Inheritance diagram for lsst.meas.base.sfm.SingleFrameMeasurementTask:

Public Member Functions
	__init__ (self, schema, algMetadata=None, **kwds)

	run (self, measCat, exposure, noiseImage=None, exposureId=None, beginOrder=None, endOrder=None, footprints=None)

	runPlugins (self, noiseReplacer, measCat, exposure, beginOrder=None, endOrder=None)

	measure (self, measCat, exposure)

	initializePlugins (self, **kwds)

	initNoiseReplacer (self, exposure, measCat, footprints, exposureId=None, noiseImage=None)

	addInvalidPsfFlag (self, schema)

	callMeasure (self, measRecord, args, *kwds)

	doMeasurement (self, plugin, measRecord, args, *kwds)

Static Public Member Functions
	getFootprintsFromCatalog (catalog)

Public Attributes
	schema = schema

bool	doBlendedness = True

	blendPlugin = self.plugins['base_Blendedness']

	undeblendedPlugins = PluginMap()

	keyInvalidPsf = schema.find(invalidPsfName).key

Static Public Attributes
str	NOISE_SEED_MULTIPLIER = "NOISE_SEED_MULTIPLIER"

str	NOISE_SOURCE = "NOISE_SOURCE"

str	NOISE_OFFSET = "NOISE_OFFSET"

str	NOISE_EXPOSURE_ID = "NOISE_EXPOSURE_ID"

	ConfigClass = SimpleBaseMeasurementConfig

	plugins = None

	algMetadata = None

Static Protected Attributes
str	_DefaultName = "measurement"

Detailed Description

A subtask for measuring the properties of sources on a single exposure.

Parameters
----------
schema : `lsst.afw.table.Schema`
    Schema of the output resultant catalog. Will be updated to provide
    fields to accept the outputs of plugins which will be executed by this
    task.
algMetadata : `lsst.daf.base.PropertyList`, optional
    Used to record metadaa about algorithm execution. An empty
    `lsst.daf.base.PropertyList` will be created if `None`.
**kwds
    Keyword arguments forwarded to `BaseMeasurementTask`.

Definition at line 133 of file sfm.py.

Constructor & Destructor Documentation

◆ init()

lsst.meas.base.sfm.SingleFrameMeasurementTask.__init__	(		self,
			schema,
			algMetadata = None,
		**	kwds )

Definition at line 151 of file sfm.py.

    def __init__(self, schema, algMetadata=None, **kwds):
        super(SingleFrameMeasurementTask, self).__init__(algMetadata=algMetadata, **kwds)
        self.schema = schema
        self.config.slots.setupSchema(self.schema)
        self.initializePlugins(schema=self.schema)
        self.addInvalidPsfFlag(self.schema)
 
        # Check to see if blendedness is one of the plugins
        if 'base_Blendedness' in self.plugins:
            self.doBlendedness = True
            self.blendPlugin = self.plugins['base_Blendedness']
        else:
            self.doBlendedness = False
 

Member Function Documentation

◆ addInvalidPsfFlag()

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.addInvalidPsfFlag	(		self,
			schema )

inherited

Definition at line 326 of file baseMeasurement.py.

    def addInvalidPsfFlag(self, schema):
        invalidPsfName = "base_InvalidPsf_flag"
        if invalidPsfName in schema:
            self.keyInvalidPsf = schema.find(invalidPsfName).key
        else:
            self.keyInvalidPsf = schema.addField(
                invalidPsfName,
                type="Flag",
                doc="Invalid PSF at this location.",
            )
 

◆ callMeasure()

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.callMeasure	(		self,
			measRecord,
		*	args,
		**	kwds )

inherited

Call ``measure`` on all plugins and consistently handle exceptions.

Parameters
----------
measRecord : `lsst.afw.table.SourceRecord`
    The record corresponding to the object being measured. Will be
    updated in-place with the results of measurement.
*args
    Positional arguments forwarded to ``plugin.measure``
**kwds
    Keyword arguments. Two are handled locally:

    beginOrder : `int`
        Beginning execution order (inclusive). Measurements with
        ``executionOrder`` < ``beginOrder`` are not executed. `None`
        for no limit.

    endOrder : `int`
        Ending execution order (exclusive). Measurements with
        ``executionOrder`` >= ``endOrder`` are not executed. `None`
        for no limit.

