#include <u3d_model.hpp>

Public Member Functions
	U3dModel (U3dModAreaPos modAreaPos, U3dBox modelBox, U3dBoundInfoAr bounds, U3dBodyInfoAr bodies, U3dProgress *prg=0x0)

	U3dModel (U3dModAreaPos modAreaPos, U3dBox modelBox, U3d1dModBodyInfoAr mod1dBodies, U3dProgress *prg=0x0)

	U3dModel (U3dModel , U3dProgress prg=0x0)

double	getVel (U3dPoint p, U3D_WAVE_TYPE wt, int bId=-1)

bool	getVelGrad (U3dPoint point, double &v, double &vf, double &vaz, U3D_WAVE_TYPE wt)

bool	getVelGrad (U3dPoint point, int bodyId, double &v, double &vf, double &vaz, U3D_WAVE_TYPE wt)

int	getBodyId (U3dPoint)

U3dBody *	getBody (int bodyId)

const U3dBody *	getBody (int bodyId) const

int	getBodiesNum () const

U3dBox	getModelBox () const

U3dGrid *	getGrid ()

const U3dGrid *	getGrid () const

U3dBound *	getBound (int boundId)

const U3dBound *	getBound (int boundId) const

int	getBoundsNum () const

U3dModAreaPos	getModelAreaPos () const

void	setModelAreaPos (U3dModAreaPos MAP)

bool	getFBNormal (U3dPoint p, double &iA, double &iAz)

bool	getReady ()

void	addDescription (const char *description)

std::vector< int >	getCommonBoundsIds (int bodyId_0, int bodyId_1)

void	constructGrid (bool plane_surf_model)

void	gridCrusher (int boundId)

void	getCommonCells (U3dGridCellsArray common_cells, U3dBox surfBox, U3dGridCell *root)

void	recursiveDivideCell (int boundId, std::set< int > &trianglesId_ar, U3dGridCell *cell)

void	fillGridInfoSimple ()

void	recursiveFillCellInfo (U3dGridCell *cell)

void	fillGridInfoComplex ()

void	getNeighbours (U3dBox box, U3dGridCellsArray &cell_array, U3dGridCellsArray &neighbour_cells)

void	fillBoundCellsInfo ()

void	fillBoundCellsInfo (std::vector< int > bodies, int boundId, U3dGridCell *cell, U3D_COLOR b_color)

U3dGridCell *	getBodyIdFromGrid (U3dPoint p, int &body_id)

int	getBodyIdFromCell (U3dPoint p, U3dGridCell *cell)

int	getBodyIdDummy (U3dPoint p)

bool	getNormalLimPoints (U3dPoint p, U3dPoint &p0, U3dPoint &p1, double &iA0, double &iAz0, double &iA1, double &iAz1)

void	defineNearestIntPoints (U3dPoint p, int bodyId, U3dPointsAr intersection_ps, std::vector< int > intersected_bounds_ind, int &p0_ind, int &p1_ind)

void	interpolateNormals (U3dPoint p, U3dPoint p0, U3dPoint p1, double iA0, double iAz0, double iA1, double iAz1, double &iA, double &iAz)

void	intersectCellTriangles (U3dPoint p0, U3dPoint p1, U3dGridCell *goal_cell, std::vector< int > &int_trIds, U3dPointsAr &int_points)

void	clearOnStop ()

	U3dModel (U3dModAreaPos modAreaPos, U3dBox modelBox, U3dBoundInfoAr bounds, U3dBodyInfoAr bodies, U3dProgress *prg=0x0)

	U3dModel (U3dModAreaPos modAreaPos, U3dBox modelBox, U3d1dModBodyInfoAr mod1dBodies, U3dProgress *prg=0x0)

	U3dModel (U3dModel , U3dProgress prg=0x0)

double	getVel (U3dPoint p, U3D_WAVE_TYPE wt, int bId=-1)

bool	getVelGrad (U3dPoint point, double &v, double &vf, double &vaz, U3D_WAVE_TYPE wt)

bool	getVelGrad (U3dPoint point, int bodyId, double &v, double &vf, double &vaz, U3D_WAVE_TYPE wt)

int	getBodyId (U3dPoint)

