OgreRefApp::FinitePlane Class Reference

#include <OgreRefAppPlane.h>

Inheritance diagram for OgreRefApp::FinitePlane:

List of all members.

Public Member Functions
	FinitePlane (const String &name, Real width, Real height)
	~FinitePlane ()
virtual void	setPosition (const Vector3 &vec)
	Sets the position of this object.
virtual void	setPosition (Real x, Real y, Real z)
	Sets the position of this object.
virtual void	setOrientation (const Quaternion &orientation)
	Sets the orientation of this object.
virtual const Vector3 &	getPosition (void)
	Gets the current position of this object.
virtual const Quaternion &	getOrientation (void)
	Gets the current orientation of this object.
virtual void	_updateFromDynamics (void)
	Updates the position of this game object from the simulation.
virtual bool	isCollisionEnabled (void)
	Returns whether or not this object is considered for collision.
virtual bool	isDynamicsEnabled (void)
	Returns whether or not this object is physically simulated.
virtual void	setDynamicsDisableThreshold (Real linearSq, Real angularSq, Real overTime)
	Sets the linear and angular velocity thresholds, below which the object will have it's dynamics automatically disabled for performance.
virtual void	setCollisionEnabled (bool enabled)
virtual void	setDynamicsEnabled (bool enabled, bool reEnableOnInteraction=false)
	Sets whether or not this object is physically simulated at this time.
virtual void	setBounceParameters (Real restitutionValue, Real velocityThreshold)
	Sets the 'bounciness' of this object.
virtual Real	getBounceRestitutionValue (void)
	Gets the cefficient of restitution (bounciness) for this object.
virtual Real	getBounceVelocityThreshold (void)
	Gets the bounce velocity threshold for this object.
virtual void	setSoftness (Real softness)
	Sets the softness of this object, which determines how much it is allowed to penetrate other objects.
virtual Real	getSoftness (void)
	Gets the softness factor of this object.
virtual void	setFriction (Real friction)
	Sets the Coulomb frictional coefficient for this object.
virtual Real	getFriction (void)
	Gets the Coulomb frictional coefficient for this object.
virtual void	addForce (const Vector3 &direction, const Vector3 &atPosition=Vector3::ZERO)
	Adds a linear force to this object, in object space, at the position indicated.
virtual void	addForce (Real dir_x, Real dir_y, Real dir_z, Real pos_x=0, Real pos_y=0, Real pos_z=0)
	Adds a linear force to this object, in object space, at the position indicated.
virtual void	addForceWorldSpace (const Vector3 &direction, const Vector3 &atPosition=Vector3::ZERO)
	Adds a linear force to this object, in world space, at the position indicated.
virtual void	addForceWorldSpace (Real dir_x, Real dir_y, Real dir_z, Real pos_x, Real pos_y, Real pos_z)
	Adds a linear force to this object, in world space, at the position indicated.
virtual void	addTorque (const Vector3 &direction)
	Adds rotational force to this object, in object space.
virtual void	addTorque (Real x, Real y, Real z)
	Adds rotational force to this object, in object space.
virtual void	addTorqueWorldSpace (const Vector3 &direction)
	Adds rotational force to this object, in world space.
virtual void	addTorqueWorldSpace (Real x, Real y, Real z)
	Adds rotational force to this object, in world space.
virtual bool	testCollide (ApplicationObject *otherObj)
	Tests to see if there is a detailed collision between this object and the object passed in.
virtual bool	testCollide (SceneQuery::WorldFragment *wf)
	Tests to see if there is a detailed collision between this object and the world fragment passed in.
virtual void	_notifyCollided (ApplicationObject *otherObj, const CollisionInfo &info)
	This method is called automatically if testCollide indicates a real collision.
virtual void	_notifyCollided (SceneQuery::WorldFragment *wf, const CollisionInfo &info)
