = -33, esiAhalf = wt1, esbAhalf = esbEcc+enbEcc, enbAhalf = 32, escAhalf = -19, esiOMEGA0 = wt2, esbOMEGA0 = esbIOD+enbIOD, enbOMEGA0 = 32, escOMEGA0 = -31, esii0 = wt2, esbi0 = esbOMEGA0+enbOMEGA0, enbi0 = 32, esci0 = -31, esiw = wt2, esbw = esbi0+enbi0, enbw = 32, escw = -31, esiidot = wt2, esbidot = esbw+enbw, enbidot = 14, escidot = -43, esiOMEGAdot = wt3, esbOMEGAdot = esbIOD+enbIOD, enbOMEGAdot = 24, escOMEGAdot = -43, esidn = wt3, esbdn = esbOMEGAdot+enbOMEGAdot, enbdn = 16, escdn = -43, esiCuc = wt3, esbCuc = esbdn+enbdn, enbCuc = 16, escCuc = -29, esiCus = wt3, esbCus = esbCuc+enbCuc, enbCus = 16, escCus = -29, esiCrc = wt3, esbCrc = esbCus+enbCus, enbCrc = 16, escCrc = -5, esiCrs = wt3, esbCrs = esbCrc+enbCrc, enbCrs = 16, escCrs = -5, esiSISA = wt3, esbSISA = esbCrs+enbCrs, enbSISA = 8, escSISA = 1, esiSVID = wt4, esbSVID = esbIOD+enbIOD, enbSVID = 6, escSVID = 1, esiCic = wt4, esbCic = esbSVID+enbSVID, enbCic = 16, escCic = -29, esiCis = wt4, esbCis = esbCic+enbCic, enbCis = 16, escCis = -29, esit0c = wt4, esbt0c = esbCis+enbCis, enbt0c = 14, esct0c = 60, esiaf0 = wt4, esbaf0 = esbt0c+enbt0c, enbaf0 = 31, escaf0 = -34, esiaf1 = wt4, esbaf1 = esbaf0+enbaf0, enbaf1 = 21, escaf1 = -46, esiaf2 = wt4, esbaf2 = esbaf1+enbaf1, enbaf2 = 6, escaf2 = -59 } |
| enum | FullBitInfo { fsbType = 0, fnbType = 6, fscType = 1 } |
| enum | IonoBitInfo { isiai0 = wt5, isbai0 = fsbType+fnbType, inbai0 = 11, iscai0 = -2, isiai1 = wt5, isbai1 = isbai0+inbai0, inbai1 = 11, iscai1 = -8, isiai2 = wt5, isbai2 = isbai1+inbai1, inbai2 = 14, iscai2 = -15, isiIDFR1 = wt5, isbIDFR1 = isbai2+inbai2, inbIDFR1 = 1, iscIDFR1 = 1, isiIDFR2 = wt5, isbIDFR2 = isbIDFR1+inbIDFR1, inbIDFR2 = 1, iscIDFR2 = 1, isiIDFR3 = wt5, isbIDFR3 = isbIDFR2+inbIDFR2, inbIDFR3 = 1, iscIDFR3 = 1, isiIDFR4 = wt5, isbIDFR4 = isbIDFR3+inbIDFR3, inbIDFR4 = 1, iscIDFR4 = 1, isiIDFR5 = wt5, isbIDFR5 = isbIDFR4+inbIDFR4, inbIDFR5 = 1, iscIDFR5 = 1, isiBGDa = wt5, isbBGDa = isbIDFR5+inbIDFR5, inbBGDa = 10, iscBGDa = -32, isiBGDb = wt5, isbBGDb = isbBGDa+inbBGDa, inbBGDb = 10, iscBGDb = -32, isiE5bhs = wt5, isbE5bhs = isbBGDb+inbBGDb, inbE5bhs = 2, iscE5bhs = 1, isiE1Bhs = wt5, isbE1Bhs = isbE5bhs+inbE5bhs, inbE1Bhs = 2, iscE1Bhs = 1, isiE5bdvs = wt5, isbE5bdvs = isbE1Bhs+inbE1Bhs, inbE5bdvs = 1, iscE5bdvs = 1, isiE1Bdvs = wt5, isbE1Bdvs = isbE5bdvs+inbE5bdvs, inbE1Bdvs = 1, iscE1Bdvs = 1, isiWN = wt5, isbWN = isbE1Bdvs+inbE1Bdvs, inbWN = 12, iscWN = 1, isiTOW = wt5, isbTOW = isbWN+inbWN, inbTOW = 20, iscTOW = 1 } |
| enum | WTIndex { wt1 = 0, wt2 = 1, wt3 = 2, wt4 = 3, wt5 = 4, wt7 = 0, wt8 = 1, wt9 = 2, wt10 = 3, numEphWTs = 5, numAlmWTs = 4 } |
Word type index, start bits, bit counts and scale factor (*n for integer quantities, *2^n for floating point quantities) for each of the fields in word types 7-10. Bit positions/sizes from Galileo OS-SIS-ICD, Tables 43-44. Scale factors taken from Tables 66 and 75.
Definition at line 340 of file GalIBits.hpp.
Word type index, start bits, bit counts and scale factor (*n for integer quantities, *2^n for floating point quantities) for each of the fields in word type 6. Bit positions/sizes from Galileo OS-SIS-ICD, Tables 43-44. Scale factors taken from Table 65.
Definition at line 295 of file GalIBits.hpp.
Word type index, start bits, bit counts and scale factor (*n for integer quantities, *2^n for floating point quantities) for each of the ephemeris fields. Bit positions/sizes from Galileo OS-SIS-ICD, Tables 39-42. Scale factors taken from Table 57.
Definition at line 83 of file GalIBits.hpp.
Start bits, bit counts and scale factor (*n for integer quantities, *2^n for floating point quantities) for fields that apply to all messages.
| Enumerator | |
|---|---|
| fsbType | Word type start bit. |
| fnbType | Word type number of bits. |
| fscType | Word type scale factor. |
Definition at line 50 of file GalIBits.hpp.
Word type index, start bits, bit counts and scale factor (*n for integer quantities, *2^n for floating point quantities) for each of the fields in word type 5. Bit positions/sizes from Galileo OS-SIS-ICD, Tables 43-44. Scale factors taken from Tables 59, 60 and 62.
Definition at line 206 of file GalIBits.hpp.
Definition at line 62 of file GalIBits.hpp.