#include <zd_f3d_seismic.hpp>

Inheritance diagram for ZdF3DSeismic:

Public Member Functions
	ZdF3DSeismic (const char *szFuncName)

virtual	~ZdF3DSeismic ()

void	setSeismicFile (ZdSeismicFile *zdSeisFile, const ZqbSVOptions &rSVO)

ZdSeismicFile *	getSeismicFile () const

const ZqbSVOptions &	getSVOptions () const

virtual bool	compatibleType (const char *szType) const

virtual int	countX ()

virtual int	countY ()

virtual double	argX (int iX)

virtual double	argY (int iY)

virtual double	func (int iX, int iY)

virtual double	argStepX ()

virtual double	argStepY ()

virtual void	getArgBoundsX (double b[2])

virtual void	getArgBoundsY (double b[2])

virtual void	getFuncBounds (double b[2])

virtual int	argIndexX (double x)

virtual int	argIndexY (double y)

	ZdF3DSeismic (const char *szFuncName)

virtual	~ZdF3DSeismic ()

void	setSeismicFile (ZdSeismicFile *zdSeisFile, const ZqbSVOptions &rSVO)

ZdSeismicFile *	getSeismicFile () const

const ZqbSVOptions &	getSVOptions () const

virtual bool	compatibleType (const char *szType) const

virtual int	countX ()

virtual int	countY ()

virtual double	argX (int iX)

virtual double	argY (int iY)

virtual double	func (int iX, int iY)

virtual double	argStepX ()

virtual double	argStepY ()

virtual void	getArgBoundsX (double b[2])

virtual void	getArgBoundsY (double b[2])

virtual void	getFuncBounds (double b[2])

virtual int	argIndexX (double x)

virtual int	argIndexY (double y)

Public Member Functions inherited from ZdFunction3D
	ZdFunction3D (const char *szFuncName=NULL)

virtual	~ZdFunction3D ()

virtual void	argX (std::vector< double > &vX)

virtual void	argY (std::vector< double > &vY)

virtual bool	isNullAll ()

virtual bool	isNullFunc (int iX, int iY)

virtual double	minArgX ()

virtual double	maxArgX ()

virtual double	minArgY ()

virtual double	maxArgY ()

double	minFunc ()

virtual double	maxFunc ()

	ZdFunction3D (const char *szFuncName=NULL)

virtual	~ZdFunction3D ()

virtual void	argX (std::vector< double > &vX)

virtual void	argY (std::vector< double > &vY)

virtual bool	isNullAll ()

virtual bool	isNullFunc (int iX, int iY)

virtual double	minArgX ()

virtual double	maxArgX ()

virtual double	minArgY ()

virtual double	maxArgY ()

double	minFunc ()

virtual double	maxFunc ()

Public Member Functions inherited from ZdDocument
	ZdDocument (const char *szName=NULL)

virtual	~ZdDocument ()

virtual void	updateViews ()

virtual bool	isChanged ()

virtual void	setChanges ()

virtual void	resetChanges ()

	ZdDocument (const char *szName=NULL)

virtual	~ZdDocument ()

virtual void	updateViews ()

virtual bool	isChanged ()

virtual void	setChanges ()

virtual void	resetChanges ()

Public Member Functions inherited from ZqbAutoName
	ZqbAutoName (int pCounter, const char szRoot, const char *szCustomName=NULL)

virtual	~ZqbAutoName ()

	ZqbAutoName (int pCounter, const char szRoot, const char *szCustomName=NULL)

virtual	~ZqbAutoName ()

Public Member Functions inherited from ZqbName
	ZqbName (const char szRoot, const char szCustomName=NULL)

	ZqbName (const ZqbName &name)

virtual	~ZqbName ()

ZqbName &	operator= (const ZqbName &name)

virtual const char *	getName () const

virtual const char *	getType () const

bool	hasName (const char *szString) const

	ZqbName (const char szRoot, const char szCustomName=NULL)

	ZqbName (const ZqbName &name)

virtual	~ZqbName ()