	This method is called automatically if testCollide indicates a real collision.
SceneNode *	getSceneNode (void)
	Gets the SceneNode which is being used to represent this object's position in the OGRE world.
Entity *	getEntity (void)
	Gets the Entity which is being used to represent this object in the OGRE world.
dBody *	getOdeBody (void)
	Gets the ODE body used to represent this object's mass and current velocity.
void	setMassSphere (Real density, Real radius)
	Set the mass parameters of this object to represent a sphere.
void	setMassBox (Real density, const Vector3 &dimensions, const Quaternion &orientation=Quaternion::IDENTITY)
	Set the mass parameters of this object to represent a box.
void	setMassCappedCylinder (Real density, Real length, Real width, const Quaternion &orientation=Quaternion::IDENTITY)
	Set the mass parameters of this object to represent a capped cylinder.
void	setMassExpert (Real mass, const Vector3 center, const Matrix3 inertia)
	Sets the mass parameters manually, use only if you know how!
const dMass *	getOdeMass (void)
	Gets the ODE mass parameters for this object.
void	setLinearVelocity (const Vector3 &vel)
	Sets the current linear velocity of this object.
void	setLinearVelocity (Real x, Real y, Real z)
	Sets the current linear velocity of this object.
const Vector3 &	getLinearVelocity (void)
	Gets the current linear velocity of this object.
const Vector3 &	getAngularVelocity (void)
	Gets the current angular velocity of this object.
void	setAngularVelocity (const Vector3 &vel)
	Sets the current angular velocity of this object.
void	setAngularVelocity (Real x, Real y, Real z)
	Sets the current angular velocity of this object.
virtual void	translate (const Vector3 &d)
	Moves the object along it's local axes.
virtual void	translate (Real x, Real y, Real z)
	Moves the object along it's local axes.
virtual void	translateWorldSpace (const Vector3 &d)
	Moves the object along the world axes.
virtual void	translateWorldSpace (Real x, Real y, Real z)
	Moves the object along the world axes.
virtual void	roll (const Radian &angle)
	Rotate the object around the local Z-axis.
void	roll (Real angleunits)
virtual void	pitch (const Radian &angle)
	Rotate the object around the local X-axis.
void	pitch (Real angleunits)
virtual void	yaw (const Radian &angle)
	Rotate the object around the local Y-axis.
void	yaw (Real angleunits)
virtual void	rotate (const Vector3 &axis, const Radian &angle)
	Rotate the object around an arbitrary axis.
void	rotate (const Vector3 &axis, Real angleunits)
virtual void	rotate (const Quaternion &q)
	Rotate the object around an aritrary axis using a Quarternion.
virtual long	getTypeID (void) const
	Return a number identifying the type of user defined object.
virtual const String &	getTypeName (void) const
	Return a string identifying the type of user defined object.
Protected Types
typedef std::list< dGeom * >	CollisionProxyList
	Collision proxies, must be set up if collision enabled.
Protected Member Functions
void	setUp (const String &name)
virtual void	updateCollisionProxies (void)
	Internal method for updating the state of the collision proxies.
virtual bool	testCollidePlaneBounds (SceneQuery::WorldFragment *wf)
	Internal method for testing the plane bounded region WorldFragment type.
virtual void	setEntityQueryFlags (void)
	Internal method for updating the query mask.
Protected Attributes
Real	mWidth
Real	mHeight
SceneNode *	mSceneNode
Entity *	mEntity
dBody *	mOdeBody
	Dynamics properties, must be set up by subclasses if dynamics enabled.
dMass	mMass
	Mass parameters.
CollisionProxyList	mCollisionProxies
bool	mDynamicsEnabled
bool	mReenableIfInteractedWith
bool	mCollisionEnabled
Real	mBounceCoeffRestitution
Real	mBounceVelocityThreshold
Real	mSoftness
Real	mFriction
Real	mLinearVelDisableThreshold
Real	mAngularVelDisableThreshold
Real	mDisableTime
Real	mDisableTimeEnd

