| PID |
SCRIPT |
PARAM1 |
PARAM2 |
PARAM3 |
PARAM4 |
PARAM5 |
Input |
Output |
| Copy relevant results of single-satellite solution (if not in same campaign) |
| 001 |
U_COPY_CMB |
|
|
ABDF |
|
|
????$YD+0$g.RZH,RZO
????$YD+00.MET
$(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
SKIPSOL_$g.FLG
$(L0)$g$YD+0.STD
$(L0)$g$YD+0.RPR
$(LX)$g$YD+0.NQ0
$(LX)$g$YD+0.PRE
$(LX)$g$YD+0.STD
RES$YD+0$(LX)$g.RES
$(LX)$g$YD+0.CRD
$(ID)$YD+0.CRD
$(ID)A$YD+0.FIX |
|
| Update FIX file (LAGEOS and LARES 2 residuals are evaluated) |
| 002 |
U_FIXUPD_C |
MERGE |
LXS |
AF |
|
|
$(CRDINF).FIX
RES$YD+0$(LX)$g.OUT |
$(ID)$YD+0.FIX |
| Update GPSUTC.xtr and ERP |
| 003 |
U_POLUPD__ |
PRED |
|
|
|
|
$(EOP).ERP |
$(L0)$(SAT)$YD+0.ERP |
| Generate weekly solution (station coordinates loosely constrained, all dUT fixed, RGB satellite specific) |
| 105 |
U_ADDNEQ_C |
ABDF |
|
|
|
|
$LX$g$YD+0.NQ0
SLR_CMB$(C7)$YD+0.WGT
$(ID)$YD+0.CRD
$(ID)$YD+0.FIX |
neqsel_$YD+0.txt
$(C7)$(SAT)$YD+0.CRD
$(C7)?$YD+0.ELE
$(C7)$(SAT)$YD+0.ERP,IEP
$(C7)$(SAT)$YD+0.SLR |
| Merge V_CoM from ADDNEQ-run with CoM-File |
| 106 |
U_SNXSLR_S |
|
|
|
|
|
$(C7)$(SAT)$YD+0.SLR
$(COM).SLR |
$(C7)$(SAT)$YD+0M.SLR |
| Generate STD for each SatGroup (including prediction) |
| 108 |
U_PMERGE_V |
L0 |
C7 |
|
|
|
$(L0)$(SAT)$YD+0.ERP
$(C7)$(SAT)$YD+0.ERP |
SELERP$(SAT)$YD+0.lst
$(EXT)$(SAT)$YD+0.ERP |
| 110 |
U_ORBGEN_P |
|
PRED |
ABDF |
|
|
|
|
| 111 |
U_ORBGEN_S |
PARALLEL=110 |
|
|
|
|
$(C7)$(IS)$YD+0.ELE
$(EXT)$(SAT)$YD+0.ERP |
$(C7)$(IS)$YD+0.STD |
| Generate residual |
| 114 |
U_GPSEST_P |
|
|
ABDF |
|
|
|
|
| 115 |
U_GPSEST_S |
PARALLEL=114 |
|
|
|
|
????$YD+0$(IS).RZH,RZO
????$YD+00.MET
$(C7)$(SAT)$YD+0.CRD
$(C7)$(IS)$YD+0.STD
$(C7)$(SAT)$YD+0.ERP
$(C7)$(SAT)$YD+0M.SLR |
$(C7)$(IS)$YD+0.OUT,RES |
| 120 |
U_STDPRE_P |
|
0 |
ABDF |
|
|
|
|
| 121 |
U_STDPRE_S |
PARALLEL=120 |
|
|
|
|
$(C7)$(IS)$YD+0.STD
$(C7)$(SAT)$YD+0.ERP
$(C7)$(SAT)$YD+0.CRD |
$(C7)$(IS)$YD+0.PRE |
| 140 |
U_QLRSUM_P |
|
|
ABDF |
|
|
|
|
| 141 |
U_QLRSUM_S |
PARALLEL=140 |
|
|
|
|
$(C7)$(IS)$YD+0.RES
$(C7)$(IS)$YD+0.STD
$(C7)$(SAT)$YD+0.ERP
$(EXT)$(SAT)$YD+0.CRD |
RES$YD+0$(C7)$(IS).OUT
RES$YD+0$(C7)$(IS).SUM
RES$YD+0$(C7)$(IS).PLT |
| GCC solution, datum definition by minimum constrained (NNT, NNR), all dUT fixed, RGB satellite specific |
| 150 |
U_ADDNEQ_C |
ABDF |
|
|
|
|
$LX$g$YD+0.NQ0
SLR_CMB$(C7)$YD+0.WGT
$(ID)$YD+0.CRD
$(ID)$YD+0.FIX |
neqsel_$YD+0.txt
$(GX)$(SAT)$YD+0.CRD
$(GX)?$YD+0.ELE
$(GX)$(SAT)$YD+0.ERP,IEP
$(GX)$(SAT)$YD+0.GCC
$(GX)$(SAT)$YD+0.SLR |
| SNX of combined solution (station coordinates loosely constained, all dUT fixed, orbits pre-eliminated, RGB stacked) |
| 200 |
U_ADDNEQ_C |
ABDF |
|
|
|
|
$LX$g$YD+0.NQ0
SLR_CMB$(C7)$YD+0.WGT
$(ID)$YD+0.CRD |
neqsel_$YD+0.txt
$(C7)$(SAT)$YD+0.NQ0,SNX
