PortableVertex MakeVertex(Mesh mesh, MeshFace face, int i)
{
PortableVertex vertex = new PortableVertex();
vertex.position = CoordinateSystems.Unity(mesh.Positions[face.Indices[i]]);
vertex.normal = CoordinateSystems.Unity(mesh.Normals[face.Indices[i]]);
vertex.uv.x = face.TexCoords[i].X / 255f;
vertex.uv.y = 1f - (face.TexCoords[i].Y / 255f);
return(vertex);
}
public void Add(Car car)
{
ResetMaterials();
foreach (var texture in car.Material.Textures)
{
Add(texture, "diffuse");
}
Add(car.Geometry.Good);
Add(car.Geometry.Wheels);
carProperties = new AssetsInfo.CarInfo();
carProperties.WheelRearL = CoordinateSystems.UnityWheelPosition(car.Data.DataObjects[3].Position);
carProperties.WheelFrontL = CoordinateSystems.UnityWheelPosition(car.Data.DataObjects[2].Position);
carProperties.WheelRearR = CoordinateSystems.UnityWheelPosition(car.Data.DataObjects[1].Position);
carProperties.WheelFrontR = CoordinateSystems.UnityWheelPosition(car.Data.DataObjects[0].Position);
carProperties.Chassis = CoordinateSystems.Unity(car.Data.DataObjects[4].Position);
}
public void Add(Circuit circuit)
{
ResetMaterials();
foreach (var texture in circuit.Textures)
{
Add(texture, "diffuse");
}
foreach (var sector in circuit.Sectors)
{
Add(sector);
}
foreach (var background in circuit.Background.Textures)
{
Add(background, "background");
}
try
{
foreach (var sky in circuit.Sky.Textures)
{
Add(sky, "sky");
}
}
catch
{
}
circuitProperties = new AssetsInfo.CircuitInfo();
// get the start positions
circuitProperties.grid.pole = CoordinateSystems.Unity(circuit.DesignationForward.Starts[0].Data);
circuitProperties.grid.second = CoordinateSystems.Unity(circuit.DesignationForward.Starts[3].Data);
circuitProperties.grid.third = CoordinateSystems.Unity(circuit.DesignationForward.Starts[6].Data);
circuitProperties.grid.forward = CoordinateSystems.Unity(circuit.DesignationForward.Starts[1].Data);
}