    Others are forwarded to ``plugin.measure()``.

Notes
-----
This method can be used with plugins that have different signatures;
the only requirement is that ``measRecord`` be the first argument.
Subsequent positional arguments and keyword arguments are forwarded
directly to the plugin.

This method should be considered "protected": it is intended for use by
derived classes, not users.

Definition at line 337 of file baseMeasurement.py.

    def callMeasure(self, measRecord, *args, **kwds):
        """Call ``measure`` on all plugins and consistently handle exceptions.
 
        Parameters
        ----------
        measRecord : `lsst.afw.table.SourceRecord`
            The record corresponding to the object being measured. Will be
            updated in-place with the results of measurement.
        *args
            Positional arguments forwarded to ``plugin.measure``
        **kwds
            Keyword arguments. Two are handled locally:
 
            beginOrder : `int`
                Beginning execution order (inclusive). Measurements with
                ``executionOrder`` < ``beginOrder`` are not executed. `None`
                for no limit.
 
            endOrder : `int`
                Ending execution order (exclusive). Measurements with
                ``executionOrder`` >= ``endOrder`` are not executed. `None`
                for no limit.
 
            Others are forwarded to ``plugin.measure()``.
 
        Notes
        -----
        This method can be used with plugins that have different signatures;
        the only requirement is that ``measRecord`` be the first argument.
        Subsequent positional arguments and keyword arguments are forwarded
        directly to the plugin.
 
        This method should be considered "protected": it is intended for use by
        derived classes, not users.
        """
        beginOrder = kwds.pop("beginOrder", None)
        endOrder = kwds.pop("endOrder", None)
        for plugin in self.plugins.iter():
            if beginOrder is not None and plugin.getExecutionOrder() < beginOrder:
                continue
            if endOrder is not None and plugin.getExecutionOrder() >= endOrder:
                break
            self.doMeasurement(plugin, measRecord, *args, **kwds)
 

◆ doMeasurement()

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.doMeasurement	(		self,
			plugin,
			measRecord,
		*	args,
		**	kwds )

inherited

Call ``measure`` on the specified plugin.

Exceptions are handled in a consistent way.

Parameters
----------
plugin : subclass of `BasePlugin`
    Plugin that will be executed.
measRecord : `lsst.afw.table.SourceRecord`
    The record corresponding to the object being measured. Will be
    updated in-place with the results of measurement.
*args
    Positional arguments forwarded to ``plugin.measure()``.
**kwds
    Keyword arguments forwarded to ``plugin.measure()``.

Notes
-----
This method can be used with plugins that have different signatures;
the only requirement is that ``plugin`` and ``measRecord`` be the first
two arguments.  Subsequent positional arguments and keyword arguments
are forwarded directly to the plugin.

This method should be considered "protected": it is intended for use by
derived classes, not users.

Definition at line 381 of file baseMeasurement.py.

    def doMeasurement(self, plugin, measRecord, *args, **kwds):
        """Call ``measure`` on the specified plugin.
 
        Exceptions are handled in a consistent way.
 
        Parameters
        ----------
        plugin : subclass of `BasePlugin`
            Plugin that will be executed.
        measRecord : `lsst.afw.table.SourceRecord`
            The record corresponding to the object being measured. Will be
            updated in-place with the results of measurement.
        *args
            Positional arguments forwarded to ``plugin.measure()``.
        **kwds
            Keyword arguments forwarded to ``plugin.measure()``.
 
        Notes
        -----
        This method can be used with plugins that have different signatures;
        the only requirement is that ``plugin`` and ``measRecord`` be the first
        two arguments.  Subsequent positional arguments and keyword arguments
        are forwarded directly to the plugin.
 
