Index: /trunk/icd-demo/.cvsignore =================================================================== --- /trunk/icd-demo/.cvsignore (revision 9035) +++ /trunk/icd-demo/.cvsignore (revision 9035) @@ -0,0 +1,1 @@ +bin fits Index: /trunk/icd-demo/raw/alt-fits-detections.txt =================================================================== --- /trunk/icd-demo/raw/alt-fits-detections.txt (revision 9035) +++ /trunk/icd-demo/raw/alt-fits-detections.txt (revision 9035) @@ -0,0 +1,60 @@ +XTENSION= 'BINTABLE ' / +BITPIX = 8 / +NAXIS = 2 / +NAXIS1 = NNNNNNNNNN / Number of objects in the table +NAXIS2 = 118 / Number of bytes per row +PCOUNT = 0 / +GCOUNT = 1 / +TFIELDS = 27 / +EXTNAME = 'ALT_FIT_PARAMS ' / +COMMENT +COMMENT This HDU applies to all detections that have been analyzed +COMMENT with the IPP alternative PSF fitting procedure. +COMMENT Note that the IPP_IDET must be unique within a file so as +COMMENT to allow matching up sources between the PSF matching and +COMMENT either the alternative PSF fits for P2, P4S, and P4D +COMMENT detections or the extended source fits to the +COMMENT Image Stack/Cumulative Sky detections. +COMMENT +TTYPE1 = 'IPP_IDET ' / IPP detection identifer index +TUNIT1 = ' ' / +TFORM1 = 'J ' / +TTYPE2 = 'ALT_MODEL_ID ' / Alternate ALT fit model index +TUNIT2 = ' ' / +TFORM2 = 'I ' / +TTYPE6 = 'RA_ALT ' / RA from ALT fit +TUNIT6 = 'DECIMAL DEGREES ' / +TFORM6 = 'D ' / +TTYPE7 = 'DEC_ALT ' / DEC from ALT fit +TUNIT7 = 'DECIMAL DEGREES ' / +TFORM7 = 'D ' / +TTYPE8 = 'RA_ALT_SIG ' / Sigma of ALT fit RA +TUNIT8 = 'ARCSECONDS ' / +TFORM8 = 'E ' / +TTYPE9 = 'DEC_ALT_SIG ' / Sigma of ALT fit DEC +TUNIT9 = 'ARCSECONDS ' / +TFORM9 = 'E ' / +TTYPE20 = 'ALT_QF ' / ALT coverage/quality factor +TUNIT20 = ' ' / +TFORM20 = 'E ' / +TTYPE21 = 'CAL_ALT_MAG ' / Calibrated ALT magnitude +TUNIT21 = 'MAG ' / +TFORM21 = 'E ' / +TTYPE23 = 'ALT_PARM_1 ' / ALT model parameter 1 +TUNIT23 = ' ' / +TFORM23 = 'E ' / +TTYPE24 = 'ALT_PARM_2 ' / ALT model parameter 2 +TUNIT24 = ' ' / +TFORM24 = 'E ' / +TTYPE25 = 'ALT_PARM_3 ' / ALT model parameter 3 +TUNIT25 = ' ' / +TFORM25 = 'E ' / +TTYPE26 = 'ALT_PARM_4 ' / ALT model parameter 4 +TUNIT26 = ' ' / +TFORM26 = 'E ' / +TTYPE27 = 'ALT_PARM_5 ' / ALT model parameter 5 +TUNIT27 = ' ' / +TFORM27 = 'E ' / +CHECKSUM= / Header checksum +DATASUM = / Data section checksum +END Index: /trunk/icd-demo/raw/combination.image.txt =================================================================== --- /trunk/icd-demo/raw/combination.image.txt (revision 9035) +++ /trunk/icd-demo/raw/combination.image.txt (revision 9035) @@ -0,0 +1,102 @@ + +# 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 + CELLVER S32 # Sky Cell version number + 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 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 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/raw/ext-fits-detections.txt =================================================================== --- /trunk/icd-demo/raw/ext-fits-detections.txt (revision 9035) +++ /trunk/icd-demo/raw/ext-fits-detections.txt (revision 9035) @@ -0,0 +1,353 @@ +XTENSION= 'BINTABLE ' / +BITPIX = 8 / +NAXIS = 2 / +NAXIS1 = NNNNNNNNNN / Number of objects in the table +NAXIS2 = 448 / Number of bytes per row +PCOUNT = 0 / +GCOUNT = 1 / +TFIELDS = 112 / +EXTNAME = 'EXTENDED_SRC_PARMS' / +COMMENT +COMMENT This HDU applies to all detections that have been analyzed +COMMENT with the IPP extended source fitting procedure. +COMMENT Note that the IPP_IDET must be unique within a file so as +COMMENT to allow matching up sources between the PSF matching and +COMMENT either the alternative PSF fits for P2, P4S, and P4D +COMMENT detections or the extended source fits to the +COMMENT Image Stack/Cumulative Sky detections. +COMMENT +TTYPE1 = 'IPP_IDET ' / IPP detection identifer index +TUNIT1 = ' ' / +TFORM1 = 'J ' / +TTYPE2 = 'PET_R ' / Petrosian radius +TUNIT2 = 'ARCSECONDS ' / +TFORM2 = 'E ' / +TTYPE3 = 'PET_MAG ' / Petrosian magnitude +TUNIT3 = 'MAG ' / +TFORM3 = 'E ' / +TTYPE4 = 'PET_R50 ' / Petrosian radius for 50% light +TUNIT4 = 'ARCSECONDS ' / +TFORM4 = 'E ' / +TTYPE4 = 'PET_R90 ' / Petrosian radius for 90% light +TUNIT4 = 'ARCSECONDS ' / +TFORM4 = 'E ' / +TTYPE6 = 'RA_PET ' / RA from Petrosian fit +TUNIT6 = 'DECIMAL DEGREES ' / +TFORM6 = 'D ' / +TTYPE7 = 'DEC_PET ' / DEC from Petrosian fit +TUNIT7 = 'DECIMAL DEGREES ' / +TFORM7 = 'D ' / +TTYPE8 = 'RA_PET_SIG ' / Sigma of Petrosian fit RA +TUNIT8 = 'ARCSECONDS ' / +TFORM8 = 'E ' / +TTYPE9 = 'DEC_PET_SIG ' / Sigma of Petrosian fit DEC +TUNIT9 = 'ARCSECONDS ' / +TFORM9 = 'E ' / +TTYPE10 = 'PET_QF ' / Petrosian coverage/quality factor +TUNIT10 = ' ' / +TFORM10 = 'E ' / +TTYPE11 = 'DEV_R ' / deVaucouleurs radius +TUNIT11 = 'ARCSECONDS ' / +TFORM11 = 'E ' / +TTYPE12 = 'MAG_DEV ' / deVaucouleurs magnitude +TUNIT12 = 'MAG ' / +TFORM12 = 'E ' / +TTYPE13 = 'MAG_DEV_SIG ' / Sigma of deVaucouleurs magnitude +TUNIT13 = 'MAG ' / +TFORM13 = 'E ' / +TTYPE14 = 'DEV_AB ' / deVaucouleurs axis ratio +TUNIT14 = ' ' / +TFORM14 = 'E ' / +TTYPE15 = 'DEV_PHI ' / deVaucouleurs orientation angle +TUNIT15 = 'DEGREES ' / +TFORM15 = 'E ' / +TTYPE16 = 'RA_DEV ' / RA from deVaucouleurs fit +TUNIT16 = 'DECIMAL DEGREES ' / +TFORM16 = 'D ' / +TTYPE17 = 'DEC_DEV ' / DEC from deVaucouleurs fit +TUNIT17 = 'DECIMAL DEGREES ' / +TFORM17 = 'D ' / +TTYPE18 = 'RA_DEV_SIG ' / Sigma of deVaucouleurs fit RA +TUNIT18 = 'ARCSECONDS ' / +TFORM18 = 'E ' / +TTYPE19 = 'DEC_DEV_SIG ' / Sigma of deVaucouleurs fit DEC +TUNIT19 = 'ARCSECONDS ' / +TFORM19 = 'E ' / +TTYPE20 = 'DEV_QF ' / deVaucouleurs coverage/quality factor +TUNIT20 = ' ' / +TFORM20 = 'E ' / +TTYPE21 = 'EXP_R ' / Exponential fit model radius +TUNIT21 = 'ARCSECONDS ' / +TFORM21 = 'E ' / +TTYPE22 = 'MAG_EXP ' / Exponential fit model magnitude +TUNIT22 = 'MAG ' / +TFORM22 = 'E ' / +TTYPE23 = 'MAG__EXP_SIG ' / Sigma of Exponential fit model magnitude +TUNIT23 = 'MAG ' / +TFORM23 = 'E ' / +TTYPE24 = 'EXP_AB ' / Exponential fit model axis ratio +TUNIT24 = ' ' / +TFORM24 = 'E ' / +TTYPE25 = 'EXP_PHI ' / Exponetial fit orientation angle +TUNIT25 = 'DEGREES ' / +TFORM25 = 'E ' / +TTYPE26 = 'RA_EXP ' / RA from Expondential model fit +TUNIT26 = 'DECIMAL DEGREES ' / +TFORM26 = 'D ' / +TTYPE27 = 'DEC_EXP ' / DEC from Expondential model fit +TUNIT27 = 'DECIMAL DEGREES ' / +TFORM27 = 'D ' / +TTYPE28 = 'RA_EXP_SIG ' / Sigma of Expondential model fit RA +TUNIT28 = 'ARCSECONDS ' / +TFORM28 = 'E ' / +TTYPE29 = 'DEC_EXP_SIG ' / Sigma of Expondential model fit DEC +TUNIT29 = 'ARCSECONDS ' / +TFORM29 = 'E ' / +TTYPE30 = 'EXP_QF ' / Exponential fit coverage/quality factor +TUNIT30 = ' ' / +TFORM30 = 'E ' / +TTYPE31 = 'SER_R ' / Sersic fit model radius +TUNIT31 = 'ARCSECONDS ' / +TFORM31 = 'E ' / +TTYPE32 = 'MAG_SER ' / Sersic fit model magnitude +TUNIT32 = 'MAG ' / +TFORM32 = 'E ' / +TTYPE33 = 'MAG_SER_SIG ' / Sigma of Sersic fit model magnitude +TUNIT33 = 'MAG ' / +TFORM33 = 'E ' / +TTYPE34 = 'SER_AB ' / Sersic fit model axis ratio +TUNIT34 = ' ' / +TFORM34 = 'E ' / +TTYPE35 = 'SER_PHI ' / Exponetial fit orientation angle +TUNIT35 = 'DEGREES ' / +TFORM35 = 'E ' / +TTYPE36 = 'SER_NU ' / Sersic fit