A C D F G I M R S T V X

S

setComplex(double, double) - Method in class SFT.Complex

Sets the real and imaginary coordinates of the number to the new given coordinates.

setG(long[]) - Method in class Function.DirectProdFunction

Sets G to a new value.

setG(long[][]) - Method in class Function.FiniteAbelianFunction

Sets G to a new value.

setG(long[]) - Method in class Function.XMLFourierPolynomial

SFT - Class in SFT

An implementation of the SFT algorithm for finding the list of elements whose Fourier coefficients are significant (and their coefficients) for a given function ƒ: G → C, where G is a Cartesian product of finite groups (i.e.

SFT() - Constructor for class SFT.SFT

SFTException - Exception in SFT

SFTException(String) - Constructor for exception SFT.SFTException

Constructs a SFTException instance with the given message.

SFTUtils - Class in SFT

SFTUtils() - Constructor for class SFT.SFTUtils

SFTUtils.DiffFunction - Class in SFT

Class for calculating a difference function for two given functions f1, f2 s.t.

SFTUtils.DiffFunction(long[], DirectProdFunction, DirectProdFunction) - Constructor for class SFT.SFTUtils.DiffFunction

SFTUtils.FullMapFunction - Class in SFT

class for creating a function from a given mapping of elements to their function values

SFTUtils.FullMapFunction(long[], Map<String, Complex>) - Constructor for class SFT.SFTUtils.FullMapFunction

SFTUtils.ResultFunction - Class in SFT

class for creating a function from the results of the SFT algorithm.

SFTUtils.ResultFunction(long[], Map<long[], Complex>) - Constructor for class SFT.SFTUtils.ResultFunction