XiJianYCYL/Assets/3D/models/DangJian/PartyCollections/VolumetricFog/Editor/VolumetricFogSInfo.cs

using UnityEngine;
using System.Text;
using System.Collections;
using System.Collections.Generic;

namespace VolumetricFogAndMist {
				public class VolumetricFogSInfo {

								public string name = "";
								public string path = "";
								public List<SCShaderPass> passes = new List<SCShaderPass> ();
								public List<SCKeyword> keywords = new List<SCKeyword> ();
								public bool pendingChanges;
								public bool editedByShaderControl;
								public int enabledKeywordCount;

								public void Add (SCShaderPass pass) {
												passes.Add (pass);
												UpdateKeywords ();
								}

								public void EnableKeywords () {
												keywords.ForEach ((SCKeyword keyword) => keyword.enabled = true);
								}

								void UpdateKeywords () {
												passes.ForEach ((SCShaderPass pass) => {
																for (int l = 0; l < pass.keywordLines.Count; l++) {
																				SCKeywordLine line = pass.keywordLines [l];
																				for (int k = 0; k < line.keywords.Count; k++) {
																								SCKeyword keyword = line.keywords [k];
																								if (!keywords.Contains (keyword)) {
																												if (SCKeywordChecker.IsValid (keyword.name)) {
																																keywords.Add (keyword);
																												}
																								}
																				}
																}
												});

												enabledKeywordCount = 0;
												keywords.ForEach ((SCKeyword kw) => {
																if (kw.enabled)
																				enabledKeywordCount++;
												});
								}

								public SCKeyword GetKeyword (string name) {
												int kCount = keywords.Count;
												for (int k = 0; k < kCount; k++) {
																SCKeyword keyword = keywords [k];
																if (keyword.name.Equals (name))
																				return keyword;
												}
												return new SCKeyword (name);
								}

				}

				public class SCShaderPass {
								public int pass;
								public List<SCKeywordLine> keywordLines = new List<SCKeywordLine> ();
								public int keywordCount;

								public void Add (SCKeywordLine keywordLine) {
												keywordLines.Add (keywordLine);
												UpdateKeywordCount ();
								}

								public void Add (List<SCKeywordLine> keywordLines) {
												this.keywordLines.AddRange (keywordLines);
												UpdateKeywordCount ();
								}

								void UpdateKeywordCount () {
												keywordCount = 0;
												keywordLines.ForEach ((SCKeywordLine obj) => keywordCount += obj.keywordCount);
								}

								public void Clear () {
												keywordCount = 0;
												keywordLines.Clear ();
								}
				}

				public class SCKeywordLine {
								public List<SCKeyword> keywords = new List<SCKeyword> ();
								public bool hasUnderscoreVariant;

								public SCKeyword GetKeyword (string name) {
												int kc = keywords.Count;
												for (int k = 0; k < kc; k++) {
																SCKeyword keyword = keywords [k];
																if (keyword.name.Equals (name)) {
																				return keyword;
																}
												}
												return null;
								}

								public void Add (SCKeyword keyword) {
												if (GetKeyword (keyword.name) != null)
																return;
												// ignore underscore keywords
												bool goodKeyword = false;
												for (int k = 0; k < keyword.name.Length; k++) {
																if (keyword.name [k] != '_') {
																				goodKeyword = true;
																				break;
																}
												}
												if (goodKeyword) {
																keywords.Add (keyword);
												} else {
																keyword.isUnderscoreKeyword = true;
																hasUnderscoreVariant = true;
												}
								}

								public void DisableKeywords () {
												keywords.ForEach ((SCKeyword obj) => obj.enabled = false);
								}

								public void Clear () {
												keywords.Clear ();
								}

								public int keywordCount {
												get { 
																return keywords.Count;
												}
								}

								public int keywordsEnabledCount {
												get {
																int kCount = keywords.Count;
																int enabledCount = 0;
																for (int k = 0; k < kCount; k++) {
																				if (keywords [k].enabled)
																								enabledCount++;
																}
																return enabledCount;
												}
								}

								public override string ToString () {
												StringBuilder sb = new StringBuilder ();
												for (int k = 0; k < keywords.Count; k++) {
																if (k > 0)
																				sb.Append (" ");
																sb.Append (keywords [k].name);
												}
												return sb.ToString ();
								}

				}

				public class SCKeyword {
								public string name;
								public bool enabled;
								public bool isUnderscoreKeyword;

								public SCKeyword (string name) {
												this.name = name;
												enabled = true;
								}

								public override bool Equals (object obj) {
												if (obj is SCKeyword) {
																SCKeyword other = (SCKeyword)obj;
																return name.Equals (other.name);
												}
												return false;
								}

								public override int GetHashCode () {
												return name.GetHashCode ();
								}

								public override string ToString () {
												return name;
								}
				}

				static class SCKeywordChecker {

								static Dictionary<string, string> dict = new Dictionary<string, string> ();

		static SCKeywordChecker() {
			string[][] kw = new string[][] {
				new string[] { VolumetricFog.SKW_FOG_HAZE_ON, "Sky Haze" },
				new string[] { VolumetricFog.SKW_FOG_OF_WAR_ON, "Fog of War" },
				new string[] { VolumetricFog.SKW_LIGHT_SCATTERING, "Light Scattering" },
				new string[] { VolumetricFog.SKW_SUN_SHADOWS, "Sun Shadows" },
				new string[] { VolumetricFog.SKW_FOG_VOID_BOX, "Fog Void (Box shape)" },
				new string[] { VolumetricFog.SKW_FOG_VOID_SPHERE, "Fog Void (Sphere shape)" },
				new string[] { VolumetricFog.SKW_FOG_AREA_BOX, "Fog Area (Box shape)" },
				new string[] { VolumetricFog.SKW_FOG_AREA_SPHERE, "Fog Area (Sphere shape)" },
				new string[] { VolumetricFog.SKW_FOG_BLUR, "Depth Blur" }, 
				new string[] { VolumetricFog.SKW_FOG_USE_XY_PLANE, "Use XY Plane" },
                new string[] { VolumetricFog.SKW_FOG_COMPUTE_DEPTH, "Compute Depth" }
			};
			for (int k=0;k<kw.Length;k++) dict[kw[k][0]] = kw[k][1];
		}

								public static bool IsValid (string name) {
												return dict.ContainsKey (name);
								}

								public static string Translate (string name) {
												if (dict.ContainsKey (name)) {
																return dict [name];
												} else {
																return name;
												}
								}


		
				}
	
	
}