MeasureApCorrTask¶
MeasureApCorrTask measures aperture correction for the flux fields returned by lsst.meas.base.getApCorrNameSet.
Python API summary¶
from lsst.meas.algorithms.measureApCorr import MeasureApCorrTask
- 
classMeasureApCorrTask
- Task to measure aperture correction - ...
- 
attributeconfig
- Access configuration fields and retargetable subtasks. 
- 
methodrun
- Measure aperture correction - ...
See also
See the MeasureApCorrTask API reference for complete details.
Retargetable subtasks¶
sourceSelector¶
- Default
- 'flagged'
- Field type
- Single-selection RegistryField
- Choices
- 'science'
- lsst.meas.algorithms.sourceSelector.ScienceSourceSelectorTask
- 'references'
- lsst.meas.algorithms.sourceSelector.ReferenceSourceSelectorTask
- 'objectSize'
- lsst.meas.algorithms.objectSizeStarSelector.ObjectSizeStarSelectorTask
- 'flagged'
- lsst.meas.algorithms.flaggedSourceSelector.FlaggedSourceSelectorTask
- 'astrometry'
- lsst.meas.algorithms.astrometrySourceSelector.AstrometrySourceSelectorTask
- 'matcher'
- lsst.meas.algorithms.matcherSourceSelector.MatcherSourceSelectorTask
- 'diaCatalog'
- lsst.ip.diffim.diaCatalogSourceSelector.DiaCatalogSourceSelectorTask
 
Selector that sets the stars that aperture corrections will be measured from.
Configuration fields¶
allowFailure¶
Allow these measurement algorithms to fail without an exception
fitConfig¶
- Data type
- lsst.afw.math._chebyshevBoundedFieldConfig.ChebyshevBoundedFieldConfig
- Field type
- ConfigField
Configuration used in fitting the aperture correction fields
minDegreesOfFreedom¶
- Default
- 1
- Field type
- int- RangeField
- Range
- [1,inf)
Minimum number of degrees of freedom (# of valid data points - # of parameters); if this is exceeded, the order of the fit is decreased (in both dimensions), and if we can’t decrease it enough, we’ll raise ValueError.
Debugging¶
MeasureApCorrTask has a debug dictionary containing two boolean keys:
- display
- display = lsstDebug.Info(__name__).display
- doPause
- doPause = lsstDebug.Info(__name__).doPause