DecamMapper¶
- class lsst.obs.decam.DecamMapper(*args, **kwargs)¶
Bases:
CameraMapper
Deprecated since version v22.0.
Gen2 Butler has been deprecated. This Gen2 code may be removed in any future daily or weekly release. For a Gen3-based Getting Started Tutorial, please see https://pipelines.lsst.io/getting- started/index.html.
Attributes Summary
Methods Summary
Mapper
(cfg)Instantiate a Mapper from a configuration.
backup
(datasetType, dataId)Rename any existing object with the given type and dataId.
bypass_camera
(datasetType, pythonType, ...)Return the (preloaded) camera object.
bypass_ccdExposureId
(datasetType, ...)bypass_ccdExposureId_bits
(datasetType, ...)bypass_dcrCoaddId
(datasetType, pythonType, ...)bypass_dcrCoaddId_bits
(*args, **kwargs)bypass_dcrMergedCoaddId
(datasetType, ...)bypass_dcrMergedCoaddId_bits
(*args, **kwargs)bypass_deepCoaddId
(datasetType, pythonType, ...)bypass_deepCoaddId_bits
(*args, **kwargs)bypass_deepMergedCoaddId
(datasetType, ...)bypass_deepMergedCoaddId_bits
(*args, **kwargs)bypass_expIdInfo
(datasetType, pythonType, ...)Hook to retrieve an lsst.obs.base.ExposureIdInfo for an exposure
bypass_instcal
(datasetType, pythonType, ...)canStandardize
(datasetType)Return true if this mapper can standardize an object of the given dataset type.
Return the name of the camera that this CameraMapper is for.
Directory containing crosstalk tables.
Return a list of the mappable dataset types.
getDefaultSubLevel
(level)Return the gen3 Instrument class equivalent for this gen2 Mapper.
getImageCompressionSettings
(datasetType, dataId)Stuff image compression settings into a daf.base.PropertySet
getKeys
(datasetType, level)Return a dict of supported keys and their value types for a given dataset type at a given level of the key hierarchy.
Directory containing linearizers
Return the base directory of this package
Return the name of the package containing this CameraMapper.
Get the registry used by this mapper.
getShortCcdName
(ccdName)Convert a CCD name to a form useful as a filename
keys
()Return supported keys.
map
(datasetType, dataId[, write])Map a data id using the mapping method for its dataset type.
map_camera
(dataId[, write])Map a camera dataset.
map_expIdInfo
(dataId[, write])map_linearizer
(dataId[, write])Map a linearizer
map_skypolicy
(dataId)Map a sky policy.
queryMetadata
(datasetType, format, dataId)Get possible values for keys given a partial data id.
standardize
(datasetType, item, dataId)Standardize an object using the standardization method for its data set type, if it exists.
std_bfKernel
(item, dataId)Disable standardization for bfKernel
std_bias
(item, dataId)std_cpBias
(item, dataId)std_cpFlat
(item, dataId)std_cpIllumcor
(item, dataId)std_dark
(item, dataId)std_flat
(item, dataId)std_fringe
(item, dataId)std_illumcor
(item, dataId)std_raw
(item, dataId)Standardize a raw dataset by converting it to an Exposure.
std_skypolicy
(item, dataId)Standardize a sky policy by returning the one we use.
translate_dqmask
(dqmask)translate_wtmap
(wtmap)validate
(dataId)Validate a dataId's contents.
Attributes Documentation
- detectorNames = {1: 'S29', 2: 'S30', 3: 'S31', 4: 'S25', 5: 'S26', 6: 'S27', 7: 'S28', 8: 'S20', 9: 'S21', 10: 'S22', 11: 'S23', 12: 'S24', 13: 'S14', 14: 'S15', 15: 'S16', 16: 'S17', 17: 'S18', 18: 'S19', 19: 'S8', 20: 'S9', 21: 'S10', 22: 'S11', 23: 'S12', 24: 'S13', 25: 'S1', 26: 'S2', 27: 'S3', 28: 'S4', 29: 'S5', 30: 'S6', 31: 'S7', 32: 'N1', 33: 'N2', 34: 'N3', 35: 'N4', 36: 'N5', 37: 'N6', 38: 'N7', 39: 'N8', 40: 'N9', 41: 'N10', 42: 'N11', 43: 'N12', 44: 'N13', 45: 'N14', 46: 'N15', 47: 'N16', 48: 'N17', 49: 'N18', 50: 'N19', 51: 'N20', 52: 'N21', 53: 'N22', 54: 'N23', 55: 'N24', 56: 'N25', 57: 'N26', 58: 'N27', 59: 'N28', 60: 'N29', 62: 'N31'}¶
- packageName = 'obs_decam'¶
- translatorClass = None¶
Methods Documentation
- static Mapper(cfg)¶
Instantiate a Mapper from a configuration. In come cases the cfg may have already been instantiated into a Mapper, this is allowed and the input var is simply returned.
- Parameters:
cfg – the cfg for this mapper. It is recommended this be created by calling Mapper.cfg()
- Returns:
a Mapper instance
- backup(datasetType, dataId)¶
Rename any existing object with the given type and dataId.
The CameraMapper implementation saves objects in a sequence of e.g.:
foo.fits
foo.fits~1
foo.fits~2
All of the backups will be placed in the output repo, however, and will not be removed if they are found elsewhere in the _parent chain. This means that the same file will be stored twice if the previous version was found in an input repo.
