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# Source code for astroquery.esa.euclid

    # Licensed under a 3-clause BSD style license - see LICENSE.rst
    """
    ===============
    Euclid TAP plus
    ===============
    European Space Astronomy Centre (ESAC)
    European Space Agency (ESA)
    """

    from astropy import config as _config

    class Conf(_config.ConfigNamespace):
        """
        Configuration parameters for `astroquery.esa.euclid`.
        """

        ROW_LIMIT = _config.ConfigItem(50,
                                       "Number of rows to return from database query (set to -1 for unlimited).")

        USE_NAMES_OVER_IDS = _config.ConfigItem(True,
                                                "When converting from an astropy.io.votable.tree.TableElement object to "
                                                "an astropy.table.Table object, you can specify whether to give "
                                                "preference to name or ID attributes when naming the columns. By default, "
                                                "ID is given preference. To give name preference, set the value to True:")

        ENVIRONMENTS = {'IDR': {'url_server': 'https://easidr.esac.esa.int/', 'main_table': 'catalogue.mer_catalogue',
                                'main_table_ra_column': 'right_ascension', 'main_table_dec_column': 'declination'},
                        'OTF': {'url_server': 'https://easotf.esac.esa.int/', 'main_table': 'catalogue.mer_catalogue',
                                'main_table_ra_column': 'right_ascension', 'main_table_dec_column': 'declination'},
                        'REG': {'url_server': 'https://easreg.esac.esa.int/',
                                'main_table': 'catalogue.mer_final_catalog_fits_file_regreproc1_r2',
                                'main_table_ra_column': 'right_ascension', 'main_table_dec_column': 'declination'},
                        'PDR': {'url_server': 'https://eas.esac.esa.int/', 'main_table': 'catalogue.mer_catalogue',
                                'main_table_ra_column': 'right_ascension', 'main_table_dec_column': 'declination'}
                        }

        OBSERVATION_STACK_PRODUCTS = ['DpdNirStackedFrame', 'DpdVisStackedFrame']

        MOSAIC_PRODUCTS = ['DpdMerBksMosaic']

        BASIC_DOWNLOAD_DATA_PRODUCTS = ['dpdPhzPfOutputForL3', 'dpdPhzPfOutputCatalog', 'dpdMerFinalCatalog',
                                        'dpdSpePfOutputCatalog', 'dpdSheLensMcChains', 'dpdHealpixBitMaskVMPZ',
                                        'dpdHealpixFootprintMaskVMPZ', 'dpdHealpixCoverageVMPZ', 'dpdHealpixDepthMapVMPZ',
                                        'dpdHealpixInfoMapVMPZ', 'dpdSheBiasParams', 'dpdSheLensMcFinalCatalog',
                                        'dpdSheLensMcRawCatalog', 'dpdSheMetaCalFinalCatalog', 'dpdSheMetaCalRawCatalog',
                                        'dpdSleDetectionOutput', 'dpdSleModelOutput']

        MER_SEGMENTATION_MAP_PRODUCTS = ['DpdMerSegmentationMap']

        RAW_FRAME_PRODUCTS = ['dpdVisRawFrame', 'dpdNispRawFrame']

        CALIBRATED_FRAME_PRODUCTS = ['DpdVisCalibratedQuadFrame', 'DpdNirCalibratedFrame']

        FRAME_CATALOG_PRODUCTS = ['DpdNirStackedFrameCatalog', 'DpdVisStackedFrameCatalog', 'DpdNirCalibratedFrameCatalog',
                                  'DpdVisCalibratedFrameCatalog']

        COMBINED_SPECTRA_PRODUCTS = ['DpdSirCombinedSpectra']

        SIR_SCIENCE_FRAME_PRODUCTS = ['dpdSirScienceFrame']

