public static MegaFlowParticleData Parse(BinaryReader br, float version)
{
MegaFlowParticleData p = new MegaFlowParticleData();
//uint code = br.ReadUInt32();
p.pos = ReadVector3(br);
p.vel = ReadVector3(br);
p.frc = ReadVector3(br);
p.vor = ReadVector3(br);
p.norm = ReadVector3(br);
p.numneigh = br.ReadInt32();
p.uvvector = ReadVector3(br);
p.info = br.ReadUInt16();
p.elapsedtime = br.ReadSingle();
p.isotime = br.ReadSingle();
p.viscosity = br.ReadSingle();
p.density = br.ReadSingle();
p.pressure = br.ReadSingle();
p.mass = br.ReadSingle();
p.temperature = br.ReadSingle();
if (version >= 12.0f)
{
p.id = (uint)br.ReadUInt64();
}
else
{
p.id = br.ReadUInt32();
}
return(p);
}
static public MegaFlowParticleFrame Parse(BinaryReader br)
{
uint code = br.ReadUInt32();
if (code == 0xFABADA)
{
MegaFlowParticleFrame frame = new MegaFlowParticleFrame();
frame.fluidname = br.ReadBytes(250).ToString();
frame.version = br.ReadUInt16();
frame.scale = br.ReadSingle();
frame.ftype = br.ReadInt32();
frame.etime = br.ReadSingle();
frame.fnum = br.ReadInt32();
frame.fps = br.ReadInt32();
frame.numparticles = br.ReadInt32();
frame.radius = br.ReadSingle();
frame.pressure = ReadVector3(br);
frame.speed = ReadVector3(br);
frame.temperature = ReadVector3(br);
if (frame.version >= 7.0f)
{
frame.emitpos = ReadVector3(br);
frame.emitrot = ReadVector3(br);
frame.emitscl = ReadVector3(br);
}
frame.particles = new MegaFlowParticleData[frame.numparticles];
frame.particles1 = new ParticleSystem.Particle[frame.numparticles];
for (int i = 0; i < frame.numparticles; i++)
{
ParticleSystem.Particle p = MegaFlowParticleData.LoadParticleData(br, frame.version);
frame.particles1[i] = p;
//MegaFlowParticleData p = MegaFlowParticleData.Parse(br, frame.version);
//frame.particles[i] = p;
}
return(frame);
}
return(null);
}
public static MegaFlowParticleData Parse(BinaryReader br, float version)
{
MegaFlowParticleData p = new MegaFlowParticleData();
//uint code = br.ReadUInt32();
p.pos = ReadVector3(br);
p.vel = ReadVector3(br);
p.frc = ReadVector3(br);
p.vor = ReadVector3(br);
p.norm = ReadVector3(br);
p.numneigh = br.ReadInt32();
p.uvvector = ReadVector3(br);
p.info = br.ReadUInt16();
p.elapsedtime = br.ReadSingle();
p.isotime = br.ReadSingle();
p.viscosity = br.ReadSingle();
p.density = br.ReadSingle();
p.pressure = br.ReadSingle();
p.mass = br.ReadSingle();
p.temperature = br.ReadSingle();
if ( version >= 12.0f )
p.id = (uint)br.ReadUInt64();
else
p.id = br.ReadUInt32();
return p;
}
