using System;

using System.Collections;

using System.Collections.Generic;

using UnityEngine.SceneManagement;

using UnityEditor.SceneManagement;

using UnityEngine;

using UnityEditor;

using Mtree;

​

public class MtreeRandomizeTree : EditorWindow {

    [SerializeField]public MtreeFunctionRandom TFR;

    [SerializeField]public List<GameObject> MtreePrefabs = new List<GameObject>();

    private static Texture2D texGreen,texRed,texBlack,texMtree;

    private int tabSelected = 0;

    private Vector2 PrefabScrollview,SettingsScrollview;

    private bool AnimatedMaterial = false;

​

#region [Main Functions]

    [MenuItem("Window/Mtree/Randomizer #m")]

    static void OpenEditorWindow(){

        SetupGUITextures();

        MtreeRandomizeTree window = (MtreeRandomizeTree)EditorWindow.GetWindow(typeof(MtreeRandomizeTree));

        window.maxSize = new Vector2(550,307);

        window.minSize = new Vector2(550,307);  

        window.Show();

   }

    void OnEnable(){

        TFR = RandomSetup(TFR);

        if(SceneView.lastActiveSceneView.sceneViewState.showMaterialUpdate){

            AnimatedMaterial = true;

        }

        if(EditorPrefs.HasKey("JSONDATA_MTREE")){

            JsonUtility.FromJsonOverwrite(EditorPrefs.GetString("JSONDATA_MTREE"),this);

        }

​

    }

    void OnDestroy(){

        if(!AnimatedMaterial){

        SceneView.lastActiveSceneView.sceneViewState.showMaterialUpdate = false;

        SceneView.RepaintAll();

        }

        var data = JsonUtility.ToJson(this,false);

        EditorPrefs.SetString("JSONDATA_MTREE",data);

    }

   [UnityEditor.Callbacks.DidReloadScripts]

    private static void OnScriptsReloaded() {

        EditorPrefs.DeleteKey("JSONDATA_MTREE");

    }

​

#endregion

#region [GUI / Layout]

    Texture2D texSelect = texRed;

    private void OnGUI() {

        GUILayout.Space(5);

        tabSelected = GUILayout.Toolbar(tabSelected, new string[]{"Mtree Randomizer","Mtree Settings"});

        var gs = new GUIStyle();

        gs.fontStyle = FontStyle.Bold;

        gs.fontSize = 12;

​

​

        EditorGUILayout.LabelField("Mtree Randomizer",gs);

        GUILayout.Space(9);

        GUI.DrawTexture(new Rect(0,GUILayoutUtility.GetLastRect().y,position.width,3),texBlack,ScaleMode.StretchToFill);

​

        if(tabSelected == 0){

            TabMTreeRandom();

        }

        if(tabSelected == 1){

            TabMTreePrefabs();

        }

​

        //Mtree Logo

        GUI.DrawTexture(new Rect(position.width-74,position.height-74,64,64),texMtree,ScaleMode.StretchToFill);

​

        //Top Border

        GUI.DrawTexture(new Rect(0,0,position.width,1),texBlack,ScaleMode.StretchToFill);

        //Left Border

        GUI.DrawTexture(new Rect(0,0,1,position.height),texBlack,ScaleMode.StretchToFill);

        //Right Border

        GUI.DrawTexture(new Rect(position.width-1,0,1,position.height),texBlack,ScaleMode.StretchToFill);

        //Bottom Border

        GUI.DrawTexture(new Rect(0,position.height-1,position.width,1),texBlack,ScaleMode.StretchToFill);

   }

    private void TabMTreeRandom(){

​

        var gs = new GUIStyle();

        gs.fontStyle = FontStyle.Bold;

        gs.fontSize = 12;

        float offset = (position.width/2 ) - 5;

​

​

    #region [Random Tab Buttons]

        //Randomize Buttons

        EditorGUILayout.BeginHorizontal();

        if(GUILayout.Button("Randomize Seed",GUILayout.Width(offset))){

            RandomizeAll();

        }

        if(GUILayout.Button("Randomize Selected Values",GUILayout.Width(offset))){

            RandomizeSelected();

        }

        EditorGUILayout.EndHorizontal();

​

        //Bake Buttons

        EditorGUILayout.BeginHorizontal();

        if(GUILayout.Button("Save Prefabs",GUILayout.Width(offset))){

            SaveMtreesAsPrefabs();

        }

        if(GUILayout.Button("Bake AO",GUILayout.Width(offset))){

            BakeAO();

        }

        EditorGUILayout.EndHorizontal();

​

        //Wind and Prefab Selection Button

        EditorGUILayout.BeginHorizontal();

        string wind = "";

        if(SceneView.lastActiveSceneView.sceneViewState.showMaterialUpdate){

            wind = "Disable Editor Wind";

        }else{

            wind = "Enable Editor Wind";

        }

        if(GUILayout.Button(wind,GUILayout.Width(offset))){

            SceneView.lastActiveSceneView.sceneViewState.showMaterialUpdate = !SceneView.lastActiveSceneView.sceneViewState.showMaterialUpdate;

