protected override SolidMeshVertex GetVertex(BinaryReader reader, SolidObjectMaterial material, int stride)
{
MostWantedMaterial mwm = (MostWantedMaterial)material;
SolidMeshVertex vertex = new SolidMeshVertex();
InternalEffectID id = (InternalEffectID)mwm.EffectId;
switch (id)
{
case InternalEffectID.WorldNormalMap:
case InternalEffectID.WorldReflectShader:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Normal = BinaryUtil.ReadVector3(reader);
vertex.Color = reader.ReadUInt32();
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
reader.BaseStream.Position += 8; // TODO: What's this additional D3DDECLUSAGE_TEXCOORD element?
vertex.Tangent = BinaryUtil.ReadVector3(reader);
reader.BaseStream.Position += 4; // skip W component of tangent vector
break;
case InternalEffectID.skyshader:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Normal = BinaryUtil.ReadVector3(reader);
vertex.Color = reader.ReadUInt32();
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
reader.BaseStream.Position += 8; // TODO: What's this additional D3DDECLUSAGE_TEXCOORD element?
break;
case InternalEffectID.WorldShader:
case InternalEffectID.GlossyWindow:
case InternalEffectID.billboardshader:
case InternalEffectID.CarShader:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Normal = BinaryUtil.ReadVector3(reader);
vertex.Color = reader.ReadUInt32();
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
break;
default:
throw new Exception($"Unsupported effect in object {Name}: {id}");
}
return(vertex);
}
protected override SolidMeshVertex GetVertex(BinaryReader reader, SolidObjectMaterial material, int stride)
{
World15Material wm = (World15Material)material;
SolidMeshVertex vertex = new SolidMeshVertex();
InternalEffectID id = (InternalEffectID)wm.EffectId;
switch (id)
{
case InternalEffectID.WorldShader:
case InternalEffectID.GLASS_REFLECT:
case InternalEffectID.WorldZBiasShader:
case InternalEffectID.Tree:
case InternalEffectID.WATER:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Normal = BinaryUtil.ReadNormal(reader, true);
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
vertex.Color = reader.ReadUInt32(); // daytime color
reader.ReadUInt32(); // nighttime color
break;
case InternalEffectID.WorldPrelitShader:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Color = reader.ReadUInt32(); // daytime color
reader.ReadUInt32(); // nighttime color
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
break;
case InternalEffectID.WorldZBiasPrelitShader:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Normal = BinaryUtil.ReadNormal(reader, true);
vertex.Color = reader.ReadUInt32(); // daytime color
reader.ReadUInt32(); // nighttime color
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
break;
case InternalEffectID.WorldNormalMap:
case InternalEffectID.GLASS_REFLECTNM:
case InternalEffectID.WorldRoadShader:
case InternalEffectID.WorldFEShader:
vertex.Position = BinaryUtil.ReadVector3(reader);
vertex.Normal = BinaryUtil.ReadNormal(reader, true);
vertex.TexCoords = BinaryUtil.ReadVector2(reader);
vertex.Color = reader.ReadUInt32(); // daytime color
reader.ReadUInt32(); // nighttime color
vertex.Tangent = BinaryUtil.ReadNormal(reader, true);
break;
case InternalEffectID.CarShader:
case InternalEffectID.CARNORMALMAP:
vertex.Position = BinaryUtil.ReadNormal(reader, true) * 8;
vertex.TexCoords = new Vector2(reader.ReadInt16() / 4096f, reader.ReadInt16() / 4096f - 1);
vertex.Color = reader.ReadUInt32();
vertex.Normal = BinaryUtil.ReadNormal(reader, true);
vertex.Tangent = BinaryUtil.ReadNormal(reader, true);
break;
default:
throw new Exception($"Unsupported effect in object {Name}: {id}");
}
return(vertex);
}