core Directory Reference

Files

file  BayesGlobalOperation.h [code]
 This file contains a class that represents the bayes global operation.
 
file  BayesLocalOperation.h [code]
 This file contains a class that represents the bayes global operation.
 
file  BayesParams.h [code]
 This file contains a class that represents the Bayes parameters.
 
file  GeneralizedProximityMatrix.h [code]
 This class defines the GPM class.
 
file  GeostatisticalFunctions.h [code]
 Auxiliary functions used to calculate the geostatistical methods.
 
file  GeostatisticalMethod.h [code]
 This file contains a virtual class that represents the geostatistical method.
 
file  GeostatisticalMethodSemivariogram.h [code]
 This file contains a class that represents the geostatistical semivariogram method.
 
file  GeostatisticalModel.h [code]
 This file contains a virtual class that represents the geostatistical model.
 
file  GeostatisticalModelExponential.h [code]
 This file contains a class that represents the geostatistical exponential model.
 
file  GeostatisticalModelGaussian.h [code]
 This file contains a class that represents the geostatistical gaussian model.
 
file  GeostatisticalModelSpherical.h [code]
 This file contains a class that represents the geostatistical spherical model.
 
file  GPMBuilder.h [code]
 This class defines the GPM Builder class.
 
file  GPMConstructorAbstractStrategy.h [code]
 This class defines a an Abstract class for a GPM constructor.
 
file  GPMConstructorAdjacencyStrategy.h [code]
 This class defines a an adjacency strategy class for a GPM constructor.
 
file  GPMConstructorDistanceStrategy.h [code]
 This class defines a an distance strategy class for a GPM constructor.
 
file  GPMConstructorNearestNeighborStrategy.h [code]
 This class defines a nearest neighbor strategy class for a GPM constructor.
 
file  GPMWeightsAbstractStrategy.h [code]
 This class defines a an Abstract class to calculates a weight for a GPM.
 
file  GPMWeightsInverseDistanceStrategy.h [code]
 This class defines a class to calculates a weight for a GPM using Inverse Distance strategy.
 
file  GPMWeightsNoWeightsStrategy.h [code]
 This class defines a class to calculates a weight for a GPM using No Weights strategy.
 
file  GPMWeightsSquaredInverseDistanceStrategy.h [code]
 This class defines a class to calculates a weight for a GPM using Squared Inverse Distance strategy.
 
file  KernelFunctions.h [code]
 This file contains a functions used by the kernel operation.
 
file  KernelMapOperation.h [code]
 This file contains a class that represents the kernel map operation.
 
file  KernelOperation.h [code]
 This file contains a class that represents the kernel operation.
 
file  KernelParams.h [code]
 This file contains a class that represents the kernel parameters.
 
file  KernelRatioOperation.h [code]
 This file contains a class that represents the kernel ratio operation.
 
file  MinimumSpanningTree.h [code]
 This file contains a class that represents the Minimum Spanning Tree operation.
 
file  SamplePointsGeneratorAbstract.h [code]
 This file contains a virtual class to generate samples points.
 
file  SamplePointsGeneratorRandom.h [code]
 This file contains a class to generate samples points using random strategy.
 
file  SamplePointsGeneratorStratified.h [code]
 This file contains a class to generate samples points using stratified strategy.
 
file  SkaterOperation.h [code]
 This file contains a class that represents the skater operation.
 
file  SkaterParams.h [code]
 This file contains a class that represents the skater parameters.
 
file  SkaterPartition.h [code]
 This file contains a class that represents the skater partition operation.
 
file  SpatialStatisticsFunctions.h [code]
 Functions used to calculate spatial statistics operations.
 
file  SpatialWeightsExchanger.h [code]
 This class defines functions used to load and save gpm's using GAL and GWT formats, both formats use a ' ' as separator.
 
file  StatisticsFunctions.h [code]
 Functions used in statistics operations.
 
file  Utils.h [code]
 Utilitary function for spatial analysis module.