using UnityEngine;
using System.Collections.Generic;
using System.Linq;

public class UIT_MATERIAL : MonoBehaviour
{
    private static Texture2D AdressableTexture;
    //DISPATCH
    public static Material GetMaterial(string Code)
    {
        //print("Code from GetMaterial===1="+Code);

        //none?  #737373?  #ffffffff?  #ffffffff?  1?  0?  0.1?   0.05
        //
        //1
        //1?90
        //#737373 ? GLOSSY ? _none
        //888888_Matt
        //GYPS.1,#ffffff,#595959,#939393,0.25,0.25,0,0,0
        //none?#737373?#ffffffff?#ffffffff?1?0?0.1?0.05
        //18?0

        if (Code.Split("_").Length == 2) Code += "_none";

        Code =Code.Replace("_","?").Replace(",","?");
        string[] CodeSplit = Code.Split("?");        
        if (CodeSplit[0] == "Standard")
        {
            return StandardMaterial(Code);
        }

        if (CodeSplit.Length == 8 && CodeSplit[0]!="none")
        {
            Code = "none?" + Code;
        }

        if (CodeSplit.Length ==1 && Code.IndexOf("MELAMINEWHITE") == -1)
        {
            //print("Code========" + Code);
            string rotation = "0";
            if (!string.IsNullOrEmpty(Code)){rotation = UIT.Value(Library.CabTexture, Code, Header.Rotation);}
            if (rotation == Code) {rotation = "0";}
            Code += "?" + rotation;
        }

        CodeSplit = Code.Split("?");
       // print("Code from GetMaterial===2="+Code);//none?#737373?#ffffffff?#ffffffff?1?0?0.1?0.05
        
        //Debug.Log("codetexture : " + Code);
        if (CodeSplit.Length == 2) { return GetMaterialbyID(Code); }//Ex: 3?2; CabTexture ID and CabTextureColor ID
        else if (CodeSplit.Length == 3) { return ColorGlobalbySimpleColor(Code); }//Ex ffffff ? Glossy ? none
        else { return GetMaterialbyFullRecipe(Code); }//Ex none?  #737373?  #ffffffff?  #ffffffff?  1?  0?  0.1?   0.05

        //else if (Code.IndexOf("?") != -1 && Code.Split("?").Length <= 2) { return GetMaterialbyID(Code); }//ID
    }
    public static Sprite GetSprite(string Code)
    {
        //print("Code====================="+Code);
        //1
        //1?90
        //COUN.1?FFFFFF?FFFFFF?FFFFFF?1?0?0.5?0.3?1
        //none?FFFFFF?FFFFFF?FFFFFF?1?0?0.5?0.3?1
        //none?#FFFFFF?Flat

        Code =Code.Replace(",", "?").Replace("_", "?");

        if (Code.IndexOf("?") == -1 )
        {
            Code += "?" + UIT.Value(Library.CabTexture, Code, Header.Rotation);
        }
        
        if (Code.Split("?").Length == 3) { return GetTexturebySimpleColor(Code); }//SimpleColor
        else if (Code.Split("?").Length <= 2) { return GetTexturebyID(Code); }//ID
        else { return GetTexturebyRecipe(Code); }//LongColor
    }

    //MATERIAL//----------------------------------------------------------------------------------------------
    public static Material StandardMaterial(string code)
    {

        //print("code====================="+code);//code=====================Standard_Amazzonia_B0AEAE_0.5_0.5
        string[] CodeSplit = code.Split("_");//Standard,texture,color,tile,smoothness,Metalic
        Texture2D T = Resources.Load<Texture2D>("TEXTURES/COUNTERTOP/Laminam_" + CodeSplit[1]);
        float Smoothness = DOIT.ConvertStringToNumber(CodeSplit[3]);
        float Metalic = DOIT.ConvertStringToNumber(CodeSplit[4]);
        float TileH = 0.25f;//DOIT.ConvertStringToNumber(CodeSplit[3]);
        float TileV = 0.25f;
        string Color = CodeSplit[2];
        Material MAT = Instantiate(_G.ST);
        MAT.SetTexture("_BaseMap", T);
        MAT.SetFloat("_Smoothness", Smoothness);
        MAT.SetFloat("_Metallic", Metalic);
        MAT.SetColor("_BaseColor", DOIT.CSc(Color, 255));
        MAT.mainTextureScale = new(TileH, TileV);
        return MAT;
    }
    public static Material ColorGlobalbySimpleColor(string code)
    {
        //print("code===="+code);///ffffff_Semi_Wood1  code====#1A8E7DFF_Matt_Wood.2
        //#D6B780_Glossy_FLAT 

