Mapping nodes to the indices they contain. More...

#include <partition_tracker.h>

Public Member Functions
void	ReconstituteFromForest (TreeEnsemble &forest, ForestDataset &dataset)
	Reconstruct the node sample tracker based on the splits in a forest.

void	PartitionTreeNode (Eigen::MatrixXd &covariates, int tree_id, int node_id, int left_node_id, int right_node_id, int feature_split, TreeSplit &split)
	Partition a node based on a new split rule.

void	PartitionTreeNode (Eigen::MatrixXd &covariates, int tree_id, int node_id, int left_node_id, int right_node_id, int feature_split, double split_value)
	Partition a node based on a new split rule.

void	PartitionTreeNode (Eigen::MatrixXd &covariates, int tree_id, int node_id, int left_node_id, int right_node_id, int feature_split, std::vector< std::uint32_t > const &category_list)
	Partition a node based on a new split rule.

void	ResetTreeToRoot (int tree_id, data_size_t n)
	Convert a tree to root.

void	PruneTreeNodeToLeaf (int tree_id, int node_id)
	Convert a (currently split) node to a leaf.

bool	IsLeaf (int tree_id, int node_id)
	Whether node_id is a leaf.

bool	IsValidNode (int tree_id, int node_id)
	Whether node_id is a valid node.

bool	LeftNodeIsLeaf (int tree_id, int node_id)
	Whether node_id's left child is a leaf.

bool	RightNodeIsLeaf (int tree_id, int node_id)
	Whether node_id's right child is a leaf.

data_size_t	NodeBegin (int tree_id, int node_id)
	First index of data points contained in node_id.

data_size_t	NodeEnd (int tree_id, int node_id)
	One past the last index of data points contained in node_id.

data_size_t	NodeSize (int tree_id, int node_id)
	One past the last index of data points contained in node_id.

int	Parent (int tree_id, int node_id)
	Parent node_id.

int	LeftNode (int tree_id, int node_id)
	Left child of node_id.

int	RightNode (int tree_id, int node_id)
	Right child of node_id.

std::vector< data_size_t >	TreeNodeIndices (int tree_id, int node_id)
	Data indices for a given node.

void	UpdateObservationMapping (int node_id, int tree_id, SampleNodeMapper *sample_node_mapper)
	Update SampleNodeMapper for all the observations in node_id.

void	UpdateObservationMapping (Tree tree, int tree_id, SampleNodeMapper sample_node_mapper)
	Update SampleNodeMapper for all the observations in tree.

int	NumTrees ()
	Number of trees.

FeatureUnsortedPartition *	GetFeaturePartition (int i)
	Number of trees.

Detailed Description

Mapping nodes to the indices they contain.

The documentation for this class was generated from the following file:

include/stochtree/partition_tracker.h

Public Member Functions

Detailed Description