Package edu.sc.seis.TauP

Class VelocityLayer

java.lang.Object
edu.sc.seis.TauP.VelocityLayer
All Implemented Interfaces:
Serializable, Cloneable
public class VelocityLayer extends Object implements Cloneable, Serializable
The VelocityModelLayer class stores and manipulates a singly layer. An entire velocity model is implemented as an Vector of layers.
See Also:

  • Field Details

    • DEFAULT_DENSITY

      public static double DEFAULT_DENSITY

    • DEFAULT_QP

      public static double DEFAULT_QP

    • DEFAULT_QS

      public static double DEFAULT_QS

  • Constructor Details

    • VelocityLayer

      public VelocityLayer(int myLayerNumber, double topDepth, double botDepth, double topPVelocity, double botPVelocity, double topSVelocity, double botSVelocity)

    • VelocityLayer

      public VelocityLayer(int myLayerNumber, double topDepth, double botDepth, double topPVelocity, double botPVelocity, double topSVelocity, double botSVelocity, double topDensity, double bottomDensity)

    • VelocityLayer

      public VelocityLayer(int myLayerNumber, double topDepth, double botDepth, double topPVelocity, double botPVelocity, double topSVelocity, double botSVelocity, double topDensity, double botDensity, double topQp, double botQp, double topQs, double botQs)

  • Method Details

    • clone

      public Object clone()
      Overrides:
      clone in class Object

    • cloneRenumber

      public VelocityLayer cloneRenumber(int layerNum)

    • evaluateAtBottom

      public double evaluateAtBottom(VelocityModelMaterial materialProperty)

    • evaluateAtTop

      public double evaluateAtTop(VelocityModelMaterial materialProperty)

    • evaluateAt

      public double evaluateAt(double depth, VelocityModelMaterial materialProperty)

    • toString

      public String toString()
      Overrides:
      toString in class Object

    • getLayerNum

      public int getLayerNum()

    • setTopDepth

      public void setTopDepth(double topDepth)

    • getTopDepth

      public double getTopDepth()

    • setBotDepth

      public void setBotDepth(double botDepth)

    • getBotDepth

      public double getBotDepth()

    • setTopPVelocity

      public void setTopPVelocity(double topPVelocity)

    • getTopPVelocity

      public double getTopPVelocity()

    • setBotPVelocity

      public void setBotPVelocity(double botPVelocity)

    • getBotPVelocity

      public double getBotPVelocity()

    • setTopSVelocity

      public void setTopSVelocity(double topSVelocity)

    • getTopSVelocity

      public double getTopSVelocity()

    • isFluid

      public boolean isFluid()

    • setBotSVelocity

      public void setBotSVelocity(double botSVelocity)

    • getBotSVelocity

      public double getBotSVelocity()

    • setTopDensity

      public void setTopDensity(double topDensity)

    • getTopDensity

      public double getTopDensity()

    • setBotDensity

      public void setBotDensity(double botDensity)

    • getBotDensity

      public double getBotDensity()

    • densityIsDefault

      public boolean densityIsDefault()

    • setTopQp

      public void setTopQp(double topQp)

    • getTopQp

      public double getTopQp()

    • setBotQp

      public void setBotQp(double botQp)

    • getBotQp

      public double getBotQp()

    • QpIsDefault

      public boolean QpIsDefault()

    • QIsDefault

      public boolean QIsDefault()

    • setTopQs

      public void setTopQs(double topQs)

    • getTopQs

      public double getTopQs()

    • setBotQs

      public void setBotQs(double botQs)

    • getBotQs

      public double getBotQs()

    • QsIsDefault

      public boolean QsIsDefault()

    • getThickness

      public double getThickness()

    • calcTopQpFromQs

      public double calcTopQpFromQs()
      Calculate Qp from Qs assuming Q_kappa is negligible, at top of layer.

    • calcBotQpFromQs

      public double calcBotQpFromQs()
      Calculate Qp from Qs assuming Q_kappa is negligible, at bottom of layer.

    • calcQpFromQs

      public static double calcQpFromQs(double Qs, double vp, double vs)
      Calculate Qp from Qs assuming Q_kappa is negligible (ie very large). See Montagner and Kennett, 1996, eqn 2.6 and Foundations of Modern Global Seismomolgy, Chap 15, eq 15.12-14
      Parameters:
      Qs - S wave Q factor, aka Q_mu
      vp - P wave velocity
      vs - S wave velocity
      Returns:
      Qp P wave Q factor

    • calcQp

      public static double calcQp(double q_kappa, double q_mu, double vp, double vs)
      Calculate Qp from Q_mu and Q_kappa . and Foundations of Modern Global Seismology, Chap 15, eq 15.12-14
      Parameters:
      q_kappa - compression Q factor
      q_mu - shear Q factor, aka Q_s
      vp - P wave velocity
      vs - S wave velocity
      Returns:
      Qp P wave Q factor