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Member Typedef Documentation

typedef std::list<dGeom*> OgreRefApp::ApplicationObject::CollisionProxyList [protected, inherited]

Collision proxies, must be set up if collision enabled. Definition at line 56 of file OgreRefAppApplicationObject.h.

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Constructor & Destructor Documentation

OgreRefApp::FinitePlane::FinitePlane (  const String &  name, Real  width, Real  height )

OgreRefApp::FinitePlane::~FinitePlane (   )

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Member Function Documentation

virtual void OgreRefApp::ApplicationObject::_notifyCollided (  SceneQuery::WorldFragment *  wf, const CollisionInfo &  info )  [virtual, inherited]

This method is called automatically if testCollide indicates a real collision. Reimplemented in OgreRefApp::CollideCamera.

virtual void OgreRefApp::ApplicationObject::_notifyCollided (  ApplicationObject *  otherObj, const CollisionInfo &  info )  [virtual, inherited]

This method is called automatically if testCollide indicates a real collision. Reimplemented in OgreRefApp::Box.

virtual void OgreRefApp::ApplicationObject::_updateFromDynamics (  void   )  [virtual, inherited]

Updates the position of this game object from the simulation.

virtual void OgreRefApp::ApplicationObject::addForce (  Real  dir_x, Real  dir_y, Real  dir_z, Real  pos_x = 0, Real  pos_y = 0, Real  pos_z = 0 )  [virtual, inherited]

Adds a linear force to this object, in object space, at the position indicated. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: dir_x,dir_y,dir_z  The force direction in object coordinates. pos_x,pos_y,pos_z  The position at which the force is to be applied, in object coordinates.

virtual void OgreRefApp::ApplicationObject::addForce (  const Vector3 &  direction, const Vector3 &  atPosition = Vector3::ZERO )  [virtual, inherited]

Adds a linear force to this object, in object space, at the position indicated. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: direction  The force direction in object coordinates. atPosition  The position at which the force is to be applied, in object coordinates.

virtual void OgreRefApp::ApplicationObject::addForceWorldSpace (  Real  dir_x, Real  dir_y, Real  dir_z, Real  pos_x, Real  pos_y, Real  pos_z )  [virtual, inherited]

Adds a linear force to this object, in world space, at the position indicated. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: dir_x,dir_y,dir_z  The force direction in world coordinates. pos_x,pos_y,pos_z  The position at which the force is to be applied, in world coordinates.

virtual void OgreRefApp::ApplicationObject::addForceWorldSpace (  const Vector3 &  direction, const Vector3 &  atPosition = Vector3::ZERO )  [virtual, inherited]

Adds a linear force to this object, in world space, at the position indicated. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: direction  The force direction in world coordinates. atPosition  The position at which the force is to be applied, in world coordinates.

virtual void OgreRefApp::ApplicationObject::addTorque (  Real  x, Real  y, Real  z )  [virtual, inherited]

Adds rotational force to this object, in object space. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: x,y,z  The direction of the torque to apply, in object space.

virtual void OgreRefApp::ApplicationObject::addTorque (  const Vector3 &  direction  )  [virtual, inherited]

Adds rotational force to this object, in object space. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: direction  The direction of the torque to apply, in object space.

virtual void OgreRefApp::ApplicationObject::addTorqueWorldSpace (  Real  x, Real  y, Real  z )  [virtual, inherited]

Adds rotational force to this object, in world space. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: x,y,z  The direction of the torque to apply, in world space.

virtual void OgreRefApp::ApplicationObject::addTorqueWorldSpace (  const Vector3 &  direction  )  [virtual, inherited]

Adds rotational force to this object, in world space. Remarks: All forces are applied, then reset after World::applyDynamics is called. Parameters: direction  The direction of the torque to apply, in world space.

const Vector3& OgreRefApp::ApplicationObject::getAngularVelocity (  void   )  [inherited]

Gets the current angular velocity of this object. Remarks: Only applicable if dynamics are enabled for this object. Returns: Vector3 representing the angular velocity in units per second around each axis.

virtual Real OgreRefApp::ApplicationObject::getBounceRestitutionValue (  void   )  [virtual, inherited]

Gets the cefficient of restitution (bounciness) for this object.

virtual Real OgreRefApp::ApplicationObject::getBounceVelocityThreshold (  void   )  [virtual, inherited]

Gets the bounce velocity threshold for this object.

