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ScriptzMoDz

Black Ops 2 HUD Elements

ScriptzMoDz
Aug 25th, 2014
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  1. public static String centerString(string[] StringArray)
  2. {
  3. Int32 num3;
  4. Int32 length = 0;
  5. Int32 num2 = 0;
  6. String str = "";
  7. for (num3 = 0; num3 < StringArray.Length; num3++)
  8. {
  9. if (StringArray[num3].Length > length)
  10. {
  11. length = StringArray[num3].Length;
  12. }
  13. }
  14. for (num3 = 0; num3 < StringArray.Length; num3++)
  15. {
  16. str = "";
  17. if (StringArray[num3].Length < length)
  18. {
  19. num2 = length - StringArray[num3].Length;
  20. if (StringArray[num3].Contains("[{+"))
  21. {
  22. num2 += 13;
  23. }
  24. for (Int32 i = 0; i < num2; i++)
  25. {
  26. str = str + " ";
  27. }
  28. }
  29. StringArray[num3] = str + StringArray[num3];
  30. }
  31. String str2 = "";
  32. for (num3 = 0; num3 < StringArray.Length; num3++)
  33. {
  34. str2 = str2 + StringArray[num3] + "\n";
  35. }
  36. return ("^7" + str2);
  37. }
  38.  
  39. public static void ChangeAlpha(UInt32 elemIndex, Byte Alpha)
  40. {
  41. Lib.WriteByte((elemIndex + HudStruct.color) + 3, Alpha);
  42. }
  43.  
  44. public static void ChangeText(UInt32 elemIndex, String Text)
  45. {
  46. Lib.WriteInt16(elemIndex + HudStruct.text, G_LocalizedStringIndex(Text));
  47. }
  48.  
  49. public static void DestroyElement(UInt32 Element)
  50. {
  51. PS3.SetMemory(Element, new Byte[HudStruct.IndexSize]);
  52. }
  53.  
  54. public static void FadeOverTime(UInt32 elemIndex, Int16 Time, Byte R = 0, Byte G = 0, Byte B = 0, Byte A = 0)
  55. {
  56. Lib.WriteBytes(elemIndex + HudStruct.fromColor, Lib.ReadBytes(elemIndex + HudStruct.color, 4));
  57. Lib.WriteInt16(elemIndex + HudStruct.fadeTime, Time);
  58. Lib.WriteUInt32(elemIndex + HudStruct.fadeStartTime, GetLevelTime());
  59. Lib.WriteBytes(elemIndex + HudStruct.color, new Byte[] { R, G, B, A });
  60. }
  61.  
  62. public static void FadeAlphaOverTime(UInt32 elemIndex, Int16 Time, Byte A = 0)
  63. {
  64. Byte[] RGB = Lib.ReadBytes(elemIndex + HudStruct.color, 3);
  65.  
  66. Lib.WriteBytes(elemIndex + HudStruct.fromColor, Lib.ReadBytes(elemIndex + HudStruct.color, 4));
  67. Lib.WriteInt16(elemIndex + HudStruct.fadeTime, Time);
  68. Lib.WriteUInt32(elemIndex + HudStruct.fadeStartTime, GetLevelTime());
  69. Lib.WriteBytes(elemIndex + HudStruct.color, new Byte[] { RGB[0], RGB[1], RGB[2], A });
  70. }
  71.  
  72. public static void FontScaleOverTime(UInt32 elemIndex, Double FontSize, Int16 time)
  73. {
  74. Lib.WriteSingle(elemIndex + HudStruct.fromFontScale, Lib.ReadSingle(elemIndex + HudStruct.FontSize));
  75. Lib.WriteUInt32(elemIndex + HudStruct.fontScaleStartTime, GetLevelTime());
  76. Lib.WriteInt16(elemIndex + HudStruct.fontScaleTime, time);
  77. Lib.WriteSingle(elemIndex + HudStruct.FontSize, (Single) FontSize);
  78. }
  79.  
  80. public static Int16 G_LocalizedStringIndex(String Text)
  81. {
  82. return (Int16)RPC.Call(0x275D24, Text);
  83. }
  84.  
  85. public static UInt32 GetLevelTime()
  86. {
  87. return Lib.ReadUInt32(0x1608100 + 0x798);
  88. }
  89.  
  90. private static UInt32 HudElem_Alloc()
  91. {
  92. for (UInt32 i = 120; i < 1024; i++)
  93. {
  94. UInt32 Index = HudStruct.G_Hudelems + (i * HudStruct.IndexSize);
  95. if (Lib.ReadByte(Index + HudStruct.type) == 0)
  96. {
  97. Lib.WriteBytes(Index, new Byte[0x88]);
  98. return Index;
  99. }
  100. }
  101. return 0;
  102. }
  103.  