index nu +TUNIT36 = ' ' / +TFORM36 = 'E ' / +TTYPE16 = 'RA_SER ' / RA from Sersic fit +TUNIT16 = 'DECIMAL DEGREES ' / +TFORM16 = 'D ' / +TTYPE37 = 'DEC_SER ' / DEC from Sersic fit +TUNIT37 = 'DECIMAL DEGREES ' / +TFORM37 = 'D ' / +TTYPE38 = 'RA_SER_SIG ' / Sigma of Sersic fit RA +TUNIT38 = 'ARCSECONDS ' / +TFORM38 = 'E ' / +TTYPE39 = 'DEC_SER_SIG ' / Sigma of Sersic fit DEC +TUNIT39 = 'ARCSECONDS ' / +TFORM39 = 'E ' / +TTYPE40 = 'SER_QF ' / Sersic fit coverage/quality factor +TUNIT40 = ' ' / +TFORM40 = 'E ' / +TTYPE41 = 'PCS_R ' / PSF Convolved Sersic fit model radius +TUNIT41 = 'ARCSECONDS ' / +TFORM41 = 'E ' / +TTYPE42 = 'MAG_PSC ' / PSF Convolved Sersic fit model magnitude +TUNIT42 = 'MAG ' / +TFORM42 = 'E ' / +TTYPE43 = 'MAG_PSC_SIG ' / Sigma of PSF Convolved Sersic fit model magnitude +TUNIT43 = 'MAG ' / +TFORM43 = 'E ' / +TTYPE44 = 'PCS_AB ' / PSF Convolved Sersic fit model axis ratio +TUNIT44 = ' ' / +TFORM45 = 'E ' / +TTYPE46 = 'PCS_PHI ' / Exponetial fit orientation angle +TUNIT46 = 'DEGREES ' / +TFORM46 = 'E ' / +TTYPE47 = 'PCS_NU ' / PSF Convolved Sersic fit index nu +TUNIT47 = ' ' / +TFORM47 = 'E ' / +TTYPE48 = 'RA_PSC ' / RA from PSF Convolved Sersic fit +TUNIT48 = 'DECIMAL DEGREES ' / +TFORM48 = 'D ' / +TTYPE49 = 'DEC_PSC ' / DEC from PSF Convolved Sersic fit +TUNIT49 = 'DECIMAL DEGREES ' / +TFORM49 = 'D ' / +TTYPE50 = 'RA_PSC_SIG ' / Sigma of PSF Convolved Sersic fit RA +TUNIT50 = 'ARCSECONDS ' / +TFORM50 = 'E ' / +TTYPE51 = 'DEC_PSC_SIG ' / Sigma of PSF Convolved Sersic fit DEC +TUNIT51 = 'ARCSECONDS ' / +TFORM51 = 'E ' / +TTYPE52 = 'PCS_QF ' / PSF Convolved Sersic coverage/quality factor +TUNIT52 = ' ' / +TFORM52 = 'E ' / +TTYPE53 = 'WL_SIGMA ' / Weak lensing sigma +TUNIT53 = ' ' / +TFORM53 = 'E ' / +TTYPE54 = 'EPS_1 ' / Weak lensing eps(1) +TUNIT54 = ' ' / +TFORM54 = 'E ' / +TTYPE55 = 'EPS_2 ' / Weak lensing eps(2) +TUNIT55 = ' ' / +TFORM55 = 'E ' / +TTYPE56 = 'P_SM_1_1 ' / Weak lensing P_SM(1,1) +TUNIT56 = ' ' / +TFORM56 = 'E ' / +TTYPE57 = 'P_SM_1_2 ' / Weak lensing P_SM(1,2) +TUNIT57 = ' ' / +TFORM57 = 'E ' / +TTYPE58 = 'P_SM_2_1 ' / Weak lensing P_SM(2,1) +TUNIT58 = ' ' / +TFORM58 = 'E ' / +TTYPE59 = 'P_SM_2_2 ' / Weak lensing P_SM(2,2) +TUNIT59 = ' ' / +TFORM59 = 'E ' / +TTYPE60 = 'P_SH_1_1 ' / Weak lensing P_SH(1,1) +TUNIT60 = ' ' / +TFORM60 = 'E ' / +TTYPE61 = 'P_SH_1_2 ' / Weak lensing P_SH(1,2) +TUNIT61 = ' ' / +TFORM61 = 'E ' / +TTYPE62 = 'P_SH_2_1 ' / Weak lensing P_SH(2,1) +TUNIT62 = ' ' / +TFORM62 = 'E ' / +TTYPE63 = 'P_SH_2_2 ' / Weak lensing P_SH(2,2) +TUNIT63 = ' ' / +TFORM63 = 'E ' / +TTYPE64 = 'SB_R_1 ' / Surface brightness inside R #1 +TUNIT64 = 'MAG ' / +TFORM64 = 'E ' / +TTYPE65 = 'SB_R_1_ERR ' / Estimated error of SB inside R #1 +TUNIT65 = 'MAG ' / +TFORM65 = 'E ' / +TTYPE66 = 'SB_R_1_VAR ' / Estimated variance of SB inside R #1 +TUNIT66 = 'MAG ' / +TFORM66 = 'E ' / +TTYPE67 = 'SB_R_2 ' / Surface brightness inside R #2 +TUNIT67 = 'MAG ' / +TFORM67 = 'E ' / +TTYPE68 = 'SB_R_2_ERR ' / Estimated error of SB inside R #2 +TUNIT68 = 'MAG ' / +TFORM68 = 'E ' / +TTYPE69 = 'SB_R_2_VAR ' / Estimated variance of SB inside R #2 +TUNIT69 = 'MAG ' / +TFORM69 = 'E ' / +TTYPE70 = 'SB_R_3 ' / Surface brightness inside R #3 +TUNIT70 = 'MAG ' / +TFORM70 = 'E ' / +TTYPE71 = 'SB_R_3_ERR ' / Estimated error of SB inside R #3 +TUNIT71 = 'MAG ' / +TFORM71 = 'E ' / +TTYPE72 = 'SB_R_3_VAR ' / Estimated variance of SB inside R #3 +TUNIT72 = 'MAG ' / +TFORM72 = 'E ' / +TTYPE73 = 'SB_R_4 ' / Surface brightness inside R #4 +TUNIT73 = 'MAG ' / +TFORM73 = 'E ' / +TTYPE74 = 'SB_R_4_ERR ' / Estimated error of SB inside R #4 +TUNIT74 = 'MAG ' / +TFORM74 = 'E ' / +TTYPE75 = 'SB_R_4_VAR ' / Estimated variance of SB inside R #4 +TUNIT75 = 'MAG ' / +TFORM75 = 'E ' / +TTYPE76 = 'SB_R_5 ' / Surface brightness inside R #5 +TUNIT76 = 'MAG ' / +TFORM76 = 'E ' / +TTYPE77 = 'SB_R_5_ERR ' / Estimated error of SB inside R #5 +TUNIT77 = 'MAG ' / +TFORM77 = 'E ' / +TTYPE78 = 'SB_R_5_VAR ' / Estimated variance of SB inside R #5 +TUNIT78 = 'MAG ' / +TFORM78 = 'E ' / +TTYPE79 = 'SB_R_6 ' / Surface brightness inside R #6 +TUNIT79 = 'MAG ' / +TFORM79 = 'E ' / +TTYPE80 = 'SB_R_6_ERR ' / Estimated error of SB inside R #6 +TUNIT80 = 'MAG ' / +TFORM80 = 'E ' / +TTYPE81 = 'SB_R_5_VAR ' / Estimated variance of SB inside R #6 +TUNIT81 = 'MAG ' / +TFORM81 = 'E ' / +TTYPE82 = 'SB_R_7 ' / Surface brightness inside R #7 +TUNIT82 = 'MAG ' / +TFORM82 = 'E ' / +TTYPE83 = 'SB_R_7_ERR ' / Estimated error of SB inside R #7 +TUNIT83 = 'MAG ' / +TFORM83 = 'E ' / +TTYPE84 = 'SB_R_7_VAR ' / Estimated variance of SB inside R #7 +TUNIT84 = 'MAG ' / +TFORM84 = 'E ' / +TTYPE85 = 'SB_R_8 ' / Surface brightness inside R #8 +TUNIT85 = 'MAG ' / +TFORM85 = 'E ' / +TTYPE86 = 'SB_R_8_ERR ' / Estimated error of SB inside R #8 +TUNIT86 = 'MAG ' / +TFORM86 = 'E ' / +TTYPE87 = 'SB_R_8_VAR ' / Estimated variance of SB inside R #8 +TUNIT87 = 'MAG ' / +TFORM87 = 'E ' / +TTYPE88 = 'SB_R_9 ' / Surface brightness inside R #9 +TUNIT88 = 'MAG ' / +TFORM88 = 'E ' / +TTYPE89 = 'SB_R_9_ERR ' / Estimated error of SB inside R #9 +TUNIT89 = 'MAG ' / +TFORM89 = 'E ' / +TTYPE90 = 'SB_R_9_VAR ' / Estimated variance of SB inside R #9 +TUNIT90 = 'MAG ' / +TFORM90 = 'E ' / +TTYPE91 = 'SB_R_10 ' / Surface brightness inside R #10 +TUNIT91 = 'MAG ' / +TFORM91 = 'E ' / +TTYPE92 = 'SB_R_10_ERR ' / Estimated error of SB inside R #10 +TUNIT92 = 'MAG ' / +TFORM92 = 'E ' / +TTYPE93 = 'SB_R_10_VAR ' / Estimated variance of SB inside R #10 +TUNIT93 = 'MAG ' / +TFORM93 = 'E ' / +TTYPE94 = 'SB_R_11 ' / Surface brightness inside R #11 +TUNIT94 = 'MAG ' / +TFORM94 = 'E ' / +TTYPE95 = 'SB_R_11_ERR ' / Estimated error of SB inside R #11 +TUNIT95 = 'MAG ' / +TFORM95 = 'E ' / +TTYPE96 = 'SB_R_11_VAR ' / Estimated variance of SB inside R #11 +TUNIT96 = 'MAG ' / +TFORM96 = 'E ' / +TTYPE97 = 'SB_R_12 ' / Surface brightness inside R #12 +TUNIT97 = 'MAG ' / +TFORM97 = 'E ' / +TTYPE98 = 'SB_R_12_RR ' / Estimated error of SB inside R #12 +TUNIT98 = 'MAG ' / +TFORM98 = 'E ' / +TTYPE99 = 'SB_R_12_VAR ' / Estimated variance of SB inside R #12 +TUNIT99 = 'MAG ' / +TFORM99 = 'E ' / +TTYPE100= 'SB_R_13 ' / Surface brightness inside R #13 +TUNIT100= 'MAG ' / +TFORM100= 'E ' / +TTYPE101= 'SB_R_13_ERR ' / Estimated error of SB inside R #13 +TUNIT101= 'MAG ' / +TFORM101= 'E ' / +TTYPE102= 'SB_R_13_VAR ' / Estimated variance of SB inside R #13 +TUNIT102= 'MAG ' / +TFORM102= 'E ' / +TTYPE103= 'SB_R_14 ' / Surface brightness inside R #14 +TUNIT103= 'MAG ' / +TFORM103 = 'E ' / +TTYPE104= 'SB_R_14_ERR ' / Estimated error of SB inside R #14 +TUNIT104= 'MAG ' / +TFORM104= 'E ' / +TTYPE105= 'SB_R_14_VAR ' / Estimated variance of SB inside R #14 +TUNIT106= 'MAG ' / +TFORM106= 'E ' / +TTYPE107= 'SB_R_15 ' / Surface brightness inside R #15 +TUNIT107= 'MAG ' / +TFORM107= 'E ' / +TTYPE108= 'SB_R_15_ERR ' / Estimated error of SB inside R #15 +TUNIT108= 'MAG ' / +TFORM108= 'E ' / +TTYPE109= 'SB_R_15_VAR ' / Estimated variance of SB inside R #15 +TUNIT109= 'MAG ' / +TFORM109= 'E ' / +TTYPE110= 'LOG_A ' / Log of asymmetry parameter +TUNIT110= ' ' / +TFORM110= 'E ' / +TTYPE111= 'LOG_C ' / Log of concentration parameter +TUNIT111= ' ' / +TFORM111= 