        VALID_LE3_PRODUCT_TYPES_CATEGORIES_GROUPS = {
            'Clusters of Galaxies': {
                'GrpCatalog': ['DpdLE3clAMICOModel', 'DpdLE3clDetMergeParams', 'DpdLE3clDetOnMockParams',
                               'DpdLE3clDetInputParams', 'DpdLE3clAmicoAux', 'DpdLE3clAssociations', 'DpdLE3clPzwavAux',
                               'DpdLE3clPZWAVDensity', 'DpdLE3clDetClusters', 'DpdLE3FullDet', 'DpdLE3clCatMergeParams',
                               'DpdLE3clCATParams', 'DpdLE3clCcpInputParams', 'DpdLE3clRichMembers', 'DpdLE3clZClParams',
                               'DpdLE3clGlueMatchParams', 'DpdLE3clMockGlueMatchParams'],
                'GrpClustering': ['DDpdLE3clPkDOA', 'DpdLE3clCovmatTwoPointCov2', 'DpdLE3clPkYam',
                                  'DpdLE3clTwoPointAutoCorrPol', 'DpolDpdLE3clCovmatPKCov1'],
                'GrpCOMB': ['DpdLE3clCombConfigurationSet', 'DpdLE3clCombCovMatDeltaSigmaCosmoDep',
                            'DpdLE3clCombCovMatReducedShearCosmoDep', 'DpdLE3clCombCovMatReducedShearCosmoIndep',
                            'DpdLE3clCombRedSheProf', 'DpdLE3clCombStackingCosmoDep', 'DpdLE3clCombStackingCosmoInd',
                            'DpdLE3clCombUCovRedSheProf', 'DpdLE3clCombWLME'],
                'GrpLMF': ['DpdLE3clLMFOutput', 'DpdLE3clLMFParams'],
                'GrpSEL': ['DpdLE3clMatchForSelParams', 'DpdLE3clMockClusters', 'DpdLE3clRedshiftDistrib',
                           'DpdLE3clSelRandom', 'DpdLE3clSelRandomParams', 'DpdLE3clSelSelFunc',
                           'DpdLE3clSelSelFuncInputParams', 'DpdLE3clSelSinfoniaIniClMockInputParams',
                           'DpdLE3clSelSinfoniaMockInputParams', 'DpdLE3clSelSubSample', 'DpdLE3clSinfoniaEllipticity'],
                'GrpTiling': ['DpdLE3clCLTile', 'DpdLE3clCommon', 'DpdLE3clConfigurationSet']},
            'External Data Products': {
                'LE3-ED configuration catalog': ['DpdLE3edConfigurationFile'],
                'LE3-ED match catalog': ['DpdLE3edMatchedCatalog']},
            'Galaxy Clustering Products': {
                '2PCF_PK': ['DpdLE3gcPkCross', 'DpdLE3gcPkDOA', 'DpdLE3gcPkYam', 'DpdLE3gcTwoPointAutoCorr',
                            'DpdLE3gcTwoPointAutoCorrCart', 'DpdLE3gcTwoPointAutoCorrPol', 'DpdLE3gcTwoPointCrossCorr',
                            'DpdLE3gcTwoPointCrossCorrCart', 'DpdLE3gcTwoPointCrossCorrPol', 'DpdLE3gcTwoPointRecAutoCorr',
                            'DpdLE3gcTwoPointRecAutoCorrCart', 'DpdLE3gcTwoPointRecAutoCorrPol',
                            'DpdLE3gcTwoPointRecCrossCorr', 'DpdLE3gcTwoPointRecCrossCorrCart',
                            'DpdLE3gcTwoPointRecCrossCorrPol'],
                '3PCF_BK': ['DpdLE3gcBkMonopole', 'DpdLE3gcBkMultipole', 'DpdLE3gcThreePointAll', 'DpdLE3gcThreePointSin'],
                'CM-2PCF': ['DpdLE3gcCovmatTwoPointCov1D', 'DpdLE3gcCovmatTwoPointCov2Dcart',
                            'DpdLE3gcCovmatTwoPointCov2Dpol', 'DpdLE3gcCovmatTwoPointCovMu',
