Changeset 17486
- Timestamp:
- Apr 28, 2008, 11:11:16 AM (18 years ago)
- Location:
- branches/eam_branch_20080408/ippconfig
- Files:
-
- 17 edited
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cfh12k/camera.config (modified) (1 diff)
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esowfi/camera.config (modified) (1 diff)
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gpc1/camera.config (modified) (1 diff)
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isp/camera.config (modified) (1 diff)
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lbc_red/camera.config (modified) (1 diff)
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mcshort/camera.config (modified) (1 diff)
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megacam/camera.config (modified) (1 diff)
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mosaic2/camera.config (modified) (1 diff)
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recipes/ppImage.config (modified) (1 diff)
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recipes/reductionClasses.mdc (modified) (1 diff)
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sdss/camera.config (modified) (1 diff)
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simmosaic/camera.config (modified) (1 diff)
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simple/camera.config (modified) (1 diff)
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simtest/camera.config (modified) (1 diff)
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tc3/camera.config (modified) (1 diff)
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tek/camera.config (modified) (1 diff)
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ucam/camera.config (modified) (1 diff)
Legend:
- Unmodified
- Added
- Removed
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branches/eam_branch_20080408/ippconfig/cfh12k/camera.config
r17482 r17486 111 111 REDUCTION STR recipes/reductionClasses.mdc 112 112 113 FITS 113 FITSTYPES STR recipes/fitstypes.mdc 114 114 115 115 FILERULES STR recipes/filerules-mef.mdc # File rules appropriate for MEF format -
branches/eam_branch_20080408/ippconfig/esowfi/camera.config
r17479 r17486 69 69 REDUCTION STR recipes/reductionClasses.mdc 70 70 71 FITS METADATA 72 # BITPIX is the bits per pixel for writing the output data 73 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 74 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 75 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 76 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 77 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 78 79 # BITPIX(S32) is the bits per pixel for writing the output data 80 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 81 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 82 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 83 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 84 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 85 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 86 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 87 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 88 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 89 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 90 # FLOAT(STR) is the name of a custom floating-point type 91 92 DET_IMAGE METADATA 93 BITPIX S32 -32 94 END 95 DET_MASK METADATA 96 BITPIX S32 8 97 END 98 DET_WEIGHT METADATA 99 BITPIX S32 -32 100 END 101 102 SKY_IMAGE METADATA 103 BITPIX S32 -32 104 END 105 SKY_MASK METADATA 106 BITPIX S32 8 107 END 108 SKY_WEIGHT METADATA 109 BITPIX S32 -32 110 END 111 112 COMPRESSED_POSITIVE METADATA 113 BITPIX S32 16 114 SCALING STR STDEV_POSITIVE 115 STDEV.BITS S32 4 116 STDEV.NUM F32 10 117 COMPRESSION STR RICE 118 TILE.X S32 0 119 TILE.Y S32 1 120 TILE.Z S32 1 121 NOISE S32 8 122 END 123 COMPRESSED_MASK METADATA 124 COMPRESSION STR PLIO 125 TILE.X S32 0 126 TILE.Y S32 1 127 TILE.Z S32 1 128 NOISE S32 8 129 END 130 COMPRESSED_SUBTRACTION METADATA 131 BITPIX S32 16 132 SCALING STR STDEV_BOTH 133 STDEV.BITS S32 4 134 STDEV.NUM F32 5 135 COMPRESSION STR RICE 136 TILE.X S32 0 137 TILE.Y S32 1 138 TILE.Z S32 1 139 NOISE S32 8 140 END 141 142 END 71 FITSTYPES STR recipes/fitstypes.mdc 143 72 144 73 FILERULES STR recipes/filerules-mef.mdc # File rules appropriate for MEF format -
branches/eam_branch_20080408/ippconfig/gpc1/camera.config
r17482 r17486 103 103 REDUCTION STR recipes/reductionClasses.mdc 104 104 105 FITS 105 FITSTYPES STR recipes/fitstypes.mdc 106 106 107 107 FILERULES STR recipes/filerules-split.mdc -
branches/eam_branch_20080408/ippconfig/isp/camera.config
r17482 r17486 53 53 REDUCTION STR recipes/reductionClasses.mdc 54 54 55 FITS 55 FITSTYPES STR recipes/fitstypes.mdc 56 56 57 57 FILERULES STR recipes/filerules-simple.mdc -
branches/eam_branch_20080408/ippconfig/lbc_red/camera.config
r17479 r17486 53 53 REDUCTION STR recipes/reductionClasses.mdc 54 54 55 FITS METADATA 56 # BITPIX is the bits per pixel for writing the output data 57 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 58 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 59 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 60 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 61 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 62 TYPE FITS FLOAT BITPIX COMP TILE.X TILE.Y TILE.Z NOISE HSCALE HSMOOTH 63 DET_IMAGE FITS NONE -32 RICE 0 1 1 16 0 0 64 DET_MASK FITS NONE 8 PLIO 0 1 1 0 0 0 65 DET_WEIGHT FITS NONE -32 RICE 0 1 1 16 0 0 66 SKY_IMAGE FITS NONE -32 RICE 0 1 1 16 0 0 67 SKY_MASK FITS NONE 8 PLIO 0 1 1 0 0 0 68 SKY_WEIGHT FITS NONE -32 RICE 0 1 1 16 0 0 69 END 55 FITSTYPES STR recipes/fitstypes.mdc 70 56 71 57 FILERULES STR lbc_red/filerules.mdc # File rules -
branches/eam_branch_20080408/ippconfig/mcshort/camera.config