  104. private static UInt32 Objective_Alloc()
  105. {
  106. for (UInt32 i = 3; i <= 31; i++)
  107. {
  108. UInt32 Index = ObjStruct.ObjectiveIndex + (i * ObjStruct.ObjectiveIndexLength);
  109. if (Lib.ReadInt32(Index) == 0)
  110. {
  111. Lib.WriteBytes(Index, new Byte[0x30]);
  112. return Index;
  113. }
  114. }
  115. return 0;
  116. }
  117.  
  118.  
  119. public static void Huds_DestroyAll()
  120. {
  121. PS3.SetMemory(HudStruct.G_Hudelems + (60 * HudStruct.IndexSize), new Byte[HudStruct.IndexSize * 0x400]);
  122. }
  123.  
  124.  
  125. public static void Objective_DestroyAll()
  126. {
  127. Lib.WriteBytes(ObjStruct.ObjectiveIndex + (3 * ObjStruct.ObjectiveIndexLength), new Byte[ObjStruct.ObjectiveIndexLength * 31]);
  128. }
  129.  
  130. public static Int32 getMaterialIndex(String Material)
  131. {
  132. return (Int32)RPC.Call(0x276020, Material);
  133. }
  134.  
  135. public static void MoveOverTime(UInt32 elemIndex, Int16 time, Single x, Single y)
  136. {
  137. Lib.WriteSingle(elemIndex + HudStruct.fromX, Lib.ReadSingle(elemIndex));
  138. Lib.WriteSingle(elemIndex + HudStruct.fromY, Lib.ReadSingle(elemIndex + HudStruct.Y));
  139. Lib.WriteInt32(elemIndex + HudStruct.moveStartTime, (Int32)GetLevelTime());
  140. Lib.WriteInt16(elemIndex + HudStruct.moveTime, time);
  141. Lib.WriteSingle(elemIndex, x);
  142. Lib.WriteSingle(elemIndex + HudStruct.Y, y);
  143. }
  144.  
  145. public static Int32[] RandomizeRGB()
  146. {
  147. Int32[] numArray = new Int32[4];
  148. Random random = new Random();
  149. numArray[0] = random.Next(0, 255);
  150. numArray[1] = random.Next(0, 255);
  151. numArray[2] = random.Next(0, 255);
  152. numArray[3] = 255;
  153. return numArray;
  154. }
  155.  
  156. public static Byte[] ReverseArray(Byte[] Arry)
  157. {
  158. Array.Reverse(Arry);
  159. return Arry;
  160. }
  161.  
  162. public static void ScaleOverTime(UInt32 elemIndex, Int16 time, Int16 width, Int16 height)
  163. {
  164. Lib.WriteUInt32(elemIndex + HudStruct.scaleStartTime, GetLevelTime());
  165. Lib.WriteInt32(elemIndex + HudStruct.fromHeight, Lib.ReadInt16(elemIndex + HudStruct.Width));
  166. Lib.WriteInt32(elemIndex + HudStruct.fromWidth, Lib.ReadInt16(elemIndex + HudStruct.Height));
  167. Lib.WriteInt16(elemIndex + HudStruct.Width, width);
  168. Lib.WriteInt16(elemIndex + HudStruct.Height, height);
  169. Lib.WriteInt16(elemIndex + HudStruct.scaleTime, time);
  170. }
  171.  
  172. public static UInt32 SetShader(Int32 clientIndex, Object Material, Int16 Width, Int16 Height, Single X, Single Y, UInt32 align = 0, Int32 r = 255, Int32 g = 255, Int32 b = 255, Int32 a = 255)
  173. {
  174. UInt32 Shader = HudElem_Alloc();
  175. Lib.WriteByte(Shader + HudStruct.type, 8);//8 = Icon
  176. if (Material is String)
  177. { Functions.precacheShader((string)Material); Lib.WriteByte(Shader + HudStruct.materialIndex, Convert.ToByte(getMaterialIndex((String)Material))); }
  178. if (Material is Int32)
  179. { Lib.WriteByte(Shader + HudStruct.materialIndex, Convert.ToByte(Material)); }
  180. Lib.WriteInt16(Shader + HudStruct.Height, Height);
  181. Lib.WriteInt16(Shader + HudStruct.Width, Width);
  182. if (align != 0)
  183. { Lib.WriteByte(Shader + HudStruct.alignOrg, 5); Lib.WriteByte(Shader + HudStruct.alignScreen, Convert.ToByte(align)); }
  184. else
  185. { Lib.WriteSingle(Shader + HudStruct.X, X); Lib.WriteSingle(Shader + HudStruct.Y, Y); }
  186. Lib.WriteInt32(Shader + HudStruct.clientOffset, clientIndex);
  187. PS3.SetMemory(Shader + HudStruct.ui3dWindow, new Byte[] { 0xFF });
  188. Lib.WriteBytes(Shader + HudStruct.color, new Byte[] { (Byte)r, (Byte)g, (Byte)b, (Byte)a });
  189. return Shader;
  190. }
  191.  
