| PID |
SCRIPT |
PARAM1 |
PARAM2 |
PARAM3 |
PARAM4 |
PARAM5 |
PARAM6 |
Input |
Output |
| Copy required files and adapt MEANPOLE in ERP |
| 001 |
L_COPY_L1 |
|
|
|
|
|
|
$(NPDIR)/$(NPDAT)_$yyyymmdd.npt,np2
$(STAINF).STA
$(STAINF).ABB
$(BLQ).BLQ
$(CRDINF).CRD,VEL,PSD
$(CRDINF).FIX
$(CRDINF).SIG
$(RGBINF)
$(COM).SLR
$(ATL)
$(PCVINF)
$(SINEX).SKL
$(EOP).ERP
AOD1B$YD+-.AOD |
|
| Extract ERP-file covering screening arc |
| 003 |
U_POLUPD__ |
PRED |
|
|
|
|
|
$(EOP).ERP |
$(L0)$(SAT)$YD+0.ERP |
| Generate FIX-file for RGB estimation |
| 006 |
U_RGBUPD_V |
|
|
|
|
|
|
$(RGBINF).FIX_intervals
$(RGBINF).FIX |
RGB$(SAT)$YD+0.FIX |
| Choice of apriori orbit (C7Dd, L7Dd, EXDd, CPF) |
| 009 |
L_CHKORB_2 |
015 |
010 |
|
|
|
|
|
|
| Case CPF: create PRE |
| 010 |
U_GETCPF_V |
|
|
|
|
|
|
|
L60$YD+-.CPF |
| 011 |
U_CPFSP3_V |
|
|
|
|
|
|
L60$YD+-.CPF |
L60_$YD+-.PRE |
| 012 |
U_CCPREO_V |
|
|
|
|
|
|
L60_$YD+-.PRE |
AP$(SAT)$YD+-.PRE |
| Generate screening orbit (depending on CHKORBDyyddd.FLG) |
| 015 |
U_ORBGEN_S |
|
|
|
|
|
|
$(L0)$(SAT)$YD+0.PRE
or according to
CHKORB$(SAT)$YD+0.FLG |
$(L0)$(SAT)$YD+0.STD
$(L0)$(SAT)$YD+0.RPR |
| Import observation and meteo files |
| 018 |
U_CHKORX_V |
|
|
|
|
|
|
|
sel$YD+0_$(SAT).orx |
| 020 |
U_NPTOBS_V |
|
|
|
|
|
|
sel$YD+0_$(SAT).orx |
????$YD+0$(SAT).RZH,RZO
????$YD+00.MET |
| Station selection |
| 022 |
U_STASEL_V |
A |
F |
D |
|
|
|
|
stalst.$YD+0$(SAT) |
| Create a priori coordinate file |
| 032 |
U_COOVEL__ |
|
|
|
|
|
|
$(CRDINF).CRD,VEL,PSD |
$(ID)$YD+0.CRD |
| Observation screening |
| 040 |
U_SLRED0_V |
|
|
|
|
|
|
GPSEST
????$YD+0$(SAT).RZH,RZO
????$YD+00.MET
$(ID)$YD+0.CRD
$(L0)$(SAT)$YD+0.STD
$(L0)$(SAT)$YD+0.RPR
QLRSUM
$(SAT)$YD+00_$(IT).RES
SATMRK
$(SAT)$YD+00R$(IT).EDT |
SLREDT_0.$YD+0$(SAT)
GPSEST
$(SAT)$YD+00_$(IT).OUT,RES
QLRSUM
$(SAT)$YD+00R$(IT).SUM,EDT
SATMRK
????$YD+0$(SAT).RZH,RZO |
| 045 |
U_SLRED2_V |
|
20 |
|
|
|
|
GPSEST
????$YD+0$(SAT).RZH,RZO
????$YD+00.MET
$(ID)$YD+0.CRD
$(L0)$(SAT)$YD+0.STD
$(L0)$(SAT)$YD+0.RPR
QLRSUM
$(SAT)$YD+0_$(IT).RES
SATMRK
$(SAT)$YD+0R$(IT).EDT |
SLREDT.$YD+0$(SAT)
LAST_EDT$(SAT)$YD+0.FLG
GPSEST
$(SAT)$YD+0_$(IT).OUT,RES
QLRSUM
$(SAT)$YD+0R$(IT).SUM,EDT
SATMRK
????$YD+0$(SAT).RZH,RZO |
| Cut out 1d observation files |
