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com.kutsyy.lvspod
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| Field Summary | |
private static int[][] |
HNeighborgood
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private OrdinalSpatialAbstract |
T
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OrdinalSpatialBayesianAbstract |
TBayesian
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OrdinalSpatialBayesianGibbs |
TGibbs
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private static int[][] |
TimeSeriesNeighborgood
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private OrdinalSpatialMdA |
TMdA
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private OrdinalSpatialMnA |
TMnA
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OrdinalSpatialQL[] |
TNearestAvg
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private OrdinalSpatialCLTrueX |
TTrueX
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private OrdinalSpatialCLTrueXPLE |
TTrueXPLE
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private String |
Type
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private static int[][] |
VNeighborgood
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| Fields inherited from class com.kutsyy.lvspod.OrdinalSpatialAbstract |
beta, betaKeep, Brent, EPS, gradient, itotal, K, keepConstant, L, lambda, Loc, M, max_over, Mnbrak, N, NeighborDefinition, p, phi, PHI_LIMIT, phiKeep, phiVar, Powell, rnd, Sigma, sqrtSigma, theta, THETA_BETWEEN, THETA_LIMIT, thetaKeep, thetal, thetaL, thetau, thetaU, TimeSeries, TrueBeta, TruePhi, TrueTheta, TrueX, W, x, xi, xLoc, xx, Y, yLoc, Z |
| Constructor Summary | |
OrdinalSpatial(int[] y)
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OrdinalSpatial(int[] y,
double[][] z)
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OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation)
Constructor for the OrdinalSpatial object |
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OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation,
double[] z)
Constructor for the OrdinalSpatial object |
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OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation,
double[][] z)
Constructor for the OrdinalSpatial object |
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OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation,
double[][] z,
int[][] Neighborgood)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
double[] Theta,
double Phi)
put your documentation comment here |
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OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z,
int[] Neighborgood)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z,
int[][] Neighborgood)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
int[] Neighborgood)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
int[][] Neighborgood)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
int YSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z,
int[][] Neighborgood)
Insert the method's description here. |
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OrdinalSpatial(int XSize,
int YSize,
double[] Theta,
double Phi,
int[][] Neighborgood)
Constructor for the OrdinalSpatial object |
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OrdinalSpatial(OrdinalSpatial t)
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| Method Summary | |
void |
dataAgumentation()
Insert the method's description here. |
private void |
generateX()
Insert the method's description here. |
void |
generateY()
Insert the method's description here. |
double[] |
getBeta()
Gets the Beta attribute of the OrdinalSpatial object |
double |
getPhi()
Description of the Method |
double[] |
getTheta()
Description of the Method |
void |
gibbs()
Description of the Method |
void |
impSampling()
Description of the Method |
void |
impSampling(boolean Inteructive)
Description of the Method |
double |
lA()
Insert the method's description here. |
double |
lA(double phi,
double[] theta)
Insert the method's description here. |
double |
lA(double phi,
double[] theta,
double[] beta)
Description of the Method |
double |
lA(String type)
Insert the method's description here. |
double |
lA(String type,
double phi,
double[] theta)
Insert the method's description here. |
double |
lA(String type,
double phi,
double[] theta,
double[] beta)
Insert the method's description here. |
double |
lCLTrueX()
Insert the method's description here. |
double |
lCLTrueX(double Phi)
Description of the Method |
double |
lCLTrueX(double Phi,
double[] Beta)
Description of the Method |
double |
lCLTrueXPLE()
Description of the Method |
double |
lCLTrueXPLE(double Phi)
Description of the Method |
double |
lCLTrueXPLE(double Phi,
double[] Beta)
Description of the Method |
double |
lL()
Insert the method's description here. |
double |
lL(double phi,
