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A

AbelianDifferentialAnalysisFunctionFactory - Class in de.jtem.riemann.schottky
 
AbelianDifferentialAnalysisFunctionFactory() - Constructor for class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
 
abelianDifferentialOf1stKind(Complex, Complex, int) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianDifferentialOf1stKind(Complex, Complex, int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianDifferentialOf1stKind(Complex, int) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianDifferentialOf1stKind(Complex, int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianDifferentialOf3rdKind(Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.schottky.Schottky
gamma is differential of tird kind having simple poles at A and B of residue -1 and 1 respectively
abelianDifferentialOf3rdKind(Complex, Complex, Complex, Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianDifferentialOf3rdKind(Complex, Complex, Complex) - Method in class de.jtem.riemann.schottky.Schottky
gamma is differential of tird kind having simple poles at A and B of residue -1 and 1 respectively
abelianDifferentialOf3rdKind(Complex, Complex, Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
AbelianFunction - Class in de.jtem.riemann.theta
Example: An Implementation of an Abelian function.
AbelianFunction(ComplexMatrix, ComplexVector, ComplexVector, ComplexVector, ComplexVector, double) - Constructor for class de.jtem.riemann.theta.AbelianFunction
Creates Abelean function with prescribed periodMatrix, vectors a,b,c,d and, error tolerance tol.
AbelianIntegralAnalysisFunctionFactory - Class in de.jtem.riemann.schottky
 
AbelianIntegralAnalysisFunctionFactory() - Constructor for class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
 
abelianIntegralOf1stKind(Complex, int) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf1stKind(Complex, int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf1stKind(Complex, Complex, int) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf1stKind(Complex, Complex, int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf3rdKind(Complex, Complex, Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf3rdKind(Complex, Complex, Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf3rdKind(Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
abelianIntegralOf3rdKind(Complex, Complex, Complex, Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
AbelMap - Class in de.jtem.riemann.schottky
This support class performs the numerical integration of the normalized differentials which is needed for abel's map.
AbelMap(Schottky) - Constructor for class de.jtem.riemann.schottky.AbelMap
 
abelMap(Complex[], Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
abelMap(ComplexVector, Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
abelMapDifferential(ComplexVector, Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
AbstractAlgebraicCurve - Class in de.jtem.riemann.surface
 
AbstractAlgebraicCurve() - Constructor for class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
AbstractAlgebraicCurveShape - Class in de.jtem.riemann.surface
 
AbstractAlgebraicCurveShape() - Constructor for class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
AbstractAlgebraicCurveShape(RamifiedCovering) - Constructor for class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
AbstractAlgebraicCurveShapeBeanInfo - Class in de.jtem.riemann.surface
 
AbstractAlgebraicCurveShapeBeanInfo() - Constructor for class de.jtem.riemann.surface.AbstractAlgebraicCurveShapeBeanInfo
 
AbstractAlgebraicCurveWithForms - Class in de.jtem.riemann.surface
 
AbstractAlgebraicCurveWithForms() - Constructor for class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
addPoint(double, double) - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
addPropertyChangeListener(PropertyChangeListener) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveCustomizer
 
addPropertyChangeListener(PropertyChangeListener) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceCustomizer
 
addPropertyChangeListener(PropertyChangeListener) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
addVerticalLine(double, int) - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
AlgebraicCurve - Interface in de.jtem.riemann.analyticContinuation
 
AnalyticContinuation - Class in de.jtem.riemann.analyticContinuation
 
AnalyticContinuation(AlgebraicCurve) - Constructor for class de.jtem.riemann.analyticContinuation.AnalyticContinuation
 
AnalyticContinuationODE - Class in de.jtem.riemann.analyticContinuation
 
AnalyticContinuationODE(AlgebraicCurve) - Constructor for class de.jtem.riemann.analyticContinuation.AnalyticContinuationODE
 
AnalyticContinuationODE(AlgebraicCurve, boolean) - Constructor for class de.jtem.riemann.analyticContinuation.AnalyticContinuationODE
 
AnalyticContinuousIntegrator - Class in de.jtem.riemann.analyticContinuation
 
AnalyticContinuousIntegrator(AlgebraicCurve) - Constructor for class de.jtem.riemann.analyticContinuation.AnalyticContinuousIntegrator
 
aPeriods - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
applyTo(ComplexVector) - Method in class de.jtem.riemann.theta.AbelianFunction
Applies Abelian function to z.
applyTo(ComplexVector, Complex) - Method in class de.jtem.riemann.theta.AbelianFunction
Applies Abelian function to z.
assign(Basis) - Method in class de.jtem.riemann.surface.homologie.Basis
 
assign(CanonicalBasis) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
assign(Transform) - Method in class de.jtem.riemann.surface.homologie.Transform
 
assign(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with T.
assignDivide(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with product of itself and inverse of M.
assignDivide(ModularTransformation, ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with product of M and inverse of N.
assignId() - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with identity in modular group.
assignInvert(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with inverse of T.
assignTimes(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with product of itself and M.
assignTimes(ModularTransformation, ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Assigns this with product of M and N.

B

Basis - Class in de.jtem.riemann.surface.homologie
All members of this class are defined during instantiation and stay unchanged afterwards:
numOfCycles
statusOfEdges
dependenceMatrix
firstCycleBasis
firstCycleIntersections
Basis() - Constructor for class de.jtem.riemann.surface.homologie.Basis
 
Basis(Basis) - Constructor for class de.jtem.riemann.surface.homologie.Basis
 
Basis(IntegerMatrix, IntegerMatrix, IntegerVector) - Constructor for class de.jtem.riemann.surface.homologie.Basis
 
bPeriods - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
BranchPoint - Class in de.jtem.riemann.surface
 
BranchPoint(RamifiedCovering, double, double) - Constructor for class de.jtem.riemann.surface.BranchPoint
 
BranchPoint(double, double) - Constructor for class de.jtem.riemann.surface.BranchPoint
 
BranchPoint(Complex) - Constructor for class de.jtem.riemann.surface.BranchPoint
 
branchPoint - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
branchPointPassedCutOfBranchPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
branchPointPassedCutOfBranchPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
branchPointPassedCutOfDistinguishedPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
branchPointPassedCutOfDistinguishedPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
branchPointPassedCutOfSingularPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
branchPointPassedCutOfSingularPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 

C

CanonicalBasis - Class in de.jtem.riemann.surface.homologie
All members of this class are defined during instantiation
and are recalculated during the instantiation of SymmetricBasis:

initialACycles
initialBCycles
CanonicalBasis() - Constructor for class de.jtem.riemann.surface.homologie.CanonicalBasis
 
CanonicalBasis(CanonicalBasis) - Constructor for class de.jtem.riemann.surface.homologie.CanonicalBasis
 
CanonicalBasis(IntegerMatrix, IntegerMatrix, IntegerVector) - Constructor for class de.jtem.riemann.surface.homologie.CanonicalBasis
 
cb - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
cb - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
checkForBifurcation(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
checkForBranchPointIndex(int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
checkForDistinguishedPointIndex(int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
checkForSingularPointIndex(int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
chi(Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
chi(Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
chi(double) - Method in class de.jtem.riemann.schottky.Schottky
 
chi() - Method in class de.jtem.riemann.schottky.Schottky
 
clockWise - Variable in class de.jtem.riemann.surface.PointPassedCutEvent
 
clone() - Method in class de.jtem.riemann.surface.homologie.Basis
 
clone() - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
clone() - Method in class de.jtem.riemann.surface.homologie.Transform
 
compareTo(Object) - Method in class de.jtem.riemann.surface.PointPassedCutEvent
 
compareTo(Object) - Method in class de.jtem.riemann.surface.SurfacePoint
 
compute(Schottky, int, Complex, Complex) - Static method in class de.jtem.riemann.schottky.FixPointsOfInvolution
 
compute(Complex, Complex, Complex, Complex, Complex) - Static method in class de.jtem.riemann.schottky.FixPointsOfInvolution
 
compute() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
compute() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
compute() - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
 
computeAPeriodsForEdgeIntegrals(ComplexMatrix, ComplexMatrix) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
computeAPeriodsForEdgeIntegrals(ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
computeAPeriodsOfForm(int, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
computeBoxArroundTroublePoint(ComplexValue, ComplexVector) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
computeBPeriodsForEdgeIntegrals(ComplexMatrix, ComplexMatrix) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
computeBPeriodsForEdgeIntegrals(ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
computeBPeriodsOfForm(int, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
computeBranchPoints(Schottky, Complex[]) - Static method in class de.jtem.riemann.schottky.FixPointsOfInvolution
 
computeEdgeIntegrals(ComplexMatrix, ComplexVector) - Method in class de.jtem.riemann.surface.homologie.Transform
 
computeEdgeIntegrals(ComplexMatrix, ComplexMatrix, ComplexVector) - Method in class de.jtem.riemann.surface.homologie.Transform
 
computeEdgeIntegrals(ComplexMatrix, ComplexMatrix, ComplexMatrix, ComplexVector) - Method in class de.jtem.riemann.surface.homologie.Transform
 
computeEdgeIntegrals(ComplexMatrix, ComplexMatrix, ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.homologie.Transform
 
computeEdgeIntegrals(ComplexMatrix, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
computeFixPoints(Schottky, Complex[]) - Static method in class de.jtem.riemann.schottky.FixPointsOfInvolution
 
computeIndexedLineSet() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
computeIndexedLineSet() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
computeLoopAroundTroublePoint(ComplexValue, ComplexVector) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
computeLoops() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
computeLoops(ComplexVector[], ComplexVector[], ComplexVector[]) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
computeLoopsAroundTroublePoints(ComplexValue[], ComplexVector[]) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
computeMu(Complex) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
computeMu(Complex, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
computePathsToPoints(ComplexValue[], ComplexVector[]) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
computePathToPoint(ComplexValue, ComplexVector) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
computePeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
computePeriodMatrixForEdgeIntegrals(ComplexMatrix, ComplexMatrix) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
Constrain - Class in de.jtem.riemann.constrainedComplex
 
Constrain() - Constructor for class de.jtem.riemann.constrainedComplex.Constrain
 
constrain - Variable in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
ConstrainedComplex - Class in de.jtem.riemann.constrainedComplex
 
