3D wall data parameters More...

#include <wall_3d.h>

Data Fields
int	n

real	xmin

real	xmax

real	xgrid

real	ymin

real	ymax

real	ygrid

real	zmin

real	zmax

real	zgrid

int	depth

int	ngrid

real *	wall_tris

int *	tree_array
	Array storing information what triangles given octree cell stores.

int	tree_array_size

Detailed Description

3D wall data parameters

Definition at line 16 of file wall_3d.h.

Field Documentation

◆ n

int wall_3d_data::n

Number of wall triangles

Definition at line 17 of file wall_3d.h.

◆ xmin

real wall_3d_data::xmin

Minimum extend on x-direction [m]

Definition at line 18 of file wall_3d.h.

◆ xmax

real wall_3d_data::xmax

Maximum extend on x-direction [m]

Definition at line 19 of file wall_3d.h.

◆ xgrid

real wall_3d_data::xgrid

Octree cell width in x-direction [m]

Definition at line 20 of file wall_3d.h.

◆ ymin

real wall_3d_data::ymin

Minimum extend on y-direction [m]

Definition at line 21 of file wall_3d.h.

◆ ymax

real wall_3d_data::ymax

Maximum extend on y-direction [m]

Definition at line 22 of file wall_3d.h.

◆ ygrid

real wall_3d_data::ygrid

Octree cell width in y-direction [m]

Definition at line 23 of file wall_3d.h.

◆ zmin

real wall_3d_data::zmin

Minimum extend on z-direction [m]

Definition at line 24 of file wall_3d.h.

◆ zmax

real wall_3d_data::zmax

Maximum extend on z-direction [m]

Definition at line 25 of file wall_3d.h.

◆ zgrid

real wall_3d_data::zgrid

Octree cell width in z-direction [m]

Definition at line 26 of file wall_3d.h.

◆ depth

int wall_3d_data::depth

Depth of the octree

Definition at line 27 of file wall_3d.h.

◆ ngrid

int wall_3d_data::ngrid

Number of cells computational volume is divided to in each direction. ngrid = 2^(depth-1)

Definition at line 28 of file wall_3d.h.

◆ wall_tris

real* wall_3d_data::wall_tris

Array of wall triangle coordinates

Definition at line 30 of file wall_3d.h.

◆ tree_array

int* wall_3d_data::tree_array

Array storing information what triangles given octree cell stores.

First ncell elements store the array position where data for a given cell begins, where the cell index is icell = ix * ngrid**2 + iy * ngrid + iz. The first element in the cell data, i.e. tree_array[tree_array[icell]], is the number of triangles in this cell, ntriangle, and the next ntriangle elements are the triangle indices.

Definition at line 40 of file wall_3d.h.

◆ tree_array_size

int wall_3d_data::tree_array_size

Definition at line 41 of file wall_3d.h.

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

wall/wall_3d.h

Data Fields