        This method should be considered "protected": it is intended for use by
        derived classes, not users.
        """
        try:
            plugin.measure(measRecord, *args, **kwds)
        except FATAL_EXCEPTIONS:
            raise
        except MeasurementError as error:
            self.log.getChild(plugin.name).debug(
                "MeasurementError in %s.measure on record %s: %s",
                plugin.name, measRecord.getId(), error)
            plugin.fail(measRecord, error)
        except InvalidPsfError as error:
            self.log.getChild(plugin.name).debug(
                "InvalidPsfError in %s.measure on record %s: %s",
                plugin.name, measRecord.getId(), error)
            measRecord.set(self.keyInvalidPsf, True)
            plugin.fail(measRecord)
        except Exception as error:
            self.log.getChild(plugin.name).warning(
                "Exception in %s.measure on record %s: %s",
                plugin.name, measRecord.getId(), error)
            plugin.fail(measRecord)
 
 

◆ getFootprintsFromCatalog()

lsst.meas.base.baseMeasurement.BaseMeasurementTask.getFootprintsFromCatalog ( catalog )

staticinherited

Get a set of footprints from a catalog, keyed by id.

Parameters
----------
catalog : `lsst.afw.table.SourceCatalog`
    Catalog with `lsst.afw.detection.Footprint`s attached.

Returns
-------
footprints : `dict` [`int`: (`int`, `lsst.afw.detection.Footprint`)]
    Dictionary of footprint, keyed by id number, with a tuple of
    the parent id and footprint.

Definition at line 487 of file baseMeasurement.py.

    def getFootprintsFromCatalog(catalog):
        """Get a set of footprints from a catalog, keyed by id.
 
        Parameters
        ----------
        catalog : `lsst.afw.table.SourceCatalog`
            Catalog with `lsst.afw.detection.Footprint`s attached.
 
        Returns
        -------
        footprints : `dict` [`int`: (`int`, `lsst.afw.detection.Footprint`)]
            Dictionary of footprint, keyed by id number, with a tuple of
            the parent id and footprint.
        """
        return {measRecord.getId(): (measRecord.getParent(), measRecord.getFootprint())
                for measRecord in catalog}
 

◆ initializePlugins()

lsst.meas.base.baseMeasurement.BaseMeasurementTask.initializePlugins	(		self,
		**	kwds )

inherited

Initialize plugins (and slots) according to configuration.

Parameters
----------
**kwds
    Keyword arguments forwarded directly to plugin constructors.

Notes
-----
Derived class constructors should call this method to fill the
`plugins` attribute and add corresponding output fields and slot
aliases to the output schema.

In addition to the attributes added by `BaseMeasurementTask.__init__`,
a ``schema``` attribute holding the output schema must be present
before this method is called.

Keyword arguments are forwarded directly to plugin constructors,
allowing derived classes to use plugins with different signatures.

Reimplemented from lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.

Definition at line 472 of file baseMeasurement.py.

    def initializePlugins(self, **kwds):
        # Docstring inherited.
        super().initializePlugins(**kwds)
        for executionOrder, name, config, PluginClass in sorted(self.config.undeblended.apply()):
            undeblendedName = self.config.undeblendedPrefix + name
            if getattr(PluginClass, "hasLogName", False):
                self.undeblendedPlugins[name] = PluginClass(config, undeblendedName,
                                                            metadata=self.algMetadata,
                                                            logName=self.log.getChild(undeblendedName).name,
                                                            **kwds)
            else:
                self.undeblendedPlugins[name] = PluginClass(config, undeblendedName,
                                                            metadata=self.algMetadata, **kwds)
 

◆ initNoiseReplacer()

lsst.meas.base.baseMeasurement.BaseMeasurementTask.initNoiseReplacer	(	self,
		exposure,
		measCat,
		footprints,
		exposureId = None,
		noiseImage = None )

inherited

Replace all pixels in the exposure covered by the footprint of
``measRecord`` with noise.

Parameters
----------
exposure : `lsst.afw.image.Exposure`
    Exposure in which to replace pixels.
measCat : `lsst.afw.table.SourceCatalog`
    Catalog that will be measured.t
footprints : `dict` [`int`: (`int`, `lsst.afw.detection.Footprint`)]
    Dictionary of footprints, keyed by id number, with a tuple of
    the parent id and footprint.
exposureId : `int`, optional
    Unique identifier for the exposure.
noiseImage : `lsst.afw.image.Image` or `None`, optional
    Image from which to draw noise pixels.  If `None`, noise will be
    drawn from the input exposure.

Definition at line 504 of file baseMeasurement.py.

    def initNoiseReplacer(self, exposure, measCat, footprints, exposureId=None, noiseImage=None):
        """Replace all pixels in the exposure covered by the footprint of
        ``measRecord`` with noise.
 