U3dBody *	getBody (int bodyId)

const U3dBody *	getBody (int bodyId) const

int	getBodiesNum () const

U3dBox	getModelBox () const

U3dGrid *	getGrid ()

const U3dGrid *	getGrid () const

U3dBound *	getBound (int boundId) const

int	getBoundsNum () const

U3dModAreaPos	getModelAreaPos () const

void	setModelAreaPos (U3dModAreaPos MAP)

bool	getFBNormal (U3dPoint p, double &iA, double &iAz)

bool	getReady ()

void	addDescription (const char *description)

std::vector< int >	getCommonBoundsIds (int bodyId_0, int bodyId_1)

void	constructGrid (bool plane_surf_model)

void	gridCrusher (int boundId)

void	getCommonCells (U3dGridCellsArray common_cells, U3dBox surfBox, U3dGridCell *root)

void	recursiveDivideCell (int boundId, int_set &trianglesId_ar, U3dGridCell *cell)

void	fillGridInfoSimple ()

void	recursiveFillCellInfo (U3dGridCell *cell)

void	fillGridInfoComplex ()

void	getNeighbours (U3dBox box, U3dGridCellsArray &cell_array, U3dGridCellsArray &neighbour_cells)

void	fillBoundCellsInfo ()

void	fillBoundCellsInfo (std::vector< int > bodies, int boundId, U3dGridCell *cell, U3D_COLOR b_color)

U3dGridCell *	getBodyIdFromGrid (U3dPoint p, int &body_id)

int	getBodyIdFromCell (U3dPoint p, U3dGridCell *cell)

int	getBodyIdDummy (U3dPoint p)

bool	getNormalLimPoints (U3dPoint p, U3dPoint &p0, U3dPoint &p1, double &iA0, double &iAz0, double &iA1, double &iAz1)

void	defineNearestIntPoints (U3dPoint p, int bodyId, U3dPointsAr intersection_ps, std::vector< int > intersected_bounds_ind, int &p0_ind, int &p1_ind)

void	interpolateNormals (U3dPoint p, U3dPoint p0, U3dPoint p1, double iA0, double iAz0, double iA1, double iAz1, double &iA, double &iAz)

void	intersectCellTriangles (U3dPoint p0, U3dPoint p1, U3dGridCell *goal_cell, std::vector< int > &int_trIds, U3dPointsAr &int_points)

void	clearOnStop ()

void	checkInternalData (std::string &errstr)

Public Attributes
char *	m_desc

Friends
bool	U3dModelExport (char , U3dModel , char , U3dProgress )

void	U3dModelSaveUnivers (const U3dModel , const char , const char *) throw ()

U3dModel *	U3dModelLoadUnivers (const char , const char ) throw ()

bool	U3dModelExport (char , U3dModel , char , U3dProgress )

Detailed Description

3d velocity model object

Constructor & Destructor Documentation

U3dModel::U3dModel	(	U3dModAreaPos	modAreaPos,
		U3dBox	modelBox,
		U3dBoundInfoAr	bounds,
		U3dBodyInfoAr	bodies,
		U3dProgress *	prg = `0x0`
	)

Constructor for model defined arbitrary

U3dModel::U3dModel	(	U3dModAreaPos	modAreaPos,
		U3dBox	modelBox,
		U3d1dModBodyInfoAr	mod1dBodies,
		U3dProgress *	prg = `0x0`
	)

Constructor for 1d to 3d model importing

U3dModel::U3dModel	(	U3dModel *	,
		U3dProgress *	prg = `0x0`
	)

Copy constructor

U3dModel::U3dModel	(	U3dModAreaPos	modAreaPos,
		U3dBox	modelBox,
		U3dBoundInfoAr	bounds,
		U3dBodyInfoAr	bodies,
		U3dProgress *	prg = `0x0`
	)

Constructor for model defined arbitrary

U3dModel::U3dModel	(	U3dModAreaPos	modAreaPos,
		U3dBox	modelBox,
		U3d1dModBodyInfoAr	mod1dBodies,
		U3dProgress *	prg = `0x0`
	)

