Package edu.sc.seis.TauP

Interface SeismicPhase

All Superinterfaces:

Cloneable, Serializable

All Known Implementing Classes:

CompositeSeismicPhase, FailedSeismicPhase, ScatteredSeismicPhase, SimpleContigSeismicPhase, SimpleSeismicPhase

public interface SeismicPhase
extends Serializable, Cloneable

Field Summary

Fields

Modifier and Type	Field	Description
static final boolean	PWAVE
static final boolean	SWAVE

Method Summary

Modifier and Type	Method	Description
static String	baseDescribe(SeismicPhase phase)
double	calcEnergyFluxFactorReflTranPSV(Arrival arrival)
double	calcEnergyFluxFactorReflTranSH(Arrival arrival)
double	calcIncidentAngle(double arrivalRayParam)
double	calcIncidentAngleDegree(double arrivalRayParam)
double	calcRayParamForIncidentAngle(double incidentDegree)
double	calcRayParamForTakeoffAngle(double takeoffDegree)
SeismicPhaseReflTransHolder	calcReflTranPSV(Arrival arrival)
SeismicPhaseReflTransHolder	calcReflTranSH(Arrival arrival)
List<ArrivalPathSegment>	calcSegmentPaths(Arrival currArrival)
double	calcTakeoffAngle(double arrivalRayParam)
double	calcTakeoffAngleDegree(double arrivalRayParam)
double	calcTstar(Arrival currArrival)
int	countFlatLegs()
Arrival	createArrivalAtIndex(int rayNum)	Creates an Arrival for a sampled ray parameter from the model.
double	densityAtReceiver()
double	densityAtSource()
String	describe()
String	describeShort()
void	dump()
String	failReason()
boolean	finalSegmentIsPWave()	True if the final, incident, wavetype is a P wave, false if an S wave.
double[]	getDist()
double	getDist(int i)
Arrival	getEarliestArrival(double degrees)
static Arrival	getEarliestArrival(List<SeismicPhase> phases, double degrees)
SeismicPhaseSegment	getFinalPhaseSegment()
SeismicPhaseSegment	getInitialPhaseSegment()
List<List<SeismicPhaseSegment>>	getListPhaseSegments()
double	getMaxDistance()
double	getMaxDistanceDeg()
double	getMaxRayParam()
int	getMaxRayParamIndex()
double	getMaxTime()
double	getMinDistance()
double	getMinDistanceDeg()
double	getMinRayParam()
int	getMinRayParamIndex()
double	getMinTime()
String	getName()
int	getNumRays()
String	getPuristName()
double[]	getRayParams()
double	getRayParams(int i)
double	getReceiverDepth()
List<ShadowZone>	getShadowZones()
double	getSourceDepth()
double[]	getTau()
double	getTau(int i)
TauModel	getTauModel()
double[]	getTime()
double	getTime(int i)
boolean	hasArrivals()
SeismicPhase	interpolatePhase(double maxDeltaDeg)
List<TimeDist>	interpPierceTimeDist(Arrival arrival)
boolean	isAllPWave()	True is all segments of this path are only P waves.
boolean	isAllSWave()	True is all segments of this path are only S waves.
boolean	isFail()
boolean	phasesExistsInModel()
static String	segmentDescribe(SeismicPhase phase)
Arrival	shootRay(double rayParam)
boolean	sourceSegmentIsPWave()	True if the initial leg, leaving the source, wavetype is a P wave, false if an S wave.
static List<double[]>	splitForRepeatRayParam(double[] rayParams, double[] values)	Split calculated array into segments for repeated ray parameter values, which indicate a discontinuity in the calculations usually due to low velocity zone.
String	toString()
double	velocityAtReceiver()
double	velocityAtSource()

Field Details

PWAVE

static final boolean PWAVE

See Also:

• Constant Field Values

SWAVE

static final boolean SWAVE

See Also:

• Constant Field Values

Method Details

phasesExistsInModel

boolean phasesExistsInModel()

getEarliestArrival

Arrival getEarliestArrival(double degrees)

getMinDistanceDeg

double getMinDistanceDeg()

getMinDistance

double getMinDistance()

getMaxDistanceDeg

double getMaxDistanceDeg()

getMaxDistance

double getMaxDistance()

getMaxRayParam

double getMaxRayParam()

getMinRayParam

double getMinRayParam()

getMinTime

double getMinTime()

getMaxTime

double getMaxTime()

getName

String getName()

getPuristName

String getPuristName()

getSourceDepth

double getSourceDepth()

getReceiverDepth

double getReceiverDepth()

hasArrivals

boolean hasArrivals()

describe

String describe()

describeShort

String describeShort()

getTauModel

TauModel getTauModel()

getEarliestArrival

static Arrival getEarliestArrival(List<SeismicPhase> phases,
 double degrees)

