VRS::AxonometricLookAtManipulator Class Reference

#include <vrs/sg/axonometriclookatmanipulator.h>

Inheritance diagram for VRS::AxonometricLookAtManipulator:

List of all members.

Public Types
enum	Mode { Zoom = 0, ScrollMouse = 1, Rotate = 2 }
Public Member Functions
	VRS_SERIALIZABLE_CLASS_ENUM (Mode)
	AxonometricLookAtManipulator (const VRS::SO< AxonometricLookAt > &axonometricLookAt, Mode mode, InputEvent::Button button, InputEvent::Modifier mustModifier=InputEvent::NoModifier, InputEvent::Modifier mustNotModifier=InputEvent::NoModifier)
void	setAxonometricLookAt (const VRS::SO< AxonometricLookAt > &axonometricLookAt)
const VRS::SO < AxonometricLookAt > &	getAxonometrixLookAt (void) const
void	setMode (AxonometricLookAtManipulator::Mode manipmode)
AxonometricLookAtManipulator::Mode	getMode () const
void	setSensitivity (int mode, double sensitivity)
double	getSensitivity (int mode) const
virtual BehaviorNode::InvalidationHint	dragStart (int x, int y, ButtonEvent *)
virtual BehaviorNode::InvalidationHint	dragMotion (int x, int y, MotionEvent *)
virtual BehaviorNode::InvalidationHint	dragEnd (int x, int y, ButtonEvent *)
	VRS_TYPEINFO (AxonometricLookAtManipulator, Manipulator)
	VRS_SERIALIZABLE (AxonometricLookAtManipulator)
Protected Member Functions
	AxonometricLookAtManipulator (void)

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Member Enumeration Documentation

enum VRS::AxonometricLookAtManipulator::Mode

Enumerator:

Zoom
ScrollMouse
Rotate

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Constructor & Destructor Documentation

VRS::AxonometricLookAtManipulator::AxonometricLookAtManipulator	(	const VRS::SO< AxonometricLookAt > &	axonometricLookAt,
		Mode	mode,
		InputEvent::Button	button,
		InputEvent::Modifier	mustModifier = InputEvent::NoModifier,
		InputEvent::Modifier	mustNotModifier = InputEvent::NoModifier
	)

VRS::AxonometricLookAtManipulator::AxonometricLookAtManipulator

(

void

)

[protected]

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Member Function Documentation

VRS::AxonometricLookAtManipulator::VRS_SERIALIZABLE_CLASS_ENUM

(

Mode

)

void VRS::AxonometricLookAtManipulator::setAxonometricLookAt

(

const VRS::SO< AxonometricLookAt > &

axonometricLookAt

)

const VRS::SO<AxonometricLookAt>& VRS::AxonometricLookAtManipulator::getAxonometrixLookAt

(

void

)

const [inline]

void VRS::AxonometricLookAtManipulator::setMode

(

AxonometricLookAtManipulator::Mode

manipmode

)

AxonometricLookAtManipulator::Mode VRS::AxonometricLookAtManipulator::getMode

(

)

const [inline]

void VRS::AxonometricLookAtManipulator::setSensitivity	(	int	mode,
		double	sensitivity
	)

double VRS::AxonometricLookAtManipulator::getSensitivity

(

int

mode

)

const [inline]

virtual BehaviorNode::InvalidationHint VRS::AxonometricLookAtManipulator::dragStart	(	int	x,
		int	y,
		ButtonEvent *
	)			[virtual]

Implements VRS::Manipulator.

virtual BehaviorNode::InvalidationHint VRS::AxonometricLookAtManipulator::dragMotion	(	int	x,
		int	y,
		MotionEvent *
	)			[virtual]

Implements VRS::Manipulator.

virtual BehaviorNode::InvalidationHint VRS::AxonometricLookAtManipulator::dragEnd	(	int	x,
		int	y,
		ButtonEvent *	e
	)			[virtual]

These methods implements the concrete manipulator functionality. They are overloaded by subclasses. `dragStart' is called if an event of type `ButtonEvent` is received which matches the button condition. `dragMotion' is called if the interaction has been started already and an `MotionEvent' has been received which matches the modifier conditions. `dragEnd' is called if the interaction has been started already and an event of type `ButtonEvent' has been received which matches the button condition. The return value specifies the redrawing code required by `handle'. (It specifies if the world, a canvas or nothing has to be redrawn).

Implements VRS::Manipulator.

VRS::AxonometricLookAtManipulator::VRS_TYPEINFO	(	AxonometricLookAtManipulator	,
		Manipulator
	)

VRS::AxonometricLookAtManipulator::VRS_SERIALIZABLE

(

AxonometricLookAtManipulator

)

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The documentation for this class was generated from the following file:

• axonometriclookatmanipulator.h