Tissue Forge event system. More...

Classes
struct	Event

struct	EventBase

struct	EventBaseList

struct	EventListT

struct	KeyEvent

struct	ParticleEvent

struct	ParticleEventSingle

struct	ParticleTimeEvent

struct	TimeEvent

Typedefs
template<typename event_t>
using	EventMethodT = HRESULT (*)(const event_t&)

using	EventMethod = EventMethodT<Event>

using	EventList = EventListT<Event>

template<typename event_t>
using	ParticleEventParticleSelectorT = ParticleHandle* (*)(const event_t&)

using	ParticleEventMethod = EventMethodT<ParticleEvent>

using	ParticleEventParticleSelector = ParticleEventParticleSelectorT<ParticleEvent>

typedef std::unordered_map< ParticleEventParticleSelectorEnum, ParticleEventParticleSelector >	ParticleEventParticleSelectorMapType

typedef std::unordered_map< std::string, ParticleEventParticleSelectorEnum >	ParticleEventParticleSelectorNameMapType

using	ParticleEventList = EventListT<ParticleEvent>

using	ParticleTimeEventMethod = EventMethodT<ParticleTimeEvent>

using	ParticleTimeEventNextTimeSetter = FloatP_t (*)(ParticleTimeEvent&, const FloatP_t&)

using	ParticleTimeEventParticleSelector = ParticleEventParticleSelectorT<ParticleTimeEvent>

typedef std::unordered_map< ParticleTimeEventParticleSelectorEnum, ParticleTimeEventParticleSelector >	ParticleTimeEventParticleSelectorMapType

typedef std::unordered_map< std::string, ParticleTimeEventParticleSelectorEnum >	ParticleTimeEventParticleSelectorNameMapType

typedef std::unordered_map< ParticleTimeEventTimeSetterEnum, ParticleTimeEventNextTimeSetter >	ParticleTimeEventNextTimeSetterMapType

typedef std::unordered_map< std::string, ParticleTimeEventTimeSetterEnum >	ParticleTimeEventNextTimeSetterNameMapType

using	ParticleTimeEventList = EventListT<ParticleTimeEvent>

using	TimeEventMethod = EventMethodT<TimeEvent>

using	TimeEventNextTimeSetter = FloatP_t (*)(TimeEvent&, const FloatP_t&)

typedef std::unordered_map< TimeEventTimeSetterEnum, TimeEventNextTimeSetter >	TimeEventNextTimeSetterMapType

typedef std::unordered_map< std::string, TimeEventTimeSetterEnum >	TimeEventNextTimeSetterNameMapType

using	TimeEventList = EventListT<TimeEvent>

using	KeyEventDelegateType = HRESULT ()(Magnum::Platform::GlfwApplication::KeyEvent)

using	KeyEventHandlerType = HRESULT ()(struct KeyEvent)

typedef size_t	KeyEventDelegateHandle

typedef size_t	KeyEventHandlerHandle

Enumerations
enum class	EventFlag : unsigned int { REMOVE }

enum class	ParticleEventParticleSelectorEnum : unsigned int { LARGEST , UNIFORM , DEFAULT }

enum class	ParticleTimeEventParticleSelectorEnum : unsigned int { LARGEST , UNIFORM , DEFAULT }

enum class	ParticleTimeEventTimeSetterEnum : unsigned int { DETERMINISTIC , EXPONENTIAL , DEFAULT }
	keys for selecting a next time setter

enum class	TimeEventTimeSetterEnum : unsigned int { DEFAULT = 0 , DETERMINISTIC , EXPONENTIAL }

Functions
Event *	onEvent (EventMethod invokeMethod, EventMethod predicateMethod)
	Creates an event using prescribed invoke and predicate functions.

HRESULT	event_func_invoke (EventBase &event, const FloatP_t &time)

HRESULT	eventListEval (EventBaseList *eventList, const FloatP_t &time)

ParticleHandle *	particleSelectorUniform (const int16_t &typeId, const int32_t &nr_parts)
	Selects a particle according to a uniform random distribution by event target type.

ParticleHandle *	particleSelectorLargest (const int16_t &typeId)
	Selects largest particle by event target type.

ParticleHandle *	particleEventParticleSelectorUniform (const ParticleEvent &event)
	Selects a particle according to a uniform random distribution by event target type.

ParticleHandle *	particleEventParticleSelectorLargest (const ParticleEvent &event)
	Selects largest particle by event target type.

