Examples of cern.colt.function.DoubleFunction

cern.colt.function.DoubleFunction
Interface that represents a function object: a function that takes a single argument and returns a single value.

/**
 * Constructs a function that returns <tt>(from<=a && a<=to) ? 1 : 0</tt>.
 * <tt>a</tt> is a variable, <tt>from</tt> and <tt>to</tt> are fixed.
 */
public static DoubleFunction between(final double from, final double to) {
  return new DoubleFunction() {
    public final double apply(double a) { return (from<=a && a<=to) ? 1 : 0; }
  };
}

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 *
 * @param function a binary function taking operands in the form <tt>function.apply(c,var)</tt>.
 * @return the unary function <tt>function(c,var)</tt>.
 */
public static DoubleFunction bindArg1(final DoubleDoubleFunction function, final double c) {
  return new DoubleFunction() {
    public final double apply(double var) { return function.apply(c,var); }
  };
}

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 *
 * @param function a binary function taking operands in the form <tt>function.apply(var,c)</tt>.
 * @return the unary function <tt>function(var,c)</tt>.
 */
public static DoubleFunction bindArg2(final DoubleDoubleFunction function, final double c) {
  return new DoubleFunction() {
    public final double apply(double var) { return function.apply(var,c); }
  };
}

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 * @param g a unary function.
 * @param h a unary function.
 * @return the unary function <tt>g( h(a) )</tt>.
 */
public static DoubleFunction chain(final DoubleFunction g, final DoubleFunction h) {
  return new DoubleFunction() {
    public final double apply(double a) { return g.apply(h.apply(a)); }
  };
}

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/**
 * Constructs a function that returns <tt>a < b ? -1 : a > b ? 1 : 0</tt>.
 * <tt>a</tt> is a variable, <tt>b</tt> is fixed.
 */
public static DoubleFunction compare(final double b) {
  return new DoubleFunction() {
    public final double apply(double a) { return a < b ? -1 : a > b ? 1 : 0; }
  };
}

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}
/**
 * Constructs a function that returns the constant <tt>c</tt>.
 */
public static DoubleFunction constant(final double c) {
  return new DoubleFunction() {
    public final double apply(double a) { return c; }
  };
}

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  System.out.println(f.apply(a,b));
  DoubleDoubleFunction g = new DoubleDoubleFunction() {
    public final double apply(double x, double y) { return Math.sin(x) + Math.pow(Math.cos(y),2); }
  };
  System.out.println(g.apply(a,b));
  DoubleFunction m = F.plus(3);
  DoubleFunction n = F.plus(4);
  System.out.println(m.apply(0));
  System.out.println(n.apply(0));
}

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/**
 * Constructs a function that returns <tt>a == b ? 1 : 0</tt>.
 * <tt>a</tt> is a variable, <tt>b</tt> is fixed.
 */
public static DoubleFunction equals(final double b) {
  return new DoubleFunction() {
    public final double apply(double a) { return a == b ? 1 : 0; }
  };
}

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/**
 * Constructs a function that returns <tt>a > b ? 1 : 0</tt>.
 * <tt>a</tt> is a variable, <tt>b</tt> is fixed.
 */
public static DoubleFunction greater(final double b) {
  return new DoubleFunction() {
    public final double apply(double a) { return a > b ? 1 : 0; }
  };
}

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/**
 * Constructs a function that returns <tt>Math.IEEEremainder(a,b)</tt>.
 * <tt>a</tt> is a variable, <tt>b</tt> is fixed.
 */
public static DoubleFunction IEEEremainder(final double b) {
  return new DoubleFunction() {
    public final double apply(double a) { return Math.IEEEremainder(a,b); }
  };
}

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