DiParticleEmitter* DiEffectManager::CloneEmitter(DiParticleEmitter* emitter)
{
if (!emitter)
{
return 0;
}
DiParticleEmitter* clonedEmitter = CreateEmitter(emitter->GetEmitterType());
emitter->CopyTo(clonedEmitter);
return clonedEmitter;
}
void CParticleGroup::Read(CTStream *pIS)
{
ASSERT(pIS);
CTStream &is = *pIS;
is.ExpectID_t("PTGR");
UBYTE ubVer;
is >> ubVer;
if(ubVer == CURRENT_VERSION)
{
CTString strTemp;
is.GetLine_t(strTemp);
m_strName = strTemp.str_String;
CTFileName fnTexture;
is >> fnTexture;
m_fnTexture = fnTexture.str_String;
is >> (DWORD&)m_eRenderType;
is >> (DWORD&)m_eBlendType;
is >> m_mexWidth;
is >> m_mexHeight;
is >> m_iCol;
is >> m_iRow;
DWORD dwCount;
is >> dwCount;
DWORD dwTemp;
for(DWORD i=0; i<dwCount; ++i)
{
is >> dwTemp;
m_vectorCommonProcess.push_back( CreateProcess((PARTICLES_COMMON_PROCESS_TYPE)dwTemp) );
m_vectorCommonProcess[i]->Read(&is);
}
BOOL bExist;
is >> bExist;
if(bExist)
{
is >> dwTemp;
m_pParticlesEmitter = CreateEmitter((PARTICLES_EMITTER_TYPE)dwTemp);
m_pParticlesEmitter->Read(&is);
}
is >> bExist;
if(bExist)
{
is >> dwTemp;
m_pParticlesAbsorption = CreateAbsorption((PARTICLES_ABSORPTION_TYPE)dwTemp);
m_pParticlesAbsorption->Read(&is);
}
}
void ParticleGroup::Init( LPDIRECT3DDEVICE9 pDevice )
{
m_pDevice = pDevice;
SetTexture("Flare.tga");
m_CommonUp.x = 0;
m_CommonUp.y = 1;
m_CommonUp.z = 0;
m_CommonDirection.x = 0;
m_CommonDirection.y = 0;
m_CommonDirection.z = -1;
m_fTexAnimDuration = 5.0f;
string Type = "点发射器";
ParticleEmitter *pEmitter = CreateEmitter(Type);
AddEmitter(pEmitter);
pEmitter->LoadFromFile(".\\Particle.ini","Fire");
}
void Write(int head, int tail, int depth)
{
NodePtr root_node = NodePtr( new YAML::Node());
CreateEmitter(root_node,head,tail,depth);
for( unsigned int i=0; i<windows_.size(); ++i)
{
YAML::Node node;
node["name"] = windows_[i].name;
node["start"] = windows_[i].start;
node["stop"] = windows_[i].stop;
(*root_node)["rx_win"].push_back(node);
}
std::ofstream fout( bufferFileName_.c_str());
fout << *root_node;
fout.close();
}
