#include <u3d_migr.hpp>

Inheritance diagram for U3dMigr:

Public Member Functions
	U3dMigr (U3dModel model, U3dAbstractSeis seis, float stpX, float stpY, float stpZ, double dfe, double mAngle, U3D_MIGR_TYPE mt, bool slave=true)

void	initMigrCube (ushort imx, ushort jmx, ushort kmx)

bool	getMigrCubeSP (int sp_num, MigrCell *&cube, int &size)

bool	getMigrCubeRec (int recNum, MigrCell *&cube, int &size)

bool	getMigrCube (U3dPoint p, U3D_WAVE_TYPE wType)

bool	getMigrCubeDummy (U3dPoint p, U3D_WAVE_TYPE wType)

void	compMigrGrid (MigrCell grid1, int size1, MigrCell grid2, int size2, int recId, IPCell *&ip_info, int &ip_cell_num, int i_beg=-1, int i_end=-1)

void	addIPInfo (MigrDataCube ip_data, IPCell *ip_info, int ip_cell_num)

void	recalculateIPGrid (MigrDataCube ip_data)

bool	loadSPTraces (int spId)

double	getIPValue (const IPCell &ip_cell)

void	calculateImageBox ()

ushort	getIMax ()

ushort	getJMax ()

ushort	getKMax ()

void	getSteps (float &step_x, float &step_y, float &step_z)

U3dAbstractSeis *	getSeis ()

bool	getReady ()

bool	formMigrGrid (MigrCell *&grid, int &size)

void	cleanMigrCube ()

void	freeMigrCube ()

void	freeNormCube ()

MigrDataCube	accessMigrCube ()

void	cleanMigrChildren ()

U3dRay *	testRayShoot (U3dPoint startP, double f, double az, U3dCodeAr rCode, bool waySave)

time_t	startTimer ()

void	stopTimer (time_t beg, const char *message)

void	prepareSecondStage ()

void	prepareThirdStage ()

	U3dMigr (U3dModel model, U3dAbstractSeis seis, float stpX, float stpY, float stpZ, double dfe, double mAngle, U3D_MIGR_TYPE mt, bool slave=true)

void	initMigrCube (ushort imx, ushort jmx, ushort kmx)

bool	getMigrCubeSP (int sp_num, MigrCell *&cube, int &size)

bool	getMigrCubeRec (int recNum, MigrCell *&cube, int &size)

bool	getMigrCube (U3dPoint p, U3D_WAVE_TYPE wType)

bool	getMigrCubeDummy (U3dPoint p, U3D_WAVE_TYPE wType)

void	compMigrGrid (MigrCell grid1, int size1, MigrCell grid2, int size2, int recId, IPCell *&ip_info, int &ip_cell_num, int i_beg=-1, int i_end=-1)

void	addIPInfo (MigrDataCube ip_data, IPCell *ip_info, int ip_cell_num)

void	recalculateIPGrid (MigrDataCube ip_data)

bool	loadSPTraces (int spId)

double	getIPValue (const IPCell &ip_cell)

void	calculateImageBox ()

ushort	getIMax ()

ushort	getJMax ()

ushort	getKMax ()

void	getSteps (float &step_x, float &step_y, float &step_z)

U3dAbstractSeis *	getSeis ()

bool	getReady ()

bool	formMigrGrid (MigrCell *&grid, int &size)

void	cleanMigrCube ()

void	freeMigrCube ()

void	freeNormCube ()

MigrDataCube	accessMigrCube ()

void	cleanMigrChildren ()

U3dRay *	testRayShoot (U3dPoint startP, double f, double az, U3dCodeAr rCode, bool waySave)

time_t	startTimer ()

void	stopTimer (time_t beg, const char *message)

void	prepareSecondStage ()

void	prepareThirdStage ()

Public Member Functions inherited from U3dMigrRayShooter
	U3dMigrRayShooter (U3dModel *mod3d, URayReflCoefType coeff_type=ZOEPPRITZ)

U3dRay *	rayShoot (U3dPoint startP, double f, double az, U3dCodeAr rCode, bool waySave)

