.. include:: ../../gcsubstitutions.txt .. _TwoPCFGC2Dcartcross: Output - 2D Cartesian [2D Cartesian and Projected Cross-correlation Product] ---------------------------------------------------------------------------- Data product name ================= .. DataProductNameStart DpdLE3gcTwoPointCrossCorrCart .. DataProductNameEnd Data product custodian ====================== .. DataProductCustodianStart |CUSTODIANTAG| .. DataProductCustodianEnd Data model tag ============== .. DataModelTagStart |GCTAG| .. DataModelTagEnd Name of the Schema file ======================= .. NameSchemaStart euc-test-le3-gc-2pcf-cross-cart.xsd .. NameSchemaEnd Schema documentation tag ======================== .. SchemaDocTagStart |DOCTAG| .. SchemaDocTagEnd Data product elements ===================== .. DataProductElementsStart :Header: object of type sys:genericHeader :Data: object of type gc:gcTwoPointCrossCart :QualityFlags: object of type dqc:sqfPlaceHolder :Parameters: object of type ppr:genericKeyValueParameters .. DataProductElementsEnd Processing Element(s) creating/using the data product ===================================================== .. PECreatorStart Creator: 2PCF-GC .. PECreatorEnd Processing function using the data product ========================================== .. PFUsingStart This is a SGS pipeline final output product to be used by SWGs. .. PFUsingEnd Detailed description of the data product ======================================== .. DetailedDescStart This output product is the 2D Cartesian and Projected two-point cross-correlation function at different separation scales. The product contains 3 FITS files: one for the 2D pair counts, one for the 2D Cartesian two-point cross-correlation function and one for the projected two-point cross-correlation function. XML Keywords ^^^^^^^^^^^^ The product contains the following keywords: **DataCatalog1** Name of input DATA catalog 1 **RandCatalog1** Name of input RANDOM catalog 1 **DataCatalog2** Name of input DATA catalog 2 **RandCatalog2** Name of input RANDOM catalog 2 **CountingMethod** Counting method [LINKED_LIST, KD_TREE] **BinTypeDim1** Binning scale type in dim 1 [LIN, LOG] **BinNumberDim1** Number of bins in scale in dim 1 **BinMinValueDim1** Minimum separation scale in dim 1 Mpc/h **BinMaxValueDim1** Maximum separation scale in dim 1 Mpc/h **BinTypeDim2** Binning scale type in dim 2 [LIN, LOG] **BinNumberDim2** Number of bins in scale in dim 2 **BinMinValueDim2** Minimum separation scale in dim 2 Mpc/h **BinMaxValueDim2** Maximum separation scale in dim 2 Mpc/h **PiMax** Maximum parallel separation up to which the 2D Cartesian correlation function is integrated to compute the projected correlation function **UseWeight** Use object weight in the computation [true/false] **SplitFactor** Number of random sub-catalogs used for RR computation **CosmologyID** Identifier for the cosmology used **ReleaseName** Name of the release **PairsFile** :ref:`FITS` file with 2D pair counts **CorrelationFile** :ref:`FITS` file with the 2D cartesian cross correlation **CorrelationFileProjected** :ref:`FITS` file with the projected cross correlation .. _gc2pcfpaircrossfile2D: **PairsFile** FITS file ^^^^^^^^^^^^^^^^^^^^^^^ The FITS type *le3.gc.2pcf.cross.pair.2D* contains one binary table HDU named **PAIRS** with the following structure: .. tabularcolumns:: |l|l|l|l| +----------+----------------+---------------------------------------------------+---------+ | HDU *PAIRS* | +==========+================+===================================================+=========+ | Keywords | **TELESCOP** | Mission identifier [EUCLID] | string | + +----------------+---------------------------------------------------+---------+ | | **INSTRUME** | PF producing this file [LE3GC] | string | + +----------------+---------------------------------------------------+---------+ | | **FILENAME** | Name of FITS file | string | + +----------------+---------------------------------------------------+---------+ | | | | | Catalog information | + +----------------+---------------------------------------------------+---------+ | | **D1_NAME** | Name of the data (real) catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **D1_ID** | Identifier for the data (real) catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **D1_NOBJ** | Number of objects in the data (real) catalog 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **R1_NAME** | Name of the random catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **R1_ID** | Identifier for the random catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **R1_NOBJ** | Number of objects in the random catalog 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **D2_NAME** | Name of the data (real) catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **D2_ID** | Identifier for the data (real) catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **D2_NOBJ** | Number of objects in the data (real) catalog 2 | integer | + +----------------+---------------------------------------------------+---------+ | | **R2_NAME** | Name of the random catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **R2_ID** | Identifier for the random catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **R2_NOBJ** | Number of objects in the random catalog 2 | integer | + +----------------+---------------------------------------------------+---------+ | | | | | 2PCF information | + +----------------+---------------------------------------------------+---------+ | | **METHOD** | Partitioning method [LINKED_LIST, KD_TREE] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN1TYPE** | Scale for binning dim 1 [LIN, LOG] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN1NUM** | Number of bins in scale dim 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **BIN1MIN** | Min value of scale dim 1 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN1MAX** | Max value of scale