  192. public static Int32 SetTimer(UInt32 elemIndex, Int32 Time = 60, String Direction = "Up", Boolean Tenths = true)
  193. {
  194. if (Lib.ReadByte(elemIndex + HudStruct.type) != 0x8 && Direction == "Up" && !Tenths)
  195. { Lib.WriteByte(elemIndex + HudStruct.type, 0xA); }
  196. if (Lib.ReadByte(elemIndex + HudStruct.type) != 0x8 && Direction == "Up" && Tenths)
  197. { Lib.WriteByte(elemIndex + HudStruct.type, 0xC); }
  198. if (Lib.ReadByte(elemIndex + HudStruct.type) != 0x8 && Direction == "Down" && !Tenths)
  199. { Lib.WriteByte(elemIndex + HudStruct.type, 0x9); }
  200. if (Lib.ReadByte(elemIndex + HudStruct.type) != 0x8 && Direction == "Down" && Tenths)
  201. { Lib.WriteByte(elemIndex + HudStruct.type, 0xB); }
  202.  
  203. if (Direction == "Up")
  204. { Lib.WriteInt32(elemIndex + HudStruct.time, (Int32)GetLevelTime() - (Time * 1000)); return (Int32)GetLevelTime() - (Time * 1000); }
  205. if (Direction == "Down")
  206. { Lib.WriteInt32(elemIndex + HudStruct.time, (Int32)GetLevelTime() + (Time * 1000)); return (Int32)GetLevelTime() + (Time * 1000); }
  207. return (Int32)GetLevelTime() + (Time * 1000);
  208. }
  209.  
  210. public static Int32 SetClock(UInt32 elemIndex, Int32 Duration = 60, Int32 Time = 60, String Direction = "Up")
  211. {
  212. if (Lib.ReadByte(elemIndex + HudStruct.type) != 0x1 && Direction == "Up")
  213. { Lib.WriteByte(elemIndex + HudStruct.type, 0xE); }
  214. if (Lib.ReadByte(elemIndex + HudStruct.type) != 0x1 && Direction == "Down")
  215. { Lib.WriteByte(elemIndex + HudStruct.type, 0xD); }
  216. if (Direction == "Up")
  217. {
  218. Lib.WriteInt32(elemIndex + HudStruct.duration, Duration * 1000);
  219. Lib.WriteInt32(elemIndex + HudStruct.time, (Int32)GetLevelTime() - (Time * 1000));
  220. return (Int32)GetLevelTime() - (Time * 1000);
  221. }
  222. if (Direction == "Down")
  223. {
  224. Lib.WriteInt32(elemIndex + HudStruct.duration, Duration * 1000);
  225. Lib.WriteInt32(elemIndex + HudStruct.time, (Int32)GetLevelTime() + (Time * 1000));
  226. return (Int32)GetLevelTime() + (Time * 1000);
  227. }
  228. return 0;
  229. }
  230.  
  231. public static UInt32 SetValue(UInt32 elemIndex, Single Value)
  232. {
  233. Lib.WriteByte(elemIndex + HudStruct.type, 7);
  234. Lib.WriteSingle(elemIndex + HudStruct.value, Value);
  235. return (UInt32)Value;
  236. }
  237.  
  238. public static UInt32 SetObjective(Int16 onEntity = 0x3FF, Object Material = null, Single[] Position = null)
  239. {
  240. UInt32 Objective = Objective_Alloc();
  241. Lib.WriteInt32(Objective, 1);
  242. Lib.WriteSingle(Objective + ObjStruct.Origin, Position);
  243. Lib.WriteInt16(Objective + ObjStruct.targetEntNum, onEntity);
  244. if (Material is String)
  245. { Functions.precacheShader((string)Material); Lib.WriteInt32(Objective + ObjStruct.MaterialIndex, (Int16)getMaterialIndex((String)Material)); }
  246. if (Material is Int32)
  247. { Lib.WriteInt32(Objective + ObjStruct.MaterialIndex, (Int32)Material); }
  248. return Objective;
  249. }
  250.  