double[] theta,
double[] beta)
Insert the method's description here. |
double |
lMdA()
Insert the method's description here. |
double |
lMdA(double phi,
double[] theta)
Insert the method's description here. |
double |
lMdA(double phi,
double[] theta,
double[] beta)
Insert the method's description here. |
double |
lMnA()
Insert the method's description here. |
double |
lMnA(double phi,
double[] theta)
Insert the method's description here. |
double |
lMnA(double phi,
double[] theta,
double[] beta)
Insert the method's description here. |
double |
lQL()
Insert the method's description here. |
double |
lQL(double phi,
double[] theta)
Insert the method's description here. |
double |
lQL(double phi,
double[] theta,
double[] beta)
Insert the method's description here. |
void |
mA()
Insert the method's description here. |
void |
mA(String type)
Insert the method's description here. |
void |
mCLETrueX()
Insert the method's description here. |
void |
mCLETrueX(double Phi)
Description of the Method |
void |
mCLETrueX(double[] Beta)
Description of the Method |
void |
mCLETrueXPLE()
Description of the Method |
void |
mCLETrueXPLE(double Phi)
Description of the Method |
void |
mCLETrueXPLE(double[] Beta)
Description of the Method |
void |
mExA()
put your documentation comment here |
void |
mMdA()
Description of the Method |
void |
mMdA(double Phi)
Description of the Method |
void |
mMdA(double[] Theta,
double[] Beta)
Description of the Method |
void |
mMdA(double Phi,
double[] Theta)
Description of the Method |
void |
mMdA(double Phi,
double[] Theta,
double[] Beta)
Description of the Method |
void |
mMnA()
Insert the method's description here. |
void |
mMnA(double Phi)
Description of the Method |
void |
mMnA(double[] Theta,
double[] Beta)
Description of the Method |
void |
mMnA(double Phi,
double[] Theta)
Description of the Method |
void |
mMnA(double Phi,
double[] Theta,
double[] Beta)
Description of the Method |
void |
mMnABeta0()
Description of the Method |
void |
mQLE()
Insert the method's description here. |
void |
mQLENearestAverege()
Insert the method's description here. |
void |
mStEM()
Insert the method's description here. |
private static int[][] |
neighborgood1to2(int[] Neighborgood)
put your documentation comment here |
void |
updateTrue(double Phi,
double[] Theta,
double[] Beta)
Description of the Method |
private static double[][] |
ZOne2Two(double[] z,
int n)
Description of the Method |
| Methods inherited from class com.kutsyy.lvspod.OrdinalSpatialAbstract |
beta, createEigenvalues, createLoc, createSigma, createW, define, estimate, estimate, estimate, estimate, estimate, estimate, f, f, g, grad, initializeL, ll, lL, ll, makeThetaLU, test, testBeta, testPhi, testPhiBeta, updateY |
| Methods inherited from class java.lang.Object |
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| Field Detail |
public OrdinalSpatialQL[] TNearestAvg
public OrdinalSpatialBayesianAbstract TBayesian
public OrdinalSpatialBayesianGibbs TGibbs
private String Type
private OrdinalSpatialAbstract T
private OrdinalSpatialMdA TMdA
private OrdinalSpatialMnA TMnA
private OrdinalSpatialCLTrueXPLE TTrueXPLE
private OrdinalSpatialCLTrueX TTrueX
private static final int[][] TimeSeriesNeighborgood
private static final int[][] HNeighborgood
private static final int[][] VNeighborgood
| Constructor Detail |
public OrdinalSpatial(OrdinalSpatial t)
public OrdinalSpatial(int[] y)
public OrdinalSpatial(int[] y,
double[][] z)
public OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation,
double[][] z,
int[][] Neighborgood)
y - Description of ParameterxLocation - Description of ParameteryLocation - Description of Parameterz - Description of ParameterNeighborgood - Description of Parameter
public OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation,
double[][] z)
y - Description of ParameterxLocation - Description of ParameteryLocation - Description of Parameterz - Description of Parameter
public OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation,
double[] z)
y - Description of ParameterxLocation - Description of ParameteryLocation - Description of Parameterz - Description of Parameter
public OrdinalSpatial(int[] y,
int[] xLocation,
int[] yLocation)
y - Description of ParameterxLocation - Description of ParameteryLocation - Description of Parameter
public OrdinalSpatial(int XSize,
double[] Theta,
double Phi)
XSize - Description of ParameterTheta - Description of ParameterPhi - Description of Parameter
public OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
int[][] Neighborgood)
XSize - intTheta - double[]Phi - doubleNeighborgood - int[][]
public OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z)
XSize - intTheta - double[]Phi - doubleBeta - double[]z - double[][][]
public OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z,
int[][] Neighborgood)
XSize - intTheta - double[]Phi - doubleBeta - double[]z - double[][][]Neighborgood - int[][]
public OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z,
int[] Neighborgood)
XSize - intTheta - double[]Phi - doubleBeta - double[]z - double[][][]Neighborgood - int[]
public OrdinalSpatial(int XSize,
double[] Theta,
double Phi,
int[] Neighborgood)
XSize - intTheta - double[]Phi - doubleNeighborgood - int[]
public OrdinalSpatial(int XSize,
int YSize,
double[] Theta,
double Phi,
int[][] Neighborgood)
XSize - Description of ParameterYSize - Description of ParameterTheta - Description of ParameterPhi - Description of ParameterNeighborgood - Description of Parameter
public OrdinalSpatial(int XSize,
int YSize,
double[] Theta,
double Phi,
double[] Beta,
double[][][] z,
int[][] Neighborgood)
YSize - intXSize - intTheta - double[]Phi - doubleBeta - double[] is a true value for covariates coffitints.z - double[][][] is a covariates coeffitient
[Xloc][Yloc][cavariate]Neighborgood - Description of Parameter| Method Detail |
public double getPhi()
public double[] getTheta()
public double[] getBeta()
public void generateY()
public double lA()
public double lA(double phi,
double[] theta)
phi - doubletheta - double[]public double lA(String type)
type - Description of Parameterpublic double lA(String type, double phi, double[] theta)
phi - doubletheta - double[]type - Description of Parameterpublic double lCLTrueX()
public double lCLTrueX(double Phi)
Phi - Description of Parameter
public double lCLTrueX(double Phi,
double[] Beta)
Phi - Description of ParameterBeta - Description of Parameterpublic double lCLTrueXPLE()
public double lCLTrueXPLE(double Phi)
Phi - Description of Parameter
public double lCLTrueXPLE(double Phi,
double[] Beta)
Phi - Description of ParameterBeta - Description of Parameterpublic double lL()
lL in class OrdinalSpatialAbstract
public double lL(double phi,
double[] theta,
double[] beta)
lL in class OrdinalSpatialAbstractphi - doubletheta - Description of Parameterbeta - Description of Parameterpublic double lQL()
public double lQL(double phi,
double[] theta)
phi - doubletheta - double[]
public double lQL(double phi,
double[] theta,
double[] beta)
phi - doubletheta - double[]beta - double[]public void mA()
public void mA(String type)
type - Description of Parameterpublic void mCLETrueX()
public void mCLETrueX(double Phi)
Phi - Description of Parameterpublic void mCLETrueX(double[] Beta)
Beta - Description of Parameterpublic void mCLETrueXPLE()
public void mCLETrueXPLE(double Phi)
Phi - Description of Parameterpublic void mCLETrueXPLE(double[] Beta)
Beta - Description of Parameterpublic void mExA()
public void mQLE()
public void mStEM()
public double lA(double phi,
double[] theta,
double[] beta)
phi - Description of Parametertheta - Description of Parameterbeta - Description of Parameterpublic double lA(String type, double phi, double[] theta, double[] beta)
phi - doubletheta - double[]beta - double[]type - Description of Parameterpublic void mQLENearestAverege()
public void dataAgumentation()
public void impSampling()
public void impSampling(boolean Inteructive)
Inteructive - Description of Parameterpublic void gibbs()
inteructive - Description of Parameterpublic void mMdA()
public void mMnA()
public void mMnA(double Phi)
Phi - Description of Parameter
public void mMnA(double Phi,
double[] Theta)
Phi - Description of ParameterTheta - Description of Parameter
public void mMnA(double Phi,
double[] Theta,
double[] Beta)
Phi - Description of ParameterTheta - Description of ParameterBeta - Description of Parameter
public void mMnA(double[] Theta,
double[] Beta)
Theta - Description of ParameterBeta - Description of Parameterpublic void mMdA(double Phi)
Phi - Description of Parameter
public void mMdA(double Phi,
double[] Theta)
Phi - Description of ParameterTheta - Description of Parameter
public void mMdA(double Phi,
double[] Theta,
double[] Beta)
Phi - Description of ParameterTheta - Description of ParameterBeta - Description of Parameterpublic void mMnABeta0()
public void mMdA(double[] Theta,
double[] Beta)
Theta - Description of ParameterBeta - Description of Parameter
public void updateTrue(double Phi,
double[] Theta,
double[] Beta)
Phi - Description of ParameterTheta - Description of ParameterBeta - Description of Parameterpublic double lMdA()
public double lMdA(double phi,
double[] theta)
phi - doubletheta - double[]
public double lMdA(double phi,
double[] theta,
double[] beta)
phi - doubletheta - double[]beta - double[]public double lMnA()
public double lMnA(double phi,
double[] theta)
phi - doubletheta - double[]
public double lMnA(double phi,
double[] theta,
double[] beta)
phi - doubletheta - double[]beta - double[]private void generateX()
private static double[][] ZOne2Two(double[] z,
int n)
z - Description of Parametern - Description of Parameterprivate static int[][] neighborgood1to2(int[] Neighborgood)
Neighborgood -
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