U3dBox *	getImageBox ()

	U3dMigrRayShooter (U3dModel *mod3d, U3dReflCoefType coeff_type=ZOEPPRITZ)

U3dRay *	rayShoot (U3dPoint startP, double f, double az, U3dCodeAr rCode, bool waySave)

U3dBox *	getImageBox ()

Public Member Functions inherited from U3dAbstractRayShooter
	U3dAbstractRayShooter (U3dModel *mod3d, URayReflCoefType coeff_type=ZOEPPRITZ)

bool	findNextCell (int faceId, int &condId, int &i, int &j, int &filled_cells_num, int &shadow_cells_num, int &conf_type, int debug_level=0)

bool	findNextCleanCell (int faceId, int &confId, int &resI, int &resJ, int &filled_cells_num, int &shadow_cells_num, int &conf_type, int debug_level=0)

bool	checkFaceZone (int faceId, int zoneId, int conf, int &conf_type, int &resI, int &recJ)

bool	coverConf (int confId, int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c, int conf_type)

bool	coverNhbCCross (int faceId, int ni, int nj, U3dPoint p, U3dCodeAr c, int &resi, int &resj)

bool	coverNhbC1 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	coverNhbC2 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	shootNhbC2Cross (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c, int i_n0, int j_n0, int i_n1, int j_n1)

bool	coverNhbC3 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c, int conf_type)

bool	coverNhbC4 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	coverNhbC5 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	coverNhbCSpiral (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

int	checkConf (int i0, int j0, int faceId)

bool	checkConf (int confId, int i0, int j0, int faceId, int &conf_type)

bool	checkConf1 (int i0, int j0, int faceId)

bool	checkConf2 (int i0, int j0, int faceId)

bool	checkConf3 (int i0, int j0, int faceId, int &conf_type)

bool	checkConf4 (int i0, int j0, int faceId)

bool	checkConf5 (int i0, int j0, int faceId)

bool	checkConf6 (int i0, int j0, int faceId)

bool	find2FilledNhbC3 (int faceId, int i0, int j0, int conf_type, int &i_n0, int &j_n0, int &i_n1, int &j_n1)

bool	find3FilledNhbC4 (int faceId, int i0, int j0, int &i_n0, int &j_n0, int &i_n1, int &j_n1, int &i_n2, int &j_n2)

bool	find3FilledNhbC5 (int faceId, int i0, int j0, int &i_n0, int &j_n0, int &i_n1, int &j_n1, int &i_n2, int &j_n2)

bool	calcNhbCPlaneAngles (int faceId, int i0, int j0, int i_n0, int j_n0, int i_n1, int j_n1, int i_n2, int j_n2, float &stF, float &stAz)

void	printConfCell (int i0, int j0, int faceId, int confId=3)

void	printCellNhbC (int i0, int j0, int faceId, int nhb_num=7)

int	checkNhbCell (int faceId, int i0, int j0)

int	shootNcheckPh1 (int faceId, U3dPoint p, float f, float az, int ni, int nj, U3dCodeAr c, int &resI, int &resJ)

bool	shootNcheckPh2 (int faceId, U3dPoint p, float f, float az, int i0, int j0, U3dCodeAr c, int &resI, int &resJ)

bool	findFilledNhbCell (int faceId, int &i, int &j)

bool	findFilledFaceNhbCell (U3dPoint p, int faceId, U3dCodeAr c, int &resI, int &resJ)

bool	findCleanNhbCell (int faceId, int &i, int &j, int &filled_cells_num, int &shadow_cells_num)

bool	isFaceCellClean (int i, int j, int faceId)

bool	isFaceCellShadowed (int i, int j, int faceId)

bool	isFaceCellFilled (int i, int j, int faceId)

char	getCellStatus (int i, int j, int faceId)

virtual void	getFaceCellIJ (U3dPoint p, int faceId, int &i, int &j)

virtual void	formFaceActiveZones (int faceId)