SNX$YD+0.SLR |
| Satellite specific SP3-orbits for ILRS (station coordinates and ERP fixed, RGB satellite specific) |
| 250 |
U_ADDNEQ_C |
ABDF |
|
|
|
|
$LX$g$YD+0.NQ0
SLR_CMB$(C7)$YD+0.WGT
$(ID)$YD+0.CRD |
neqsel_$YD+0.txt
$(CF)?$YD+0.ELE
$(CF)$(SAT)$YD+0.ERP |
| 260 |
U_ORBGEN_P |
|
0 |
ABDF |
|
|
|
|
| 261 |
U_ORBGEN_S |
PARALLEL=260 |
|
|
|
|
$(CF)$(IS)$YD+0.ELE
$(CF)$(SAT)$YD+0.ERP |
$(CF)$(IS)$YD+0.STD |
| 270 |
U_STDPRE_L |
|
0 |
L51L52L53L54L60L62 |
|
|
|
|
| 271 |
U_STDPRE_S |
PARALLEL=270 |
|
|
|
|
$(CF)$(IS)$YD+0.STD
$(CF)$(SAT)$YD+0.ERP
$(C7)$(SAT)$YD+0.CRD |
$(CF)$(IS)$YD+0$(LS).PRE |
| Orbit comparisons with satellite specific solutions |
| 310 |
U_ORBCMP_P |
|
C7 |
LX |
0 |
ABDF |
|
|
| 311 |
U_ORBCMP_S |
PARALLEL=310 |
|
|
|
|
$(C7)$(IS)$YD+0.PRE
$(LX)$(IS)$YD+0.PRE
$(C7)$(SAT)$YD+0.ERP
$(C7)$(IS)$YD+0.STD |
ORBCMP$YD+0.$(C7)$(IS)_$(LX)$(IS)
CMP$YD+0M7_$(C7)$(IS)_$(LX)$(IS).LST,OUT |
| Orbit comparisons with prediction (7 days ago) |
| 320 |
U_ORBCMP_P |
|
C7 |
EXT |
7 |
ABDF |
|
|
| 321 |
U_ORBCMP_S |
PARALLEL=320 |
|
|
|
|
$(C7)$(IS)$YD+0.PRE
$(EXT)$(IS)$YD-7.PRE
$(C7)$(SAT)$YD+0.ERP
$(C7)$(IS)$YD+0.STD |
ORBCMP$YD+0.$(C7)$(IS)_$(EXT)$(IS)
CMP$YD+0M7_$(C7)$(IS)_$(EXT)$(IS).LST,OUT |
| Compare station coordinates with apriori (FIX or ALL stations) and check stability |
| 400 |
U_HELMR1_S |
|
|
|
|
|
$(ID)$YD+0.CRD
$(C7)$(SAT)$YD+0.CRD
$(CRDINF).VEL,PSD |
HLM$YD+0$(C7)_ALL.OUT |
| 410 |
U_HELMR1_S |
|
|
|
|
|
$(ID)$YD+0.CRD
$(C7)$(SAT)$YD+0.CRD
$(CRDINF).VEL,PSD
$(ID)$YD+0.FIX |
HLM$YD+0$(C7)_FIX.OUT |
| 420 |
U_COMPAR_2 |
C7 |
10 |
|
|
|
$(C7)$(SAT)$yyddd.CRD |
COMPAR2$(SAT)$YD+0.lst
COMP$YD+0_$(C7)$(SAT).PLT,OUT |
| Convert predicted STD-orbits to PRE |
| 519 |
U_STDPRE_P |
|
PRED |
ABDF |
|
|
|
|
| 520 |
U_STDPRE_S |
PARALLEL=519 |
|
|
|
|
$(EXT)$(IS)$YD+0.STD
$(EXT)$(SAT)$YD+0.ERP
$(C7)$(SAT)$YD+0.CRD |
| Comparison with satellite group specific solutions (if existing) |
| 550 |
U_HELMR1_P |
|
ABDF |
|
|
|
|
|
| 551 |
U_HELMR1_S |
PARALLEL=550 |
|
|
|
|
$(LX)$(IS)$YD+0.CRD
$(C7)$(SAT)$YD+0.CRD
$(ID)$YD+0.FIX |
HLM$YD+0$(C7)$(SAT)$(LX)$(IS)_FIX.OUT |
| 560 |
U_STDDIF_P |
|
ABDF |
|
|
|
|
|
| 561 |
U_STDDIF_S |
PARALLEL=560 |
|
|
|
|
$(C7)$(IS)$YD+0.STD
$(LX)$(IS)$YD+0.STD |
DIF$YD+0$(C7)$(IS)_$(LX)$(IS).PLT,OUT |
| End of BPE |
| 900 |
U_ILRS_PRC |
C7 |
SOL |
ABDF |
|
|
$(C7)$(SAT)$YD+0.OUT
RES$YD+0$(C7)A.OUT
RES$YD+0$(C7)B.OUT
RES$YD+0$(C7)D.OUT
RES$YD+0$(C7)F.OUT
CMP$YD+0M7_$(C7)A_$(EXT)A.OUT
CMP$YD+0M7_$(C7)B_$(EXT)B.OUT
CMP$YD+0M7_$(C7)D_$(EXT)D.OUT
CMP$YD+0M7_$(C7)F_$(EXT)F.OUT
HLM$YD+0$(C7)_ALL.OUT
HLM$YD+0$(C7)_FIX.OUT
COMP$YD+0_$(C7)$(SAT).OUT |
ILRS7D_$(C7).$Y_$+0 |
| 910 |
U_SAVE_OBS |
|
|
|
|
|
????$YD+0?.RZH,O
????$YD+00.MET |
|
| 990 |
BPE_CLN2 |
35 |
|
|
|
|
|
|
| 999 |
BPE_BYE |
-25 |
SLR |
|
|
|
|
|