This is the Physical Body that collides in the engine. Lisää...

Luokan Body luokkakaavio

Julkiset jäsenfunktiot
	Body (PhysicsState state, IShape shape, Scalar mass, Coefficients coefficients, Lifespan lifetime)
	Creates a new Body Instance.
	Body (PhysicsState state, IShape shape, MassInfo massInfo, Coefficients coefficients, Lifespan lifetime)
	Creates a new Body Instance.
void	ApplyProxy ()
	This applys the proxy. This will cause all other bodies in the proxy list to have their velocity set to this body�s. With the appropriate transformations applied.
void	UpdatePosition (TimeStep step)
void	UpdatePosition (TimeStep step, ALVector2D extraVelocity)
void	UpdatePosition (TimeStep step, ref ALVector2D extraVelocity)
void	UpdateVelocity (TimeStep step)
void	ApplyPosition ()
	Updates all the values caluclated from the State.Position. Re-calculates the Matrices property the re-calculates the Rectangle property from that.
void	ClearForces ()
	Sets Acceleration and ForceAccumulator to Zero.
void	ApplyForce (Vector2D force)
	Applys a Force.
void	ApplyForce (ref Vector2D force)
	Applys a Force.
void	ApplyForce (Vector2D force, Vector2D position)
	Applys a Force.
void	ApplyForce (ref Vector2D force, ref Vector2D position)
	Applys a Force.
void	ApplyTorque (Scalar torque)
	Applys Torque.
void	ApplyImpulse (Vector2D impulse)
	Applys Impulse.
void	ApplyImpulse (ref Vector2D impulse)
	Applys Impulse.
void	ApplyImpulse (Vector2D impulse, Vector2D position)
	Applys Impulse.
void	ApplyImpulse (ref Vector2D impulse, ref Vector2D position)
	Applys Impulse.
Body	Duplicate ()
object	Clone ()
Staattiset julkiset jäsenfunktiot
static bool	CanCollide (Body body1, Body body2)
Ominaisuudet
Dictionary< string, object >	Tags `[get]`
bool	IsFrozen `[get, set]`
BoundingRectangle	Rectangle `[get]`
	This is the Baunding rectangle It is calculated on the call to apply matrix.
Matrices	Matrices `[get]`
	The Matrices that are tranfroming this bodies Shape.
Scalar	LinearDamping `[get, set]`
	Gets and Sets The value represents how much Linear velocity is kept each time step. This Dampens the Body's Linear velocity a little per time step. Valid values are zero exclusive to one inclusive.
Scalar	AngularDamping `[get, set]`
	Gets and Sets The value represents how much Angular velocity is kept each time step. This Dampens the Body's Angular velocity a little per time step. Valid values are zero exclusive to one inclusive.
IEnumerable< BodyProxy >	Proxies `[get]`
	These are bodies that are mirrors of this body. It's useful for bodies that are being teleported.
int	ProxiesCount `[get]`
	The number of proxies that this body has.
int	ID `[get, set]`
	Unique ID of a PhysicsEntity in the PhysicsEngine Assigned on being Added.
PhysicsEngine	Engine `[get]`
	Gets The PhysicsEngine the object is currently in. Null if it is in none.
PhysicsState	State `[get]`
	Gets The current State of the object IE Velocity.
IShape	Shape `[get, set]`
	Gets and Sets the Shape of the Body. If setting the shape to a shape another body has it will duplicate the shape.
MassInfo	Mass `[get, set]`
	Gets The MassInfo of the body.
Ignorer	CollisionIgnorer `[get, set]`
	Gets and Sets the Ignore object that decides what collisons to ignore.
Ignorer	EventIgnorer `[get, set]`
	Gets and Sets the Ignore object that decides what collison events to ignore.
Coefficients	Coefficients `[get, set]`
	Gets and Sets the Coefficients for the class.
Lifespan	Lifetime `[get, set]`
	Gets and Sets the LifeTime of the object. The object will be removed from the engine when it is Expired.
object	Tag `[get, set]`
	Gets and Sets a User defined object.
object	SolverTag `[get, set]`
	Gets a Solver Defined object.
object	DetectorTag `[get, set]`
	Gets a Detector Defined object.
ReadOnlyCollection< Joint >	Joints `[get]`
	Gets the Joints attached to this body.
bool	IgnoresGravity `[get, set]`
	Gets and Sets if the Body will ignore Gravity.
bool	IgnoresPhysicsLogics `[get, set]`
	Gets and Sets if the Body will Ignore all Physics Logics.
bool	IgnoresCollisionResponse `[get, set]`
	Gets and Sets if the Object will ignore the collison Responce but still generate the Collision event.
bool	IgnoreVertexes `[get, set]`
	Gets and Sets if this body's shape's Vertexes will be used in collision detection.
bool	IsPending `[get]`
	Gets if it has been added the the Engine's PendingQueue, but not yet added to the engine.
bool	IsAdded `[get]`
	Gets if the object has been added to the engine.
bool	IsCollidable `[get, set]`
	gets and sets if the body will have any collision detection ran on it.
bool	IsEventable `[get, set]`
	Gets and Sets if other objects will have their collided event raised when colliding with this body.
bool	IsBroadPhaseOnly `[get, set]`
	Gets and Sets if the Body will trigger the Collided event at the broadphase level.
Scalar	KineticEnergy `[get]`
	Gets the Total Kinetic Energy of the Body.
Matrix2x3	Transformation `[get, set]`
	Gets and Sets the Matrix2x3 that transforms the Shape belonging to the Body.
bool	IsTransformed `[get]`
Tapahtumat
EventHandler	LifetimeChanged
	Raised when the Lifetime property has been Changed.
EventHandler	ShapeChanged
	Raised when the Shape of the Body has been Changed.
EventHandler	Pending
	Raised when the object is Added to the engine but is not yet part of the update process.
EventHandler	Added
	Raised when the object is added to a Physics Engine.
EventHandler< RemovedEventArgs >	Removed
	Raised when the object is Removed from a Physics Engine.
EventHandler	PositionChanged
	Raised when the Position has been Changed. Raised by either the Solver or a call to ApplyMatrix.
EventHandler< UpdatedEventArgs >	Updated
	Raised when the Body has been updated to a change in time.
EventHandler< CollisionEventArgs >	Collided
	Raised when the Body collides with another.
EventHandler< CollisionEventArgs >	Colliding
	Raised constantly when the Body is colliding with another.
EventHandler< BodyJointEventArgs >	JointAdded
	Raised when a joint is added that affects this body.
EventHandler< BodyJointEventArgs >	JointRemoved
	Raised when a joint is removed that affects this body.