        code = code.Replace("Glossy", "Gloss");
        string[] Code = code.Split('?');//ffffff_Glossy_Fabric1
        if (Code.Length == 2) { Code = new string[3] { Code[0], Code[1], "none" }; }

        Material Mat;
        if (!_C.ColorInScene.ContainsKey(code))
        {
            Mat = Instantiate(_G.TEXTURE);
            //Mat.SetTexture("_Texture", null); 
            Texture2D T = Resources.Load<Texture2D>("TEXTURES/TEXT/TEXT.1.1");

            //Textures 
            if (Code[2] != "none")
            {
                switch (Code[2])
                {
                    case "3": T = _G.Wood[0]; break;
                    case "4": T = _G.Wood[1]; break;
                    case "5": T = _G.Wood[2]; break;
                    case "6": T = _G.Wood[0]; break;
                    case "7": T = _G.Wood[1]; break;
                }
            }
            Mat.SetTexture("_Texture", T);
            Mat.SetColor("_c1", DOIT.CSc(Code[0], 255));

            //FINISH
            float Metallic = GetMetalnessFromSinpleColor(Code[1]);
            float Smoothness = GetSmoothnessFromSinpleColor(Code[1]);

            Mat.SetFloat("_Smoothness", Smoothness);
            Mat.SetFloat("_Metallic", Metallic);
            Mat.SetFloat("_Speculor", Smoothness);
            _C.ColorInScene.Add(code, Mat);
        }
        else
        {
            Mat = _C.ColorInScene[code];
        }
        return Mat;
    }
    public static Material GetMaterialbyID(string Code)
    {
        //print("From GetMaterial=== "+Code);//1?90//From GetMaterial=== 17?17

        string[] code = Code.Split('?');
        //code[0]=UIT.IDCheckExist(Library.CabTexture, code[0]);
        //WOOD.1,#FFF0D8FF,#827A6E,#5B564D,1,0,0.3,0.2,1

        Material M;
        M = Instantiate(_G.TEXTURE);
        Color c1 = DOIT.CSc("#F6F6F6", 255);
        Color c2 = DOIT.CSc("#F6F6F6", 255);
        Color c3 = DOIT.CSc("#F6F6F6", 255);

        if (code[0] == "MELAMINEWHITE" || code[0].IndexOf("Mellamine") != -1)
        {
            Texture2D T = Resources.Load<Texture2D>("TEXTURES/TEXT/TEXT.1.1");
            M.SetColor("_c1", c1);
            M.SetColor("_c2", c2);
            M.SetColor("_c3", c3);
            M.SetTexture("_Texture", T);
            M.SetFloat("_Smoothness", 0.2f);
            M.SetFloat("_Metallic", 0.05f);
        }
        else
        {
            string R = "0";
            if (code.Length > 1) { R = code[1]; }
            if (R != "0" && R != "90") { R = "0"; }
            //print("R================="+R);

            string Contrast = UIT.Value(Library.CabTexture, code[0], Header.Contrast);
            string nameTexture = UIT.Value(Library.CabTexture, code[0], Header.Texture);

            //print("nameTexture===="+nameTexture);//nameTexture====S

            if (string.IsNullOrEmpty(Contrast)) { Contrast = "1"; }

            Texture2D T = Instantiate(Resources.Load<Texture2D>("TEXTURES/TEXT/" + nameTexture));
            T.name = nameTexture;
            string c3value = UIT.Value(Library.CabTexture, code[0], "C3");

