private void ReadParticlePoints(BinaryReader Reader)
{
int ParticleCount = Reader.ReadInt32();
for (int i = 0; i < ParticleCount; i++)
{
DrawShipParticlePoint s = new DrawShipParticlePoint();
s.Position = Vector3.Transform(SaveHelper.ReadVector3() * 100, ModelTransformMatrix);
s.Layer = Reader.ReadInt32();
s.CinematicDelay = Reader.ReadInt32();
s.GameDelay = Reader.ReadInt32();
s.ParticleType = Reader.ReadInt32();
s.MaxVelocity = Vector3.Transform(SaveHelper.ReadVector3() * 100, ModelTransformMatrix);
s.MinVelocity = Vector3.Transform(SaveHelper.ReadVector3() * 100, ModelTransformMatrix);
s.MinColor = SaveHelper.ReadVector4();
s.MaxColor = SaveHelper.ReadVector4();
s.MinSize = Reader.ReadSingle() / ShipScale * 100;
s.MaxSize = Reader.ReadSingle() / ShipScale * 100;
s.CinematicOnly = Reader.ReadBoolean();
if (!ParticlePoints.ContainsKey(s.Layer))
{
ParticlePoints.Add(s.Layer, new LinkedList <DrawShipParticlePoint>());
}
ParticlePoints[s.Layer].AddLast(s);
}
}
private void ReadShipViewer(BinaryReader Reader)
{
string ShipString = Reader.ReadString();
ShipModel = AssetManager.Load <Model>(ShipString);
ModelTransformMatrix = Matrix.CreateScale(1 / ShipScale) * Matrix.CreateRotationY(ModelRotation);
ShipEffect = AssetManager.LoadEffect(Reader.ReadString());
WorldParam = ShipEffect.Parameters["World"];
ViewParam = ShipEffect.Parameters["View"];
ProjectionParam = ShipEffect.Parameters["Projection"];
ViewPosParam = ShipEffect.Parameters["CameraPosition"];
ForwardInstancedTechnique = ShipEffect.Techniques["ForwardInstancedTechnique"];
ForwardTechnique = ShipEffect.Techniques["ForwardTechnique"];
ColorParameter = ShipEffect.Parameters["DrawColor"];
ShipTexture = AssetManager.Load <Texture2D>(Reader.ReadString());
DrawColor = SaveHelper.ReadVector4();
SpecularColor = SaveHelper.ReadVector4();
SpecularExponent = Reader.ReadSingle();
}
public static void DummyRead(BinaryReader Reader)
{
SaveHelper.ReadVector4();
}
public override void Read(BinaryReader Reader)
{
set(SaveHelper.ReadVector4());
base.Read(Reader);
}