FlowGeometry Class Reference

class for handling the geometry == rectangular grids organized in vertices and cells More...

#include <FlowGeometry.h>

List of all members.

Public Member Functions
	~FlowGeometry ()
	deletes the allocated geometry storage
bool	getInterpolationAt (vec3 pos, int *vtxID, float *coef)
	Returns true if inside. Stores the vertex indices and interpolation weights for the given position in the arrays.
bool	readFromFile (char *header, FILE *fp, bool bigEndian)
	reads the geometry gris data from a file
vec3	getPos (int vtxID)
	returns the position of the vertex made public by thj
int	getDimX ()
	returns the number of vertices in X dimension
int	getDimY ()
	returns the number of vertices in Y dimension
int	getDimZ ()
	returns the number of vertices in Z dimension, is always 1
float	getMinX ()
	returns the minimum in the X dimension
float	getMaxX ()
	returns the maximum in the X dimension
float	getMinY ()
	returns the minimum in the Y dimension
float	getMaxY ()
	returns the maximum in the Y dimension
int	getRightNeigh (int vtxID)
	returns the vertex ID of the neighbour on its right
int	getTopNeigh (int vtxID)
	returns the vertex ID of the neighbour on its top
int	getLeftNeigh (int vtxID)
	returns the vertex ID of the neighbour on its left
int	getBottomNeigh (int vtxID)
	returns the vertex ID of the neighbour on its bottom
vec3	normalizeCoords (vec3 pos)
	compression of coordinates in each dimension separately, returns values scaled to <0,1>
vec3	unNormalizeCoords (vec3 pos)
	inverts the compression. From values of <0,1> it restores the real geometrical coordinates
Friends
class	TimeChannel

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Detailed Description

class for handling the geometry == rectangular grids organized in vertices and cells

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Member Function Documentation

bool FlowGeometry::getInterpolationAt	(	vec3	pos,
		int *	vtxID,
		float *	coef
	)

Returns true if inside. Stores the vertex indices and interpolation weights for the given position in the arrays.

Stores the indexes and weights of vertices surrounding the given position. This information can be used later on for interpolation of channel values.

Parameters:

	pos	geometrical position for the lookup
	vtxID	list of surrounding vertices (given by vertex ID)
	coef	list of surrounding vertex weights (sum == 1.0)

Returns:

true if the given position is inside of the geometrical boundaries

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

• studium/Visualisierung/LU Stuff/sources/bsp2/src/utils/FlowGeometry.h
• studium/Visualisierung/LU Stuff/sources/bsp2/src/utils/FlowGeometry.cpp