  251. public static UInt32 SetWaypoint(Int32 clientIndex = 0x3FF, Int16 onEntity = 0x3FF, Object Material = null, Single[] Position = null, Boolean DirectionalArrows = true, Int32 R = 255, Int32 G = 255, Int32 B = 255, Int32 A = 255)
  252. {
  253. UInt32 Waypoint = HudElem_Alloc();
  254. Lib.WriteByte(Waypoint + HudStruct.type, 0xF);//0xF = Waypoint
  255. if (Material is String && DirectionalArrows)
  256. { Functions.precacheShader((string)Material); Lib.WriteByte(Waypoint + HudStruct.offscreenMaterialIndex, Convert.ToByte(getMaterialIndex((String)Material))); }
  257. if (Material is Int32 && DirectionalArrows)
  258. { Lib.WriteByte(Waypoint + HudStruct.offscreenMaterialIndex, Convert.ToByte(Material)); }
  259. if (!DirectionalArrows)
  260. { SetWaypointNoArrows(Waypoint, Material); }
  261. Lib.WriteSingle(Waypoint, Position);
  262. Lib.WriteInt32(Waypoint + HudStruct.clientOffset, clientIndex);
  263. Lib.WriteInt16(Waypoint + HudStruct.targetEntNum, onEntity);
  264. Lib.WriteByte(Waypoint + HudStruct.ui3dWindow, 0xFF);
  265. Lib.WriteBytes(Waypoint + HudStruct.color, new Byte[] { (Byte)R, (Byte)G, (Byte)B, (Byte)A });
  266. return Waypoint;
  267. }
  268.  
  269. public static void SetWaypointNoArrows(UInt32 Waypoint, Object Material = null)
  270. {
  271. Lib.WriteByte(Waypoint + HudStruct.offscreenMaterialIndex, 0);
  272. Lib.WriteSingle(Waypoint + HudStruct.Height, 2.3f);
  273. if (Material is String)
  274. { Functions.precacheShader((string)Material); Lib.WriteByte(Waypoint + HudStruct.materialIndex, Convert.ToByte(getMaterialIndex((String)Material))); }
  275. if (Material is Int32)
  276. { Lib.WriteByte(Waypoint + HudStruct.materialIndex, Convert.ToByte(Material)); }
  277. }
  278.  
  279. public static UInt32 SetWaypointText(UInt32 Waypoint, String TextString, Int32 Font, Single FontSize)
  280. {
  281. Lib.WriteSingle(Waypoint + HudStruct.FontSize, FontSize);
  282. Lib.WriteByte(Waypoint + HudStruct.Font, Convert.ToByte(Font));
  283. Lib.WriteInt16(Waypoint + HudStruct.label, G_LocalizedStringIndex(TextString));
  284. return 0;
  285. }
  286.  
  287. public static UInt32 SetText(Int32 clientIndex, String TextString, Int32 Font, Single FontSize, Single X, Single Y, UInt32 align = 0, Int32 r = 255, Int32 g = 255, Int32 b = 255, Int32 a = 255, Int32 glowr = 255, Int32 glowg = 255, Int32 glowb = 255, Int32 glowa = 0)
  288. {
  289. UInt32 Text = HudElem_Alloc();
  290. Lib.WriteByte(Text + HudStruct.type, 1);//1 = Text
  291. Lib.WriteSingle(Text + HudStruct.FontSize, FontSize);
  292. Lib.WriteByte(Text + HudStruct.Font, Convert.ToByte(Font));
  293. if (align != 0)
  294. { Lib.WriteByte(Text + HudStruct.alignOrg, 5); Lib.WriteByte(Text + HudStruct.alignScreen, Convert.ToByte(align)); }
  295. else
  296. { Lib.WriteSingle(Text + HudStruct.X, X); Lib.WriteSingle(Text + HudStruct.Y, Y); }
  297. Lib.WriteInt32(Text + HudStruct.clientOffset, clientIndex);
  298. Lib.WriteInt16(Text + HudStruct.text, G_LocalizedStringIndex(TextString));
  299. Lib.WriteBytes(Text + HudStruct.color, new Byte[] { (Byte)r, (Byte)g, (Byte)b, (Byte)a });
  300. Lib.WriteBytes(Text + HudStruct.glowColor, new Byte[] { (Byte)glowr, (Byte)glowg, (Byte)glowb, (Byte)glowa });
  301. Lib.WriteByte(Text + HudStruct.ui3dWindow, 0xFF);
  302. return Text;
  303. }
  304.  