r16199 r17486 96 96 97 97 98 FITS METADATA 99 # BITPIX is the bits per pixel for writing the output data 100 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 101 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 102 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 103 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 104 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 98 # reduction classes (recipes which are grouped together) 99 REDUCTION STR recipes/reductionClasses.mdc 105 100 106 # BITPIX(S32) is the bits per pixel for writing the output data 107 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 108 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 109 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 110 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 111 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 112 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 113 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 114 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 115 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 116 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 117 # FLOAT(STR) is the name of a custom floating-point type 101 FITSTYPES STR recipes/fitstypes.mdc 102 FILERULES STR recipes/filerules-mef.mdc 118 103 119 DET_IMAGE METADATA120 BITPIX S32 -32121 END122 DET_MASK METADATA123 BITPIX S32 8124 END125 DET_WEIGHT METADATA126 BITPIX S32 -32127 END128 129 SKY_IMAGE METADATA130 BITPIX S32 -32131 END132 SKY_MASK METADATA133 BITPIX S32 8134 END135 SKY_WEIGHT METADATA136 BITPIX S32 -32137 END138 139 COMPRESSED_POSITIVE METADATA140 BITPIX S32 16141 SCALING STR STDEV_POSITIVE142 STDEV.BITS S32 4143 STDEV.NUM F32 10144 COMPRESSION STR RICE145 TILE.X S32 0146 TILE.Y S32 1147 TILE.Z S32 1148 NOISE S32 8149 END150 COMPRESSED_MASK METADATA151 COMPRESSION STR PLIO152 TILE.X S32 0153 TILE.Y S32 1154 TILE.Z S32 1155 NOISE S32 8156 END157 COMPRESSED_SUBTRACTION METADATA158 BITPIX S32 16159 SCALING STR STDEV_BOTH160 STDEV.BITS S32 4161 STDEV.NUM F32 5162 COMPRESSION STR RICE163 TILE.X S32 0164 TILE.Y S32 1165 TILE.Z S32 1166 NOISE S32 8167 END168 169 END170 171 FILERULES METADATA172 ### Redirections173 PSASTRO.INPUT STR PSASTRO.INPUT.CMP174 PSASTRO.OUTPUT STR PSASTRO.OUTPUT.CMP175 PSPHOT.OUTPUT STR PSPHOT.OUTPUT.CMF176 177 ### input file definitions178 TYPE INPUT FILENAME.RULE DATA.LEVEL FILE.TYPE179 PPIMAGE.INPUT INPUT @FILES CHIP IMAGE180 181 ### use these entries to get the detrend images from specific files182 PPIMAGE.MASK INPUT mcshort/mask.{CHIP.NAME}.fits CHIP MASK183 PPIMAGE.BIAS INPUT path://somewhere/MCSHORT.bias.norm.1.2.{CHIP.NAME}.fits CHIP IMAGE184 PPIMAGE.DARK INPUT path://somewhere/MCSHORT.dark.norm.2.1.{CHIP.NAME}.fits CHIP IMAGE185 PPIMAGE.FLAT INPUT path://somewhere/MCSHORT.flat.norm.3.1.{CHIP.NAME}.fits CHIP IMAGE186 PPIMAGE.FRINGE INPUT path://somewhere/fringe.fits CHIP FRINGE187 188 ### use these entries to get the detrend images from the database189 #PPIMAGE.MASK INPUT @DETDB CHIP IMAGE190 #PPIMAGE.BIAS INPUT @DETDB CHIP IMAGE191 #PPIMAGE.DARK INPUT @DETDB CHIP IMAGE192 #PPIMAGE.FLAT INPUT @DETDB CHIP IMAGE193 194 PSPHOT.INPUT INPUT @FILES CHIP IMAGE195 196 PSASTRO.INPUT.CMP INPUT @FILES CHIP CMP197 PSASTRO.INPUT.CMF INPUT @FILES CHIP CMF198 199 ### output file definitions200 TYPE OUTPUT FILENAME.RULE DATA.LEVEL FILE.TYPE FILE.SAVE FILE.FORMAT201 # PPIMAGE.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.fits CHIP IMAGE TRUE NONE202 PPIMAGE.OUTPUT OUTPUT {OUTPUT}.fits CHIP IMAGE TRUE SPLICED203 PPIMAGE.OUTPUT.MASK OUTPUT {OUTPUT}.{CHIP.NAME}.mask.fits CHIP MASK FALSE NONE204 PPIMAGE.OUTPUT.WEIGHT OUTPUT {OUTPUT}.{CHIP.NAME}.wt.fits CHIP WEIGHT FALSE NONE205 PPIMAGE.BIN1 OUTPUT {OUTPUT}.{CHIP.NAME}.b1.fits CHIP IMAGE TRUE NONE206 PPIMAGE.BIN2 OUTPUT {OUTPUT}.{CHIP.NAME}.b2.fits CHIP IMAGE TRUE NONE207 208 PPIMAGE.OUTPUT.CHIP OUTPUT {OUTPUT}.{CHIP.NAME}.chip.fits CHIP IMAGE TRUE NONE209 PPIMAGE.OUTPUT.FPA1 OUTPUT {OUTPUT}.b1.fits FPA IMAGE TRUE NONE210 PPIMAGE.OUTPUT.FPA2 OUTPUT {OUTPUT}.b2.fits FPA IMAGE TRUE NONE211 212 PPIMAGE.JPEG1 OUTPUT {OUTPUT}.b1.jpg FPA JPEG TRUE NONE213 PPIMAGE.JPEG2 OUTPUT {OUTPUT}.b2.jpg FPA JPEG TRUE NONE214 215 PSPHOT.RESID OUTPUT {OUTPUT}.res.fits CHIP IMAGE TRUE SPLICED216 PSPHOT.BACKGND OUTPUT {OUTPUT}.bck.fits CHIP IMAGE TRUE SPLICED217 PSPHOT.BACKSUB OUTPUT {OUTPUT}.sub.fits CHIP IMAGE TRUE SPLICED218 PSPHOT.BACKMDL OUTPUT {OUTPUT}.mdl.fits CHIP IMAGE TRUE SPLICED219 220 PSPHOT.OUTPUT.RAW OUTPUT {OUTPUT}.{CHIP.NAME} CHIP RAW TRUE NONE221 PSPHOT.OUTPUT.SX OUTPUT {OUTPUT}.sx CHIP SX TRUE NONE222 PSPHOT.OUTPUT.OBJ OUTPUT {OUTPUT}.obj CHIP OBJ TRUE NONE223 PSPHOT.OUTPUT.CMF OUTPUT {OUTPUT}.cmf CHIP CMF TRUE NONE224 PSPHOT.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.cmp CHIP CMP TRUE NONE225 226 PSASTRO.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.smp CHIP CMP TRUE NONE227 228 END -
branches/eam_branch_20080408/ippconfig/megacam/camera.config
r17479 r17486 125 125 REDUCTION STR recipes/reductionClasses.mdc 126 126 127 FITS METADATA 128 # BITPIX is the bits per pixel for writing the output data 129 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 130 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 131 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 132 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 133 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 134 135 # BITPIX(S32) is the bits per pixel for writing the output data 136 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 137 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 138 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 139 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 140 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 141 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 142 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 143 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 144 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 145 