isFail

boolean isFail()

failReason

String failReason()

getMaxRayParamIndex

int getMaxRayParamIndex()

getMinRayParamIndex

int getMinRayParamIndex()

getListPhaseSegments

List<List<SeismicPhaseSegment>> getListPhaseSegments()

getInitialPhaseSegment

SeismicPhaseSegment getInitialPhaseSegment()

getFinalPhaseSegment

SeismicPhaseSegment getFinalPhaseSegment()

countFlatLegs

int countFlatLegs()

getRayParams

double getRayParams(int i)

getRayParams

double[] getRayParams()

getDist

double getDist(int i)

getDist

double[] getDist()

getTime

double getTime(int i)

getTime

double[] getTime()

getTau

double getTau(int i)

getTau

double[] getTau()

createArrivalAtIndex

Arrival createArrivalAtIndex(int rayNum)

Creates an Arrival for a sampled ray parameter from the model. No interpolation between rays as this is a sample.

Parameters:

rayNum - index in ray parameters

shootRay

Arrival shootRay(double rayParam)
          throws TauPException

Throws:

TauPException

isAllPWave

boolean isAllPWave()

True is all segments of this path are only P waves.

isAllSWave

boolean isAllSWave()

True is all segments of this path are only S waves.

calcRayParamForTakeoffAngle

double calcRayParamForTakeoffAngle(double takeoffDegree)
                            throws NoArrivalException

Throws:

NoArrivalException

calcRayParamForIncidentAngle

double calcRayParamForIncidentAngle(double incidentDegree)
                             throws NoArrivalException

Throws:

NoArrivalException

velocityAtSource

double velocityAtSource()

velocityAtReceiver

double velocityAtReceiver()

densityAtReceiver

double densityAtReceiver()

densityAtSource

double densityAtSource()

calcTakeoffAngleDegree

double calcTakeoffAngleDegree(double arrivalRayParam)

calcTakeoffAngle

double calcTakeoffAngle(double arrivalRayParam)

calcIncidentAngle

double calcIncidentAngle(double arrivalRayParam)

calcIncidentAngleDegree

double calcIncidentAngleDegree(double arrivalRayParam)

sourceSegmentIsPWave

boolean sourceSegmentIsPWave()

True if the initial leg, leaving the source, wavetype is a P wave, false if an S wave.

finalSegmentIsPWave

boolean finalSegmentIsPWave()

True if the final, incident, wavetype is a P wave, false if an S wave.

calcSegmentPaths

List<ArrivalPathSegment> calcSegmentPaths(Arrival currArrival)
                                   throws NoArrivalException,
SlownessModelException,
TauModelException

Throws:

NoArrivalException

SlownessModelException

TauModelException

toString

String toString()

Overrides:

toString in class Object

dump

void dump()

interpolatePhase

SeismicPhase interpolatePhase(double maxDeltaDeg)

calcEnergyFluxFactorReflTranPSV

double calcEnergyFluxFactorReflTranPSV(Arrival arrival)
                                throws TauModelException,
SlownessModelException,
NoArrivalException

Throws:

TauModelException

SlownessModelException

NoArrivalException

calcEnergyFluxFactorReflTranSH

double calcEnergyFluxFactorReflTranSH(Arrival arrival)
                               throws TauModelException,
SlownessModelException,
NoArrivalException

Throws:

TauModelException

SlownessModelException

NoArrivalException

calcReflTranPSV

SeismicPhaseReflTransHolder calcReflTranPSV(Arrival arrival)
                                     throws TauModelException,
SlownessModelException

Throws:

TauModelException

SlownessModelException

calcReflTranSH

SeismicPhaseReflTransHolder calcReflTranSH(Arrival arrival)
                                    throws TauModelException,
SlownessModelException

Throws:

TauModelException

SlownessModelException

interpPierceTimeDist

List<TimeDist> interpPierceTimeDist(Arrival arrival)
                             throws NoArrivalException,
TauModelException

Throws:

NoArrivalException

TauModelException

calcTstar

double calcTstar(Arrival currArrival)
          throws NoArrivalException

Throws:

NoArrivalException

splitForRepeatRayParam

static List<double[]> splitForRepeatRayParam(double[] rayParams,
 double[] values)

Split calculated array into segments for repeated ray parameter values, which indicate a discontinuity in the calculations usually due to low velocity zone.

Parameters:

rayParams - ray parameter array for phase

values - derived array, such as distance, time, tau, etc.

Returns:

list of arrays for each contiguous segment

baseDescribe

static String baseDescribe(SeismicPhase phase)

segmentDescribe

static String segmentDescribe(SeismicPhase phase)

getNumRays

int getNumRays()

getShadowZones

List<ShadowZone> getShadowZones()