ParticleEventParticleSelector *	getParticleEventParticleSelector (ParticleEventParticleSelectorEnum selectorEnum)
	Gets the particle selector on an event.

ParticleEventParticleSelector *	getParticleEventParticleSelectorN (std::string setterName)
	Gets the particle selector on an event.

ParticleEvent *	onParticleEvent (ParticleType targetType, ParticleEventMethod invokeMethod, ParticleEventMethod *predicateMethod)
	Creates a particle event using prescribed invoke and predicate functions.

ParticleEventSingle *	onParticleEventSingle (ParticleType targetType, ParticleEventMethod invokeMethod, ParticleEventMethod *predicateMethod)
	Creates a single particle event using prescribed invoke and predicate functions.

FloatP_t	particleTimeEventSetNextTimeExponential (ParticleTimeEvent &event, const FloatP_t &time)
	Sets the next time on an event according to an exponential distribution of the event period.

FloatP_t	particleTimeEventSetNextTimeDeterministic (ParticleTimeEvent &event, const FloatP_t &time)
	Sets the next time on an event according to the period of the event.

ParticleHandle *	particleTimeEventParticleSelectorUniform (const ParticleTimeEvent &event)
	Selects a particle according to a uniform random distribution by event target type.

ParticleHandle *	particleTimeEventParticleSelectorLargest (const ParticleTimeEvent &event)
	Selects largest particle by event target type.

ParticleTimeEventParticleSelector *	getParticleTimeEventParticleSelector (ParticleTimeEventParticleSelectorEnum selectorEnum)
	Gets the particle selector on an event.

ParticleTimeEventParticleSelector *	getParticleTimeEventParticleSelectorN (std::string setterName)
	Gets the particle selector on an event.

ParticleTimeEventNextTimeSetter *	getParticleTimeEventNextTimeSetter (ParticleTimeEventTimeSetterEnum setterEnum)
	Gets the next time on an event according to an exponential distribution of the event period.

ParticleTimeEventNextTimeSetter *	getParticleTimeEventNextTimeSetterN (std::string setterName)
	Gets the next time on an event according to an exponential distribution of the event period.

ParticleTimeEvent *	onParticleTimeEvent (ParticleType targetType, const FloatP_t &period, ParticleTimeEventMethod invokeMethod, ParticleTimeEventMethod *predicateMethod=NULL, unsigned int nextTimeSetterEnum=0, const FloatP_t &start_time=0, const FloatP_t &end_time=-1, unsigned int particleSelectorEnum=0)
	Creates a time-dependent particle event using prescribed invoke and predicate functions.

ParticleTimeEvent *	onParticleTimeEventN (ParticleType targetType, const FloatP_t &period, ParticleTimeEventMethod invokeMethod, ParticleTimeEventMethod *predicateMethod=NULL, const std::string &distribution="default", const FloatP_t &start_time=0, const FloatP_t &end_time=-1, const std::string &selector="default")
	Creates a time-dependent particle event using prescribed invoke and predicate functions.

HRESULT	defaultTimeEventPredicateEval (const FloatP_t &next_time, const FloatP_t &start_time=-1, const FloatP_t &end_time=-1)

FloatP_t	timeEventSetNextTimeExponential (TimeEvent &event, const FloatP_t &time)

FloatP_t	timeEventSetNextTimeDeterministic (TimeEvent &event, const FloatP_t &time)

TimeEventNextTimeSetter *	getTimeEventNextTimeSetter (TimeEventTimeSetterEnum setterEnum)

TimeEventNextTimeSetter *	getTimeEventNextTimeSetterN (std::string setterName)

TimeEvent *	onTimeEvent (const FloatP_t &period, TimeEventMethod invokeMethod, TimeEventMethod predicateMethod=NULL, const unsigned int &nextTimeSetterEnum=0, const FloatP_t &start_time=0, const FloatP_t &end_time=-1)
	Creates a time-dependent event using prescribed invoke and predicate functions.

TimeEvent *	onTimeEventN (const FloatP_t &period, TimeEventMethod invokeMethod, TimeEventMethod predicateMethod=NULL, const std::string &distribution="default", const FloatP_t &start_time=0, const FloatP_t &end_time=-1)
	Creates a time-dependent event using prescribed invoke and predicate functions.

Detailed Description

Tissue Forge event system.

Function Documentation

◆ getParticleEventParticleSelector()

ParticleEventParticleSelector * TissueForge::event::getParticleEventParticleSelector ( ParticleEventParticleSelectorEnum selectorEnum )

Gets the particle selector on an event.

