SafeClipAssembleCoaddConfig¶
-
class
lsst.pipe.tasks.assembleCoadd.
SafeClipAssembleCoaddConfig
¶ Bases:
lsst.pipe.tasks.assembleCoadd.AssembleCoaddConfig
Configuration parameters for the SafeClipAssembleCoaddTask.
Attributes Summary
badMaskPlanes
Mask planes that, if set, the associated pixel should not be included in the coaddTempExp. brightObjectMaskName
Name of mask bit used for bright objects ( str
, default'BRIGHT_OBJECT'
)calcErrorFromInputVariance
Calculate coadd variance from input variance by stacking statistic.Passed to StatisticsControl.setCalcErrorFromInputVariance() ( bool
, defaultTrue
)clipDetection
Detect sources on difference between unclipped and clipped coadd ( ConfigurableInstance
, default<class 'lsst.meas.algorithms.detection.SourceDetectionConfig'>
)clipIter
Number of iterations of outlier rejection; ignored if non-clipping statistic selected. coaddName
Coadd name: typically one of deep or goodSeeing. coaddPsf
Configuration for CoaddPsf ( CoaddPsfConfig
, default<class 'lsst.meas.algorithms.coaddPsf.coaddPsfContinued.CoaddPsfConfig'>
)doApplyUberCal
Apply meas_mosaic ubercal results to input calexps? ( bool
, defaultFalse
)doAttachTransmissionCurve
Attach a piecewise TransmissionCurve for the coadd? (requires all input Exposures to have TransmissionCurves). doInterp
Interpolate over NaN pixels? Also extrapolate, if necessary, but the results are ugly. doMaskBrightObjects
Set mask and flag bits for bright objects? ( bool
, defaultFalse
)doNImage
Create image of number of contributing exposures for each pixel ( bool
, defaultFalse
)doPsfMatch
Match to modelPsf? Deprecated. doSigmaClip
Perform sigma clipped outlier rejection with MEANCLIP statistic? (DEPRECATED) ( bool
, defaultFalse
)doUsePsfMatchedPolygons
Use ValidPolygons from shrunk Psf-Matched Calexps? Should be set to True by CompareWarp only. doWrite
Persist coadd? ( bool
, defaultTrue
)inputRecorder
Subtask that helps fill CoaddInputs catalogs added to the final Exposure ( ConfigurableInstance
, default<class 'lsst.pipe.tasks.coaddInputRecorder.CoaddInputRecorderConfig'>
)interpImage
Task to interpolate (and extrapolate) over NaN pixels ( ConfigurableInstance
, default<class 'lsst.pipe.tasks.interpImage.InterpImageConfig'>
)maskPropagationThresholds
Threshold (in fractional weight) of rejection at which we propagate a mask plane to the coadd; that is, we set the mask bit on the coadd if the fraction the rejected frames would have contributed exceeds this value. matchingKernelSize
Size in pixels of matching kernel. maxClipFootOverlapDouble
Maximum fractional overlap of clipped footprints with visit DETECTED when considering two visits ( float
, default0.15
)minBigOverlap
Minimum number of pixels in footprint to use DETECTED mask from the single visits when labeling clipped footprints ( int
, default100
)minClipFootOverlap
Minimum fractional overlap of clipped footprint with visit DETECTED to be clipped ( float
, default0.6
)minClipFootOverlapDouble
Minimum fractional overlap of clipped footprints with visit DETECTED to be clipped when two visits overlap ( float
, default0.45
)minClipFootOverlapSingle
Minimum fractional overlap of clipped footprint with visit DETECTED to be clipped when only one visit overlaps ( float
, default0.5
)modelPsf
Model Psf factory ( ConfigurableInstance
, default<class 'lsst.meas.algorithms.gaussianPsfFactory.GaussianPsfFactory'>
)removeMaskPlanes
Mask planes to remove before coadding ( List
, default['NOT_DEBLENDED']
)scaleZeroPoint
Task to adjust the photometric zero point of the coadd temp exposures ( ConfigurableInstance
, default<class 'lsst.pipe.tasks.scaleZeroPoint.ScaleZeroPointConfig'>
)select
Image selection subtask. sigmaClip
Sigma for outlier rejection; ignored if non-clipping statistic selected. statistic
Main stacking statistic for aggregating over the epochs. subregionSize
Width, height of stack subregion size; make small enough that a full stack of images will fit into memory at once. warpType
Warp name: one of ‘direct’ or ‘psfMatched’ ( str
, default'direct'
)Methods Summary
setDefaults
()Set default values for clipDetection. validate
()!Validate the Config; raise an exception if invalid Attributes Documentation
-
badMaskPlanes
¶ Mask planes that, if set, the associated pixel should not be included in the coaddTempExp. (