dim 1 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN2TYPE** | Scale for binning dim 2 [LIN, LOG] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN2NUM** | Number of bins in scale dim 2 | integer | + +----------------+---------------------------------------------------+---------+ | | **BIN2MIN** | Min value of scale dim 2 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN2MAX** | Max value of scale dim 2 | double | + +----------------+---------------------------------------------------+---------+ | | **WEIGHT** | Object weight use in computation [true, false] | string | + +----------------+---------------------------------------------------+---------+ | | **SPLIT** | Number of R subcatalogs in computation | integer | + +----------------+---------------------------------------------------+---------+ | | **PAIRD1D2** | Number of D1-D2 pairs | double | + +----------------+---------------------------------------------------+---------+ | | **PAIRD1R2** | Number of D1-R2 pairs | double | + +----------------+---------------------------------------------------+---------+ | | **PAIRR1D2** | Number of R1-D2 pairs | double | + +----------------+---------------------------------------------------+---------+ | | **PAIRR1R2** | Number of R1-R2 pairs | double | + +----------------+---------------------------------------------------+---------+ | | | | | Cosmology information | + +----------------+---------------------------------------------------+---------+ | | **COSMO_ID** | Identifier for the cosmology used | string | +----------+----------------+---------------------------------------------------+---------+ | 6 columns table | +----------+----------------+---------------------------------------------------+---------+ | Columns | **SCALE_1D** | Distance separation dim 1 scale |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **SCALE_2D** | Distance separation dim 2 scale |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **D1D2** | Number of weighted D1-D2 pairs |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **D1R2** | Number of weighted D1-R2 pairs |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **R1D2** | Number of weighted R1-D2 pairs |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **R1R2** | Number of weighted R1-R2 pairs |FITS *1D*| +----------+----------------+---------------------------------------------------+---------+ .. _gc2pcfcorrcrossfile2D: **CorrelationFile2D** FITS file ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The FITS type *le3.gc.2pcf.cross.corr.2D* contains one binary table HDU named **CORRELATION** with the following structure: .. tabularcolumns:: |l|l|l|l| +----------+----------------+---------------------------------------------------+---------+ | HDU *CORRELATION* | +==========+================+===================================================+=========+ | Keywords | **TELESCOP** | Mission identifier [EUCLID] | string | + +----------------+---------------------------------------------------+---------+ | | **INSTRUME** | PF producing this file [LE3GC] | string | + +----------------+---------------------------------------------------+---------+ | | **FILENAME** | Name of FITS file | string | + +----------------+---------------------------------------------------+---------+ | | | | | Catalog information | + +----------------+---------------------------------------------------+---------+ | | **D1_NAME** | Name of the data (real) catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **D1_ID** | Identifier for the data (real) catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **D1_NOBJ** | Number of objects in the data (real) catalog 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **R1_NAME** | Name of the random catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **R1_ID** | Identifier for the random catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **R1_NOBJ** | Number of objects in the random catalog 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **D2_NAME** | Name of the data (real) catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **D2_ID** | Identifier for the data (real) catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **D2_NOBJ** | Number of objects in the data (real) catalog 2 | integer | + +----------------+---------------------------------------------------+---------+ | | **R2_NAME** | Name of the random catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **R2_ID** | Identifier for the random catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **R2_NOBJ** | Number of objects in the random catalog 2 | integer | + +----------------+---------------------------------------------------+---------+ | | | | | 2PCF information | + +----------------+---------------------------------------------------+---------+ | | **METHOD** | Partitioning method [LINKED_LIST, KD_TREE] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN1TYPE** | Scale for binning dim 1 [LIN, LOG] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN1NUM** | Number of bins in scale dim 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **BIN1MIN** | Min value of scale dim 1 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN1MAX** | Max value of scale dim 1 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN2TYPE** | Scale for binning dim 2 [LIN, LOG] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN2NUM** | Number of bins in scale dim 2 | integer | + +----------------+---------------------------------------------------+---------+ | | **BIN2MIN** | Min value of scale dim 2 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN2MAX** | Max value of scale dim 2 | double | + +----------------+---------------------------------------------------+---------+ | | **WEIGHT** | Object weight use in computation [true, false] | string | + +----------------+---------------------------------------------------+---------+ | | **SPLIT** | Number