| 050 |
L_OBSSPL_V |
1 |
h |
|
|
|
|
????$YD+0$(SAT).RZH,RZO |
????$YD+0$(SAT).RZH,RZO |
| 055 |
L_OBSSPL_V |
|
|
|
|
|
|
????$YD+0$(SAT).RZH,RZO |
????$YD+0$(SAT).RZH,RZO |
| Generate 1d apriori orbit |
| 060 |
U_ORBGEN_S |
|
|
|
|
|
|
$(L0)$(SAT)$YD+0.PRE
or according to
CHKORB$(SAT)$YD+0.FLG |
$(L0)$(SAT)$(L1)$YD+0.STD
$(L0)$(SAT)$(L1)$YD+0.RPR
$(L0)$(SAT)$(L1)$YD+0.GRV |
| Generate 1d normal equation (solution skipped) |
| 070 |
U_GPSEST_S |
|
|
|
|
|
|
????$YD+0$(SAT).RZH,RZO
????$YD+00.MET
$(ID)$YD+0.CRD
$(L0)$(SAT)$(L1)$YD+0.STD
$(L0)$(SAT)$(L1)$YD+0.RPR |
$(L1)$(SAT)$YD+0.NQ0
$(L1)$(SAT)$YD+0.RP2 |
| Stack seven daily LARES NEQs (long-arc) and generate weekly solution (if requested) |
| 100 |
U_SKIPSL_V |
900 |
110 |
|
|
|
|
SKIPSOL_$(SAT).FLG |
|
| LARES 7d-NEQ for combination, dynamic orbit parameters eliminated after stacking |
| 110 |
L_ADDNEQ_S |
|
|
-6 |
0 |
|
|
neqsel_1d_$YD+0.txt
neqsel_1d_$YD+0.txt: $(L1)$(SAT)YD+-.NQ0
$(AP)$(SAT)$(L1)$YD+-.STD,RPR,RP2
$(ID)$YD+0.CRD
$(EOP).ERP |
$(LX)$(SAT)$(SID)$YD+0.NQ0
$(LX)$(SAT)$(SID)$YD+0.CRD
$(LX)$(SAT)$(SID)$YD+0.ERP
$(LX)$(SAT)$(SID)$YD+0.SLR
$(LX)$(SAT)$(SID)$YD+0.OUT |
| empirical 1/rev-cross-track parameters fixed to 0 |
| 111 |
L_ADDNEQ_S |
|
|
-6 |
0 |
|
w |
neqsel_1d_$YD+0.txt: $(L1)$(SAT)YD+-.NQ0
$(AP)$(SAT)$(L1)$YD+-.STD,RPR,RP2
$(ID)$YD+0.CRD
$(EOP).ERP |
$(LX)$(SAT)$(SID)$(SID2)$YD+0.NQ0
$(LX)$(SAT)$(SID)$(SID2)$YD+0.CRD
$(LX)$(SAT)$(SID)$(SID2)$YD+0.ERP
$(LX)$(SAT)$(SID)$(SID2)$YD+0.SLR
$(LX)$(SAT)$(SID)$(SID2)$YD+0.OUT |
| empirical 1/rev-cross-track and -along-track parameters fixed to 0 |
| 112 |
L_ADDNEQ_S |
|
|
-6 |
0 |
|
s |
neqsel_1d_$YD+0.txt: $(L1)$(SAT)YD+-.NQ0
$(AP)$(SAT)$(L1)$YD+-.STD,RPR,RP2
$(ID)$YD+0.CRD
$(EOP).ERP |
$(LX)$(SAT)$(SID)$(SID2)$YD+0.NQ0
$(LX)$(SAT)$(SID)$(SID2)$YD+0.CRD
$(LX)$(SAT)$(SID)$(SID2)$YD+0.ERP
$(LX)$(SAT)$(SID)$(SID2)$YD+0.SLR
$(LX)$(SAT)$(SID)$(SID2)$YD+0.OUT |
| Orbit reconstruction (if requested) |
| 115 |
L_SKIPOR_V |
900 |
120 |
|
|
|
|
SKIPORB_$(SAT).FLG |
|
| Generate ELE-files, long-arc solution resubstituted |
| 120 |
L_ADDNEQ_S |
|
|
-6 |
0 |
|
|
$(L1)$(SAT)YD+-.NQ0
$(LX)$(SAT)$(SID)$YD+0.CRD
$(LX)$(SAT)$(SID)$YD+0.ERP |
$(L1)$(SAT)$(SID)o$YD+-.ELE
$(LX)$(SAT)$(SID)o$YD+0.SLR
