/// Get a plane mesh of the size "size"
public static Mesh GetPlaneMesh(Vector2 size)
{
float id = (size.x + size.y * 666f);
if (MeshPool.planes.ContainsKey(id))
{
return(MeshPool.planes[id].mesh);
}
MeshPool.planes.Add(id, MeshPool.GenPlaneMesh(size));
return(MeshPool.planes[id].mesh);
}
/// Get a plane mesh of the size "size"
public static Mesh GetHumanPlaneMesh(Vector2 size, Direction direction)
{
float id = (size.x + size.y * 666f) + (int)direction * 333f;
if (MeshPool.humanPlanes.ContainsKey(id))
{
return(MeshPool.humanPlanes[id].mesh);
}
MeshPool.humanPlanes.Add(id, MeshPool.GenHumanMesh(size, direction));
return(MeshPool.humanPlanes[id].mesh);
}
/// Get the mesh for corners for a connected tilable
public static Mesh GetCornersPlane(bool[] corners)
{
int id = HashUtils.HashBoolArray(corners);
if (MeshPool.cornerPlanes.ContainsKey(id))
{
return(MeshPool.cornerPlanes[id].mesh);
}
MeshPool.cornerPlanes.Add(id, MeshPool.GenCornersPlane(corners));
return(MeshPool.cornerPlanes[id].mesh);
}
/// Get a new graphic instance (or an existing one)
public static GraphicInstance GetNew(
GraphicDef def,
Color color = default(Color),
Texture2D texture = null,
float drawPriority = -42f,
Mesh mesh = null
)
{
Mesh _mesh = (mesh == null) ? MeshPool.GetPlaneMesh(def.size) : mesh;
Color _color = (color == default(Color)) ? def.color : color;
Texture2D _texture = (texture == null) ? Res.textures[def.textureName] : texture;
float _priority = (drawPriority == -42f) ? def.drawPriority : drawPriority;
int id = GraphicInstance.GetUID(def, _color, _texture, _priority, _mesh);
if (GraphicInstance.instances.ContainsKey(id))
{
return(GraphicInstance.instances[id]);
}
GraphicInstance.instances.Add(id, new GraphicInstance(id, def, _mesh, _color, _texture, _priority));
return(GraphicInstance.instances[id]);
}