ConstrainedComplex() - Constructor for class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
constrainedComplex - Variable in exception de.jtem.riemann.constrainedComplex.IllegalCoordinateException
 
ConstrainFactory - Class in de.jtem.riemann.constrainedComplex
 
continueAlongPathOnLambdaPlane(ComplexVector, Complex, Complex) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuation
 
continueAlongPathOnMuPlane(ComplexVector, Complex, Complex) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuation
 
continueOnLambdaPlaneTo(Complex, Complex) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuation
 
continueOnMuPlaneTo(Complex, Complex) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuation
 
coords - Variable in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
createAbsSeriesFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function which delivers the absolute series related to sigma.
createAbsSeriesFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which delivers the absolute series related to the differential of first kind.
createAbsSeriesFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which delivers the absolute series related to the integral of first kind.
createAbsValueFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function evaluating the absolute value of sigma.
createAbsValueFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function evaluating the absolute value of the abelian differential of fist kind.
createAbsValueFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function evaluating the absolute value of the abelian integral of fist kind.
createAbsValueFunctionForPower(Schottky, int, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function evaluating the absolute value of sigma.
createAnalysisCheckFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function which checks the analysis object for sigma.
createAnalysisCheckFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which checks the analysis object for differential of the 1st kind.
createAnalysisCheckFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which checks the analysis object for integral of the 1st kind.
createArgValueFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function evaluating the argument value of the abelian differential of fist kind.
createArgValueFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function evaluating the argument value of the abelian integral of fist kind.
createBenchMarkFunction(SchottkyAnalysisFunction) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function measering bench marks for provided function.
createErrorFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function which delivers the theoretical error of the approximation of sigma.
createErrorFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which delivers the theoretical error of the approximation of differential of first kind.
createErrorFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which delivers the theoretical error of the approximation of integral of first kind.
createMaxWordLengthFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function which delivers the largest word length of all element in section of the the subset which is used for the approximation of sigma.
createMaxWordLengthFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which delivers the largest word length of all element in section of the the subset which is used for the approximation of differential of first kind.
createMaxWordLengthFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which delivers the largest word length of all element in section of the the subset which is used for the approximation of integral of first kind.
createMinWordLengthFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function which delivers the smallest word length of all element in section of the the subset which is used for the approximation sigma.
createMinWordLengthFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which delivers the smallest word length of all element in section of the the subset which is used for the approximation of differential of first kind.
createMinWordLengthFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which delivers the smallest word length of all element in section of the the subset which is used for the approximation of integral of first kind.
createNumericalErrorFunction(Schottky, double, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function which evaluates numerical the absolute error we make when we use the approxiamation with a prescribed error given by testAcc.
createNumericalErrorFunctionFor1stKind(Schottky, double, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which evaluates numerical the absolute error we make when we use the approxiamation with a prescribed error given by testAcc.
createNumericalErrorFunctionFor1stKind(Schottky, double, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which evaluates numerical the absolute error we make when we use the approxiamation with a prescribed error given by testAcc.
createNumericalErrorOfAbsFunctionFor1stKind(Schottky, double, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which evaluates numerical the absolute error we make when we use the approxiamation with a prescribed error given by testAcc, but this time we refer to the absolute series.
createNumericalErrorOfAbsFunctionFor1stKind(Schottky, double, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which evaluates numerical the absolute error we make when we use the approxiamation with a prescribed error given by testAcc, but this time we refer to the absolute series.
createNumericalErrorOfAbsRelTheoreticalFunctionFor1stKind(Schottky, double, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function which evaluates numerical the absolute error we make when we use the approxiamation with a prescribed error given by testAcc, but this time we refer to the absolute series.
createNumOfSmallTermsFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function counting the number of elements in subset which deliver a term below the numerical resolution.
createNumOfUsedTermsFunction(Schottky, double) - Static method in class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
Creates function counting the number of elements in subset which is used for the approximation of sigma.
createNumOfUsedTermsFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function counting the number of elements in subset which is used for the approximation of the differential of first kind.
createNumOfUsedTermsFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianIntegralAnalysisFunctionFactory
Creates function counting the number of elements in subset which is used for the approximation of the integral of first kind.
createWasteFunctionFor1stKind(Schottky, double, int) - Static method in class de.jtem.riemann.schottky.AbelianDifferentialAnalysisFunctionFactory
Creates function which delivers the waste caused by the evaluation algorithm.
cut - Variable in class de.jtem.riemann.surface.PointPassedCutEvent
 

D

d(SchottkyGroupElement) - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
d(int) - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
Computes d for given word lengths.
ddTheta(ComplexVector, ComplexVector, ComplexVector, Complex, Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.theta.Theta
Evaluates the Riemann theta function, its first derivatives in the X and Y direction and, its second derivative into the same direction at Z.
ddTheta(ComplexVector, ComplexVector, ComplexVector, Complex, Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.theta.ThetaDegree
Evaluates the Riemann theta function, its first derivatives in the X and Y direction and, its second derivative into the same direction at Z.
ddTheta(ComplexVector, ComplexVector, ComplexVector, Complex, Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.theta.ThetaWithChar
Evaluates the Riemann theta function with characteristics, its first derivatives in the X and Y direction and, its second derivative into the same direction at Z.
de.jtem.riemann - package de.jtem.riemann
 
de.jtem.riemann.analyticContinuation - package de.jtem.riemann.analyticContinuation
 
de.jtem.riemann.constrainedComplex - package de.jtem.riemann.constrainedComplex
 
de.jtem.riemann.schottky - package de.jtem.riemann.schottky
This package implements the numerical methods and algorithms for the evaluation of certain automorphic functions and forms in the context of Schottky uniformization.
de.jtem.riemann.surface - package de.jtem.riemann.surface
 
de.jtem.riemann.surface.example.isothermic - package de.jtem.riemann.surface.example.isothermic
 
de.jtem.riemann.surface.homologie - package de.jtem.riemann.surface.homologie
 
de.jtem.riemann.surface.hyperElliptic - package de.jtem.riemann.surface.hyperElliptic
 
de.jtem.riemann.theta - package de.jtem.riemann.theta
This package provides a comprehensive library for Riemann theta functions.
de.jtem.riemann.util - package de.jtem.riemann.util
 
deconstrain() - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
deconstrain() - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
deconstrain() - Method in class de.jtem.riemann.constrainedComplex.SingleConstrain
 
deconstrain() - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
DEPENDEND - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
Dependent - Class in de.jtem.riemann.constrainedComplex
 
Dependent(SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.Dependent
 
DistinguishedPoint - Class in de.jtem.riemann.surface
 
DistinguishedPoint(RamifiedCovering, double, double) - Constructor for class de.jtem.riemann.surface.DistinguishedPoint
 
DistinguishedPoint(double, double) - Constructor for class de.jtem.riemann.surface.DistinguishedPoint
 
DistinguishedPoint(Complex) - Constructor for class de.jtem.riemann.surface.DistinguishedPoint
 
DistinguishedPoint(RamifiedCovering, double, double, int) - Constructor for class de.jtem.riemann.surface.DistinguishedPoint
 
DistinguishedPoint(double, double, int) - Constructor for class de.jtem.riemann.surface.DistinguishedPoint
 
DistinguishedPoint(double, double, boolean) - Constructor for class de.jtem.riemann.surface.DistinguishedPoint
 
distinguishedPoint - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
distinguishedPointPassedCutOfBranchPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
distinguishedPointPassedCutOfBranchPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
distinguishedPointPassedCutOfDistinguishedPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
distinguishedPointPassedCutOfDistinguishedPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
distinguishedPointPassedCutOfSingularPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
distinguishedPointPassedCutOfSingularPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
distToBoundaryOfFundamentalDomain(Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
Returns distance of P to boundary of fundamental domain F.
divide(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Returns product of this and inverse ofM.
doubleValue - Variable in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
DragSurfacePointsTool - Class in de.jtem.riemann.surface
 
DragSurfacePointsTool() - Constructor for class de.jtem.riemann.surface.DragSurfacePointsTool
 
draw(MoebiusGraphics) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
draw(MoebiusGraphics) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
draw(MoebiusGraphics) - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
 
dTheta(ComplexVector, ComplexVector, Complex, Complex, Complex) - Method in class de.jtem.riemann.theta.Theta
Evaluates the Riemann theta function and its first derivative in the X direction at Z.
dTheta(ComplexVector, ComplexVector, Complex, Complex, Complex) - Method in class de.jtem.riemann.theta.ThetaDegree
Evaluates the Riemann theta function and its first derivative in the X direction at Z.
dTheta(ComplexVector, ComplexVector, Complex, Complex, Complex) - Method in class de.jtem.riemann.theta.ThetaWithChar
Evaluates the Riemann theta function with characteristics and its first derivative in the X direction at Z.

E

edgeIntegrals - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
effects(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
effects(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.SingleConstrain
 
effects(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
EPS - Static variable in class de.jtem.riemann.surface.RamifiedCovering
 
EPS - Static variable in class de.jtem.riemann.util.Line
 
EPS - Static variable in class de.jtem.riemann.util.RadialPathGenerator
 
eval(double, double[], double[]) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuationODE
 
eval(int, ComplexVector, double) - Method in class de.jtem.riemann.schottky.AbelMap
Computes normalized integral of first kind with prescribed index along given path.
eval(Complex, Complex, ComplexVector, double) - Method in class de.jtem.riemann.schottky.AbelMap
Computes normalized integral of thrid kind along prescribed path.
eval(Complex) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Evaluates function at z.
eval(double[], double[]) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Evaluates function at all points provided thru xy and stores result in valueAtXY.
eval(double[]) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Evaluates function at all points provided thru xy and returns result in value list.
eval(double[]) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
evaluateCurve(Complex, Complex, Complex, Complex, Complex) - Method in interface de.jtem.riemann.analyticContinuation.AlgebraicCurve
Evaluates the algebraic equation Q(lambda,mu), and partial derivatives.
evaluateCurve(Complex, Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
evaluateCurve(Complex, Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
evaluateCurve(Complex, Complex, Complex, Complex, Complex) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
evaluateFormsAt(Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
evaluateFormsAt(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
evaluateFormsAtBranchPoint(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
evaluateFunctions(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in interface de.jtem.riemann.analyticContinuation.FunctionSetOnAlgebraicCurve
Evaluates a set of (complex) functions defined on an algebraic curve.
ExampleSlice - Class in de.jtem.riemann.theta
Example from the paper Computing Riemann Theta Functions.
ExampleSlice() - Constructor for class de.jtem.riemann.theta.ExampleSlice
 

