Uses of Class
edu.sc.seis.TauP.TauModel

Uses of TauModel in edu.sc.seis.TauP
 

Fields in edu.sc.seis.TauP declared as TauModel
protected static TauModel[] TauPDaemon.tauModels
           
protected  TauModel ArrivalPlot.tMod
           
protected  TauModel TauP_Time.tMod
          Tau model calculated previously.
protected  TauModel SeismicPhase.tMod
          TauModel to generate phase for.
protected  TauModel TauP_Time.tModDepth
          TauModel derived from tMod by correcting it for a non-surface source.
 

Methods in edu.sc.seis.TauP that return TauModel
 TauModel TauModel.depthCorrect(double depth)
          Computes a new tau model for a source at depth using the previously computed branches for a surface source.
 TauModel TauP_Create.getTauModel()
           
 TauModel TauP_Time.getTauModel()
           
 TauModel SeismicPhase.getTauModel()
           
static TauModel TauModelLoader.load(java.lang.String modelName, java.lang.String searchPath)
          Reads the velocity model, slowness model, and tau model from a file saved using Java's Serializable interface.
static TauModel TauModel.readModel(java.lang.String filename)
           
static TauModel TauModel.readModelFromStream(java.io.InputStream inStream)
           
 TauModel TauModel.splitBranch(double depth)
          returns a new TauModel with the branches containing depth split at depth.
 

Methods in edu.sc.seis.TauP with parameters of type TauModel
protected  void SeismicPhase.addToBranch(TauModel tMod, int startBranch, int endBranch, boolean isPWave, int endAction)
           
 void SeismicPhase.calcPath(TauModel tMod)
          calculates the path this phase takes through the earth model.
 void SeismicPhase.calcPierce(TauModel tMod)
          Calculates the "pierce points" for the arrivals stored in arrivals.
 int SeismicPhase.closestBranchToDepth(TauModel tMod, java.lang.String depthString)
          Finds the closest discontinuity to the given depth that can have refletions and phase transformations.
protected  void SeismicPhase.createPuristName(TauModel tMod)
           
 void TauPApplet.loadTool(java.lang.String toolName, TauModel newTauModel)
           
protected  void SeismicPhase.parseName(TauModel tMod)
          Constructs a branch sequence from the given phase name and tau model.
protected  void SeismicPhase.phaseConversion(TauModel tMod, int fromBranch, int endAction, boolean isPtoS)
          changes maxRayParam and minRayParam whenever there is a phase conversion.
 void TimeDistPlot.plot(TauModel tModel, boolean isPWave)
           
 void TimePlot.plot(TauModel tModel, boolean isPWave)
           
 void DistPlot.plot(TauModel tModel, boolean isPWave)
           
 void TauPlot.plot(TauModel tModel, boolean isPWave)
           
 void ArrivalPlot.setTauModel(TauModel tMod)
           
 void TauP_Create.setTauModel(TauModel tMod)
           
 void TauP_Time.setTauModel(TauModel tMod)
           
 void SeismicPhase.setTauModel(TauModel tMod)
           
protected  void SeismicPhase.sumBranches(TauModel tMod)
          Sums the appropriate branches for this phase.
 

Constructors in edu.sc.seis.TauP with parameters of type TauModel
SeismicPhase(java.lang.String name, TauModel tMod)
           
TauP_Curve(TauModel tMod)
           
TauP_Path(TauModel tMod)
           
TauP_Path(TauModel tMod, java.lang.String outFileBase)
           
TauP_Pierce(TauModel tMod)
           
TauP_SetSac(TauModel tMod)
           
TauP_Time(TauModel tMod)
           
TauP_WKBJ(TauModel tMod)
           
 



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