Selection ========= These stages deal with selection objects and assigning them to tomographic bins. * :py:class:`~txpipe.source_selector.TXSourceSelectorBase` - Base stage for source selection using S/N, size, and flag cuts and tomography * :py:class:`~txpipe.source_selector.TXSourceSelectorMetacal` - Source selection and tomography for metacal catalogs * :py:class:`~txpipe.source_selector.TXSourceSelectorMetadetect` - Source selection and tomography for metadetect catalogs * :py:class:`~txpipe.source_selector.TXSourceSelectorLensfit` - Source selection and tomography for lensfit catalogs * :py:class:`~txpipe.source_selector.TXSourceSelectorSimple` - Source selection and tomography for mock catalogs that do not * :py:class:`~txpipe.source_selector.TXSourceSelectorHSC` - Source selection and tomography for HSC catalogs * :py:class:`~txpipe.lens_selector.TXBaseLensSelector` - Base class for lens object selection, using the BOSS Target Selection. * :py:class:`~txpipe.lens_selector.TXTruthLensSelector` - Select lens objects based on true redshifts and BOSS criteria * :py:class:`~txpipe.lens_selector.TXMeanLensSelector` - Select lens objects based on mean redshifts and BOSS criteria * :py:class:`~txpipe.lens_selector.TXModeLensSelector` - Select lens objects based on best-fit redshifts and BOSS criteria * :py:class:`~txpipe.lens_selector.TXRandomForestLensSelector` - Stage TXRandomForestLensSelector .. autotxclass:: txpipe.source_selector.TXSourceSelectorBase :members: :exclude-members: run Inputs: - shear_catalog: ShearCatalog - calibration_table: TextFile Outputs: - shear_tomography_catalog: TomographyCatalog Parallel: Yes - MPI .. collapse:: Configuration .. raw:: html