            //Colors
            c1 = DOIT.CSc(UIT.Value(Library.CabTexture, code[0], "C1"), 255);
            c2 = DOIT.CSc(UIT.Value(Library.CabTexture, code[0], "C2"), 255);
            if (!string.IsNullOrEmpty(c3value))
            {
                c3 = DOIT.CSc(UIT.Value(Library.CabTexture, code[0], "C3"), 255);
            }
            //ModifyTexture.ModifyTexturePixels(T,DOIT.CSc(c1, 255),DOIT.CSc(c2, 255),DOIT.CSc(c3, 255));
            //finish
            string S = UIT.Value(Library.CabTexture, code[0], "Finish");
            if (S.IndexOf("G") != -1) { S = "0.95"; }
            if (S.IndexOf("S") != -1) { S = "0.3"; }
            if (S.IndexOf("M") != -1) { S = "0.1"; }
            float smoothness = DOIT.ConvertStringToNumber(S);

            //Grouth 
            M.SetTexture("_Texture", T);
            M.SetColor("_c1", c1);
            M.SetColor("_c2", c2);
            if (!string.IsNullOrEmpty(c3value)) { M.SetColor("_c3", c3); }
            M.SetFloat("_Metallic", 0.05f);
            M.SetFloat("_Smoothness", smoothness);
            M.SetFloat("_Speculor", smoothness * 1.2f);
            // M.SetFloat("_Relief", 0.3f);
            M.SetFloat("_Rotation", float.Parse(R));
            //float.Parse(R)
        }
        return M;
    }
    public static Material GetMaterialbyFullRecipe(string Recipe)
    {

        //CERA.15?#FFFFFF?#171717?#737373?1_1?-42?0.5?0.1666667?0
        //Texture,C1,C2,C3,Tile,Rotation,Contrast,smoothness,Mettallic,relief

        Recipe=Recipe.Replace(",", "?");
        string[] CodeSplit = Recipe.Split("?");

        print("codetexture : 3===" +Recipe);

        //CERA.13?
        // #A87F56?
        // 715848?
        // CCC0B8?
        // 2-2?//Tile
        // 67?/Rotation
        // 0.9
        // 0.3?
        // 0

        //TEXT.1.1?
        // #FFFFFF?
        // #FFFFFF?
        // #FFFFFF?
        // 1?
        // 0?
        // 0.5?
        // 0.05?
        // 1

        //TEXT.1.1?
        // #FFFFFF?
        // #FFFFFF?
        // #FFFFFF?
        // 1-1?
        // 0?
        // 1?
        // ?0.5?0.05?0



        ///none?#737373?#ffffffff?#ffffffff?1?0?0.1?0.05

        //Add rotation messing
        if (CodeSplit.Length > 10)
        {
            //Recipe = CodeSplit[0] + "," + CodeSplit[1] + "," + CodeSplit[2] + "," + CodeSplit[3] + ",1-1,1,0.2,0.5,0";
        }
        if (CodeSplit.Length == 8)//Rotation missing
        {
           Recipe = CodeSplit[0] + "?" + CodeSplit[1] + "?" + CodeSplit[2] + "?" + CodeSplit[3] +"?" +  CodeSplit[4] +"?0?" +  CodeSplit[5] + "?" + CodeSplit[6] + "?0";
        }
        // if (CodeSplit.Length == 9)//Contrast missing
        //     {
        //         Recipe = CodeSplit[0] + "?" + CodeSplit[1] + "?" + CodeSplit[2] + "?" + CodeSplit[3] + "?" + CodeSplit[4] + "?1?" + CodeSplit[5] + "?" + CodeSplit[6] + "?" + CodeSplit[7] + "?" + CodeSplit[8];
        //     }
        if (CodeSplit.Length == 6)
        {
            Recipe = CodeSplit[0] + "?" + CodeSplit[1] + "?" + CodeSplit[2] + "?" + CodeSplit[3] + "?1-1?"  + CodeSplit[4] + "?" + CodeSplit[5] + "?0.5?0";
        }

