Inheritance diagram for Obi.ObiEmitter:

Public Types
enum	EmissionMethod { EmissionMethod.STREAM, EmissionMethod.BURST }

Public Member Functions
delegate void	EmitterParticleCallback (ObiEmitter emitter, int particleIndex)

override void	LoadBlueprint (ObiSolver solver)
	Loads this actor's blueprint into a given solver. Automatically called by ObiSolver. More...

void	AddShape (ObiEmitterShape shape)
	Adds a shape trough which to emit particles. This is called automatically by ObiEmitterShape. More...

void	RemoveShape (ObiEmitterShape shape)
	Removes a shape trough which to emit particles. This is called automatically by ObiEmitterShape. More...

void	UpdateEmitterDistribution ()
	Updates the spawn point distribution of all shapes used by this emitter. More...

void	UpdateParticleMaterial ()

override void	SetSelfCollisions (bool selfCollisions)
	Updates particle phases in the solver at runtime, including or removing the self-collision flag. More...

bool	EmitParticle (float offset, float deltaTime)
	Asks the emitter to emit a new particle. Returns whether the emission was succesful. More...

bool	KillParticle (int index)
	Asks the emiter to kill a particle. Returns whether it was succesful. More...

void	KillAll ()
	Kills all particles in the emitter, and returns them to the emission pool. More...

override void	BeginStep (float stepTime)

Public Member Functions inherited from Obi.ObiActor
delegate void	ActorCallback (ObiActor actor)

delegate void	ActorStepCallback (ObiActor actor, float stepTime)

delegate void	ActorBlueprintCallback (ObiActor actor, ObiActorBlueprint blueprint)

void	AddToSolver ()
	Adds this actor to its solver, if any. Automatically called by ObiSolver. More...

void	RemoveFromSolver ()
	Remove this actor from its solver, if any. Automatically called by ObiSolver. More...

virtual bool	CopyParticle (int actorSourceIndex, int actorDestIndex)
	Copies all data (position, velocity, phase, etc) from one particle to another one. More...

void	TeleportParticle (int actorIndex, Vector3 position)
	Teleports one actor particle to a certain position in solver space. More...

virtual void	Teleport (Vector3 position, Quaternion rotation)
	Teleports the entire actor to a new location / orientation. More...

bool	ActivateParticle (int actorIndex)
	Activates one particle. More...

bool	DeactivateParticle (int actorIndex)
	Deactivates one particle. More...

bool	IsParticleActive (int actorIndex)
	Returns whether a given particle is active. More...

virtual void	SetOneSided (bool oneSided)
	Updates particle phases in the solver at runtime, including or removing the one-sided flag. More...

void	SetSimplicesDirty ()
	Marks simplices dirty. More...

void	SetConstraintsDirty (Oni.ConstraintType constraintType)
	Marks a given constraint type as dirty. More...

IObiConstraints	GetConstraintsByType (Oni.ConstraintType type)
	Returns the data representation of constraints of a given type being simulated by this solver. More...

virtual void	UpdateParticleProperties ()
	Call when some particle properties have been modified and need updating. More...

int	GetParticleRuntimeIndex (int actorIndex)
	Returns the index of this particle in the solver arrays. More...

Vector3	GetParticlePosition (int solverIndex)
	Given a solver particle index, returns the position of that particle in world space. More...

Quaternion	GetParticleOrientation (int solverIndex)
	Given a solver particle index, returns the orientation of that particle in world space. More...

void	GetParticleAnisotropy (int solverIndex, ref Vector4 b1, ref Vector4 b2, ref Vector4 b3)
	Given a solver particle index, returns the anisotropic frame of that particle in world space. More...

float	GetParticleMaxRadius (int solverIndex)
	Given a solver particle index, returns the maximum world space radius of that particle, in any axis. More...

Color	GetParticleColor (int solverIndex)
	Given a solver particle index, returns the color of that particle. More...

void	SetFilterCategory (int newCategory)
	Sets a given category value for all particles in the actor. More...

void	SetFilterMask (int newMask)
	Sets a given mask value for all particles in the actor. More...

void	SetMass (float mass)
	Sets the inverse mass of each particle so that the total actor mass matches the one passed by parameter. More...

float	GetMass (out Vector3 com)
	Returns the actor's mass (sum of all particle masses), and the position of its center of mass. More...

void	AddForce (Vector3 force, ForceMode forceMode)
	Adds an external force to all particles in the actor. More...

void	AddTorque (Vector3 force, ForceMode forceMode)
	Adds a torque to the actor. More...

void	ResetParticles ()
	Resets the position and velocity of all particles, to the values stored in the blueprint. More...

void	SaveStateToBlueprint (ObiActorBlueprint bp)
	Resets the position and velocity of all particles, to the values stored in the blueprint. More...