Parameters

selectorEnum selector enum

Returns: ParticleEventParticleSelector*

◆ getParticleEventParticleSelectorN()

ParticleEventParticleSelector * TissueForge::event::getParticleEventParticleSelectorN ( std::string setterName )

Gets the particle selector on an event.

Parameters

setterName name of selector

Returns: ParticleEventParticleSelector*

◆ getParticleTimeEventNextTimeSetter()

ParticleTimeEventNextTimeSetter * TissueForge::event::getParticleTimeEventNextTimeSetter ( ParticleTimeEventTimeSetterEnum setterEnum )

Gets the next time on an event according to an exponential distribution of the event period.

Parameters

setterEnum setter enum

Returns: ParticleTimeEventNextTimeSetter*

◆ getParticleTimeEventNextTimeSetterN()

ParticleTimeEventNextTimeSetter * TissueForge::event::getParticleTimeEventNextTimeSetterN ( std::string setterName )

Gets the next time on an event according to an exponential distribution of the event period.

Parameters

setterName name of setter

Returns: ParticleTimeEventNextTimeSetter*

◆ getParticleTimeEventParticleSelector()

ParticleTimeEventParticleSelector * TissueForge::event::getParticleTimeEventParticleSelector ( ParticleTimeEventParticleSelectorEnum selectorEnum )

Gets the particle selector on an event.

Parameters

selectorEnum selector enum

Returns: ParticleTimeEventParticleSelector*

◆ getParticleTimeEventParticleSelectorN()

ParticleTimeEventParticleSelector * TissueForge::event::getParticleTimeEventParticleSelectorN ( std::string setterName )

Gets the particle selector on an event.

Parameters

setterName name of selector

Returns: ParticleTimeEventParticleSelector*

◆ onEvent()

Event * TissueForge::event::onEvent	(	EventMethod *	invokeMethod,
		EventMethod *	predicateMethod )

Creates an event using prescribed invoke and predicate functions.

Parameters

invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs

Returns: Event*

◆ onParticleEvent()

ParticleEvent * TissueForge::event::onParticleEvent	(	ParticleType *	targetType,
		ParticleEventMethod *	invokeMethod,
		ParticleEventMethod *	predicateMethod )

Creates a particle event using prescribed invoke and predicate functions.

Parameters

targetType	target particle type
invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs

Returns: ParticleEvent*

◆ onParticleEventSingle()

ParticleEventSingle * TissueForge::event::onParticleEventSingle	(	ParticleType *	targetType,
		ParticleEventMethod *	invokeMethod,
		ParticleEventMethod *	predicateMethod )

Creates a single particle event using prescribed invoke and predicate functions.

Parameters

targetType	target particle type
invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs

Returns: ParticleEventSingle*

◆ onParticleTimeEvent()

ParticleTimeEvent * TissueForge::event::onParticleTimeEvent	(	ParticleType *	targetType,
		const FloatP_t &	period,
		ParticleTimeEventMethod *	invokeMethod,
		ParticleTimeEventMethod *	predicateMethod = NULL,
		unsigned int	nextTimeSetterEnum = 0,
		const FloatP_t &	start_time = 0,
		const FloatP_t &	end_time = -1,
		unsigned int	particleSelectorEnum = 0 )

Creates a time-dependent particle event using prescribed invoke and predicate functions.

Parameters

targetType	target particle type
period	period of evaluations
invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs
nextTimeSetterEnum	enum of function that sets the next evaulation time
start_time	time at which evaluations begin
end_time	time at which evaluations end
particleSelectorEnum	enum of function that selects the next particle

Returns: ParticleTimeEvent*

◆ onParticleTimeEventN()

ParticleTimeEvent * TissueForge::event::onParticleTimeEventN	(	ParticleType *	targetType,
		const FloatP_t &	period,
		ParticleTimeEventMethod *	invokeMethod,
		ParticleTimeEventMethod *	predicateMethod = NULL,
		const std::string &	distribution = "default",
		const FloatP_t &	start_time = 0,
		const FloatP_t &	end_time = -1,
		const std::string &	selector = "default" )

Creates a time-dependent particle event using prescribed invoke and predicate functions.

Parameters

targetType	target particle type
period	period of evaluations
invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs
distribution	name of function that sets the next evaulation time
start_time	time at which evaluations begin
end_time	time at which evaluations end
selector	name of function that selects the next particle

Returns: ParticleTimeEvent*

◆ onTimeEvent()

TimeEvent * TissueForge::event::onTimeEvent	(	const FloatP_t &	period,
		TimeEventMethod *	invokeMethod,
		TimeEventMethod *	predicateMethod = NULL,
		const unsigned int &	nextTimeSetterEnum = 0,
		const FloatP_t &	start_time = 0,
		const FloatP_t &	end_time = -1 )

Creates a time-dependent event using prescribed invoke and predicate functions.

