main
Class AffectorTemplate

java.lang.Object
  main.AffectorTemplate

public class AffectorTemplate

extends java.lang.Object

Field Summary

int	affectorType

Constructor Summary

AffectorTemplate(java.lang.String nodename)

Method Summary

void	calculateDefaultIntersect(Network network)
Affector	getAffector()
java.lang.String	getAffectorName()
java.util.Enumeration	getAffectorParameters() This function returns an enumeration of a vector containing the numbers of each of the affectors parameters (as Integers).
java.util.Enumeration	getEnhancerTemplates() Returns an Enumeration on the enhancerTemplates Vector.
int	getIntersectX()
int	getIntersectY()
java.lang.String[]	getNodeNames() This function is here so that viewers can examine an affector.
int	getNumParameters() Returns the number of parameters that this affector has.
AffectorTemplate	isPositionInside(int x, int y, int radius)
Affector	makeAffector(Cell cell, int side)
void	moveIntersectPos(int move_x, int move_y)
void	paint(java.awt.Graphics g0, int cur_node_num, Network network, AffectorTemplate hilight_aff)
protected void	paintOutgoingLines(java.awt.Graphics g0, Network network, int intersect_x, int intersect_y, NodeTemplate node, int cur_node_num, AffectorTemplate hilight_aff)
void	readSetup(BetterTokenizer tokenizer, java.lang.String affector_name)
void	setIntersectX(int new_x)
void	setIntersectY(int new_y)
void	toString(java.io.PrintWriter pw, java.lang.String indent)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

affectorType

public int affectorType

Constructor Detail

AffectorTemplate

public AffectorTemplate(java.lang.String nodename)

Method Detail

makeAffector

public Affector makeAffector(Cell cell,
                             int side)
                      throws java.lang.Exception

Throws:

java.lang.Exception

getEnhancerTemplates

public java.util.Enumeration getEnhancerTemplates()

Returns an Enumeration on the enhancerTemplates Vector. If Enhancers are themselves Enhancers, then their lists are included.

readSetup

public void readSetup(BetterTokenizer tokenizer,
                      java.lang.String affector_name)
               throws java.lang.Exception

Throws:

java.lang.Exception

paint

public void paint(java.awt.Graphics g0,
                  int cur_node_num,
                  Network network,
                  AffectorTemplate hilight_aff)

paintOutgoingLines

protected void paintOutgoingLines(java.awt.Graphics g0,
                                  Network network,
                                  int intersect_x,
                                  int intersect_y,
                                  NodeTemplate node,
                                  int cur_node_num,
                                  AffectorTemplate hilight_aff)
                           throws java.lang.Exception

Throws:

java.lang.Exception

calculateDefaultIntersect

public void calculateDefaultIntersect(Network network)

getIntersectX

public int getIntersectX()

setIntersectX

public void setIntersectX(int new_x)

getIntersectY

public int getIntersectY()

setIntersectY

public void setIntersectY(int new_y)

moveIntersectPos

public void moveIntersectPos(int move_x,
                             int move_y)

isPositionInside

public AffectorTemplate isPositionInside(int x,
                                         int y,
                                         int radius)

getAffectorName

public java.lang.String getAffectorName()

getAffector

public Affector getAffector()

getNodeNames

public java.lang.String[] getNodeNames()

This function is here so that viewers can examine an affector. It should not be used by any of the modeling classes themselves.

getNumParameters

public int getNumParameters()

Returns the number of parameters that this affector has.

getAffectorParameters

public java.util.Enumeration getAffectorParameters()

This function returns an enumeration of a vector containing the numbers of each of the affectors parameters (as Integers). This is here so that viewers can examine and change the values of an Affector's parameters. It should not be used by any of the modeling classes.

toString

public void toString(java.io.PrintWriter pw,
                     java.lang.String indent)