            SceneView.RepaintAll();

        }

        if(GUILayout.Button("Get All Mtrees from Scene",GUILayout.Width(offset))){

            var Mtrees = SceneManager.GetActiveScene().GetRootGameObjects();

            for(int i = 0; i<Mtrees.Length;i++){

                if(Mtrees[i].GetComponent<MtreeComponent>() && !MtreePrefabs.Contains(Mtrees[i])){

                    var mtree = Mtrees[i].GetComponent<MtreeComponent>();

                    MtreePrefabs.Add(Mtrees[i]);

                }

            }

        }

        EditorGUILayout.EndHorizontal();

​

    #endregion

    #region [Random Tab Randomized Properties]        

        float yPos = GUILayoutUtility.GetLastRect().y;

        GUI.DrawTexture(new Rect(0,yPos + 27,position.width,3),texBlack,ScaleMode.StretchToFill);

        GUILayout.Space(10);

​

​

        GUI.DrawTexture(new Rect(0,yPos+ 30, position.width / 2, position.height), texRed, ScaleMode.StretchToFill);

        GUI.DrawTexture(new Rect(position.width / 2, yPos+ 30, position.width / 2, position.height), texGreen, ScaleMode.StretchToFill);

        EditorGUILayout.BeginHorizontal();

        EditorGUILayout.LabelField("Randomize Values",gs);

        EditorGUILayout.LabelField("Select for Randomization",gs);

        EditorGUILayout.EndHorizontal();

        GUILayout.Space(0);

        RandomPrefabsHeader();

        ShowRandomValues();

        Repaint();

    #endregion

    }

    private void TabMTreePrefabs(){

​

        var gs = new GUIStyle();

        gs.normal.textColor = Color.white;

        gs.alignment = TextAnchor.LowerLeft;

​

        GUI.DrawTexture(new Rect(0, GUILayoutUtility.GetLastRect().position.y+2, position.width, position.height), texRed,  ScaleMode.StretchToFill);

        GUI.DrawTexture(new Rect(0, GUILayoutUtility.GetLastRect().position.y+39, position.width, position.height), texGreen,  ScaleMode.StretchToFill);

        // Randomized Value Mode => Quick / Custom

        TFR.MTreeRandomMode = (MTreeRandomSelectionMode)EditorGUILayout.EnumPopup(TFR.MTreeRandomMode,GUILayout.Width(position.width-114));

        GUILayout.Space(15);

​

        // Prefabs Properties

        EditorGUILayout.BeginHorizontal();

        if(GUILayout.Button("Clear Mtree List",GUILayout.Width((position.width)/ 4))){

            MtreePrefabs.Clear();

        }

        if(GUILayout.Button("Add Mtree Selection",GUILayout.Width((position.width)/ 4))){

            MtreePrefabs.Clear();

            MtreePrefabs = new List<GameObject>(Selection.gameObjects);

        }

        EditorGUILayout.LabelField("For Single remove, delete selected Prefab in List",gs);

        EditorGUILayout.EndHorizontal();

        // Prefab List in a Scrollview

        PrefabScrollview = EditorGUILayout.BeginScrollView(PrefabScrollview,GUIStyle.none,GUIStyle.none);

        for(int i = 0; i<MtreePrefabs.Count; i++){

            if(MtreePrefabs.Count >0){

                MtreePrefabs[i] = (GameObject)EditorGUILayout.ObjectField(MtreePrefabs[i],typeof(GameObject),true,GUILayout.Width(position.width-114));

            }

        }

        for(int i = MtreePrefabs.Count-1;i>=0;i--){

            if(MtreePrefabs[i] == null || !MtreePrefabs[i].scene.IsValid() || !MtreePrefabs[i].GetComponent<MtreeComponent>())

                MtreePrefabs.RemoveAt(i);

        }

        EditorGUILayout.EndScrollView();

        GUILayout.Space(12);

    }

    private void RandomPrefabsHeader(){

​

        var gs = new GUIStyle();

        gs.richText = true;

        EditorGUILayout.BeginHorizontal();

        EditorGUILayout.LabelField("Min",GUILayout.Width(62.5f));

        EditorGUILayout.LabelField("Max",GUILayout.Width(62.5f));

        GUILayout.Space(175.5f);

​

​

        var rectPos = GUILayoutUtility.GetLastRect();

        rectPos.x = rectPos.x + 157.5f;

        rectPos.y = rectPos.y + 2;

        rectPos.width = 15;

        rectPos.height = 15;

        GUI.DrawTexture(rectPos,texSelect);

        if(rectPos.Contains(Event.current.mousePosition)){

            if(Event.current.type == EventType.MouseDown || Event.current.type == EventType.MouseDrag){

                texSelect = texMtree;

            }

            if(Event.current.type == EventType.MouseUp){

                TFR = TFR.IsSelected();

                texSelect = texRed;