        Parameters
        ----------
        exposure : `lsst.afw.image.Exposure`
            Exposure in which to replace pixels.
        measCat : `lsst.afw.table.SourceCatalog`
            Catalog that will be measured.t
        footprints : `dict` [`int`: (`int`, `lsst.afw.detection.Footprint`)]
            Dictionary of footprints, keyed by id number, with a tuple of
            the parent id and footprint.
        exposureId : `int`, optional
            Unique identifier for the exposure.
        noiseImage : `lsst.afw.image.Image` or `None`, optional
            Image from which to draw noise pixels.  If `None`, noise will be
            drawn from the input exposure.
        """
        if self.config.doReplaceWithNoise:
            noiseReplacer = NoiseReplacer(
                self.config.noiseReplacer,
                exposure,
                footprints,
                log=self.log,
                exposureId=exposureId,
                noiseImage=noiseImage,
            )
            algMetadata = measCat.getTable().getMetadata()
            if algMetadata is not None:
                algMetadata.addInt(self.NOISE_SEED_MULTIPLIER, self.config.noiseReplacer.noiseSeedMultiplier)
                algMetadata.addString(self.NOISE_SOURCE, self.config.noiseReplacer.noiseSource)
                algMetadata.addDouble(self.NOISE_OFFSET, self.config.noiseReplacer.noiseOffset)
                if exposureId is not None:
                    algMetadata.addLong(self.NOISE_EXPOSURE_ID, exposureId)
        else:
            noiseReplacer = DummyNoiseReplacer()
        return noiseReplacer

◆ measure()

lsst.meas.base.sfm.SingleFrameMeasurementTask.measure	(	self,
		measCat,
		exposure )

Backwards-compatibility alias for `run`.

Definition at line 287 of file sfm.py.

    def measure(self, measCat, exposure):
        """Backwards-compatibility alias for `run`.
        """
        self.run(measCat, exposure)

◆ run()

lsst.meas.base.sfm.SingleFrameMeasurementTask.run	(	self,
		measCat,
		exposure,
		noiseImage = None,
		exposureId = None,
		beginOrder = None,
		endOrder = None,
		footprints = None )

Run single frame measurement over an exposure and source catalog.

    Parameters
    ----------
    measCat : `lsst.afw.table.SourceCatalog`
        Catalog to be filled with the results of measurement. Must contain
        all the `lsst.afw.table.SourceRecord`\ s to be measured (with
        `lsst.afw.detection.Footprint`\ s attached), and have a schema
        that is a superset of ``self.schema``.
    exposure : `lsst.afw.image.ExposureF`
        Image containing the pixel data to be measured together with
        associated PSF, WCS, etc.
    noiseImage : `lsst.afw.image.ImageF`, optional
        Can be used to specify the a predictable noise replacement field
        for testing purposes.
    exposureId : `int`, optional
        Unique exposure identifier used to calculate the random number
        generator seed during noise replacement.
    beginOrder : `float`, optional
        Start execution order (inclusive): measurements with
        ``executionOrder < beginOrder`` are not executed. `None` for no
        limit.
    endOrder : `float`, optional
        Final execution order (exclusive): measurements with
        ``executionOrder >= endOrder`` are not executed. `None` for no
        limit.
    footprints : `dict` {`int`: `lsst.afw.detection.Footprint`}, optional
        List of footprints to use for noise replacement. If this is not
        supplied then the footprints from the measCat are used.

Definition at line 166 of file sfm.py.

    ):
        r"""Run single frame measurement over an exposure and source catalog.
 
