S

second() - Method in class de.cm.frw.core.fun.impl.LP.ConsPair

 

second() - Method in interface de.cm.frw.core.fun.impl.Pair

 

second() - Method in class de.cm.frw.core.fun.impl.Stream.SimplePair

 

sel - Static variable in class de.cm.frw.core.fun.impl.FP

sel creates a numeric selector function (counting from one)

sel(int) - Static method in class de.cm.frw.core.fun.impl.FP

Method to simplify using sel

size() - Method in class de.cm.frw.core.fun.impl.Bag

 

size() - Method in class de.cm.frw.core.fun.impl.LP.List

 

sqrt - Static variable in class de.cm.frw.core.fun.impl.NUM

 

square - Static variable in class de.cm.frw.core.fun.impl.NUM

 

Stream - Class in de.cm.frw.core.fun.impl

Stream class implements Iterator and supports lazy evaluation insofar as next() may be implemented to calculate the next element on demand.

Stream() - Constructor for class de.cm.frw.core.fun.impl.Stream

 

Stream.Filtered - Class in de.cm.frw.core.fun.impl

 

Stream.Filtered(Predicate, Iterator) - Constructor for class de.cm.frw.core.fun.impl.Stream.Filtered

 

Stream.Lazy - Class in de.cm.frw.core.fun.impl

 

Stream.Lazy(Object, Function) - Constructor for class de.cm.frw.core.fun.impl.Stream.Lazy

 

Stream.Range - Class in de.cm.frw.core.fun.impl

 

Stream.Range(Comparable, Comparable) - Constructor for class de.cm.frw.core.fun.impl.Stream.Range

 

Stream.SimplePair - Class in de.cm.frw.core.fun.impl

This would be called an cons cell in Lisp: (cons a b) = new Pair(a, b) (car (cons a b)) = a = (new Pair(a, b)).first() (cdr (cons a b)) = b = (new Pair(a, b)).second()

Stream.SimplePair(Object, Object) - Constructor for class de.cm.frw.core.fun.impl.Stream.SimplePair

 

streamRef(Object, int) - Static method in class de.cm.frw.core.fun.impl.LZ

Returns the nth element of a stream (recursive version)

substract - Static variable in class de.cm.frw.core.fun.impl.FP

 

subtract - Static variable in class de.cm.frw.core.fun.impl.NUM

Function to subtract two numbers