DipoleAnalysis#
- class lsst.ip.diffim.DipoleAnalysis#
Bases:
objectFunctor class that provides (S/N, position, orientation) of measured dipoles
Methods Summary
__call__(source)Parse information returned from dipole measurement
displayDipoles(exposure, sources)Display debugging information on the detected dipoles
getCentroid(source)Get the centroid of the dipole; average of positive and negative lobe
getOrientation(source)Calculate the orientation of dipole; vector from negative to positive lobe
getSn(source)Get the total signal-to-noise of the dipole; total S/N is from positive and negative lobe
Methods Documentation
- __call__(source)#
Parse information returned from dipole measurement
Parameters#
- source
lsst.afw.table.SourceRecord The source that will be examined
- source
- displayDipoles(exposure, sources)#
Display debugging information on the detected dipoles
Parameters#
- exposure
lsst.afw.image.Exposure Image the dipoles were measured on
- sources
lsst.afw.table.SourceCatalog The set of diaSources that were measured
- exposure
- getCentroid(source)#
Get the centroid of the dipole; average of positive and negative lobe
Parameters#
- source
lsst.afw.table.SourceRecord The source that will be examined
- source
- getOrientation(source)#
Calculate the orientation of dipole; vector from negative to positive lobe
Parameters#
- source
lsst.afw.table.SourceRecord The source that will be examined
- source
- getSn(source)#
Get the total signal-to-noise of the dipole; total S/N is from positive and negative lobe
Parameters#
- source
lsst.afw.table.SourceRecord The source that will be examined
- source