Index: /trunk/icd-demo/Makefile =================================================================== --- /trunk/icd-demo/Makefile (revision 9126) +++ /trunk/icd-demo/Makefile (revision 9127) @@ -21,8 +21,15 @@ icd-demo: $(ICDDEMO) +ICDTEST = $(BIN)/icd-test.$(ARCH) + +icd-test: $(ICDTEST) + sample: + @if [ ! -d fits ]; then mkdir -p fits; fi cd def; ../bin/icd-demo.$(ARCH) P2.file.txt ../fits/P2.file.fits cd def; ../bin/icd-demo.$(ARCH) P4S.file.txt ../fits/P4S.file.fits cd def; ../bin/icd-demo.$(ARCH) P4D.file.txt ../fits/P4D.file.fits + cd def; ../bin/icd-demo.$(ARCH) P4Dlo.file.txt ../fits/P4Dlo.file.fits + cd def; ../bin/icd-demo.$(ARCH) CS.file.txt ../fits/CS.file.fits # dependancy rules for binary code ######################### Index: /trunk/icd-demo/def/CS.cell0.ext.txt =================================================================== --- /trunk/icd-demo/def/CS.cell0.ext.txt (revision 9127) +++ /trunk/icd-demo/def/CS.cell0.ext.txt (revision 9127) @@ -0,0 +1,132 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR EXTENDED_SRC_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + PET_R TTYPE E ARCSECONDS 0 1 "Petrosian radius" + PET_MAG TTYPE E MAG -10 +30 "Petrosian magnitude" + PET_R50 TTYPE E ARCSECONDS 0 1 "Petrosian radius for 50% light" + PET_R90 TTYPE E ARCSECONDS 0 1 "Petrosian radius for 90% light" + RA_PET TTYPE D "DECIMAL DEGREES" 0 360 "RA from Petrosian fit" + DEC_PET TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from Petrosian fit" + RA_PET_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Petrosian fit RA" + DEC_PET_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Petrosian fit DEC" + PET_QF TTYPE E NONE NONE NONE "Petrosian coverage/quality factor" + DEV_R TTYPE E ARCSECONDS 0 1 "deVaucouleurs radius" + MAG_DEV TTYPE E MAG -10 +30 "deVaucouleurs magnitude" + MAG_DEV_SIG TTYPE E MAG -10 +30 "Sigma of deVaucouleurs magnitude" + DEV_AB TTYPE E NONE NONE NONE "deVaucouleurs axis ratio" + DEV_PHI TTYPE E DEGREES 0 180 "deVaucouleurs orientation angle" + RA_DEV TTYPE D "DECIMAL DEGREES" 0 360 "RA from deVaucouleurs fit" + DEC_DEV TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from deVaucouleurs fit" + RA_DEV_SIG TTYPE E ARCSECONDS 0 1 "Sigma of deVaucouleurs fit RA" + DEC_DEV_SIG TTYPE E ARCSECONDS 0 1 "Sigma of deVaucouleurs fit DEC" + DEV_QF TTYPE E NONE NONE NONE "deVaucouleurs coverage/quality factor" + EXP_R TTYPE E ARCSECONDS 0 1 "Exponential fit model radius" + MAG_EXP TTYPE E MAG -10 +30 "Exponential fit model magnitude" + MAG__EXP_SIG TTYPE E MAG -10 +30 "Sigma of Exponential fit model magnitude" + EXP_AB TTYPE E NONE NONE NONE "Exponential fit model axis ratio" + EXP_PHI TTYPE E DEGREES 0 180 "Exponetial fit orientation angle" + RA_EXP TTYPE D "DECIMAL DEGREES" 0 360 "RA from Expondential model fit" + DEC_EXP TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from Expondential model fit" + RA_EXP_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Expondential model fit RA" + DEC_EXP_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Expondential model fit DEC" + EXP_QF TTYPE E NONE NONE NONE "Exponential fit coverage/quality factor" + SER_R TTYPE E ARCSECONDS 0 1 "Sersic fit model radius" + MAG_SER TTYPE E MAG -10 +30 "Sersic fit model magnitude" + MAG_SER_SIG TTYPE E MAG -10 +30 "Sigma of Sersic fit model magnitude" + SER_AB TTYPE E NONE NONE NONE "Sersic fit model axis ratio" + SER_PHI TTYPE E DEGREES 0 180 "Exponetial fit orientation angle" + SER_NU TTYPE E NONE 0 10 "Sersic fit index nu" + RA_SER TTYPE D "DECIMAL DEGREES" 0 360 "RA from Sersic fit" + DEC_SER TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from Sersic fit" + RA_SER_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Sersic fit RA" + DEC_SER_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Sersic fit DEC" + SER_QF TTYPE E NONE NONE NONE "Sersic fit coverage/quality factor" + PCS_R TTYPE E ARCSECONDS 0 1 "PSF Convolved Sersic fit model radius" + MAG_PSC TTYPE E MAG -10 +30 "PSF Convolved Sersic fit model magnitude" + MAG_PSC_SIG TTYPE E MAG -10 +30 "Sigma of PSF Convolved Sersic fit model magnitude" + PCS_AB TTYPE E NONE NONE NONE "PSF Convolved Sersic fit model axis ratio" + PCS_PHI TTYPE E DEGREES 0 180 "Exponetial fit orientation angle" + PCS_NU TTYPE E NONE 0 10 "PSF Convolved Sersic fit index nu" + RA_PSC TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF Convolved Sersic fit" + DEC_PSC TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF Convolved Sersic fit" + RA_PSC_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF Convolved Sersic fit RA" + DEC_PSC_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF Convolved Sersic fit DEC" + PCS_QF TTYPE E NONE NONE NONE "PSF Convolved Sersic coverage/quality factor" + WL_SIGMA TTYPE E NONE NONE NONE "Weak lensing sigma" + EPS_1 TTYPE E NONE NONE NONE "Weak lensing eps(1)" + EPS_2 TTYPE E NONE NONE NONE "Weak lensing eps(2)" + P_SM_1_1 TTYPE E NONE NONE NONE "Weak lensing P_SM(1,1)" + P_SM_1_2 TTYPE E NONE NONE NONE "Weak lensing P_SM(1,2)" + P_SM_2_1 TTYPE E NONE NONE NONE "Weak lensing P_SM(2,1)" + P_SM_2_2 TTYPE E NONE NONE NONE "Weak lensing P_SM(2,2)" + P_SH_1_1 TTYPE E NONE NONE NONE "Weak lensing P_SH(1,1)" + P_SH_1_2 TTYPE E NONE NONE NONE "Weak lensing P_SH(1,2)" + P_SH_2_1 TTYPE E NONE NONE NONE "Weak lensing P_SH(2,1)" + P_SH_2_2 TTYPE E NONE NONE NONE "Weak lensing P_SH(2,2)" + SB_R_1 TTYPE E MAG -10 +30 "Surface brightness inside R #1" + SB_R_1_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #1" + SB_R_1_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #1" + SB_R_2 TTYPE E MAG -10 +30 "Surface brightness inside R #2" + SB_R_2_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #2" + SB_R_2_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #2" + SB_R_3 TTYPE E MAG -10 +30 "Surface brightness inside R #3" + SB_R_3_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #3" + SB_R_3_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #3" + SB_R_4 TTYPE E MAG -10 +30 "Surface brightness inside R #4" + SB_R_4_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #4" + SB_R_4_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #4" + SB_R_5 TTYPE E MAG -10 +30 "Surface brightness inside R #5" + SB_R_5_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #5" + SB_R_5_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #5" + SB_R_6 TTYPE E MAG -10 +30 "Surface brightness inside R #6" + SB_R_6_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #6" + SB_R_5_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #6" + SB_R_7 TTYPE E MAG -10 +30 "Surface brightness inside R #7" + SB_R_7_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #7" + SB_R_7_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #7" + SB_R_8 TTYPE E MAG -10 +30 "Surface brightness inside R #8" + SB_R_8_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #8" + SB_R_8_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #8" + SB_R_9 TTYPE E MAG -10 +30 "Surface brightness inside R #9" + SB_R_9_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #9" + SB_R_9_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #9" + SB_R_10 TTYPE E MAG -10 +30 "Surface brightness inside R #10" + SB_R_10_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #10" + SB_R_10_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #10" + SB_R_11 TTYPE E MAG -10 +30 "Surface brightness inside R #11" + SB_R_11_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #11" + SB_R_11_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #11" + SB_R_12 TTYPE E MAG -10 +30 "Surface brightness inside R #12" + SB_R_12_RR TTYPE E MAG -10 +30 "Estimated error of SB inside R #12" + SB_R_12_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #12" + SB_R_13 TTYPE E MAG -10 +30 "Surface brightness inside R #13" + SB_R_13_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #13" + SB_R_13_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #13" + SB_R_14 TTYPE E MAG -10 +30 "Surface brightness inside R #14" + SB_R_14_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #14" + SB_R_14_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #14" + SB_R_15 TTYPE E MAG -10 +30 "Surface brightness inside R #15" + SB_R_15_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #15" + SB_R_15_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #15" + LOG_A TTYPE E NONE NONE NONE "Log of asymmetry parameter" + LOG_C TTYPE E NONE NONE NONE "Log of concentration parameter" + INCL TTYPE E NONE 0 180 "Inclination" + END +END Index: /trunk/icd-demo/def/CS.cell0.hdu.txt =================================================================== --- /trunk/icd-demo/def/CS.cell0.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/CS.cell0.hdu.txt (revision 9127) @@ -0,0 +1,93 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Basic Info about this frame + COMMENT STR + SKYCELL S32 # Sky Cell ID number + REFID S32 # Reference Sky Cell ID number + SUBTRID S32 # ID of Sky Cell Image subtracted + FILTER S32 # Filter + STACKID S32 # ID for this image stack + NP2IMGS S32 # Number of P2 images contributing + ANALVER S32 # Software Analysis Version + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR P2 images used to generate this image stack + COMMENT STR + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/CS.cell0.psf.txt =================================================================== --- /trunk/icd-demo/def/CS.cell0.psf.txt (revision 9127) +++ /trunk/icd-demo/def/CS.cell0.psf.txt (revision 9127) @@ -0,0 +1,43 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END +END Index: /trunk/icd-demo/def/CS.cell1.ext.txt =================================================================== --- /trunk/icd-demo/def/CS.cell1.ext.txt (revision 9127) +++ /trunk/icd-demo/def/CS.cell1.ext.txt (revision 9127) @@ -0,0 +1,132 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR EXTENDED_SRC_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + PET_R TTYPE E ARCSECONDS 0 1 "Petrosian radius" + PET_MAG TTYPE E MAG -10 +30 "Petrosian magnitude" + PET_R50 TTYPE E ARCSECONDS 0 1 "Petrosian radius for 50% light" + PET_R90 TTYPE E ARCSECONDS 0 1 "Petrosian radius for 90% light" + RA_PET TTYPE D "DECIMAL DEGREES" 0 