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Alexandria
2.16
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| ▼Nboost | |
| ▶Nserialization | |
| CLoad | |
| CLoad< 0 > | |
| CSave | |
| CSave< 0 > | |
| ▼NEuclid | |
| ▶NConfiguration | |
| CCatalogConfig | Configuration class for enabling catalog input |
| CConfigManager | Manages a set of configuration classes |
| CConfiguration | Superclass of all configuration classes |
| CPdfCatalogConfig | |
| CPhotometricBandMappingConfig | Configuration class which provides the information of the mapping between photometric bands and column names |
| CPhotometryCatalogConfig | Configuration class for enabling photometric catalog input |
| CProgramOptionsHelper | Class providing some helper methods for managing boost program options |
| CSpecZCatalogConfig | Configuration class for enabling SpecZ catalog input |
| ▶NGridContainer | |
| CGridAxis | Provides information related with an axis of a GridContainer |
| CGridAxisToTable | |
| CGridAxisToTable< Euclid::XYDataset::QualifiedName > | |
| CGridCellManagerTraits | Class used by the GridContainer to access the different CellManagers |
| CGridCellManagerTraits< std::vector< T > > | |
| CGridCellToTable | |
| CGridCellToTable< T, typename std::enable_if< std::is_arithmetic< T >::value >::type > | |
| CGridConstructionHelper | GridContainer construction helper class |
| ▶CGridContainer | Representation of a multi-dimensional grid which contains axis information |
| Citer | Class to iterate through the GridContainer cells |
| CGridIndexHelper | Helper class for converting multi-dimensional grid coordinates to the index of a long data array and vice versa |
| CTemplateLoopCounter | |
| ▶NHistogram | |
| ▶NBinning | |
| CEdgeVector | |
| CScott | |
| CSqrt | |
| CBinStrategy | |
| ▶CHistogram | |
| CComputationImpl | |
| CComputationInterface | |
| CConstantWeight | |
| ▶NMathUtils | |
| CAdaptativeIntegration | Class implementing the NumericalIntegrationScheme interface |
| CCumulative | Class for build cumulative from PDF and extract feature out of it |
| CDefaultMultiplication | |
| CDifferentiable | Interface representing a differentiable function |
| CFunction | Interface class representing a function |
| CFunctionAdapter | Adapt a std::function<double(double)> to the Function Interface |
| CIntegrable | Interface representing an integrable function |
| CInterpolationException | |
| CModeInfo | Class for storing the information of a PDF mode |
| CNumericalIntegrationScheme | Interface class representing a numerical integration scheme |
| CPiecewise | Represents a piecewise function |
| CPolynomial | Represents a polynomial function |
| CSimpsonsRule | |
| ▶NNdArray | |
| CNdArray | |
| ▶NPhysicsUtils | |
| CCosmologicalDistances | |
| CCosmologicalParameters | Model the cosmological parameters. Omega_m, Omega_lambda, Omega_k and hubble_constant. Guarantee that the sum of the Omegas is 1 |
| ▶NSOM | |
| ▶NDistance | |
| CInterface | |
| CL2 | |
| ▶NSamplingPolicy | |
| CBootstrap | |
| CFullSet | |
| CInterface | |
| CJackknife | |
| CSOM | |
| CSOMProjector | |
| CSOMTrainer | |
| ▶NSourceCatalog | |
| CAttribute | Attribute interface extended by all source attributes |
| CAttributeFromRow | Interface for building a source Attribute from a table Row |
| CCastSourceIdVisitor | This type can be used together with boost::apply_visitor to cast boost::variant with an unknown underlying type, to a Source::id_type |
| CCatalog | Catalog contains a container of sources |
| CCatalogFromTable | |
| CCoordinates | Store the Right Ascension (Ra) and Delination (Dec) of a source in decimal degrees, i.e., 0.0 < Ra < 360.00 -90.0 < Dec < 90.0 |
| CFluxErrorPair | |
| CPdf | |
| CPdfFromRow | |
| ▶CPhotometry | |
| CPhotometryIterator | |
| CPhotometryAttributeFromRow | Implementation of the AttributeFromRow for a photometry attribute. This class implements the createAttribute method that must be used to create Photometry objects |
| CPhotometryParsingException | |
| CSource | Includes all information related to a sky source |
| CSpectroscopicRedshift | Store the spectroscopic redshift of a source |
| CSpectroscopicRedshiftAttributeFromRow | Implementation of the AttributeFromRow for a SpectroscopicRedshift attribute. This class implements the createAttribute method that must be used to create SpectroscopicRedshift objects |
| CTableRowAttribute | Source attribute which can be used to retrieve the table row used to create the source |
| CTableRowAttributeFromRow | Implementation of the AttributeFromRow interfaces for the TableRowAttribute |
| ▶NTable | |
| CAsciiReader | TableReader implementation for reading ASCII tables from streams |
| CAsciiWriter | TableWriter implementation for writing ASCII tables to streams |
| CCastVisitor | |
| CCastVisitor< double > | |
| CCastVisitor< float > | |
| CCastVisitor< int32_t > | |
| CCastVisitor< int64_t > | |
| CCastVisitor< std::string > | |
| CCastVisitor< std::vector< VectorType > > | |
| CColumnDescription | Contains the description of a specific column of a Table |
| CColumnInfo | Provides information about the columns of a Table |
| CFitsReader | TableReader implementation for reading FITS tables |
| CFitsWriter | TableWriter implementation for writing tables in FITS format |
| CRow | Represents one row of a Table |
| CStreamRewinder | This class gets a stream as argument during construction and when it is deleted it sets the position of the stream back to where it was during the constructor call |
| CTable | Represents a table |
| CTableReader | Interface for classes reading tables |
| CTableWriter | Interface for classes writing tables |
| CToStringVisitor | |
| ▶NXYDataset | |
| CAsciiParser | Tool for reading ASCII tables from streams |
| CCachedProvider | The CachedProvider wraps another XYDatasetProvider and keeps in memory the results, so following calls are cheaper |
| CFileParser | |
| CFileSystemProvider | The FileSystemProvider handles files in a directory tree |
| CFitsParser | Tool for reading FITS tables from streams |
| ▶CQualifiedName | Represents a name qualified with a set of groups |
| CAlphabeticalComparator | Provides alphabetical comparison for the QualifiedNames a and b |
| CXYDataset | This module provides an interface for accessing two dimensional datasets (pairs of (X,Y) values) stored in some storage (file system, database, etc) |
| CXYDatasetProvider | This interface class provides the dataset following a qualified name object |
| CInstOrRefHolder | |
| CThreadPool | Basic thread pool implementation |
| ▼Nstd | STL namespace |
| Chash< Euclid::XYDataset::QualifiedName > | Hash operation for the Euclid::XYDataset::QualifiedName |
| CCosmologicalDistance | Compute the distances according to it. See http://xxx.lanl.gov/abs/astro-ph/9905116 |
1.8.14