Entity* OgreRefApp::ApplicationObject::getEntity (  void   )  [inherited]

Gets the Entity which is being used to represent this object in the OGRE world.

virtual Real OgreRefApp::ApplicationObject::getFriction (  void   )  [virtual, inherited]

Gets the Coulomb frictional coefficient for this object.

const Vector3& OgreRefApp::ApplicationObject::getLinearVelocity (  void   )  [inherited]

Gets the current linear velocity of this object. Remarks: Only applicable if dynamics are enabled for this object. Returns: Vector3 representing the velocity in units per second.

dBody* OgreRefApp::ApplicationObject::getOdeBody (  void   )  [inherited]

Gets the ODE body used to represent this object's mass and current velocity.

const dMass* OgreRefApp::ApplicationObject::getOdeMass (  void   )  [inherited]

Gets the ODE mass parameters for this object.

virtual const Quaternion& OgreRefApp::ApplicationObject::getOrientation (  void   )  [virtual, inherited]

Gets the current orientation of this object. Reimplemented in OgreRefApp::CollideCamera.

virtual const Vector3& OgreRefApp::ApplicationObject::getPosition (  void   )  [virtual, inherited]

Gets the current position of this object.

SceneNode* OgreRefApp::ApplicationObject::getSceneNode (  void   )  [inherited]

Gets the SceneNode which is being used to represent this object's position in the OGRE world.

virtual Real OgreRefApp::ApplicationObject::getSoftness (  void   )  [virtual, inherited]

Gets the softness factor of this object.

virtual long Ogre::UserDefinedObject::getTypeID (  void   )  const [virtual, inherited]

Return a number identifying the type of user defined object. Remarks: Can be used to differentiate between different types of object which you attach to OGRE MovableObject instances. Recommend you override this in your classes if you use more than one type of object. Alternatively, you can override the getTypeName method and use that instead; that version is a litle more friendly and easier to scope, but obviously slightly less efficient. You choose which you prefer.

virtual const String& Ogre::UserDefinedObject::getTypeName (  void   )  const [virtual, inherited]

Return a string identifying the type of user defined object. Remarks: Can be used to differentiate between different types of object which you attach to OGRE MovableObject instances. Recommend you override this in your classes if you use more than one type of object. Alternatively, you can override the getTypeID method and use that instead; that version is a litle more efficient, but obviously slightly less easy to read. You choose which you prefer.

virtual bool OgreRefApp::ApplicationObject::isCollisionEnabled (  void   )  [virtual, inherited]

Returns whether or not this object is considered for collision.

virtual bool OgreRefApp::ApplicationObject::isDynamicsEnabled (  void   )  [virtual, inherited]

Returns whether or not this object is physically simulated. Remarks: Objects which are not physically simulated only move when their SceneNode is manually altered.

void OgreRefApp::ApplicationObject::pitch (  Real  angleunits  )  [inherited]

Reimplemented in OgreRefApp::CollideCamera. Definition at line 418 of file OgreRefAppApplicationObject.h.

virtual void OgreRefApp::ApplicationObject::pitch (  const Radian &  angle  )  [virtual, inherited]

Rotate the object around the local X-axis. Reimplemented in OgreRefApp::CollideCamera.

void OgreRefApp::ApplicationObject::roll (  Real  angleunits  )  [inherited]

Reimplemented in OgreRefApp::CollideCamera. Definition at line 409 of file OgreRefAppApplicationObject.h.

virtual void OgreRefApp::ApplicationObject::roll (  const Radian &  angle  )  [virtual, inherited]

Rotate the object around the local Z-axis. Reimplemented in OgreRefApp::CollideCamera.

virtual void OgreRefApp::ApplicationObject::rotate (  const Quaternion &  q  )  [virtual, inherited]

Rotate the object around an aritrary axis using a Quarternion. Reimplemented in OgreRefApp::CollideCamera.

void OgreRefApp::ApplicationObject::rotate (  const Vector3 &  axis, Real  angleunits )  [inherited]

Reimplemented in OgreRefApp::CollideCamera. Definition at line 436 of file OgreRefAppApplicationObject.h.

virtual void OgreRefApp::ApplicationObject::rotate (  const Vector3 &  axis, const Radian &  angle )  [virtual, inherited]

