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| Uses of Function.InvalidArguments in de.cm.frw.core.fun.impl |
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| Methods in de.cm.frw.core.fun.impl that throw Function.InvalidArguments | |
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static Function |
PF.adapt(Function f,
int i,
Function a)
|
PF |
PF.adapt(int pos,
Function a)
|
static LP.ConsCell |
LP.append(java.util.Collection lists)
|
java.lang.Object |
PF.apply()
|
java.lang.Object |
Function.apply()
|
java.lang.Object |
Function.apply(boolean arg)
Apply this function to a boolean |
java.lang.Object |
Function.apply(boolean[] arg)
Apply this function to a boolean array |
java.lang.Object |
Function.apply(byte arg)
Apply this function to a byte |
java.lang.Object |
Function.apply(byte[] arg)
Apply this function to a byte array |
java.lang.Object |
Function.apply(char arg)
Apply this function to a char |
java.lang.Object |
Function.apply(char[] arg)
Apply this function to a char array |
java.lang.Object |
PF.apply(java.util.Collection args)
|
java.lang.Object |
Function.apply(java.util.Collection args)
Applies the implemented function to the passed in collection of arguments. |
java.lang.Object |
Function.apply(double arg)
Apply this function to a double |
java.lang.Object |
Function.apply(double[] arg)
Apply this function to a double array |
java.lang.Object |
Function.apply(float arg)
Apply this function to a float |
java.lang.Object |
Function.apply(float[] arg)
Apply this function to a float array |
java.lang.Object |
Function.apply(int arg)
Apply this function to an int |
java.lang.Object |
Function.apply(int[] arg)
Apply this function to an int array |
java.lang.Object |
Function.apply(long arg)
Apply this function to a long |
java.lang.Object |
Function.apply(long[] arg)
Apply this function to a long array |
java.lang.Object |
PF.apply(java.lang.Object arg)
|
java.lang.Object |
Function.apply(java.lang.Object arg)
|
java.lang.Object |
Function.apply(java.lang.Object[] arg)
Apply this function to an array of objects |
java.lang.Object |
NUM.Binary.apply(java.lang.Object x,
java.lang.Object y)
|
java.lang.Object |
NUM.BinaryTest.apply(java.lang.Object x,
java.lang.Object y)
|
static boolean |
FP.atom(java.lang.Object x)
Method to simplify the use of atom |
static Function |
NUM.avgDamp(Function f)
|
PF |
PF.bind(int pos,
java.lang.Object val)
|
static java.lang.Object |
LZ.car(java.lang.Object stream)
|
static java.lang.Object |
LP.car(java.lang.Object stream)
|
static java.lang.Object |
LZ.cdr(java.lang.Object stream)
|
static java.lang.Object |
LP.cdr(java.lang.Object stream)
|
void |
PF.checkArguments(java.util.Collection args)
|
void |
NUM.Unary.checkArguments(java.util.Collection args)
|
void |
NUM.Binary.checkArguments(java.util.Collection args)
|
void |
NUM.BinaryTest.checkArguments(java.util.Collection args)
|
void |
LP.ConsCell.checkArguments(java.util.Collection args)
|
void |
LP.EmptyConsCell.checkArguments(java.util.Collection args)
|
void |
Function.checkArguments(java.util.Collection args)
Override this method to check conditions on the arguments (like types) passed to the function in apply before the operate method is called. |
PF |
PF.compose(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 java.lang.Object |
LP.cons(java.lang.Object a,
java.lang.Object b)
|
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 Bag |
Bag.drop(Bag bag,
Predicate pred)
Drop all elements of a given bag where given predicate holds |
static LP.ConsCell |
LZ.drop(Predicate pred,
LP.ConsCell lst)
|
static LP.ConsCell |
LP.drop(Predicate pred,
LP.ConsCell lst)
|
static java.lang.Object |
LZ.enumerateInterval(int low,
int high)
|
static boolean |
FP.equals(java.lang.Object y,
java.lang.Object z)
Method to simplify the use of eq |
static LP.ConsCell |
LZ.filter(Predicate pred,
LP.ConsCell lst)
|
static LP.ConsCell |
LP.filter(Predicate pred,
LP.ConsCell lst)
|
static java.lang.Number |
NUM.fixedPoint(Function f,
double guess)
|
static java.lang.Object |
LZ.force(java.lang.Object object)
Use the functional member force to force evaluation of a given delayed function |
static boolean |
Function.is(java.lang.Object x)
Return the boolean value of a given Boolean x as double |
static boolean |
LP.isEmptyList(java.lang.Object stream)
|
static java.lang.Object |
LZ.iterRef(java.lang.Object stream,
int n)
Returns the nth element of a stream (iterative version) |
static java.lang.Object |
LP.iterRef(java.lang.Object stream,
int n)
|
static Bag |
Bag.keep(Bag bag,
Predicate pred)
Keep all elements of a given bag where given predicate holds |
static LP.ConsCell |
LZ.keep(Predicate pred,
LP.ConsCell lst)
|
static LP.ConsCell |
LP.keep(Predicate pred,
LP.ConsCell lst)
|
static java.lang.Object |
LP.listRef(java.lang.Object stream,
int n)
|
static java.lang.Object |
LP.makeEmptyList()
|
java.lang.Iterable |
PF.map(java.util.Collection args)
|
java.lang.Iterable |
Function.map(java.util.Collection args)
|
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 |
MAP.map(java.util.Map map)
|
static Function |
LP.mapcan(Function f,
Function lst)
|
static boolean |
FP.nul(java.lang.Object x)
Method to simplify the use of nul |
java.lang.Object |
PF.operate(java.lang.Object[] operands)
|
java.lang.Object |
NUM.Unary.operate(java.lang.Object[] operands)
|
java.lang.Object |
NUM.Binary.operate(java.lang.Object[] operands)
|
java.lang.Object |
NUM.BinaryTest.operate(java.lang.Object[] operands)
|
java.lang.Object |
LP.ConsCell.operate(java.lang.Object[] operands)
|
java.lang.Object |
Function.operate(java.lang.Object[] operands)
Override this to implement the actual operation realized by this function. |
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)
|
Bag |
Bag.removeIfNot(Predicate pred)
Destructively remove all items from the bag for which the given predicate does not hold |
static Function |
FP.rsel(int s)
Method to simplify using rsel |
static java.util.Collection |
FP.rtail(java.lang.Object x)
Method to simplify using rtail |
static Function |
FP.sel(int s)
Method to simplify using sel |
static java.lang.Object |
LZ.streamRef(java.lang.Object stream,
int n)
Returns the nth element of a stream (recursive version) |
static java.util.Collection |
FP.tail(java.lang.Object x)
Method to simplify using tail |
boolean |
Predicate.test(java.lang.Object arg)
|
abstract boolean |
Pred.test(java.lang.Object arg)
|
boolean |
Pred.Not.test(java.lang.Object arg)
|
boolean |
Pred.And.test(java.lang.Object arg)
|
boolean |
Pred.Or.test(java.lang.Object arg)
|
boolean |
Pred.BinPred.test(java.lang.Object a,
java.lang.Object b)
|
PF |
PF.unary()
|
static Function |
PF.unary(Function f)
|
static double |
Function.val(java.lang.Object x)
Return the value of a given number x as double |
static Function |
FP.whyle(Predicate p,
Function f)
|
| Constructors in de.cm.frw.core.fun.impl that throw Function.InvalidArguments | |
|---|---|
LP.List()
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