Changeset 37673
- Timestamp:
- Nov 26, 2014, 5:41:52 AM (12 years ago)
- Location:
- trunk/ippToPsps/pspsschema/SchemaNew19.0/PSPS_TABLES/Fundamental_IPP_Data_Product_Tables
- Files:
-
- 4 edited
-
Detection.txt (modified) (2 diffs)
-
ForcedMeanObject.txt (modified) (3 diffs)
-
ForcedWarpExtended.txt (modified) (2 diffs)
-
ForcedWarpMeasurement.txt (modified) (2 diffs)
Legend:
- Unmodified
- Added
- Removed
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trunk/ippToPsps/pspsschema/SchemaNew19.0/PSPS_TABLES/Fundamental_IPP_Data_Product_Tables/Detection.txt
r37592 r37673 1 1 2 objID + dvo = average.extID [calculated in addstar] 2 3 uniquePspsP2id + ipptopsps : combination of batch_id, ota, and counter … … 35 36 psfQfPerfect + smf:PSF_QF_PERFECT 36 37 psfChiSq + smf:PSF_CHISQ 37 psfLikelihood + smf: psfLikelihood(EXT_NSIGMA)38 psfLikelihood + smf:EXT_NSIGMA 38 39 momentXX + smf:MOMENTS_XX 39 40 momentXY + smf:MOMENTS_XY -
trunk/ippToPsps/pspsschema/SchemaNew19.0/PSPS_TABLES/Fundamental_IPP_Data_Product_Tables/ForcedMeanObject.txt
r37592 r37673 1 1 2 2 objID = cpt.extID 3 uniquePspsFOid = ipptopsps3 uniquePspsFOid = ipptopsps 4 4 ippObjID = cpt.objID | cpt.catID << 32 5 5 nDetections = sql sum of cps.NCODE (xnTotal) … … 8 8 gStackID = ipptopsps / gpc1 db 9 9 gnTotal = cps.NWARP 10 gnIncPSF Mag = cps.nused_wrp11 gnIncKron Mag = cps.nused_kron_wrp12 gnIncAp Mag = cps.nused_ap_wrp10 gnIncPSFFlux = cps.NUSED_WRP 11 gnIncKronFlux = cps.NUSED_KRON_WRP 12 gnIncApFlux = cps.NUSED_AP_WRP 13 13 gnIncR5 = cpy.NMEAS 14 14 gnIncR6 = cpy.NMEAS 15 15 ---------------- = 16 gPSF Mag = cps.MAG_PSF_WRP17 gPSF MagErr = cps.MAG_PSF_WRP_ERR18 gPSF MagStd = cps.MAG_PSF_WRP_STD19 gKron Mag = cps.MAG_KRON_WRP20 gKron MagErr = cps.MAG_KRON_WRP_ERR21 gKron MagStd = cps.MAG_KRON_WRP_STD22 gAp Mag = cps.MAG_AP_WRP23 gAp MagErr = cps.MAG_AP_WRP_ERR24 gAp MagStd = cps.MAG_AP_WRP_STD16 gPSFFlux = cps.FLUX_PSF_WRP 17 gPSFFluxErr = cps.FLUX_PSF_WRP_ERR 18 gPSFFluxStd = cps.FLUX_PSF_WRP_STD 19 gKronFlux = cps.FLUX_KRON_WRP 20 gKronFluxErr = cps.FLUX_KRON_WRP_ERR 21 gKronFluxStd = cps.FLUX_KRON_WRP_STD 22 gApFlux = cps.FLUX_AP_WRP 23 gApFluxErr = cps.FLUX_AP_WRP_ERR 24 gApFluxStd = cps.FLUX_AP_WRP_STD 25 25 ---------------- = 26 26 gFmeanflxR5 = cpy.FLUX_AP_R5 … … 61 61 [NOTES: 62 62 63 * PSF Mag, Kron Mag, Ap Magstats are all63 * PSF Flux, Kron Flux, Ap Flux stats are all 64 64 calculated from values in the existing Measure table 65 66 XXX : no! we need to record fluxes, not mags67 65 68 66 * R5 & R6 ap flux values & lensing parameters need -
