Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

►NBrush	< nsga2 selection operator for getting the front
►NData	Namespace containing Data structures used in Brush
CDataset	Holds variable type data
COmopData
CTimeSeries	Stores time series data and implements operators over it
►NEval
CEvaluation	Class for evaluating the fitness of individuals in a population
CScorer
CScorer< P >
►NPop
CArchive	The Archive struct represents a collection of individual programs
CIndividual
►CPopulation
CSameFitComplexity	Check for same fitness and complexity to filter uniqueness
CSortComplexity	Sort each island in increasing complexity. This is not thread safe. I should set complexities of the whole population before calling it, and use get_complexity instead
►NSel
CLexicase	Lexicase selection operator
►CNSGA2
Ccomparator_obj	Sort based on objective m
Csort_n	Sort based on rank, breaking ties with crowding distance
CSelection	Interfaces with selection operators
CSelectionOperator	The SelectionOperator class represents a base class for selection operators in a genetic algorithm
►NUtil	Namespace containing various utility functions
CLog_Stats
CLogger	Defines a multi level static logger
CNormalizer	Normalizes a matrix to unit variance, 0 mean centered
CRnd	Defines a multi-core random number generator and its operators
CTimer	Class for timing things
►NVar
CDeleteMutation	Delete subtree and replace it with a terminal of the same return type
CInsertMutation	Insert a node with spot as a child
CMutationBase
CPointMutation	Replace node with same typed node
CSubtreeMutation	Replaces the subtree rooted in spot
CToggleWeightOffMutation	Toggle the node's weight OFF
CToggleWeightOnMutation	Toggle the node's weight ON
CVariation	Class representing the variation operators in Brush
Call_same	Checks whether all the types match
CDataEnumType
CDataEnumType< DT::ArrayB >
CDataEnumType< DT::ArrayBJet >
CDataEnumType< DT::ArrayF >
CDataEnumType< DT::ArrayFJet >
CDataEnumType< DT::ArrayI >
CDataEnumType< DT::ArrayIJet >
CDataEnumType< DT::MatrixB >
CDataEnumType< DT::MatrixBJet >
CDataEnumType< DT::MatrixF >
CDataEnumType< DT::MatrixFJet >
CDataEnumType< DT::MatrixI >
CDataEnumType< DT::MatrixIJet >
CDataEnumType< DT::TimeSeriesB >
CDataEnumType< DT::TimeSeriesF >
CDataEnumType< DT::TimeSeriesI >
CDataTypeEnum
CDataTypeEnum< ArrayXb >
CDataTypeEnum< ArrayXbJet >
CDataTypeEnum< ArrayXf >
CDataTypeEnum< ArrayXfJet >
CDataTypeEnum< ArrayXi >
CDataTypeEnum< ArrayXiJet >
CDataTypeEnum< ArrayXXb >
CDataTypeEnum< ArrayXXbJet >
CDataTypeEnum< ArrayXXf >
CDataTypeEnum< ArrayXXfJet >
CDataTypeEnum< ArrayXXi >
CDataTypeEnum< ArrayXXiJet >
CDataTypeEnum< Data::TimeSeriesb >
CDataTypeEnum< Data::TimeSeriesbJet >
CDataTypeEnum< Data::TimeSeriesf >
CDataTypeEnum< Data::TimeSeriesfJet >
CDataTypeEnum< Data::TimeSeriesi >
CDataTypeEnum< Data::TimeSeriesiJet >
CDispatchTable
CEngine	The Engine class represents the core engine of the brush library
CFitness	Represents the fitness of an individual in the Brush namespace
CFunction
CFunction< NodeType::Abs >
CFunction< NodeType::Acos >
CFunction< NodeType::Add >
CFunction< NodeType::After >
CFunction< NodeType::And >
CFunction< NodeType::ArgMax >
CFunction< NodeType::Asin >
CFunction< NodeType::Atan >
CFunction< NodeType::Before >
CFunction< NodeType::Ceil >
CFunction< NodeType::Cos >
CFunction< NodeType::Cosh >
CFunction< NodeType::Count >
CFunction< NodeType::Div >
CFunction< NodeType::During >
CFunction< NodeType::Exp >
CFunction< NodeType::Floor >
CFunction< NodeType::Log >
CFunction< NodeType::Log1p >
CFunction< NodeType::Logabs >
CFunction< NodeType::Logistic >
CFunction< NodeType::Max >
CFunction< NodeType::Mean >
CFunction< NodeType::Median >
CFunction< NodeType::Min >