Constructor for 1d to 3d model importing

U3dModel::U3dModel	(	U3dModel *	,
		U3dProgress *	prg = `0x0`
	)

Copy constructor

Member Function Documentation

void U3dModel::addDescription ( const char * description )

Adds description.

void U3dModel::addDescription ( const char * description )

Adds description.

void U3dModel::checkInternalData ( std::string & errstr )

Check internal parameters for various incompatibilities. Errstr to be empty if all good, otherwise it will contain detected error description.

void U3dModel::constructGrid ( bool plane_surf_model )

Create model grid

void U3dModel::constructGrid ( bool plane_surf_model )

Create model grid

void U3dModel::defineNearestIntPoints	(	U3dPoint	p,
		int	bodyId,
		U3dPointsAr	intersection_ps,
		std::vector< int >	intersected_bounds_ind,
		int &	p0_ind,
		int &	p1_ind
	)

Returns indexes of two (if it is possible) points in intersection_ps, nearest to the point p; Attention: p lies on the different (black/white) sides from the bounds, on which these two points selected

void U3dModel::defineNearestIntPoints	(	U3dPoint	p,
		int	bodyId,
		U3dPointsAr	intersection_ps,
		std::vector< int >	intersected_bounds_ind,
		int &	p0_ind,
		int &	p1_ind
	)

Returns indexes of two (if it is possible) points in intersection_ps, nearest to the point p; Attention: p lies on the different (black/white) sides from the bounds, on which these two points selected

void U3dModel::fillBoundCellsInfo ( )

Fill cells, containing bounds, with information about contained bodies numbers

void U3dModel::fillBoundCellsInfo	(	std::vector< int >	bodies,
		int	boundId,
		U3dGridCell *	cell,
		U3D_COLOR	b_color
	)

Service procedure for fillBoundCellsInfo() : for the case of intersecting bounds

void U3dModel::fillBoundCellsInfo ( )

Fill cells, containing bounds, with information about contained bodies numbers

void U3dModel::fillBoundCellsInfo	(	std::vector< int >	bodies,
		int	boundId,
		U3dGridCell *	cell,
		U3D_COLOR	b_color
	)

Service procedure for fillBoundCellsInfo() : for the case of intersecting bounds

void U3dModel::fillGridInfoComplex ( )

Fills empty grid cells (do not contain bounds) with information about contained body. Complex method (work fast for curved bounds)

void U3dModel::fillGridInfoComplex ( )

Fills empty grid cells (do not contain bounds) with information about contained body. Complex method (work fast for curved bounds)

void U3dModel::fillGridInfoSimple ( )

Fills empty grid cells (do not contain bounds) with information about contained body. Simple method (work fast for plane bounds)

void U3dModel::fillGridInfoSimple ( )

Fills empty grid cells (do not contain bounds) with information about contained body. Simple method (work fast for plane bounds)

int U3dModel::getBodiesNum ( ) const

inline

Returns model bodies number

int U3dModel::getBodiesNum ( ) const

inline

Returns model bodies number

U3dBody* U3dModel::getBody ( int bodyId )

Returns body, the given point belongs to 
[Was bogus!]

U3dBody* getBody(U3dPoint);Returns body by it's ID

U3dBody* U3dModel::getBody ( int bodyId )

Returns body, the given point belongs to 
[Was bogus!]

U3dBody* getBody(U3dPoint);Returns body by it's ID

const U3dBody* U3dModel::getBody ( int bodyId ) const

inline

Returns body by it's ID (const variant)

const U3dBody* U3dModel::getBody ( int bodyId ) const

Returns body by it's ID (const variant)

int U3dModel::getBodyId ( U3dPoint )

Returns density in given point Returns body number, the given point belongs to

int U3dModel::getBodyId ( U3dPoint )

Returns density in given point Returns body number, the given point belongs to

int U3dModel::getBodyIdDummy ( U3dPoint p )

Get body number, the given point belongs to (model grid is not used)

int U3dModel::getBodyIdDummy ( U3dPoint p )

Get body number, the given point belongs to (model grid is not used)

int U3dModel::getBodyIdFromCell	(	U3dPoint	p,
		U3dGridCell *	cell
	)

