Uses of Interface
edu.neu.ccs.FunctionComplex.OneArg

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

Uses of FunctionComplex.OneArg in edu.neu.ccs
 

Classes in edu.neu.ccs that implement FunctionComplex.OneArg
 class XPolynomialComplex
          Class XPolynomialComplex provides an implementation of a polynomial in one complex variable with complex coefficients.
 

Fields in edu.neu.ccs declared as FunctionComplex.OneArg
static FunctionComplex.OneArg FC.identity
          The identity function x --> x.
static FunctionComplex.OneArg FC.exp
          The function x --> exp(x).
static FunctionComplex.OneArg FC.log
          The function x --> log(x).
static FunctionComplex.OneArg FC.sqrt
          The function x --> sqrt(x).
 

Methods in edu.neu.ccs that return FunctionComplex.OneArg
static FunctionComplex.OneArg FC.constant(XComplex c)
          The constant function x --> c.
static FunctionComplex.OneArg FC.scale(XComplex a)
          The scale function x --> a * x.
static FunctionComplex.OneArg FC.translate(XComplex b)
          The translate function x --> x + b.
static FunctionComplex.OneArg FC.linear(XComplex a, XComplex b)
          The linear function x --> a * x + b.
static FunctionComplex.OneArg FC.xToPowerN(int n)
          The function x --> x-to-the-power-n = XComplex.power(x,n).
static FunctionComplex.OneArg FC.xToPowerA(XComplex a)
          The function x --> x-to-the-power-a = XComplex.generalPower(x,a).
static FunctionComplex.OneArg FC.aToPowerX(XComplex a)
          The function x --> a-to-the-power-x = XComplex.generalPower(a,x).
static FunctionComplex.OneArg FC.add(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to add functions f,g: f + g.
static FunctionComplex.OneArg FC.subtract(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to subtract functions f,g: f - g.
static FunctionComplex.OneArg FC.multiply(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to multiply functions f,g: f * g.
static FunctionComplex.OneArg FC.divide(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to divide functions f,g: f / g.
static FunctionComplex.OneArg FC.compose(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to compose functions f,g: x --> f(g(x)).
static FunctionComplex.OneArg FC.power(FunctionComplex.OneArg f, int n)
          The function to compute the function f-to-the-power-n.
static FunctionComplex.OneArg FC.generalPower(FunctionComplex.OneArg f, double d)
          The function to compute the function f-to-the-power-d.
static FunctionComplex.OneArg FC.generalPower(FunctionComplex.OneArg f, XComplex z)
          The function to compute the function f-to-the-power-z.
static FunctionComplex.OneArg FC.generalPower(XComplex z, FunctionComplex.OneArg f)
          The function to compute the function z-to-the-power-f.
static FunctionComplex.OneArg FC.generalPower(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to compute the function f-to-the-power-g.
 

Methods in edu.neu.ccs with parameters of type FunctionComplex.OneArg
static FunctionComplex.OneArg FC.add(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to add functions f,g: f + g.
static FunctionComplex.OneArg FC.subtract(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to subtract functions f,g: f - g.
static FunctionComplex.OneArg FC.multiply(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to multiply functions f,g: f * g.
static FunctionComplex.OneArg FC.divide(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to divide functions f,g: f / g.
static FunctionComplex.OneArg FC.compose(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to compose functions f,g: x --> f(g(x)).
static FunctionComplex.OneArg FC.power(FunctionComplex.OneArg f, int n)
          The function to compute the function f-to-the-power-n.
static FunctionComplex.OneArg FC.generalPower(FunctionComplex.OneArg f, double d)
          The function to compute the function f-to-the-power-d.
static FunctionComplex.OneArg FC.generalPower(FunctionComplex.OneArg f, XComplex z)
          The function to compute the function f-to-the-power-z.
static FunctionComplex.OneArg FC.generalPower(XComplex z, FunctionComplex.OneArg f)
          The function to compute the function z-to-the-power-f.
static FunctionComplex.OneArg FC.generalPower(FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          The function to compute the function f-to-the-power-g.
private static void FC.checkNull(String method, FunctionComplex.OneArg f)
          Check for null function arguments and throw a NullPointerException if necessary.
private static void FC.checkNull(String method, FunctionComplex.OneArg f, FunctionComplex.OneArg g)
          Check for null function arguments and throw a NullPointerException if necessary.