Yksityiskohtainen selite

This is the Physical Body that collides in the engine.

Rakentajien & purkajien dokumentaatio

Body	(	PhysicsState	state,
		IShape	shape,
		Scalar	mass,
		Coefficients	coefficients,
		Lifespan	lifetime
	)		`[inline]`

Creates a new Body Instance.

Parametrit:

state	The State of the Body.
shape	The Shape of the Body.
mass	The mass of the Body The inertia will be aquired from the Shape.
coefficients	A object containing coefficients.
lifeTime	A object Describing how long the object will be in the engine.

Body	(	PhysicsState	state,
		IShape	shape,
		MassInfo	massInfo,
		Coefficients	coefficients,
		Lifespan	lifetime
	)		`[inline]`

Creates a new Body Instance.

Parametrit:

state	The State of the Body.
shape	The Shape of the Body.
massInfo	A object describing the mass and inertia of the Body.
coefficients	A object containing coefficients.
lifeTime	A object Describing how long the object will be in the engine.

Jäsenfunktioiden dokumentaatio

void ApplyForce ( Vector2D force ) [inline]

Applys a Force.

Parametrit:

force The direction and magnitude of the force

void ApplyForce ( ref Vector2D force ) [inline]

Applys a Force.

Parametrit:

force The direction and magnitude of the force

void ApplyForce	(	Vector2D	force,
		Vector2D	position
	)		`[inline]`

Applys a Force.

Parametrit:

force	The direction and magnitude of the force
position	The Location where the force will be applied (Offset: Body Rotation: World)

void ApplyForce	(	ref Vector2D	force,
		ref Vector2D	position
	)		`[inline]`

Applys a Force.

Parametrit:

force	The direction and magnitude of the force
position	The Location where the force will be applied (Offset: Body Rotation: World)

void ApplyImpulse	(	Vector2D	impulse,
		Vector2D	position
	)		`[inline]`

Applys Impulse.

Parametrit:

impulse	The direction and magnitude of the impulse.
position	The Location where the impulse will be applied (Offset: Body Rotation: World)

void ApplyImpulse	(	ref Vector2D	impulse,
		ref Vector2D	position
	)		`[inline]`

Applys Impulse.

Parametrit:

impulse	The direction and magnitude of the impulse.
position	The Location where the impulse will be applied (Offset: Body Rotation: World)

void ApplyImpulse ( Vector2D impulse ) [inline]

Applys Impulse.

Parametrit:

impulse The direction and magnitude of the impulse

void ApplyImpulse ( ref Vector2D impulse ) [inline]

Applys Impulse.

Parametrit:

impulse The direction and magnitude of the impulse.

void ApplyPosition ( ) [inline]

Updates all the values caluclated from the State.Position. Re-calculates the Matrices property the re-calculates the Rectangle property from that.

void ApplyProxy ( ) [inline]

This applys the proxy. This will cause all other bodies in the proxy list to have their velocity set to this body�s. With the appropriate transformations applied.

void ApplyTorque ( Scalar torque ) [inline]

Applys Torque.

Parametrit:

torque The direction and magnitude of the torque

void ClearForces ( ) [inline]

Sets Acceleration and ForceAccumulator to Zero.

Ominaisuuksien dokumentaatio

Scalar AngularDamping [get, set]

Gets and Sets The value represents how much Angular velocity is kept each time step. This Dampens the Body's Angular velocity a little per time step. Valid values are zero exclusive to one inclusive.