List
, default('NO_DATA',)
)
-
calcErrorFromInputVariance
¶ Calculate coadd variance from input variance by stacking statistic.Passed to StatisticsControl.setCalcErrorFromInputVariance() (
bool
, defaultTrue
)
-
clipDetection
¶ Detect sources on difference between unclipped and clipped coadd (
ConfigurableInstance
, default<class 'lsst.meas.algorithms.detection.SourceDetectionConfig'>
)
-
clipIter
¶ Number of iterations of outlier rejection; ignored if non-clipping statistic selected. (
int
, default2
)
-
coaddPsf
¶ Configuration for CoaddPsf (
CoaddPsfConfig
, default<class 'lsst.meas.algorithms.coaddPsf.coaddPsfContinued.CoaddPsfConfig'>
)
-
doAttachTransmissionCurve
¶ Attach a piecewise TransmissionCurve for the coadd? (requires all input Exposures to have TransmissionCurves). (
bool
, defaultFalse
)
-
doInterp
¶ Interpolate over NaN pixels? Also extrapolate, if necessary, but the results are ugly. (
bool
, defaultTrue
)
-
doPsfMatch
¶ Match to modelPsf? Deprecated. Sets makePsfMatched=True, makeDirect=False (
bool
, defaultFalse
)
-
doSigmaClip
¶ Perform sigma clipped outlier rejection with MEANCLIP statistic? (DEPRECATED) (
bool
, defaultFalse
)
-
doUsePsfMatchedPolygons
¶ Use ValidPolygons from shrunk Psf-Matched Calexps? Should be set to True by CompareWarp only. (
bool
, defaultFalse
)
-
inputRecorder
¶ Subtask that helps fill CoaddInputs catalogs added to the final Exposure (
ConfigurableInstance
, default<class 'lsst.pipe.tasks.coaddInputRecorder.CoaddInputRecorderConfig'>
)
-
interpImage
¶ Task to interpolate (and extrapolate) over NaN pixels (
ConfigurableInstance
, default<class 'lsst.pipe.tasks.interpImage.InterpImageConfig'>
)
-
maskPropagationThresholds
¶ Threshold (in fractional weight) of rejection at which we propagate a mask plane to the coadd; that is, we set the mask bit on the coadd if the fraction the rejected frames would have contributed exceeds this value. (
Dict
, default{'SAT': 0.1}
)
-
maxClipFootOverlapDouble
¶ Maximum fractional overlap of clipped footprints with visit DETECTED when considering two visits (
float
, default0.15
)
-
minBigOverlap
¶ Minimum number of pixels in footprint to use DETECTED mask from the single visits when labeling clipped footprints (
int
, default100
)
-
minClipFootOverlap
¶ Minimum fractional overlap of clipped footprint with visit DETECTED to be clipped (
float
, default0.6
)
-
minClipFootOverlapDouble
¶ Minimum fractional overlap of clipped footprints with visit DETECTED to be clipped when two visits overlap (
float
, default0.45
)
-
minClipFootOverlapSingle
¶ Minimum fractional overlap of clipped footprint with visit DETECTED to be clipped when only one visit overlaps (
float
, default0.5
)
-
modelPsf
¶ Model Psf factory (
ConfigurableInstance
, default<class 'lsst.meas.algorithms.gaussianPsfFactory.GaussianPsfFactory'>
)
-
removeMaskPlanes
¶ Mask planes to remove before coadding (
List
, default['NOT_DEBLENDED']
)
-
scaleZeroPoint
¶ Task to adjust the photometric zero point of the coadd temp exposures (
ConfigurableInstance
, default<class 'lsst.pipe.tasks.scaleZeroPoint.ScaleZeroPointConfig'>
)
-
select
¶ Image selection subtask. (
ConfigurableInstance
, default<class 'lsst.pex.config.config.Config'>
)
-
sigmaClip
¶ Sigma for outlier rejection; ignored if non-clipping statistic selected. (
float
, default3.0
)
-
subregionSize
¶ Width, height of stack subregion size; make small enough that a full stack of images will fit into memory at once. (
List
, default(2000, 2000)
)
Methods Documentation
-
setDefaults
()¶ Set default values for clipDetection.
Notes
The numeric values for these configuration parameters were empirically determined, future work may further refine them.
-
validate
()¶ !Validate the Config; raise an exception if invalid
The base class implementation performs type checks on all fields by calling Field.validate().
Complex single-field validation can be defined by deriving new Field types. As syntactic sugar, some derived Field types are defined in this module which handle recursing into sub-configs (ConfigField, ConfigChoiceField)
Inter-field relationships should only be checked in derived Config classes after calling this method, and base validation is complete
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