com.uwemeding.fuzzer

Class Member

java.lang.Object

com.uwemeding.fuzzer.Node

com.uwemeding.fuzzer.Member

All Implemented Interfaces:

NameBearer

public class Member
extends Node
implements NameBearer

Fuzzy range members.

Author:

uwe

Nested Class Summary

Nested classes/interfaces inherited from class com.uwemeding.fuzzer.Node

Node.Type

Constructor Summary

Constructors

Modifier	Constructor and Description
	Member(String name) Create a simple member.
	Member(String name, FunctionCall functionCall) Create a member with a function call.
protected	Member(String name, FunctionCall functionCall, Hedge hedge)

Method Summary

Modifier and Type	Method and Description
Member	add(Number x, Number y) Add a point to the members.
Member	add(Point p) Add a point to the members.
Member	applyHedge(Hedge hedge) Apply a hedge to the member.
void	calculateEndPoints(double start, double stop) Adjust the point list so we have values at the end points
boolean	equals(Object obj)
Collection<Double>	exploded() Get the exploded values.
FunctionCall	getFunctionCall() Get the function call for this member.
Hedge	getHedge() Get the hedge for this member,
String	getName() Get the member name
Node.Type	getNodeType() Get the node type.
int	getReferenceCount() Get the member reference count.
int	hashCode()
boolean	haveFunctionCall() Test if we have a function call.
boolean	haveHedge() Test if we have a hedge.
void	incrReferenceCount() Increment the reference counter.
boolean	isReferenced() Indicate if this member is referenced.
List<Integer>	normalized() Get the normalied values.
List<Point>	points() The list of points.
int	size() Get the size of the point list
String	toLogString()
String	toString()

Methods inherited from class com.uwemeding.fuzzer.Node

cast

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Constructor Detail

Member

protected Member(String name,
                 FunctionCall functionCall,
                 Hedge hedge)

Member

public Member(String name,
              FunctionCall functionCall)

Create a member with a function call.

Parameters:

name - the member name

functionCall - the function call

Member

public Member(String name)

Create a simple member.

Parameters:

name - member name

Method Detail

applyHedge

public Member applyHedge(Hedge hedge)

Apply a hedge to the member.

Parameters:

hedge - is the hedge

Returns:

the hedged member

getName

public String getName()

Get the member name

Specified by:

getName in interface NameBearer

Returns:

the member name

getNodeType

public Node.Type getNodeType()

Get the node type.

Specified by:

getNodeType in class Node

Returns:

MEMBER

haveFunctionCall

public boolean haveFunctionCall()

Test if we have a function call.

Returns:

true/false

getFunctionCall

public FunctionCall getFunctionCall()

Get the function call for this member.

Returns:

the function call

haveHedge

public boolean haveHedge()

Test if we have a hedge.

Returns:

true/false

getHedge

public Hedge getHedge()

Get the hedge for this member,

Returns:

the hedge

isReferenced

public boolean isReferenced()

Indicate if this member is referenced.

Returns:

true/false

incrReferenceCount

public void incrReferenceCount()

Increment the reference counter.

getReferenceCount

public int getReferenceCount()

Get the member reference count.

Returns:

the reference count

add

public Member add(Point p)

Add a point to the members.

Parameters:

p - is the point

Returns:

this member

add

public Member add(Number x,
                  Number y)

Add a point to the members.

Parameters:

x - x

y - y

Returns:

the member

size

public int size()

Get the size of the point list

Returns:

the size

points

public List<Point> points()

The list of points.

Returns:

the points

hashCode

public int hashCode()

Overrides:

hashCode in class Object

equals

public boolean equals(Object obj)

Overrides:

equals in class Object

toLogString

public String toLogString()

toString

public String toString()

Overrides:

toString in class Object

calculateEndPoints

public void calculateEndPoints(double start,
                               double stop)

Adjust the point list so we have values at the end points

Parameters:

start - start interval

stop - end interval

exploded

public Collection<Double> exploded()

Get the exploded values.

Returns:

the exploded values

normalized

public List<Integer> normalized()

Get the normalied values.

Returns:

the normalized values