.. include:: ../../clsubstitutions.txt .. _richclRichness: Cluster Richness Output Product ------------------------------- Data product name ================= .. DataProductNameStart richclRichness .. DataProductNameEnd Data product custodian ====================== .. DataProductCustodianStart RICH-CL .. DataProductCustodianEnd Data model tag ============== .. DataModelTagStart DpdLE3clRichness .. DataModelTagEnd Name of the Schema file ======================= .. NameSchemaStart euc-test-le3-cl-richcl-rich.xsd .. NameSchemaEnd Schema documentation tag ======================== .. SchemaDocTagStart This output product contains the richness estimates of the candidate clusters .. SchemaDocTagEnd Data product elements ===================== .. DataProductElementsStart :Header: type sys:genericHeader :Data: type cl:clustersRichness :Data: type cl:clustersRichMembers :QualityFlags: type dqc:sqfPlaceHolder :Parameters: type ppr:genericKeyValueParameters .. DataProductElementsEnd Processing Element(s) creating/using the data product ===================================================== .. PECreatorStart RICH-CL .. PECreatorEnd Processing function using the data product ========================================== .. PFUsingStart SGS pipeline output product to be used by SWGs .. PFUsingEnd Detailed description of the data product ======================================== .. DetailedDescStart This data product contains the list of richness estimates, by both method "Pmem" and "Red Sequence", for each detected cluster. Keywords +++++++++++++ This fits file is expected to contain the following keywords in the primary HDU, characterizing the important parameters of the product: #. **DET_CODE**: Name of the clusters detection algorithm (AMICO or PZWAV) #. **MODEL_ID**: Identifier of the cluster model used in the filtering procedure #. **SNR_THR**: S/N threshold for extracting a detection #. **MAX_NB**: Maximum number of structures to which a galaxy can be associated #. **MIN_PROB**: Minimum probability for the association to be saved in this catalog #. **MIN_RA**: Minimum RA of the area on which the run has to be performed [deg] #. **MAX_RA**: Maximum RA of the area on which the run has to be performed [deg] #. **MIN_DEC**: Minimum Dec of the area on which the run has to be performed [deg] #. **MAX_DEC**: Maximum Dec of the area on which the run has to be performed [deg] Table +++++++++++++ The richclRichness table is expected to contain the following columns, for each detected cluster: +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | Column name | Description | Unit | +===============================+=================================================================================+======================+ | **ID_CLUSTER** | Identifier of the detected cluster, as it appears in :ref:`detclAMICOClusters` | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_PMEM** | Richness estimate at a function of scalar RADIUS_PMEM, from Pmem method | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_LERR_PMEM** | Error associated with RICHNESS_PMEM (lower/left side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_UERR_PMEM** | Error associated with RICHNESS_PMEM (upper/right side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RADIUS_PMEM** | Radius around cluster (in arcmin) where RICHNESS_PMEM is estimated | :math:`arcmin` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_VEC_PMEM** | Richness estimate as a function of RADIUS_VEC_PMEM values, from Pmem method | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_UERR_VEC_PMEM** | Errors associated with RICHNESS_VEC_PMEM (lower/left side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_LERR_VEC_PMEM** | Errors associated with RICHNESS_VEC_PMEM (upper/right side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RADIUS_VEC_PMEM** | Vector of radii around cluster for RICHNESS_VEC_PMEM | :math:`arcmin` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **FLAG_PMEM** | Flag code for the processing of the cluster by PMEM | :math:`arcmin` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_RS** | Richness estimate at a function of scalar RADIUS_RS, from RS method | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_LERR_RS** | Error associated with RICHNESS_RS (lower/left side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_UERR_RS** | Error associated with RICHNESS_RS (upper/right side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RADIUS_RS** | Radius around cluster for RICHNESS_RS | :math:`arcmin` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_VEC_RS** | Richness estimate as a function of RADIUS_VEC_RS values from RS method | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_UERR_VEC_RS** | Errors associated with RICHNESS_VEC_RS (lower/left side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RICHNESS_LERR_VEC_RS** | Errors associated with RICHNESS_VEC_RS (upper/right side) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **RADIUS_VEC_RS** | Vector of radii around cluster where RICHNESS_VEC_RS | :math:`arcmin` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **TOTAL_FLUX_RS** | Total flux, from RS | :math:`mag` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **TOTAL_FLUX_ERR_RS** | Error on total flux, from RS | :math:`mag` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **FLAG_FLUX_RS** | (Flag on total flux, from RS) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **FLAG_RS** | Flag code for the processing of the cluster by RS | :math:`arcmin` | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **BKG_FRACTION_PMEM** | Fraction of visible background area from PMEM (between 0 and 1, 1=full bkg) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **CLUSTER_FRACTION_PMEM** | Fraction of visible cluster area within 1 Mpc from PMEM | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **BKG_FRACTION_RS** | Fraction of visible background area from RS (between 0 and 1, 1=full bkg) | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+ | **CLUSTER_FRACTION_RS** | Fraction of visible cluster area within 1 Mpc from RS | | +-------------------------------+---------------------------------------------------------------------------------+----------------------+