            }

        }

        if(Event.current.type == EventType.MouseUp){

                texSelect = texRed;

        }

        GUILayout.Space(7.5f);

        EditorGUILayout.LabelField("<color=white><i>Select All / None</i></color>",gs,GUILayout.Width(125));

        EditorGUILayout.EndHorizontal();

    }

    private void ShowRandomValues(){

            // Quick Setup

            if(TFR.MTreeRandomMode == MTreeRandomSelectionMode.QuickSetup){

                TFR.Tlength = TFR.Tlength.MTreeFloatSelect();

                TFR.Trandomness = TFR.Trandomness.MTreeFloatSelect();

                TFR.Bnumber = TFR.Bnumber.MTreeIntSelect();

                TFR.Bangle = TFR.Bangle.MTreeFloatSelect();

                TFR.BlengthMinHeight = TFR.BlengthMinHeight.MTreeMinHeightSlider("minimum height Of Branch",TFR.Blength.selected);

                TFR.Blength = TFR.Blength.MTreeFloatSelect();

                TFR.LWeight = TFR.LWeight.MTreeFloatSelect();

                TFR.Lnumber = TFR.Lnumber.MTreeIntSelect();

            }

            if(TFR.MTreeRandomMode == MTreeRandomSelectionMode.Custom){

                SettingsScrollview = EditorGUILayout.BeginScrollView(SettingsScrollview,GUIStyle.none,GUIStyle.none);

                // Trunk parameters

                TFR.TradiusMultiplier = TFR.TradiusMultiplier.MTreeFloatSelect();

                TFR.Tlength = TFR.Tlength.MTreeFloatSelect();

                TFR.Trandomness = TFR.Trandomness.MTreeFloatSelect();

                TFR.ToriginAttraction = TFR.ToriginAttraction.MTreeFloatSelect();

                TFR.TspinAmount = TFR.TspinAmount.MTreeFloatSelect();

                TFR.TrootRadius = TFR.TrootRadius.MTreeFloatSelect();

                TFR.TrootHeight = TFR.TrootHeight.MTreeFloatSelect();

                TFR.TflareNumber = TFR.TflareNumber.MTreeIntSelect();

​

​

                // Grow Parameters

                TFR.Glength = TFR.Glength.MTreeFloatSelect();

                TFR.GsplitProba = TFR.GsplitProba.MTreeFloatSelect();

                TFR.GsplitAngle = TFR.GsplitAngle.MTreeFloatSelect();

                TFR.GmaxSplits = TFR.GmaxSplits.MTreeIntSelect();

                TFR.GsplitRadius = TFR.GsplitRadius.MTreeFloatSelect();

                TFR.Grandomness = TFR.Grandomness.MTreeFloatSelect();

                TFR.GupAttraction = TFR.GupAttraction.MTreeFloatSelect();

                TFR.GgravityStrength = TFR.GgravityStrength.MTreeFloatSelect();

​

                // Split Parameters

                TFR.SsplitAngle = TFR.SsplitAngle.MTreeFloatSelect();

                TFR.SmaxSplits = TFR.SmaxSplits.MTreeIntSelect();

                TFR.SsplitRadius = TFR.SsplitRadius.MTreeFloatSelect();

                TFR.Sstart = TFR.Sstart.MTreeFloatSelect();

                TFR.Sspread = TFR.Sspread.MTreeFloatSelect();

​

                // Branch Parameters

                TFR.BlengthMinHeight = TFR.BlengthMinHeight.MTreeMinHeightSlider("minimum height Of Branch",TFR.Blength.selected);

                TFR.Blength = TFR.Blength.MTreeFloatSelect();

                TFR.Bnumber = TFR.Bnumber.MTreeIntSelect();

                TFR.BsplitProba = TFR.BsplitProba.MTreeFloatSelect();

                TFR.Bangle = TFR.Bangle.MTreeFloatSelect();

                TFR.Brandomness = TFR.Brandomness.MTreeFloatSelect();

                TFR.Bradius = TFR.Bradius.MTreeFloatSelect();

                TFR.BupAttraction = TFR.BupAttraction.MTreeFloatSelect();

                TFR.Bstart = TFR.Bstart.MTreeFloatSelect();

                TFR.BmaxSplits = TFR.BmaxSplits.MTreeIntSelect();

                TFR.BgravityStrength = TFR.BgravityStrength.MTreeFloatSelect();

​

​

                // Leaf Parameters

                TFR.Lnumber = TFR.Lnumber.MTreeIntSelect();

                TFR.LmaxRadius = TFR.LmaxRadius.MTreeFloatSelect();

                TFR.Lsize = TFR.Lsize.MTreeFloatSelect();

                TFR.LWeight = TFR.LWeight.MTreeFloatSelect();

                GUILayout.Space(10);

                EditorGUILayout.EndScrollView();