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 146 # FLOAT(STR) is the name of a custom floating-point type 147 148 DET_IMAGE METADATA 149 BITPIX S32 -32 150 END 151 DET_MASK METADATA 152 BITPIX S32 8 153 END 154 DET_WEIGHT METADATA 155 BITPIX S32 -32 156 END 157 158 SKY_IMAGE METADATA 159 BITPIX S32 -32 160 END 161 SKY_MASK METADATA 162 BITPIX S32 8 163 END 164 SKY_WEIGHT METADATA 165 BITPIX S32 -32 166 END 167 168 # Compressed positive image 169 COMP_IMG METADATA 170 BITPIX S32 16 171 SCALING STR STDEV_POSITIVE 172 STDEV.BITS S32 4 173 STDEV.NUM F32 10 174 COMPRESSION STR RICE 175 TILE.X S32 0 176 TILE.Y S32 1 177 TILE.Z S32 1 178 NOISE S32 8 179 END 180 # Compressed mask 181 COMP_MASK METADATA 182 BITPIX S32 8 183 COMPRESSION STR PLIO 184 TILE.X S32 0 185 TILE.Y S32 1 186 TILE.Z S32 1 187 NOISE S32 8 188 END 189 # Compressed weight image 190 COMP_WT METADATA 191 BITPIX S32 16 192 SCALING STR STDEV_POSITIVE 193 STDEV.BITS S32 4 194 STDEV.NUM F32 10 195 COMPRESSION STR RICE 196 TILE.X S32 0 197 TILE.Y S32 1 198 TILE.Z S32 1 199 NOISE S32 8 200 END 201 # Compressed subtraction image 202 COMP_SUB METADATA 203 BITPIX S32 16 204 SCALING STR STDEV_BOTH 205 STDEV.BITS S32 4 206 STDEV.NUM F32 5 207 COMPRESSION STR RICE 208 TILE.X S32 0 209 TILE.Y S32 1 210 TILE.Z S32 1 211 NOISE S32 8 212 END 213 214 END 127 FITSTYPES STR recipes/fitstypes.mdc 215 128 216 129 FILERULES STR recipes/filerules-mef.mdc # File rules appropriate for MEF format -
branches/eam_branch_20080408/ippconfig/mosaic2/camera.config
r17479 r17486 78 78 REDUCTION STR recipes/reductionClasses.mdc 79 79 80 FITS METADATA 81 # BITPIX(S32) is the bits per pixel for writing the output data 82 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 83 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 84 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 85 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 86 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 87 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 88 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 89 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 90 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 91 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 92 # FLOAT(STR) is the name of a custom floating-point type 93 94 DET_IMAGE METADATA 95 BITPIX S32 -32 96 END 97 DET_MASK METADATA 98 BITPIX S32 8 99 END 100 DET_WEIGHT METADATA 101 BITPIX S32 -32 102 END 103 104 SKY_IMAGE METADATA 105 BITPIX S32 -32 106 END 107 SKY_MASK METADATA 108 BITPIX S32 8 109 END 110 SKY_WEIGHT METADATA 111 BITPIX S32 -32 112 END 113 114 # Compressed positive image 115 COMP_IMG METADATA 116 BITPIX S32 16 117 SCALING STR STDEV_POSITIVE 118 STDEV.BITS S32 4 119 STDEV.NUM F32 10 120 COMPRESSION STR RICE 121 TILE.X S32 0 122 TILE.Y S32 1 123 TILE.Z S32 1 124 NOISE S32 8 125 END 126 # Compressed mask 127 COMP_MASK METADATA 128 BITPIX S32 8 129 COMPRESSION STR PLIO 130 TILE.X S32 0 131 TILE.Y S32 1 132 TILE.Z S32 1 133 NOISE S32 8 134 END 135 # Compressed weight image 136 COMP_WT METADATA 137 BITPIX S32 16 138 SCALING STR STDEV_POSITIVE 139 STDEV.BITS S32 4 140 STDEV.NUM F32 10 141 COMPRESSION STR RICE 142 TILE.X S32 0 143 TILE.Y S32 1 144 TILE.Z S32 1 145 NOISE S32 8 146 END 147 # Compressed subtraction image 148 COMP_SUB METADATA 149 BITPIX S32 16 150 SCALING STR STDEV_BOTH 151 STDEV.BITS S32 4 152 STDEV.NUM F32 5 153 COMPRESSION STR RICE 154 TILE.X S32 0 155 TILE.Y S32 1 156 TILE.Z S32 1 157 NOISE S32 8 158 END 159 160 END 80 FITSTYPES STR recipes/fitstypes.mdc 161 81 162 82 # Set file rules appropriate for mef format (common to all mef cameras) -
branches/eam_branch_20080408/ippconfig/recipes/ppImage.config
r17101 r17486 483 483 BIN2.FITS BOOL TRUE # Save 2nd binned chip image? 484 484 PHOTOM BOOL TRUE # Source identification and photometry 485 ASTROM.CHIP BOOL TRUE# Astrometry per chip?485 ASTROM.CHIP BOOL FALSE # Astrometry per chip? 486 486 ASTROM.MOSAIC BOOL FALSE # Astrometry for mosaic? 487 487 END -
branches/eam_branch_20080408/ippconfig/recipes/reductionClasses.mdc
r17479 r17486 74 74 # basic science analysis 75 75 DEFAULT METADATA 76 CHIP STR PPIMAGE_OBDSFR A76 CHIP STR PPIMAGE_OBDSFRP 77 77 JPEG_BIN1 STR PPIMAGE_J1 78 78 JPEG_BIN2 STR PPIMAGE_J2 79 79 END 80 80 81 # photometry & astrometryfor pre-detrended images81 # photometry for pre-detrended images 82 82 PROCESSED METADATA 83 CHIP STR PPIMAGE_P A83 CHIP STR PPIMAGE_P 84 84 JPEG_BIN1 STR PPIMAGE_J1 85 85 JPEG_BIN2 STR PPIMAGE_J2 -
branches/eam_branch_20080408/ippconfig/sdss/camera.config
r17479 r17486 54 54 REDUCTION STR recipes/reductionClasses.mdc 55 55 56 FITS METADATA 57 # BITPIX is the bits per pixel for writing the output data 58 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 59 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 60 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 61 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 62 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 63 64 # BITPIX(S32) is the bits per pixel for writing the output data 65 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 66 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 67 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 68 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 69 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 70 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 71 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 72 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 73 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 74 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 75 # FLOAT(STR) is the name of a custom floating-point type 76 77 DET_IMAGE METADATA 78 BITPIX S32 -32 79 END 80 DET_MASK METADATA 81 BITPIX S32 8 82 END 83 DET_WEIGHT METADATA 84 BITPIX S32 -32 85 END 86 87 SKY_IMAGE METADATA 88 BITPIX S32 -32 89 END 90 SKY_MASK METADATA 91 BITPIX S32 8 92 END 93 SKY_WEIGHT METADATA 94 BITPIX S32 -32 95 END 96 97 COMPRESSED_POSITIVE METADATA 98 BITPIX S32 16 99 SCALING STR STDEV_POSITIVE 100 STDEV.BITS S32 4 101 STDEV.NUM F32 10 102 COMPRESSION STR RICE 103 TILE.X S32 0 104 TILE.Y S32 1 105 TILE.Z S32 1 106 NOISE S32 8 107 END 108 COMPRESSED_MASK METADATA 109 COMPRESSION STR PLIO 110 TILE.X S32 0 111 TILE.Y S32 1 112 TILE.Z S32 1 113 NOISE S32 8 114 END 115 COMPRESSED_SUBTRACTION METADATA 116 BITPIX S32 16 117 SCALING STR STDEV_BOTH 118 STDEV.BITS S32 4 119 STDEV.NUM F32 5 120 COMPRESSION STR RICE 121 TILE.X S32 0 122 TILE.Y S32 1 123 TILE.Z S32 1 124 NOISE S32 8 125 END 126 127 END 128 56 FITSTYPES STR recipes/fitstypes.mdc 57 58 ## XXX replace with appropriate common filerules? 129 59 FILERULES METADATA 130 60 PSASTRO.INPUT STR PSASTRO.INPUT.CMF -