	U3dAbstractRayShooter (U3dModel *mod3d, U3dReflCoefType coeff_type=ZOEPPRITZ)

bool	findNextCell (int faceId, int &condId, int &i, int &j, int &filled_cells_num, int &shadow_cells_num, int &conf_type, int debug_level=0)

bool	findNextCleanCell (int faceId, int &confId, int &resI, int &resJ, int &filled_cells_num, int &shadow_cells_num, int &conf_type, int debug_level=0)

bool	checkFaceZone (int faceId, int zoneId, int conf, int &conf_type, int &resI, int &recJ)

bool	coverConf (int confId, int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c, int conf_type)

bool	coverNhbCCross (int faceId, int ni, int nj, U3dPoint p, U3dCodeAr c, int &resi, int &resj)

bool	coverNhbC1 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	coverNhbC2 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	shootNhbC2Cross (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c, int i_n0, int j_n0, int i_n1, int j_n1)

bool	coverNhbC3 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c, int conf_type)

bool	coverNhbC4 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	coverNhbC5 (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

bool	coverNhbCSpiral (int faceId, int i0, int j0, U3dPoint p, U3dCodeAr c)

int	checkConf (int i0, int j0, int faceId)

bool	checkConf (int confId, int i0, int j0, int faceId, int &conf_type)

bool	checkConf1 (int i0, int j0, int faceId)

bool	checkConf2 (int i0, int j0, int faceId)

bool	checkConf3 (int i0, int j0, int faceId, int &conf_type)

bool	checkConf4 (int i0, int j0, int faceId)

bool	checkConf5 (int i0, int j0, int faceId)

bool	checkConf6 (int i0, int j0, int faceId)

bool	find2FilledNhbC3 (int faceId, int i0, int j0, int conf_type, int &i_n0, int &j_n0, int &i_n1, int &j_n1)

bool	find3FilledNhbC4 (int faceId, int i0, int j0, int &i_n0, int &j_n0, int &i_n1, int &j_n1, int &i_n2, int &j_n2)

bool	find3FilledNhbC5 (int faceId, int i0, int j0, int &i_n0, int &j_n0, int &i_n1, int &j_n1, int &i_n2, int &j_n2)

bool	calcNhbCPlaneAngles (int faceId, int i0, int j0, int i_n0, int j_n0, int i_n1, int j_n1, int i_n2, int j_n2, float &stF, float &stAz)

void	printConfCell (int i0, int j0, int faceId, int confId=3)

void	printCellNhbC (int i0, int j0, int faceId, int nhb_num=7)

int	checkNhbCell (int faceId, int i0, int j0)

int	shootNcheckPh1 (int faceId, U3dPoint p, float f, float az, int ni, int nj, U3dCodeAr c, int &resI, int &resJ)

bool	shootNcheckPh2 (int faceId, U3dPoint p, float f, float az, int i0, int j0, U3dCodeAr c, int &resI, int &resJ)

bool	findFilledNhbCell (int faceId, int &i, int &j)

bool	findFilledFaceNhbCell (U3dPoint p, int faceId, U3dCodeAr c, int &resI, int &resJ)

bool	findCleanNhbCell (int faceId, int &i, int &j, int &filled_cells_num, int &shadow_cells_num)

bool	isFaceCellClean (int i, int j, int faceId)

bool	isFaceCellShadowed (int i, int j, int faceId)

bool	isFaceCellFilled (int i, int j, int faceId)

char	getCellStatus (int i, int j, int faceId)

virtual void	getFaceCellIJ (U3dPoint p, int faceId, int &i, int &j)

virtual void	formFaceActiveZones (int faceId)

Public Member Functions inherited from U3dRayDynCalculator
	U3dRayDynCalculator (U3dModel *mod3d, URayReflCoefType coeff_type=ZOEPPRITZ)

double	calcRTRCoeff (U3dRay *ray, int debug_level=0)

Public Member Functions inherited from U3dRayTracing
	U3dRayTracing (U3dModel *mod3d)

bool	snellius (double vin, double teta0, double az, double vout, int rtr, double iAngle, double iAz, double &teta1, double &az1)

