ExcitationCalibration

Bases: IntensityCalibration_Type

Represents the XML element ExcitationCalibration.

This element describes the procedure used to measure and calibrate the Wavelength and Irradiance of the Excitation Light Source used to Acquire this experimental Image and the resulting calibration measurements.

fromBase(base) staticmethod

getTypeName()

getXMLName()

getNBOType()

getChildren()

getSubElements()

fromJsonFile(path, validate=True)

fromJsonString(json_string, validate=True)

fromXmlFile(path, validate=True)

fromXmlString(xml_string, validate=True)

toXmlFile(filename, validate=True)

toXmlString(validate=True)

setSpinningDiskInLightPath(value, validate=True)

getSpinningDiskInLightPath()

resetSpinningDiskInLightPath()

hasSpinningDiskInLightPath()

setNominalEx_Wavelength(value, validate=True)

getNominalEx_Wavelength()

resetNominalEx_Wavelength()

hasNominalEx_Wavelength()

setNominalEx_WavelengthUnit(value, validate=True)

getNominalEx_WavelengthUnit()

resetNominalEx_WavelengthUnit()

hasNominalEx_WavelengthUnit()

setObservedEx_Wavelength(value, validate=True)

getObservedEx_Wavelength()

resetObservedEx_Wavelength()

hasObservedEx_Wavelength()

setObservedEx_WavelengthUnit(value, validate=True)

getObservedEx_WavelengthUnit()

resetObservedEx_WavelengthUnit()

hasObservedEx_WavelengthUnit()

setPercentageNominalPowerSettings(value, validate=True)

getPercentageNominalPowerSettings()

resetPercentageNominalPowerSettings()

hasPercentageNominalPowerSettings()

setObservedIlluminationPowerAtBackOfObjective(value, validate=True)

getObservedIlluminationPowerAtBackOfObjective()

resetObservedIlluminationPowerAtBackOfObjective()

hasObservedIlluminationPowerAtBackOfObjective()

setObservedIlluminationPowerAtBackObjectiveUnit(value, validate=True)

getObservedIlluminationPowerAtBackObjectiveUnit()

resetObservedIlluminationPowerAtBackObjectiveUnit()

hasObservedIlluminationPowerAtBackObjectiveUnit()

setObseredIlluminationPowerAtSample(value, validate=True)

getObseredIlluminationPowerAtSample()

resetObseredIlluminationPowerAtSample()

hasObseredIlluminationPowerAtSample()

setObseredIlluminationPowerAtSampleUnit(value, validate=True)

getObseredIlluminationPowerAtSampleUnit()

resetObseredIlluminationPowerAtSampleUnit()

hasObseredIlluminationPowerAtSampleUnit()

setShortTermIlluminationStability(value, validate=True)

getShortTermIlluminationStability()

resetShortTermIlluminationStability()

hasShortTermIlluminationStability()

setLongTermIlluminationStability(value, validate=True)

getLongTermIlluminationStability()

resetLongTermIlluminationStability()

hasLongTermIlluminationStability()

setIlluminationLinearity(value, validate=True)

getIlluminationLinearity()

resetIlluminationLinearity()

hasIlluminationLinearity()

setObservedIrradianceAtSample(value, validate=True)

getObservedIrradianceAtSample()

resetObservedIrradianceAtSample()

hasObservedIrradianceAtSample()

setObservedIrradianceAtSampleUnit(value, validate=True)

getObservedIrradianceAtSampleUnit()

resetObservedIrradianceAtSampleUnit()

hasObservedIrradianceAtSampleUnit()

setObservedIrradianceVariance(value, validate=True)

getObservedIrradianceVariance()

resetObservedIrradianceVariance()

hasObservedIrradianceVariance()