            }

    }

#endregion

#region [Functions]

    private void RandomizeAll(){

        for(int i = 0; i<MtreePrefabs.Count;i++){

            if(MtreePrefabs[i] != null && MtreePrefabs[i].GetComponent<MtreeComponent>() != null){

                var mtree =  MtreePrefabs[i].GetComponent<MtreeComponent>();

                mtree.RandomizeTree();

                mtree.UpdateTreeFunctions();

                mtree.GenerateTree();

            }

        }

    }

    private void RandomizeSelected(){

        if(MtreePrefabs.Count > 0){

            for(int i = 0; i<MtreePrefabs.Count;i++){

                var mtree = MtreePrefabs[i].GetComponent<MtreeComponent>();

                for(int ii = 0; ii<mtree.treeFunctions.Count;ii++){

                    TFR = TFR.RandomizeValues();

                    mtree.treeFunctions[ii] = mtree.treeFunctions[ii].ReturnRandomTreeFunction(TFR);

                }

                mtree.UpdateTreeFunctions();

                mtree.GenerateTree();

            }

        }

    }

    private void BakeAO(){

        if(MtreePrefabs.Count > 0){

            int counter = 0;

            for(int i = 0; i<MtreePrefabs.Count;i++){

                counter++;

                if(MtreePrefabs[i] != null){

                    var mtree =  MtreePrefabs[i].GetComponent<MtreeComponent>();

                    EditorUtility.DisplayProgressBar("Bake AO","Baking Ambient Occlusion for Tree " + counter +"/"+ MtreePrefabs.Count,Mathf.Lerp(0,1,(float)counter / (MtreePrefabs.Count )));

                    mtree.UpdateTreeFunctions();

                    mtree.GenerateTree(true);

                }

            }

        }

        EditorUtility.ClearProgressBar();

    }

    private void SaveMtreesAsPrefabs(){

            if(!AssetDatabase.IsValidFolder("Assets/Mtree")){

                AssetDatabase.CreateFolder("Assets","Mtree");

                AssetDatabase.CreateFolder("Assets/Mtree","Randomized Prefabs");

            }

            if(!AssetDatabase.IsValidFolder("Assets/Mtree/Randomized Prefabs")){

                AssetDatabase.CreateFolder("Assets/Mtree","Randomized Prefabs");

            }

            AssetDatabase.Refresh();

            int counter = 0;

            for(int i = 0; i<MtreePrefabs.Count;i++){

                if(MtreePrefabs[i].GetComponent<MtreeComponent>() != null){

                    counter++;

                    EditorUtility.DisplayProgressBar("Save Trees","Saving Tree Nr. " + counter + "/" + MtreePrefabs.Count,Mathf.Lerp(0,1,(float)counter / (MtreePrefabs.Count )));

​

                    var mtree = MtreePrefabs[i].GetComponent<MtreeComponent>();

                    var name = mtree.name;

                    mtree.name += "_Randomized_"+i;

                    mtree.saveTreeFolder = "Assets/Mtree/Randomized Prefabs/"+mtree.name;

                    mtree.UpdateTreeFunctions();

                    mtree.GenerateTree(true);

​

                    if(AssetDatabase.IsValidFolder("Assets/Mtree/Randomized Prefabs/" + mtree.name)){

                        AssetDatabase.DeleteAsset("Assets/Mtree/Randomized Prefabs/" + mtree.name);

                        AssetDatabase.Refresh();

                    }

                    AssetDatabase.CreateFolder("Assets/Mtree/Randomized Prefabs",mtree.name);

                    AssetDatabase.Refresh();

​

                    mtree.SaveAsPrefab(true);

                    mtree.name = name;

                }

            }

​

            EditorUtility.ClearProgressBar();

        }

    public MtreeFunctionRandom RandomSetup(MtreeFunctionRandom f){

        //Trunk

        f.TradiusMultiplier = f.TradiusMultiplier.FloatSetup( "Trunk Radius Multiplier",0.0001f,10);

        f.Tlength = f.Tlength.FloatSetup("Trunk Length",0.01f,150);

        f.Trandomness = f.Trandomness.FloatSetup("Trunk Randomness",0,0.5f);

        f.ToriginAttraction = f.ToriginAttraction.FloatSetup("Trunk Axis Attraction",0,1);

        f.TspinAmount = f.TspinAmount.FloatSetup("Trunk Spin Amount",-1,1);

        //Root

        f.TrootRadius = f.TrootRadius.FloatSetup("Root Radius",0,2);

        f.TrootHeight = f.TrootHeight.FloatSetup("Root Height",0.01f,5);

        f.TflareNumber = f.TflareNumber.IntSetup("Root Flare Numbers",0,10);

        //Grow

        f.Glength = f.Glength.FloatSetup("Grow Length",0.001f,10);

        f.GsplitProba = f.GsplitProba.FloatSetup("Grow Split Proba",0,1);

        f.GsplitAngle = f.GsplitAngle.FloatSetup("Grow Split angle",0,2);

        f.GmaxSplits = f.GmaxSplits.IntSetup("Grow Max Split",2,4);

        f.GsplitRadius = f.GsplitRadius.FloatSetup("Grow Split Radius",0.5f,0.999f);

        f.Grandomness = f.Grandomness.FloatSetup("Grow Randomness",0,1);

        f.GupAttraction = f.GupAttraction.FloatSetup("Grow Up attraction",0,1);

        f.GgravityStrength = f.GgravityStrength.FloatSetup("Grow Gravity strength",-15,15);

