mathcomp.gui.cfd
Class Branch

java.lang.Object
  mathcomp.gui.cfd.Branch

public class Branch
extends java.lang.Object

Author:

chwust The Branch class represents an object to model a branch. It contains the nodes and diameters of its nodes in the explicit order from bottom to top. If along a branch another branching occurs (can only happen once) branchingPointer and -NodeNum store this special data.

Constructor Summary

Branch()

Branch(java.util.Vector nodes, java.util.Vector diams)

Method Summary

void	addNodeWithDiam(Node n, double diam)
void	deleteNode(int index)
int	getBranchingPointer()
double	getDiamAt(int i)
java.util.Vector	getDiams()
double	getLength() caluculates the branch length from bottom to top
double	getLengthUntil(int index) caluclates the branch length from bottom to node with number index.
Node	getNodeAt(int i)
java.util.Vector	getNodes()
int	getNumNodes()
void	insertNewDataAfter(Node n, double diam, int index)
void	insertNodeAt(Node n, double diam, int index)
void	insertNodeBetween(int index)
boolean	isBranchingNode(int nodeNum)
void	printData()
void	printPhantomNodes()
void	resetPhantomData() whenever added a node via skeleton.addPoint this last point of this branch becomes the first and only phantom node
void	scaleToLengthFromTop(double toScaleLen)
void	scaleWithRespectTo(double factor, Node anchor)
void	setBranchingNode(int nn, int bp)
void	setDiamAt(double value, int i)
void	setDiams(java.util.Vector diams)
void	setNodeAt(Node n, int i)
void	setNodes(java.util.Vector nodes)
int	size()

Methods inherited from class java.lang.Object

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

Constructor Detail

Branch

public Branch()

Branch

public Branch(java.util.Vector nodes,
              java.util.Vector diams)

Method Detail

getLength

public double getLength()

caluculates the branch length from bottom to top

Returns:

branch length

getLengthUntil

public double getLengthUntil(int index)

caluclates the branch length from bottom to node with number index.

Parameters:

index -

Returns:

specified branch length

deleteNode

public void deleteNode(int index)

insertNodeBetween

public void insertNodeBetween(int index)

insertNewDataAfter

public void insertNewDataAfter(Node n,
                               double diam,
                               int index)

insertNodeAt

public void insertNodeAt(Node n,
                         double diam,
                         int index)

setBranchingNode

public void setBranchingNode(int nn,
                             int bp)

isBranchingNode

public boolean isBranchingNode(int nodeNum)

getBranchingPointer

public int getBranchingPointer()

addNodeWithDiam

public void addNodeWithDiam(Node n,
                            double diam)

size

public int size()

getNodes

public java.util.Vector getNodes()

Returns:

Returns the nodes.

setNodes

public void setNodes(java.util.Vector nodes)

Parameters:

nodes - The nodes to set.

printData

public void printData()

getDiams

public java.util.Vector getDiams()

Returns:

Returns the diams.

setDiams

public void setDiams(java.util.Vector diams)

Parameters:

diams - The diams to set.

setDiamAt

public void setDiamAt(double value,
                      int i)

getDiamAt

public double getDiamAt(int i)

setNodeAt

public void setNodeAt(Node n,
                      int i)

getNodeAt

public Node getNodeAt(int i)

getNumNodes

public int getNumNodes()

Returns:

scaleWithRespectTo

public void scaleWithRespectTo(double factor,
                               Node anchor)

scaleToLengthFromTop

public void scaleToLengthFromTop(double toScaleLen)

resetPhantomData

public void resetPhantomData()

whenever added a node via skeleton.addPoint this last point of this branch becomes the first and only phantom node

printPhantomNodes

public void printPhantomNodes()