Parameters

period	period of evaluations
invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs
nextTimeSetterEnum	enum selecting the function that sets the next evaulation time
start_time	time at which evaluations begin
end_time	time at which evaluations end

Returns: TimeEvent*

◆ onTimeEventN()

TimeEvent * TissueForge::event::onTimeEventN	(	const FloatP_t &	period,
		TimeEventMethod *	invokeMethod,
		TimeEventMethod *	predicateMethod = NULL,
		const std::string &	distribution = "default",
		const FloatP_t &	start_time = 0,
		const FloatP_t &	end_time = -1 )

Creates a time-dependent event using prescribed invoke and predicate functions.

Parameters

period	period of evaluations
invokeMethod	an invoke function; evaluated when an event occurs
predicateMethod	a predicate function; evaluated to determine if an event occurs
distribution	name of the function that sets the next evaulation time
start_time	time at which evaluations begin
end_time	time at which evaluations end

Returns: TimeEvent*

◆ particleEventParticleSelectorLargest()

ParticleHandle * TissueForge::event::particleEventParticleSelectorLargest ( const ParticleEvent & event )

Selects largest particle by event target type.

Parameters

event

Returns: ParticleHandle*

◆ particleEventParticleSelectorUniform()

ParticleHandle * TissueForge::event::particleEventParticleSelectorUniform ( const ParticleEvent & event )

Selects a particle according to a uniform random distribution by event target type.

Parameters

event

Returns: ParticleHandle*

◆ particleSelectorLargest()

ParticleHandle * TissueForge::event::particleSelectorLargest ( const int16_t & typeId )

Selects largest particle by event target type.

Parameters

typeId id of type

Returns: ParticleHandle*

◆ particleSelectorUniform()

ParticleHandle * TissueForge::event::particleSelectorUniform	(	const int16_t &	typeId,
		const int32_t &	nr_parts )

Selects a particle according to a uniform random distribution by event target type.

Parameters

typeId	id of type
nr_parts	number of particles of the type

Returns: ParticleHandle*

◆ particleTimeEventParticleSelectorLargest()

ParticleHandle * TissueForge::event::particleTimeEventParticleSelectorLargest ( const ParticleTimeEvent & event )

Selects largest particle by event target type.

Parameters

event

Returns: ParticleHandle*

◆ particleTimeEventParticleSelectorUniform()

ParticleHandle * TissueForge::event::particleTimeEventParticleSelectorUniform ( const ParticleTimeEvent & event )

Selects a particle according to a uniform random distribution by event target type.

Parameters

event

Returns: ParticleHandle*

◆ particleTimeEventSetNextTimeDeterministic()

FloatP_t TissueForge::event::particleTimeEventSetNextTimeDeterministic	(	ParticleTimeEvent &	event,
		const FloatP_t &	time )

Sets the next time on an event according to the period of the event.

Parameters

event
time

◆ particleTimeEventSetNextTimeExponential()

FloatP_t TissueForge::event::particleTimeEventSetNextTimeExponential	(	ParticleTimeEvent &	event,
		const FloatP_t &	time )

Sets the next time on an event according to an exponential distribution of the event period.

Parameters

event
time

Classes

Typedefs

Enumerations

Functions

Detailed Description

Function Documentation

◆ getParticleEventParticleSelector()

◆ getParticleEventParticleSelectorN()

◆ getParticleTimeEventNextTimeSetter()

◆ getParticleTimeEventNextTimeSetterN()

◆ getParticleTimeEventParticleSelector()

◆ getParticleTimeEventParticleSelectorN()

◆ onEvent()

◆ onParticleEvent()

◆ onParticleEventSingle()

◆ onParticleTimeEvent()

◆ onParticleTimeEventN()

◆ onTimeEvent()

◆ onTimeEventN()

◆ particleEventParticleSelectorLargest()

◆ particleEventParticleSelectorUniform()

◆ particleSelectorLargest()

◆ particleSelectorUniform()

◆ particleTimeEventParticleSelectorLargest()

◆ particleTimeEventParticleSelectorUniform()

◆ particleTimeEventSetNextTimeDeterministic()

◆ particleTimeEventSetNextTimeExponential()