branches/eam_branch_20080408/ippconfig/simmosaic/camera.config
r17479 r17486 63 63 REDUCTION STR recipes/reductionClasses.mdc 64 64 65 FITS METADATA 66 # BITPIX is the bits per pixel for writing the output data 67 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 68 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 69 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 70 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 71 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 65 FITSTYPES STR recipes/fitstypes.mdc 72 66 73 # BITPIX(S32) is the bits per pixel for writing the output data 74 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 75 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 76 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 77 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 78 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 79 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 80 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 81 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 82 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 83 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 84 # FLOAT(STR) is the name of a custom floating-point type 85 86 DET_IMAGE METADATA 87 BITPIX S32 -32 88 END 89 DET_MASK METADATA 90 BITPIX S32 8 91 END 92 DET_WEIGHT METADATA 93 BITPIX S32 -32 94 END 95 96 SKY_IMAGE METADATA 97 BITPIX S32 -32 98 END 99 SKY_MASK METADATA 100 BITPIX S32 8 101 END 102 SKY_WEIGHT METADATA 103 BITPIX S32 -32 104 END 105 106 COMPRESSED_POSITIVE METADATA 107 BITPIX S32 16 108 SCALING STR STDEV_POSITIVE 109 STDEV.BITS S32 4 110 STDEV.NUM F32 10 111 COMPRESSION STR RICE 112 TILE.X S32 0 113 TILE.Y S32 1 114 TILE.Z S32 1 115 NOISE S32 8 116 END 117 COMPRESSED_MASK METADATA 118 COMPRESSION STR PLIO 119 TILE.X S32 0 120 TILE.Y S32 1 121 TILE.Z S32 1 122 NOISE S32 8 123 END 124 COMPRESSED_SUBTRACTION METADATA 125 BITPIX S32 16 126 SCALING STR STDEV_BOTH 127 STDEV.BITS S32 4 128 STDEV.NUM F32 5 129 COMPRESSION STR RICE 130 TILE.X S32 0 131 TILE.Y S32 1 132 TILE.Z S32 1 133 NOISE S32 8 134 END 135 136 END 137 138 FILERULES METADATA 139 ### Redirections 140 PSASTRO.INPUT STR PSASTRO.INPUT.CMF 141 PSASTRO.OUTPUT STR PSASTRO.OUT.CMF.SPL 142 PSASTRO.OUTPUT.MEF STR PSASTRO.OUT.CMF.MEF 143 PSPHOT.OUTPUT STR PSPHOT.OUT.CMF.SPL 144 145 ### input file definitions 146 ### use @DETDB entries to get the detrend images from the database 147 ### replace @DETDB with @FILES if you want to require it from the 148 ### command line, or with an explicit name to require a specific file 149 TYPE INPUT FILENAME.RULE DATA.LEVEL FILE.TYPE 150 151 ## files used by ppImage 152 PPIMAGE.INPUT INPUT @FILES CHIP IMAGE 153 PPIMAGE.MASK INPUT @DETDB CELL IMAGE 154 PPIMAGE.BIAS INPUT @DETDB CELL IMAGE 155 PPIMAGE.DARK INPUT @DETDB CELL DARK 156 PPIMAGE.FLAT INPUT @DETDB CELL IMAGE 157 PPIMAGE.FRINGE INPUT @DETDB CHIP FRINGE 158 PPIMAGE.SHUTTER INPUT @DETDB CELL IMAGE 159 160 ## Files used by ppMerge 161 PPMERGE.INPUT INPUT @FILES CHIP IMAGE 162 PPMERGE.INPUT.MASK INPUT @FILES CHIP MASK 163 PPMERGE.INPUT.WEIGHT INPUT @FILES CHIP WEIGHT 164 165 ## files used to build and apply the flat-field correction images 166 DVOCORR.INPUT INPUT @FILES CHIP IMAGE 167 DVOCORR.REFHEAD INPUT @FILES CHIP HEADER 168 DVOFLAT.INPUT INPUT @FILES CHIP IMAGE 169 DVOFLAT.CORR INPUT @DETDB CHIP IMAGE 170 171 ## files used by psphot 172 PSPHOT.LOAD INPUT @FILES CHIP IMAGE 173 PSPHOT.INPUT INPUT @FILES CHIP IMAGE 174 PSPHOT.MASK INPUT @FILES CHIP MASK 175 PSPHOT.WEIGHT INPUT @FILES CHIP WEIGHT 176 PSPHOT.PSF.LOAD INPUT @FILES CHIP PSF 177 PSPHOT.INPUT.CMF INPUT @FILES CHIP CMF 178 179 ## files used by psastro 180 PSASTRO.INPUT.CMF INPUT @FILES CHIP CMF 181 182 ## files used by pswarp 183 PSWARP.INPUT INPUT @FILES CHIP IMAGE 184 PSWARP.SKYCELL INPUT @FILES FPA IMAGE 185 PSWARP.WEIGHT INPUT @FILES CHIP WEIGHT 186 PSWARP.MASK INPUT @FILES CHIP MASK 187 PSWARP.ASTROM INPUT @FILES CHIP CMF 188 189 PPSUB.INPUT INPUT none.fits FPA IMAGE 190 PPSUB.INPUT.MASK INPUT none.fits FPA MASK 191 PPSUB.INPUT.WEIGHT INPUT none.fits FPA WEIGHT 192 PPSUB.REF INPUT none.fits FPA IMAGE 193 PPSUB.REF.MASK INPUT none.fits FPA MASK 194 PPSUB.REF.WEIGHT INPUT none.fits FPA WEIGHT 195 196 PPSTACK.INPUT INPUT none.fits FPA IMAGE 197 PPSTACK.INPUT.MASK INPUT none.fits FPA MASK 198 PPSTACK.INPUT.WEIGHT INPUT none.fits FPA WEIGHT 199 200 PPSTAMP.INPUT INPUT @FILES CHIP IMAGE 201 202 PPARITH.INPUT.IMAGE INPUT @FILES CHIP IMAGE 203 PPARITH.INPUT.MASK INPUT @FILES CHIP MASK 204 205 206 ### output file definitions 207 TYPE OUTPUT FILENAME.RULE FILE.TYPE FITS.TYPE DATA.LEVEL FILE.SAVE FILE.FORMAT 208 PPIMAGE.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.fits IMAGE NONE CHIP TRUE SPLIT 209 PPIMAGE.OUTPUT.MASK OUTPUT {OUTPUT}.{CHIP.NAME}.mask.fits MASK NONE CHIP TRUE SPLIT 210 PPIMAGE.OUTPUT.WEIGHT OUTPUT {OUTPUT}.{CHIP.NAME}.wt.fits WEIGHT NONE CHIP TRUE SPLIT 211 PPIMAGE.CHIP OUTPUT {OUTPUT}.{CHIP.NAME}.ch.fits IMAGE NONE CHIP TRUE SPLIT 212 PPIMAGE.CHIP.MASK OUTPUT {OUTPUT}.{CHIP.NAME}.ch.mask.fits MASK NONE CHIP TRUE SPLIT 213 PPIMAGE.CHIP.WEIGHT OUTPUT {OUTPUT}.