Uses of Class
edu.neu.ccs.XFourier

Packages that use XFourier
edu.neu.ccs Provides the Stringable interface and data models that implement the interface. 
 

Uses of XFourier in edu.neu.ccs
 

Methods in edu.neu.ccs that return XFourier
static XFourier XFourier.scale(double f, XFourier fourier)
          Returns a new fourier equivalent mathematically to (f * p), that is, the fourier obtained by multipying each coefficient of p by the scale factor f.
static XFourier XFourier.add(XFourier p, XFourier q)
          Returns a new fourier equivalent mathematically to (p + q).
static XFourier XFourier.subtract(XFourier p, XFourier q)
          Returns a new fourier equivalent mathematically to (p - q).
 

Methods in edu.neu.ccs with parameters of type XFourier
 void XFourier.copyFourier(XFourier fourier)
          Sets the data of this fourier to a copy of the data in the given XFourier.
 boolean XFourier.isEqualTo(XFourier fourier)
          Returns true if the given fourier is equal to this fourier in the sense that all coefficients exactly agree.
 boolean XFourier.isAlmostEqualTo(XFourier fourier, double epsilon)
          Returns true if the given fourier is almost equal to this fourier in the sense that all coefficients agree to within the measure epsilon.
static XFourier XFourier.scale(double f, XFourier fourier)
          Returns a new fourier equivalent mathematically to (f * p), that is, the fourier obtained by multipying each coefficient of p by the scale factor f.
static XFourier XFourier.add(XFourier p, XFourier q)
          Returns a new fourier equivalent mathematically to (p + q).
static XFourier XFourier.subtract(XFourier p, XFourier q)
          Returns a new fourier equivalent mathematically to (p - q).
 

Constructors in edu.neu.ccs with parameters of type XFourier
XFourier(XFourier fourier)
          Constructs and initializes an XFourier from the specified XFourier object.