$(LX)$(SAT)$(SID)o$YD+0.OUT |
| Update SLR-file (re-estimated in second ADDNEQ2 run) |
| 125 |
L_SNXSLR_S |
|
|
|
|
|
|
$(LX)$(SAT)$(SID)o$YD+0.SLR
$(COM).SLR |
$(LX)$(SAT)$(SID)o$YD+0M.SLR |
| Compute 1d-orbits and residuals: days MJD - 6 ... MJD |
| 130 |
L_ORBGEN_T |
|
_ |
6543210 |
|
|
|
|
|
| 131 |
L_ORBGEN_S |
PARALLEL=130 |
|
|
|
|
|
$(L1)$(SAT)$(SID)o$(DAT).ELE
$(LX)$(SAT)$(SID)$YD+0.ERP |
$(L1)$(SAT)$(SID)$(DAT).STD |
| 140 |
L_STDPRE_T |
|
_ |
6543210 |
|
|
|
|
|
| 141 |
L_STDPRE_S |
PARALLEL=140 |
|
|
|
|
|
$(L1)$(SAT)$(SID)$(DAT).STD
$(LX)$(SAT)$(SID)$YD+0.ERP
$(LX)$(SAT)$(SID)$YD+0.CRD |
$(L1)$(SAT)$(SID)$(DAT).PRE |
| 150 |
L_GPSEST_T |
|
_ |
6543210 |
|
|
|
|
|
| 151 |
L_GPSEST_S |
PARALLEL=150 |
|
|
|
|
|
????$(DAT)$(SAT).RZH,RZO
????$(DAT)$(SAT).MET
$(LX)$(SAT)$(SID)$YD+0.CRD
$(L1)$(SAT)$(SID)$(DAT).STD
$(LX)$(SAT)$(SID)$YD+0.ERP
$(LX)$(SAT)$(SID)o$YD+0M.SLR |
$(L1)$(SAT)$YD+0$(SID)$(DAT).RES,OUT |
| 160 |
L_QLRSUM_T |
|
_ |
6543210 |
|
|
|
|
|
| 161 |
L_QLRSUM_S |
PARALLEL=160 |
|
|
|
|
|
$(L1)$(SAT)$YD+0$(SID)$(DAT).RES
$(L1)$(SAT)$(SID)$(DAT).STD
$(LX)$(SAT)$(SID)$YD+0.CRD
$(LX)$(SAT)$(SID)$YD+0.ERP |
RES$YD+0$(L1)$(SAT)$(SID)$(DAT).OUT,SUM,PLT |
| Perform full validation (if requested) |
| 200 |
L_SKIPVL_V |
300 |
202 |
|
|
|
|
SKIPVAL_$(SAT).FLG |
|
| Generate list of daily PRE-files |
| 202 |
L_CHKORB_S |
|
|
-6 |
0 |
L1 |
|
|
sel$(SID)$YD+0_$(SAT).orb |
| Fit 7-day orbit (7 arcs) to seven continuous 1-day PRE-Files |
| 205 |
L_ORBGEN_S |
|
|
-6 |
0 |
0 |
|
sel${sid}$YD+0_$(SAT).orb: $(L1)$(SAT)${sid}$YD+-.PRE
$(LX)$(SAT)$(SID)$YD+0.ERP |
$(LX)$(SAT)$(SID)$YD+0.STD,RPR |
| Generate list of 1d observation files for 7d solution |
| 207 |
L_CHKOBS_S |
|
|
-6 |
0 |
|
|
|
sel$YD+0_$(SAT).obs |
| Merge seven 1d meteo files |
| 208 |
L_MERGEM_V |
|
|
-6 |
0 |
|
|
sel$YD+0_$(SAT).obs: ????$YD+-$(SAT).RZH,RZO |
????$YD+0X.MET |
| Generate residuals of 7-day orbit |
| 210 |
U_GPSEST_S |
|
|
|
|
|
|
sel$YD+0_$(SAT).obs: ????$YD+-$(SAT).RZH,RZO
????$YD+0X.MET
$(LX)$(SAT)$(SID)$YD+0.CRD
$(LX)$(SAT)$(SID)$YD+0.STD
$(LX)$(SAT)$(SID)$YD+0.ERP
$(LX)$(SAT)$(SID)o$YD+0.SLR |
$(LX)$(SAT)$(SID)$YD+0.RES
$(LX)$(SAT)$(SID)RES$YD+0.OUT |
| 215 |
U_QLRSUM_S |
|
|
|
|
|
|
$(LX)$(SAT)$(SID)$YD+0.RES
