This class implements the method to calculate absolute S-Wave velocities from Receiver function data as described by Sevnningsen and Jacobsen, GJI 2007. More...

#include <RFVelCalc.h>

Public Member Functions
const ttsdata &	GetVelocities ()
	return the vector of apparent velocities More...

void	CalcRFVel (const double slowness, const SeismicDataComp &RadComp, const SeismicDataComp &VerComp, ttsdata &AppVel)
	Calculate absolute velocities from the radial and vertical components of the seismogram. More...

void	CalcRFVelFromRec (const double slowness, const SeismicDataComp &RRec, const SeismicDataComp &VerComp, ttsdata &AppVel)
	Calculate absolute velocities from the radial receiver function and the vertical component of the seismogram. More...

void	WriteVelocities (const std::string filename)
	Write the velocity estiamtes and corresponding periods into an ascii file. More...

	RFVelCalc (const double mysigma, const double myc, const RecCalc::trfmethod themethod=RecCalc::specdiv)
	The constructor takes three parameters for the receiver function estimation. More...

RFVelCalc &	operator= (const RFVelCalc &source)

	RFVelCalc (const RFVelCalc &Old)

virtual	~RFVelCalc ()

Detailed Description

This class implements the method to calculate absolute S-Wave velocities from Receiver function data as described by Sevnningsen and Jacobsen, GJI 2007.

Definition at line 13 of file RFVelCalc.h.

Constructor & Destructor Documentation

gplib::RFVelCalc::RFVelCalc	(	const double	mysigma,
		const double	myc,
		const RecCalc::trfmethod	themethod = `RecCalc::specdiv`
	)

The constructor takes three parameters for the receiver function estimation.

The constructor takes three parameters for the receiver function estimation

Parameters

mysigma	The width of the gaussian filter used in calculating the receiver function
myc	The waterlevel, only relevant if spectral division is used for RF calculation
themethod	Do we want to calculate the RF with spectral division of iterative deconvolution