Rotate the object around an arbitrary axis. Reimplemented in OgreRefApp::CollideCamera.

void OgreRefApp::ApplicationObject::setAngularVelocity (  Real  x, Real  y, Real  z )  [inherited]

Sets the current angular velocity of this object. Remarks: Only applicable if dynamics are enabled for this object. This method is useful for starting an object off rather than applying forces to get it there.

void OgreRefApp::ApplicationObject::setAngularVelocity (  const Vector3 &  vel  )  [inherited]

Sets the current angular velocity of this object. Remarks: Only applicable if dynamics are enabled for this object. This method is useful for starting an object off rather than applying forces to get it there.

virtual void OgreRefApp::ApplicationObject::setBounceParameters (  Real  restitutionValue, Real  velocityThreshold )  [virtual, inherited]

Sets the 'bounciness' of this object. Remarks: Only applies if this object has both collision and dynamics enabled. When 2 movable objects collide, the greatest bounce parameters from both objects apply, so even a non-bouncy object can bounce if it hits a bouncy surface. Parameters: restitutionValue  Coeeficient of restitution (0 for no bounce, 1 for perfect bounciness) velocityThreshold  Velocity below which no bounce will occur; this is a dampening value to ensure small velocities do not cause bounce.

virtual void OgreRefApp::ApplicationObject::setCollisionEnabled (  bool  enabled  )  [virtual, inherited]

virtual void OgreRefApp::ApplicationObject::setDynamicsDisableThreshold (  Real  linearSq, Real  angularSq, Real  overTime )  [virtual, inherited]

Sets the linear and angular velocity thresholds, below which the object will have it's dynamics automatically disabled for performance. Remarks: These thresholds are used to speed up the simulation and to make it more stable, by turning off dynamics for objects that appear to be at rest. Otherwise, objects which are supposedly stationary can jitter when involved in large stacks, and can consume unnecessary CPU time. Note that if another object interacts with the disabled object, it will automatically reenable itself. If you never want to disable dynamics automatically for this object, just set all the values to 0. Parameters: linearSq  The squared linear velocity magnitude threshold angularSq  The squared angular velocity magnitude threshold overTime  The number of seconds over which the values must continue to be under this threshold for the dynamics to be disabled. This is to catch cases where the object almost stops moving because of a boundary condition, but would speed up again later (e.g. box teetering on an edge).

virtual void OgreRefApp::ApplicationObject::setDynamicsEnabled (  bool  enabled, bool  reEnableOnInteraction = false )  [virtual, inherited]

Sets whether or not this object is physically simulated at this time. Remarks: Objects which are not physically simulated only move when their SceneNode is manually altered. Objects which are physically simulated must set up an ODE body as part of their setUp method. You can also use this to temporarily turn off simulation on an object, such that it is not simulated until some other object which IS simulated comes in contact with it, or is attached to it with a joint. Parameters: enabled  Specifies whether dynamics is enabled reEnableOnInteraction  If set to true, this object will reenable if some other dynamically simulated object interacts with it

virtual void OgreRefApp::ApplicationObject::setEntityQueryFlags (  void   )  [protected, virtual, inherited]

Internal method for updating the query mask.

virtual void OgreRefApp::ApplicationObject::setFriction (  Real  friction  )  [virtual, inherited]

Sets the Coulomb frictional coefficient for this object. Remarks: This coefficient affects how much an object will slip when it comes into contact with another object. Parameters: friction  The Coulomb friction coefficient, valid from 0 to Math::POS_INFINITY. 0 means no friction, Math::POS_INFINITY means infinite friction ie no slippage. Note that friction between these 2 bounds is more CPU intensive so use with caution.

void OgreRefApp::ApplicationObject::setLinearVelocity (  Real  x, Real  y, Real  z )  [inherited]

Sets the current linear velocity of this object. Remarks: Only applicable if dynamics are enabled for this object. This method is useful for starting an object off at a particular speed rather than applying forces to get it there.

void OgreRefApp::ApplicationObject::setLinearVelocity (  const Vector3 &  vel  )  [inherited]