void	ClearState ()

virtual void	UnloadBlueprint (ObiSolver solver)
	Unloads this actor's blueprint from a given solver. Automatically called by ObiSolver. More...

virtual void	PrepareFrame ()

virtual void	PrepareStep (float stepTime)

virtual void	Substep (float substepTime)

virtual void	EndStep (float substepTime)

virtual void	Interpolate ()

virtual void	OnSolverVisibilityChanged (bool visible)

Public Attributes
ObiEmitterBlueprintBase	emitterBlueprint

EmissionMethod	emissionMethod = EmissionMethod.STREAM
	Emission method used by this emitter. More...

float	minPoolSize = 0.5f
	Minimum amount of inactive particles available before the emitter is allowed to resume emission. More...

float	speed = 0.25f
	Speed (in meters/second) at which fluid is emitter. More...

float	lifespan = 4
	Particle lifespan in seconds. More...

float	randomVelocity = 0
	Amount of random velocity added to particles when emitted. More...

bool	useShapeColor = true
	Use the emitter shape color to tint particles upon emission. More...

float[]	life
	Per particle remaining life (in seconds). More...

Public Attributes inherited from Obi.ObiActor
int[]	solverIndices
	Index of each one of the actor's particles in the solver. More...

List< int >[]	solverBatchOffsets
	For each of the actor's constraint types, offset of every batch in the solver. More...

Protected Member Functions
override void	OnValidate ()

override void	SwapWithFirstInactiveParticle (int actorIndex)

Protected Member Functions inherited from Obi.ObiActor
virtual void	Awake ()

virtual void	OnDestroy ()

virtual void	OnEnable ()

virtual void	OnDisable ()

void	SetSolver (ObiSolver newSolver)
	Forcibly changed the solver in charge of this actor More...

virtual void	OnBlueprintRegenerate (ObiActorBlueprint blueprint)

void	UpdateCollisionMaterials ()

void	StoreState ()

Properties
override ObiActorBlueprint	sourceBlueprint `[get]`
	The base actor blueprint used by this actor. More...

int	Filter `[get, set]`
	Collision filter value used by fluid particles. More...

bool	isEmitting `[get]`
	Whether the emitter is currently emitting particles. More...

override bool	surfaceCollisions `[get, set]`
	Whether to use simplices (triangles, edges) for contact generation. More...

override bool	usesCustomExternalForces `[get]`
	Whether this actor applies external forces in a custom way. More...

override bool	usesAnisotropicParticles `[get]`
	Whether this actor makes use of particle anisotropy More...

Properties inherited from Obi.ObiActor
ObiSolver	solver `[get]`
	The solver in charge of simulating this actor. More...

bool	isLoaded `[get]`
	True if the actor blueprint has been loaded into a solver. If true, it guarantees actor.solver, actor.solverIndices and actor.solverBatchOffsets won't be null. More...

ObiCollisionMaterial	collisionMaterial `[get, set]`
	The collision material being used by this actor. More...

virtual bool	surfaceCollisions `[get, set]`
	Whether to use simplices (triangles, edges) for contact generation. More...

int	particleCount `[get]`
	Amount of particles allocated by this actor. More...

int	activeParticleCount `[get]`
	Amount of particles in use by this actor. More...

bool	usesOrientedParticles `[get]`
	Whether this actors makes use of particle orientations or not. More...

virtual bool	usesAnisotropicParticles `[get]`
	If true, it means particles may not be completely spherical, but ellipsoidal. More...

virtual bool	usesCustomExternalForces `[get]`
	If true, it means external forces aren't applied to the particles directly. More...

Matrix4x4	actorLocalToSolverMatrix `[get]`
	Matrix that transforms from the actor's local space to the solver's local space. More...

Matrix4x4	actorSolverToLocalMatrix `[get]`
	Matrix that transforms from the solver's local space to the actor's local space. More...

abstract ObiActorBlueprint	sourceBlueprint `[get]`
	Reference to the blueprint asset used by this actor. More...

ObiActorBlueprint	sharedBlueprint `[get]`
	Reference to the blueprint in use by this actor. More...

ObiActorBlueprint	blueprint `[get]`
	Returns a unique instance of this actor's sourceBlueprint. More...

Properties inherited from Obi.IObiParticleCollection
int	particleCount `[get]`

int	activeParticleCount `[get]`

bool	usesOrientedParticles `[get]`

Events
EmitterParticleCallback	OnEmitParticle

EmitterParticleCallback	OnKillParticle

Events inherited from Obi.ObiActor
ActorBlueprintCallback	OnBlueprintLoaded
	Called when the actor blueprint has been loaded into the solver. More...

ActorBlueprintCallback	OnBlueprintUnloaded
	Called when the actor blueprint has been unloaded from the solver. More...

ActorCallback	OnPrepareFrame
	Called at the start of the solver's FixedUpdate (for Fixed and LateFixed updaters) or the solver's Update (for Late updaters) More...