{CHIP.NAME}.ch.wt.fits WEIGHT NONE CHIP TRUE SPLIT 214 PPIMAGE.OUTPUT.FPA1 OUTPUT {OUTPUT}.fpa1.fits IMAGE NONE FPA TRUE NONE 215 PPIMAGE.OUTPUT.FPA2 OUTPUT {OUTPUT}.fpa2.fits IMAGE NONE FPA TRUE NONE 216 PPIMAGE.STATS OUTPUT {OUTPUT}.stats STATS NONE FPA TRUE NONE 217 218 PPIMAGE.JPEG1 OUTPUT {OUTPUT}.b1.jpg JPEG NONE FPA TRUE NONE 219 PPIMAGE.JPEG2 OUTPUT {OUTPUT}.b2.jpg JPEG NONE FPA TRUE NONE 220 PPIMAGE.BIN1 OUTPUT {OUTPUT}.{CHIP.NAME}.b1.fits IMAGE NONE CHIP TRUE SPLIT 221 PPIMAGE.BIN2 OUTPUT {OUTPUT}.{CHIP.NAME}.b2.fits IMAGE NONE CHIP TRUE SPLIT 222 223 PPMERGE.OUTPUT.MASK OUTPUT {OUTPUT}.{CHIP.NAME}.fits MASK NONE CHIP TRUE SPLIT 224 PPMERGE.OUTPUT.BIAS OUTPUT {OUTPUT}.{CHIP.NAME}.fits IMAGE NONE CHIP TRUE SPLIT 225 PPMERGE.OUTPUT.DARK OUTPUT {OUTPUT}.{CHIP.NAME}.fits DARK NONE CHIP TRUE SPLIT 226 PPMERGE.OUTPUT.SHUTTER OUTPUT {OUTPUT}.{CHIP.NAME}.fits IMAGE NONE CHIP TRUE SPLIT 227 PPMERGE.OUTPUT.FLAT OUTPUT {OUTPUT}.{CHIP.NAME}.fits IMAGE NONE CHIP TRUE SPLIT 228 PPMERGE.OUTPUT.FRINGE OUTPUT {OUTPUT}.{CHIP.NAME}.fits FRINGE NONE CHIP TRUE SPLIT 229 PPMERGE.OUTPUT.SIGMA OUTPUT {OUTPUT}.sigma.fits IMAGE NONE CHIP TRUE NONE 230 PPMERGE.OUTPUT.COUNT OUTPUT {OUTPUT}.count.fits IMAGE NONE CHIP TRUE NONE 231 232 DVOCORR.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.fc.fits IMAGE NONE CHIP TRUE NONE 233 DVOFLAT.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.co.fits IMAGE NONE CHIP TRUE NONE 234 235 PSPHOT.RESID OUTPUT {OUTPUT}.{CHIP.NAME}.res.fits IMAGE NONE CHIP TRUE NONE 236 PSPHOT.BACKGND OUTPUT {OUTPUT}.{CHIP.NAME}.bck.fits IMAGE NONE CHIP TRUE NONE 237 PSPHOT.BACKSUB OUTPUT {OUTPUT}.{CHIP.NAME}.sub.fits IMAGE NONE CHIP TRUE NONE 238 PSPHOT.BACKMDL OUTPUT {OUTPUT}.{CHIP.NAME}.mdl.fits IMAGE NONE CHIP TRUE NONE 239 PSPHOT.BACKMDL.STDEV OUTPUT {OUTPUT}.{CHIP.NAME}.mdd.fits IMAGE NONE CHIP TRUE NONE 240 241 PSPHOT.OUTPUT.RAW OUTPUT {OUTPUT}.{CHIP.NAME} RAW NONE CHIP TRUE NONE 242 PSPHOT.OUTPUT.SX OUTPUT {OUTPUT}.{CHIP.NAME}.sx SX NONE CHIP TRUE NONE 243 PSPHOT.OUTPUT.OBJ OUTPUT {OUTPUT}.{CHIP.NAME}.obj OBJ NONE CHIP TRUE NONE 244 PSPHOT.OUT.CMF.SPL OUTPUT {OUTPUT}.{CHIP.NAME}.cmf CMF NONE CHIP TRUE NONE 245 PSPHOT.OUT.CMF.MEF OUTPUT {OUTPUT}.cmf CMF NONE FPA TRUE NONE 246 247 PSPHOT.PSF.SAVE OUTPUT {OUTPUT}.{CHIP.NAME}.psf PSF NONE CHIP TRUE NONE 248 249 SOURCE.PLOT.MOMENTS OUTPUT {OUTPUT}.{CHIP.NAME}.mnt.png KAPA NONE CHIP TRUE NONE 250 SOURCE.PLOT.PSFMODEL OUTPUT {OUTPUT}.{CHIP.NAME}.psf.png KAPA NONE CHIP TRUE NONE 251 SOURCE.PLOT.APRESID OUTPUT {OUTPUT}.{CHIP.NAME}.dap.png KAPA NONE CHIP TRUE NONE 252 253 PSASTRO.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.smp CMP NONE CHIP TRUE SPLIT 254 PSASTRO.OUT.CMF.SPL OUTPUT {OUTPUT}.{CHIP.NAME}.smf CMF NONE CHIP TRUE SPLIT 255 PSASTRO.OUT.CMF.MEF OUTPUT {OUTPUT}.smf CMF NONE FPA TRUE TOGETHER 256 257 PSWARP.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 258 PSWARP.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 259 PSWARP.OUTPUT.WEIGHT OUTPUT {OUTPUT}.wt.fits WEIGHT NONE FPA TRUE NONE 260 PSWARP.BIN1 OUTPUT {OUTPUT}.b1.fits IMAGE NONE FPA TRUE NONE 261 PSWARP.BIN2 OUTPUT {OUTPUT}.b2.fits IMAGE NONE FPA TRUE NONE 262 263 SKYCELL.STATS OUTPUT {OUTPUT}.stats STATS NONE FPA TRUE NONE 264 SKYCELL.TEMPLATE OUTPUT {OUTPUT}.skycell SKYCELL NONE FPA TRUE NONE 265 266 PPSUB.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 267 PPSUB.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 268 PPSUB.OUTPUT.WEIGHT OUTPUT {OUTPUT}.wt.fits WEIGHT NONE FPA TRUE NONE 269 270 PPSTACK.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 271 PPSTACK.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 272 PPSTACK.OUTPUT.WEIGHT OUTPUT {OUTPUT}.weight.fits WEIGHT NONE FPA TRUE NONE 273 274 PPSTAMP.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 275 PPSTAMP.CHIP.MEF OUTPUT {OUTPUT}.ch.fits IMAGE NONE CHIP FALSE MEF 276 277 PPSIM.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.fits IMAGE NONE CHIP TRUE SPLIT 278 PPSIM.SOURCES OUTPUT {OUTPUT}.cmf CMF NONE FPA TRUE NONE 279 280 PPARITH.OUTPUT.IMAGE OUTPUT {OUTPUT}.fits IMAGE NONE CHIP TRUE NONE 281 PPARITH.OUTPUT.MASK OUTPUT {OUTPUT}.fits MASK NONE CHIP TRUE NONE 282 283 LOG.IMFILE OUTPUT {OUTPUT}.{CHIP.NAME}.log TEXT NONE CHIP TRUE NONE 284 LOG.EXP OUTPUT {OUTPUT}.log TEXT NONE FPA TRUE NONE 285 END 286 287 # FPA file defines properties of a possible input|output object 288 # user can set the filename (I|O), filename rules (O), or abstract source (@FILES, @DETDB) (I) 289 # user can set the extension name, if used 290 # user can set the file type (IMAGE, JPEG, RAW, SX, OBJ, CMP, CMF) : but these are not variable in most cases! 291 # user can set the file depth: only valid for output files 292 # user can set the data depth: must be >= file depth 293 # user can set the file format: only valid for newly created FPAs 294 # user can set the colormap, scaling method, scaling range (JPEG only) 295 # user can set the extension name for the data and header segments (CMF only) 296 67 FILERULES STR recipes/filerules-mef.mdc 297 68 298 69 EXTNAME.RULES METADATA -
branches/eam_branch_20080408/ippconfig/simple/camera.config
r17482 r17486 48 48 REDUCTION STR recipes/reductionClasses.mdc 49 49 50 FITS 50 FITSTYPES STR recipes/fitstypes.mdc 51 51 52 FILERULES STRrecipes/filerules-simple.mdc52 FILERULES STR recipes/filerules-simple.mdc 53 53 54 54 EXTNAME.RULES METADATA -
branches/eam_branch_20080408/ippconfig/simtest/camera.config
r17482 r17486 51 51 REDUCTION STR recipes/reductionClasses.mdc 52 52 53 FITS 53 FITSTYPES STR recipes/fitstypes.mdc 54 54 55 55 FILERULES STR recipes/filerules-simple.mdc -
branches/eam_branch_20080408/ippconfig/tc3/camera.config