'E ' / +TTYPE112= 'INCL ' / Inclination +TUNIT112= ' ' / +TFORM112= 'E ' / +CHECKSUM= / Header checksum +DATASUM = / Data checksum Index: /trunk/icd-demo/raw/predefined-objects.txt =================================================================== --- /trunk/icd-demo/raw/predefined-objects.txt (revision 9035) +++ /trunk/icd-demo/raw/predefined-objects.txt (revision 9035) @@ -0,0 +1,34 @@ + +# this file describes a FITS table to be simulated +EXTNAME STR PREDEFINED_OBJECTS + +HEADER METADATA +END + +# description of the FITS table columns +COLUMNS METADATA + TYPE TTYPE TFORM TUNIT TMIN TMAX COMMENT + IPP_ID TTYPE J NONE NONE NONE "IPP object identification index" + RA TTYPE D DEGREES NONE NONE "RA " + DEC TTYPE D DEGREES NONE NONE "DEC " + RA_SIG TTYPE E ARCSECONDS NONE NONE "Sigma of RA" + DEC_SIG TTYPE D ARCSECONDS NONE NONE "Sigma of DEC " + MU_RA_COS_DEC TTYPE E MAS/YR NONE NONE "Mu in RA * Cos (Dec)" + MU_DEC TTYPE E MAS/YR NONE NONE "Mu in DEC" + MU_RA_COS_DEC_SIG TTYPE E MAS/YR NONE NONE "sigma of Mu in RA * Cos(Dec)" + MU_DEC_SIG TTYPE E MAS/YR NONE NONE "sigma of mu in DEC" + PARALLAX TTYPE E MAS NONE NONE "Parallax" + PARALLAX_SIG TTYPE E MAS NONE NONE "Sigma of Parallax" + G_MAG TTYPE E MAG NONE NONE "g magnitude" + G_MAG_SIG TTYPE E MAG NONE NONE "Sigma of g magnitude" + R_MAG TTYPE E MAG NONE NONE "r magnitude" + R_MAG_SIG TTYPE E MAG NONE NONE "Sigma of r magnitude" + I_MAG TTYPE E MAG NONE NONE "i magnitude" + I_MAI_SIG TTYPE E MAG NONE NONE "Sigma of i magnitude" + Y_MAG TTYPE E MAG NONE NONE "y magnitude" + Y_MAY_SIG TTYPE E MAG NONE NONE "Sigma of y magnitude" + Z_MAG TTYPE E MAG NONE NONE "z magnitude" + Z_MAZ_SIG TTYPE E MAG NONE NONE "Sigma of z magnitude" + W_MAG TTYPE E MAG NONE NONE "w magnitude" + W_MAG_SIG TTYPE E MAG NONE NONE "Sigma of w magnitude" +END Index: /trunk/icd-demo/raw/psf-fits-detections.txt =================================================================== --- /trunk/icd-demo/raw/psf-fits-detections.txt (revision 9035) +++ /trunk/icd-demo/raw/psf-fits-detections.txt (revision 9035) @@ -0,0 +1,86 @@ + +XTENSION= 'BINTABLE ' / +BITPIX = 8 / +NAXIS = 2 / +NAXIS1 = NNNNNNNNNN / Number of objects in the table +NAXIS2 = 96 / Number of bytes per row +PCOUNT = 0 / +GCOUNT = 1 / +TFIELDS = 23 / +EXTNAME = 'PSF_FIT_PARAMS ' / +COMMENT +COMMENT This HDU applies to all detections that have been analyzed +COMMENT