        Parameters
        ----------
        measCat : `lsst.afw.table.SourceCatalog`
            Catalog to be filled with the results of measurement. Must contain
            all the `lsst.afw.table.SourceRecord`\ s to be measured (with
            `lsst.afw.detection.Footprint`\ s attached), and have a schema
            that is a superset of ``self.schema``.
        exposure : `lsst.afw.image.ExposureF`
            Image containing the pixel data to be measured together with
            associated PSF, WCS, etc.
        noiseImage : `lsst.afw.image.ImageF`, optional
            Can be used to specify the a predictable noise replacement field
            for testing purposes.
        exposureId : `int`, optional
            Unique exposure identifier used to calculate the random number
            generator seed during noise replacement.
        beginOrder : `float`, optional
            Start execution order (inclusive): measurements with
            ``executionOrder < beginOrder`` are not executed. `None` for no
            limit.
        endOrder : `float`, optional
            Final execution order (exclusive): measurements with
            ``executionOrder >= endOrder`` are not executed. `None` for no
            limit.
        footprints : `dict` {`int`: `lsst.afw.detection.Footprint`}, optional
            List of footprints to use for noise replacement. If this is not
            supplied then the footprints from the measCat are used.
        """
        assert measCat.getSchema().contains(self.schema)
        if footprints is None:
            footprints = self.getFootprintsFromCatalog(measCat)
 
        # noiseReplacer is used to fill the footprints with noise and save
        # heavy footprints of the source pixels so that they can be restored
        # one at a time for measurement.  After the NoiseReplacer is
        # constructed, all pixels in the exposure.getMaskedImage() which
        # belong to objects in measCat will be replaced with noise
 
        # Initialize the noise replacer
        noiseReplacer = self.initNoiseReplacer(exposure, measCat, footprints, exposureId, noiseImage)
 
        self.runPlugins(noiseReplacer, measCat, exposure, beginOrder, endOrder)
 

◆ runPlugins()

lsst.meas.base.sfm.SingleFrameMeasurementTask.runPlugins	(	self,
		noiseReplacer,
		measCat,
		exposure,
		beginOrder = None,
		endOrder = None )

Call the configured measument plugins on an image.

Parameters
----------
noiseReplacer : `NoiseReplacer`
    Used to fill sources not being measured with noise.
measCat : `lsst.afw.table.SourceCatalog`
    Catalog to be filled with the results of measurement. Must contain
    all the `lsst.afw.table.SourceRecord`\ s to be measured (with
    `lsst.afw.detection.Footprint`\ s attached), and have a schema
    that is a superset of ``self.schema``.
exposure : `lsst.afw.image.ExposureF`
    Image containing the pixel data to be measured together with
    associated PSF, WCS, etc.
beginOrder : `float`, optional
    Start execution order (inclusive): measurements with
    ``executionOrder < beginOrder`` are not executed. `None` for no
    limit.
endOrder : `float`, optional
    Final execution order (exclusive): measurements with
    ``executionOrder >= endOrder`` are not executed. `None` for no
    limit.

Definition at line 221 of file sfm.py.

    ):
        r"""Call the configured measument plugins on an image.
 
        Parameters
        ----------
        noiseReplacer : `NoiseReplacer`
            Used to fill sources not being measured with noise.
        measCat : `lsst.afw.table.SourceCatalog`
            Catalog to be filled with the results of measurement. Must contain
            all the `lsst.afw.table.SourceRecord`\ s to be measured (with
            `lsst.afw.detection.Footprint`\ s attached), and have a schema
            that is a superset of ``self.schema``.
        exposure : `lsst.afw.image.ExposureF`
            Image containing the pixel data to be measured together with
            associated PSF, WCS, etc.
        beginOrder : `float`, optional
            Start execution order (inclusive): measurements with
            ``executionOrder < beginOrder`` are not executed. `None` for no
            limit.
        endOrder : `float`, optional
            Final execution order (exclusive): measurements with
            ``executionOrder >= endOrder`` are not executed. `None` for no
            limit.
        """
        nMeasCat = len(measCat)
        self.log.info("Measuring %d source%s", nMeasCat, ("" if nMeasCat == 1 else "s"))
 
        # Wrap the task logger into a period logger
        periodicLog = PeriodicLogger(self.log)
 
        for recordIndex, measRecord in enumerate(measCat):
            noiseReplacer.insertSource(measRecord.getId())
            self.callMeasure(measRecord, exposure, beginOrder=beginOrder, endOrder=endOrder)
 
            if self.doBlendedness:
                self.blendPlugin.cpp.measureChildPixels(exposure.getMaskedImage(), measRecord)
 
            noiseReplacer.removeSource(measRecord.getId())
            # Log a message if it has been a while since the last log.
            periodicLog.log("Measurement complete for %d sources out of %d", recordIndex + 1, nMeasCat)
 