360 "RA from Petrosian fit" + DEC_PET TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from Petrosian fit" + RA_PET_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Petrosian fit RA" + DEC_PET_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Petrosian fit DEC" + PET_QF TTYPE E NONE NONE NONE "Petrosian coverage/quality factor" + DEV_R TTYPE E ARCSECONDS 0 1 "deVaucouleurs radius" + MAG_DEV TTYPE E MAG -10 +30 "deVaucouleurs magnitude" + MAG_DEV_SIG TTYPE E MAG -10 +30 "Sigma of deVaucouleurs magnitude" + DEV_AB TTYPE E NONE NONE NONE "deVaucouleurs axis ratio" + DEV_PHI TTYPE E DEGREES 0 180 "deVaucouleurs orientation angle" + RA_DEV TTYPE D "DECIMAL DEGREES" 0 360 "RA from deVaucouleurs fit" + DEC_DEV TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from deVaucouleurs fit" + RA_DEV_SIG TTYPE E ARCSECONDS 0 1 "Sigma of deVaucouleurs fit RA" + DEC_DEV_SIG TTYPE E ARCSECONDS 0 1 "Sigma of deVaucouleurs fit DEC" + DEV_QF TTYPE E NONE NONE NONE "deVaucouleurs coverage/quality factor" + EXP_R TTYPE E ARCSECONDS 0 1 "Exponential fit model radius" + MAG_EXP TTYPE E MAG -10 +30 "Exponential fit model magnitude" + MAG__EXP_SIG TTYPE E MAG -10 +30 "Sigma of Exponential fit model magnitude" + EXP_AB TTYPE E NONE NONE NONE "Exponential fit model axis ratio" + EXP_PHI TTYPE E DEGREES 0 180 "Exponetial fit orientation angle" + RA_EXP TTYPE D "DECIMAL DEGREES" 0 360 "RA from Expondential model fit" + DEC_EXP TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from Expondential model fit" + RA_EXP_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Expondential model fit RA" + DEC_EXP_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Expondential model fit DEC" + EXP_QF TTYPE E NONE NONE NONE "Exponential fit coverage/quality factor" + SER_R TTYPE E ARCSECONDS 0 1 "Sersic fit model radius" + MAG_SER TTYPE E MAG -10 +30 "Sersic fit model magnitude" + MAG_SER_SIG TTYPE E MAG -10 +30 "Sigma of Sersic fit model magnitude" + SER_AB TTYPE E NONE NONE NONE "Sersic fit model axis ratio" + SER_PHI TTYPE E DEGREES 0 180 "Exponetial fit orientation angle" + SER_NU TTYPE E NONE 0 10 "Sersic fit index nu" + RA_SER TTYPE D "DECIMAL DEGREES" 0 360 "RA from Sersic fit" + DEC_SER TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from Sersic fit" + RA_SER_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Sersic fit RA" + DEC_SER_SIG TTYPE E ARCSECONDS 0 1 "Sigma of Sersic fit DEC" + SER_QF TTYPE E NONE NONE NONE "Sersic fit coverage/quality factor" + PCS_R TTYPE E ARCSECONDS 0 1 "PSF Convolved Sersic fit model radius" + MAG_PSC TTYPE E MAG -10 +30 "PSF Convolved Sersic fit model magnitude" + MAG_PSC_SIG TTYPE E MAG -10 +30 "Sigma of PSF Convolved Sersic fit model magnitude" + PCS_AB TTYPE E NONE NONE NONE "PSF Convolved Sersic fit model axis ratio" + PCS_PHI TTYPE E DEGREES 0 180 "Exponetial fit orientation angle" + PCS_NU TTYPE E NONE 0 10 "PSF Convolved Sersic fit index nu" + RA_PSC TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF Convolved Sersic fit" + DEC_PSC TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF Convolved Sersic fit" + RA_PSC_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF Convolved Sersic fit RA" + DEC_PSC_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF Convolved Sersic fit DEC" + PCS_QF TTYPE E NONE NONE NONE "PSF Convolved Sersic coverage/quality factor" + WL_SIGMA TTYPE E NONE NONE NONE "Weak lensing sigma" + EPS_1 TTYPE E NONE NONE NONE "Weak lensing eps(1)" + EPS_2 TTYPE E NONE NONE NONE "Weak lensing eps(2)" + P_SM_1_1 TTYPE E NONE NONE NONE "Weak lensing P_SM(1,1)" + P_SM_1_2 TTYPE E NONE NONE NONE "Weak lensing P_SM(1,2)" + P_SM_2_1 TTYPE E NONE NONE NONE "Weak lensing P_SM(2,1)" + P_SM_2_2 TTYPE E NONE NONE NONE "Weak lensing P_SM(2,2)" + P_SH_1_1 TTYPE E NONE NONE NONE "Weak lensing P_SH(1,1)" + P_SH_1_2 TTYPE E NONE NONE NONE "Weak lensing P_SH(1,2)" + P_SH_2_1 TTYPE E NONE NONE NONE "Weak lensing P_SH(2,1)" + P_SH_2_2 TTYPE E NONE NONE NONE "Weak lensing P_SH(2,2)" + SB_R_1 TTYPE E MAG -10 +30 "Surface brightness inside R #1" + SB_R_1_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #1" + SB_R_1_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #1" + SB_R_2 TTYPE E MAG -10 +30 "Surface brightness inside R #2" + SB_R_2_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #2" + SB_R_2_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #2" + SB_R_3 TTYPE E MAG -10 +30 "Surface brightness inside R #3" + SB_R_3_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #3" + SB_R_3_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #3" + SB_R_4 TTYPE E MAG -10 +30 "Surface brightness inside R #4" + SB_R_4_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #4" + SB_R_4_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #4" + SB_R_5 TTYPE E MAG -10 +30 "Surface brightness inside R #5" + SB_R_5_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #5" + SB_R_5_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #5" + SB_R_6 TTYPE E MAG -10 +30 "Surface brightness inside R #6" + SB_R_6_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #6" + SB_R_5_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #6" + SB_R_7 TTYPE E MAG -10 +30 "Surface brightness inside R #7" + SB_R_7_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #7" + SB_R_7_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #7" + SB_R_8 TTYPE E MAG -10 +30 "Surface brightness inside R #8" + SB_R_8_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #8" + SB_R_8_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #8" + SB_R_9 TTYPE E MAG -10 +30 "Surface brightness inside R #9" + SB_R_9_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #9" + SB_R_9_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #9" + SB_R_10 TTYPE E MAG -10 +30 "Surface brightness inside R #10" + SB_R_10_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #10" + SB_R_10_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #10" + SB_R_11 TTYPE E MAG -10 +30 "Surface brightness inside R #11" + SB_R_11_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #11" + SB_R_11_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #11" + SB_R_12 TTYPE E MAG -10 +30 "Surface brightness inside R #12" + SB_R_12_RR TTYPE E MAG -10 +30 "Estimated error of SB inside R #12" + SB_R_12_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #12" + SB_R_13 TTYPE E MAG -10 +30 "Surface brightness inside R #13" + SB_R_13_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #13" + SB_R_13_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #13" + SB_R_14 TTYPE E MAG -10 +30 "Surface brightness inside R #14" + SB_R_14_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #14" + SB_R_14_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #14" + SB_R_15 TTYPE E MAG -10 +30 "Surface brightness inside R #15" + SB_R_15_ERR TTYPE E MAG -10 +30 "Estimated error of SB inside R #15" + SB_R_15_VAR TTYPE E MAG -10 +30 "Estimated variance of SB inside R #15" + LOG_A TTYPE E NONE NONE NONE "Log of asymmetry parameter" + LOG_C TTYPE E NONE NONE NONE "Log of concentration parameter" + INCL TTYPE E NONE 0 180 "Inclination" + END +END Index: /trunk/icd-demo/def/CS.cell1.hdu.txt =================================================================== --- /trunk/icd-demo/def/CS.cell1.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/CS.cell1.hdu.txt (revision 9127) @@ -0,0 +1,93 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Basic Info about this frame + COMMENT STR + SKYCELL S32 # Sky Cell ID number + REFID S32 # Reference Sky Cell ID number + SUBTRID S32 # ID of Sky Cell Image subtracted + FILTER S32 # Filter + STACKID S32 # ID for this image stack + NP2IMGS S32 # Number of P2 images contributing + ANALVER S32 # Software Analysis Version + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR P2 images used to generate this image stack + COMMENT STR + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/CS.cell1.psf.txt =================================================================== --- /trunk/icd-demo/def/CS.cell1.psf.txt (revision 9127) +++ /trunk/icd-demo/def/CS.cell1.psf.txt (revision 9127) @@ -0,0 +1,43 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END +END Index: /trunk/icd-demo/def/CS.file.txt =================================================================== --- /trunk/icd-demo/def/CS.file.txt (revision 9127) +++ /trunk/icd-demo/def/CS.file.txt (revision 9127) @@ -0,0 +1,14 @@ + +# Keywords for CSS Frame Descriptor HDU +HEADER METADATA + NCELLS S32 2 # Number of sky cell extensions +END + +# the file contains table data for each chip: +TABLE MULTI +TABLE STR CS.cell0.hdu.txt +TABLE STR CS.cell0.psf.txt +TABLE STR CS.cell0.ext.txt +TABLE STR CS.cell1.hdu.txt +TABLE STR CS.cell1.psf.txt +TABLE STR CS.cell1.ext.txt Index: /trunk/icd-demo/def/P2.chip0.alt.txt =================================================================== --- /trunk/icd-demo/def/P2.chip0.alt.txt (revision 9126) +++ /trunk/icd-demo/def/P2.chip0.alt.txt (revision 9127) @@ -1,32 +1,34 @@ # extra data which belongs to table header -HEADER METADATA - EXTNAME STR ALT_FIT_PARAMS - COMMENT STR - COMMENT STR This HDU applies to all detections that have been analyzed - COMMENT STR with the IPP alternative PSF fitting procedure. - COMMENT STR Note that the IPP_IDET must be unique within a file so as - COMMENT STR to allow matching up sources between the PSF matching and - COMMENT STR either the alternative PSF fits for P2, P4S, and P4D - COMMENT STR detections or the extended source fits to the - COMMENT STR Image Stack/Cumulative Sky detections. - COMMENT STR +FITSTABLE METADATA + HEADER METADATA + EXTNAME STR ALT_FIT_PARAMS + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP alternative PSF fitting procedure. + COMMENT STR Note that the IPP_IDET must be unique within a file so as + COMMENT STR to allow matching up sources between the PSF matching and + COMMENT STR either the alternative PSF fits for P2, P4S, and P4D + COMMENT STR detections or the extended source fits to the + COMMENT STR Image Stack/Cumulative Sky detections. + COMMENT STR + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + RA_ALT TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_ALT TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" + ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" + ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" + ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" + ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" + END END - -# description of the FITS table columns -COLUMNS METADATA - TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT - IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" - RA_ALT TTYPE D DECIMAL DEGREES 0 360 "RA from PSF fit" - DEC_ALT TTYPE D DECIMAL DEGREES -90 +90 "DEC from PSF fit" - RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" - DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" - ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" - CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" - CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" - ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" - ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" - ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" - ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" - ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" -END Index: /trunk/icd-demo/def/P2.chip0.hdu.txt =================================================================== --- /trunk/icd-demo/def/P2.chip0.