        //Split

        f.SsplitAngle = f.SsplitAngle.FloatSetup("Split angle",0,2);

        f.SmaxSplits = f.SmaxSplits.IntSetup("Split max Splits",1,10);

        f.SsplitRadius = f.SsplitRadius.FloatSetup("Split Radius",0.001f,1);

        f.Sstart = f.Sstart.FloatSetup("Split Start",0,1);

        f.Sspread = f.Sspread.FloatSetup("Split Spread",0,1);

        //Branch

        f.Blength = f.Blength.FloatSetup("Branch Length",0.001f,10);

        f.Bnumber = f.Bnumber.IntSetup("Branch Number",0,150);

        f.BsplitProba = f.BsplitProba.FloatSetup("Branch Split Proba",0,1);

        f.Bangle = f.Bangle.FloatSetup("Branch Angle",0,2);

        f.Brandomness = f.Brandomness.FloatSetup("Branch Randomness", 0,1);

        f.Bradius = f.Bradius.FloatSetup("Branch Radius", 0.001f,1);

        f.BupAttraction = f.BupAttraction.FloatSetup("Branch Up attraction",0,1);

        f.Bstart = f.Bstart.FloatSetup("Branch Start",0,1);

        f.BmaxSplits = f.BmaxSplits.IntSetup("Branch max Split",1,5);

        f.BgravityStrength = f.BgravityStrength.FloatSetup("Branch Gravity strength",-15,15);

        //Leaf

        f.Lnumber = f.Lnumber.IntSetup("Leaf Number",0,2000);

        f.LmaxRadius = f.LmaxRadius.FloatSetup("Leaf max Radius",0.001f,1);

        f.Lsize = f.Lsize.FloatSetup("Leaf Size", 0,25);

        f.LWeight = f.LWeight.FloatSetup("Leaf Weight",-1,1);

        return f;

    }

    static void SetupGUITextures(){

        string StringMtreeTexture ="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";

​

        texGreen = new Texture2D(1, 1, TextureFormat.RGBA32, false);

        texRed = new Texture2D(1, 1, TextureFormat.RGBA32, false);

        texBlack = new Texture2D(1,1,TextureFormat.RGBA32,false);

        texMtree = new Texture2D(256,256,TextureFormat.RGBA32,false);

        var bytes = Convert.FromBase64String(StringMtreeTexture);

        texMtree.LoadImage(bytes);

        Color red = new Color();

        ColorUtility.TryParseHtmlString("#CD3C3C",out red);

        texGreen.SetPixel(0, 0,Color.green / 4);

        texRed.SetPixel(0,0,red / 3);

        texBlack.SetPixel(0,0,Color.black);

        texGreen.Apply();

        texRed.Apply();

        texBlack.Apply();

        texMtree.Apply();

    }

​

#endregion

}

#region [Structs]

    [Serializable] public struct MTreeFloatMinMax{

        // public float FloatValue;

        [SerializeField]    public float MinValue;

        [SerializeField]    public float MinLimit;

        [SerializeField]    public float MaxValue;

        [SerializeField]    public float MaxLimit;

        [SerializeField]    public float Value;

        [SerializeField]    public bool selected;

        // [SerializeField]    public bool selected;

        [SerializeField]    public string name;

        public void Randomize(){

            Value = UnityEngine.Random.Range(MinValue,MaxValue);

        }

    }

    [Serializable] public struct MTreeIntMinMax{

        [SerializeField]    public int MinValue;

        [SerializeField]    public int MinLimit;

        [SerializeField]    public int MaxValue;

        [SerializeField]    public int MaxLimit;

        [SerializeField]    public int Value;

        [SerializeField]    public bool selected;

        // [SerializeField]    public bool selected;

        [SerializeField]    public string name;

        public void Randomize(){

            Value = UnityEngine.Random.Range(MinValue,MaxValue);

        }

    }

    [Serializable] public enum MTreeRandomSelectionMode

    {

        QuickSetup,Custom

    }

    [Serializable] public struct MtreeFunctionRandom{

        [SerializeField] public MTreeRandomSelectionMode MTreeRandomMode;

        // Trunk parameters

        public MTreeFloatMinMax TradiusMultiplier;

        public MTreeFloatMinMax Tlength;

        public MTreeFloatMinMax Trandomness;

        public MTreeFloatMinMax ToriginAttraction;

        public MTreeFloatMinMax TspinAmount;

        public MTreeFloatMinMax TrootRadius;

        public MTreeFloatMinMax TrootHeight;

        public MTreeIntMinMax TflareNumber;