- bypass_camera(datasetType, pythonType, butlerLocation, dataId)¶
Return the (preloaded) camera object.
- bypass_ccdExposureId(datasetType, pythonType, location, dataId)¶
- bypass_ccdExposureId_bits(datasetType, pythonType, location, dataId)¶
- bypass_dcrCoaddId(datasetType, pythonType, location, dataId)¶
- bypass_dcrCoaddId_bits(*args, **kwargs)¶
- bypass_dcrMergedCoaddId(datasetType, pythonType, location, dataId)¶
- bypass_dcrMergedCoaddId_bits(*args, **kwargs)¶
- bypass_deepCoaddId(datasetType, pythonType, location, dataId)¶
- bypass_deepCoaddId_bits(*args, **kwargs)¶
- bypass_deepMergedCoaddId(datasetType, pythonType, location, dataId)¶
- bypass_deepMergedCoaddId_bits(*args, **kwargs)¶
- bypass_expIdInfo(datasetType, pythonType, location, dataId)¶
Hook to retrieve an lsst.obs.base.ExposureIdInfo for an exposure
- bypass_instcal(datasetType, pythonType, butlerLocation, dataId)¶
- canStandardize(datasetType)¶
Return true if this mapper can standardize an object of the given dataset type.
- classmethod getCameraName()¶
Return the name of the camera that this CameraMapper is for.
- classmethod getCrosstalkDir()¶
Directory containing crosstalk tables.
- getDatasetTypes()¶
Return a list of the mappable dataset types.
- getDefaultLevel()¶
- getDefaultSubLevel(level)¶
- classmethod getGen3Instrument()¶
Return the gen3 Instrument class equivalent for this gen2 Mapper.
- Returns:
- instr
type
A
Instrument
class.
- instr
- getImageCompressionSettings(datasetType, dataId)¶
Stuff image compression settings into a daf.base.PropertySet
This goes into the ButlerLocation’s “additionalData”, which gets passed into the boost::persistence framework.
- getKeys(datasetType, level)¶
Return a dict of supported keys and their value types for a given dataset type at a given level of the key hierarchy.
- classmethod getLinearizerDir()¶
Directory containing linearizers
- classmethod getPackageDir()¶
Return the base directory of this package
- classmethod getPackageName()¶
Return the name of the package containing this CameraMapper.
- getRegistry()¶
Get the registry used by this mapper.
- Returns:
- Registry or None
The registry used by this mapper for this mapper’s repository.
- static getShortCcdName(ccdName)¶
Convert a CCD name to a form useful as a filename
The default implementation converts spaces to underscores.
- keys()¶
Return supported keys.
- Returns:
- iterable
List of keys usable in a dataset identifier
- map(datasetType, dataId, write=False)¶
Map a data id using the mapping method for its dataset type.
- Parameters:
- datasetTypestring
The datasetType to map
- dataIdDataId instance
The dataId to use when mapping
- writebool, optional
Indicates if the map is being performed for a read operation (False) or a write operation (True)
- Returns:
- ButlerLocation or a list of ButlerLocation
The location(s) found for the map operation. If write is True, a list is returned. If write is False a single ButlerLocation is returned.
- Raises:
- NoResults
If no locaiton was found for this map operation, the derived mapper class may raise a lsst.daf.persistence.NoResults exception. Butler catches this and will look in the next Repository if there is one.
- map_camera(dataId, write=False)¶
Map a camera dataset.
- map_expIdInfo(dataId, write=False)¶
- map_linearizer(dataId, write=False)¶
Map a linearizer
- map_skypolicy(dataId)¶
Map a sky policy.
- queryMetadata(datasetType, format, dataId)¶
Get possible values for keys given a partial data id.
- Parameters:
datasetType – see documentation about the use of datasetType
key – this is used as the ‘level’ parameter
format –
dataId – see documentation about the use of dataId
- Returns:
- standardize(datasetType, item, dataId)¶
Standardize an object using the standardization method for its data set type, if it exists.
- std_bfKernel(item, dataId)¶
Disable standardization for bfKernel
bfKernel is a calibration product that is numpy array, unlike other calibration products that are all images; all calibration images are sent through _standardizeExposure due to CalibrationMapping, but we don’t want that to happen to bfKernel
- std_bias(item, dataId)¶
- std_cpBias(item, dataId)¶
- std_cpFlat(item, dataId)¶
- std_cpIllumcor(item, dataId)¶
- std_dark(item, dataId)¶
- std_flat(item, dataId)¶
- std_fringe(item, dataId)¶
- std_illumcor(item, dataId)¶
- std_raw(item, dataId)¶
Standardize a raw dataset by converting it to an Exposure.
Raw images are MEF files with one HDU for each detector.
- Parameters:
- item
lsst.afw.image.DecoratedImage
The image read by the butler.
- dataIddata ID
Data identifier.
- item
- Returns:
- result
lsst.afw.image.Exposure
The standardized Exposure.
- result
- std_skypolicy(item, dataId)¶
Standardize a sky policy by returning the one we use.
- translate_dqmask(dqmask)¶
- translate_wtmap(wtmap)¶
- validate(dataId)¶
Validate a dataId’s contents.
If the dataId is valid, return it. If an invalid component can be transformed into a valid one, copy the dataId, fix the component, and return the copy. Otherwise, raise an exception.