  305. public static UInt32 SetTypewriter(Int32 clientIndex, String Text, Int32 Font, Single FontSize, Single X, Single Y, UInt32 align, UInt32 Type = 0, UInt16 Lettertime = 200, UInt16 fxDecayStartTime = 7000, UInt16 fxDecayDuration = 1000, Int32 r = 255, Int32 g = 255, Int32 b = 255, Int32 a = 255, Int32 glowr = 255, Int32 glowg = 255, Int32 glowb = 255, Int32 glowa = 0)
  306. {
  307. UInt32 elemIndex = SetText(clientIndex, Text, Font, FontSize, X, Y, align, r, g, b, a, glowr, glowg, glowb, glowa);
  308. Lib.WriteUInt32(elemIndex + HudStruct.flags, Type);
  309. Lib.WriteUInt32(elemIndex + HudStruct.fxBirthTime, GetLevelTime());
  310. Lib.WriteUInt16(elemIndex + HudStruct.fxLetterTime, Lettertime);
  311. Lib.WriteUInt16(elemIndex + HudStruct.fxDecayStartTime, fxDecayStartTime);
  312. Lib.WriteUInt16(elemIndex + HudStruct.fxDecayDuration, fxDecayDuration);
  313. return elemIndex;
  314. }
  315.  
  316. public class ObjStruct
  317. {
  318. public static UInt32
  319. ObjectiveIndex = 0x1608194,
  320. ObjectiveIndexLength = 0x30,
  321. Origin = 0x04,
  322. X = 0x04,
  323. Y = 0x08,
  324. Z = 0x0C,
  325. targetEntNum = 0x10,
  326. MaterialIndex = 0x1C,
  327. State = 0x28,
  328. Team = 0x2D;
  329. }
  330.  
  331. public class HudStruct
  332. {
  333. public static UInt32
  334. G_Hudelems = 0x15DDB00,
  335. IndexSize = 0x88,
  336. X = 0x00,
  337. Y = 0x04,
  338. Z = 0x08,
  339. FontSize = 0xC,
  340. fromFontScale = 0x10,
  341. fontScaleStartTime = 0x14,
  342. color = 0x18,
  343. fromColor = 0x1C,
  344. fadeStartTime = 0x20,
  345. scaleStartTime = 0x24,
  346. fromX = 0x28,
  347. fromY = 0x2C,
  348. moveStartTime = 0x30,
  349. time = 0x34,
  350. duration = 0x38,
  351. value = 0x3C,
  352. sort = 0x40,
  353. glowColor = 0x44,
  354. fxBirthTime = 0x48,
  355. flags = 0x4C,
  356. targetEntNum = 0x50,
  357. fontScaleTime = 0x52,
  358. fadeTime = 0x54,
  359. label = 0x56,
  360. Width = 0x58,
  361. Height = 0x5A,
  362. fromWidth = 0x5C,
  363. fromHeight = 0x5E,
  364. scaleTime = 0x60,
  365. moveTime = 0x62,
  366. text = 0x64,
  367. fxLetterTime = 0x66,
  368. fxDecayStartTime = 0x68,
  369. fxDecayDuration = 0x6A,
  370. fxRedactDecayStartTime = 0x6C,
  371. fxRedactDecayDuration = 0x6E,
  372. type = 0x70,
  373. Font = 0x71,
  374. alignOrg = 0x72,
  375. alignScreen = 0x73,
  376. materialIndex = 0x74,
  377. offscreenMaterialIndex = 0x75,
  378. fromAlignOrg = 0x76,
  379. fromAlignScreen = 0x77,
  380. soundID = 0x78,
  381. ui3dWindow = 0x79,
  382. flag2 = 0x7A,
  383. clientOffset = 0x7C,
  384. team = 0x80,
  385. abilityFlag = 0x84;
  386.  
  387. public class Align
  388. {
  389. public static UInt32
  390. TOP_RIGHT = 0xA8,
  391. TOP_LEFT = 0x88,
  392. TOP_CENTERED = 0x78,
  393. BOTTOM_RIGHT = 0xAA,
  394. BOTTOM_LEFT = 0x8A,
  395. BOTTOM_CENTER = 0x9A,
  396. CENTER_MIDDLE = 0x92,
  397. CENTER_LEFT = 0x82,
  398. CENTER_RIGHT = 0xA2;
  399. }
  400. public class Typewriter
  401. {
  402. public static UInt32
  403. Normal = 0x800,
  404. Classic = 0x4000;
  405. }
  406. }
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