U3dModel *	getModel () const

	U3dRayTracing (U3dModel *mod3d)

bool	snellius (double vin, double teta0, double az, double vout, int rtr, double iAngle, double iAz, double &teta1, double &az1)

U3dModel *	getModel () const

Additional Inherited Members
Public Types inherited from U3dAbstractRayShooter
typedef std::vector< ARSFaceZone >	ARSFaceZonesAr

typedef std::vector< ARSFaceZone >	ARSFaceZonesAr

Public Attributes inherited from U3dAbstractRayShooter
ARSFaceZonesAr	m_face_active_zones

Protected Member Functions inherited from U3dMigrRayShooter
void	markCell (ushort i, ushort j, ushort k, double f, double az, double t)

void	addRayPoint (U3dPoint p0, U3dRayPoint rp1, U3D_WAVE_TYPE wType, double dt)

void	addRayPoint2D (int ind1_0, int ind2_0, int ind1_cur, int ind2_cur, int ind1_step, int ind2_step, double coord1_step, double coord2_step, double coord1_2_mul, double coord2_1_mul, double coord3_1_mul, double coord3_2_mul, int ind_const, U3dRayPoint rp0, int plane, U3D_WAVE_TYPE wt, double end_time)

void	setCurrentStartAngles (U3dPoint sp, double f, double az)

bool	getCellIJK (U3dPoint point, ushort &i, ushort &j, ushort &k)

void	getCellI (U3dPoint p, ushort &i)

void	getCellJ (U3dPoint p, ushort &j)

void	getCellK (U3dPoint p, ushort &k)

int	getFaceId (U3dRay *r)

int	getFaceIMax (int faceId)

int	getFaceJMax (int faceId)

void	getFaceCellIJ (U3dRay *r, int faceId, int &i, int &j)

void	setShadowedFlag (int i, int j, int faceId)

float	getFaceCellT (int i, int j, int faceId)

float	getFaceCellStF (int i, int j, int faceId)

float	getFaceCellStAz (int i, int j, int faceId)

MigrInnerCell	getFaceCell (int i, int j, int faceId)

void	markCell (ushort i, ushort j, ushort k, double f, double az, double t)

void	addRayPoint (U3dPoint p0, U3dRayPoint rp1, U3D_WAVE_TYPE wType, double dt)

void	addRayPoint2D (int ind1_0, int ind2_0, int ind1_cur, int ind2_cur, int ind1_step, int ind2_step, double coord1_step, double coord2_step, double coord1_2_mul, double coord2_1_mul, double coord3_1_mul, double coord3_2_mul, int ind_const, U3dRayPoint rp0, int plane, U3D_WAVE_TYPE wt, double end_time)

void	setCurrentStartAngles (U3dPoint sp, double f, double az)

bool	getCellIJK (U3dPoint point, ushort &i, ushort &j, ushort &k)

void	getCellI (U3dPoint p, ushort &i)

void	getCellJ (U3dPoint p, ushort &j)

void	getCellK (U3dPoint p, ushort &k)

int	getFaceId (U3dRay *r)

int	getFaceIMax (int faceId)

int	getFaceJMax (int faceId)

void	getFaceCellIJ (U3dRay *r, int faceId, int &i, int &j)

void	setShadowedFlag (int i, int j, int faceId)

float	getFaceCellT (int i, int j, int faceId)

float	getFaceCellStF (int i, int j, int faceId)

float	getFaceCellStAz (int i, int j, int faceId)

MigrInnerCell	getFaceCell (int i, int j, int faceId)

Protected Member Functions inherited from U3dRayDynCalculator
dcomplex	getZoeppritzCoeff (double p1, U3D_WAVE_TYPE wt1, U3D_WAVE_TYPE wt2, bool transfer, double ro1, double vp1, double vs1, double ro2, double vp2, double vs2)

dcomplex	cdet4 (dcomplex(*L4)[4])