ZqbName &	operator= (const ZqbName &name)

virtual const char *	getName () const

virtual const char *	getType () const

bool	hasName (const char *szString) const

Protected Member Functions
void	updateMinMax (const float mm[2])

void	updateMinMax (const float mm[2])

Protected Attributes
float *	m_pfSeismic

ZdSeismicFile *	m_zdSeisFile

std::vector< double >	m_vfCoords

std::vector< int >	m_viTraceIds

double	m_fCoordStep

ZqbSVOptions	m_Options

float	m_pfMinMax [2]

Protected Attributes inherited from ZdDocument
ZqbViewVector	m_Views

Protected Attributes inherited from ZqbName
char *	m_szName

char *	m_szRoot

Detailed Description

Class to represent some ZdSeismicFile object as a ZdFunction3D. The first trace of each ensemble becomes drawn and all rest are skipped.

The representation depends on Z_SV_TRACE_VIEW switch in ZqbSVOptions: Z_SV_VIEW_VSP causes X-time, Y-coordinate and Z_SV_VIEW_S2D causes X-coordinate, Y-time.

Normalization procedure (and parameters in ZqbSVOptions) is applied to seismic traces before drawing.

Constructor & Destructor Documentation

ZdF3DSeismic::ZdF3DSeismic ( const char * szFuncName )

Create uninitialized mapping from ZdSeismicFile properties to ZdFunction3D ones. Some iterations over ZdSeismicFile may be performed to evaluate coordinates, amplitudes distribution etc.

virtual ZdF3DSeismic::~ZdF3DSeismic ( )

virtual

Destroy the object.

ZdF3DSeismic::ZdF3DSeismic ( const char * szFuncName )

Create uninitialized mapping from ZdSeismicFile properties to ZdFunction3D ones. Some iterations over ZdSeismicFile may be performed to evaluate coordinates, amplitudes distribution etc.

virtual ZdF3DSeismic::~ZdF3DSeismic ( )

virtual

Destroy the object.

Member Function Documentation

virtual int ZdF3DSeismic::argIndexX ( double x )

virtual

Return index of given X coordinate value. Complexity depends on uniformness of the step along the axis: 1 for uniform step and N for non-uniform.

Reimplemented from ZdFunction3D.

virtual int ZdF3DSeismic::argIndexX ( double x )

virtual

Return index of given X coordinate value. Complexity depends on uniformness of the step along the axis: 1 for uniform step and N for non-uniform.

Reimplemented from ZdFunction3D.

virtual int ZdF3DSeismic::argIndexY ( double y )

virtual

Return index of given Y coordinate value. Complexity depends on uniformness of the step along the axis: 1 for uniform step and N for non-uniform.

Reimplemented from ZdFunction3D.

virtual int ZdF3DSeismic::argIndexY ( double y )

virtual

Return index of given Y coordinate value. Complexity depends on uniformness of the step along the axis: 1 for uniform step and N for non-uniform.

Reimplemented from ZdFunction3D.

virtual double ZdF3DSeismic::argStepX ( )

virtual

Return step along X axis. Zero if the step is not uniform and otherwise if arguments along the axis goes with the same step determined with some precesion. Also returns 0 in case of errors (seismic is not set or number of coordinates is zero).

Reimplemented from ZdFunction3D.

virtual double ZdF3DSeismic::argStepX ( )

virtual

Return step along X axis. Zero if the step is not uniform and otherwise if arguments along the axis goes with the same step determined with some precesion. Also returns 0 in case of errors (seismic is not set or number of coordinates is zero).

Reimplemented from ZdFunction3D.

virtual double ZdF3DSeismic::argStepY ( )

virtual

Return step along Y axis. Zero if the step is not uniform and otherwise if arguments along the axis goes with the same step determined with some precesion. Also returns 0 in case of errors (seismic is not set or number of coordinates is zero).