​

​

        // Grow Parameters

        public MTreeFloatMinMax Glength;

        public MTreeFloatMinMax GsplitProba;

        public MTreeFloatMinMax GsplitAngle;

        public MTreeIntMinMax GmaxSplits;

        public MTreeFloatMinMax GsplitRadius;

        public MTreeFloatMinMax Grandomness;

        public MTreeFloatMinMax GupAttraction;

        public MTreeFloatMinMax GgravityStrength;

​

        // Split Parameters

        public MTreeFloatMinMax SsplitAngle;

        public MTreeIntMinMax SmaxSplits;

        public MTreeFloatMinMax SsplitRadius;

        public MTreeFloatMinMax Sstart;

        public MTreeFloatMinMax Sspread;

​

        // Branch Parameters

        public float BlengthMinHeight;

        public MTreeFloatMinMax Blength;

        public MTreeIntMinMax Bnumber;

        public MTreeFloatMinMax BsplitProba;

        public MTreeFloatMinMax Bangle;

        public MTreeFloatMinMax Brandomness;

        public MTreeFloatMinMax Bradius;

        public MTreeFloatMinMax BupAttraction;

        public MTreeFloatMinMax Bstart;

        public MTreeIntMinMax BmaxSplits;

        public MTreeFloatMinMax BgravityStrength;

​

​

        // Leaf Parameters

        public MTreeIntMinMax Lnumber;

        public MTreeFloatMinMax LmaxRadius;

        public MTreeFloatMinMax Lsize;

        public MTreeFloatMinMax LWeight;

}

#endregion

[Serializable] public static class EditorSetups{

    const float singlewidth = 50;

    static bool AllSelected;

    public static MTreeFloatMinMax FloatSetup(this MTreeFloatMinMax FMM,string name,float minLimit,float maxLimit){

        FMM.name = name;

        FMM.MinLimit = minLimit;

        FMM.MaxLimit = maxLimit;

        FMM.MinValue = FMM.MaxLimit / 4 * 1;

        FMM.MaxValue = FMM.MaxLimit / 4 * 2;

        FMM.selected = false;

        return FMM;

    }

    public static MTreeIntMinMax IntSetup(this MTreeIntMinMax IMM,string name,int minLimit,int maxLimit){

        IMM.name = name;

        IMM.MinLimit = minLimit;

        IMM.MaxLimit = maxLimit;

        IMM.MinValue = maxLimit / 4 * 1;

        IMM.MaxValue = maxLimit / 4 * 2;

        IMM.selected = false;

        return IMM;

    }

    public static float MTreeMinHeightSlider(this float floatProperty,string name,bool selected){

        var gs = new GUIStyle();

        gs.fontStyle = FontStyle.Italic;

​

        var gs_f = new GUIStyle(GUI.skin.box);

        gs_f.fontSize = 9;

        gs_f.alignment = TextAnchor.MiddleLeft;

        EditorGUILayout.BeginHorizontal();

        EditorGUI.BeginDisabledGroup(!selected);

​

        floatProperty = EditorGUILayout.Slider(floatProperty,0,1,GUILayout.Width(singlewidth*5.2f));

​

        EditorGUI.EndDisabledGroup();

        GUILayout.Space(singlewidth*1.05f);

        EditorGUILayout.LabelField(name,gs);

        EditorGUILayout.EndHorizontal();

        return floatProperty;

    }

    public static MTreeFloatMinMax MTreeFloatSelect(this MTreeFloatMinMax floatProperty){

        var gs = new GUIStyle();

        gs.fontStyle = FontStyle.Italic;

​

        var gs_f = new GUIStyle(GUI.skin.box);

        gs_f.fontSize = 9;

        gs_f.alignment = TextAnchor.MiddleLeft;

        EditorGUILayout.BeginHorizontal();

        EditorGUI.BeginDisabledGroup(!floatProperty.selected);

​

        floatProperty.MinValue = EditorGUILayout.FloatField(floatProperty.MinValue,gs_f,GUILayout.Width(singlewidth*1.25f));

        floatProperty.MaxValue = EditorGUILayout.FloatField(floatProperty.MaxValue,gs_f,GUILayout.Width(singlewidth*1.25f));

        floatProperty.MinValue = (float)System.Math.Round(floatProperty.MinValue,6);

        floatProperty.MaxValue = (float)System.Math.Round(floatProperty.MaxValue,6);

        EditorGUILayout.MinMaxSlider(ref floatProperty.MinValue,ref floatProperty.MaxValue,floatProperty.MinLimit,floatProperty.MaxLimit,GUILayout.Width(singlewidth*2.5f));

​

        EditorGUI.EndDisabledGroup();

        GUILayout.Space(singlewidth/2);

        floatProperty.selected = EditorGUILayout.Toggle(floatProperty.selected,GUILayout.MaxWidth(singlewidth/4));

        GUILayout.Space(singlewidth/4);

        EditorGUILayout.LabelField(floatProperty.name,gs);

        EditorGUILayout.EndHorizontal();

        return floatProperty;

