ArrayCore::RingCouplesProcess Class Reference

Brief description of class still missing. More...

#include <RingCouplesProcess.h>

List of all members.

Public Member Functions
void	horizontalAutocorr ()
void	init (const RingCouples &param, const QList< StationProcessSignals * > stations)
double	radialAutocorr () const
double	transverseAutocorr () const
double	verticalAutocorr () const

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Detailed Description

Brief description of class still missing.

Full description of class still missing

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Member Function Documentation

void ArrayCore::RingCouplesProcess::horizontalAutocorr

(

)

References TRACE.

Referenced by SPACLoopTask::run().

{
  TRACE;
  for(QVector<StationCoupleProcess>::iterator it=_couples.begin(); it!=_couples.end(); ++it) {
    it->horizontalAutocorr();
  }
}

void ArrayCore::RingCouplesProcess::init	(	const RingCouples &	param,
		const QList< StationProcessSignals * >	stations
	)

Description of constructor still missing

References TRACE, and ArrayCore::RingCouples::weight().

{
  TRACE;
  int nCouples=param.count();
  _couples.resize(nCouples);
  for(int i=0; i<nCouples; i++ ) {
    _couples[i].setStations(param.at(i), stations);
    _couples[i].setAzimuth(param.at(i)->azimuth());
    _couples[i].setWeight(param.weight(i));
  }
}

double ArrayCore::RingCouplesProcess::radialAutocorr

(

)

const

Calculate the cross correlation weighted average on the ring for radial components

References TRACE.

Referenced by SPACLoopTask::run().

{
  TRACE;
  double autocorr=0.0;
  double power=0.0;
  for(QVector<StationCoupleProcess>::const_iterator it=_couples.begin(); it!=_couples.end(); ++it) {
    autocorr += it->radialAutocorr();
    power +=it->radialPower();
  }
  return autocorr/power;
}

double ArrayCore::RingCouplesProcess::transverseAutocorr

(

)

const

Calculate the cross correlation weighted average on the ring for transverse components

References TRACE.

Referenced by SPACLoopTask::run().

{
  TRACE;
  double autocorr=0.0;
  double power=0.0;
  for(QVector<StationCoupleProcess>::const_iterator it=_couples.begin(); it!=_couples.end(); ++it) {
    autocorr += it->transverseAutocorr();
    power +=it->transversePower();
  }
  return autocorr/power;
}

double ArrayCore::RingCouplesProcess::verticalAutocorr

(

)

const

Calculate the cross correlation weighted average on the ring for vertical components

References TRACE.

Referenced by SPACLoopTask::run().

{
  TRACE;
  double autocorr=0.0;
  for(QVector<StationCoupleProcess>::const_iterator it=_couples.begin(); it!=_couples.end();it++) {
    autocorr += it->verticalAutocorr();
  }
  return autocorr/180.0;
}

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

• ArrayCore/RingCouplesProcess.h
• ArrayCore/RingCouplesProcess.cpp