$(LX)$(SAT)$(SID)$YD+0.STD
$(LX)$(SAT)$(SID)$YD+0.ERP
$(LX)$(SAT)$(SID)$YD+0.CRD |
RES$YD+0$(LX)$(SAT)$(SID).OUT,SUM,PLT |
| Generate list of used stations |
| 217 |
L_STALST_V |
|
|
|
L1 |
|
|
$(LX)$(SAT)$(SID)$YD+0.OUT |
stalst.$YD+0$(SAT) |
| Update FIX file |
| 220 |
L_FIXUPD_C |
|
|
|
LXS |
ONE |
|
$(CRDINF).FIX
RES$YD+0$(LX)$(SAT)$(SID).OUT |
$(ID)$(SAT)$YD+0.FIX |
| Compare orbit with previous prediction |
| 230 |
L_ORBCMP_S |
|
|
1 |
L1 |
EXT |
|
$(L1)$(SAT)$(SID)$YD+0.PRE
$(EXT)$(SAT)$(SID)$YD-1.PRE
$(LX)$(SAT)$(SID)$YD+0.ERP
$(L1)$(SAT)$(SID)$YD+0.STD |
CMP$YD+0M1_$(L1)$(SAT)$(SID)_$(EXT)$(SAT)$(SID).LST,OUT |
| Compare station coordinates |
| 240 |
U_HELMR1_S |
|
|
|
|
|
|
$(ID)$YD+0.CRD
$(LX)$(SAT)$(SID)$YD+0.CRD |
HLM$YD+0$(LX)$(SAT)$(SID)_ALL.OUT |
| 250 |
U_HELMR1_S |
|
|
|
|
|
|
$(ID)$YD+0.CRD
$(LX)$(SAT)$(SID)$YD+0.CRD
$(ID)$(SAT)$YD+0.FIX |
HLM$YD+0$(LX)$(SAT)$(SID)_FIX.OUT |
| 260 |
L_COMPAR_2 |
|
|
|
LX |
10 |
|
$(LX)$(SAT)$(SID)?????.CRD |
COMP$YD+0_$(LX)$(SAT)$(SID).PLT,OUT |
| Generate orbit prediction (if requested) |
| 300 |
L_SKIPPR_V |
900 |
302 |
|
|
|
|
SKIPPRED_$(SAT).FLG |
|
| Extend ERP-file beyond solution period with apriori values |
| 302 |
L_PMERGE_S |
|
|
|
L0 |
LX |
|
$(L0)$(SAT)$YD+0.ERP
$(LX)$(SAT)$(SID)$YD+0.ERP |
$(EXT)$(SAT)$(SID)$YD+0.ERP |
| Fit seven continuous PRE-files by one arc (including propagation: V_PRED) |
| 305 |
L_ORBGEN_S |
|
|
-6 |
0 |
PRED |
|
sel$(SID)$YD+0_$(SAT).orb: $(L1)$(SAT)$(SID)$YD+-.PRE
$(EXT)$(SAT)$(SID)$YD+0.ERP |
$(EXT)$(SAT)$(SID)$YD+0.STD |
| Convert predicted orbits: STD -> PRE |
| 310 |
L_STDPRE_S |
|
|
-6 |
0 |
PRED |
|
$(EXT)$(SAT)$(SID)$YD+0.STD
$(EXT)$(SAT)$(SID)$YD+0.ERP
$(LX)$(SAT)$(SID)$YD+0.CRD |
$(EXT)$(SAT)$(SID)$YD+0.PRE |
| End of BPE |
| 900 |
L_ILRS_PRC |
|
|
ALL |
LX |
L1 |
|
CHKORB$(SAT)$YD+0.FLG
SLREDT_0.$YD+0$(SAT)
SLREDT.$YD+0$(SAT)
$(SAT)$YD+00R0.OUT
LAST_EDT$(SAT)$YD+0.FLG
$(SAT)$YD+0R${nIter}.OUT
$(LX)$(SAT)$(SID)$YD+0.OUT
RES$YD+0$(LX)$(SAT)$(SID).OUT
CMP$YD+0M1_$(L1)$(SAT)$(SID)_$(EXT)$(SAT)$(SID).OUT
HLM$YD+0$(LX)$(SAT)$(SID)_ALL.OUT
HLM$YD+0$(LX)$(SAT)$(SID)_FIX.OUT
COMP$YD+0_$(LX)$(SAT)$(SID).OUT |
ILRS7D_$(LX)$(SAT)$(SID).$Y_$+0 |
| 990 |
BPE_CLN2 |
35 |
|
|
|
|
|
|
|
| 999 |
BPE_BYE |
-25 |
SLR |
|
|
|
|
|
|