//Custom UI Meshes script by @MinionsArt
using UnityEngine;

public class UIMeshRenderer : MonoBehaviour
{
    [ExecuteInEditMode]
    public static Mesh createDoorMesh(string DMname)
    {
        DMname=DMname.Split('?')[0];
        float[] E = new float[4];//On normal map

        // E[0] = 0;
        // if(!_G.UIT){E[0] = DOIT.CSn(Get.LibraryValue(DMname, CsvHeaders.Door_Edge_Top, DataTypes.Door));}
        // else {E[0] = DOIT.CSn(UIT.Value("Door",DMname,"E_H").Split('_')[1]);}

        // E[1] = 0;
        // if(!_G.UIT){E[1] = DOIT.CSn(Get.LibraryValue(DMname, CsvHeaders.Door_Edge_Side, DataTypes.Door));}
        // else {E[1] = DOIT.CSn(UIT.Value("Door",DMname,"E_V").Split('_')[1]);}

        // E[2] = 0;
        // if(!_G.UIT){E[2] = DOIT.CSn(Get.LibraryValue(DMname, CsvHeaders.Door_Edge_Top, DataTypes.Door));}
        // else {E[2] = DOIT.CSn(UIT.Value("Door",DMname,"E_H").Split('_')[1]);}

        // E[3] = 0;
        // if(!_G.UIT){E[3] = DOIT.CSn(Get.LibraryValue(DMname, CsvHeaders.Door_Edge_Side, DataTypes.Door));}
        // else {E[3] = DOIT.CSn(UIT.Value("Door",DMname,"E_V").Split('_')[1]);}

        E[0] =2;E[1] =2;E[2] =2;E[3] =2;

        float[] EB = new float[4];//On cab section to get
        EB[0] = 2.5f;//DE[0]+0.5f;
        EB[1] = 2.5f;//DE[1]+0.5f;
        EB[2] = 2.5f;//DE[2]+0.5f;
        EB[3] = 2.5f;//DE[3]+0.5f;

        float Sx = 18;//Sx-0.25f;
        float Sy = 18;//Sy-0.25f;
        float Z = 0;///Zoombtn=1

        Vector3[] P = new Vector3[16];
        P[0] = new Vector3(0 - Sx / 2, 0 + Sy / 2, Z);
        P[1] = new Vector3(0 - Sx / 2 + E[3], 0 + Sy / 2, Z);
        P[2] = new Vector3(0 + Sx / 2 - E[1], 0 + Sy / 2, Z);
        P[3] = new Vector3(0 + Sx / 2, 0 + Sy / 2, Z);

        P[4] = new Vector3(0 - Sx / 2, 0 + Sy / 2 - E[0], Z);
        P[5] = new Vector3(0 - Sx / 2 + E[3], 0 + Sy / 2 - E[0], Z);
        P[6] = new Vector3(0 + Sx / 2 - E[1], 0 + Sy / 2 - E[0], Z);
        P[7] = new Vector3(0 + Sx / 2, 0 + Sy / 2 - E[0], Z);

        P[8] = new Vector3(0 - Sx / 2, 0 - Sy / 2 + E[2], Z);
        P[9] = new Vector3(0 - Sx / 2 + E[3], 0 - Sy / 2 + E[2], Z);
        P[10] = new Vector3(0 + Sx / 2 - E[1], 0 - Sy / 2 + E[2], Z);
        P[11] = new Vector3(0 + Sx / 2, 0 - Sy / 2 + E[2], Z);

        P[12] = new Vector3(0 - Sx / 2, 0 - Sy / 2, Z);
        P[13] = new Vector3(0 - Sx / 2 + E[3], 0 - Sy / 2, Z);
        P[14] = new Vector3(0 + Sx / 2 - E[1], 0 - Sy / 2, Z);
        P[15] = new Vector3(0 + Sx / 2, 0 - Sy / 2, Z);
        Mesh MESH = SlicedMesh.CreateSlicedMesh(P, EB);

        return MESH;
    }
}