r16199 r17486 65 65 END 66 66 67 FITS METADATA 68 # BITPIX is the bits per pixel for writing the output data 69 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 70 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 71 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 72 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 73 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 67 FITSTYPES STR recipes/fitstypes.mdc 74 68 75 # BITPIX(S32) is the bits per pixel for writing the output data 76 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 77 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 78 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 79 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 80 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 81 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 82 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 83 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 84 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 85 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 86 # FLOAT(STR) is the name of a custom floating-point type 87 88 DET_IMAGE METADATA 89 BITPIX S32 -32 90 END 91 DET_MASK METADATA 92 BITPIX S32 8 93 END 94 DET_WEIGHT METADATA 95 BITPIX S32 -32 96 END 97 98 SKY_IMAGE METADATA 99 BITPIX S32 -32 100 END 101 SKY_MASK METADATA 102 BITPIX S32 8 103 END 104 SKY_WEIGHT METADATA 105 BITPIX S32 -32 106 END 107 108 COMPRESSED_POSITIVE METADATA 109 BITPIX S32 16 110 SCALING STR STDEV_POSITIVE 111 STDEV.BITS S32 4 112 STDEV.NUM F32 10 113 COMPRESSION STR RICE 114 TILE.X S32 0 115 TILE.Y S32 1 116 TILE.Z S32 1 117 NOISE S32 8 118 END 119 COMPRESSED_MASK METADATA 120 COMPRESSION STR PLIO 121 TILE.X S32 0 122 TILE.Y S32 1 123 TILE.Z S32 1 124 NOISE S32 8 125 END 126 COMPRESSED_SUBTRACTION METADATA 127 BITPIX S32 16 128 SCALING STR STDEV_BOTH 129 STDEV.BITS S32 4 130 STDEV.NUM F32 5 131 COMPRESSION STR RICE 132 TILE.X S32 0 133 TILE.Y S32 1 134 TILE.Z S32 1 135 NOISE S32 8 136 END 137 138 END 139 140 FILERULES METADATA 141 ### Redirections 142 PSASTRO.INPUT STR PSASTRO.INPUT.CMP 143 PSASTRO.OUTPUT STR PSASTRO.OUTPUT.CMP 144 PSPHOT.OUTPUT STR PSPHOT.OUTPUT.CMF 145 DVOCORR.OUTPUT STR DVOCORR.MEF.OUTPUT 146 DVOFLAT.OUTPUT STR DVOFLAT.MEF.OUTPUT 147 148 ### input file definitions 149 TYPE INPUT FILENAME.RULE DATA.LEVEL FILE.TYPE 150 PPIMAGE.INPUT INPUT @FILES CHIP IMAGE 151 152 ## can we just use PPIMAGE.INPUT as the pmFPAfile name? 153 DVOCORR.INPUT INPUT @FILES CHIP IMAGE 154 DVOCORR.REFHEAD INPUT @FILES CHIP HEADER 155 156 DVOFLAT.INPUT INPUT @FILES CHIP IMAGE 157 DVOFLAT.CORR INPUT @DETDB CHIP IMAGE 158 159 ### use these entries to get the detrend images from the database 160 PPIMAGE.MASK INPUT @DETDB CHIP IMAGE 161 PPIMAGE.BIAS INPUT @DETDB CHIP IMAGE 162 PPIMAGE.DARK INPUT @DETDB CHIP IMAGE 163 PPIMAGE.FLAT INPUT @DETDB CHIP IMAGE 164 PPIMAGE.FRINGE INPUT @DETDB CHIP FRINGE 165 166 PSPHOT.INPUT INPUT @FILES CHIP IMAGE 167 PSASTRO.INPUT.CMP INPUT @FILES CHIP CMP 168 PSASTRO.INPUT.CMF INPUT @FILES CHIP CMF 169 170 171 ### output file definitions 172 TYPE OUTPUT FILENAME.RULE FILE.TYPE FITS.TYPE DATA.LEVEL FILE.SAVE FILE.FORMAT 173 PPIMAGE.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.fits IMAGE NONE CHIP TRUE NONE 174 PPIMAGE.OUTPUT.MASK OUTPUT {OUTPUT}.{CHIP.NAME}.mask.fits MASK NONE CHIP TRUE NONE 175 PPIMAGE.OUTPUT.WEIGHT OUTPUT {OUTPUT}.{CHIP.NAME}.wt.fits WEIGHT NONE CHIP TRUE NONE 176 PPIMAGE.BIN1 OUTPUT {OUTPUT}.{CHIP.NAME}.b1.fits IMAGE NONE CHIP TRUE NONE 177 PPIMAGE.BIN2 OUTPUT {OUTPUT}.{CHIP.NAME}.b2.fits IMAGE NONE CHIP TRUE NONE 178 DVOCORR.MEF.OUTPUT OUTPUT {OUTPUT}.fc.fits IMAGE NONE CHIP TRUE NONE 179 DVOCORR.SPL.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.fc.fits IMAGE NONE CHIP TRUE NONE 180 DVOFLAT.MEF.OUTPUT OUTPUT {OUTPUT}.co.fits IMAGE NONE CHIP TRUE NONE 181 DVOFLAT.SPL.OUTPUT OUTPUT {OUTPUT}.{CHIP.NAME}.co.fits IMAGE NONE CHIP TRUE NONE 182 183 PPIMAGE.OUTPUT.CHIP OUTPUT {OUTPUT}.{CHIP.NAME}.chip.fits IMAGE NONE CHIP TRUE NONE 184 PPIMAGE.OUTPUT.FPA1 OUTPUT {OUTPUT}.b1.fits IMAGE NONE FPA TRUE NONE 185 PPIMAGE.OUTPUT.FPA2 OUTPUT {OUTPUT}.b2.fits IMAGE NONE FPA TRUE NONE 186 187 PPIMAGE.JPEG1 OUTPUT {OUTPUT}.b1.jpg JPEG NONE FPA TRUE NONE 188 PPIMAGE.JPEG2 OUTPUT {OUTPUT}.b2.jpg JPEG NONE FPA TRUE NONE 189 190 PSPHOT.RESID OUTPUT {OUTPUT}.res.fits IMAGE NONE CHIP TRUE NONE 191 PSPHOT.BACKGND OUTPUT {OUTPUT}.bck.fits IMAGE NONE CHIP TRUE NONE 192 PSPHOT.BACKSUB OUTPUT {OUTPUT}.sub.fits IMAGE NONE CHIP TRUE NONE 193 PSPHOT.BACKMDL OUTPUT {OUTPUT}.mdl.fits IMAGE NONE CHIP TRUE NONE 194 195 PSPHOT.OUTPUT.RAW OUTPUT {OUTPUT}.{CHIP.NAME} RAW NONE CHIP TRUE NONE 196 PSPHOT.OUTPUT.SX OUTPUT {OUTPUT}.sx SX NONE CHIP TRUE NONE 197 PSPHOT.OUTPUT.OBJ OUTPUT {OUTPUT}.obj OBJ NONE CHIP TRUE NONE 198 PSPHOT.OUTPUT.CMF OUTPUT {OUTPUT}.cmf CMF NONE CHIP TRUE NONE 199 PSPHOT.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.cmp CMP NONE CHIP TRUE NONE 200 201 PSASTRO.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.smp CMP NONE CHIP TRUE NONE 202 203 LOG.IMFILE OUTPUT {OUTPUT}.{CHIP.NAME}.log TEXT NONE CHIP TRUE NONE 204 LOG.EXP OUTPUT {OUTPUT}.log TEXT NONE FPA TRUE NONE 205 END 69 FILERULES STR recipes/filerules-split.mdc 206 70 207 71 BLANK.HEADERS METADATA -
branches/eam_branch_20080408/ippconfig/tek/camera.config