        # When done, restore the exposure to its original state
        noiseReplacer.end()
 
        # Undeblended plugins only fire if we're running everything
        if endOrder is None:
            for sourceIndex, source in enumerate(measCat):
                for plugin in self.undeblendedPlugins.iter():
                    self.doMeasurement(plugin, source, exposure)
                # Log a message if it has been a while since the last log.
                periodicLog.log("Undeblended measurement complete for %d sources out of %d",
                                sourceIndex + 1, nMeasCat)
 
        # Now we loop over all of the sources one more time to compute the
        # blendedness metrics
        if self.doBlendedness:
            for source in measCat:
                self.blendPlugin.cpp.measureParentPixels(exposure.getMaskedImage(), source)
 

Member Data Documentation

◆ _DefaultName

str lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask._DefaultName = "measurement"

staticprotectedinherited

Definition at line 259 of file baseMeasurement.py.

◆ algMetadata

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.algMetadata = None

staticinherited

Definition at line 268 of file baseMeasurement.py.

◆ blendPlugin

lsst.meas.base.sfm.SingleFrameMeasurementTask.blendPlugin = self.plugins['base_Blendedness']

Definition at line 161 of file sfm.py.

◆ ConfigClass

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.ConfigClass = SimpleBaseMeasurementConfig

staticinherited

Definition at line 258 of file baseMeasurement.py.

◆ doBlendedness

bool lsst.meas.base.sfm.SingleFrameMeasurementTask.doBlendedness = True

Definition at line 160 of file sfm.py.

◆ keyInvalidPsf

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.keyInvalidPsf = schema.find(invalidPsfName).key

inherited

Definition at line 329 of file baseMeasurement.py.

◆ NOISE_EXPOSURE_ID

lsst.meas.base.baseMeasurement.BaseMeasurementTask.NOISE_EXPOSURE_ID = "NOISE_EXPOSURE_ID"

staticinherited

Definition at line 464 of file baseMeasurement.py.

◆ NOISE_OFFSET

lsst.meas.base.baseMeasurement.BaseMeasurementTask.NOISE_OFFSET = "NOISE_OFFSET"

staticinherited

Definition at line 460 of file baseMeasurement.py.

◆ NOISE_SEED_MULTIPLIER

lsst.meas.base.baseMeasurement.BaseMeasurementTask.NOISE_SEED_MULTIPLIER = "NOISE_SEED_MULTIPLIER"

staticinherited

Definition at line 452 of file baseMeasurement.py.

◆ NOISE_SOURCE

lsst.meas.base.baseMeasurement.BaseMeasurementTask.NOISE_SOURCE = "NOISE_SOURCE"

staticinherited

Definition at line 456 of file baseMeasurement.py.

◆ plugins

lsst.meas.base.baseMeasurement.SimpleBaseMeasurementTask.plugins = None

staticinherited

Definition at line 261 of file baseMeasurement.py.

◆ schema

lsst.meas.base.sfm.SingleFrameMeasurementTask.schema = schema

Definition at line 153 of file sfm.py.

◆ undeblendedPlugins

lsst.meas.base.baseMeasurement.BaseMeasurementTask.undeblendedPlugins = PluginMap()

inherited

Definition at line 470 of file baseMeasurement.py.

The documentation for this class was generated from the following file:

/j/snowflake/release/lsstsw/stack/lsst-scipipe-12.1.0/Linux/meas_base/g3e17d7035e+5b3adc59f5/python/lsst/meas/base/sfm.py

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Static Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ __init__()

Member Function Documentation

◆ addInvalidPsfFlag()

◆ callMeasure()

◆ doMeasurement()

◆ getFootprintsFromCatalog()

◆ initializePlugins()

◆ initNoiseReplacer()

◆ measure()

◆ run()

◆ runPlugins()

Member Data Documentation

◆ _DefaultName

◆ algMetadata

◆ blendPlugin

◆ ConfigClass

◆ doBlendedness

◆ keyInvalidPsf

◆ NOISE_EXPOSURE_ID

◆ NOISE_OFFSET

◆ NOISE_SEED_MULTIPLIER

◆ NOISE_SOURCE

◆ plugins

◆ schema

◆ undeblendedPlugins

◆ init()