Sets the current linear velocity of this object. Remarks: Only applicable if dynamics are enabled for this object. This method is useful for starting an object off at a particular speed rather than applying forces to get it there.

void OgreRefApp::ApplicationObject::setMassBox (  Real  density, const Vector3 &  dimensions, const Quaternion &  orientation = Quaternion::IDENTITY )  [inherited]

Set the mass parameters of this object to represent a box. Remarks: This method sets the mass and inertia properties of this object such that it is like a box. Parameters: density  Density of the box in Kg/m^3 dimensions  Width, height and depth of the box. orientation  Optional orientation of the box.

void OgreRefApp::ApplicationObject::setMassCappedCylinder (  Real  density, Real  length, Real  width, const Quaternion &  orientation = Quaternion::IDENTITY )  [inherited]

Set the mass parameters of this object to represent a capped cylinder. Remarks: This method sets the mass and inertia properties of this object such that it is like a capped cylinder, by default lying along the Z-axis. Parameters: density  Density of the cylinder in Kg/m^3 length  Length of the cylinder width  Width of the cylinder orientation  Optional orientation if you wish the cylinder to lay along a different axis from Z.

void OgreRefApp::ApplicationObject::setMassExpert (  Real  mass, const Vector3  center, const Matrix3  inertia )  [inherited]

Sets the mass parameters manually, use only if you know how! Parameters: mass  Mass in Kg center  The center of gravity inertia  The inertia matrix describing distribution of the mass around the body.

void OgreRefApp::ApplicationObject::setMassSphere (  Real  density, Real  radius )  [inherited]

Set the mass parameters of this object to represent a sphere. Remarks: This method sets the mass and inertia properties of this object such that it is like a sphere, ie center of gravity at the origin and an even distribution of mass in all directions. Parameters: density  Density of the sphere in Kg/m^3 radius  of the sphere mass

virtual void OgreRefApp::ApplicationObject::setOrientation (  const Quaternion &  orientation  )  [virtual, inherited]

Sets the orientation of this object. Reimplemented in OgreRefApp::CollideCamera.

virtual void OgreRefApp::ApplicationObject::setPosition (  Real  x, Real  y, Real  z )  [virtual, inherited]

Sets the position of this object.

virtual void OgreRefApp::ApplicationObject::setPosition (  const Vector3 &  vec  )  [virtual, inherited]

Sets the position of this object.

virtual void OgreRefApp::ApplicationObject::setSoftness (  Real  softness  )  [virtual, inherited]

Sets the softness of this object, which determines how much it is allowed to penetrate other objects. Remarks: This parameter only has meaning if collision and dynamics are enabled for this object. Parameters: softness  Softness factor (0 is completely hard). Softness will be combined from both objects involved in a collision to determine how much they will penetrate.

void OgreRefApp::FinitePlane::setUp (  const String &  name  )  [protected, virtual]

Implements OgreRefApp::ApplicationObject.

virtual bool OgreRefApp::ApplicationObject::testCollide (  SceneQuery::WorldFragment *  wf  )  [virtual, inherited]

Tests to see if there is a detailed collision between this object and the world fragment passed in. Remarks: If there is a collision, the object will be notified and if dynamics are enabled on this object, physics will be applied automatically. Returns: true if collision occurred

virtual bool OgreRefApp::ApplicationObject::testCollide (  ApplicationObject *  otherObj  )  [virtual, inherited]

Tests to see if there is a detailed collision between this object and the object passed in. Remarks: If there is a collision, both objects will be notified and if dynamics are enabled on these objects, physics will be applied automatically. Returns: true if collision occurred

virtual bool OgreRefApp::ApplicationObject::testCollidePlaneBounds (  SceneQuery::WorldFragment *  wf  )  [protected, virtual, inherited]

Internal method for testing the plane bounded region WorldFragment type.

virtual void OgreRefApp::ApplicationObject::translate (  Real  x, Real  y, Real  z )  [virtual, inherited]

Moves the object along it's local axes. This method moves the object by the supplied vector along the local axes of the obect. Parameters: x,y  z Real x, y and z values representing the translation.