r17406 r17486 51 51 END 52 52 53 FITS METADATA 54 # BITPIX is the bits per pixel for writing the output data 55 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 56 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 57 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 58 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 59 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 53 FITSTYPES STR recipes/fitstypes.mdc 60 54 61 # BITPIX(S32) is the bits per pixel for writing the output data 62 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 63 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 64 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 65 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 66 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 67 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 68 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 69 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 70 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 71 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 72 # FLOAT(STR) is the name of a custom floating-point type 73 74 DET_IMAGE METADATA 75 BITPIX S32 -32 76 END 77 DET_MASK METADATA 78 BITPIX S32 8 79 END 80 DET_WEIGHT METADATA 81 BITPIX S32 -32 82 END 83 84 SKY_IMAGE METADATA 85 BITPIX S32 -32 86 END 87 SKY_MASK METADATA 88 BITPIX S32 8 89 END 90 SKY_WEIGHT METADATA 91 BITPIX S32 -32 92 END 93 94 COMPRESSED_POSITIVE METADATA 95 BITPIX S32 16 96 SCALING STR STDEV_POSITIVE 97 STDEV.BITS S32 4 98 STDEV.NUM F32 10 99 COMPRESSION STR RICE 100 TILE.X S32 0 101 TILE.Y S32 1 102 TILE.Z S32 1 103 NOISE S32 8 104 END 105 COMPRESSED_MASK METADATA 106 COMPRESSION STR PLIO 107 TILE.X S32 0 108 TILE.Y S32 1 109 TILE.Z S32 1 110 NOISE S32 8 111 END 112 COMPRESSED_SUBTRACTION METADATA 113 BITPIX S32 16 114 SCALING STR STDEV_BOTH 115 STDEV.BITS S32 4 116 STDEV.NUM F32 5 117 COMPRESSION STR RICE 118 TILE.X S32 0 119 TILE.Y S32 1 120 TILE.Z S32 1 121 NOISE S32 8 122 END 123 124 END 125 126 FILERULES METADATA 127 PSASTRO.INPUT STR PSASTRO.INPUT.CMF 128 PSASTRO.OUTPUT STR PSASTRO.OUTPUT.CMF 129 PSASTRO.OUTPUT.MEF STR PSASTRO.OUTPUT.CMF 130 PSPHOT.OUTPUT STR PSPHOT.OUTPUT.CMF 131 132 ### input file definitions 133 ### use @DETDB entries to get the detrend images from the database 134 ### replace @DETDB with @FILES if you want to require it from the 135 ### command line, or with an explicit name to require a specific file 136 TYPE INPUT FILENAME.RULE DATA.LEVEL FILE.TYPE 137 138 ## files used by ppImage 139 PPIMAGE.INPUT INPUT @FILES FPA IMAGE 140 PPIMAGE.MASK INPUT mask.fits FPA IMAGE 141 PPIMAGE.BIAS INPUT @DETDB FPA IMAGE 142 PPIMAGE.DARK INPUT @DETDB FPA IMAGE 143 PPIMAGE.FLAT INPUT @DETDB FPA IMAGE 144 PPIMAGE.FRINGE INPUT @DETDB FPA FRINGE 145 PPIMAGE.SHUTTER INPUT @DETDB FPA IMAGE 146 147 ## files used to build and apply the flat-field correction images 148 DVOCORR.INPUT INPUT @FILES FPA IMAGE 149 DVOCORR.REFHEAD INPUT @FILES FPA HEADER 150 DVOFLAT.INPUT INPUT @FILES FPA IMAGE 151 DVOFLAT.CORR INPUT @DETDB FPA IMAGE 152 153 ## files used by psphot 154 PSPHOT.LOAD INPUT @FILES FPA IMAGE 155 PSPHOT.INPUT INPUT @FILES FPA IMAGE 156 PSPHOT.MASK INPUT @FILES FPA MASK 157 PSPHOT.WEIGHT INPUT @FILES FPA WEIGHT 158 PSPHOT.PSF.LOAD INPUT @FILES FPA PSF 159 160 ## files used by psastro 161 PSASTRO.INPUT.CMP INPUT @FILES FPA CMP 162 PSASTRO.INPUT.CMF INPUT @FILES FPA CMF 163 164 ## files used by pswarp 165 PSWARP.INPUT INPUT @FILES FPA IMAGE 166 PSWARP.WEIGHT INPUT @FILES FPA WEIGHT 167 PSWARP.MASK INPUT @FILES FPA MASK 168 PSWARP.SKYCELL INPUT @FILES FPA IMAGE 169 PSWARP.ASTROM INPUT @FILES FPA CMF 170 171 172 PPSUB.INPUT INPUT none.fits FPA IMAGE 173 PPSUB.INPUT.MASK INPUT none.fits FPA MASK 174 PPSUB.INPUT.WEIGHT INPUT none.fits FPA WEIGHT 175 PPSUB.REF INPUT none.fits FPA IMAGE 176 PPSUB.REF.MASK INPUT none.fits FPA MASK 177 PPSUB.REF.WEIGHT INPUT none.fits FPA WEIGHT 178 179 PPSTACK.INPUT INPUT none.fits FPA IMAGE 180 PPSTACK.INPUT.MASK INPUT none.fits FPA MASK 181 182 PPARITH.INPUT.IMAGE INPUT @FILES CHIP IMAGE 183 PPARITH.INPUT.MASK INPUT @FILES CHIP MASK 184 185 ### output file definitions 186 TYPE OUTPUT FILENAME.RULE FILE.TYPE FITS.TYPE DATA.LEVEL FILE.SAVE FILE.FORMAT 187 PPIMAGE.OUTPUT OUTPUT {OUTPUT}.tek.fits IMAGE NONE FPA TRUE NONE 188 PPIMAGE.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 189 PPIMAGE.OUTPUT.WEIGHT OUTPUT {OUTPUT}.wt.fits WEIGHT NONE FPA TRUE NONE 190 PPIMAGE.CHIP OUTPUT {OUTPUT}.chip.fits IMAGE NONE FPA TRUE NONE 191 PPIMAGE.CHIP.MASK OUTPUT {OUTPUT}.chip.mk.fits MASK NONE FPA TRUE NONE 192 PPIMAGE.CHIP.WEIGHT OUTPUT {OUTPUT}.chip.wt.fits WEIGHT NONE FPA TRUE NONE 193 194 PPIMAGE.OUTPUT.FPA1 OUTPUT {OUTPUT}.b1.fits IMAGE NONE FPA TRUE NONE 195 PPIMAGE.OUTPUT.FPA2 OUTPUT {OUTPUT}.b2.fits IMAGE NONE FPA TRUE NONE 196 197 PPIMAGE.BIN1 OUTPUT {OUTPUT}.b1c.fits IMAGE NONE FPA TRUE NONE 198 PPIMAGE.BIN2 OUTPUT {OUTPUT}.b2c.fits IMAGE NONE FPA TRUE NONE 199 200 PPIMAGE.JPEG1 OUTPUT {OUTPUT}.b1.jpg JPEG NONE FPA TRUE NONE 201 PPIMAGE.JPEG2 OUTPUT {OUTPUT}.b2.jpg JPEG NONE FPA TRUE NONE 202 203 DVOCORR.OUTPUT OUTPUT {OUTPUT}.fc.fits IMAGE NONE FPA TRUE NONE 204 DVOFLAT.OUTPUT OUTPUT {OUTPUT}.co.fits IMAGE NONE FPA TRUE NONE 205 206 PSPHOT.RESID OUTPUT {OUTPUT}.res.fits IMAGE NONE FPA TRUE NONE 207 PSPHOT.BACKGND OUTPUT {OUTPUT}.bck.fits IMAGE NONE FPA TRUE NONE 208 PSPHOT.BACKSUB OUTPUT {OUTPUT}.sub.fits IMAGE NONE FPA TRUE NONE 209 PSPHOT.BACKMDL OUTPUT {OUTPUT}.mdl.fits IMAGE NONE FPA TRUE NONE 210 211 PSPHOT.OUTPUT.RAW OUTPUT {OUTPUT} RAW NONE FPA TRUE NONE 212 PSPHOT.OUTPUT.SX OUTPUT {OUTPUT}.sx SX NONE FPA TRUE NONE 213 PSPHOT.OUTPUT.OBJ OUTPUT {OUTPUT}.obj OBJ NONE FPA TRUE NONE 214 PSPHOT.OUTPUT.CMP OUTPUT {OUTPUT}.cmp CMP NONE FPA TRUE NONE 215 PSPHOT.OUTPUT.CMF OUTPUT {OUTPUT}.cmf CMF NONE FPA TRUE NONE 216 217 PSPHOT.PSF.SAVE OUTPUT {OUTPUT}.psf PSF NONE FPA TRUE NONE 218 219 SOURCE.PLOT.MOMENTS OUTPUT {OUTPUT}.mnt.png KAPA NONE FPA TRUE NONE 220 SOURCE.PLOT.PSFMODEL OUTPUT {OUTPUT}.psf.png KAPA NONE FPA TRUE NONE 221 222 PSASTRO.OUTPUT.CMP OUTPUT {OUTPUT}.smp CMP NONE FPA TRUE NONE 223 PSASTRO.OUTPUT.CMF OUTPUT {OUTPUT}.smf CMF NONE FPA TRUE NONE 224 225 PSWARP.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 226 PSWARP.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 227 PSWARP.OUTPUT.WEIGHT OUTPUT {OUTPUT}.wt.fits WEIGHT NONE FPA TRUE NONE 228 PSWARP.BIN1 OUTPUT {OUTPUT}.b1.fits IMAGE NONE FPA TRUE NONE 229 PSWARP.BIN2 OUTPUT {OUTPUT}.b2.fits IMAGE NONE FPA TRUE NONE 230 PPSUB.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 231 PPSUB.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 232 PPSUB.OUTPUT.WEIGHT OUTPUT {OUTPUT}.wt.fits WEIGHT NONE FPA TRUE NONE 233 234 PPSTACK.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 235 PPSTACK.OUTPUT.MASK OUTPUT {OUTPUT}.mask.fits MASK NONE FPA TRUE NONE 236 237 PPSIM.OUTPUT OUTPUT {OUTPUT}.fits IMAGE NONE FPA TRUE NONE 238 239 PPARITH.OUTPUT.IMAGE OUTPUT {OUTPUT}.fits IMAGE NONE CHIP TRUE NONE 240 PPARITH.OUTPUT.MASK OUTPUT {OUTPUT}.fits MASK NONE CHIP TRUE NONE 241 242 LOG.IMFILE OUTPUT {OUTPUT}.log TEXT NONE CHIP TRUE NONE 243 LOG.EXP OUTPUT {OUTPUT}.log TEXT NONE FPA TRUE NONE 244 END 55 FILERULES STR recipes/filerules-simple.mdc 245 56 246 57 EXTNAME.RULES METADATA -