U3D_RTR_TYPE	getRTRType (U3D_WAVE_TYPE wt0, U3D_WAVE_TYPE wt1)

double	getApproxCoeff (int rtr_type, double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsCoeff (int rtr_type, double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsRDir (double f, double v0, double den0, double v1, double den1)

double	getAkiRichardsRPPup (double f0, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsRPSup (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsRPSdown (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsRPS (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1, bool up=true)

double	getAkiRichardsRSSup (double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsRSPup (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getAkiRichardsRSPdown (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyCoeff (int rtr_type, double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyRDir (double f, double v0, double den0, double v1, double den1)

double	getShueyRPPup (double f0, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyRPSup (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyRPSdown (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyRSSup (double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyRSPup (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getShueyRSPdown (double f0, double f1, double vp0, double vs0, double den0, double vp1, double vs1, double den1)

double	getA (double B, double sigma)

double	getR0 (double vp0, double vp1, double den0, double den1)

double	getB (double vp0, double vp1, double R0)

double	getPoissonsRatio (double vp, double vs)

Protected Member Functions inherited from U3dRayTracing
U3D_STEP_RESULT	RayStep (U3dRayPoint &rp, double df, double &dt, double &iAngle, double &iAz, double &iCurvity, int &iBoundNum, U3D_WAVE_TYPE vPS, bool prevInt, bool noIntersect=false)

U3D_STEP_RESULT	rayStep (U3dRayPoint &rp, double df, double &dt, double &iAngle, double &iAz, double &iCurvity, int &iBoundNum, int &bn1, int &bn2, U3D_WAVE_TYPE vPS, bool prevInt, bool noIntersect=false)

bool	intersectCellTriangles (const U3dGridCell *cell, U3dPoint p1, U3dPoint p2, U3dPoint &ip, int &iBoundNum, double &iAngle, double &iAz, int debug_level=0)

bool	processNeighbourCells (const U3dGridCell cell1, const U3dGridCell cell2, U3dPoint p1, U3dPoint p2, U3dPoint &ip, int &iBoundNum, double &iAngle, double &iAz, int debug_level=0)

double	getTime (U3dPoint p0, U3dPoint p1, double v0)

bool	stepOnRay (U3dRayPoint p1, U3dRayPoint &p2, double df, U3D_WAVE_TYPE vPS, bool prevInt, double &vel)

void	stepOnChord (double k, double fK, double azK, double df, double vel, U3dRayPoint rp0, U3dRayPoint &rp1)

void	CalcIntParams (U3dRayPoint p, U3dPoint p0, int rtr, U3dPoint &p1)

void	calcIntNeighPoints (U3dPoint p_int, double f, double az, U3dPoint &p0, U3dPoint &p1)

void	getEndPoint (U3dPoint p0, U3dPoint &p1)

U3D_STEP_RESULT	RayStep (U3dRayPoint &rp, double df, double &dt, double &iAngle, double &iAz, double &iCurvity, int &iBoundNum, U3D_WAVE_TYPE vPS, bool prevInt, bool noIntersect=false)

U3D_STEP_RESULT	rayStep (U3dRayPoint &rp, double df, double &dt, double &iAngle, double &iAz, double &iCurvity, int &iBoundNum, int &bn1, int &bn2, U3D_WAVE_TYPE vPS, bool prevInt, bool noIntersect=false)

bool	intersectCellTriangles (const U3dGridCell *cell, U3dPoint p1, U3dPoint p2, U3dPoint &ip, int &iBoundNum, double &iAngle, double &iAz, int debug_level=0)

bool	processNeighbourCells (const U3dGridCell cell1, const U3dGridCell cell2, U3dPoint p1, U3dPoint p2, U3dPoint &ip, int &iBoundNum, double &iAngle, double &iAz, int debug_level=0)

double	getTime (U3dPoint p0, U3dPoint p1, double v0)

bool	stepOnRay (U3dRayPoint p1, U3dRayPoint &p2, double df, U3D_WAVE_TYPE vPS, bool prevInt, double &vel)

void	stepOnChord (double k, double fK, double azK, double df, double vel, U3dRayPoint rp0, U3dRayPoint &rp1)

void	CalcIntParams (U3dRayPoint p, U3dPoint p0, int rtr, U3dPoint &p1)

void	calcIntNeighPoints (U3dPoint p_int, double f, double az, U3dPoint &p0, U3dPoint &p1)

void	getEndPoint (U3dPoint p0, U3dPoint &p1)

Protected Attributes inherited from U3dMigrRayShooter
MigrDataCube	m_migr_cube

U3dBox	m_imageBox

float	m_stepX

float	m_stepY

float	m_stepZ

ushort	m_i_max

ushort	m_j_max

ushort	m_k_max

double	m_curStF

double	m_curStAz

U3dPoint	m_curSP

Protected Attributes inherited from U3dRayDynCalculator
URayReflCoefType	m_coeff_type

Protected Attributes inherited from U3dRayTracing
U3dModel *	m_model

U3dBox *	m_modelBox

double	dl

Detailed Description

Special object for all migration calculations

Member Function Documentation

void U3dMigr::addIPInfo	(	MigrDataCube	ip_data,
		IPCell *	ip_info,
		int	ip_cell_num
	)

Addition of incident-point-cell structures array to a two-dimentional grid of migration-cell structures (incident points grid); in this case, field 'f' in each migration-cell structure contains out-ray angle; double-path cases are available: a few angle-time data may appear for one incident-point-cell (UNUSED)

void U3dMigr::addIPInfo	(	MigrDataCube	ip_data,
		IPCell *	ip_info,
		int	ip_cell_num
	)

Addition of incident-point-cell structures array to a two-dimentional grid of migration-cell structures (incident points grid); in this case, field 'f' in each migration-cell structure contains out-ray angle; double-path cases are available: a few angle-time data may appear for one incident-point-cell (UNUSED)

void U3dMigr::calculateImageBox ( )

virtual

Calculates migration image box (according to the SP and REC coordinates)

Reimplemented from U3dMigrRayShooter.

void U3dMigr::calculateImageBox ( )

virtual

Calculates migration image box (according to the SP and REC coordinates)

Reimplemented from U3dMigrRayShooter.

void U3dMigr::cleanMigrCube ( )

Cleans all children in migration cube

void U3dMigr::cleanMigrCube ( )

Cleans all children in migration cube

void U3dMigr::compMigrGrid	(	MigrCell *	grid1,
		int	size1,
		MigrCell *	grid2,
		int	size2,
		int	recId,
		IPCell *&	ip_info,
		int &	ip_cell_num,
		int	i_beg = `-1`,
		int	i_end = `-1`
	)

Comparison of two migration grids (shot point and reciever) to check the Snellius condition execution; the results are placed in incident-point-cell structures array

void U3dMigr::compMigrGrid	(	MigrCell *	grid1,
		int	size1,
		MigrCell *	grid2,
		int	size2,
		int	recId,
		IPCell *&	ip_info,
		int &	ip_cell_num,
		int	i_beg = `-1`,
		int	i_end = `-1`
	)

Comparison of two migration grids (shot point and reciever) to check the Snellius condition execution; the results are placed in incident-point-cell structures array

bool U3dMigr::formMigrGrid	(	MigrCell *&	grid,
		int &	size
	)

Reform 3d migration grid to a linear array

bool U3dMigr::formMigrGrid	(	MigrCell *&	grid,
		int &	size
	)

Reform 3d migration grid to a linear array

void U3dMigr::freeMigrCube ( )

Free memory, allocated for migration data cube

void U3dMigr::freeMigrCube ( )

Free memory, allocated for migration data cube

void U3dMigr::freeNormCube ( )

Free memory, allocated for normal 3d field

void U3dMigr::freeNormCube ( )

Free memory, allocated for normal 3d field

ushort U3dMigr::getIMax ( )

Returns maximal X-index of migration cell

ushort U3dMigr::getIMax ( )

Returns maximal X-index of migration cell

double U3dMigr::getIPValue ( const IPCell & ip_cell )

Returns amplitude value for the cell [i][j][k]: for "shooted" reciever (mentioned in cell) a full ray path time (from shot point up to reciever) is obtained from the corresponding seismic trace; the amplitude value is obtained in accordance to the full ray path time and well-in-ray direction (ip_cell->w_f, w_az)

double U3dMigr::getIPValue ( const IPCell & ip_cell )

Returns amplitude value for the cell [i][j][k]: for "shooted" reciever (mentioned in cell) a full ray path time (from shot point up to reciever) is obtained from the corresponding seismic trace; the amplitude value is obtained in accordance to the full ray path time and well-in-ray direction (ip_cell->w_f, w_az)

ushort U3dMigr::getJMax ( )

Returns maximal Y-index of migration cell

ushort U3dMigr::getJMax ( )

Returns maximal Y-index of migration cell

ushort U3dMigr::getKMax ( )

Returns maximal Z-index of migration cell

ushort U3dMigr::getKMax ( )

Returns maximal Z-index of migration cell

bool U3dMigr::getMigrCube	(	U3dPoint	p,
		U3D_WAVE_TYPE	wType
	)

Complex (x,y,z)-point migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCube	(	U3dPoint	p,
		U3D_WAVE_TYPE	wType
	)

Complex (x,y,z)-point migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCubeDummy	(	U3dPoint	p,
		U3D_WAVE_TYPE	wType
	)

Simple (x,y,z)-point migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCubeDummy	(	U3dPoint	p,
		U3D_WAVE_TYPE	wType
	)

Simple (x,y,z)-point migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCubeRec	(	int	recNum,
		MigrCell *&	cube,
		int &	size
	)

Receiver migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCubeRec	(	int	recNum,
		MigrCell *&	cube,
		int &	size
	)

Receiver migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCubeSP	(	int	sp_num,
		MigrCell *&	cube,
		int &	size
	)

Shot point migration grid calculation (TRUE - success)

bool U3dMigr::getMigrCubeSP	(	int	sp_num,
		MigrCell *&	cube,
		int &	size
	)

Shot point migration grid calculation (TRUE - success)

bool U3dMigr::getReady ( )

Returns object status flag (UNUSED)

bool U3dMigr::getReady ( )

Returns object status flag (UNUSED)

U3dAbstractSeis* U3dMigr::getSeis ( )

Returns pointer to the special object, containing seismic traces information

U3dAbstractSeis* U3dMigr::getSeis ( )

Returns pointer to the special object, containing seismic traces information

void U3dMigr::getSteps	(	float &	step_x,
		float &	step_y,
		float &	step_z
	)

Returns coordinate steps of migration 3d-grid

void U3dMigr::getSteps	(	float &	step_x,
		float &	step_y,
		float &	step_z
	)

Returns coordinate steps of migration 3d-grid

void U3dMigr::initMigrCube	(	ushort	imx,
		ushort	jmx,
		ushort	kmx
	)

Allocates memory for migration data cube

void U3dMigr::initMigrCube	(	ushort	imx,
		ushort	jmx,
		ushort	kmx
	)

Allocates memory for migration data cube

void U3dMigr::prepareSecondStage ( )

Prepares 3d field of fictive bounds normals for second stage; cleans 3d migration grid

void U3dMigr::prepareSecondStage ( )

Prepares 3d field of fictive bounds normals for second stage; cleans 3d migration grid

void U3dMigr::prepareThirdStage ( )

Cleans 3d field of fictive bounds normals

void U3dMigr::prepareThirdStage ( )

Cleans 3d field of fictive bounds normals

void U3dMigr::recalculateIPGrid ( MigrDataCube ip_data )

Incident points grid analysis and recalculation: if the cell contains a few angle-time data, they would be averaged (UNUSED)

void U3dMigr::recalculateIPGrid ( MigrDataCube ip_data )

Incident points grid analysis and recalculation: if the cell contains a few angle-time data, they would be averaged (UNUSED)

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

/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/rbm/u3d_migr.hpp
/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/vel3dmod/u3d_migr.hpp

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