F

firePropertyChange(String, Object, Object) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveCustomizer
 
firePropertyChange(String, Object, Object) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceCustomizer
 
firePropertyChange(String) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
firePropertyChange(String, boolean) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
FIX - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
Fix - Class in de.jtem.riemann.constrainedComplex
 
Fix(SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.Fix
 
FixPointsOfInvolution - Class in de.jtem.riemann.schottky
 
FixPointsOfInvolution() - Constructor for class de.jtem.riemann.schottky.FixPointsOfInvolution
 
formTransform - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
FunctionSetOnAlgebraicCurve - Interface in de.jtem.riemann.analyticContinuation
 

G

gamma(Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
gamma(Complex) - Method in class de.jtem.riemann.schottky.Schottky
 
gamma(double) - Method in class de.jtem.riemann.schottky.Schottky
 
gamma() - Method in class de.jtem.riemann.schottky.Schottky
 
generator - Variable in class de.jtem.riemann.schottky.SchottkyData
 
generatorInv - Variable in class de.jtem.riemann.schottky.SchottkyData
 
genus - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
genus - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
Genus7Example - Class in de.jtem.riemann.surface.example.isothermic
 
Genus7Example() - Constructor for class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
Genus7ExampleBeanInfo - Class in de.jtem.riemann.surface.example.isothermic
 
Genus7ExampleBeanInfo() - Constructor for class de.jtem.riemann.surface.example.isothermic.Genus7ExampleBeanInfo
 
getA() - Method in class de.jtem.riemann.constrainedComplex.SingleConstrain
 
getA() - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
getA(int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getA() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the quadratic component of the transformation factor.
getA() - Method in class de.jtem.riemann.theta.ModularTransformation
Queries sub-matrix a.
getAbs() - Method in class de.jtem.riemann.surface.SurfacePoint
 
getAbsFor(Complex) - Method in class de.jtem.riemann.surface.SurfacePoint
 
getAccuracy() - Method in class de.jtem.riemann.schottky.Schottky
 
getAccuracy() - Method in class de.jtem.riemann.theta.Theta
Returns accuracy for the oscillatory part of the theta function.
getAlpha(int) - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns the ith-component of the alpha charateristic.
getAlpha() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns alpha charateristic.
getAntiholomorphicInvolution(CanonicalBasis, int, int, int, IntegerVector) - Static method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getAPeriods() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getAPeriods() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getAPeriodsForEdgeIntegrals(ComplexMatrix) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
getAPeriodsForEdgeIntegrals(ComplexVector) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
getArg() - Method in class de.jtem.riemann.surface.SurfacePoint
 
getArgFor(Complex) - Method in class de.jtem.riemann.surface.SurfacePoint
 
getAssociatedTheta() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns the associated Riemann theta function.
getB() - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
getB(int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getB() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns matrix specifying the ellipsoid.
getB() - Method in class de.jtem.riemann.theta.ModularTransformation
Queries sub-matrix b.
getB() - Method in class de.jtem.riemann.theta.Theta
 
getBeanDescriptor() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7ExampleBeanInfo
 
getBeanDescriptor() - Method in class de.jtem.riemann.surface.RamifiedCoveringBeanInfo
 
getBeanDescriptor() - Method in class de.jtem.riemann.surface.RamifiedCoveringShapeBeanInfo
 
getBeta(int) - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns the ith-component of the beta charateristic.
getBeta() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns beta charateristic.
getBound(Schottky) - Static method in class de.jtem.riemann.schottky.SchottkyDomainSampler
 
getBound() - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
 
getBoundary(Schottky, double, double, int) - Static method in class de.jtem.riemann.schottky.SchottkyDomain
 
getBoundary() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getBoxArroundTroublePoint(ComplexValue) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getBPeriods() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getBPeriods() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getBPeriodsForEdgeIntegrals(ComplexMatrix) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
getBPeriodsForEdgeIntegrals(ComplexVector) - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
 
getBranchPoint(int) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getBranchPointLoop() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getBranchPointLoop() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getBranchPoints(Schottky) - Static method in class de.jtem.riemann.schottky.FixPointsOfInvolution
 
getBranchPoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getBranchPointsOfQ() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getBranchPointsOfR() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getBranchPointWithCoords(Complex) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getBranchPointWithCoords(Complex, double) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getC() - Method in class de.jtem.riemann.schottky.Schottky
 
getC() - Method in class de.jtem.riemann.theta.ModularTransformation
Queries sub-matrix c.
getCenter() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns center of ellipsoid.
getCenterOfCircle(int, boolean) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getCenterOfCircle(int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getCenterOfCircle(int, boolean, Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getCenterOfCircle(int, Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getCenters() - Method in class de.jtem.riemann.schottky.SchottkyData
 
getCircleDiscr() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of circleDiscr.
getCirclePair(Schottky, int, int) - Static method in class de.jtem.riemann.schottky.SchottkyDomain
 
getConstrain() - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
getConstrainedComplexOf(Constrain) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
getConstrainTypeOf(Constrain) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
getCoords(Complex) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
getCoords() - Method in class de.jtem.riemann.surface.SurfacePoint
 
getCover(Schottky, double, double, double) - Static method in class de.jtem.riemann.schottky.SchottkyDomainSampler
 
getCover(Schottky, double, double[]) - Static method in class de.jtem.riemann.schottky.SchottkyDomainSampler
 
getCover(Schottky, double, double, double[]) - Static method in class de.jtem.riemann.schottky.SchottkyDomainSampler
 
getD() - Method in class de.jtem.riemann.theta.ModularTransformation
Queries sub-matrix d.
getDebug() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of debug.
getDefaultPropertyIndex() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7ExampleBeanInfo
 
getDefaultPropertyIndex() - Method in class de.jtem.riemann.surface.RamifiedCoveringBeanInfo
 
getDefaultPropertyIndex() - Method in class de.jtem.riemann.surface.RamifiedCoveringShapeBeanInfo
 
getDegree() - Method in class de.jtem.riemann.theta.ModularTransformation
Returns degree of modular group.
getDelta() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the constant component of the transformation factor.
getDeltaArgTo(Complex) - Method in class de.jtem.riemann.surface.SurfacePoint
 
getDeltaArgTo(SurfacePoint) - Method in class de.jtem.riemann.surface.SurfacePoint
 
getDependenceMatrix() - Method in class de.jtem.riemann.surface.homologie.Basis
Get the value of dependenceMatrix.
getDim() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns dimension of vectorspace.
getDim() - Method in class de.jtem.riemann.theta.Theta
Returns the dimension of the complex vector space on which the Riemann theta functions operates.
getDim() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns the dimension of the complex vector space on which the Riemann theta functions operates.
getDim() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns the dimension of the complex vector space on which the Riemann theta functions operates.
getDiscretizer() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Get the value of discretizer.
getDistinguishedPoint(int) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getDistinguishedPointPath() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getDistinguishedPointPath() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getDistinguishedPoints() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of distinguishedPoints.
getDistinguishedPoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getDistinguishedVector() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getDistRadiusOfTroublePoint(ComplexValue) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getDoubleArrayParameterLength() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getDoubleArrayValue() - Method in class de.jtem.riemann.schottky.SchottkyData
 
getDoubleArrayValue() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getDoubleArrayValue(double[], int) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getDoubleArrayValueLength() - Method in class de.jtem.riemann.schottky.SchottkyData
 
getDoubleArrayValueLength() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getDoubleValue() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getEdgeBranchPoint() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of edgeBranchPoint.
getEdgeEndPoint() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of edgeEndPoint.
getEdgeIntegrals() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getEdgeIntegrals(int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getEdgeNumber(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
getEdgeStartPoint() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of edgeStartPoint.
getEnablePropertyChange() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getEps() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getErrorOfLastEvaluation() - Method in class de.jtem.riemann.theta.AbelianFunction
Returns error of last Evaluation.
getF(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getF(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getF(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
getFactor() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getFactor() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the exponential transformation factor.
getFactor() - Method in class de.jtem.riemann.theta.TransformPropertySupport
Returns the exponential transformation factor.
getFillFactor() - Method in class de.jtem.riemann.theta.Theta
Returns the fill factor.
getFillFactor() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns the fill factor.
getFillFactor() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns the fill factor.
getFirstCycleBasis() - Method in class de.jtem.riemann.surface.homologie.Basis
Get the value of firstCycleBasis.
getFirstCycleIntersections() - Method in class de.jtem.riemann.surface.homologie.Basis
Get the value of firstCycleIntersections.
getFixPoints(Schottky) - Static method in class de.jtem.riemann.schottky.FixPointsOfInvolution
 
getFormTransform() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getG(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getG(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getG() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of g.
getG(Complex, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
getGenerator(int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getGenus() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getGenus() - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
Get the value of genus.
getGenus() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Get the value of genus.
getGl() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of gl.
getGroupElement(String) - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
Returns group element with provided word.
getH() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getH(IntegerMatrix) - Static method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getH() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of h.
getH() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the linear component of the argument transformation.
getHomologieTransform() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getHomologieTransform() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getIm() - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
getIndex() - Method in class de.jtem.riemann.surface.SurfacePoint
 
getIndexedLineSet() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
Get the value of indexedLineSet.
getIndexedLineSet() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
Get the value of indexedLineSet.
getIndexOfBranchPointWithCoords(Complex, double) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfBranchPointWithCoords(Complex) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfDistinguishedPointWithCoords(Complex, double) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfDistinguishedPointWithCoords(Complex) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfSingularPointWithCoords(Complex, double) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfSingularPointWithCoords(Complex) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfSurfacePoint(SurfacePoint[], SurfacePoint) - Static method in class de.jtem.riemann.surface.SurfacePoint
 
getIndexOfSurfacePointWithCoords(Complex, double) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfSurfacePointWithCoords(Complex) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getIndexOfSurfacePointWithCoords(SurfacePoint[], Complex, double) - Static method in class de.jtem.riemann.surface.SurfacePoint
 
getIndexOfSurfacePointWithCoords(SurfacePoint[], Complex) - Static method in class de.jtem.riemann.surface.SurfacePoint
 
