ParticleEffectDescriptor.h

#pragma once
 
#include <Foundation/Reflection/Reflection.h>
#include <ParticlePlugin/Declarations.h>
#include <ParticlePlugin/ParticlePluginDLL.h>
 
class PL_PARTICLEPLUGIN_DLL plParticleEffectDescriptor final : public plReflectedClass
{
  PL_ADD_DYNAMIC_REFLECTION(plParticleEffectDescriptor, plReflectedClass);
 
public:
  plParticleEffectDescriptor();
  ~plParticleEffectDescriptor();
 
  void AddParticleSystem(plParticleSystemDescriptor* pSystem) { m_ParticleSystems.PushBack(pSystem); }
  void RemoveParticleSystem(plParticleSystemDescriptor* pSystem) { m_ParticleSystems.RemoveAndCopy(pSystem); }
  const plHybridArray<plParticleSystemDescriptor*, 4>& GetParticleSystems() const { return m_ParticleSystems; }
 
  void AddEventReaction(plParticleEventReactionFactory* pSystem) { m_EventReactions.PushBack(pSystem); }
  void RemoveEventReaction(plParticleEventReactionFactory* pSystem) { m_EventReactions.RemoveAndCopy(pSystem); }
  const plHybridArray<plParticleEventReactionFactory*, 4>& GetEventReactions() const { return m_EventReactions; }
 
 
  void Save(plStreamWriter& inout_stream) const;
  void Load(plStreamReader& inout_stream);
 
  void ClearSystems();
  void ClearEventReactions();
 
  plEnum<plEffectInvisibleUpdateRate> m_InvisibleUpdateRate;
  bool m_bSimulateInLocalSpace = false;
  bool m_bAlwaysShared = false;
  float m_fApplyInstanceVelocity = 0.0f;
  plTime m_PreSimulateDuration;
  plVec3U32 m_vNumWindSamples = plVec3U32(1);
  plMap<plString, float> m_FloatParameters;
  plMap<plString, plColor> m_ColorParameters;
 
private:
  plHybridArray<plParticleSystemDescriptor*, 4> m_ParticleSystems;
  plHybridArray<plParticleEventReactionFactory*, 4> m_EventReactions;
};