    }

​

    public static MTreeIntMinMax MTreeIntSelect(this MTreeIntMinMax intProperty){

        var gs = new GUIStyle();

        gs.fontStyle = FontStyle.Italic;

​

        var gs_i = new GUIStyle(GUI.skin.box);

        gs_i.fontSize = 9;

        gs_i.alignment = TextAnchor.MiddleLeft;

        EditorGUILayout.BeginHorizontal();

        EditorGUI.BeginDisabledGroup(!intProperty.selected);

​

        intProperty.MinValue = EditorGUILayout.IntField(intProperty.MinValue,gs_i,GUILayout.Width(singlewidth*1.25f));

        intProperty.MaxValue = EditorGUILayout.IntField(intProperty.MaxValue,gs_i,GUILayout.Width(singlewidth*1.25f));

        float minVal = intProperty.MinValue;

        float maxVal = intProperty.MaxValue;

        EditorGUILayout.MinMaxSlider(ref minVal,ref maxVal,intProperty.MinLimit,intProperty.MaxLimit,GUILayout.Width(singlewidth*2.5f));

        intProperty.MinValue = Mathf.Clamp(Mathf.RoundToInt(minVal),intProperty.MinLimit,intProperty.MaxLimit);

        intProperty.MaxValue = Mathf.Clamp(Mathf.RoundToInt(maxVal),intProperty.MinLimit,intProperty.MaxLimit);

​

        EditorGUI.EndDisabledGroup();

        GUILayout.Space(singlewidth/2);

        intProperty.selected = EditorGUILayout.Toggle(intProperty.selected,GUILayout.MaxWidth(singlewidth/4));

        GUILayout.Space(singlewidth/4);

        EditorGUILayout.LabelField(intProperty.name,gs);

        EditorGUILayout.EndHorizontal();

​

        return intProperty;

    }

    public static Mtree.TreeFunction ReturnRandomTreeFunction(this Mtree.TreeFunction f,MtreeFunctionRandom fr ){

        //Trunk

        if(fr.TradiusMultiplier.selected)

        f.TradiusMultiplier = fr.TradiusMultiplier.Value;

        if(fr.Tlength.selected)

        f.Tlength = fr.Tlength.Value;

        if(fr.Trandomness.selected)

        f.Trandomness = fr.Trandomness.Value;

        if(fr.ToriginAttraction.selected)

        f.ToriginAttraction = fr.ToriginAttraction.Value;

​

        //Roots

        if(fr.TrootRadius.selected)

        f.TrootRadius = fr.TrootRadius.Value;

        if(fr.TrootHeight.selected)

        f.TrootHeight = fr.TrootHeight.Value;

        if(fr.TflareNumber.selected)

        f.TflareNumber = fr.TflareNumber.Value;

        if(fr.TspinAmount.selected)

        f.TspinAmount = fr.TspinAmount.Value;

​

​

        if(fr.Glength.selected)

        f.Glength = fr.Glength.Value;

        if(fr.GsplitProba.selected)

        f.GsplitProba = fr.GsplitProba.Value;

        if(fr.GsplitAngle.selected)

        f.GsplitAngle = fr.GsplitAngle.Value;

        if(fr.GmaxSplits.selected)

        f.GmaxSplits = fr.GmaxSplits.Value;

        if(fr.GsplitRadius.selected)

        f.GsplitRadius = fr.GsplitRadius.Value;

        if(fr.Grandomness.selected)

        f.Grandomness = fr.Grandomness.Value;

        if(fr.GupAttraction.selected)

        f.GupAttraction = fr.GupAttraction.Value;

        if(fr.GgravityStrength.selected)

        f.GgravityStrength = fr.GgravityStrength.Value;

​

        //Split

        if(fr.SsplitAngle.selected)

        f.SsplitAngle = fr.SsplitAngle.Value;

        if(fr.SmaxSplits.selected)

        f.SmaxSplits = fr.SmaxSplits.Value;

        if(fr.SsplitRadius.selected)

        f.SsplitRadius = fr.SsplitRadius.Value;

        if(fr.Sstart.selected)

        f.Sstart = fr.Sstart.Value;

        if(fr.Sspread.selected)

        f.Sspread = fr.Sspread.Value;

​

        //Branch

        if(fr.Blength.selected && fr.BlengthMinHeight <= f.Bstart)

        f.Blength = fr.Blength.Value;

        if(fr.Bnumber.selected)

        f.Bnumber = fr.Bnumber.Value;

        if(fr.BsplitProba.selected)

        f.BsplitProba = fr.BsplitProba.Value;

        if(fr.Bangle.selected)

        f.Bangle = fr.Bangle.Value;

        if(fr.Brandomness.selected)

        f.Brandomness = fr.Brandomness.Value;

        if(fr.Bradius.selected)

        f.Bradius = fr.Bradius.Value;

        if(fr.BupAttraction.selected)

        f.BupAttraction = fr.BupAttraction.Value;

        if(fr.Bstart.selected)

        f.Bstart = fr.Bstart.Value;

        if(fr.BmaxSplits.selected)

        f.BmaxSplits = fr.BmaxSplits.Value;

        if(fr.BgravityStrength.selected)

        f.BgravityStrength = fr.BgravityStrength.Value;

        if(fr.Lnumber.selected)