getIndices() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getInitialACycles() - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
Get the value of initialACycles.
getInitialBCycles() - Method in class de.jtem.riemann.surface.homologie.CanonicalBasis
Get the value of initialBCycles.
getIntegral() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Get the value of integral.
getInvariantA() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getInvariantA(IntegerMatrix) - Static method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getKappa2() - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
getL() - Method in class de.jtem.riemann.schottky.Schottky
 
getL1() - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
getLatticePoints() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns lattice points in ellipsoid.
getLengthOfBoundaryComponent(int) - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getLoopAroundPoint(ComplexValue) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getLoopsAroundTroublePoints(ComplexValue[]) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getM() - Method in class de.jtem.riemann.theta.TransformPropertySupport
Returns the integer vector M(z|B).
getMaxArea() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of maxArea.
getMaxWordLength() - Method in class de.jtem.riemann.schottky.Schottky
 
getMinAngle() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of minAngle.
getMinDoubleValueState() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getMinimalDistanceToTroublePoints(ComplexValue) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getModularPropertySupport() - Method in class de.jtem.riemann.theta.Theta
 
getModularTransformation() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the element of the modular group that determines the transformation.
getModularTransformation() - Method in class de.jtem.riemann.theta.SiegelReduction
Returns σ, the element of the modular group, determing σ(B), the result of Siegel's reduction algorithm.
getMonodromyAboutInfinity() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of monodromyAboutInfinity.
getMonodromyMatrix(ComplexVector[]) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getMonodromyMatrix() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getMonodromyMatrix() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getMu(int, Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getMu(int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getMuAtOrigin() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getMusAt(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getMusAt(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getMusAt(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
getMusAtOrigin() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getN() - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction.ForIndexedProperty
 
getN() - Method in class de.jtem.riemann.theta.TransformPropertySupport
Returns the integer vector N(z|B).
getNb() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getNeighbors() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getNl() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getNr() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getNumberOfEquations() - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuationODE
 
getNumberOfFunctions() - Method in interface de.jtem.riemann.analyticContinuation.FunctionSetOnAlgebraicCurve
Returns number of functions.
getNumberOfVariables() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getNumElements() - Method in class de.jtem.riemann.schottky.Schottky
 
getNumGenerators() - Method in class de.jtem.riemann.schottky.SchottkyData
 
getNumOf_g_Edges() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOf_g_Edges.
getNumOf_h_Edges() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOf_h_Edges.
getNumOfBranchPoints() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfBranchPoints.
getNumOfBranchPoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getNumOfCells() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfCells.
getNumOfCharacteristics() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
getNumOfCharacteristics() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns number of characteristics.
getNumOfCycles() - Method in class de.jtem.riemann.surface.homologie.Basis
Get the value of numOfCycles.
getNumOfDistinguishedPoints() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfDistinguishedPoints.
getNumOfDistinguishedPoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getNumOfEdges() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfEdges.
getNumOfElements() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getNumOfElementsOfCosetWithWordLength(int) - Method in class de.jtem.riemann.schottky.Schottky
Returns number of element of cosets G/G_n (G_n\G) with given word length.
getNumOfElementsWithWordLength(int) - Method in class de.jtem.riemann.schottky.Schottky
Returns number of element of schottky group G with given word length.
getNumOfEvenCharacteristics() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
getNumOfEvenCharacteristics() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns number of even characteristics.
getNumOfForms() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getNumOfForms() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getNumOfForms() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
getNumOfForms() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Get the value of numOfForms.
getNumOfLatticePoints() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns number of lattice points in specified ellipsoid.
getNumOfLatticePoints() - Method in class de.jtem.riemann.theta.Theta
Returns number of lattice points which are used for the uniform approximation of the oscillatory part of the Riemann theta function.
getNumOfLatticePoints() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns number of lattice points which are used for the uniform approximation of the oscillatory part of the Riemann theta function.
getNumOfOddCharacteristics() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
getNumOfOddCharacteristics() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns number of odd characteristics.
getNumOfParameters(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
getNumOfParameters() - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
getNumOfParameters(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Dependent
 
getNumOfParameters(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Fix
 
getNumOfParameters(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Imaginary
 
getNumOfParameters(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Real
 
getNumOfParameters(ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
getNumOfPaths() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfPaths.
getNumOfPoints() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getNumOfSheets() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getNumOfSheets() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getNumOfSheets() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfSheets.
getNumOfSheets() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
getNumOfSingularPoints() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of numOfSingularPoints.
getNumOfSingularPoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getNumOfSteps() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Get the value of numOfSteps.
getNumOfSurfacePoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getOrigin() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getOrigin() - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getOuterBoundary(Schottky, double, double) - Static method in class de.jtem.riemann.schottky.SchottkyDomain
 
getOuterBoundary() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getP() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getParityOfSpinStructure() - Method in class de.jtem.riemann.theta.ThetaWithChar
 
getPassedCutDebug() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of debug.
getPathsToPoints(ComplexValue[]) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getPathToPoint(ComplexValue) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
getPeriodMatrix(double) - Method in class de.jtem.riemann.schottky.Schottky
Retunrs period matrix with prescribed accuracy.
getPeriodMatrix() - Method in class de.jtem.riemann.schottky.Schottky
Retunrs period matrix with default accuracy.
getPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.schottky.Schottky
Computes period matrix with default accuracy.
getPeriodMatrix(ComplexMatrix, double) - Method in class de.jtem.riemann.schottky.Schottky
Computes period matrix with prescribed accuracy.
getPeriodMatrix() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getPeriodMatrix() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getPeriodMatrix() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns period matrix which was transformed.
getPeriodMatrix() - Method in class de.jtem.riemann.theta.SiegelReduction
Returns period matrix which was reduced.
getPeriodMatrix() - Method in class de.jtem.riemann.theta.Theta
Returns period matrix on which the Riemann theta function operates.
getPeriodMatrix() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns period matrix on which the Riemann theta function operates.
getPeriodMatrix() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns period matrix on which the Riemann theta function with characteristics operates.
getPeriodMatrix() - Method in class de.jtem.riemann.theta.TransformPropertySupport
Returns period matrix.
getPickedPoint() - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
Get the value of pickedSurfacePoint.
getPickedSurfacePoint() - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
Get the value of pickedSurfacePoint.
getPoints() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getPointsToAvoid() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getProduct(Complex, Complex) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
getQ() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getQ1() - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
getQ2() - Method in class de.jtem.riemann.schottky.HyperElliptic
 
getQ2() - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
getR() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
getR() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the linear component of the transformation factor.
getRadius() - Method in class de.jtem.riemann.schottky.SchottkyData
 
getRadius(int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getRadius() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns radius of ellipsoid.
getRadius() - Method in class de.jtem.riemann.theta.Theta
Returns radius of ellipsoid which is used to determine the lattice points which are used for the uniform approximation of the oscillatory part of the Riemann theta function.
getRadius() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns radius of ellipsoid which is used to determine the lattice points which are used for the uniform approximation of the oscillatory part of the Riemann theta function.
getRank(IntegerMatrix) - Static method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getRaster(Schottky, int, int, double, double) - Static method in class de.jtem.riemann.schottky.SchottkyDomainSampler
 
getRaster(Schottky, int, int, double[]) - Static method in class de.jtem.riemann.schottky.SchottkyDomainSampler
 
getRe() - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
getRealLocus() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getRealLocus(CanonicalBasis, int, int, int, IntegerVector) - Static method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getReducedPeriodMatrix() - Method in class de.jtem.riemann.theta.SiegelReduction
Returns the reduced period matrix σ(B).
getS() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the constant component of the argument transformation.
getSchottky() - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
returns instance which is to be analysed.
getSchottky() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of schottky.
getShortestLatticeVector() - Method in class de.jtem.riemann.theta.Theta
Returns shortest lattice vector of possibly Siegel reduced period matrix.
getSingularMatrix() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getSingularMatrix() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getSingularPoint(int) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getSingularPointLoop() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getSingularPointLoop() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getSingularPoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getState() - Method in class de.jtem.riemann.surface.homologie.Transform
 
getState(TransformState) - Method in class de.jtem.riemann.surface.homologie.Transform
 
getState() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getState(RamifiedCoveringState) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getStatusOfEdges() - Method in class de.jtem.riemann.surface.homologie.Basis
Get the value of statusOfEdges.
getSurface() - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
Get the value of surface.
getSurface() - Method in class de.jtem.riemann.surface.SurfacePoint
 
getSurfacePointIntegralsUptodate() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getSurfacePoints() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getSurfacePoints(Complex[]) - Static method in class de.jtem.riemann.surface.SurfacePoint
 
getSurfacePointWithCoords(SurfacePoint[], Complex, double) - Static method in class de.jtem.riemann.surface.SurfacePoint
 
getSymmetrizePeriodMatrix() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
getSymmetrizePeriodMatrix() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getT() - Method in class de.jtem.riemann.surface.homologie.Transform
Get the value of T.
getTau0() - Method in class de.jtem.riemann.surface.homologie.SymmetricBasis
 
getTestAcc() - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction.ForIndexedProperty
 
getTestAcc() - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction.ForProperty
 
getTheta1() - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
getTol() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns the error tolerance for the oscillatory part of the theta function.
getTools() - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
 
getTransform() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
getTransform() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
getTransform() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getTransformedPeriodMatrix() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns transformed period matrix.
getTransformedZ() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the transformed argument vector.
getTransformedZ() - Method in class de.jtem.riemann.theta.TransformPropertySupport
Returns the transformed argument vector.
getTriangulator() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
getUniformizationData() - Method in class de.jtem.riemann.schottky.SchottkyData
 
getUniformizationData(double[], int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getUptodate() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
getUseFancyError() - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
getUseFillFactorError() - Method in class de.jtem.riemann.theta.Theta
Returns whether the heuristic of the fill factor error is used or not.
getUseFillFactorError() - Method in class de.jtem.riemann.theta.ThetaDegree
Returns whether the heuristic of the fill factor error is used or not.
getUseFillFactorError() - Method in class de.jtem.riemann.theta.ThetaWithChar
Returns whether the heuristic of the fill factor error is used or not.
getV(ComplexVector, double) - Method in class de.jtem.riemann.schottky.Schottky
 
getV(ComplexVector) - Method in class de.jtem.riemann.schottky.Schottky
 
getV(double) - Method in class de.jtem.riemann.schottky.Schottky
 
getV() - Method in class de.jtem.riemann.schottky.Schottky
 
getV(int, ComplexVector, double) - Method in class de.jtem.riemann.schottky.Schottky
 
getV(int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
getV(int) - Method in class de.jtem.riemann.schottky.Schottky
 
getValue(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
getValue(double[], int) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
getValue(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Dependent
 
getValue(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Fix
 
getValue(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Imaginary
 
getValue(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Real
 
getValue(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
getValue(double[]) - Method in class de.jtem.riemann.schottky.SchottkyData
 
getValue(double[]) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
getXDist() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of xDist.
getXMax() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of xMax.
getXMin() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of xMin.
getYDist() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of yDist.
getYMax() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of yMax.
getYMin() - Method in class de.jtem.riemann.schottky.SchottkyDomain
Get the value of yMin.
getZ() - Method in class de.jtem.riemann.theta.ModularPropertySupport
Returns the argument vector which was transform.
getZ() - Method in class de.jtem.riemann.theta.TransformPropertySupport
Returns the argument vector which was transformed.

H

hasNext(RealVector) - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Iterates to next lattice point, which is returned in N.
HyperElliptic - Class in de.jtem.riemann.schottky
 
HyperElliptic(int) - Constructor for class de.jtem.riemann.schottky.HyperElliptic
 
HyperEllipticCurve - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticCurve() - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
HyperEllipticCurve(BranchPoint[], SingularPoint[], DistinguishedPoint[], Complex) - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
HyperEllipticCurve(BranchPoint[], Complex) - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
HyperEllipticCurveCustomizer - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticCurveCustomizer() - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveCustomizer
 
HyperEllipticCurveExample - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticCurveExample() - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveExample
 
hyperEllipticSort(Complex, Complex) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
hyperEllipticSortFactor(Complex, Complex) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
HyperEllipticSurface - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticSurface(BranchPoint[], SingularPoint[], DistinguishedPoint[], Complex) - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
HyperEllipticSurfaceCustomizer - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticSurfaceCustomizer() - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceCustomizer
 
HyperEllipticSurfaceShape - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticSurfaceShape() - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
HyperEllipticSurfaceShape(RamifiedCovering) - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
HyperEllipticSurfaceShapeBeanInfo - Class in de.jtem.riemann.surface.hyperElliptic
 
HyperEllipticSurfaceShapeBeanInfo() - Constructor for class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShapeBeanInfo
 

I

IllegalCoordinateException - Exception in de.jtem.riemann.constrainedComplex
 
IllegalCoordinateException(ConstrainedComplex) - Constructor for exception de.jtem.riemann.constrainedComplex.IllegalCoordinateException
 
IMAGINARY - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
Imaginary - Class in de.jtem.riemann.constrainedComplex
 
Imaginary(SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.Imaginary
 
IMAGINARYSYMMETRY - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
ImaginarySymmetry - Class in de.jtem.riemann.constrainedComplex
 
ImaginarySymmetry(SurfacePoint, SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.ImaginarySymmetry
 
indexedLineSet - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
indexedLineSet - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
init(SurfacePoint[]) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
initCompute() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
initCompute() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
initCompute() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
initCompute() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
initCompute() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
initCompute() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
initHomologie() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
initSurfacePoint - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
integrateAlongPathOnLambdaPlane(FunctionSetOnAlgebraicCurve, ComplexVector, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuousIntegrator
 
integrateAlongPathOnMuPlane(FunctionSetOnAlgebraicCurve, ComplexVector, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuousIntegrator
 
integrateForms(ComplexVector, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
integrateForms(Complex) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
integrateForms(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
integrateForms(Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
integrateForms(ComplexVector, Complex, Complex, ComplexVector, boolean) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
integrateForms(Complex, Complex, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateForms(Complex, Complex, ComplexVector, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateForms(Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateForms(ComplexVector, ComplexVector, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateForms(ComplexVector, ComplexVector, int, boolean) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateForms(ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoBranchPoint(ComplexVector, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
integrateFormsIntoBranchPoint(Complex, Complex, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoBranchPoint(Complex, Complex, ComplexVector, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoBranchPoint(Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoBranchPoint(ComplexVector, ComplexVector, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoBranchPoint(ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoInfinity(Complex, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoInfinity(Complex, ComplexVector, int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateFormsIntoInfinity(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateHolomorphicForms(Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateHolomorphicForms(ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateHolomorphicFormsIntoBranchPoint(Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateHolomorphicFormsIntoBranchPoint(ComplexVector, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateHolomorphicFormsIntoInfinity(Complex, ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
integrateSegmentInLambdaPlaneTo(FunctionSetOnAlgebraicCurve, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuousIntegrator
 
integrateSegmentInMuPlaneTo(FunctionSetOnAlgebraicCurve, Complex, Complex, Complex, Complex, ComplexVector) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuousIntegrator
 
Intersect - Class in de.jtem.riemann.util
 
Intersect() - Constructor for class de.jtem.riemann.util.Intersect
 
intersect(Line, Line, Complex, Complex) - Static method in class de.jtem.riemann.util.Line
 
intersect(Complex, Complex, Complex, Complex, Complex, Complex) - Static method in class de.jtem.riemann.util.Line
 
intersects(Line) - Method in class de.jtem.riemann.util.Line
 
intersects(Line, Complex) - Method in class de.jtem.riemann.util.Line
 
intersects(Line, Complex, Complex) - Method in class de.jtem.riemann.util.Line
 
intersects(LineSeg) - Method in class de.jtem.riemann.util.LineSeg
 
intersects(LineSeg, Complex) - Method in class de.jtem.riemann.util.LineSeg
 
intersects(Line, Complex) - Method in class de.jtem.riemann.util.LineSeg
 
intersects(Line) - Method in class de.jtem.riemann.util.LineSeg
 
intersects(LineSeg, Complex, Complex) - Method in class de.jtem.riemann.util.LineSeg
 
inverse(String) - Static method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
invert() - Method in class de.jtem.riemann.theta.ModularTransformation
Returns inverse of this.
isAlsoBranchPoint - Variable in class de.jtem.riemann.surface.DistinguishedPoint
 
isClassical() - Method in class de.jtem.riemann.schottky.SchottkyData
Querries if this generates a classical Schottky group.
isDependendConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isDifferentialSeriesEvaluable() - Method in class de.jtem.riemann.schottky.Schottky
 
isEvenCharacteristic() - Method in class de.jtem.riemann.theta.ThetaWithChar
Retunrs true if this has an even characteristic.
isFixConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isId() - Method in class de.jtem.riemann.theta.ModularTransformation
Tests if this is the identity in modular group.
isImaginaryConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isImaginarySymmetryConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isInFundamentalDomain(Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
Checks whether a point p is inside the fundamental domain F.
isInFundamentalDomain(Complex, double) - Method in class de.jtem.riemann.schottky.SchottkyData
Checks whether a point p is inside the fundamental domain F.
isInitialized - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
isIntegralSeriesEvaluable() - Method in class de.jtem.riemann.schottky.Schottky
 
isOddCharacteristic() - Method in class de.jtem.riemann.theta.ThetaWithChar
Retunrs true if this has an odd characteristic.
isPointSymmetryConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isRealConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isRealSymmetryConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
isSeriesEvaluable() - Method in class de.jtem.riemann.schottky.Schottky
 
isSiegelReductionPerformed() - Method in class de.jtem.riemann.theta.Theta
Returns whether Siegel's reduction algorithm is peroformed or not.
isToTheRightOf(Complex) - Method in class de.jtem.riemann.surface.SurfacePoint
 
isToTheRightOf(SurfacePoint) - Method in class de.jtem.riemann.surface.SurfacePoint
 
isUniformApproximation() - Method in class de.jtem.riemann.theta.Theta
Returns whether pointwise or uniform approximation is used.
isUnitCircleSymmetryConstrained(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
iterateChar() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
iterateEvenChar() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
iterateOddChar() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 

K

k(Complex, int) - Method in class de.jtem.riemann.schottky.Schottky
Computes k for given z and word lengths.
kappa(int) - Method in class de.jtem.riemann.schottky.Schottky
returns kappa for wordLength l.

L

lastLambda - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
lastMu - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
LatticePointsForUniformApproximation - Class in de.jtem.riemann.theta
Determines all lattice points inside the union of all ellipsoids of a certain shape and radius but with different centers, which all lie in a prescribed g-dimensional interval.
LatticePointsForUniformApproximation(RealMatrix) - Constructor for class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsForUniformApproximation(RealMatrix, double) - Constructor for class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsForUniformApproximation(RealMatrix, RealVector, double) - Constructor for class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsForUniformApproximation(RealMatrix, RealVector, double, double) - Constructor for class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsForUniformApproximation(RealMatrix, RealVector, RealVector, double) - Constructor for class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoid - Class in de.jtem.riemann.theta
Determines all lattice points inside the union of all ellipsoids of a certain shape and radius but with different centers, which all lie in a prescribed g-dimensional interval.
LatticePointsInEllipsoid(RealMatrix) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoid
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoid(RealMatrix, double) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoid
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoid(RealMatrix, RealVector, double) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoid
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoid_old - Class in de.jtem.riemann.theta
Determines all lattice points inside a specified ellipsoid.
LatticePointsInEllipsoid_old(RealMatrix) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoid_old(RealMatrix, double) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoid_old(RealMatrix, RealVector, double) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoidIterator - Class in de.jtem.riemann.theta
Iterates thru all lattice points inside an ellipsoids.
LatticePointsInEllipsoidIterator(RealMatrix) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoidIterator(RealMatrix, double) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
LatticePointsInEllipsoidIterator(RealMatrix, RealVector, double) - Constructor for class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Creates object that delivers the lattice points inside ellipsoid given by the matrix B.
Line - Class in de.jtem.riemann.util
 
Line() - Constructor for class de.jtem.riemann.util.Line
 
Line(ComplexValue, ComplexValue) - Constructor for class de.jtem.riemann.util.Line
 
LineSeg - Class in de.jtem.riemann.util
 
LineSeg() - Constructor for class de.jtem.riemann.util.LineSeg
 
LineSeg(ComplexValue, ComplexValue) - Constructor for class de.jtem.riemann.util.LineSeg
 

M

main(String[]) - Static method in class de.jtem.riemann.theta.AbelianFunction
Performs a periodicity test for a 2-dimensional example by envoking AbelianFunction.testPeriodicity(ComplexVector,boolean) on a 100 different random arguments.
main(String[]) - Static method in class de.jtem.riemann.theta.ExampleSlice
 
main(String[]) - Static method in class de.jtem.riemann.theta.LatticePointsForUniformApproximation
 
main(String[]) - Static method in class de.jtem.riemann.theta.LatticePointsInEllipsoid
 
main(String[]) - Static method in class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
 
maximize(Complex) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Maximizes function using powells algorith starting at z.
maximize(Complex, double, int) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Maximizes function using powells algorithm starting at z.
maximize(Complex, double, int, boolean) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Maximizes function using powells algorithm starting at z.
maximizeStep(Complex) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Performs a maximizing step of powells algorithm starting at z.
minDoubleValue - Variable in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
minimize(Complex) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Minimizes function using powells algorith starting at z.
minimize(Complex, double, int) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Minimizes function using powells algorithm starting at z.
minimize(Complex, double, int, boolean) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Minimizes function using powells algorithm starting at z.
minimize() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
minimize(int, double) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
minimizeStep(Complex) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
Performs a minimizing step of powells algorithm starting at z.
ModularPropertySupport - Class in de.jtem.riemann.theta
Supports the use of the modular property of Riemann theta functions.
ModularPropertySupport(ComplexMatrix) - Constructor for class de.jtem.riemann.theta.ModularPropertySupport
Creates instance with presrcibed period matrix.
ModularPropertySupport(ComplexMatrix, ModularTransformation) - Constructor for class de.jtem.riemann.theta.ModularPropertySupport
Creates instance with presrcibed period matrix and modular transformation σ..
ModularTransformation - Class in de.jtem.riemann.theta
An instance of this class represents an element of the modular group.
ModularTransformation(int) - Constructor for class de.jtem.riemann.theta.ModularTransformation
Creates identity in molular group of degree 2g.
ModularTransformation(ModularTransformation) - Constructor for class de.jtem.riemann.theta.ModularTransformation
Creates a copy of T.
ModularTransformation(IntegerMatrix, IntegerMatrix, IntegerMatrix, IntegerMatrix) - Constructor for class de.jtem.riemann.theta.ModularTransformation
Creates element with prescribed sub-matrices A,B,C and, D.
mouseDragged(MouseEvent) - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
 
mousePressed(MouseEvent) - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
 
mouseReleased(MouseEvent) - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
move(Complex) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Dependent
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Fix
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Imaginary
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.ImaginarySymmetry
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.PointSymmetry
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Real
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.RealSymmetrie
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.RealSymmetry
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.SingleConstrain
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.UnitCircleSymmetrie
 
move(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.UnitCircleSymmetry
 
move(SurfacePoint, Complex) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
move(Complex) - Method in class de.jtem.riemann.surface.SurfacePoint
 
muAtOrigin - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
musAtDistinguishedPoints - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
musAtOrigin - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 

N

numEval(int, ComplexVector, double) - Method in class de.jtem.riemann.schottky.AbelMap
integrates normalized differential of first kind with prescribed index numerically along given path with prescribed tol.
numEval(Complex, Complex, ComplexVector, double) - Method in class de.jtem.riemann.schottky.AbelMap
integrates normalized differential of thrid kind with prescribes poles A and B numerically along given path.
numOfBranchPoints - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
numOfDistinguishedPoints - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
numOfForms - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
numOfForms - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
numOfSheets - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
numOfSingularPoints - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
numOfSurfacePoints - Variable in class de.jtem.riemann.surface.RamifiedCovering
 

O

Origin - Class in de.jtem.riemann.surface
 
Origin() - Constructor for class de.jtem.riemann.surface.Origin
 
Origin(double, double) - Constructor for class de.jtem.riemann.surface.Origin
 
Origin(Complex) - Constructor for class de.jtem.riemann.surface.Origin
 
origin - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
outdate() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
outdate() - Method in class de.jtem.riemann.surface.RamifiedCovering
 

P

P - Variable in class de.jtem.riemann.util.Line
 
paint(Graphics) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveCustomizer
 
paint(Graphics) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceCustomizer
 
paint(Graphics) - Method in class de.jtem.riemann.surface.RamifiedCoveringCustomizer
 
pathGenerator - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
periodMatrix - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
point - Variable in class de.jtem.riemann.surface.PointPassedCutEvent
 
point - Variable in class de.jtem.riemann.surface.RamifiedCoveringShape
 
PointPassedCutEvent - Class in de.jtem.riemann.surface
 
PointPassedCutEvent(SurfacePoint, SurfacePoint, double, boolean) - Constructor for class de.jtem.riemann.surface.PointPassedCutEvent
 
POINTSYMMETRY - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
PointSymmetry - Class in de.jtem.riemann.constrainedComplex
 
PointSymmetry(SurfacePoint, SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.PointSymmetry
 
print() - Method in class de.jtem.riemann.surface.homologie.Transform
 
process(PointPassedCutEvent) - Method in class de.jtem.riemann.surface.homologie.Transform
 
process(ArrayList) - Method in class de.jtem.riemann.surface.homologie.Transform
 
projectedMove(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
projectedMove(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Dependent
 
projectedMove(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Imaginary
 
projectedMove(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.Real
 
projectedMove(ConstrainedComplex, Complex) - Method in class de.jtem.riemann.constrainedComplex.SingleConstrain
 
propertyChangeSupport - Variable in class de.jtem.riemann.surface.RamifiedCovering
 

Q

Q - Variable in class de.jtem.riemann.util.Line
 

R

RadialPathGenerator - Class in de.jtem.riemann.util
 
RadialPathGenerator() - Constructor for class de.jtem.riemann.util.RadialPathGenerator
 
RadialPathGenerator(ComplexValue) - Constructor for class de.jtem.riemann.util.RadialPathGenerator
 
RadialPathGenerator(ComplexValue[], ComplexValue) - Constructor for class de.jtem.riemann.util.RadialPathGenerator
 
RamifiedCovering - Class in de.jtem.riemann.surface
 
RamifiedCovering() - Constructor for class de.jtem.riemann.surface.RamifiedCovering
 
RamifiedCoveringBeanInfo - Class in de.jtem.riemann.surface
 
RamifiedCoveringBeanInfo() - Constructor for class de.jtem.riemann.surface.RamifiedCoveringBeanInfo
 
RamifiedCoveringCustomizer - Class in de.jtem.riemann.surface
 
RamifiedCoveringCustomizer() - Constructor for class de.jtem.riemann.surface.RamifiedCoveringCustomizer
 
RamifiedCoveringShape - Class in de.jtem.riemann.surface
 
RamifiedCoveringShape() - Constructor for class de.jtem.riemann.surface.RamifiedCoveringShape
 
RamifiedCoveringShape(RamifiedCovering) - Constructor for class de.jtem.riemann.surface.RamifiedCoveringShape
 
RamifiedCoveringShapeBeanInfo - Class in de.jtem.riemann.surface
 
RamifiedCoveringShapeBeanInfo() - Constructor for class de.jtem.riemann.surface.RamifiedCoveringShapeBeanInfo
 
RamifiedCoveringState - Class in de.jtem.riemann.surface
 
RamifiedCoveringVariation - Class in de.jtem.riemann.surface
 
RamifiedCoveringVariation() - Constructor for class de.jtem.riemann.surface.RamifiedCoveringVariation
 
REAL - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
Real - Class in de.jtem.riemann.constrainedComplex
 
Real(SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.Real
 
RealSymmetrie - Class in de.jtem.riemann.constrainedComplex
 
RealSymmetrie(SurfacePoint, SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.RealSymmetrie
 
REALSYMMETRY - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
RealSymmetry - Class in de.jtem.riemann.constrainedComplex
 
RealSymmetry(SurfacePoint, SurfacePoint) - Constructor for class de.jtem.riemann.constrainedComplex.RealSymmetry
 
refine() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
removePropertyChangeListener(PropertyChangeListener) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveCustomizer
 
removePropertyChangeListener(PropertyChangeListener) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceCustomizer
 
removePropertyChangeListener(PropertyChangeListener) - Method in class de.jtem.riemann.surface.RamifiedCovering
 

S

Schottky - Class in de.jtem.riemann.schottky
 
Schottky() - Constructor for class de.jtem.riemann.schottky.Schottky
 
Schottky(int) - Constructor for class de.jtem.riemann.schottky.Schottky
 
Schottky(SchottkyData) - Constructor for class de.jtem.riemann.schottky.Schottky
 
Schottky(SchottkyData, double) - Constructor for class de.jtem.riemann.schottky.Schottky
 
Schottky(double[]) - Constructor for class de.jtem.riemann.schottky.Schottky
 
Schottky(double[], double) - Constructor for class de.jtem.riemann.schottky.Schottky
 
SchottkyAnalysis - Class in de.jtem.riemann.schottky
 
SchottkyAnalysis() - Constructor for class de.jtem.riemann.schottky.SchottkyAnalysis
 
SchottkyAnalysis(int) - Constructor for class de.jtem.riemann.schottky.SchottkyAnalysis
 
SchottkyAnalysis(double[]) - Constructor for class de.jtem.riemann.schottky.SchottkyAnalysis
 
SchottkyAnalysis(double[], double) - Constructor for class de.jtem.riemann.schottky.SchottkyAnalysis
 
SchottkyAnalysisFunction - Class in de.jtem.riemann.schottky
 
SchottkyAnalysisFunction.ForIndexedProperty - Class in de.jtem.riemann.schottky
 
SchottkyAnalysisFunction.ForProperty - Class in de.jtem.riemann.schottky
 
SchottkyData - Class in de.jtem.riemann.schottky
 
SchottkyData() - Constructor for class de.jtem.riemann.schottky.SchottkyData
 
SchottkyData(int) - Constructor for class de.jtem.riemann.schottky.SchottkyData
 
SchottkyData(double[]) - Constructor for class de.jtem.riemann.schottky.SchottkyData
 
SchottkyDomain - Class in de.jtem.riemann.schottky
 
SchottkyDomain() - Constructor for class de.jtem.riemann.schottky.SchottkyDomain
 
SchottkyDomain(Schottky) - Constructor for class de.jtem.riemann.schottky.SchottkyDomain
 
SchottkyDomainSampler - Class in de.jtem.riemann.schottky
 
SchottkyDomainSampler() - Constructor for class de.jtem.riemann.schottky.SchottkyDomainSampler
 
serialVersionUID - Static variable in class de.jtem.riemann.schottky.SchottkyAnalysisFunction
 
set(Complex[], Complex[], Complex[]) - Method in class de.jtem.riemann.schottky.SchottkyData
 
set(Moebius[]) - Method in class de.jtem.riemann.schottky.SchottkyData
 
set(RamifiedCovering) - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
 
set(Complex, Complex) - Method in class de.jtem.riemann.util.Line
 
set(ComplexValue, ComplexValue) - Method in class de.jtem.riemann.util.Line
 
setA(int, Complex) - Method in class de.jtem.riemann.schottky.HyperElliptic
 
setA(int, Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
 
setAccuracy(double) - Method in class de.jtem.riemann.schottky.Schottky
 
setAccuracy(double) - Method in class de.jtem.riemann.theta.Theta
Sets the accuracy for the oscillatory part of the theta function.
setAlpha(int, int) - Method in class de.jtem.riemann.theta.ThetaWithChar
Sets the ith-component of the alpha charateristic with value.
setAlpha(IntegerVector) - Method in class de.jtem.riemann.theta.ThetaWithChar
Sets the alpha charateristic to alpha .
setB(int, Complex) - Method in class de.jtem.riemann.schottky.HyperElliptic
 
setB(int, Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
 
setB(RealMatrix) - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Sets matrix specifiying the ellipsoid.
setB(RealMatrix) - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Sets matrix specifiying the ellipsoid.
setBeta(int, int) - Method in class de.jtem.riemann.theta.ThetaWithChar
Sets the ith-component of the beta charateristic with value.
setBeta(IntegerVector) - Method in class de.jtem.riemann.theta.ThetaWithChar
Sets the beta charateristic to beta .
setByParameter(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Constrain
 
setByParameter(double[], int) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
setByParameter(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Dependent
 
setByParameter(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Fix
 
setByParameter(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Imaginary
 
setByParameter(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.Real
 
setByParameter(double[], int, ConstrainedComplex) - Method in class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
setByParameter(double[]) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
setC(double) - Method in class de.jtem.riemann.schottky.Schottky
 
setCenter(RealVector) - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Sets center of ellipsoid to c.
setCircleDiscr(int) - Method in class de.jtem.riemann.schottky.SchottkyDomain
Set the value of circleDiscr.
setConstrain(Constrain) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
setCoords(Complex) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
setDebug(boolean) - Method in class de.jtem.riemann.surface.homologie.Transform
Set the value of debug.
setDependend(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setDeviation(double) - Method in class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Sets deviation range of center of ellipsoid to c.
setDeviation(RealVector) - Method in class de.jtem.riemann.theta.LatticePointsForUniformApproximation
Sets deviation range of center of ellipsoid to c.
setDiscretizer(ComplexMatrix) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Set the value of discretizer.
setDoubleArrayParameter(double[], int) - Method in class de.jtem.riemann.schottky.SchottkyData
 
setDoubleArrayParameter(double[], int) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
setEnablePropertyChange(boolean) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
setEps(double) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
setFactor(double) - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
setFix(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setImaginary(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setImaginarySymmetry(SurfacePoint, SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setIntegral(ComplexVector) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Set the value of integral.
setL(int) - Method in class de.jtem.riemann.schottky.Schottky
 
setMaxArea(double) - Method in class de.jtem.riemann.schottky.SchottkyDomain
Set the value of maxArea.
setMinAngle(double) - Method in class de.jtem.riemann.schottky.SchottkyDomain
Set the value of minAngle.
setModularTransformation(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularPropertySupport
Sets the element of the modular group that determines the transformation.
setMu(int, Complex) - Method in class de.jtem.riemann.schottky.SchottkyData
 
setN(int) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction.ForIndexedProperty
 
setNewCoords(Complex) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
setNewCoords(Complex) - Method in class de.jtem.riemann.surface.SurfacePoint
 
setNumOfSteps(int) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
Set the value of numOfSteps.
setObject(Object) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurveCustomizer
 
setObject(Object) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceCustomizer
 
setObject(Object) - Method in class de.jtem.riemann.surface.RamifiedCoveringCustomizer
 
setPassedCutDebug(boolean) - Method in class de.jtem.riemann.surface.homologie.Transform
Set the value of debug.
setPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.theta.ModularPropertySupport
Sets the period matrix which will be transformed.
setPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.theta.SiegelReduction
Sets period matrix which will be reduces.
setPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.theta.Theta
Sets periodMatrix on which the Riemann theta function operates.
setPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.theta.ThetaDegree
Sets periodMatrix on which the Riemann theta function operates.
setPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.theta.ThetaWithChar
Sets periodMatrix on which the Riemann theta function with characteristics operates.
setPeriodMatrix(ComplexMatrix) - Method in class de.jtem.riemann.theta.TransformPropertySupport
Sets the period matrix.
setPickedPoint(Point) - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
Set the value of pickedPoint.
setPickedSurfacePoint(SurfacePoint) - Method in class de.jtem.riemann.surface.DragSurfacePointsTool
Set the value of pickedSurfacePoint.
setPointSymmetry(SurfacePoint, SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setProjectedCoords(Complex) - Method in class de.jtem.riemann.constrainedComplex.ConstrainedComplex
 
setRadius(double) - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Sets radius of ellipsoid.
setReal(SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setRealSymmetry(SurfacePoint, SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setSchottky(Schottky) - Method in class de.jtem.riemann.schottky.SchottkyDomain
Set the value of schottky.
setSiegelReductionPerformed(boolean) - Method in class de.jtem.riemann.theta.Theta
Switches between pointwise and uniform approximation.
setState(TransformState) - Method in class de.jtem.riemann.surface.homologie.Transform
 
setState(RamifiedCoveringState) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
setSubDegree(IntegerVector) - Method in class de.jtem.riemann.theta.ThetaDegree
Sets the subdegree.
setSurface(RamifiedCovering) - Method in class de.jtem.riemann.surface.RamifiedCoveringShape
Set the value of surface.
setSurface(RamifiedCovering) - Method in class de.jtem.riemann.surface.SurfacePoint
 
setSymmetrizePeriodMatrix(boolean) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
setSymmetrizePeriodMatrix(boolean) - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
setTestAcc(double) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction.ForIndexedProperty
 
setTestAcc(double) - Method in class de.jtem.riemann.schottky.SchottkyAnalysisFunction.ForProperty
 
setTol(double) - Method in class de.jtem.riemann.theta.ThetaDegree
Sets the error tolerance for the oscillatory part of the theta function.
setTroublePoints(ComplexValue[]) - Method in class de.jtem.riemann.util.RadialPathGenerator
 
setUniformApproximation(boolean) - Method in class de.jtem.riemann.theta.Theta
Switches between pointwise and uniform approximation.
setUniformizationData(double[]) - Method in class de.jtem.riemann.schottky.SchottkyData
 
setUnitCircleSymmetry(SurfacePoint, SurfacePoint) - Static method in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
setUptodate(boolean) - Method in class de.jtem.riemann.surface.RamifiedCovering
 
setUseFancyError(boolean) - Method in class de.jtem.riemann.schottky.SchottkyAnalysis
 
setUseFillFactorError(boolean) - Method in class de.jtem.riemann.theta.Theta
Switches the heuristic fill factor error on or off.
setUseFillFactorError(boolean) - Method in class de.jtem.riemann.theta.ThetaDegree
Switches the heuristic fill factor error on or off.
setUseFillFactorError(boolean) - Method in class de.jtem.riemann.theta.ThetaWithChar
Switches the heuristic fill factor error on or off.
setXDist(double) - Method in class de.jtem.riemann.schottky.SchottkyDomain
Set the value of xDist.
setYDist(double) - Method in class de.jtem.riemann.schottky.SchottkyDomain
Set the value of yDist.
setZ(ComplexVector) - Method in class de.jtem.riemann.theta.ModularPropertySupport
Sets the argument vector which will be transformed.
setZ(ComplexVector) - Method in class de.jtem.riemann.theta.TransformPropertySupport
Sets the argument vector which will be transformed.
sheetNumber - Variable in class de.jtem.riemann.surface.DistinguishedPoint
 
SiegelReduction - Class in de.jtem.riemann.theta
Provides Siegel`s reduction algorithm.
SiegelReduction(ComplexMatrix) - Constructor for class de.jtem.riemann.theta.SiegelReduction
Creates instance with presribed period matrix and performs Siegel's reduction algorithm.
sigma(Complex, Complex, Complex, double) - Method in class de.jtem.riemann.schottky.Schottky
 
sigma(Complex, Complex, Complex) - Method in class de.jtem.riemann.schottky.Schottky
sigma.
sigma(Complex, Complex, Complex, int, double) - Method in class de.jtem.riemann.schottky.Schottky
sigma with power of k.
sigma(Complex, Complex, Complex, int) - Method in class de.jtem.riemann.schottky.Schottky
sigma.
SigmaAnalysisFunctionFactory - Class in de.jtem.riemann.schottky
 
SigmaAnalysisFunctionFactory() - Constructor for class de.jtem.riemann.schottky.SigmaAnalysisFunctionFactory
 
simple - Variable in class de.jtem.riemann.surface.AbstractAlgebraicCurveShape
 
simple - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurfaceShape
 
SingleConstrain - Class in de.jtem.riemann.constrainedComplex
 
SingleConstrain() - Constructor for class de.jtem.riemann.constrainedComplex.SingleConstrain
 
singularPoint - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
SingularPoint - Class in de.jtem.riemann.surface
 
SingularPoint(RamifiedCovering, double, double) - Constructor for class de.jtem.riemann.surface.SingularPoint
 
SingularPoint(double, double) - Constructor for class de.jtem.riemann.surface.SingularPoint
 
