def testTaskAPI(self):
"""Test that the Tasks work
Checks both MeasureCrosstalkTask and the CrosstalkTask.
"""
# make exposure available to NullIsrTask
# without NullIsrTask's `self` hiding this test class's `self`
exposure = self.exposure
class NullIsrTask(IsrTask):
def runDataRef(self, dataRef):
return Struct(exposure=exposure)
config = MeasureCrosstalkTask.ConfigClass()
config.isr.retarget(NullIsrTask)
config.threshold = self.value - 1
measure = MeasureCrosstalkTask(config=config)
fakeDataRef = Struct(dataId={'fake': 1})
coeff, coeffErr, coeffNum = measure.reduce(
[measure.runDataRef(fakeDataRef)])
self.checkCoefficients(coeff, coeffErr, coeffNum)
config = IsrTask.ConfigClass()
config.crosstalk.minPixelToMask = self.value - 1
config.crosstalk.crosstalkMaskPlane = self.crosstalkStr
isr = IsrTask(config=config)
isr.crosstalk.run(self.exposure)
self.checkSubtracted(self.exposure)
def testTaskAPI(self):
"""Test that the Tasks work
Checks both MeasureCrosstalkTask and the CrosstalkTask.
"""
# make exposure available to NullIsrTask
# without NullIsrTask's `self` hiding this test class's `self`
exposure = self.exposure
class NullIsrTask(IsrTask):
def runDataRef(self, dataRef):
return Struct(exposure=exposure)
config = MeasureCrosstalkTask.ConfigClass()
config.isr.retarget(NullIsrTask)
config.threshold = self.value - 1
measure = MeasureCrosstalkTask(config=config)
fakeDataRef = Struct(dataId={'fake': 1})
coeff, coeffErr, coeffNum = measure.reduce([measure.runDataRef(fakeDataRef)])
self.checkCoefficients(coeff, coeffErr, coeffNum)
config = IsrTask.ConfigClass()
config.crosstalk.minPixelToMask = self.value - 1
config.crosstalk.crosstalkMaskPlane = self.crosstalkStr
isr = IsrTask(config=config)
isr.crosstalk.run(self.exposure)
self.checkSubtracted(self.exposure)
def testDirectAPI(self):
"""Test that individual function calls work"""
config = MeasureCrosstalkTask.ConfigClass()
measure = MeasureCrosstalkTask(config=config)
ratios = measure.extractCrosstalkRatios(self.exposure,
threshold=self.value - 1)
coeff, coeffErr, coeffNum = measure.measureCrosstalkCoefficients(
ratios)
self.checkCoefficients(coeff, coeffErr, coeffNum)
subtractCrosstalk(self.exposure,
minPixelToMask=self.value - 1,
crosstalkStr=self.crosstalkStr)
self.checkSubtracted(self.exposure)
outPath = tempfile.mktemp(
) if outputName is None else "{}-isrCrosstalk".format(outputName)
writeCrosstalkCoeffs(outPath,
coeff,
det=None,
crosstalkName="testDirectAPI",
indent=2)
def testDirectAPI(self):
"""Test that individual function calls work"""
config = MeasureCrosstalkTask.ConfigClass()
measure = MeasureCrosstalkTask(config=config)
ratios = measure.extractCrosstalkRatios(self.exposure,
threshold=self.value - 1)
coeff, coeffErr, coeffNum = measure.measureCrosstalkCoefficients(
ratios)
self.checkCoefficients(coeff, coeffErr, coeffNum)
calib = CrosstalkCalib()
calib.coeffs = coeff.transpose()
calib.coeffErr = coeffErr.transpose()
calib.coeffNum = coeffNum.transpose()
calib.subtractCrosstalk(self.exposure,
crosstalkCoeffs=coeff.transpose(),
minPixelToMask=self.value - 1,
crosstalkStr=self.crosstalkStr)
self.checkSubtracted(self.exposure)
outPath = tempfile.mktemp(
) if outputName is None else "{}-isrCrosstalk".format(outputName)
outPath += '.yaml'
calib.writeText(outPath)
#!/usr/bin/env python from lsst.ip.isr import MeasureCrosstalkTask MeasureCrosstalkTask.parseAndRun()
#!/usr/bin/env python from lsst.ip.isr import MeasureCrosstalkTask MeasureCrosstalkTask.parseAndRun()