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/P2.chip0.hdu.txt (revision 9127) @@ -0,0 +1,100 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Combination (P4S, P4D, Image Stack/ Cumulative Sky) Image + COMMENT STR Metadata HDU + COMMENT STR + OBS_ID STR UnknownFormat # Observation Identifier + CLASSID S32 0 # Class ID = focal plane location + DETECTID S32 0 # Numerical ID of detector + NX S32 4800 # Number of columns on the detector + NY S32 4800 # Number of rows on the detector DATE STR 2006/02/05 + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR Images used to process this exposure + COMMENT STR + DETREND1 STR bias.00.fits # + DETREND2 STR dark.00.fits # + DETREND3 STR flat.00.fits # + DETREND4 STR fringe.01.fits # + DETREND5 STR none # + DETREND6 STR none # + DETREND7 STR none # + DETREND8 STR none # + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/P2.chip0.psf.txt =================================================================== --- /trunk/icd-demo/def/P2.chip0.psf.txt (revision 9126) +++ /trunk/icd-demo/def/P2.chip0.psf.txt (revision 9127) @@ -1,141 +1,43 @@ - -# description of the chip metadata -BLANK METADATA - COMMENT STR MULTI - COMMENT STR - COMMENT STR Combination (P4S, P4D, Image Stack/ Cumulative Sky) Image - COMMENT STR Metadata HDU - COMMENT STR - OBS_ID STR UnknownFormat # Observation Identifier - CLASSID S32 0 # Class ID = focal plane location - DETECTID S32 0 # Numerical ID of detector - NX S32 4800 # Number of columns on the detector - NY S32 4800 # Number of rows on the detector DATE STR 2006/02/05 - COMMENT STR - COMMENT STR Astrometric Solution (up to linear terms) - COMMENT STR - NASTRO S32 100 # Number of astrometry stars - CERROR F32 10.000 # Scatter in astrometry solution (MAS) - CTYPE1 STR RA---TAN # WCS Coordinate type - CTYPE2 STR DEC--TAN # WCS Coordinate type - CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) - CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) - CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel - CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel - CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix - CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix - CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix - CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix - COMMENT STR - COMMENT STR Higher order terms in astrometric solution - COMMENT STR - POLYORD S32 3 # Polynomial Order - PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 - PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y - PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 - PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 - PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 - PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y - PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 - PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 - PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y - PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 - PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 - PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 - PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y - PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 - COMMENT STR - COMMENT STR PSF Description Parameters - COMMENT STR - PSFMOD S32 1 # PSF Model number - PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) - PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) - PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) - PSFTHETA F32 0.0 # PSF Orientation angle (degrees) - PSF_EX1 F32 0.0 # PSF Extra parameter #1 - PSF_EX2 F32 0.0 # PSF Extra parameter #2 - COMMENT STR - COMMENT STR Photometry Calibration information - COMMENT STR - COMMENT STR Formula for Photometry, based on keywords given in this header: - COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) - COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) - COMMENT STR - PHOTCODE STR GPC.00.r # Photometry reduction code identifier - PHOTOCID S32 # Numerical code for reduction code - PHOT_C F32 25.7150 # Elixir zero point - measured for camera run - PHOT_CS F32 0.0048 # Elixir zero point - scatter - PHOT_NS S32 19 # Elixir zero point - N stars - PHOT_NM S32 5 # Elixir zero point - N images - PHOT_C0 F32 25.7430 # Elixir zero point - nominal - PHOT_X F32 0.0830 # Elixir zero point - color term - PHOT_K F32 -0.0400 # Elixir zero point - airmass term - PHOT_C1 STR i_SDSS # Elixir zero point - color 1 - PHOT_C2 STR r_SDSS # Elixir zero point - color 2 - COMMENT STR - COMMENT STR Some statistics on this image - COMMENT STR - NDETECT S32 1000 # Number of detections - MAGSAT F32 15.0 # Magnitude at which sources saturate - MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete - SKYVAL F32 1000.0 # Median sky value on detector - SKYVAR F32 1.0 # Variance of sky values - BIASVAL F32 200.0 # Mean bias level of frame - BIASVAR F32 1.0 # Variance of bias values - COMMENT STR - COMMENT STR Images used to process this exposure - COMMENT STR - DETREND1 STR bias.00.fits # - DETREND2 STR dark.00.fits # - DETREND3 STR flat.00.fits # - DETREND4 STR fringe.01.fits # - DETREND5 STR none # - DETREND6 STR none # - DETREND7 STR none # - DETREND8 STR none # - COMMENT STR - COMMENT STR Quality Assurance Flags from IPP - COMMENT STR - QAFLAGS STR UnknownValue # IP QA flags -END # extra data which belongs to table header -HEADER METADATA - COMMENT STR MULTI - COMMENT STR - COMMENT STR This HDU applies to all detections that have been analyzed - COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET - COMMENT STR must be unique within a file so as to allow matching up - COMMENT STR sources between the PSF matching and either the alternative - COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended - COMMENT STR source fits to the Image Stack/Cumulative Sky detections. - COMMENT STR - EXTNAME STR PSF_FIT_PARAMS +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END END - -# description of the FITS table columns -COLUMNS METADATA - TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT - IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" - X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" - Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" - X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" - Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" - RA_PSF TTYPE D DECIMAL DEGREES 0 360 "RA from PSF fit" - DEC_PSF TTYPE D DECIMAL DEGREES -90 +90 "DEC from PSF fit" - RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" - DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" - PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" - PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" - PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" - SKY TTYPE E ADU 0 60000 "Sky level" - SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" - STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" - PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" - PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" - PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" - PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" - CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" - CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" - N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" -END Index: /trunk/icd-demo/def/P2.chip1.alt.txt =================================================================== --- /trunk/icd-demo/def/P2.chip1.alt.txt (revision 9126) +++ /trunk/icd-demo/def/P2.chip1.alt.txt (revision 9127) @@ -1,32 +1,34 @@ # extra data which belongs to table header -HEADER METADATA - EXTNAME STR ALT_FIT_PARAMS - COMMENT STR - COMMENT STR This HDU applies to all detections that have been analyzed - COMMENT STR with the IPP alternative PSF fitting procedure. - COMMENT STR Note that the IPP_IDET must be unique within a file so as - COMMENT STR to allow matching up sources between the PSF matching and - COMMENT STR either the alternative PSF fits for P2, P4S, and P4D - COMMENT STR detections or the extended source fits to the - COMMENT STR Image Stack/Cumulative Sky detections. - COMMENT STR +FITSTABLE METADATA + HEADER METADATA + EXTNAME STR ALT_FIT_PARAMS + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP alternative PSF fitting procedure. + COMMENT STR Note that the IPP_IDET must be unique within a file so as + COMMENT STR to allow matching up sources between the PSF matching and + COMMENT STR either the alternative PSF fits for P2, P4S, and P4D + COMMENT STR detections or the extended source fits to the + COMMENT STR Image Stack/Cumulative Sky detections. + COMMENT STR + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + RA_ALT TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_ALT TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" + ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" + ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" + ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" + ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" + END END - -# description of the FITS table columns -COLUMNS METADATA - TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT - IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" - RA_ALT TTYPE D DECIMAL DEGREES 0 360 "RA from PSF fit" - DEC_ALT TTYPE D DECIMAL DEGREES -90 +90 "DEC from PSF fit" - RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" - DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" - ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" - CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" - CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" - ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" - ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" - ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" - ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" - ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" -END Index: /trunk/icd-demo/def/P2.chip1.hdu.txt =================================================================== --- /trunk/icd-demo/def/P2.chip1.