Service procedure for getBodyIdFromGrid()

int U3dModel::getBodyIdFromCell	(	U3dPoint	p,
		U3dGridCell *	cell
	)

Service procedure for getBodyIdFromGrid()

U3dGridCell* U3dModel::getBodyIdFromGrid	(	U3dPoint	p,
		int &	body_id
	)

Uses model grid to get body number, the given point belongs to

U3dGridCell* U3dModel::getBodyIdFromGrid	(	U3dPoint	p,
		int &	body_id
	)

Uses model grid to get body number, the given point belongs to

U3dBound* U3dModel::getBound ( int boundId ) const

Returns bound by it's ID

U3dBound* U3dModel::getBound ( int boundId )

Returns bound by it's ID

const U3dBound* U3dModel::getBound ( int boundId ) const

Returns bound by it's ID (const version)

int U3dModel::getBoundsNum ( ) const

inline

Returns model bounds number

int U3dModel::getBoundsNum ( ) const

inline

Returns model bounds number

void U3dModel::getCommonCells	(	U3dGridCellsArray *	common_cells,
		U3dBox *	surfBox,
		U3dGridCell *	root
	)

Returns array of model grid cells, which intersect with 3d box of given surface

void U3dModel::getCommonCells	(	U3dGridCellsArray *	common_cells,
		U3dBox *	surfBox,
		U3dGridCell *	root
	)

Returns array of model grid cells, which intersect with 3d box of given surface

bool U3dModel::getFBNormal	(	U3dPoint	p,
		double &	iA,
		double &	iAz
	)

Returns the angles of fictive bound direction in given point

bool U3dModel::getFBNormal	(	U3dPoint	p,
		double &	iA,
		double &	iAz
	)

Returns the angles of fictive bound direction in given point

U3dGrid* U3dModel::getGrid ( )

inline

Returns pointer to model grid

U3dGrid* U3dModel::getGrid ( )

inline

Returns pointer to model grid

const U3dGrid* U3dModel::getGrid ( ) const

inline

Returns pointer to model grid (const variant)

const U3dGrid* U3dModel::getGrid ( ) const

inline

Returns pointer to model grid (const variant)

U3dModAreaPos U3dModel::getModelAreaPos ( ) const

Returns origin point of local model area coordinate system (in survey coordinate system)

U3dModAreaPos U3dModel::getModelAreaPos ( ) const

Returns origin point of local model area coordinate system (in survey coordinate system)

U3dBox U3dModel::getModelBox ( ) const

inline

Returns model area 3d box

U3dBox U3dModel::getModelBox ( ) const

inline

Returns model area 3d box

void U3dModel::getNeighbours	(	U3dBox	box,
		U3dGridCellsArray &	cell_array,
		U3dGridCellsArray &	neighbour_cells
	)

For given box the neighbour cells are found and replaced from initial array to the array of neighbours (service procedure for FillGridInfoComplex())

void U3dModel::getNeighbours	(	U3dBox	box,
		U3dGridCellsArray &	cell_array,
		U3dGridCellsArray &	neighbour_cells
	)

For given box the neighbour cells are found and replaced from initial array to the array of neighbours (service procedure for FillGridInfoComplex())

bool U3dModel::getNormalLimPoints	(	U3dPoint	p,
		U3dPoint *&	p0,
		U3dPoint *&	p1,
		double &	iA0,
		double &	iAz0,
		double &	iA1,
		double &	iAz1
	)

Returns two points (and respective normal angles) for fictitious bound normal calculation

bool U3dModel::getNormalLimPoints	(	U3dPoint	p,
		U3dPoint *&	p0,
		U3dPoint *&	p1,
		double &	iA0,
		double &	iAz0,
		double &	iA1,
		double &	iAz1
	)

Returns two points (and respective normal angles) for fictitious bound normal calculation

bool U3dModel::getReady ( )

inline

Returns model object status

bool U3dModel::getReady ( )

inline

Returns model object status

double U3dModel::getVel	(	U3dPoint	p,
		U3D_WAVE_TYPE	wt,
		int	bId = `-1`
	)

