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#ifndef PARTICLEANIMATOR_H
#define PARTICLEANIMATOR_H
#include "Runtime/BaseClasses/GameObject.h"
#include "Runtime/Math/Color.h"
#include "ParticleStruct.h"
class ParticleAnimator : public Unity::Component
{
public:
REGISTER_DERIVED_CLASS (ParticleAnimator, Unity::Component)
DECLARE_OBJECT_SERIALIZE (ParticleAnimator)
ParticleAnimator(MemLabelId label, ObjectCreationMode mode);
static void InitializeClass ();
static void CleanupClass ();
enum { kColorKeys = 5 };
GET_SET_DIRTY (Vector3f, WorldRotationAxis, m_WorldRotationAxis)
GET_SET_DIRTY (Vector3f, LocalRotationAxis, m_LocalRotationAxis)
GET_SET_DIRTY (Vector3f, RndForce, m_RndForce)
GET_SET_DIRTY (Vector3f, Force, m_Force)
GET_SET_DIRTY (float, Damping, m_Damping)
GET_SET_DIRTY (float, SizeGrow, m_SizeGrow)
GET_SET_DIRTY (bool, Autodestruct, m_Autodestruct)
GET_SET_DIRTY (bool, DoesAnimateColor, m_DoesAnimateColor)
GET_SET_DIRTY (bool, stopSimulation, m_StopSimulation)
void GetColorAnimation(ColorRGBAf *col) const;
void SetColorAnimation(ColorRGBAf *col);
void UpdateAnimator( ParticleArray& particles, PrivateParticleInfo& privateInfo, float deltaTime );
bool WillAutoDestructIfNoParticles( const PrivateParticleInfo& privateInfo ) const;
private:
void UpdateParticles (ParticleArray& particles, PrivateParticleInfo& privateInfo, float deltaTime) const;
private:
Vector3f m_WorldRotationAxis; // axis around which the particle rotates, worldspace
Vector3f m_LocalRotationAxis; // axis around which the particle rotates, localspace
Vector3f m_RndForce;// rnd force
Vector3f m_Force; // gravity value
float m_Damping; // damping value
float m_SizeGrow; // Grows the size of the particle by sizeGrow per second. A value of 1.0 doubles the particle size every second.
ColorRGBA32 m_ColorAnimation[kColorKeys]; // Animates the color through the color keys
int m_Autodestruct;
bool m_DoesAnimateColor;
bool m_StopSimulation;
float m_EnergylossFraction;
};
#endif
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