​

        //Leaf

        f.Lnumber = fr.Lnumber.Value;

        if(fr.LmaxRadius.selected)

        f.LmaxRadius = fr.LmaxRadius.Value;

        if(fr.Lsize.selected)

        f.Lsize = fr.Lsize.Value;

        if(fr.LWeight.selected)

        f.LminWeight = fr.LWeight.MinValue;

        if(fr.LWeight.selected)

        f.LmaxWeight = fr.LWeight.MaxValue;

​

​

        return f;

    }

    public static MtreeFunctionRandom RandomizeValues(this MtreeFunctionRandom fr){

        fr.TradiusMultiplier.Randomize();

        fr.Tlength.Randomize();

        fr.Trandomness.Randomize();

        fr.ToriginAttraction.Randomize();

        fr.TspinAmount.Randomize();

        fr.TrootRadius.Randomize();

        fr.TrootHeight.Randomize();

        fr.TflareNumber.Randomize();

​

        fr.Glength.Randomize();

        fr.GsplitProba.Randomize();

        fr.GsplitAngle.Randomize();

        fr.GmaxSplits.Randomize();

        fr.GsplitRadius.Randomize();

        fr.Grandomness.Randomize();

        fr.GupAttraction.Randomize();

        fr.GgravityStrength.Randomize();

​

        fr.SsplitAngle.Randomize();

        fr.SmaxSplits.Randomize();

        fr.SsplitRadius.Randomize();

        fr.Sstart.Randomize();

        fr.SsplitAngle.Randomize();

        fr.Blength.Randomize();

        fr.Bnumber.Randomize();

        fr.BsplitProba.Randomize();

        fr.Bangle.Randomize();

        fr.Brandomness.Randomize();

        fr.Bradius.Randomize();

        fr.BupAttraction.Randomize();

        fr.Bstart.Randomize();

        fr.BmaxSplits.Randomize();

        fr.BgravityStrength.Randomize();

​

        fr.Lnumber.Randomize();

        fr.LmaxRadius.Randomize();

        fr.Lsize.Randomize();

        fr.LWeight.Randomize();

        return fr;

    }

    public static MtreeFunctionRandom IsSelected(this MtreeFunctionRandom f){

        AllSelected = !AllSelected;

        if(f.MTreeRandomMode == MTreeRandomSelectionMode.QuickSetup){

            f.Tlength.selected = AllSelected;

            f.ToriginAttraction.selected = AllSelected;

            f.Trandomness.selected = AllSelected;

            f.Bnumber.selected = AllSelected;

            f.Bangle.selected = AllSelected;

            f.Blength.selected = AllSelected;

            f.LWeight.selected = AllSelected;

            f.Lnumber.selected = AllSelected;

​

        }

        if(f.MTreeRandomMode == MTreeRandomSelectionMode.Custom){

            //Trunk

            f.TradiusMultiplier.selected = AllSelected;

            f.Tlength.selected = AllSelected;

            f.Trandomness.selected = AllSelected;

            f.ToriginAttraction.selected = AllSelected;

            f.TspinAmount.selected = AllSelected;

            f.TrootRadius.selected = AllSelected;

            f.TrootHeight.selected = AllSelected;

            f.TflareNumber.selected = AllSelected;

​

​

            //Grow

            f.Glength.selected = AllSelected;

            f.GsplitProba.selected = AllSelected;

            f.GsplitAngle.selected = AllSelected;

            f.GmaxSplits.selected = AllSelected;

            f.GsplitRadius.selected = AllSelected;

            f.Grandomness.selected = AllSelected;

            f.GupAttraction.selected = AllSelected;

            f.GgravityStrength.selected = AllSelected;

​

            //Split

            f.SsplitAngle.selected = AllSelected;

            f.SmaxSplits.selected = AllSelected;

            f.SsplitRadius.selected = AllSelected;

            f.Sstart.selected = AllSelected;

            f.Sspread.selected = AllSelected;

​

            //Branch

​

            f.Blength.selected = AllSelected;

            f.Bnumber.selected = AllSelected;

            f.BsplitProba.selected = AllSelected;

            f.Bangle.selected = AllSelected;

            f.Brandomness.selected = AllSelected;

            f.Bradius.selected = AllSelected;

            f.BupAttraction.selected = AllSelected;

            f.Bstart.selected = AllSelected;

            f.BmaxSplits.selected = AllSelected;

            f.BgravityStrength.selected = AllSelected;

​

​

            //Leaf

            f.Lnumber.selected = AllSelected;

            f.LmaxRadius.selected = AllSelected;

            f.Lsize.selected = AllSelected;

            f.LWeight.selected = AllSelected;

        }

        return f;

    }

}

​