        //Recipe = Recipe.Replace(",", "?");

        //print("Recipe================2=" +Recipe);

        string[] code = Recipe.Split('?');
        Material M = Instantiate(_G.TEXTURE);

        Color c1 = DOIT.CSc("#ffffff", 255);
        Color c2 = DOIT.CSc("#ffffff", 255);
        Color c3 = DOIT.CSc("#ffffff", 255);

        if (code[0] == "MELAMINEWHITE")
        {
            Texture2D T = Resources.Load<Texture2D>("TEXTURES/TEXT/TEXT.1.1");
            M.SetColor("_c1", c1);
            M.SetColor("_c2", c2);
            M.SetColor("_c3", c3);
            M.SetTexture("_Texture", T);
            M.SetFloat("_Rotation", 0);
            M.SetFloat("_BaseMap", 1);
            M.SetFloat("_Smoothness", 0.3f);
            M.SetFloat("_Metallic", 0.05f);
            M.SetFloat("_Speculor", 0.2f);
        }
        else
        {
            //Texture
            Texture2D T = null;

            //Colors
            c1 = DOIT.CSc(code[1], 255);
            c2 = DOIT.CSc(code[2], 255);
            c3 = DOIT.CSc(code[3], 255);

            //print("code[0]===="+code[0]);// GYPS.1,FFFFFFFF,313131FF,FFFFFFFF,0.25,0.2,0.2
            
            //_G.FLCs=====CERA.13?#FFFFFF?#323232?#737373?1_1?56?0.5?0.1666667?0

            //TEXTURE
            if (code[0] != "none" && code[0] != "null")
            {//WOOD.1

                string TextureCategory = code[0].Split('.')[0];
                if (new List<string>() { "WOOD", "CERA", "SPLA", "COUN", "BRIC" }.Contains(TextureCategory) && code[0] != "WOOD.1")
                {
                    T = null;
                }
                else
                {
                    T = Resources.Load<Texture2D>("TEXTURES/" + code[0].Split(".")[0] + "/" + code[0]);
                }
            }

            //print("code[4]==="+code[4]);


            //Tile
            code[4]=code[4].Replace("_", "-");           
            string[] Code4 = code[4].Split("-");
            string sizeH = Code4[0];
            string sizeV = Code4[0];

            if (Code4.Length > 1)
            {
                sizeV = Code4[1];
            }

            //Size
            Vector2 Tile = new(float.Parse(sizeH), float.Parse(sizeV));

            //Rotation
            float R = 0;
            if (!string.IsNullOrEmpty(code[5]))
            {
                R = float.Parse(code[5]);
            }
            //if (R != 0 && R != 90) { R = 0; }
            print("_G.FLCs====3=" + R+"    code 5=="+code[5]);

            if (code[7].Any(char.IsLetter)) {code[7] = "0";}
            if (code[8].Any(char.IsLetter)) {code[8] = "0.2";}

            //Contrast
            float Contrast  = float.Parse(code[6]);

            //Smoothness
            float Smoothness= float.Parse(code[7]);

            //Metalique
            float Metallic = float.Parse(code[8]);
            if (Metallic == 1) {Metallic = 0;}

            //Relief
            float Relief = 0.2f;
            if (code.Length == 10 && code[9] != "none")
            { 
                Relief = float.Parse(code[9]);
            }
            

