Uses of Class de.cm.frw.core.fun.impl.Function

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de.cm.frw.core.fun.impl.Function

Uses of Function in de.cm.frw.core.fun.impl

Subclasses of Function in de.cm.frw.core.fun.impl
`static class`	`LP.ConsCell` A functional implementation of an (immutable) cons cell where values for car and cdr are captured in a closure when the cons cell function is created.
`static class`	`LP.ConsPair` Use a ConsCell to implement Pair
`static class`	`LP.EmptyConsCell`
`static class`	`NUM.Binary` Class to simplify the definition of numerical with two argument.
`static class`	`NUM.BinaryTest`
`static class`	`NUM.Unary` Class to simplify the definition of numerical with one argument.
`class`	`PF` PF is a name space for static components in support of pure functional programming.

Fields in de.cm.frw.core.fun.impl declared as Function
`static Function`	`PF.adapt` `adapt` is a function of three arguments f : a function of n arguments i : an integer with 0 <= i < n g : a function of one argument that produces a new function a of n arguments that computes its result by applying f to its arguments using g(x) in parameter position i:
`static Function`	`NUM.add` Function to add two numbers
`static Function`	`FP.add`
`static Function`	`FP.alpha` Apply to all elements of a sequence.
`static Function`	`FP.and`
`static Function`	`FP.apndl` Append left
`static Function`	`FP.apndr` Append left
`static Function`	`LP.append`
`static Function`	`FP.atom` `atom` tests if the given argument is an atom (i.e.
`static Function`	`NUM.avgDamp`
`static Function`	`PF.bind` `bind` is a function of three arguments f : a function of n arguments i : an integer with 0 <= i < n x : an Object that produces a new function b of n - 1 arguments that computes its result by applying f to its n - 1 arguments using x in parameter position i:
`static Function`	`FP.bu` Binary to unary
`static Function`	`LP.car`
`static Function`	`LP.cdr`
`static Function`	`PF.compose` `compose` is a function of two arguments f : a function of one argument g : a function of n arguments that produces an new function c of n arguments (i.e.
`static Function`	`FP.compose` Returns the composition of functions f and g:
`static Function`	`FP.cond` conditional function application
`static Function`	`LP.cons` The cons function creates a cons cell with the given objects
`static Function`	`FP.constant` Returns a constant function with given value:
`static Function`	`FP.construct` Combines functions in given collection into a function producing a sequence of results f_i(x).
`static Function`	`NUM.continuedFraction`
`static Function`	`LZ.delay` `(delay <exp>)` is syntactic sugar for `(lambda () <exp>)`
`static Function`	`NUM.deriv`
`static Function`	`FP.distl` Distribute left
`static Function`	`FP.distr` Distribute right
`static Function`	`NUM.divide` Function to divide two numbers
`static Function`	`FP.divide`
`static Function`	`LZ.enumerateInterval`
`static Function`	`FP.eq` Equals:
`static Function`	`NUM.equal`
`static Function`	`LZ.filter`
`static Function`	`LP.filter`
`static Function`	`NUM.fixedPoint`
`static Function`	`LZ.force` Force simply calls the procedure (of no arguments) produced by delay, so we can implement force as a procedure:
`static Function`	`FP.id` Identity:
`static Function`	`FP.insert` Insert a binary function into a sequence.
`static Function`	`NUM.inv`
`static Function`	`FP.length` Length
`static Function`	`LP.list` The list function takes 0 or more arguments to form a list made from cons cells
`static Function`	`PF.map`
`static Function`	`MAP.map`
`static Function`	`LZ.map`
`static Function`	`NUM.min`
`static Function`	`NUM.multiply` Function to multiply two numbers
`static Function`	`FP.multiply`
`static Function`	`NUM.newtonsMethod`
`static Function`	`FP.not`
`static Function`	`FP.nul` Null: function to test if a given object is the empty sequence
`static Function`	`FP.or`
`static Function`	`NUM.power`
`static Function`	`PF.reduce` `reduce` is a function of two arguments f : a function of two arguments, init : an object that produces a new Function R of one arguments I : an `Iterable` instance { i_1, ..., i_n } as follows:
`static Function`	`LP.reduce`
`static Function`	`FP.reverse` Reverse
`static Function`	`FP.rotl`
`static Function`	`FP.rotr`
`static Function`	`FP.rsel` `rsel` creates a numeric selector function (counting from one)
`static Function`	`FP.rtail` `rtail` produces the tail of a sequence `x`, i.e.
`static Function`	`FP.sel` `sel` creates a numeric selector function (counting from one)
`static Function`	`NUM.sqrt`
`static Function`	`NUM.square`
`static Function`	`FP.substract`
`static Function`	`NUM.subtract` Function to subtract two numbers
`static Function`	`FP.tail` `tail` produces the tail of a sequence `x`, i.e.
`static Function`	`FP.transpose`
`static Function`	`PF.unary` `unary` is a function of one argument f : a function of n parameters that produces a new function U of one argument x : an object that puts its single argument x in all parameter positions of f, hence
`static Function`	`FP.whyle` Build a while loop from a given predicate `p` and a function `f`:

Methods in de.cm.frw.core.fun.impl that return Function
`static Function`	`PF.adapt(Function f, int i, Function a)`
`static Function`	`NUM.avgDamp(Function f)`
`static Function`	`PF.bind(Function f, int i, java.lang.Object arg)`
`static Function`	`PF.compose(Function f, Function g)`
`static Function`	`FP.compose(Function f, Function g)`
`static Function`	`LZ.cons(java.lang.Object a, Function f, java.util.Collection args)` Cons-stream is a special form defined so that `(cons-stream )` is equivalent to `(cons` `(delay ))`
`static Function`	`LZ.delay(Function f, java.util.Collection args)` Use the functional member delay to delay the application of a given function to the given arguments
`static Function`	`NUM.derive(Function g)`
`static Function`	`NUM.derive(Function g, double dx)`
`static Function`	`PF.map(Function f)`
`static Function`	`MAP.map(java.util.Map map)`
`static Function`	`MAP.map(java.lang.Object[][] pairs)`
`static Function`	`MAP.map(java.lang.Object[] keys, java.lang.Object[] values)`
`static Function`	`MAP.map(java.lang.Object[] keys, java.lang.Object[] values, java.util.Map emptyMap)`
`static Function`	`LP.mapcan(Function f, Function lst)`
`static Function`	`PF.reduce(Function f, java.lang.Object init)`
`static Function`	`FP.rsel(int s)` Method to simplify using rsel
`static Function`	`FP.sel(int s)` Method to simplify using sel
`static Function`	`PF.unary(Function f)`
`static Function`	`FP.whyle(Predicate p, Function f)`

Methods in de.cm.frw.core.fun.impl with parameters of type Function
`static Function`	`PF.adapt(Function f, int i, Function a)`
`PF`	`PF.adapt(int pos, Function a)`
`static Function`	`NUM.avgDamp(Function f)`
`static Function`	`PF.bind(Function f, int i, java.lang.Object arg)`
`PF`	`PF.compose(Function g)`
`static Function`	`PF.compose(Function f, Function g)`
`static Function`	`FP.compose(Function f, Function g)`
`static Function`	`LZ.cons(java.lang.Object a, Function f, java.util.Collection args)` Cons-stream is a special form defined so that `(cons-stream )` is equivalent to `(cons` `(delay ))`
`static Function`	`LZ.delay(Function f, java.util.Collection args)` Use the functional member delay to delay the application of a given function to the given arguments
`static Function`	`NUM.derive(Function g)`
`static Function`	`NUM.derive(Function g, double dx)`
`static java.lang.Number`	`NUM.fixedPoint(Function f, double guess)`
`static Predicate`	`Pred.fromFunction(Function f)`
`static Function`	`PF.map(Function f)`
`static java.lang.Iterable`	`Function.map(Function f, java.lang.Iterable args)`
`static java.lang.Object`	`LZ.map(Function f, java.lang.Object steam)`
`static Function`	`LP.mapcan(Function f, Function lst)`
`static Function`	`PF.reduce(Function f, java.lang.Object init)`
`static java.lang.Object`	`Function.reduce(java.lang.Iterable args, Function f, java.lang.Object initial)`
`static Function`	`PF.unary(Function f)`
`static Function`	`FP.whyle(Predicate p, Function f)`

Constructors in de.cm.frw.core.fun.impl with parameters of type Function
`LP.List(Function l)`
`PF(Function f)`
`Stream.Lazy(java.lang.Object init, Function generator)`

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Uses of Classde.cm.frw.core.fun.impl.Function

Uses of Class
de.cm.frw.core.fun.impl.Function