Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

Ccanopy::defaultParameterGenerator< TNumParams >	A simple parameter generator functor for training forest models
Ccanopy::discreteDistribution	A distribution that defines the probabilities over a number of discrete (integer-valued) class labels
Ccanopy::randomForestBase< TDerived, TLabel, TNodeDist, TOutputDist, TNumParams >::node	Node structure - represents one node in a tree
Ccanopy::randomForestBase< TDerived, TLabel, TNodeDist, TOutputDist, TNumParams >	Base class for random forests models from which all specific models are derived using CRTP
▼Ccanopy::randomForestBase< circularRegressor< TNumParams >, float, vonMisesDistribution, vonMisesDistribution, TNumParams >
Ccanopy::circularRegressor< TNumParams >	Implements a random forest classifier model to predict a circular-valued output label
▼Ccanopy::randomForestBase< classifier< TNumParams >, int, discreteDistribution, discreteDistribution, TNumParams >
Ccanopy::classifier< TNumParams >	Implements a random forest classifier model to predict a discrete output label
Ccanopy::randomForestBase< TDerived, TLabel, TNodeDist, TOutputDist, TNumParams >::scoreInternalIndexStruct	Structure for holding information about a data sample and its feature score
▼CTDerived
Ccanopy::randomForestBase< TDerived, TLabel, TNodeDist, TOutputDist, TNumParams >::derivedProxy	Proxy for the derived class
Ccanopy::randomForestBase< TDerived, TLabel, TNodeDist, TOutputDist, TNumParams >::tree	Tree structure - represents a single tree
Ccanopy::vonMisesDistribution	A distribution that defines the probabilities over a circular-valued label
Ccanopy::vonMisesKappaFunctor	A functor object to work with Eigen's non-linear solver to numerically solve for the kappa parameter of a von Mises distribution