VelocityStructure

すべてのスーパーインタフェース:

java.io.Serializable

既知の実装クラスのリスト:

PolynomialStructure
```
public interface VelocityStructure
extends java.io.Serializable
```
Structure information for computing travel time.

関連項目:

Woodhouse, 1981

メソッドのサマリー

すべてのメソッド staticメソッドインスタンス・メソッド abstractメソッドデフォルト・メソッド
修飾子とタイプ	メソッドと説明
`default double[]`	`additionalBoundaries()`
`static VelocityStructure`	`ak135()`
`double`	`coreMantleBoundary()`
`double`	`earthRadius()`
`double`	`getA(double r)`
`double`	`getC(double r)`
`double`	`getF(double r)`
`double`	`getL(double r)`
`double`	`getN(double r)`
`double`	`getRho(double r)`
`default double`	`getROf(io.github.kensuke1984.anisotime.PassPoint point)` Input point must be one of the boundaries in the structure.
`default double`	`getTurningR(PhasePart pp, double rayParameter)`
`double`	`innerCoreBoundary()`
`static VelocityStructure`	`iprem()`
`double`	`iTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.
`double`	`jhTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.
`double`	`jvTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.
`double`	`kTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.
`static VelocityStructure`	`prem()`
`double`	`pTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.
`double`	`shTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.
`double`	`svTurningR(double rayParameter)` The turning radius is r with which q_τ = 0.

- メソッドの詳細
  - prem
```
static VelocityStructure prem()
```
    戻り値:
    
    Transversely isotropic (TI) PREM by Dziewonski & Anderson 1981
  - iprem
```
static VelocityStructure iprem()
```
    戻り値:
    
    isotropic PREM by Dziewonski & Anderson 1981
  - ak135
```
static VelocityStructure ak135()
```
    戻り値:
    
    AK135 by Kennett, Engdahl & Buland (1995)
  - getTurningR
```
default double getTurningR(PhasePart pp,
                           double rayParameter)
```
    パラメータ:
    
    pp - target phase
    
    rayParameter - target ray parameter
    
    戻り値:
    
    [km] the largest radius of bounce point
  - getRho
```
double getRho(double r)
```
    パラメータ:
    
    r - [km] radius
    
    戻り値:
    
    [g/cm³] density ρ(r)
  - kTurningR
```
double kTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(N/ρ)^1/2* r = p(N/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    [km] the K turning radius for the raypath or Double.NaN if there is no valid R. The radius must be in the outercore.
    
    関連項目:
    
    "Woodhouse (1981)"
  - shTurningR
```
double shTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(N/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    [km] the SH turning radius for the raypath or Double.NaN if there is no valid R The radius must be in the mantle.
    
    関連項目:
    
    "Woodhouse (1981)"
  - svTurningR
```
double svTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(L/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    [km] the SV turning radius for the raypath or Double.NaN if there is no valid R. The radius must be in the mantle.
    
    関連項目:
    
    "Woodhouse (1981)"
  - pTurningR
```
double pTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(A/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    [km] the P turning radius for the raypath or Double.NaN if there is no valid radius. The radius must be in the mantle.
    
    関連項目:
    
    "Woodhouse (1981)"
  - iTurningR
```
double iTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(A/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    the P turning radius [km] for the raypath or Double.NaN if there is no valid radius. The radius must be in the inner-core.
    
    関連項目:
    
    "Woodhouse (1981)"
  - jhTurningR
```
double jhTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(N/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    the SH turning radius [km] for the raypath or Double.NaN if there is no valid R The radius must be in the inner-core.
    
    関連項目:
    
    "Woodhouse (1981)"
  - jvTurningR
```
double jvTurningR(double rayParameter)
```
    The turning radius is r with which q_τ = 0.
    r = p(L/ρ)^1/2
    
    パラメータ:
    
    rayParameter - ray parameter
    
    戻り値:
    
    the SV turning radius [km] for the raypath or Double.NaN if there is no valid R. The radius must be in the inner-core.
    
    関連項目:
    
    "Woodhouse (1981)"
  - getA
```
double getA(double r)
```
    パラメータ:
    
    r - [km] radius
    
    戻り値:
    
    [GPa] A(r) A at r
  - getC
```
double getC(double r)
```
    パラメータ:
    
    r - [km] radius
    
    戻り値:
    
    [GPa] C(r) C at r
  - getF
```
double getF(double r)
```
    パラメータ:
    
    r - [km] radius
    
    戻り値:
    
    [GPa] F at r
  - getL
```
double getL(double r)
```
    パラメータ:
    
    r - [km] radius
    
    戻り値:
    
    [GPa] L at r
  - getN
```
double getN(double r)
```
    パラメータ:
    
    r - [km] radius
    
    戻り値:
    
    [GPa] N at r
  - coreMantleBoundary
```
double coreMantleBoundary()
```
    戻り値:
    
    [km] radius of CMB
  - innerCoreBoundary
```
double innerCoreBoundary()
```
    戻り値:
    
    [km] radius of ICB
  - earthRadius
```
double earthRadius()
```
    戻り値:
    
    [km] radius of Earth
  - additionalBoundaries
```
default double[] additionalBoundaries()
```
    戻り値:
    
    Array of radii [km] for additional boundaries.
  - getROf
```
default double getROf(io.github.kensuke1984.anisotime.PassPoint point)
```
    Input point must be one of the boundaries in the structure.
    
    パラメータ:
    
    point - for the radius
    
    戻り値:
    
    [km] radius for the point.

インタフェース VelocityStructure

メソッドのサマリー

メソッドの詳細

prem

iprem

ak135

getTurningR

getRho

kTurningR

shTurningR

svTurningR

pTurningR

iTurningR

jhTurningR

jvTurningR

getA

getC

getF

getL

getN

coreMantleBoundary

innerCoreBoundary

earthRadius

additionalBoundaries

getROf