tfParticleTimeEvent.h File Reference

#include "tfTimeEvent.h"
#include "tfParticleEvent.h"

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Classes
struct	TissueForge::event::ParticleTimeEvent

Namespaces
namespace	TissueForge
	Include Python header, disable linking to pythonX_d.lib on Windows in debug mode.
namespace	TissueForge::event
	Tissue Forge event system.

Typedefs
using	TissueForge::event::ParticleTimeEventMethod = EventMethodT<ParticleTimeEvent>
using	TissueForge::event::ParticleTimeEventNextTimeSetter = FloatP_t (*)(ParticleTimeEvent&, const FloatP_t&)
using	TissueForge::event::ParticleTimeEventParticleSelector = ParticleEventParticleSelectorT<ParticleTimeEvent>
typedef std::unordered_map< ParticleTimeEventParticleSelectorEnum, ParticleTimeEventParticleSelector >	TissueForge::event::ParticleTimeEventParticleSelectorMapType
typedef std::unordered_map< std::string, ParticleTimeEventParticleSelectorEnum >	TissueForge::event::ParticleTimeEventParticleSelectorNameMapType
typedef std::unordered_map< ParticleTimeEventTimeSetterEnum, ParticleTimeEventNextTimeSetter >	TissueForge::event::ParticleTimeEventNextTimeSetterMapType
typedef std::unordered_map< std::string, ParticleTimeEventTimeSetterEnum >	TissueForge::event::ParticleTimeEventNextTimeSetterNameMapType
using	TissueForge::event::ParticleTimeEventList = EventListT<ParticleTimeEvent>

Enumerations
enum class	ParticleTimeEventParticleSelectorEnum : unsigned int { LARGEST , UNIFORM , DEFAULT }
enum class	TissueForge::event::ParticleTimeEventTimeSetterEnum : unsigned int { DETERMINISTIC , EXPONENTIAL , DEFAULT }
	keys for selecting a next time setter

Functions
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.
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.
ParticleHandle *	TissueForge::event::particleTimeEventParticleSelectorUniform (const ParticleTimeEvent &event)
	Selects a particle according to a uniform random distribution by event target type.
ParticleHandle *	TissueForge::event::particleTimeEventParticleSelectorLargest (const ParticleTimeEvent &event)
	Selects largest particle by event target type.
ParticleTimeEventParticleSelector *	TissueForge::event::getParticleTimeEventParticleSelector (ParticleTimeEventParticleSelectorEnum selectorEnum)
	Gets the particle selector on an event.
ParticleTimeEventParticleSelector *	TissueForge::event::getParticleTimeEventParticleSelectorN (std::string setterName)
	Gets the particle selector on an event.
ParticleTimeEventNextTimeSetter *	TissueForge::event::getParticleTimeEventNextTimeSetter (ParticleTimeEventTimeSetterEnum setterEnum)
	Gets the next time on an event according to an exponential distribution of the event period.
ParticleTimeEventNextTimeSetter *	TissueForge::event::getParticleTimeEventNextTimeSetterN (std::string setterName)
	Gets the next time on an event according to an exponential distribution of the event period.
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.
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.