                            'DpdLE3gcCovmatTwoPointCovPro'],
                'CM-PK': ['DpdLE3gcCovmatPKCov1D', 'DpdLE3gcCovmatPKCov2Dcart', 'DpdLE3gcCovmatPKCov2Dpol']},
            'Internal Data Products': {
                'SEL Config/Stats': ['DpdLE3IDSELConfigurationSet', 'DpdLE3IDSELIDStatistics'],
                'SEL Wide Main': ['DpdLE3IDSELIDCatalog'],
                'SEL Wide': ['DpdLE3IDSELIDSubsampledCatalog'],
                'VMSP Group': ['DpdLE3IDVMSPConfiguration', 'DpdLE3IDVMSPDetectionModel', 'DpdLE3IDVMSPDistModel',
                               'DpdLE3IDVMSPRandomCatalog']},
            'Weak Lensing Products': {
                '2D-MASS': ['DpdTwoDMassConvergenceClusters', 'DpdTwoDMassConvergencePatch',
                            'DpdTwoDMassConvergencePatchesToSphere', 'DpdTwoDMassConvergenceSphere',
                            'DpdTwoDMassParamsConvergenceClusters', 'DpdTwoDMassParamsConvergencePatch',
                            'DpdTwoDMassParamsConvergencePatchesToSphere', 'DpdTwoDMassParamsConvergenceSphere',
                            'DpdTwoDMassParamsPeakCatalogConvergence', 'DpdTwoDMassParamsPeakCatalogMassAperture',
                            'DpdTwoDMassPeakCatalog'],
                '2PCF': ['DpdTwoPCFWLCOSEBIFilter', 'DpdTwoPCFWLParamsCOSEBIShearShear2D', 'DpdTwoPCFWLParamsClPosPos2D',
                         'DpdTwoPCFWLParamsPEBPosShear2D', 'DpdTwoPCFWLParamsPEBShearShear2D', 'DpdTwoPCFWLParamsPosPos2D',
                         'DpdTwoPCFWLParamsPosShear2D', 'DpdTwoPCFWLParamsShearShear2D', 'DpdTwoPCFWLCOSEBIShearShear2D',
                         'DpdTwoPCFWLClPosPos2D', 'DpdTwoPCFWLPEBPosShear2D', 'DpdTwoPCFWLPEBShearShear2D',
                         'DpdTwoPCFWLPosPos2D', 'DpdTwoPCFWLPosShear2D', 'DpdTwoPCFWLShearShear2D',
                         'DpdCovarTwoPCFWLParams', 'DpdCovarTwoPCFWLClPosPos2D', 'DpdCovarTwoPCFWLCOSEBIShearShear2D',
                         'DpdCovarTwoPCFWLPEBPosShear2D', 'DpdCovarTwoPCFWLPEBShearShear2D',
                         'DpdCovarTwoPCFWLPosPos2D', 'DpdCovarTwoPCFWLPosShear2D', 'DpdCovarTwoPCFWLShearShear2D',
                         'DpdCovarTwoPCFWLResampleCOSEBIShearShear2D', 'DpdCovarTwoPCFWLResampleClPosPos2D',
                         'DpdCovarTwoPCFWLResamplePEBPosShear2D', 'DpdCovarTwoPCFWLResamplePEBShearShear2D',
                         'DpdCovarTwoPCFWLResamplePosPos2D', 'DpdCovarTwoPCFWLResamplePosShear2D',
                         'DpdCovarTwoPCFWLResampleShearShear2D'],
                'PK': ['DpdPKWLAlms', 'DpdPKWLCovMatrix2D', 'DpdPKWLEstimate2D', 'DpdPKWLMaps', 'DpdPKWLMixingMatrix2D']},
            'PHZ': {
                'PHZ': ['DpdBinMeanRedshift', 'DpdReferenceSample', 'DpdTomographicBins']}
        }

        PRODUCT_TYPES = ['observation', 'mosaic']

        SCHEMAS = ['sedm']

        VALID_DATALINK_RETRIEVAL_TYPES = ['SPECTRA_BGS', 'SPECTRA_RGS']

    conf = Conf()

    from .core import Euclid, EuclidClass

    __all__ = ['Euclid', 'EuclidClass', 'Conf', 'conf']