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/P2.chip1.hdu.txt (revision 9127) @@ -0,0 +1,99 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR + COMMENT STR Combination (P4S, P4D, Image Stack/ Cumulative Sky) Image + COMMENT STR Metadata HDU + COMMENT STR + OBS_ID STR UnknownFormat # Observation Identifier + CLASSID S32 0 # Class ID = focal plane location + DETECTID S32 0 # Numerical ID of detector + NX S32 4800 # Number of columns on the detector + NY S32 4800 # Number of rows on the detector DATE STR 2006/02/05 + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR Images used to process this exposure + COMMENT STR + DETREND1 STR bias.00.fits # + DETREND2 STR dark.00.fits # + DETREND3 STR flat.00.fits # + DETREND4 STR fringe.01.fits # + DETREND5 STR none # + DETREND6 STR none # + DETREND7 STR none # + DETREND8 STR none # + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/P2.chip1.psf.txt =================================================================== --- /trunk/icd-demo/def/P2.chip1.psf.txt (revision 9126) +++ /trunk/icd-demo/def/P2.chip1.psf.txt (revision 9127) @@ -1,139 +1,42 @@ - -# description of the chip metadata -BLANK METADATA - COMMENT STR - COMMENT STR Combination (P4S, P4D, Image Stack/ Cumulative Sky) Image - COMMENT STR Metadata HDU - COMMENT STR - OBS_ID STR UnknownFormat # Observation Identifier - CLASSID S32 0 # Class ID = focal plane location - DETECTID S32 0 # Numerical ID of detector - NX S32 4800 # Number of columns on the detector - NY S32 4800 # Number of rows on the detector DATE STR 2006/02/05 - COMMENT STR - COMMENT STR Astrometric Solution (up to linear terms) - COMMENT STR - NASTRO S32 100 # Number of astrometry stars - CERROR F32 10.000 # Scatter in astrometry solution (MAS) - CTYPE1 STR RA---TAN # WCS Coordinate type - CTYPE2 STR DEC--TAN # WCS Coordinate type - CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) - CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) - CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel - CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel - CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix - CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix - CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix - CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix - COMMENT STR - COMMENT STR Higher order terms in astrometric solution - COMMENT STR - POLYORD S32 3 # Polynomial Order - PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 - PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y - PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 - PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 - PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 - PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y - PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 - PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 - PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y - PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 - PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 - PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 - PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y - PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 - COMMENT STR - COMMENT STR PSF Description Parameters - COMMENT STR - PSFMOD S32 1 # PSF Model number - PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) - PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) - PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) - PSFTHETA F32 0.0 # PSF Orientation angle (degrees) - PSF_EX1 F32 0.0 # PSF Extra parameter #1 - PSF_EX2 F32 0.0 # PSF Extra parameter #2 - COMMENT STR - COMMENT STR Photometry Calibration information - COMMENT STR - COMMENT STR Formula for Photometry, based on keywords given in this header: - COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) - COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) - COMMENT STR - PHOTCODE STR GPC.00.r # Photometry reduction code identifier - PHOTOCID S32 # Numerical code for reduction code - PHOT_C F32 25.7150 # Elixir zero point - measured for camera run - PHOT_CS F32 0.0048 # Elixir zero point - scatter - PHOT_NS S32 19 # Elixir zero point - N stars - PHOT_NM S32 5 # Elixir zero point - N images - PHOT_C0 F32 25.7430 # Elixir zero point - nominal - PHOT_X F32 0.0830 # Elixir zero point - color term - PHOT_K F32 -0.0400 # Elixir zero point - airmass term - PHOT_C1 STR i_SDSS # Elixir zero point - color 1 - PHOT_C2 STR r_SDSS # Elixir zero point - color 2 - COMMENT STR - COMMENT STR Some statistics on this image - COMMENT STR - NDETECT S32 1000 # Number of detections - MAGSAT F32 15.0 # Magnitude at which sources saturate - MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete - SKYVAL F32 1000.0 # Median sky value on detector - SKYVAR F32 1.0 # Variance of sky values - BIASVAL F32 200.0 # Mean bias level of frame - BIASVAR F32 1.0 # Variance of bias values - COMMENT STR - COMMENT STR Images used to process this exposure - COMMENT STR - DETREND1 STR bias.00.fits # - DETREND2 STR dark.00.fits # - DETREND3 STR flat.00.fits # - DETREND4 STR fringe.01.fits # - DETREND5 STR none # - DETREND6 STR none # - DETREND7 STR none # - DETREND8 STR none # - COMMENT STR - COMMENT STR Quality Assurance Flags from IPP - COMMENT STR - QAFLAGS STR UnknownValue # IP QA flags -END # extra data which belongs to table header -HEADER METADATA - COMMENT STR - COMMENT STR This HDU applies to all detections that have been analyzed - COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET - COMMENT STR must be unique within a file so as to allow matching up - COMMENT STR sources between the PSF matching and either the alternative - COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended - COMMENT STR source fits to the Image Stack/Cumulative Sky detections. - COMMENT STR - EXTNAME STR PSF_FIT_PARAMS +FITSTABLE METADATA + HEADER METADATA + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END END - -# description of the FITS table columns -COLUMNS METADATA - TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT - IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" - X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" - Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" - X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" - Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" - RA_PSF TTYPE D DECIMAL DEGREES 0 360 "RA from PSF fit" - DEC_PSF TTYPE D DECIMAL DEGREES -90 +90 "DEC from PSF fit" - RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" - DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" - PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" - PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" - PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" - SKY TTYPE E ADU 0 60000 "Sky level" - SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" - STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" - PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" - PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" - PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" - PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" - CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" - CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" - N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" -END Index: /trunk/icd-demo/def/P2.file.txt =================================================================== --- /trunk/icd-demo/def/P2.file.txt (revision 9126) +++ /trunk/icd-demo/def/P2.file.txt (revision 9127) @@ -25,6 +25,8 @@ # the file contains table data for each chip: TABLE MULTI +TABLE STR P2.chip0.hdu.txt TABLE STR P2.chip0.psf.txt TABLE STR P2.chip0.alt.txt +TABLE STR P2.chip1.hdu.txt TABLE STR P2.chip1.psf.txt TABLE STR P2.chip1.alt.txt Index: /trunk/icd-demo/def/P4D.cell0.alt.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell0.alt.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell0.alt.txt (revision 9127) @@ -0,0 +1,34 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + EXTNAME STR ALT_FIT_PARAMS + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP alternative PSF fitting procedure. + COMMENT STR Note that the IPP_IDET must be unique within a file so as + COMMENT STR to allow matching up sources between the PSF matching and + COMMENT STR either the alternative PSF fits for P2, P4S, and P4D + COMMENT STR detections or the extended source fits to the + COMMENT STR Image Stack/Cumulative Sky detections. + COMMENT STR + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + RA_ALT TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_ALT TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" + ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" + ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" + ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" + ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" + END +END Index: /trunk/icd-demo/def/P4D.cell0.hdu.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell0.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell0.hdu.txt (revision 9127) @@ -0,0 +1,93 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Basic Info about this frame + COMMENT STR + SKYCELL S32 # Sky Cell ID number + REFID S32 # Reference Sky Cell ID number + SUBTRID S32 # ID of Sky Cell Image subtracted + FILTER S32 # Filter + STACKID S32 # ID for this image stack + NP2IMGS S32 # Number of P2 images contributing + ANALVER S32 # Software Analysis Version + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR P2 images used to generate this image stack + COMMENT STR + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/P4D.cell0.low.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell0.low.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell0.low.txt (revision 9127) @@ -0,0 +1,41 @@ + +# extra data which belongs to table header +HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS +END + +# description of the FITS table columns +COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" +END Index: /trunk/icd-demo/def/P4D.cell0.psf.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell0.psf.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell0.psf.txt (revision 9127) @@ -0,0 +1,43 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END +END Index: /trunk/icd-demo/def/P4D.cell1.alt.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell1.alt.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell1.alt.txt (revision 9127) @@ -0,0 +1,34 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + EXTNAME STR ALT_FIT_PARAMS + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP alternative PSF fitting procedure. + COMMENT STR Note that the IPP_IDET must be unique within a file so as + COMMENT STR to allow matching up sources between the PSF matching and + COMMENT STR either the alternative PSF fits for P2, P4S, and P4D + COMMENT STR detections or the extended source fits to the + COMMENT STR Image Stack/Cumulative Sky detections. + COMMENT STR + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + RA_ALT TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_ALT TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" + ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" + ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" + ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" + ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" + END +END Index: /trunk/icd-demo/def/P4D.cell1.hdu.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell1.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell1.hdu.txt (revision 9127) @@ -0,0 +1,93 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Basic Info about this frame + COMMENT STR + SKYCELL S32 # Sky Cell ID number + REFID S32 # Reference Sky Cell ID number + SUBTRID S32 # ID of Sky Cell Image subtracted + FILTER S32 # Filter + STACKID S32 # ID for this image stack + NP2IMGS S32 # Number of P2 images contributing + ANALVER S32 # Software Analysis Version + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR P2 images used to generate this image stack + COMMENT STR + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/P4D.cell1.low.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell1.low.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell1.low.txt (revision 9127) @@ -0,0 +1,41 @@ + +# extra data which belongs to table header +HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS +END + +# description of the FITS table columns +COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" +END Index: /trunk/icd-demo/def/P4D.cell1.psf.txt =================================================================== --- /trunk/icd-demo/def/P4D.cell1.psf.txt (revision 9127) +++ /trunk/icd-demo/def/P4D.cell1.psf.txt (revision 9127) @@ -0,0 +1,43 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END +END Index: /trunk/icd-demo/def/P4D.file.txt =================================================================== --- /trunk/icd-demo/def/P4D.file.txt (revision 9126) +++ /trunk/icd-demo/def/P4D.file.txt (revision 9127) @@ -2,31 +2,13 @@ # Keywords for P4D Frame Descriptor HDU HEADER METADATA - TELESCOP STR PS1 # Telescope name - TELNUM S32 1 # Telescope number - CAMERA STR GPC1 # Camera name - CAMERAID S32 1 # Camera number - OBS_ID STR UnknownFormat # Observation identifier - ANALVER S32 0 # Analysis version number - P1RECIP STR Basic.0 # Phase 1 recipe - P2RECIP STR GPC.01 # Phase 2 recipe - P3RECIP STR GPC.00 # Phase 3 recipe - NFILES F32 1 # Number of associated files ??? - CERROR F32 10.000 # Scatter in astrometry solution (MAS) - PHOT_CS F32 0.007 # Scater in photometric solution (mag) - MJDATE F64 10000.0011223 # MJD at start of exposure - EXPTIME F32 30.01 # Exposure time (seconds) - FILTER STR r.12345 # Filter identification string - FILTERID F32 2 # Filter holder position - AIRMASS F32 1.012 # Airmass at start of exposure - RA F32 10.000000 # Telescope boresight in RA (degrees) - DEC F32 -10.00000 # Telescope boresight in DEC (degrees) + NCELLS S32 2 # Number of sky cell extensions END -# the file contains table data for each chip: +# the file contains table data for each cell: TABLE MULTI -TABLE STR P4D.chip0.psf.txt -TABLE STR P4D.chip0.alt.txt -TABLE STR P4D.chip0.low.txt -TABLE STR P4D.chip1.psf.txt -TABLE STR P4D.chip1.alt.txt -TABLE STR P4D.chip1.low.txt +TABLE STR P4D.cell0.hdu.txt +TABLE STR P4D.cell0.psf.txt +TABLE STR P4D.cell0.alt.txt +TABLE STR P4D.cell1.hdu.txt +TABLE STR P4D.cell1.psf.txt +TABLE STR P4D.cell1.alt.txt Index: /trunk/icd-demo/def/P4Dlo.file.txt =================================================================== --- /trunk/icd-demo/def/P4Dlo.file.txt (revision 9127) +++ /trunk/icd-demo/def/P4Dlo.file.txt (revision 9127) @@ -0,0 +1,12 @@ + +# Keywords for P4D Frame Descriptor HDU +HEADER METADATA + NCELLS S32 2 # Number of sky cell extensions +END + +# the file contains table data for each cell: +TABLE MULTI +TABLE STR P4D.cell0.hdu.txt +TABLE STR P4D.cell0.low.txt +TABLE STR P4D.cell1.hdu.txt +TABLE STR P4D.cell1.low.txt Index: /trunk/icd-demo/def/P4S.cell0.alt.txt =================================================================== --- /trunk/icd-demo/def/P4S.cell0.alt.txt (revision 9127) +++ /trunk/icd-demo/def/P4S.cell0.alt.txt (revision 9127) @@ -0,0 +1,34 @@ + +# extra data which belongs to table header +FITSTABLE METADATA +HEADER METADATA + EXTNAME STR ALT_FIT_PARAMS + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP alternative PSF fitting procedure. + COMMENT STR Note that the IPP_IDET must be unique within a file so as + COMMENT STR to allow matching up sources between the PSF matching and + COMMENT STR either the alternative PSF fits for P2, P4S, and P4D + COMMENT STR detections or the extended source fits to the + COMMENT STR Image Stack/Cumulative Sky detections. + COMMENT STR + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + RA_ALT TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_ALT TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" + ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" + ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" + ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" + ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" + END +END Index: /trunk/icd-demo/def/P4S.cell0.hdu.txt =================================================================== --- /trunk/icd-demo/def/P4S.cell0.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/P4S.cell0.hdu.txt (revision 9127) @@ -0,0 +1,93 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Basic Info about this frame + COMMENT STR + SKYCELL S32 # Sky Cell ID number + REFID S32 # Reference Sky Cell ID number + SUBTRID S32 # ID of Sky Cell Image subtracted + FILTER S32 # Filter + STACKID S32 # ID for this image stack + NP2IMGS S32 # Number of P2 images contributing + ANALVER S32 # Software Analysis Version + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR P2 images used to generate this image stack + COMMENT STR + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/P4S.cell0.psf.txt =================================================================== --- /trunk/icd-demo/def/P4S.cell0.psf.txt (revision 9127) +++ /trunk/icd-demo/def/P4S.cell0.psf.txt (revision 9127) @@ -0,0 +1,43 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END +END Index: /trunk/icd-demo/def/P4S.cell1.alt.txt =================================================================== --- /trunk/icd-demo/def/P4S.cell1.alt.txt (revision 9127) +++ /trunk/icd-demo/def/P4S.cell1.alt.txt (revision 9127) @@ -0,0 +1,34 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + EXTNAME STR ALT_FIT_PARAMS + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP alternative PSF fitting procedure. + COMMENT STR Note that the IPP_IDET must be unique within a file so as + COMMENT STR to allow matching up sources between the PSF matching and + COMMENT STR either the alternative PSF fits for P2, P4S, and P4D + COMMENT STR detections or the extended source fits to the + COMMENT STR Image Stack/Cumulative Sky detections. + COMMENT STR + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + RA_ALT TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_ALT TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_ALT_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + ALT_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_ALT_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_ALT_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + ALT_PARM_1 TTYPE E NONE NONE NONE "ALT model parameter 1" + ALT_PARM_2 TTYPE E NONE NONE NONE "ALT model parameter 2" + ALT_PARM_3 TTYPE E NONE NONE NONE "ALT model parameter 3" + ALT_PARM_4 TTYPE E NONE NONE NONE "ALT model parameter 4" + ALT_PARM_5 TTYPE E NONE NONE NONE "ALT model parameter 5" + END +END Index: /trunk/icd-demo/def/P4S.cell1.hdu.txt =================================================================== --- /trunk/icd-demo/def/P4S.cell1.hdu.txt (revision 9127) +++ /trunk/icd-demo/def/P4S.cell1.hdu.txt (revision 9127) @@ -0,0 +1,93 @@ + +# description of the chip metadata +BLANK METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR Basic Info about this frame + COMMENT STR + SKYCELL S32 # Sky Cell ID number + REFID S32 # Reference Sky Cell ID number + SUBTRID S32 # ID of Sky Cell Image subtracted + FILTER S32 # Filter + STACKID S32 # ID for this image stack + NP2IMGS S32 # Number of P2 images contributing + ANALVER S32 # Software Analysis Version + COMMENT STR + COMMENT STR Astrometric Solution (up to linear terms) + COMMENT STR + NASTRO S32 100 # Number of astrometry stars + CERROR F32 10.000 # Scatter in astrometry solution (MAS) + CTYPE1 STR RA---TAN # WCS Coordinate type + CTYPE2 STR DEC--TAN # WCS Coordinate type + CRVAL1 F32 321.30941666667 # WCS Ref value (RA in decimal degrees) + CRVAL2 F32 -5.1685277777778 # WCS Ref value (DEC in decimal degrees) + CRPIX1 F32 -1051.17692913657 # WCS Coordinate reference pixel + CRPIX2 F32 2033.40939404705 # WCS Coordinate reference pixel + CD1_1 F32 1.13378419402790E-4 # WCS Coordinate scale matrix + CD1_2 F32 8.93919113249280E-8 # WCS Coordinate scale matrix + CD2_1 F32 -5.4105516940550E-7 # WCS Coordinate scale matrix + CD2_2 F32 -1.1365323690945E-4 # WCS Coordinate scale matrix + COMMENT STR + COMMENT STR Higher order terms in astrometric solution + COMMENT STR + POLYORD S32 3 # Polynomial Order + PCA1X3Y0 F32 0.0 # WCS, Axis 1, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 1, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 1, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 1, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 1, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 1, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 1, coefficient of Y^2 + PCA1X3Y0 F32 0.0 # WCS, Axis 2, coefficient of X^3 + PCA1X2Y1 F32 0.0 # WCS, Axis 2, coefficient of X^2 * Y + PCA1X1Y2 F32 0.0 # WCS, Axis 2, coefficient of X * Y^2 + PCA1X0Y3 F32 0.0 # WCS, Axis 2, coefficient of Y^3 + PCA1X2Y0 F32 0.0 # WCS, Axis 2, coefficient of X^2 + PCA1X1Y1 F32 0.0 # WCS, Axis 2, coefficient of X * Y + PCA1X0Y2 F32 0.0 # WCS, Axis 2, coefficient of Y^2 + COMMENT STR + COMMENT STR PSF Description Parameters + COMMENT STR + PSFMOD S32 1 # PSF Model number + PSFFWHM F32 1.0 # PSF Full width at Half Maximum (pixels) + PSFWIDX F32 1.0 # PSF Width in X coordinate (pixels) + PSFWIDY F32 1.0 # PSF Width in Y coordinate (pixels) + PSFTHETA F32 0.0 # PSF Orientation angle (degrees) + PSF_EX1 F32 0.0 # PSF Extra parameter #1 + PSF_EX2 F32 0.0 # PSF Extra parameter #2 + COMMENT STR + COMMENT STR Photometry Calibration information + COMMENT STR + COMMENT STR Formula for Photometry, based on keywords given in this header: + COMMENT STR m = -2.5*log(DN) + 2.5*log(EXPTIME) + COMMENT STR M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) + COMMENT STR + PHOTCODE STR GPC.00.r # Photometry reduction code identifier + PHOTOCID S32 # Numerical code for reduction code + PHOT_C F32 25.7150 # Elixir zero point - measured for camera run + PHOT_CS F32 0.0048 # Elixir zero point - scatter + PHOT_NS S32 19 # Elixir zero point - N stars + PHOT_NM S32 5 # Elixir zero point - N images + PHOT_C0 F32 25.7430 # Elixir zero point - nominal + PHOT_X F32 0.0830 # Elixir zero point - color term + PHOT_K F32 -0.0400 # Elixir zero point - airmass term + PHOT_C1 STR i_SDSS # Elixir zero point - color 1 + PHOT_C2 STR r_SDSS # Elixir zero point - color 2 + COMMENT STR + COMMENT STR Some statistics on this image + COMMENT STR + NDETECT S32 1000 # Number of detections + MAGSAT F32 15.0 # Magnitude at which sources saturate + MAGCOMP F32 22.0 # Magnitude for which frame is 95% complete + SKYVAL F32 1000.0 # Median sky value on detector + SKYVAR F32 1.0 # Variance of sky values + BIASVAL F32 200.0 # Mean bias level of frame + BIASVAR F32 1.0 # Variance of bias values + COMMENT STR + COMMENT STR P2 images used to generate this image stack + COMMENT STR + COMMENT STR + COMMENT STR Quality Assurance Flags from IPP + COMMENT STR + QAFLAGS STR UnknownValue # IP QA flags +END Index: /trunk/icd-demo/def/P4S.cell1.psf.txt =================================================================== --- /trunk/icd-demo/def/P4S.cell1.psf.txt (revision 9127) +++ /trunk/icd-demo/def/P4S.cell1.psf.txt (revision 9127) @@ -0,0 +1,43 @@ + +# extra data which belongs to table header +FITSTABLE METADATA + HEADER METADATA + COMMENT STR MULTI + COMMENT STR + COMMENT STR This HDU applies to all detections that have been analyzed + COMMENT STR with the IPP PSF fitting procedure. Note that the IPP_IDET + COMMENT STR must be unique within a file so as to allow matching up + COMMENT STR sources between the PSF matching and either the alternative + COMMENT STR PSF fits for P2, P4S, and P4D detections or the extended + COMMENT STR source fits to the Image Stack/Cumulative Sky detections. + COMMENT STR + EXTNAME STR PSF_FIT_PARAMS + END + + # description of the FITS table columns + COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_IDET TTYPE J NONE NONE NONE "IPP detection identifer index" + X_PSF TTYPE E PIXELS 0 5000 "PSF x coordinate" + Y_PSF TTYPE E PIXELS 0 5000 "PSF y coordinate" + X_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF x coordinate" + Y_PSF_SIG TTYPE E PIXELS 0 10 "Sigma in PSF y coordinate" + RA_PSF TTYPE D "DECIMAL DEGREES" 0 360 "RA from PSF fit" + DEC_PSF TTYPE D "DECIMAL DEGREES" -90 +90 "DEC from PSF fit" + RA_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit RA" + DEC_PSF_SIG TTYPE E ARCSECONDS 0 1 "Sigma of PSF fit DEC" + PSF_INST_MAG TTYPE E MAG -20 0 "PSF fit instrumental magnitude" + PSF_INST_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of PSF instrumental magnitude" + PEAK_FLUX_AS_MAG TTYPE E MAG -20 0 "Peak flux expressed as magnitude" + SKY TTYPE E ADU 0 60000 "Sky level" + SKY_SIGMA TTYPE E ADU 0 60000 "Sigma of sky level" + STAR_GALAXY_SEP TTYPE E NONE 0 1 "Star-Galaxy separator" + PSF_WIDTH_X TTYPE E ARCSECONDS 0 20 "PSF width in x coordinate" + PSF_WIDTH_Y TTYPE E ARCSECONDS 0 20 "PSF width in y coordinate" + PSF_THETA TTYPE E DEGREES -180 +180 "PSF orientation angle" + PSF_QF TTYPE E NONE 0 1 "PSF coverage/quality factor" + CAL_PSF_MAG TTYPE E MAG -10 +30 "Calibrated magnitude" + CAL_PSF_MAG_SIG TTYPE E MAG 0 0.5 "Sigma of calibrated magnitude" + N_FRAMES TTYPE I NONE 0 10000 "Number of frames overlapping source center" + END +END Index: /trunk/icd-demo/def/P4S.file.txt =================================================================== --- /trunk/icd-demo/def/P4S.file.txt (revision 9126) +++ /trunk/icd-demo/def/P4S.file.txt (revision 9127) @@ -2,29 +2,13 @@ # Keywords for P4S Frame Descriptor HDU HEADER METADATA - TELESCOP STR PS1 # Telescope name - TELNUM S32 1 # Telescope number - CAMERA STR GPC1 # Camera name - CAMERAID S32 1 # Camera number - OBS_ID STR UnknownFormat # Observation identifier - ANALVER S32 0 # Analysis version number - P1RECIP STR Basic.0 # Phase 1 recipe - P2RECIP STR GPC.01 # Phase 2 recipe - P3RECIP STR GPC.00 # Phase 3 recipe - NFILES F32 1 # Number of associated files ??? - CERROR F32 10.000 # Scatter in astrometry solution (MAS) - PHOT_CS F32 0.007 # Scater in photometric solution (mag) - MJDATE F64 10000.0011223 # MJD at start of exposure - EXPTIME F32 30.01 # Exposure time (seconds) - FILTER STR r.12345 # Filter identification string - FILTERID F32 2 # Filter holder position - AIRMASS F32 1.012 # Airmass at start of exposure - RA F32 10.000000 # Telescope boresight in RA (degrees) - DEC F32 -10.00000 # Telescope boresight in DEC (degrees) + NCELLS S32 2 # Number of sky cell extensions END # the file contains table data for each chip: TABLE MULTI -TABLE STR P4S.chip0.psf.txt -TABLE STR P4S.chip0.alt.txt -TABLE STR P4S.chip1.psf.txt -TABLE STR P4S.chip1.alt.txt +TABLE STR P4S.cell0.hdu.txt +TABLE STR P4S.cell0.psf.txt +TABLE STR P4S.cell0.alt.txt +TABLE STR P4S.cell1.hdu.txt +TABLE STR P4S.cell1.psf.txt +TABLE STR P4S.cell1.alt.txt Index: /trunk/icd-demo/raw/ext-fits-detections.txt =================================================================== --- /trunk/icd-demo/raw/ext-fits-detections.txt (revision 9126) +++ /trunk/icd-demo/raw/ext-fits-detections.txt (revision 9127) @@ -325,5 +325,5 @@ TTYPE103= 'SB_R_14 ' / Surface brightness inside R #14 TUNIT103= 'MAG ' / -TFORM103 = 'E ' / +TFORM103= 'E ' / TTYPE104= 'SB_R_14_ERR ' / Estimated error of SB inside R #14 TUNIT104= 'MAG ' / Index: /trunk/icd-demo/raw/p2frame.txt =================================================================== --- /trunk/icd-demo/raw/p2frame.txt (revision 9127) +++ /trunk/icd-demo/raw/p2frame.txt (revision 9127) @@ -0,0 +1,29 @@ +SIMPLE = T / FITS STANDARD +BITPIX = 0 / FITS BITS/PIXEL +NAXIS = 0 / NUMBER OF AXES +EXTEND = T / +DATE = 'DD/MM/YY' / Date file created +CHECKSUM= / Checksum for this header +COMMENT +COMMENT P2 Frame Metadata HDU +COMMENT +TELESCOP= 'PS1 ' / Telescope name +TELNUM = 1 / Telescope number +CAMERA = 'GPC1 ' / Camera name +CAMERAID= 1 / Camera number +OBS_ID = ' ' / Observation identifier +ANALVER = XXX / Analysis version number +P1RECIP = YYY / Phase 1 recipe +P2RECIP = ZZZ / Phase 2 recipe +P3RECIP = AAA / Phase 3 recipe +NFILES = 1 / Number of associated files +CERROR = xxx.yyy / Scatter in astrometry solution (MAS) +PHOT_CS = aa.bbbb / Scater in photometric solution (mag) +MJDATE = XXXXX.YYYYYYY / MJD at start of exposure +EXPTIME = TTT.SS / Exposure time (seconds) +FILTER = 'r.12345 ' / Filter identification string +FILTERID= 2 / Filter holder position +AIRMASS = xx.yyy / Airmass at start of exposure +RA = aaa.bbbbb / Telescope boresight in RA (degrees) +DEC = ccc.ddddd / Telescope boresight in DEC (degrees) +END Index: /trunk/icd-demo/raw/p2image.txt =================================================================== --- /trunk/icd-demo/raw/p2image.txt (revision 9127) +++ /trunk/icd-demo/raw/p2image.txt (revision 9127) @@ -0,0 +1,101 @@ +BITPIX = 8 / FITS BITS/PIXEL +NAXIS = 0 / NUMBER OF AXES +EXTEND = T / +DATE = 'DD/MM/YY' / Date file created +CHECKSUM= / Checksum for this header +COMMENT +COMMENT Combination (P4S, P4D, Image Stack/ Cumulative Sky) Image +COMMENT Metadata HDU +COMMENT +OBS_ID = ' ' / Observation Identifier +CLASSID = / Class ID = focal plane location +DETECTID= / Numerical ID of detector +NX = CCCC / Number of columns on the detector +NY = RRRR / Number of rows on the detector +COMMENT +COMMENT