SingularPoint(Complex) - Constructor for class de.jtem.riemann.surface.SingularPoint
 
singularPointPassedCutOfBranchPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
singularPointPassedCutOfBranchPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
singularPointPassedCutOfDistinguishedPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
singularPointPassedCutOfDistinguishedPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
singularPointPassedCutOfSingularPointClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
singularPointPassedCutOfSingularPointCounterClockWise(int, int) - Method in class de.jtem.riemann.surface.homologie.Transform
 
startCharIteration() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
startContinuation(Complex, Complex) - Method in class de.jtem.riemann.analyticContinuation.AnalyticContinuation
 
startEvenCharIteration() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
startIntegration(Complex, Complex) - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
startIteration() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Starts iteration thru all lattice points enclosed by the ellipsoid prescribed by the shape induced by the matrix B, the radius r, and center C.
startIteration(double, RealVector) - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoidIterator
Starts iteration thru all lattice points enclosed by the ellipsoid prescribed by the shape induced by the matrix B and the radius r, center C.
startOddCharIteration() - Method in class de.jtem.riemann.theta.ThetaCharIterator
 
surface - Variable in class de.jtem.riemann.surface.RamifiedCoveringShape
 
surfacePoint - Variable in class de.jtem.riemann.surface.RamifiedCovering
 
SurfacePoint - Class in de.jtem.riemann.surface
 
SymmetricBasis - Class in de.jtem.riemann.surface.homologie
All members of this class are defined during instantiation and stay unchanged afterwards:
H
tau0
realLocus
nl
nr
nb

During instantiation the following variables from the class CanonicalBasis are recalculated:

initialACycles
initialBCycles

SymmetricBasis(SymmetricBasis) - Constructor for class de.jtem.riemann.surface.homologie.SymmetricBasis
 
SymmetricBasis(IntegerMatrix, IntegerMatrix, IntegerVector, int, int, int, IntegerVector) - Constructor for class de.jtem.riemann.surface.homologie.SymmetricBasis
 
symmetrizePeriodMatrix(ComplexMatrix) - Static method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
symmetrizePeriodMatrix(ComplexMatrix) - Static method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 

T

test() - Method in class de.jtem.riemann.surface.RamifiedCoveringVariation
 
testPeriodicity(ComplexVector, boolean) - Method in class de.jtem.riemann.theta.AbelianFunction
Performs periodicity test.
theta(int) - Method in class de.jtem.riemann.schottky.Schottky
Computes theta for given word lengths.
Theta - Class in de.jtem.riemann.theta
Riemann theta function
Theta(ComplexMatrix) - Constructor for class de.jtem.riemann.theta.Theta
Creates a Riemann theta function with prescribed periodMatrix.
Theta(ComplexMatrix, double) - Constructor for class de.jtem.riemann.theta.Theta
Creates a Riemann theta function with prescribed periodMatrix and error tolerance tol.
Theta(ComplexMatrix, double, boolean) - Constructor for class de.jtem.riemann.theta.Theta
Creates a Riemann theta function with prescribed periodMatrix and error tolerance tol.
Theta(ComplexMatrix, double, boolean, boolean) - Constructor for class de.jtem.riemann.theta.Theta
Creates a Riemann theta function with prescribed periodMatrix and error tolerance tol.
Theta(ComplexMatrix, double, boolean, boolean, boolean) - Constructor for class de.jtem.riemann.theta.Theta
Creates a Riemann theta function with prescribed periodMatrix and error tolerance tol.
theta(ComplexVector, Complex, Complex) - Method in class de.jtem.riemann.theta.Theta
Evaluates the Riemann theta function at Z.
theta(ComplexVector, Complex, Complex) - Method in class de.jtem.riemann.theta.ThetaDegree
Evaluates the Riemann theta function at Z.
theta(ComplexVector, Complex, Complex) - Method in class de.jtem.riemann.theta.ThetaWithChar
Evaluates the Riemann theta function with characteristics at Z.
theta1() - Method in class de.jtem.riemann.schottky.Schottky
retunrs maximum of theta( sigma ) with word length 1.
theta2() - Method in class de.jtem.riemann.schottky.Schottky
retunrs maximum of theta( sigma ) with word length 1.
ThetaCharIterator - Class in de.jtem.riemann.theta
Iterates theta characteristics.
ThetaCharIterator(ThetaWithChar) - Constructor for class de.jtem.riemann.theta.ThetaCharIterator
 
ThetaDegree - Class in de.jtem.riemann.theta
Riemann theta function with degree
ThetaDegree(ComplexMatrix, int, IntegerVector) - Constructor for class de.jtem.riemann.theta.ThetaDegree
Creates a Riemann theta function of degree degree and subdegree subDegree with prescribed periodMatrix.
ThetaDegree(ComplexMatrix, double, int, IntegerVector) - Constructor for class de.jtem.riemann.theta.ThetaDegree
Creates a Riemann theta function of degree degree and subdegree subDegree with prescribed periodMatrix and error tolerance tol, the fill factor error is used.
ThetaWithChar - Class in de.jtem.riemann.theta
Riemann theta function with characteristics.
ThetaWithChar(ComplexMatrix) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero and with prescribed periodMatrix.
ThetaWithChar(ComplexMatrix, double) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero and with prescribed periodMatrix and error tolerance tol.
ThetaWithChar(ComplexMatrix, double, boolean) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero and with prescribed periodMatrix and error tolerance tol.
ThetaWithChar(ComplexMatrix, double, boolean, boolean) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero and with prescribed periodMatrix and error tolerance tol.
ThetaWithChar(ComplexMatrix, double, boolean, boolean, boolean) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero and with prescribed periodMatrix and error tolerance tol.
ThetaWithChar(Theta) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero which is associated to theta.
ThetaWithChar(ThetaWithChar) - Constructor for class de.jtem.riemann.theta.ThetaWithChar
Creates a Riemann theta function with characteristics zero which shares with thetaWithChar its associated Riemann theta function.
thisLambda - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
thisMu - Variable in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
time - Variable in class de.jtem.riemann.surface.PointPassedCutEvent
 
times(ModularTransformation) - Method in class de.jtem.riemann.theta.ModularTransformation
Returns product of this and M.
toString() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid_old
Returns matrix containing the lattice points as string.
toString() - Method in class de.jtem.riemann.theta.ModularTransformation
Returns the for sub-matrices as string.
ToupleConstrain - Class in de.jtem.riemann.constrainedComplex
 
ToupleConstrain(ConstrainedComplex, ConstrainedComplex) - Constructor for class de.jtem.riemann.constrainedComplex.ToupleConstrain
 
Transform - Class in de.jtem.riemann.surface.homologie
These variables are defined during instantiation and stay unchanged afterwards:
numOfSheets
numOfBranchPoints
numOfSingularPoints
numOfEdges
numOf_g_Edges
numOf_h_Edges
numOfPaths
numOfDistinguishedPoints
numOfCells


These variables are used only during the instantiation:
monodromyAboutInfinity


These variables are recalculated after each transformation, which are movements of the branch points:
IntegerMatrix g
IntegerMatrix gl
IntegerMatrix h
IntegerMatrix T
distinguishedPoints
edgeStartPoint
edgeBranchPoint
edgeEndPoint
Transform() - Constructor for class de.jtem.riemann.surface.homologie.Transform
 
Transform(Transform) - Constructor for class de.jtem.riemann.surface.homologie.Transform
 
Transform(IntegerMatrix) - Constructor for class de.jtem.riemann.surface.homologie.Transform
 
Transform(IntegerMatrix, IntegerMatrix) - Constructor for class de.jtem.riemann.surface.homologie.Transform
 
Transform(IntegerMatrix, IntegerVector) - Constructor for class de.jtem.riemann.surface.homologie.Transform
 
Transform(IntegerMatrix, IntegerMatrix, IntegerVector) - Constructor for class de.jtem.riemann.surface.homologie.Transform
 
transformPeriodMatrix(ComplexMatrix, ModularTransformation) - Static method in class de.jtem.riemann.theta.ModularPropertySupport
Transforms the period matrix B using the element of the modular group σ.
TransformPropertySupport - Class in de.jtem.riemann.theta
Supports the use of the transform property of Riemann theta functions.
TransformPropertySupport(ComplexMatrix) - Constructor for class de.jtem.riemann.theta.TransformPropertySupport
Creates instance with presrcibed period matrix.
TransformState - Class in de.jtem.riemann.surface.homologie
 

U

UnitCircleSymmetrie - Class in de.jtem.riemann.constrainedComplex
 
UnitCircleSymmetrie(ConstrainedComplex, ConstrainedComplex) - Constructor for class de.jtem.riemann.constrainedComplex.UnitCircleSymmetrie
 
UNITCIRCLESYMMETRY - Static variable in class de.jtem.riemann.constrainedComplex.ConstrainFactory
 
UnitCircleSymmetry - Class in de.jtem.riemann.constrainedComplex
 
UnitCircleSymmetry(ConstrainedComplex, ConstrainedComplex) - Constructor for class de.jtem.riemann.constrainedComplex.UnitCircleSymmetry
 
update() - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
update() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
update() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
update() - Method in class de.jtem.riemann.surface.example.isothermic.Genus7Example
 
update() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
update() - Method in class de.jtem.riemann.surface.RamifiedCovering
 
update() - Method in class de.jtem.riemann.theta.LatticePointsForUniformApproximation
 
update() - Method in class de.jtem.riemann.theta.LatticePointsInEllipsoid
 
update() - Method in class de.jtem.riemann.util.RadialPathGenerator
 
updateDistanceRadii() - Method in class de.jtem.riemann.util.RadialPathGenerator
 
updateEdgeIntegrals() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurveWithForms
 
updateLoops() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
updateMuAtOrigin() - Method in class de.jtem.riemann.surface.AbstractAlgebraicCurve
 
updateMuAtOrigin() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticCurve
 
updateMuAtOrigin() - Method in class de.jtem.riemann.surface.hyperElliptic.HyperEllipticSurface
 
updateTriangulator(boolean) - Method in class de.jtem.riemann.schottky.SchottkyDomain
 
uptodate - Variable in class de.jtem.riemann.surface.RamifiedCovering
 

V

V(int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
V(int, int, double) - Method in class de.jtem.riemann.schottky.Schottky
 
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