Returns wave velocity of type wt in given point

double U3dModel::getVel	(	U3dPoint	p,
		U3D_WAVE_TYPE	wt,
		int	bId = `-1`
	)

Returns wave velocity of type wt in given point

bool U3dModel::getVelGrad	(	U3dPoint	point,
		double &	v,
		double &	vf,
		double &	vaz,
		U3D_WAVE_TYPE	wt
	)

Returns wave velocity gradient in given point

bool U3dModel::getVelGrad	(	U3dPoint	point,
		double &	v,
		double &	vf,
		double &	vaz,
		U3D_WAVE_TYPE	wt
	)

Returns wave velocity gradient in given point

bool U3dModel::getVelGrad	(	U3dPoint	point,
		int	bodyId,
		double &	v,
		double &	vf,
		double &	vaz,
		U3D_WAVE_TYPE	wt
	)

Returns wave velocity gradient in given point of body #bodyId

bool U3dModel::getVelGrad	(	U3dPoint	point,
		int	bodyId,
		double &	v,
		double &	vf,
		double &	vaz,
		U3D_WAVE_TYPE	wt
	)

Returns wave velocity gradient in given point of body #bodyId

void U3dModel::gridCrusher ( int boundId )

Update existing model grid in presence of bound #boundsId

void U3dModel::gridCrusher ( int boundId )

Update existing model grid in presence of bound #boundsId

void U3dModel::interpolateNormals	(	U3dPoint	p,
		U3dPoint *	p0,
		U3dPoint *	p1,
		double	iA0,
		double	iAz0,
		double	iA1,
		double	iAz1,
		double &	iA,
		double &	iAz
	)

Interpolates lineary the normal angles (information from two bounds points used)

void U3dModel::interpolateNormals	(	U3dPoint	p,
		U3dPoint *	p0,
		U3dPoint *	p1,
		double	iA0,
		double	iAz0,
		double	iA1,
		double	iAz1,
		double &	iA,
		double &	iAz
	)

Interpolates lineary the normal angles (information from two bounds points used)

void U3dModel::intersectCellTriangles	(	U3dPoint *	p0,
		U3dPoint *	p1,
		U3dGridCell *	goal_cell,
		std::vector< int > &	int_trIds,
		U3dPointsAr &	int_points
	)

Intersect triangles, contained in the cell, by the segment p0-p1. Returns arrays of triangles numbers and intersection points

void U3dModel::intersectCellTriangles	(	U3dPoint *	p0,
		U3dPoint *	p1,
		U3dGridCell *	goal_cell,
		std::vector< int > &	int_trIds,
		U3dPointsAr &	int_points
	)

Intersect triangles, contained in the cell, by the segment p0-p1. Returns arrays of triangles numbers and intersection points

void U3dModel::recursiveDivideCell	(	int	boundId,
		int_set &	trianglesId_ar,
		U3dGridCell *	cell
	)

Recursive procedure for dividing grid cell

void U3dModel::recursiveDivideCell	(	int	boundId,
		std::set< int > &	trianglesId_ar,
		U3dGridCell *	cell
	)

Recursive procedure for dividing grid cell

void U3dModel::recursiveFillCellInfo ( U3dGridCell * cell )

Service procedure for FillGridInfoSimple()

void U3dModel::recursiveFillCellInfo ( U3dGridCell * cell )

Service procedure for FillGridInfoSimple()

Friends And Related Function Documentation

bool U3dModelExport	(	char *	,
		U3dModel *	,
		char *	,
		U3dProgress *
	)

friend

Exporting model to text file. Returns false, when export fails.

Parameters

file	file's name
model	model to save
model_name	model's name in text file
prg	pointer to progress object

bool U3dModelExport	(	char *	,
		U3dModel *	,
		char *	,
		U3dProgress *
	)

friend

Exporting model to text file. Returns false, when export fails.

Parameters

file	file's name
model	model to save
model_name	model's name in text file
prg	pointer to progress object

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

/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/rbm/u3d_model.hpp
/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/vel3dmod/u3d_model.hpp

Public Member Functions

Public Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation