iicm.vrml.pw
Class CylinderSensor

java.lang.Object
  iicm.vrml.pw.Node
      iicm.vrml.pw.Sensor
          iicm.vrml.pw.CylinderSensor

All Implemented Interfaces:

PointerSensor

public class CylinderSensor
extends Sensor
implements PointerSensor

Field Summary

(package private) static int	ANG
SFBool	autoOffset
static int	CYLINDERMODE
float	cylRadius_
SFFloat	diskAngle
static int	DISKMODE
int	dragMode_
SFBool	enabled
SFBool	isActive
SFFloat	maxAngle
SFFloat	minAngle
SFFloat	offset
(package private) float	oldTrackAng_
float	oldx_
float	oldy_
Ray	ray_
SFRotation	rotation_changed
(package private) float	trackingPlan_
SFVec3f	trackPoint_changed
(package private) float[]	trfmat_
(package private) static int	X
(package private) static int	Y
(package private) static int	Z

Fields inherited from class iicm.vrml.pw.Node

DEF_KEYWORD, EXTERNPROTO_KEYWORD, fieldIScontent, newISname, newISnum, objname, PROTO_KEYWORD, ROUTE_KEYWORD, SCRIPT_KEYWORD, subfields, USE_KEYWORD, userdata

Constructor Summary

CylinderSensor()

Method Summary

private float	diskrotangle(float x, float z) diskrotangle calculates the angle of the point (x,z) + angle = counterclockwise z+ = up x+ = right - angle = clockwise z- = down x- - left
void	mouseDown(float downx, float downy, Hitpoint hit, double timestamp) handle mouse down in interaction mode
void	mouseDrag(float dragx, float dragy, Hitpoint hit, double timestamp) handle mouse drag in interaction mode
void	mouseExit(double timestamp) handle mouse exit
void	mouseMove(float downx, float downy, Hitpoint hit, double timestamp) handle mouse move in interaction mode
void	mouseUp(double timestamp) handle mouse up in interaction mode
java.lang.String	nodeName() the node's name
void	traverse(Traverser t) must call appropriate method of Traverser for node traversal

Methods inherited from class iicm.vrml.pw.Sensor

evaluate

Methods inherited from class iicm.vrml.pw.Node

addField, addRoute, atCurrLine, createInstanceFromName, deleteRoute, getEvent, readFields, readNode, readNodeBody, readNodeBody, tab, traverseNode, writeNode, writeSubfield, writeSubfields, writeX3dISfields, writeX3dNode, writeX3dNode, writeX3dNode, writeX3dSubfield, writeX3dSubfields, writeX3dSubfields

Methods inherited from class java.lang.Object

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

Field Detail

offset

public SFFloat offset

diskAngle

public SFFloat diskAngle

maxAngle

public SFFloat maxAngle

minAngle

public SFFloat minAngle

enabled

public SFBool enabled

autoOffset

public SFBool autoOffset

isActive

public SFBool isActive

rotation_changed

public SFRotation rotation_changed

trackPoint_changed

public SFVec3f trackPoint_changed

oldx_

public float oldx_

oldy_

public float oldy_

cylRadius_

public float cylRadius_

dragMode_

public int dragMode_

CYLINDERMODE

public static final int CYLINDERMODE

See Also:

Constant Field Values

DISKMODE

public static final int DISKMODE

See Also:

Constant Field Values

trfmat_

float[] trfmat_

ray_

public Ray ray_

trackingPlan_

float trackingPlan_

oldTrackAng_

float oldTrackAng_

X

static final int X

See Also:

Constant Field Values

Y

static final int Y

See Also:

Constant Field Values

Z

static final int Z

See Also:

Constant Field Values

ANG

static final int ANG

See Also:

Constant Field Values

Constructor Detail

CylinderSensor

CylinderSensor()

Method Detail

nodeName

public java.lang.String nodeName()

Description copied from class: Node

the node's name

Specified by:

nodeName in class Node

traverse

public void traverse(Traverser t)

Description copied from class: Node

must call appropriate method of Traverser for node traversal

Specified by:

traverse in class Node

mouseMove

public void mouseMove(float downx,
                      float downy,
                      Hitpoint hit,
                      double timestamp)

handle mouse move in interaction mode

Specified by:

mouseMove in interface PointerSensor

mouseDrag

public void mouseDrag(float dragx,
                      float dragy,
                      Hitpoint hit,
                      double timestamp)

handle mouse drag in interaction mode

Specified by:

mouseDrag in interface PointerSensor

mouseDown

public void mouseDown(float downx,
                      float downy,
                      Hitpoint hit,
                      double timestamp)

handle mouse down in interaction mode

Specified by:

mouseDown in interface PointerSensor

mouseUp

public void mouseUp(double timestamp)

handle mouse up in interaction mode

Specified by:

mouseUp in interface PointerSensor

mouseExit

public void mouseExit(double timestamp)

handle mouse exit

Specified by:

mouseExit in interface PointerSensor

diskrotangle

private float diskrotangle(float x,
                           float z)

diskrotangle calculates the angle of the point (x,z) + angle = counterclockwise z+ = up x+ = right - angle = clockwise z- = down x- - left