of R subcatalogs in computation | integer | + +----------------+---------------------------------------------------+---------+ | | | | | Cosmology information | + +----------------+---------------------------------------------------+---------+ | | **COSMO_ID** | Identifier for the cosmology used | string | +----------+----------------+---------------------------------------------------+---------+ | 3 columns table | +----------+----------------+---------------------------------------------------+---------+ | Columns | **SCALE_1D** | Distance separation dim 1 scale |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **SCALE_2D** | Distance separation dim 2 scale |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **XI** | 2D cartesian cross correlation |FITS *1D*| +----------+----------------+---------------------------------------------------+---------+ .. _gc2pcfcorrcrossfileProj: **CorrelationFileProjected** FITS file ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The FITS type *le3.gc.2pcf.cross.corr.proj* contains one binary table HDU named **CORRELATION** with the following structure: .. tabularcolumns:: |l|l|l|l| +----------+----------------+---------------------------------------------------+---------+ | HDU *CORRELATION* | +==========+================+===================================================+=========+ | Keywords | **TELESCOP** | Mission identifier [EUCLID] | string | + +----------------+---------------------------------------------------+---------+ | | **INSTRUME** | PF producing this file [LE3GC] | string | + +----------------+---------------------------------------------------+---------+ | | **FILENAME** | Name of FITS file | string | + +----------------+---------------------------------------------------+---------+ | | | | | Catalog information | + +----------------+---------------------------------------------------+---------+ | | **D1_NAME** | Name of the data (real) catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **D1_ID** | Identifier for the data (real) catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **D1_NOBJ** | Number of objects in the data (real) catalog 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **R1_NAME** | Name of the random catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **R1_ID** | Identifier for the random catalog 1 | string | + +----------------+---------------------------------------------------+---------+ | | **R1_NOBJ** | Number of objects in the random catalog 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **D2_NAME** | Name of the data (real) catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **D2_ID** | Identifier for the data (real) catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **D2_NOBJ** | Number of objects in the data (real) catalog 2 | integer | + +----------------+---------------------------------------------------+---------+ | | **R2_NAME** | Name of the random catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **R2_ID** | Identifier for the random catalog 2 | string | + +----------------+---------------------------------------------------+---------+ | | **R2_NOBJ** | Number of objects in the random catalog 2 | integer | + +----------------+---------------------------------------------------+---------+ | | | | | 2PCF information | + +----------------+---------------------------------------------------+---------+ | | **METHOD** | Partitioning method [LINKED_LIST, KD_TREE] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN1TYPE** | Scale for binning dim 1 [LIN, LOG] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN1NUM** | Number of bins in scale dim 1 | integer | + +----------------+---------------------------------------------------+---------+ | | **BIN1MIN** | Min value of scale dim 1 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN1MAX** | Max value of scale dim 1 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN2TYPE** | Scale for binning dim 2 [LIN, LOG] | string | + +----------------+---------------------------------------------------+---------+ | | **BIN2NUM** | Number of bins in scale dim 2 | integer | + +----------------+---------------------------------------------------+---------+ | | **BIN2MIN** | Min value of scale dim 2 | double | + +----------------+---------------------------------------------------+---------+ | | **BIN2MAX** | Max value of scale dim 2 | double | + +----------------+---------------------------------------------------+---------+ | | **PI_MAX** | Maximum parallel separation for projection | double | + +----------------+---------------------------------------------------+---------+ | | **WEIGHT** | Object weight use in computation [true, false] | string | + +----------------+---------------------------------------------------+---------+ | | **SPLIT** | Number of R subcatalogs in computation | integer | + +----------------+---------------------------------------------------+---------+ | | | | | Cosmology information | + +----------------+---------------------------------------------------+---------+ | | **COSMO_ID** | Identifier for the cosmology used | string | +----------+----------------+---------------------------------------------------+---------+ | 2 columns table | +----------+----------------+---------------------------------------------------+---------+ | Columns | **SCALE** | Distance separation dim 1 scale |FITS *1D*| + +----------------+---------------------------------------------------+---------+ | | **XI** | Projected cross correlation |FITS *1D*| +----------+----------------+---------------------------------------------------+---------+ .. note:: In the 2D Cartesian product, the separation bins in the first dimension are the components along the perpendicular direction to the line of sight while the separation bins in the second dimension are the components along the parallel direction to the line of sight. .. DetailedDescEnd