private static GameObject GetRMC_and_Set_Restriction_info(string tilename, int rotation, bool is_mirrored, Vector3 rmcPlacement)
{ // ((unity loads models with -x axis))
string RMCname = TileManager.TileListInfo[tilename].RMCname;
Quaternion rotate_q = Quaternion.Euler(new Vector3(0, rotation, 0));
char x = RMCname[0];
char z = RMCname[2];
if (x == '1' && z == '1')
{
//nothing
}
else if (x == '1' && z == '2')
{
if (is_mirrored)
{
rotate_q = Quaternion.Euler(new Vector3(0, -rotation, 0));
if (rotation == 90 || rotation == 270)
{
// V1 = H2
if (RMCname.Contains("H2") && !RMCname.Contains("V1"))
{
RMCname += "V1";
}
else if (!RMCname.Contains("H2") && RMCname.Contains("V1"))
{
RMCname = RMCname.Replace("V1", "");
}
}
}
}
else if (x == '2' && z == '1')
{
if (is_mirrored)
{
rotate_q = Quaternion.Euler(new Vector3(0, -rotation, 0));
if (rotation == 0 || rotation == 180)
{
// H1 = H2
if (RMCname.Contains("H2") && !RMCname.Contains("H1"))
{
RMCname += "H1";
}
else if (!RMCname.Contains("H2") && RMCname.Contains("H1"))
{
RMCname = RMCname.Replace("H1", "");
}
}
}
}
else // 2x2
{
if (is_mirrored)
{
// mirrored 2x2 tiles somehow invert restrictions H1 with H2
// switch H1 with H2
if (RMCname.Contains("H1"))
{
RMCname = RMCname.Replace("H2", "Hx").Replace("H1", "H2").Replace("Hx", "H1");
}
else if (RMCname.Contains("H2"))
{
RMCname = RMCname.Replace("H2", "H1");
}
if (rotation == 90)
{
// ("switched" H2) = V2 -> H1 = V2
if (RMCname.Contains("V2") && !RMCname.Contains("H1"))
{
RMCname += "H1";
}
else if (!RMCname.Contains("V2") && RMCname.Contains("H1"))
{
RMCname = RMCname.Replace("H1", "");
}
}
}
else
{
if (rotation == 270)
{
// H2 = V2
if (RMCname.Contains("V2") && !RMCname.Contains("H2"))
{
RMCname += "H2";
}
else if (!RMCname.Contains("V2") && RMCname.Contains("H2"))
{
RMCname = RMCname.Replace("H2", "");
}
}
}
}
//Debug.Log(RMCname + " " + rotation + " " + is_mirrored);
RMCname = NormalizeRMCname(RMCname);
var rmc = Instantiate(Get_RMC_Containing(RMCname), rmcPlacement, rotate_q);
BorderInfo.CreateComponent(rmc, RMCname);
rmc.GetComponent <MeshRenderer>().material = transparent;
return(rmc);
}