            M.SetTexture("_Texture", T);
            M.SetColor("_c1", c1);
            M.SetColor("_c2", c2);
            M.SetColor("_c3", c3);
            M.SetFloat("_Rotation", R);
            M.SetVector("_Tile", Tile);
            M.SetFloat("_contrast", Contrast);
            M.SetFloat("_Smoothness", Smoothness);
            M.SetFloat("_Metallic", Metallic);
            M.SetFloat("_Speculor", Smoothness);
            M.SetFloat("_Relief", Relief);
        }
        return M;
    }
    public static Material GetElectroMat()
    {
        Material ElectroMat = Instantiate(_G.TEXTURE);
        ElectroMat.SetColor("_c1", DOIT.CSc("#ffffff", 255));
        ElectroMat.SetColor("_c2", DOIT.CSc("#000000", 255));
        ElectroMat.SetColor("_c3", DOIT.CSc("#000000", 255));
        ElectroMat.SetFloat("_Smoothness", 0.9f);
        ElectroMat.SetFloat("_Metallic", 0.8f);
        ElectroMat.SetFloat("_Speculor", 0.9f);
        return ElectroMat;
    }

    //TEXTURE//----------------------------------------------------------------------------------------------
    public static Sprite GetTexturebySimpleColor(string SimpleColor)
    {
        //print("From GetTexturebySimpleColor=== "+SimpleColor);
        string[] code = SimpleColor.Split('_');
        string nameTexture = UIT.Value(Library.CabTexture, code[0], Header.Texture);

        //TEXTURE
        Texture2D T;
        T = Instantiate(Resources.Load<Texture2D>("TEXTURES/" + nameTexture.Split('.')[0] + "/" + nameTexture));
        string R = "0";

        //Colors
        string c1 = UIT.Value(Library.CabTexture, code[0], Header.C1);
        string c2 = UIT.Value(Library.CabTexture, code[0], Header.C2);

        ModifyTexture.ModifyTexturePixels(T, DOIT.CSc(c1, 255), DOIT.CSc(c2, 255), Color.black);
        if (R == "90") RotateTexture(T, int.Parse(R));

        //Grouth 

        return TextureToSprite(T);
    }
    public static Sprite GetTexturebyID(string CodeID)
    {
        // print("From GetTexture=== "+CodeID);//2?90
        string[] code = CodeID.Split('?');

        code[0] = UIT.IDCheckExist(Library.CabTexture, code[0]);
        string R = "0";
        if (code.Length > 1) R = code[1];

        string nameTexture = UIT.Value(Library.CabTexture, code[0], Header.Texture);

        //print("nameTexture=======" + nameTexture);

        Texture2D T = Instantiate(Resources.Load<Texture2D>("TEXTURES/" + nameTexture.Split('.')[0] + "/" + nameTexture));

        //Colors
        string c1 = UIT.Value(Library.CabTexture, code[0], Header.C1);
        string c2 = UIT.Value(Library.CabTexture, code[0], Header.C2);

        ModifyTexture.ModifyTexturePixels(T, DOIT.CSc(c1, 255), DOIT.CSc(c2, 255), Color.black);
        if (R == "90") { T = RotateTexture(T, int.Parse(R)); }

        //Grouth 

        return TextureToSprite(T);
    }
    public static Sprite GetTexturebyRecipe(string CodeRecipe)
    {
        //COUN.1?F6F6F6?F6F6F6?F6F6F6?1?0?0.5?0.3?1

        print("code[0]========CodeRecipe===="+CodeRecipe);
        CodeRecipe = CodeRecipe.Replace(",", "?");
        string[] code = CodeRecipe.Split('?');
        string R = "0";

        if (code[0] == "none") code[0] = "TEXT.1.1";

        //Colors
        Color c1 = DOIT.CSc(code[1], 255);
        Color c2 = DOIT.CSc(code[2], 255);
        Color c3 = DOIT.CSc(code[3], 255);

        Texture2D T = null;
        if (code[0].IndexOf("FAUC") != -1) { code[0] = null; }//Should be simpleColor
        if (code[0] != null)
        {
            string path = "TEXTURES/" + code[0].Split(".")[0] + "/" + code[0];
            print("code[0]========path===="+path);//code[0]====TOPCOUNTER/Grano  //code[0]========path====TEXTURES/TEXT/TEXT.1
            if (code[0].IndexOf("TOPCOUNTER") != -1) { path = "TEXTURES/COUN/" + code[0]; }
            //print("path===="+path);//path====TEXTURES/COUN/TOPCOUNTER/Burgundy
            T = null;
            if (new List<string>() { "WOOD", "CERA", "SPLA", "COUN", "BRIC","none" }.Contains(code[0].Split(".")[0]) )
            {
                T = null;
            }
            else
            {
                T = Instantiate(Resources.Load<Texture2D>(path));
                ModifyTexture.ModifyTexturePixels(T, c1, c2, c3);
                if (R == "90") RotateTexture(T, int.Parse(R));
                return TextureToSprite(T);
            }        
        }
        return null;
    }

