Info about clusterization of physical data. More...

#include <starsh.h>

Data Fields
void *	data
	Pointer to structure, holding physical data.

STARSH_int	ndata
	Number of discrete elements, corresponding to physical data. More...

STARSH_int *	pivot
	Pivoting of discrete elements for clusterization. More...

STARSH_int	nblocks
	Total number of subclusters (blocks) of discrete elements.

STARSH_int	nlevels
	Number of levels of hierarchy. More...

STARSH_int *	level
	Index of first cluster for each level of hierarchy. More...

STARSH_int *	start
	Index of first pivoted discrete element of a cluster. More...

STARSH_int *	size
	Number of discrete elements in each cluster.

STARSH_int *	parent
	Parent cluster for each subcluster. More...

STARSH_int *	child_start
	Start index of `child` for each cluster. More...

STARSH_int *	child
	Children clusters of each cluster. More...

enum STARSH_CLUSTER_TYPE	type
	Type of cluster (tiled or hierarchical).

Detailed Description

Info about clusterization of physical data.

Field Documentation

◆ child

STARSH_int* starsh_cluster::child

Children clusters of each cluster.

Clusters with indexes from child[child_start[i]] to child[child_start[i+1]]-1inclusively are children for a cluster i. In case of tiled clusterization child is NULL.

◆ child_start

STARSH_int* starsh_cluster::child_start

Start index of child for each cluster.

Clusters with indexes from child[child_start[i]] to child[child_start[i+1]]-1inclusively are children for a cluster i. In case of tiled clusterization child_start is NULL.

◆ level

STARSH_int* starsh_cluster::level

Index of first cluster for each level of hierarchy.

All subclusters, corresponding to given level of hierarchy are stored in compressed format: subclusters with indexes from level[i] to level[i+1]-1 inclusively correspond to i-th level of hierarchy. Field level is an array with nlevels+1 elements in hierarchical case and is NULL in tiled case.

◆ ndata

STARSH_int starsh_cluster::ndata

Number of discrete elements, corresponding to physical data.

Discrete element can be anything, i.e. particles, grid nodes, edges or mesh elements.

◆ nlevels

STARSH_int starsh_cluster::nlevels

Number of levels of hierarchy.

0 in case of tiled clusterization.

◆ parent

STARSH_int* starsh_cluster::parent

Parent cluster for each subcluster.

Root node is 0 node and it has no parent, so parent[0] = -1.

◆ pivot

STARSH_int* starsh_cluster::pivot

Pivoting of discrete elements for clusterization.

After pivoting discrete elements of a single cluster are one after another. Used by field start.

◆ start

STARSH_int* starsh_cluster::start

Index of first pivoted discrete element of a cluster.

Indexes of discrete elements, corresponding to a single cluster, are located one after another in array pivot.

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

include/starsh.h

Data Fields