Coefficients Coefficients [get, set]

Gets and Sets the Coefficients for the class.

Ignorer CollisionIgnorer [get, set]

Gets and Sets the Ignore object that decides what collisons to ignore.

object DetectorTag [get, set]

Gets a Detector Defined object.

PhysicsEngine Engine [get]

Gets The PhysicsEngine the object is currently in. Null if it is in none.

Toteuttaa luokan IPhysicsEntity.

Ignorer EventIgnorer [get, set]

Gets and Sets the Ignore object that decides what collison events to ignore.

int ID [get, set]

Unique ID of a PhysicsEntity in the PhysicsEngine Assigned on being Added.

bool IgnoresCollisionResponse [get, set]

Gets and Sets if the Object will ignore the collison Responce but still generate the Collision event.

bool IgnoresGravity [get, set]

Gets and Sets if the Body will ignore Gravity.

bool IgnoresPhysicsLogics [get, set]

Gets and Sets if the Body will Ignore all Physics Logics.

bool IgnoreVertexes [get, set]

Gets and Sets if this body's shape's Vertexes will be used in collision detection.

bool IsAdded [get]

Gets if the object has been added to the engine.

Toteuttaa luokan IPendable.

bool IsBroadPhaseOnly [get, set]

Gets and Sets if the Body will trigger the Collided event at the broadphase level.

bool IsCollidable [get, set]

gets and sets if the body will have any collision detection ran on it.

bool IsEventable [get, set]

Gets and Sets if other objects will have their collided event raised when colliding with this body.

bool IsPending [get]

Gets if it has been added the the Engine's PendingQueue, but not yet added to the engine.

Toteuttaa luokan IPendable.

ReadOnlyCollection<Joint> Joints [get]

Gets the Joints attached to this body.

Scalar KineticEnergy [get]

Gets the Total Kinetic Energy of the Body.

Lifespan Lifetime [get, set]

Gets and Sets the LifeTime of the object. The object will be removed from the engine when it is Expired.

Toteuttaa luokan IPendable.

Scalar LinearDamping [get, set]

Gets and Sets The value represents how much Linear velocity is kept each time step. This Dampens the Body's Linear velocity a little per time step. Valid values are zero exclusive to one inclusive.

MassInfo Mass [get, set]

Gets The MassInfo of the body.

Matrices Matrices [get]

The Matrices that are tranfroming this bodies Shape.

IEnumerable<BodyProxy> Proxies [get]

These are bodies that are mirrors of this body. It's useful for bodies that are being teleported.

int ProxiesCount [get]

The number of proxies that this body has.

BoundingRectangle Rectangle [get]

This is the Baunding rectangle It is calculated on the call to apply matrix.

IShape Shape [get, set]

Gets and Sets the Shape of the Body. If setting the shape to a shape another body has it will duplicate the shape.

object SolverTag [get, set]

Gets a Solver Defined object.

PhysicsState State [get]

Gets The current State of the object IE Velocity.

object Tag [get, set]

Gets and Sets a User defined object.

Toteuttaa luokan IPendable.

Matrix2x3 Transformation [get, set]

Gets and Sets the Matrix2x3 that transforms the Shape belonging to the Body.

Tapahtumien dokumentaatio

EventHandler Added

Raised when the object is added to a Physics Engine.

Toteuttaa luokan IPendable.

EventHandler<CollisionEventArgs> Collided

Raised when the Body collides with another.

EventHandler<CollisionEventArgs> Colliding

Raised constantly when the Body is colliding with another.

EventHandler<BodyJointEventArgs> JointAdded

Raised when a joint is added that affects this body.

EventHandler<BodyJointEventArgs> JointRemoved

Raised when a joint is removed that affects this body.

EventHandler LifetimeChanged

Raised when the Lifetime property has been Changed.

Toteuttaa luokan IPendable.

EventHandler Pending

Raised when the object is Added to the engine but is not yet part of the update process.

Toteuttaa luokan IPendable.

EventHandler PositionChanged

Raised when the Position has been Changed. Raised by either the Solver or a call to ApplyMatrix.

EventHandler<RemovedEventArgs> Removed

Raised when the object is Removed from a Physics Engine.

Toteuttaa luokan IPendable.

EventHandler ShapeChanged

Raised when the Shape of the Body has been Changed.

EventHandler<UpdatedEventArgs> Updated

Raised when the Body has been updated to a change in time.

Dokumentaatio tälle luokalle luotiin seuraavasta tiedostosta:

C:/Users/tero/AppData/Local/Temp/npo_build/Jypeli/Physics2DDotNet/Body.cs

Julkiset jäsenfunktiot

Staattiset julkiset jäsenfunktiot

Ominaisuudet

Tapahtumat

Yksityiskohtainen selite

Rakentajien & purkajien dokumentaatio

Jäsenfunktioiden dokumentaatio

Ominaisuuksien dokumentaatio

Tapahtumien dokumentaatio