ActorStepCallback	OnPrepareStep
	Called at the beginning of a time step, before dirty constraints and active particles have been updated. More...

ActorStepCallback	OnBeginStep
	Called at the beginning of a time step, after dirty constraints and active particles have been updated. More...

ActorStepCallback	OnSubstep
	Called at the beginning of each substep. More...

ActorStepCallback	OnEndStep
	Called at the end of a timestep, after external forces have been reset and collision callbacks called. More...

ActorCallback	OnInterpolate
	Called at the end of each frame. More...

Additional Inherited Members
Protected Attributes inherited from Obi.ObiActor
int	m_ActiveParticleCount = 0

ObiSolver	m_Solver

bool	m_Loaded = false

ObiCollisionMaterial	m_CollisionMaterial

bool	m_SurfaceCollisions = false

Member Enumeration Documentation

enum Obi.ObiEmitter.EmissionMethod

Enumerator
STREAM	Continously emits particles until there are no particles left to emit.
BURST	Emits a single burst of particles from the emitter, and does not emit any more until all alive particles have died.

Member Function Documentation

void Obi.ObiEmitter.AddShape ( ObiEmitterShape shape )

Adds a shape trough which to emit particles. This is called automatically by ObiEmitterShape.

bool Obi.ObiEmitter.EmitParticle	(	float	offset,
		float	deltaTime
	)

Asks the emitter to emit a new particle. Returns whether the emission was succesful.

Parameters

offset	Distance from the emitter surface at which the particle should be emitted.
deltaTime	Duration of the last step in seconds.

Returns: If at least one particle was in the emission pool and it could be emitted, will return true. False otherwise.

void Obi.ObiEmitter.KillAll ( )

Kills all particles in the emitter, and returns them to the emission pool.

bool Obi.ObiEmitter.KillParticle ( int index )

Asks the emiter to kill a particle. Returns whether it was succesful.

Returns: True if the particle could be killed. False if it was already inactive.

override void Obi.ObiEmitter.LoadBlueprint ( ObiSolver solver )

virtual

Loads this actor's blueprint into a given solver. Automatically called by ObiSolver.

Reimplemented from Obi.ObiActor.

void Obi.ObiEmitter.RemoveShape ( ObiEmitterShape shape )

Removes a shape trough which to emit particles. This is called automatically by ObiEmitterShape.

override void Obi.ObiEmitter.SetSelfCollisions ( bool selfCollisions )

virtual

Updates particle phases in the solver at runtime, including or removing the self-collision flag.

Reimplemented from Obi.ObiActor.

void Obi.ObiEmitter.UpdateEmitterDistribution ( )

Updates the spawn point distribution of all shapes used by this emitter.

Member Data Documentation

EmissionMethod Obi.ObiEmitter.emissionMethod = EmissionMethod.STREAM

Emission method used by this emitter.

Can be either STREAM or BURST.

float [] Obi.ObiEmitter.life

Per particle remaining life (in seconds).

float Obi.ObiEmitter.lifespan = 4

Particle lifespan in seconds.

Particles older than this value will become inactive and go back to the solver's emission pool, making them available for reuse.

float Obi.ObiEmitter.minPoolSize = 0.5f

Minimum amount of inactive particles available before the emitter is allowed to resume emission.

float Obi.ObiEmitter.randomVelocity = 0

Amount of random velocity added to particles when emitted.

float Obi.ObiEmitter.speed = 0.25f

Speed (in meters/second) at which fluid is emitter.

Note this affects both the speed and the amount of particles emitted per second, to ensure flow is as smooth as possible. Set it to zero to deactivate emission.

bool Obi.ObiEmitter.useShapeColor = true

Use the emitter shape color to tint particles upon emission.

Property Documentation

int Obi.ObiEmitter.Filter

getset

Collision filter value used by fluid particles.

bool Obi.ObiEmitter.isEmitting

get

Whether the emitter is currently emitting particles.

override ObiActorBlueprint Obi.ObiEmitter.sourceBlueprint

get

The base actor blueprint used by this actor.

This is the same as emitterBlueprint.

override bool Obi.ObiEmitter.surfaceCollisions

getset

Whether to use simplices (triangles, edges) for contact generation.

override bool Obi.ObiEmitter.usesAnisotropicParticles

get

Whether this actor makes use of particle anisotropy

In case of fluid, this is true as particles adapt their shape to fit the fluid's surface.

override bool Obi.ObiEmitter.usesCustomExternalForces

get

Whether this actor applies external forces in a custom way.

In case of fluid, this is true as forces are interpreted as wind and affected by athmospheric drag.

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

Assets/Obi/Scripts/Fluid/Actors/ObiEmitter.cs

Public Types

Public Member Functions

Public Attributes

Protected Member Functions

Properties

Events

Additional Inherited Members

Member Enumeration Documentation

Member Function Documentation

Member Data Documentation

Property Documentation