virtual void OgreRefApp::ApplicationObject::translate (  const Vector3 &  d  )  [virtual, inherited]

Moves the object along it's local axes. This method moves the object by the supplied vector along the local axes of the obect. Parameters: d  Vector with x,y,z values representing the translation. Reimplemented in OgreRefApp::CollideCamera.

virtual void OgreRefApp::ApplicationObject::translateWorldSpace (  Real  x, Real  y, Real  z )  [virtual, inherited]

Moves the object along the world axes. This method moves the object by the supplied vector along the local axes of the obect. Parameters: x,y  z Real x, y and z values representing the translation.

virtual void OgreRefApp::ApplicationObject::translateWorldSpace (  const Vector3 &  d  )  [virtual, inherited]

Moves the object along the world axes. This method moves the object by the supplied vector along the world axes. Parameters: d  Vector with x,y,z values representing the translation.

virtual void OgreRefApp::ApplicationObject::updateCollisionProxies (  void   )  [protected, virtual, inherited]

Internal method for updating the state of the collision proxies.

void OgreRefApp::ApplicationObject::yaw (  Real  angleunits  )  [inherited]

Reimplemented in OgreRefApp::CollideCamera. Definition at line 427 of file OgreRefAppApplicationObject.h.

virtual void OgreRefApp::ApplicationObject::yaw (  const Radian &  angle  )  [virtual, inherited]

Rotate the object around the local Y-axis. Reimplemented in OgreRefApp::CollideCamera.

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Member Data Documentation

Real OgreRefApp::ApplicationObject::mAngularVelDisableThreshold [protected, inherited]

Definition at line 69 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::ApplicationObject::mBounceCoeffRestitution [protected, inherited]

Definition at line 64 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::ApplicationObject::mBounceVelocityThreshold [protected, inherited]

Definition at line 65 of file OgreRefAppApplicationObject.h.

bool OgreRefApp::ApplicationObject::mCollisionEnabled [protected, inherited]

Definition at line 62 of file OgreRefAppApplicationObject.h.

CollisionProxyList OgreRefApp::ApplicationObject::mCollisionProxies [protected, inherited]

Definition at line 57 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::ApplicationObject::mDisableTime [protected, inherited]

Definition at line 70 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::ApplicationObject::mDisableTimeEnd [protected, inherited]

Definition at line 71 of file OgreRefAppApplicationObject.h.

bool OgreRefApp::ApplicationObject::mDynamicsEnabled [protected, inherited]

Definition at line 60 of file OgreRefAppApplicationObject.h.

Entity* OgreRefApp::ApplicationObject::mEntity [protected, inherited]

Definition at line 47 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::ApplicationObject::mFriction [protected, inherited]

Definition at line 67 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::FinitePlane::mHeight [protected]

Definition at line 37 of file OgreRefAppPlane.h.

Real OgreRefApp::ApplicationObject::mLinearVelDisableThreshold [protected, inherited]

Definition at line 68 of file OgreRefAppApplicationObject.h.

dMass OgreRefApp::ApplicationObject::mMass [protected, inherited]

Mass parameters. Definition at line 52 of file OgreRefAppApplicationObject.h.

dBody* OgreRefApp::ApplicationObject::mOdeBody [protected, inherited]

Dynamics properties, must be set up by subclasses if dynamics enabled. Definition at line 50 of file OgreRefAppApplicationObject.h.

bool OgreRefApp::ApplicationObject::mReenableIfInteractedWith [protected, inherited]

Definition at line 61 of file OgreRefAppApplicationObject.h.

SceneNode* OgreRefApp::ApplicationObject::mSceneNode [protected, inherited]

Definition at line 46 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::ApplicationObject::mSoftness [protected, inherited]

Definition at line 66 of file OgreRefAppApplicationObject.h.

Real OgreRefApp::FinitePlane::mWidth [protected]

Definition at line 36 of file OgreRefAppPlane.h.

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

• OgreRefAppPlane.h

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Copyright © 2000-2005 by The OGRE Team

This work is licensed under a Creative Commons Attribution-ShareAlike 2.5 License.
Last modified Sun Mar 12 14:55:21 2006