Uses of Class
SFT.Complex

Packages that use Complex

Function
SFT

Uses of Complex in Function

Methods in Function that return Complex

Complex	FourierPolynomial.getCoeff(long[] alpha)
abstract Complex	FiniteAbelianFunction.getValue(long elem) Returns the value of the function for the input element in G.
Complex	XMLFourierPolynomial.getValue(long[] elem) Returns the value of the function for the input element in G.
Complex	FourierPolynomial.getValue(long[] x)
abstract Complex	DirectProdFunction.getValue(long[] elem) Returns the value of the function for the input element in G.

Uses of Complex in SFT

Methods in SFT that return Complex

static Complex	SFTUtils.chi(int t, long[] G, long[] v, long[] y) calculate Chi over G
static Complex	SFTUtils.chi(long N, long v, long y) calculate Chi over Z_N
static Complex	Complex.divComplex(Complex complex, double denum) Returns the division of the the given complex by the given double.
Complex	Complex.getConjugate() Returns the conjugate number.
Complex	SFTUtils.DiffFunction.getValue(long[] elem)
Complex	SFTUtils.ResultFunction.getValue(long[] elem)
Complex	SFTUtils.FullMapFunction.getValue(long[] elem)
static Complex	Complex.mulComplex(Complex complex1, Complex complex2) Returns the multiplication of the two given complex numbers.

Methods in SFT that return types with arguments of type Complex

java.util.Map<long[],Complex>	SFTUtils.ResultFunction.getMapping()
static java.util.Map<java.lang.Long,Complex>	SFT.getSignificantElements(long[][] G, double tau, FiniteAbelianFunction func, int numOfIterations, double delta, double fInfNorm, double fEuclideanNorm, float deltaCoeff, float maCoeff, float mbCoeff, float etaCoeff) Returns a map of the elements in G and their tau-significant coefficients in the given function with delta-confidence.
static java.util.Map<java.lang.Long,Complex>	SFT.getSignificantElements(long[][] G, double tau, FiniteAbelianFunction func, int numOfIterations, long m_A, long m_B) Returns a map of the elements in G and their tau-significant coefficients in the given function with confidence set by the selection of the m_A and m_B values.
static java.util.Map<java.lang.Long,Complex>	SFT.getSignificantElements(long[][] G, double tau, FiniteAbelianFunction func, long m_A, long m_B) Returns a map of the elements in G and their tau-significant coefficients in the given function with confidence set by the selection of the m_A and m_B values.
static java.util.Map<long[],Complex>	SFT.getSignificantElements(long[] G, double tau, DirectProdFunction func, int numOfIterations, double delta, double fInfNorm, double fEuclideanNorm, float deltaCoeff, float maCoeff, float mbCoeff, float etaCoeff) Returns a map of the elements in G and their tau-significant coefficients in the given function with delta-confidence.
static java.util.Map<long[],Complex>	SFT.getSignificantElements(long[] G, double tau, DirectProdFunction func, long m_A, long m_B) Returns a map of the elements in G and their tau-significant coefficients in the given function with confidence set by the selection of the m_A and m_B values.
static java.util.Map<long[],Complex>	SFT.getSignificantElements(long[] G, double tau, DirectProdFunction func, long m_A, long m_B, int numOfIterations) Returns a map of the elements in G and their tau-significant coefficients in the given function with confidence set by the selection of the m_A and m_B values.

Methods in SFT with parameters of type Complex

void	Complex.addComplex(Complex complex) Adds the given complex number to this one.
static Complex	Complex.divComplex(Complex complex, double denum) Returns the division of the the given complex by the given double.
static Complex	Complex.mulComplex(Complex complex1, Complex complex2) Returns the multiplication of the two given complex numbers.

Constructor parameters in SFT with type arguments of type Complex

SFTUtils.FullMapFunction(long[] G, java.util.Map<java.lang.String,Complex> map)

SFTUtils.ResultFunction(long[] G, java.util.Map<long[],Complex> sftRes)