    ///Get--------------------
    public static Sprite TextureToSprite(Texture2D texture)
    {
        return Sprite.Create(
            texture,
            new Rect(0, 0, texture.width, texture.height), // Use the full texture area
            new Vector2(0.5f, 0.5f) // Set the pivot to the center of the sprite
        );
    }
    // public static void ModifyTexturePixels(Texture2D texture, Color pale, Color dark)
    // {

    //     print("--------From UIT_MATERIAL----------");
    //     Color red=Color.red;
    //     // Get the pixels of the texture
    //     Color[] pixels = texture.GetPixels();

    //     // Loop through each pixel and modify its color
    //     for (int i = 0; i < pixels.Length; i++)
    //     {
    //         // Get the brightness of the pixel (grayscale value)
    //         float brightness = pixels[i].grayscale;

    //         if (brightness == 0)
    //         {
    //         pixels[i] = red;
    //         }
    //         else{
    //             // Interpolate between the dark and pale colors based on brightness
    //             pixels[i] = Color.Lerp(dark, pale, brightness);
    //         }
    //     }

    //     // Set the modified pixels back to the texture
    //     texture.SetPixels(pixels);
    //     texture.Apply(); // Apply the changes to make them visible

    // }
    // public static Texture2D RotateTexture(Texture2D texture, int angle)
    // {
    //     Texture2D result;
    //     Color[] pixels = texture.GetPixels();

    //     int width = texture.width;
    //     int height = texture.height;

    //     // Handle 90-degree rotations
    //     switch (angle)
    //     {
    //         case 90:
    //             result = new Texture2D(height, width); // Note that width and height are swapped
    //             for (int y = 0; y < height; y++)
    //             {
    //                 for (int x = 0; x < width; x++)
    //                 {
    //                     result.SetPixel(y, width - x - 1, pixels[x + y * width]);
    //                 }
    //             }
    //             break;

    //         case 180:
    //             result = new Texture2D(width, height); // Keep the same dimensions
    //             for (int y = 0; y < height; y++)
    //             {
    //                 for (int x = 0; x < width; x++)
    //                 {
    //                     result.SetPixel(width - x - 1, height - y - 1, pixels[x + y * width]);
    //                 }
    //             }
    //             break;

    //         case 270:
    //             result = new Texture2D(height, width); // Note that width and height are swapped
    //             for (int y = 0; y < height; y++)
    //             {
    //                 for (int x = 0; x < width; x++)
    //                 {
    //                     result.SetPixel(height - y - 1, x, pixels[x + y * width]);
    //                 }
    //             }
    //             break;

    //         default:
    //             Debug.LogError("Angle must be 90, 180, or 270 degrees.");
    //             return texture;
    //     }

    //     result.Apply();  // Apply the changes to the texture
    //     return result;
    // }
    public static string GetRecipeColorFromSimpleColor(string SimpleRecipe)
    {

        print("SimpleRecipe===" + SimpleRecipe);//SimpleRecipe===#737373_Matt_FLAT
        SimpleRecipe =SimpleRecipe.Replace("_", "?").Replace(",", "?");
        if (SimpleRecipe.Split("?").Length != 3)
        {
            return SimpleRecipe;
        }

        //#fffffff_gloss_Text.1
        //Texture,c1,c2,c3,tile,rotation,smoothness,metalic
        string[] CodeSimple = SimpleRecipe.Split('?');