CFunction< NodeType::Mul >
CFunction< NodeType::Not >
CFunction< NodeType::OffsetSum >
CFunction< NodeType::Or >
CFunction< NodeType::Pow >
CFunction< NodeType::Prod >
CFunction< NodeType::Sin >
CFunction< NodeType::Sinh >
CFunction< NodeType::Softmax >
CFunction< NodeType::SplitOn >
CFunction< NodeType::Sqrt >
CFunction< NodeType::Sqrtabs >
CFunction< NodeType::Square >
CFunction< NodeType::Sub >
CFunction< NodeType::Sum >
CFunction< NodeType::Tan >
CFunction< NodeType::Tanh >
Cis_eigen_array
Cis_one_of	Checks whether any of the types match the first one
Cis_std_array
Cis_std_array< std::array< V, n > >
Cis_tuple
Cis_tuple< std::tuple< T... > >
CJetify
CJetify< ArrayXb >
CJetify< ArrayXf >
CJetify< ArrayXi >
CJetify< ArrayXXb >
CJetify< ArrayXXf >
CJetify< ArrayXXi >
CJetify< Data::TimeSeriesb >
CJetify< Data::TimeSeriesf >
CJetify< Data::TimeSeriesi >
CNarySignature
CNarySignatures	Makes a tuple of signatures with increasing arity up to MaxArgCount
CNode	Class holding the data for a node in a tree
CNodeTypes
COperator	Core computation of a node's function to data
COperator< NodeType::Constant, S, Fit >
COperator< NodeType::MeanLabel, S, Fit >
COperator< NodeType::Terminal, S, Fit >	Terminal Overload
COptimizerSummary
CParameters
CProgram	An individual program, a.k.a. model
CResidualEvaluator
CSearchSpace	Holds a search space, consisting of operations and terminals and functions, and methods to sample that space to create programs
CSigBase
CSigBase< R >	Specialization for terminals
CSignature
CSignature< R(Args...)>
CSignatures
CSignatures< N, enable_if_t< is_in_v< N, NodeType::Abs, NodeType::Acos, NodeType::Asin, NodeType::Atan, NodeType::Cos, NodeType::Cosh, NodeType::Sin, NodeType::Sinh, NodeType::Tan, NodeType::Tanh, NodeType::Ceil, NodeType::Floor, NodeType::Exp, NodeType::Log, NodeType::Logabs, NodeType::Log1p, NodeType::Sqrt, NodeType::Sqrtabs, NodeType::Square, NodeType::Logistic, NodeType::OffsetSum > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::Add, NodeType::Sub, NodeType::Mul, NodeType::Div, NodeType::Pow > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::And, NodeType::Or > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::ArgMax > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::Before, NodeType::After, NodeType::During > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::Constant, NodeType::Terminal > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::SplitBest, NodeType::CustomSplit > > >
CSignatures< N, enable_if_t< is_in_v< N, NodeType::Sum, NodeType::Prod, NodeType::Min, NodeType::Max, NodeType::Mean, NodeType::Median > > >
CSignatures< NodeType::Count >
CSignatures< NodeType::MeanLabel >
CSignatures< NodeType::Not >
CSignatures< NodeType::Softmax >
CSignatures< NodeType::SplitOn >
CTinyCostFunction
Cuint32_vector_hasher
CUnJetify
CUnJetify< ArrayXbJet >
CUnJetify< ArrayXfJet >
CUnJetify< ArrayXiJet >
CUnJetify< ArrayXXbJet >
CUnJetify< ArrayXXfJet >
CUnJetify< ArrayXXiJet >
CUnJetify< Data::TimeSeriesbJet >
CUnJetify< Data::TimeSeriesfJet >
CUnJetify< Data::TimeSeriesiJet >
CWeightOptimizer
CWeightType	Returns the weight type associated with the scalar type underlying T
►Nfmt
Cformatter< Brush::Data::TimeSeriesb >
Cformatter< Brush::Data::TimeSeriesf >
Cformatter< Brush::Data::TimeSeriesi >
Cformatter< Brush::DataType >
Cformatter< Brush::Node >
Cformatter< Brush::NodeType >
Cformatter< Brush::SearchSpace >
►Nnlohmann
Cadl_serializer< std::shared_ptr< T > >
►Nstd	STL namespace
Chash< std::tuple< TT... > >
Chash< std::vector< float > >
Cis_in
COperator< NT, S, Fit, enable_if_t< is_in_v< NT, NodeType::SplitOn, NodeType::SplitBest > > >
Ctree_node_
Ctree_node_< Node >	Tree node specialization for Node