S2ReflSim Class Reference

#include <s2_reflsim.hpp>

Classes
struct	AprItem
struct	CFElem
struct	KinParams
struct	Parameters

Public Types
enum	KinType { HYP = 0, AVEL }
typedef std::vector < S2ReflSim::AprItem >	AprVector
typedef std::vector < S2ReflSim::KinParams >	KPSVector
typedef std::vector< CFElem >	CFVector
typedef std::vector< CFVector >	CFMatrix

Public Member Functions
	S2ReflSim ()
	S2ReflSim (const Parameters &params)
virtual	~S2ReflSim ()
Parameters	getParameters ()
void	setParameters (const Parameters &params)
Parameters &	parameters ()
void	setApriorityKin (std::vector< S2ReflSim::AprItem > &apriority)
bool	calcCorrField (WaveField &field, std::vector< CFVector > &corr)
bool	calcCorrField (const std::vector< WaveField >::iterator &field_begin_it, const std::vector< WaveField >::iterator &field_end_it, CFMatrix &corr)
bool	calcSim (WaveField &field, CFVector &sim_vec)
bool	calcKinParams (const CFMatrix &corr, std::vector< KinParams > &kps)
bool	calcPolyCoeffs (const std::vector< WaveField >::iterator &field_begin_it, const std::vector< WaveField >::iterator &field_end_it, std::vector< KinParams > &kps)
bool	smoothKin (std::vector< KinParams > &kinparams, double smooth_coeff)
bool	smoothPolyCoeffs (std::vector< KinParams > &kinparams, double smooth_coeff)
bool	mfKin (std::vector< KinParams > &kinparams, double rejection)
bool	apriorityKin (std::vector< KinParams > &kinparams, std::vector< S2ReflSim::AprItem > &apriority, size_t poly_deg)

Static Public Member Functions
static void	applyKin (WaveField &field, const std::vector< KinParams > &kin_params, bool dir=true, double mul=1.)

Protected Member Functions
bool	construct_hyp (const CFMatrix &cf, double t0, double dt, double p0, double dp, std::vector< KinParams > &kps)
void	calc_kin_ranges (double t, double &pmn, double &pmx)

Protected Attributes
bool	m_ready
Parameters	m_params
std::vector< S2ReflSim::AprItem >	m_apriority_kin

Detailed Description

Calcuates reflection similarity for various number of seismograms

Member Enumeration Documentation

enum S2ReflSim::KinType

Type of kinematics parameters

Enumerator
HYP	Hyperbolic parameters
AVEL	Average velocities

Constructor & Destructor Documentation

S2ReflSim::S2ReflSim

(

)

Defalult constructor, object is not ready.

S2ReflSim::S2ReflSim

(

const Parameters &

params

)

Construct object with provided parameters

virtual S2ReflSim::~S2ReflSim ( )

virtual

Destruct object

Member Function Documentation

static void S2ReflSim::applyKin ( WaveField &  field, const std::vector< KinParams > &  kin_params, bool  dir = true, double  mul = 1.  )

static

Apply kinematics from provided table, direction (true=direct) and multiplication koefficient to wavefield.

bool S2ReflSim::calcCorrField	(	WaveField &	field,
		std::vector< CFVector > &	corr
	)

Calculates correlation spectrum matrix for one field.

bool S2ReflSim::calcCorrField	(	const std::vector< WaveField >::iterator &	field_begin_it,
		const std::vector< WaveField >::iterator &	field_end_it,
		CFMatrix &	corr
	)

Calculate average correlation spectrum for provided wavefields range. Return false on error.

bool S2ReflSim::calcKinParams	(	const CFMatrix &	corr,
		std::vector< KinParams > &	kps
	)

Calculate kinematic parameters for provided correlation field. Return false on error.

bool S2ReflSim::calcPolyCoeffs	(	const std::vector< WaveField >::iterator &	field_begin_it,
		const std::vector< WaveField >::iterator &	field_end_it,
		std::vector< KinParams > &	kps
	)

Calculate polynomial coefficients for provided base of seismogramms and for kinematics with t0 and hyperbola parameters. Return false on error.

bool S2ReflSim::calcSim	(	WaveField &	field,
		CFVector &	sim_vec
	)

Calculates similarity vector for provided wavefield

bool S2ReflSim::construct_hyp ( const CFMatrix &  cf, double  t0, double  dt, double  p0, double  dp, std::vector< KinParams > &  kps  )

protected

Construct hyperbolic kinematics parameters for provided correlations matrix with time and kinparameters discretization

Parameters S2ReflSim::getParameters ( )

inline

Interface for parameters

bool S2ReflSim::mfKin	(	std::vector< KinParams > &	kinparams,
		double	rejection
	)

Reject kinematic table using median filter, return false on error.

void S2ReflSim::setApriorityKin ( std::vector< S2ReflSim::AprItem > &  apriority )

inline

Set kinematics apriority table

bool S2ReflSim::smoothKin	(	std::vector< KinParams > &	kinparams,
		double	smooth_coeff
	)

Smooth kinematic parameters table with provided smooth coefficient, return false on error.

Member Data Documentation

std::vector<S2ReflSim::AprItem> S2ReflSim::m_apriority_kin

protected

Kinematics apriority table

Parameters S2ReflSim::m_params

protected

Current calculation parameters

bool S2ReflSim::m_ready

protected

Is object ready for calculations

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

• /net/opt/univers/ubp-i-15.3-centos7-x64.urij/include/s2proc/s2_reflsim.hpp