        //Texture
        string TextureName = "none";
        switch (CodeSimple[2])
        {
            case "Wood.1": TextureName = "TEXT.1.2"; break;
            case "Wood.2": TextureName = "TEXT.1.2"; break;
            case "Fabric.1": TextureName = "TEXT.1.20"; break;
            case "Fabric.2": TextureName = "TEXT.1.21"; break;
        }
        string Smoothness = GetSmoothnessFromSinpleColor(CodeSimple[1]).ToString(); //Matt, Semi, Gloss       
        string Metallic = GetMetalnessFromSinpleColor(CodeSimple[1]).ToString();//None, Wood1, wood2, fabric1 fabric2, Metal

        List<string> Recipelist = new() { TextureName, CodeSimple[0], "#ffffffff", "#ffffffff", "1", "0", Smoothness, Metallic };

        string newRecipe = "";
        for (int i = 0; i < 8; i++)
        {
            newRecipe += Recipelist[i];
            if (i < 7) newRecipe += "?";
        }
        return newRecipe;

    }
    public static float GetSmoothnessFromSinpleColor(string Finish)
    {

        return Finish switch
        {
            "Gloss" => 0.90f,
            "Lustré" => 0.90f,
            "Lustroso" => 0.90f,
            "Semi" => 0.5f,
            "Matt" => 0.1f,
            "Mate" => 0.1f,
            "Mat" => 0.1f,
            _ => 0,
        };
    }

    public static float GetMetalnessFromSinpleColor(string Finish)
    {
        switch (Finish)
        {
            case "Gloss": return 0.5f;
            case "Semi": return 0.1f;
            case "Matt": return 0.05f;
            default: return 0;
        }
    }
    public static float GetMetallicFromSinpleColor(string Grain)
    {
        return Grain switch
        {
            "none" => 0.1f,
            "Flat" => 0.5f,
            "Wood1" => 0.5f,
            "Wood2" => 0.5f,
            "Fabric1" => 0.5f,
            "Fabric2" => 0.5f,
            "Metal" => 0.9f,
            _ => 0.5f,
        };
    }
    public static string GetTextureNameFromSimpleColor(string TextureCat)
    {
        return TextureCat switch
        {
            "Wood.1" => _G.Wood[0].name,
            "Wood.2" => _G.Wood[1].name,
            "Fabric.1" => _G.Fabric[0].name,
            "Fabric.2" => _G.Fabric[0].name,
            _ => TextureCat,
        };


    }
    public static Texture2D RotateTexture(Texture2D texture, float angle)
    {
        int width = texture.width;
        int height = texture.height;

        // Create a new texture to store the rotated pixels
        Texture2D rotatedTexture = new Texture2D(width, height);

        // Get the center point of the texture to rotate around
        Vector2 pivot = new(width / 2f, height / 2f);

        // Convert the angle to radians
        float radians = angle * Mathf.Deg2Rad;

        // Loop through each pixel in the new texture
        for (int x = 0; x < width; x++)
        {
            for (int y = 0; y < height; y++)
            {
                // Calculate the position relative to the pivot
                Vector2 position = new Vector2(x, y) - pivot;

                // Rotate the position around the pivot
                float rotatedX = position.x * Mathf.Cos(radians) - position.y * Mathf.Sin(radians);
                float rotatedY = position.x * Mathf.Sin(radians) + position.y * Mathf.Cos(radians);

                // Translate the rotated position back relative to the texture
                rotatedX += pivot.x;
                rotatedY += pivot.y;

                // Get the color from the original texture if within bounds
                Color newColor = Color.clear;
                if (rotatedX >= 0 && rotatedX < width && rotatedY >= 0 && rotatedY < height)
                {
                    newColor = texture.GetPixel(Mathf.FloorToInt(rotatedX), Mathf.FloorToInt(rotatedY));
                }

                // Set the pixel in the new texture
                rotatedTexture.SetPixel(x, y, newColor);
            }
        }

        // Apply changes to the rotated texture
        rotatedTexture.Apply();
        return rotatedTexture;
    }

}