with the IPP PSF fitting procedure. Note that the IPP_IDET +COMMENT must be unique within a file so as to allow matching up +COMMENT sources between the PSF matching and either the alternative +COMMENT PSF fits for P2, P4S, and P4D detections or the extended +COMMENT source fits to the Image Stack/Cumulative Sky detections. +COMMENT +TTYPE1 = 'IPP_IDET ' / IPP detection identifer index +TUNIT1 = ' ' / +TFORM1 = 'J ' / +TTYPE2 = 'X_PSF ' / PSF x coordinate +TUNIT2 = 'PIXELS ' / +TFORM2 = 'E ' / +TTYPE3 = 'Y_PSF ' / PSF y coordinate +TUNIT3 = 'PIXELS ' / +TFORM3 = 'E ' / +TTYPE4 = 'X_PSF_SIG ' / Sigma in PSF x coordinate +TUNIT4 = 'PIXELS ' / +TFORM4 = 'E ' / +TTYPE5 = 'Y_PSF_SIG ' / Sigma in PSF y coordinate +TUNIT5 = 'PIXELS ' / +TFORM5 = 'E ' / +TTYPE6 = 'RA_PSF ' / RA from PSF fit +TUNIT6 = 'DECIMAL DEGREES ' / +TFORM6 = 'D ' / +TTYPE7 = 'DEC_PSF ' / DEC from PSF fit +TUNIT7 = 'DECIMAL DEGREES ' / +TFORM7 = 'D ' / +TTYPE8 = 'RA_PSF_SIG ' / Sigma of PSF fit RA +TUNIT8 = 'ARCSECONDS ' / +TFORM8 = 'E ' / +TTYPE9 = 'DEC_PSF_SIG ' / Sigma of PSF fit DEC +TUNIT9 = 'ARCSECONDS ' / +TFORM9 = 'E ' / +TTYPE10 = 'PSF_INST_MAG ' / PSF fit instrumental magnitude +TUNIT10 = 'MAG ' / +TFORM10 = 'E ' / +TTYPE11 = 'PSF_INST_MAG_SIG ' / Sigma of PSF instrumental magnitude +TUNIT11 = 'MAG ' / +TFORM11 = 'E ' / +TTYPE12 = 'PEAK_FLUX_AS_MAG ' / Peak flux expressed as magnitude +TUNIT12 = 'MAG ' / +TFORM12 = 'E ' / +TTYPE13 = 'SKY ' / Sky level +TUNIT13 = 'ADU ' / +TFORM13 = 'E ' / +TTYPE14 = 'SKY_SIGMA ' / Sigma of sky level +TUNIT14 = 'ADU ' / +TFORM14 = 'E ' / +TTYPE15 = 'STAR_GALAXY_SEP ' / Star-Galaxy separator +TUNIT15 = ' ' / +TFORM15 = 'E ' / +TTYPE16 = 'PSF_WIDTH_X ' / PSF width in x coordinate +TUNIT16 = 'ARCSECONDS ' / +TFORM16 = 'E ' / +TTYPE17 = 'PSF_WIDTH_Y ' / PSF width in y coordinate +TUNIT17 = 'ARCSECONDS ' / +TFORM17 = 'E ' / +TTYPE19 = 'PSF_THETA ' / PSF orientation angle +TUNIT18 = 'DEGREES ' / +TFORM18 = 'E ' / +TTYPE19 = 'PSF_QF ' / PSF coverage/quality factor +TUNIT19 = ' ' / +TFORM19 = 'E ' / +TTYPE20 = 'CAL_PSF_MAG ' / Calibrated magnitude +TUNIT20 = 'MAG ' / +TFORM20 = 'E ' / +TTYPE21 = 'CAL_PSF_MAG_SIG ' / Sigma of calibrated magnitude +TUNIT21 = 'MAG ' / +TFORM21 = 'E ' / +TTYPE22 = 'N_FRAMES ' / Number of frames overlapping source center +TUNIT22 = ' ' / +TFORM22 = 'I ' / +CHECKSUM= / Header checksum +DATASUM = / Data section checksum