Astrometric Solution (up to linear terms) +COMMENT +NASTRO = NNNN / Number of astrometry stars +CERROR = XXX.YYY / Scatter in astrometry solution (MAS) +CTYPE1 = 'RA---TAN' / WCS Coordinate type +CTYPE2 = 'DEC--TAN' / WCS Coordinate type +CRVAL1 = 321.30941666667 / WCS Ref value (RA in decimal degrees) +CRVAL2 = -5.1685277777778 / WCS Ref value (DEC in decimal degrees) +CRPIX1 = -1051.17692913657 / WCS Coordinate reference pixel +CRPIX2 = 2033.40939404705 / WCS Coordinate reference pixel +CD1_1 = 1.13378419402790E-4 / WCS Coordinate scale matrix +CD1_2 = 8.93919113249280E-8 / WCS Coordinate scale matrix +CD2_1 = -5.4105516940550E-7 / WCS Coordinate scale matrix +CD2_2 = -1.1365323690945E-4 / WCS Coordinate scale matrix +COMMENT +COMMENT Higher order terms in astrometric solution +COMMENT +POLYORD = 3 / Polynomial Order +PCA1X3Y0= / WCS, Axis 1, coefficient of X^3 +PCA1X2Y1= / WCS, Axis 1, coefficient of X^2 * Y +PCA1X1Y2= / WCS, Axis 1, coefficient of X * Y^2 +PCA1X0Y3= / WCS, Axis 1, coefficient of Y^3 +PCA1X2Y0= / WCS, Axis 1, coefficient of X^2 +PCA1X1Y1= / WCS, Axis 1, coefficient of X * Y +PCA1X0Y2= / WCS, Axis 1, coefficient of Y^2 +PCA1X3Y0= / WCS, Axis 2, coefficient of X^3 +PCA1X2Y1= / WCS, Axis 2, coefficient of X^2 * Y +PCA1X1Y2= / WCS, Axis 2, coefficient of X * Y^2 +PCA1X0Y3= / WCS, Axis 2, coefficient of Y^3 +PCA1X2Y0= / WCS, Axis 2, coefficient of X^2 +PCA1X1Y1= / WCS, Axis 2, coefficient of X * Y +PCA1X0Y2= / WCS, Axis 2, coefficient of Y^2 +COMMENT +COMMENT PSF Description Parameters +COMMENT +PSFMOD = / PSF Model number +PSFFWHM = / PSF Full width at Half Maximum (pixels) +PSFWIDX = / PSF Width in X coordinate (pixels) +PSFWIDY = / PSF Width in Y coordinate (pixels) +PSFTHETA= / PSF Orientation angle (degrees) +PSF_EX1 = / PSF Extra parameter #1 +PSF_EX2 = / PSF Extra parameter #2 +COMMENT +COMMENT Photometry Calibration information +COMMENT +COMMENT Formula for Photometry, based on keywords given in this header: +COMMENT m = -2.5*log(DN) + 2.5*log(EXPTIME) +COMMENT M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) +COMMENT +PHOTCODE= / Photometry reduction code identifier +PHOTOCID= / Numerical code for reduction code +PHOT_C = 25.7150 / Elixir zero point - measured for camera run +PHOT_CS = 0.0048 / Elixir zero point - scatter +PHOT_NS = 19 / Elixir zero point - N stars +PHOT_NM = 5 / Elixir zero point - N images +PHOT_C0 = 25.7430 / Elixir zero point - nominal +PHOT_X = 0.0830 / Elixir zero point - color term +PHOT_K = -0.0400 / Elixir zero point - airmass term +PHOT_C1 = 'i_SDSS ' / Elixir zero point - color 1 +PHOT_C2 = 'r_SDSS ' / Elixir zero point - color 2 +COMMENT +COMMENT Some statistics on this image +COMMENT +NDETECT = / Number of detections +MAGSAT = / Magnitude at which sources saturate +MAGCOMP = / Magnitude for which frame is 95% complete +SKYVAL = / Median sky value on detector +SKYVAR = / Variance of sky values +BIASVAL = / Mean bias level of frame +BIASVAR = / Variance of bias values +COMMENT +COMMENT Images used to process this exposure +COMMENT +DETREND1= ' ' / +DETREND2= ' ' / +DETREND3= ' ' / +DETREND4= ' ' / +DETREND5= ' ' / +DETREND6= ' ' / +DETREND7= ' ' / +DETREND8= ' ' / +COMMENT +COMMENT Quality Assurance Flags from IPP +COMMENT +QAFLAGS = ' ' / IP QA flags +END Index: /trunk/icd-demo/raw/p4image.txt =================================================================== --- /trunk/icd-demo/raw/p4image.txt (revision 9127) +++ /trunk/icd-demo/raw/p4image.txt (revision 9127) @@ -0,0 +1,93 @@ + +XTENSION= 'IMAGE' / +BITPIX = 8 / +NAXIS = 0 / +COMMENT +COMMENT Calibration information for this sky cell +COMMENT +SKYCELL = / Sky Cell ID number +REFID = / Reference Sky Cell ID number +SUBTRID = / ID of Sky Cell Image subtracted +FILTER = / Filter +STACKID = / ID for this image stack +NP2IMGS = / Number of P2 images contributing +ANALVER = / Software Analysis Version +COMMENT +COMMENT Astrometric Solution (up to linear terms) +COMMENT +NASTRO = NNNN / Number of astrometry stars +CERROR = XXX.YYY / Scatter in astrometry solution (MAS) +CTYPE1 = 'RA---TAN' / WCS Coordinate type +CTYPE2 = 'DEC--TAN' / WCS Coordinate type +CRVAL1 = 321.30941666667 / WCS Ref value (RA in decimal degrees) +CRVAL2 = -5.1685277777778 / WCS Ref value (DEC in decimal degrees) +CRPIX1 = -1051.17692913657 / WCS Coordinate reference pixel +CRPIX2 = 2033.40939404705 / WCS Coordinate reference pixel +CD1_1 = 1.13378419402790E-4 / WCS Coordinate scale matrix +CD1_2 = 8.93919113249280E-8 / WCS Coordinate scale matrix +CD2_1 = -5.4105516940550E-7 / WCS Coordinate scale matrix +CD2_2 = -1.1365323690945E-4 / WCS Coordinate scale matrix +COMMENT +COMMENT Higher order terms in astrometric solution +COMMENT +POLYORD = 3 / Polynomial Order +PCA1X3Y0= / WCS, Axis 1, coefficient of X^3 +PCA1X2Y1= / WCS, Axis 1, coefficient of X^2 * Y +PCA1X1Y2= / WCS, Axis 1, coefficient of X * Y^2 +PCA1X0Y3= / WCS, Axis 1, coefficient of Y^3 +PCA1X2Y0= / WCS, Axis 1, coefficient of X^2 +PCA1X1Y1= / WCS, Axis 1, coefficient of X * Y +PCA1X0Y2= / WCS, Axis 1, coefficient of Y^2 +PCA1X3Y0= / WCS, Axis 2, coefficient of X^3 +PCA1X2Y1= / WCS, Axis 2, coefficient of X^2 * Y +PCA1X1Y2= / WCS, Axis 2, coefficient of X * Y^2 +PCA1X0Y3= / WCS, Axis 2, coefficient of Y^3 +PCA1X2Y0= / WCS, Axis 2, coefficient of X^2 +PCA1X1Y1= / WCS, Axis 2, coefficient of X * Y +PCA1X0Y2= / WCS, Axis 2, coefficient of Y^2 +COMMENT +COMMENT PSF Description Parameters +COMMENT +PSFMOD = / PSF Model number +PSFFWHM = / PSF Full width at Half Maximum (pixels) +PSFWIDX = / PSF Width in X coordinate (pixels) +PSFWIDY = / PSF Width in Y coordinate (pixels) +PSFTHETA= / PSF Orientation angle (degrees) +PSF_EX1 = / PSF Extra parameter #1 +PSF_EX2 = / PSF Extra parameter #2 +COMMENT +COMMENT Photometry Calibration information +COMMENT +COMMENT Formula for Photometry, based on keywords given in this header: +COMMENT m = -2.5*log(DN) + 2.5*log(EXPTIME) +COMMENT M = m + PHOT_C + PHOT_K*(AIRMASS - 1) + PHOT_X*(PHOT_C1 - PHOT_C2) +COMMENT +PHOTCODE= / Photometry reduction code identifier +PHOTOCID= / Numerical code for reduction code +PHOT_C = 25.7150 / Elixir zero point - measured for camera run +PHOT_CS = 0.0048 / Elixir zero point - scatter +PHOT_NS = 19 / Elixir zero point - N stars +PHOT_NM = 5 / Elixir zero point - N images +PHOT_C0 = 25.7430 / Elixir zero point - nominal +PHOT_X = 0.0830 / Elixir zero point - color term +PHOT_K = -0.0400 / Elixir zero point - airmass term +PHOT_C1 = 'i_SDSS ' / Elixir zero point - color 1 +PHOT_C2 = 'r_SDSS ' / Elixir zero point - color 2 +COMMENT +COMMENT Some statistics on this image +COMMENT +NDETECT = / Number of detections +MAGSAT = / Magnitude at which sources saturate +MAGCOMP = / Magnitude for which frame is 95% complete +SKYVAL = / Median sky value on detector +SKYVAR = / Variance of sky values +BIASVAL = / Mean bias level of frame +BIASVAR = / Variance of bias values +COMMENT +COMMENT P2 images used to generate this image stack +COMMENT +COMMENT +COMMENT Quality Assurance Flags from IPP +COMMENT +QAFLAGS = ' ' / IP QA flags +END Index: /trunk/icd-demo/raw/p4set.txt =================================================================== --- /trunk/icd-demo/raw/p4set.txt (revision 9127) +++ /trunk/icd-demo/raw/p4set.txt (revision 9127) @@ -0,0 +1,8 @@ +SIMPLE = T / +BITPIX = 8 / FITS BITS/PIXEL +NAXIS = 0 / NUMBER OF AXES +EXTEND = T / +DATE = 'DD/MM/YY' / Date file created +NCELLS = NNN / Number of sky cell extensions +CHECKSUM= / Checksum for this header +END Index: /trunk/icd-demo/raw/skycell.txt =================================================================== --- /trunk/icd-demo/raw/skycell.txt (revision 9127) +++ /trunk/icd-demo/raw/skycell.txt (revision 9127) @@ -0,0 +1,56 @@ +SIMPLE = T / FITS STANDARD +BITPIX = 8 / FITS BITS/PIXEL +NAXIS = 0 / NUMBER OF AXES +EXTEND = T / +DATE = 'DD/MM/YY' / Date file created +CHECKSUM= / Checksum for this header +COMMENT +COMMENT Sky Cell Definition Metadata +COMMENT +END + +XTENSION= 'BINTABLE ' / +BITPIX = 8 / +NAXIS = 2 / +NAXIS1 = 68 / +NAXIS2 = NNNNNNNN / +PCOUNT = 0 / +GCOUNT = 1 / +TFIELDS = 9 / +EXTNAME = 'SKY_CELL_TABLE ' / +COMMENT +COMMENT This file defines the regions on the sky covered by +COMMENT each sky cell used by the IPP. For this sample, it +COMMENT is assumed each cell is a quadralateral defined by +COMMENT 4 vertices on the sky. +COMMENT +CHECKSUM= / Checksum for this header +DATASUM = / Checksum for table data +TTYPE1 = 'ID ' / Sky cell identifier +TUNIT1 = ' ' / +TFORM1 = 'J ' / +TTYPE2 = 'RA1 ' / RA of 1st cell vertex. +TUNIT2 = 'DEGREES ' / +TFORM2 = 'D ' / +TTYPE3 = 'DEC1 ' / DEC of 1st cell vertex. +TUNIT3 = 'DEGREES ' / +TFORM3 = 'D ' / +TTYPE4 = 'RA2 ' / RA of 2nd cell vertex. +TUNIT4 = 'DEGREES ' / +TFORM4 = 'D ' / +TTYPE5 = 'DEC2 ' / DEC of 2nd cell vertex. +TUNIT5 = 'DEGREES ' / +TFORM5 = 'D ' / +TTYPE6 = 'RA3 ' / RA of 34d cell vertex. +TUNIT6 = 'DEGREES ' / +TFORM6 = 'D ' / +TTYPE7 = 'DEC3 ' / DEC of 3rd cell vertex. +TUNIT7 = 'DEGREES ' / +TFORM7 = 'D ' / +TTYPE8 = 'RA4 ' / RA of 4th cell vertex. +TUNIT8 = 'DEGREES ' / +TFORM8 = 'D ' / +TTYPE9 = 'DEC4 ' / DEC of 4th cell vertex. +TUNIT9 = 'DEGREES ' / +TFORM9 = 'D ' / +END Index: /trunk/icd-demo/src/icd-demo.c =================================================================== --- /trunk/icd-demo/src/icd-demo.c (revision 9126) +++ /trunk/icd-demo/src/icd-demo.c (revision 9127) @@ -8,5 +8,5 @@ int main (int argc, char **argv) { - int nFail; + unsigned int nFail; if (argc != 3) { @@ -21,5 +21,5 @@ psMetadata *header = psMetadataLookupPtr (NULL, fd, "HEADER"); - psFitsWriteBlank (fits, header); + psFitsWriteBlank (fits, header, ""); // get the list pointers for the PSF_MODEL entries @@ -45,8 +45,9 @@ int parseFile (psFits *fits, char *file) { - int nFail; + unsigned int nFail; char unitWord[64]; double min, max, rvalue, range; + fprintf (stderr, "reading %s\n", file); psMetadataItem *col; psRandom *rnd = psRandomAlloc (PS_RANDOM_TAUS, 0); @@ -57,40 +58,22 @@ psMetadata *blank = psMetadataLookupPtr (NULL, fd, "BLANK"); if (blank) { - psFitsWriteBlank (fits, blank); - } - - psMetadata *header = psMetadataLookupPtr (NULL, fd, "HEADER"); - psMetadata *columns = psMetadataLookupPtr (NULL, fd, "COLUMNS"); - psMetadataIterator *iter = psMetadataIteratorAlloc (columns, PS_LIST_HEAD, NULL); - char *extname = psMetadataLookupStr (NULL, header, "EXTNAME"); - - psArray *table = psArrayAlloc (10); - - // XXX insert unit values: we need a method to do this in psFitsWriteTable - int nCol = 1; - while ((col = psMetadataGetAndIncrement (iter)) != NULL) { - psMetadata *md = col->data.V; - char *unit = psMetadataLookupStr (NULL, md, "TUNIT"); - if (strcasecmp (unit, "NONE")) { - sprintf (unitWord, "TUNIT%d", nCol); - psMetadataAddStr (header, PS_LIST_TAIL, unitWord, 0, "", unit); - } - nCol ++; - } - psMetadataIteratorSet (iter, PS_LIST_HEAD); - - // make a total of NN fake data columns - for (int i = 0; i < 10; i++) { - + fprintf (stderr, "adding BLANK\n"); + psFitsWriteBlank (fits, blank, ""); + } + + psMetadata *fitstable = psMetadataLookupPtr (NULL, fd, "FITSTABLE"); + if (fitstable) { + fprintf (stderr, "adding TABLE\n"); + psMetadata *header = psMetadataLookupPtr (NULL, fitstable, "HEADER"); + psMetadata *columns = psMetadataLookupPtr (NULL, fitstable, "COLUMNS"); + psMetadataIterator *iter = psMetadataIteratorAlloc (columns, PS_LIST_HEAD, NULL); + char *extname = psMetadataLookupStr (NULL, header, "EXTNAME"); + + psArray *table = psArrayAlloc (10); + + // XXX insert unit values: we need a method to do this in psFitsWriteTable int nCol = 1; - - psMetadata *row = psMetadataAlloc (); - while ((col = psMetadataGetAndIncrement (iter)) != NULL) { - psMetadata *md = col->data.V; - - char *format = psMetadataLookupStr (NULL, md, "TFORM"); - char *comment = psMetadataLookupStr (NULL, md, "COMMENT"); char *unit = psMetadataLookupStr (NULL, md, "TUNIT"); if (strcasecmp (unit, "NONE")) { @@ -98,106 +81,129 @@ psMetadataAddStr (header, PS_LIST_TAIL, unitWord, 0, "", unit); } - - if (!strcasecmp (format, "I")) { - int value; - - char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); - char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); - - min = atoi (minWord); - if (!strcasecmp (minWord, "NONE")) min = 0; - max = atoi (maxWord); - if (!strcasecmp (maxWord, "NONE")) max = 100; - range = max - min; - - rvalue = psRandomUniform (rnd); - value = range * rvalue + min; - - psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_S16, comment, value); + nCol ++; + } + psMetadataIteratorSet (iter, PS_LIST_HEAD); + + // make a total of NN fake data columns + for (int i = 0; i < 10; i++) { + + int nCol = 1; + + psMetadata *row = psMetadataAlloc (); + + while ((col = psMetadataGetAndIncrement (iter)) != NULL) { + + psMetadata *md = col->data.V; + + char *format = psMetadataLookupStr (NULL, md, "TFORM"); + char *comment = psMetadataLookupStr (NULL, md, "COMMENT"); + char *unit = psMetadataLookupStr (NULL, md, "TUNIT"); + if (strcasecmp (unit, "NONE")) { + sprintf (unitWord, "TUNIT%d", nCol); + psMetadataAddStr (header, PS_LIST_TAIL, unitWord, 0, "", unit); + } + + if (!strcasecmp (format, "I")) { + int value; + + char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); + char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); + + min = atoi (minWord); + if (!strcasecmp (minWord, "NONE")) min = 0; + max = atoi (maxWord); + if (!strcasecmp (maxWord, "NONE")) max = 100; + range = max - min; + + rvalue = psRandomUniform (rnd); + value = range * rvalue + min; + + psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_S16, comment, value); + } + + if (!strcasecmp (format, "J")) { + int value; + + char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); + char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); + + min = atoi (minWord); + if (!strcasecmp (minWord, "NONE")) min = 0; + max = atoi (maxWord); + if (!strcasecmp (maxWord, "NONE")) max = 100; + range = max - min; + + rvalue = psRandomUniform (rnd); + value = range * rvalue + min; + + psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_S32, comment, value); + } + + if (!strcasecmp (format, "K")) { + long int value; + + char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); + char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); + + min = atoi (minWord); + if (!strcasecmp (minWord, "NONE")) min = 0; + max = atoi (maxWord); + if (!strcasecmp (maxWord, "NONE")) max = 100; + range = max - min; + + rvalue = psRandomUniform (rnd); + value = range * rvalue + min; + + psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_S64, comment, value); + } + + if (!strcasecmp (format, "E")) { + float value; + + char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); + char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); + + min = atoi (minWord); + if (!strcasecmp (minWord, "NONE")) min = 0; + max = atoi (maxWord); + if (!strcasecmp (maxWord, "NONE")) max = 100; + range = max - min; + + rvalue = psRandomUniform (rnd); + value = range * rvalue + min; + + psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_F32, comment, value); + } + + if (!strcasecmp (format, "D")) { + double value; + + char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); + char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); + + min = atoi (minWord); + if (!strcasecmp (minWord, "NONE")) min = 0; + max = atoi (maxWord); + if (!strcasecmp (maxWord, "NONE")) max = 100; + range = max - min; + + rvalue = psRandomUniform (rnd); + value = range * rvalue + min; + + psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_F64, comment, value); + } + + if (!strcasecmp (format, "A")) { + char *value = NULL; + psStringAppend (&value, "word %03d", i); + psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_STRING, "", value); + } } - - if (!strcasecmp (format, "J")) { - int value; - - char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); - char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); - - min = atoi (minWord); - if (!strcasecmp (minWord, "NONE")) min = 0; - max = atoi (maxWord); - if (!strcasecmp (maxWord, "NONE")) max = 100; - range = max - min; - - rvalue = psRandomUniform (rnd); - value = range * rvalue + min; - - psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_S32, comment, value); - } - - if (!strcasecmp (format, "K")) { - long int value; - - char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); - char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); - - min = atoi (minWord); - if (!strcasecmp (minWord, "NONE")) min = 0; - max = atoi (maxWord); - if (!strcasecmp (maxWord, "NONE")) max = 100; - range = max - min; - - rvalue = psRandomUniform (rnd); - value = range * rvalue + min; - - psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_S64, comment, value); - } - - if (!strcasecmp (format, "E")) { - float value; - - char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); - char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); - - min = atoi (minWord); - if (!strcasecmp (minWord, "NONE")) min = 0; - max = atoi (maxWord); - if (!strcasecmp (maxWord, "NONE")) max = 100; - range = max - min; - - rvalue = psRandomUniform (rnd); - value = range * rvalue + min; - - psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_F32, comment, value); - } - - if (!strcasecmp (format, "D")) { - double value; - - char *minWord = psMetadataLookupStr (NULL, md, "TMIN"); - char *maxWord = psMetadataLookupStr (NULL, md, "TMAX"); - - min = atoi (minWord); - if (!strcasecmp (minWord, "NONE")) min = 0; - max = atoi (maxWord); - if (!strcasecmp (maxWord, "NONE")) max = 100; - range = max - min; - - rvalue = psRandomUniform (rnd); - value = range * rvalue + min; - - psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_F64, comment, value); - } - - if (!strcasecmp (format, "A")) { - char *value = NULL; - psStringAppend (&value, "word %03d", i); - psMetadataAdd (row, PS_LIST_TAIL, col->name, PS_DATA_STRING, "", value); - } + psArrayAdd (table, 100, row); + psFree (row); + psMetadataIteratorSet (iter, PS_LIST_HEAD); } - psArrayAdd (table, 100, row); - psFree (row); - psMetadataIteratorSet (iter, PS_LIST_HEAD); - } - psFitsWriteTable (fits, header, table, extname); + psFitsInsertTable (fits, header, table, extname, true); + } return 1; } Index: /trunk/icd-demo/src/icd-test.c =================================================================== --- /trunk/icd-demo/src/icd-test.c (revision 9127) +++ /trunk/icd-demo/src/icd-test.c (revision 9127) @@ -0,0 +1,71 @@ +# include +# include +# include +# include "pslib.h" + +int main (int argc, char **argv) { + + if (argc != 3) { + fprintf (stderr, "USAGE: icd-demo (input) (output)\n"); + exit (2); + } + + // construct a sample FITS table based on the given descriptive metadata file + psFits *fits = psFitsOpen (argv[2], "w"); + + { + psMetadata *header = psMetadataAlloc (); + psMetadataAddStr (header, PS_LIST_HEAD, "EXTID", 0, "", "blank"); + psFitsWriteBlank (fits, header, "blank"); + } + + { + psMetadata *header = psMetadataAlloc (); + psMetadataAddStr (header, PS_LIST_HEAD, "EXTID", 0, "", "blank1"); + psFitsWriteBlank (fits, header, "blank1"); + } + + { + psMetadata *header = psMetadataAlloc (); + psMetadataAddStr (header, PS_LIST_HEAD, "EXTID", 0, "", "table1"); + + psArray *table = psArrayAlloc (100); + for (int i = 0; i < 10; i++) { + + psMetadata *row = psMetadataAlloc (); + psMetadataAdd (row, PS_LIST_TAIL, "N", PS_DATA_S16, "", i); + psMetadataAdd (row, PS_LIST_TAIL, "F", PS_DATA_F32, "", i*0.2); + psMetadataAdd (row, PS_LIST_TAIL, "G", PS_DATA_F32, "", i*0.5); + psArrayAdd (table, 100, row); + psFree (row); + } + + psFitsInsertTable (fits, header, table, "table1", true); + } + + { + psMetadata *header = psMetadataAlloc (); + psMetadataAddStr (header, PS_LIST_HEAD, "EXTID", 0, "", "blank2"); + psFitsWriteBlank (fits, header, "blank2"); + } + + { + psMetadata *header = psMetadataAlloc (); + psMetadataAddStr (header, PS_LIST_HEAD, "EXTID", 0, "", "table2"); + + psArray *table = psArrayAlloc (100); + for (int i = 0; i < 10; i++) { + + psMetadata *row = psMetadataAlloc (); + psMetadataAdd (row, PS_LIST_TAIL, "N", PS_DATA_S16, "", i); + psMetadataAdd (row, PS_LIST_TAIL, "F", PS_DATA_F32, "", i*0.2); + psMetadataAdd (row, PS_LIST_TAIL, "G", PS_DATA_F32, "", i*0.5); + psArrayAdd (table, 100, row); + psFree (row); + } + + psFitsInsertTable (fits, header, table, "table2", true); + } + + psFitsClose (fits); +}