Reimplemented from ZdFunction3D.

virtual double ZdF3DSeismic::argStepY ( )

virtual

Return step along Y axis. Zero if the step is not uniform and otherwise if arguments along the axis goes with the same step determined with some precesion. Also returns 0 in case of errors (seismic is not set or number of coordinates is zero).

Reimplemented from ZdFunction3D.

virtual double ZdF3DSeismic::argX ( int iX )

virtual

Get time for given sample (Z_SV_VIEW_VSP) or exact coordinate (Z_SV_VIEW_S2D) or return 0 in case of error (seismic is not set or number of coordinates is zero).

Implements ZdFunction3D.

virtual double ZdF3DSeismic::argX ( int iX )

virtual

Get time for given sample (Z_SV_VIEW_VSP) or exact coordinate (Z_SV_VIEW_S2D) or return 0 in case of error (seismic is not set or number of coordinates is zero).

Implements ZdFunction3D.

virtual double ZdF3DSeismic::argY ( int iY )

virtual

Get exact coordinate (Z_SV_VIEW_VSP) or time for given sample (Z_SV_VIEW_S2D) or return 0 in case of error (seismic is not set or number of coordinates is zero).

Implements ZdFunction3D.

virtual double ZdF3DSeismic::argY ( int iY )

virtual

Get exact coordinate (Z_SV_VIEW_VSP) or time for given sample (Z_SV_VIEW_S2D) or return 0 in case of error (seismic is not set or number of coordinates is zero).

Implements ZdFunction3D.

virtual bool ZdF3DSeismic::compatibleType ( const char * szType ) const

virtual

Return true if given type is compatible with this document.

Reimplemented from ZdFunction3D.

virtual bool ZdF3DSeismic::compatibleType ( const char * szType ) const

virtual

Return true if given type is compatible with this document.

Reimplemented from ZdFunction3D.

virtual int ZdF3DSeismic::countX ( )

virtual

Get number of time samples (Z_SV_VIEW_VSP) or number of unique coordinates (Z_SV_VIEW_S2D). Returns 0 if seismic is not set.

Implements ZdFunction3D.

virtual int ZdF3DSeismic::countX ( )

virtual

Get number of time samples (Z_SV_VIEW_VSP) or number of unique coordinates (Z_SV_VIEW_S2D). Returns 0 if seismic is not set.

Implements ZdFunction3D.

virtual int ZdF3DSeismic::countY ( )

virtual

Get number of number of unique coordinates (Z_SV_VIEW_VSP) or time samples (Z_SV_VIEW_S2D). Returns 0 if seismic is not set.

Implements ZdFunction3D.

virtual int ZdF3DSeismic::countY ( )

virtual

Get number of number of unique coordinates (Z_SV_VIEW_VSP) or time samples (Z_SV_VIEW_S2D). Returns 0 if seismic is not set.

Implements ZdFunction3D.

virtual double ZdF3DSeismic::func	(	int	iX,
		int	iY
	)

virtual

Get value of function in given point - z=f(iX,iY). In case of Z_SV_VIEW_VSP X means time and Y means coordinate. In case of Z_SV_VIEW_S2D X means coordinate and Y means time. If one of indeces is out of allowed range then simple extrapolation is performed.

Implements ZdFunction3D.

virtual double ZdF3DSeismic::func	(	int	iX,
		int	iY
	)

virtual

Get value of function in given point - z=f(iX,iY). In case of Z_SV_VIEW_VSP X means time and Y means coordinate. In case of Z_SV_VIEW_S2D X means coordinate and Y means time. If one of indeces is out of allowed range then simple extrapolation is performed.

Implements ZdFunction3D.

virtual void ZdF3DSeismic::getArgBoundsX ( double b[2] )

virtual

Return minimum and maximum values for X axis. If number of points along the axis is zero or if seismic is not set then {0,0} is returned.

Reimplemented from ZdFunction3D.

virtual void ZdF3DSeismic::getArgBoundsX ( double b[2] )

virtual

Return minimum and maximum values for X axis. If number of points along the axis is zero or if seismic is not set then {0,0} is returned.