branches/eam_branch_20080408/ippconfig/ucam/camera.config
r16199 r17486 46 46 END 47 47 48 FITS METADATA 49 # BITPIX is the bits per pixel for writing the output data 50 # COMP = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 51 # TILE.[XYZ] are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 52 # NOISE [0..16] is the number of "noise bits" to preserve when quantising floating point data; 16 for no loss 53 # HSCALE is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 54 # HSMOOTH is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 48 FITSTYPES STR recipes/fitstypes.mdc 55 49 56 # BITPIX(S32) is the bits per pixel for writing the output data 57 # COMPRESSION(STR) = NONE|RICE|GZIP|HCOMPRESS|PLIO is the compression algorithm 58 # TILE.[XYZ](S32) are the tile sizes. 0 means entire the dimension, so (0,1,1) forms tiles from rows 59 # NOISE(S32) [0..16] is the number of "noise bits" to preserve when quantising floating point data 60 # HSCALE(S32) is the scale factor for lossy compression with HCOMPRESS; 0 or 1 for none; 2*RMS --> 10x compression 61 # HSMOOTH(S32) is the smoothing to apply to HCOMPRESSed data when decompressing; 0 for none 62 # SCALING(STR) = NONE|RANGE|STDEV_POSITIVE|STDEV_NEGATIVE|STDEV_BOTH|MANUAL is the scaling scheme 63 # BSCALE(F32) is the manual scaling to apply (when SCALING = MANUAL) 64 # BZERO(F32) is the manual zero-point to apply (when SCALING = MANUAL) 65 # STDEV.BITS(S32) is the number of bits to map to a standard deviation (when SCALING = STDEV_*) 66 # STDEV.NUM(F32) is the number of standard deviations to the edge (when SCALING = STDEV_NEGATIVE|STDEV_POSITIVE) 67 # FLOAT(STR) is the name of a custom floating-point type 68 69 DET_IMAGE METADATA 70 BITPIX S32 -32 71 END 72 DET_MASK METADATA 73 BITPIX S32 8 74 END 75 DET_WEIGHT METADATA 76 BITPIX S32 -32 77 END 78 79 SKY_IMAGE METADATA 80 BITPIX S32 -32 81 END 82 SKY_MASK METADATA 83 BITPIX S32 8 84 END 85 SKY_WEIGHT METADATA 86 BITPIX S32 -32 87 END 88 89 COMPRESSED_POSITIVE METADATA 90 BITPIX S32 16 91 SCALING STR STDEV_POSITIVE 92 STDEV.BITS S32 4 93 STDEV.NUM F32 10 94 COMPRESSION STR RICE 95 TILE.X S32 0 96 TILE.Y S32 1 97 TILE.Z S32 1 98 NOISE S32 8 99 END 100 COMPRESSED_MASK METADATA 101 COMPRESSION STR PLIO 102 TILE.X S32 0 103 TILE.Y S32 1 104 TILE.Z S32 1 105 NOISE S32 8 106 END 107 COMPRESSED_SUBTRACTION METADATA 108 BITPIX S32 16 109 SCALING STR STDEV_BOTH 110 STDEV.BITS S32 4 111 STDEV.NUM F32 5 112 COMPRESSION STR RICE 113 TILE.X S32 0 114 TILE.Y S32 1 115 TILE.Z S32 1 116 NOISE S32 8 117 END 118 119 END 120 121 FILERULES METADATA 122 PPIMAGE.OUTPUT STR PPIMAGE.OUTPUT 123 PPIMAGE.BIN1 STR PPIMAGE.BIN1.OUTPUT 124 PPIMAGE.BIN2 STR PPIMAGE.BIN2.OUTPUT 125 PPIMAGE.JPEG1 STR PPIMAGE.JPEG1.OUTPUT 126 PPIMAGE.JPEG2 STR PPIMAGE.JPEG2.OUTPUT 127 128 PSASTRO.INPUT STR PSASTRO.INPUT.CMP 129 PSASTRO.OUTPUT STR PSASTRO.OUTPUT.CMP 130 PSPHOT.OUTPUT STR PSPHOT.OUTPUT.CMF 131 132 ### input file definitions 133 TYPE INPUT FILENAME.RULE DATA.LEVEL FILE.TYPE 134 PPIMAGE.INPUT INPUT @FILES CHIP IMAGE 135 PPARITH.INPUT INPUT @FILES CHIP IMAGE 136 137 ### use these entries to get the detrend images from specific files 138 PPIMAGE.MASK INPUT mask.fits CHIP IMAGE 139 PPIMAGE.BIAS INPUT bias.fit CHIP IMAGE 140 PPIMAGE.DARK INPUT dark.fits CHIP IMAGE 141 PPIMAGE.FLAT INPUT flat.fits CHIP IMAGE 142 143 ### use these entries to get the detrend images from the database 144 #PPIMAGE.MASK INPUT @DETDB CHIP IMAGE 145 #PPIMAGE.BIAS INPUT @DETDB CHIP IMAGE 146 #PPIMAGE.DARK INPUT @DETDB CHIP IMAGE 147 #PPIMAGE.FLAT INPUT @DETDB CHIP IMAGE 148 149 PSPHOT.INPUT INPUT @FILES CHIP IMAGE 150 151 PSASTRO.INPUT.CMP INPUT @FILES CHIP CMP 152 PSASTRO.INPUT.CMF INPUT @FILES CHIP CMF 153 154 ### output file definitions 155 TYPE OUTPUT FILENAME.RULE FILE.TYPE FITS.TYPE DATA.LEVEL FILE.SAVE FILE.FORMAT 156 PPIMAGE.OUTPUT OUTPUT {OUTPUT}.fit IMAGE NONE CHIP TRUE NONE 157 PPIMAGE.OUTPUT.CHIP OUTPUT {OUTPUT}.chip.fit IMAGE NONE FPA TRUE NONE 158 PPIMAGE.OUTPUT.FPA1 OUTPUT {OUTPUT}.fpa1.fit IMAGE NONE FPA TRUE NONE 159 PPIMAGE.OUTPUT.FPA2 OUTPUT {OUTPUT}.fpa2.fit IMAGE NONE FPA TRUE NONE 160 161 PPIMAGE.BIN1.OUTPUT OUTPUT {OUTPUT}.b1.fit IMAGE NONE FPA TRUE NONE 162 PPIMAGE.BIN2.OUTPUT OUTPUT {OUTPUT}.b2.fit IMAGE NONE FPA TRUE NONE 163 PPIMAGE.JPEG1.OUTPUT OUTPUT {OUTPUT}.b1.jpg JPEG NONE FPA TRUE NONE 164 PPIMAGE.JPEG2.OUTPUT OUTPUT {OUTPUT}.b2.jpg JPEG NONE FPA TRUE NONE 165 166 PSPHOT.RESID OUTPUT {OUTPUT}.res.fits IMAGE NONE CHIP TRUE RAW 167 PSPHOT.BACKGND OUTPUT {OUTPUT}.bck.fits IMAGE NONE CHIP TRUE RAW 168 PSPHOT.BACKSUB OUTPUT {OUTPUT}.sub.fits IMAGE NONE CHIP TRUE RAW 169 PSPHOT.BACKMDL OUTPUT {OUTPUT}.mdl.fits IMAGE NONE CHIP TRUE RAW 170 171 PSPHOT.OUTPUT.RAW OUTPUT {OUTPUT}.{CHIP.NAME} RAW NONE CHIP TRUE NONE 172 PSPHOT.OUTPUT.SX OUTPUT {OUTPUT}.sx SX NONE CHIP TRUE NONE 173 PSPHOT.OUTPUT.OBJ OUTPUT {OUTPUT}.obj OBJ NONE CHIP TRUE NONE 174 PSPHOT.OUTPUT.CMF OUTPUT {OUTPUT}.cmf CMF NONE CHIP TRUE NONE 175 PSPHOT.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.cmp CMP NONE CHIP TRUE NONE 176 177 PSASTRO.OUTPUT.CMP OUTPUT {OUTPUT}.{CHIP.NAME}.smp CMP NONE CHIP TRUE NONE 178 179 LOG.IMFILE OUTPUT {OUTPUT}.{CHIP.NAME}.log TEXT NONE CHIP TRUE NONE 180 LOG.EXP OUTPUT {OUTPUT}.log TEXT NONE FPA TRUE NONE 181 END 50 FILERULES STR recipes/filerules-simple.mdc
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