trunk/ippToPsps/pspsschema/SchemaNew19.0/PSPS_TABLES/Fundamental_IPP_Data_Product_Tables/ForcedWarpExtended.txt
r37592 r37673 1 1 2 objID = cpt.extID (???)3 uniquePspsFWid = ipptopsps2 objID = cpt.extID 3 uniquePspsFWid = ipptopsps 4 4 detectID = cpm.extID (???) 5 ippObjID = cp x.obj_ID | cpx.cat_ID << 326 ippDetectID = c px.det_ID (???)5 ippObjID = cpt.obj_ID | cpx.cat_ID << 32 6 ippDetectID = cmf.IPP_IDET 7 7 filterID = ipptopsps / gpc1 8 8 surveyID = ipptopsps … … 11 11 skyCellID = ipptopsps / gpc1 12 12 dvoRegionID = ipptopsps / gpc1 13 obsTime = smf13 obsTime = cmf 14 14 ---------------- = 15 lensObjSmearX11 = c px.X11_SM_OBJ16 lensObjSmearX12 = c px.X12_SM_OBJ17 lensObjSmearX22 = c px.X22_SM_OBJ18 lensObjSmearE1 = c px.E1_SM_OBJ19 lensObjSmearE2 = c px.E2_SM_OBJ20 lensObjShearX11 = c px.X11_SH_OBJ21 lensObjShearX12 = c px.X12_SH_OBJ22 lensObjShearX22 = c px.X22_SH_OBJ23 lensObjShearE1 = c px.E1_SH_OBJ24 lensObjShearE2 = c px.E2_SH_OBJ25 lensPSFSmearX11 = c px.X11_SM_PSF26 lensPSFSmearX12 = c px.X12_SM_PSF27 lensPSFSmearX22 = c px.X22_SM_PSF28 lensPSFSmearE1 = c px.E1_SM_PSF29 lensPSFSmearE2 = c px.E2_SM_PSF30 lensPSFShearX11 = c px.X11_SH_PSF31 lensPSFShearX12 = c px.X12_SH_PSF32 lensPSFShearX22 = c px.X22_SH_PSF33 lensPSFShearE1 = c px.E1_SH_PSF34 lensPSFShearE2 = c px.E2_SH_PSF15 lensObjSmearX11 = cmf.X11_SM_OBJ 16 lensObjSmearX12 = cmf.X12_SM_OBJ 17 lensObjSmearX22 = cmf.X22_SM_OBJ 18 lensObjSmearE1 = cmf.E1_SM_OBJ 19 lensObjSmearE2 = cmf.E2_SM_OBJ 20 lensObjShearX11 = cmf.X11_SH_OBJ 21 lensObjShearX12 = cmf.X12_SH_OBJ 22 lensObjShearX22 = cmf.X22_SH_OBJ 23 lensObjShearE1 = cmf.E1_SH_OBJ 24 lensObjShearE2 = cmf.E2_SH_OBJ 25 lensPSFSmearX11 = cmf.X11_SM_PSF 26 lensPSFSmearX12 = cmf.X12_SM_PSF 27 lensPSFSmearX22 = cmf.X22_SM_PSF 28 lensPSFSmearE1 = cmf.E1_SM_PSF 29 lensPSFSmearE2 = cmf.E2_SM_PSF 30 lensPSFShearX11 = cmf.X11_SH_PSF 31 lensPSFShearX12 = cmf.X12_SH_PSF 32 lensPSFShearX22 = cmf.X22_SH_PSF 33 lensPSFShearE1 = cmf.E1_SH_PSF 34 lensPSFShearE2 = cmf.E2_SH_PSF 35 35 ---------------- = 36 flxR5 = c px.FLX_AP_R537 flxR5Err = c px.FLX_ERR_AP_R538 flxR5Std = c px.FLX_STD_AP_R539 flxR5Fill = c px.FLX_FIL_AP_R540 flxR6 = c px.FLX_AP_R641 flxR6Err = c px.FLX_ERR_AP_R642 flxR6Std = c px.FLX_STD_AP_R643 flxR6Fill = c px.FLX_FIL_AP_R636 flxR5 = cmf.FLX_AP_R5 37 flxR5Err = cmf.FLX_ERR_AP_R5 38 flxR5Std = cmf.FLX_STD_AP_R5 39 flxR5Fill = cmf.FLX_FIL_AP_R5 40 flxR6 = cmf.FLX_AP_R6 41 flxR6Err = cmf.FLX_ERR_AP_R6 42 flxR6Std = cmf.FLX_STD_AP_R6 43 flxR6Fill = cmf.FLX_FIL_AP_R6 44 44 ---------------- = -
trunk/ippToPsps/pspsschema/SchemaNew19.0/PSPS_TABLES/Fundamental_IPP_Data_Product_Tables/ForcedWarpMeasurement.txt
r37592 r37673 3 3 uniquePspsFWid = ipptopsps 4 4 detectID = cpm.extID (???) 5 ippObjID = cp x.obj_id | cps.cat_id << 326 ippDetectID = cpx.det_id (???)5 ippObjID = cpt.obj_id | cpt.cat_id << 32 6 ippDetectID = smf:IPP_IDET 7 7 filterID = ipptopsps /gpc1 8 8 surveyID = ipptopsps … … 13 13 obsTime = smf 14 14 ---------------- = 15 zp = smf (???)16 telluricExt = smf (???)(zp - zpNominal)15 zp = dvopsps zp 16 telluricExt = dvopsps (zp - zpNominal) 17 17 expTime = smf 18 18 airMass = smf 19 19 ---------------- = 20 psfFlux = smf 21 psfFluxErr = smf 22 psfMajorFWHM = smf [PSF_MAJOR is Sxx parameter, NOT FWHM]23 psfMinorFWHM = smf [PSF_MAJOR is Sxx parameter, NOT FWHM]24 psfTheta = smf 25 psfCore = smf [XXX : not currently written out!!]26 psfQf = smf 27 psfQfPerfect = smf 28 psfChiSq = smf 29 psfLikelihood = ipptopsps30 momentXX = smf 31 momentXY = smf 32 momentYY = smf 33 momentR1 = smf 34 momentRH = smf [XXX : MOMENTS_RH is NOT half-light radius]35 momentM3C = smf 36 momentM3S = smf 37 momentM4C = smf 38 momentM4S = smf 20 psfFlux = smf:PSF_INST_FLUX / EXPTIME 21 psfFluxErr = smf:PSF_INST_FLUX_SIG / EXPTIME 22 psfMajorFWHM = smf:PSF_FWHM_MAJ 23 psfMinorFWHM = smf:PSF_FWHM_MIN 24 psfTheta = smf:PSF_THETA 25 psfCore = smf:PSF_CORE 26 psfQf = smf:PSF_QF 27 psfQfPerfect = smf:PSF_QF_PERFECT 28 psfChiSq = smf:PSF_CHISQ 29 psfLikelihood = smf:NEXT_NSIGMA 30 momentXX = smf:MOMENTS_XX 31 momentXY = smf:MOMENTS_XY 32 momentYY = smf:MOMENTS_YY 33 momentR1 = smf:MOMENTS_R1 34 momentRH = smf:MOMENTS_RH 35 momentM3C = smf:MOMENTS_M3C 36 momentM3S = smf:MOMENTS_M3S 37 momentM4C = smf:MOMENTS_M4C 38 momentM4S = smf:MOMENTS_M4S 39 39 = 40 apFlux = smf [PS1_V4] 41 apFluxErr = smf [PS1_V4] 42 apFillF = smf [EAM: add to smf output] 43 kronFlux = smf 44 kronFluxErr = smf 45 kronRad = (2.5*R1) 46 kronRadErr = [drop : not currently calculated] 40 apFlux = smf:AP_FLUX 41 apFluxErr = smf:AP_FLUX_SIG 42 apFillF = smf:AP_NPIX / (pi * (AP_MAG_RADIUS - 0.5)^2) 43 kronFlux = smf:KRON_FLUX 44 kronFluxErr = smf:KRON_FLUX_ERR 45 kronRad = smf:2.5*MOMENTS_R1 47 46 ---------------- = 48 sky = smf 49 skyErr = smf 50 infoFlag = smf 47 sky = smf:SKY / exptime 48 skyErr = smf:SKY_SIGMA / exptime 49 infoFlag = smf:FLAGS 50 infoFlag2 = smf:FLAGS2 | (dvo.measure.flags << 13) 51 51 dataRelease = ipptopsps
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