Reimplemented from ZdFunction3D.

virtual void ZdF3DSeismic::getArgBoundsY ( double b[2] )

virtual

Return minimum and maximum values for Y axis. If number of points along the axis is zero or if seismic is not set then {0,0} is returned.

Reimplemented from ZdFunction3D.

virtual void ZdF3DSeismic::getArgBoundsY ( double b[2] )

virtual

Return minimum and maximum values for Y axis. If number of points along the axis is zero or if seismic is not set then {0,0} is returned.

Reimplemented from ZdFunction3D.

virtual void ZdF3DSeismic::getFuncBounds ( double b[2] )

virtual

Return minimum and maximum amplitudes in seismic file. If number of points is zero or seismic is not set then {0,0} is returned.

Reimplemented from ZdFunction3D.

virtual void ZdF3DSeismic::getFuncBounds ( double b[2] )

virtual

Return minimum and maximum amplitudes in seismic file. If number of points is zero or seismic is not set then {0,0} is returned.

Reimplemented from ZdFunction3D.

ZdSeismicFile* ZdF3DSeismic::getSeismicFile ( ) const

Get pointer to the seismic file object.

INLINE ZdSeismicFile * ZdF3DSeismic::getSeismicFile ( ) const

Get pointer to the seismic file object.

const ZqbSVOptions& ZdF3DSeismic::getSVOptions ( ) const

Get currently used seismic view options.

INLINE const ZqbSVOptions & ZdF3DSeismic::getSVOptions ( ) const

Get currently used seismic view options.

void ZdF3DSeismic::setSeismicFile	(	ZdSeismicFile *	zdSeisFile,
		const ZqbSVOptions &	rSVO
	)

Re-initialize ZdFunction3D by linking another seismic file and visualization options for it. It's possible to replace seismic file object by another one. A cache is created in memory to store all traces of seismic file (truely, only first trace of each ensemble is taken into the cache). Normalization procedure is applied before cache becomes filled.

void ZdF3DSeismic::setSeismicFile	(	ZdSeismicFile *	zdSeisFile,
		const ZqbSVOptions &	rSVO
	)

Re-initialize ZdFunction3D by linking another seismic file and visualization options for it. It's possible to replace seismic file object by another one. A cache is created in memory to store all traces of seismic file (truely, only first trace of each ensemble is taken into the cache). Normalization procedure is applied before cache becomes filled.

void ZdF3DSeismic::updateMinMax ( const float mm[2] )

protected

Update minimum and maximum.

INLINE void ZdF3DSeismic::updateMinMax ( const float mm[2] )

protected

Update minimum and maximum.

Member Data Documentation

double ZdF3DSeismic::m_fCoordStep

protected

Constant step along coordinate axis if > 0.0

ZqbSVOptions ZdF3DSeismic::m_Options

protected

Seismic view options are used in this object for next purposes:

mode of seismic traces drawing (Z_SV_VIEW_VSP - Y-axis coordinate, X-axis time; Z_SV_VIEW_S2D - X-axis coordinate, Y-axis time)
gain control options used by ZqbGainControl for amplitudes preprocessing

float ZdF3DSeismic::m_pfMinMax

protected

Min and max amplitudes in the whole seismic file after amplitudes normalization.

float * ZdF3DSeismic::m_pfSeismic

protected

Buffer used to cache seismic samples. Traces are placed consequently corodinate by coordinate and this order does not depend on axis interpretation.

std::vector< double > ZdF3DSeismic::m_vfCoords

protected

List of coordinates.

std::vector< int > ZdF3DSeismic::m_viTraceIds

protected

List of trace ids.

ZdSeismicFile * ZdF3DSeismic::m_zdSeisFile

protected

Attached seismic file which is represented via ZdFunction3D interface.

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

/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/zq/zd_f3d_seismic.hpp
/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/zq4/zd_f3d_seismic.hpp
/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/zq/zd_f3d_seismic_inline.hpp
/net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/zq4/zd_f3d_seismic_inline.hpp

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation