主图划分趋势线源代码有误请各位师傅帮忙修改下,谢谢!

[yongjun wu]

/*

   Generated by EX4-TO-MQ4 decompiler V4.0.224.1 []

   Website: http://purebeam.biz

   E-mail : [e-mail]

*/

#property copyright "DURKO Ltd ?2008, "

#property link      ""

#property indicator_chart_window

#property indicator_buffers 3

#property indicator_color1 Red

#property indicator_color2 DarkGoldenrod

#property indicator_color3 BlueViolet

extern int High_period = 70;

extern int Low_period = 21;

extern int Trigger_Sens = 2;

extern bool ForecastHighTrendLine = TRUE;

extern bool StayLinesAfterDelete = FALSE;

extern string Note0 = "***** Semafor Drawing Adjustment";

extern bool DrawHighPivotSemafor = TRUE;

extern bool DrawLowPivotSemafor = TRUE;

extern bool DrawLowestPivotSemafor = TRUE;

extern string Note1 = "***** High Trend Lines Adjustment";

extern bool HTL_Draw = TRUE;

extern color HTL_ResColor = Red;

extern color HTL_SupColor = Maroon;

extern int HTL_Style = 1;

extern int HTL_Width = 2;

extern double HTL_Ext = 1.5;

extern int HTL_InMemory = 10;

extern int HTL_MinPivotDifferentIgnore = 5;

extern string Note2 = "***** Low Trend Lines Adjustment";

extern bool LTL_Draw = TRUE;

extern color LTL_ResColor = Gold;

extern color LTL_SupColor = Goldenrod;

extern int LTL_Style = 0;

extern int LTL_Width = 0;

extern double LTL_Ext = 1.5;

extern int LTL_InMemory = 30;

extern int LTL_MinPivotDifferentIgnore = 4;

extern string Note3 = "***** High Semafor Adjustment";

extern bool HighPivotTextAlarm = TRUE;

extern string HighPivotSoundAlarm = "alert.wav";

extern int HighPivotSemaforDrawOffset = 28;

extern int HighSemaforSymbol = 142;

extern string Note4 = "***** High Semafor Adjustment";

extern bool LowPivotTextAlarm = FALSE;

extern string LowPivotSoundAlarm = "";

extern int LowPivotSemaforDrawOffset = 18;

extern int LowSemaforSymbol = 141;

extern string Note5 = "***** Lowest Semafor Adjustment";

extern int LowestSemaforSymbol = 115;

extern string Note6 = "***** Forecast Trend Line Adjustment";

extern color FTL_Color = DeepPink;

extern int FTL_Style = 1;

extern int FTL_Width = 2;

extern double FTL_Ext = 1.05;

double g_ibuf_300[];

double g_ibuf_304[];

double g_ibuf_308[];

string gs_durko_l1_312 = "Durko-L1";

string gs_durko_l2_320 = "Durko-L2";

string gs_unused_328 = "Durko-L3";

int gi_unused_336 = 5;

int gi_340;

int gi_344;

int gi_348;

int gi_352;

int g_time_356 = 0;

bool gi_unused_360 = FALSE;

int gi_364 = 0;

double gda_368[][6];

int gi_372 = 0;

int gi_376 = 0;

int gi_380 = -1;

bool gi_384 = FALSE;

double gda_388[][6];

int gi_392 = 0;

int gi_396 = 0;

int gi_400 = -1;

bool gi_404 = FALSE;

double gda_408[][6];

int gi_412 = 0;

int gi_416 = 0;

int gi_420 = -1;

bool gi_424 = FALSE;

int gi_428 = 0;

int gi_432 = 0;

int gi_436 = -1;

string gsa_440[];

string gsa_444[];

color g_color_448;

color g_color_452;

int g_style_456;

int g_width_460;

double gd_464;

int gi_472 = 0;

string gs_476 = "";

int gi_484 = 0;

int gi_488 = 0;

string g_name_492 = "ForecastHighTrendLine_Durko";

bool gi_500 = FALSE;

int g_datetime_504 = 0;

double g_price_508 = 0.0;

int gi_unused_516 = 0;

double gd_unused_520 = 0.0;

int gi_528 = 0;

int g_bars_532;

double gd_unused_536 = 0.0;

double gd_unused_544 = 0.0;

double gd_unused_552 = 0.0;

double gd_unused_560 = 0.0;

double gd_unused_568 = 0.0;

double gd_unused_576 = 0.0;

int start() {

   if (gi_364 == FALSE) {

      if (g_bars_532 != Bars) {

         deinit();

         Sleep(1000);

         g_bars_532 = Bars;

         g_time_356 = 0;

         return (0);

      }

   }

   if (gi_364 == FALSE) {

      gd_unused_536 = TimeYear(Time[1]);

      gd_unused_552 = TimeMonth(Time[1]);

      gd_unused_568 = TimeDay(Time[1]);

      gi_364 = TRUE;

   }

   if (g_time_356 == Time[0]) return (0);

   g_time_356 = Time[0];

   gi_unused_360 = TRUE;

   int l_ind_counted_0 = IndicatorCounted();

   int li_4 = Bars - l_ind_counted_0;

   CheckLab();

   for (int li_8 = li_4; li_8 >= 1; li_8--) {

      NewWave_Manager(li_8, gi_344, gi_340, gda_368, g_ibuf_300, gi_372, gi_376, gi_380, gi_384, DrawHighPivotSemafor, HighPivotSemaforDrawOffset, HighPivotTextAlarm, HighPivotSoundAlarm, 1);

      NewWave_Manager(li_8, gi_352, gi_348, gda_388, g_ibuf_304, gi_392, gi_396, gi_400, gi_404, DrawLowPivotSemafor, LowPivotSemaforDrawOffset, LowPivotTextAlarm, LowPivotSoundAlarm, 0);

      NewWave_Manager(li_8, 2, 5, gda_408, g_ibuf_308, gi_412, gi_416, gi_420, gi_424, DrawLowestPivotSemafor, 3, 0, "", 0);

      if (gi_384 && HTL_Draw) {

         TLMng_Init(HTL_ResColor, HTL_SupColor, HTL_Style, HTL_Width, HTL_Ext, HTL_InMemory, "HTL", HTL_MinPivotDifferentIgnore);

         TLMng_Main(gda_368, gsa_440, gi_384);

      }

      if (gi_404 && LTL_Draw) {

         TLMng_Init(LTL_ResColor, LTL_SupColor, LTL_Style, LTL_Width, LTL_Ext, LTL_InMemory, "LTL", LTL_MinPivotDifferentIgnore);

         TLMng_Main(gda_388, gsa_444, gi_404);

      }

   }

   return (0);

}

void FTLMng_Main(int ai_0, int ai_4, double ad_8, int ai_16) {

   datetime l_time_28;

   if (ObjectFind(g_name_492) > -1) {

      ObjectDelete(g_name_492);

      gi_500 = FALSE;

      g_datetime_504 = FALSE;

      g_price_508 = 0;

      gi_unused_516 = 0;

      gd_unused_520 = 0;

   }

   double ld_20 = FTLMng_FindSecondpoint(ai_0, ai_4, ai_16);

   if (ld_20 != 0.0) {

      l_time_28 = Time[ai_0];

      if (FTLMng_DrawFirst(ai_4, ad_8, l_time_28, ld_20) != 0) {

         gi_528 = ai_16;

         FTLMng_ReDraw(ai_0);

         gi_500 = TRUE;

         return;

      }

   }

}

int FTLMng_DrawFirst(int a_datetime_0, double a_price_4, int a_datetime_12, double a_price_16) {

   if (ObjectCreate(g_name_492, OBJ_TREND, 0, a_datetime_0, a_price_4, a_datetime_12, a_price_16)) {

      ObjectSet(g_name_492, OBJPROP_RAY, FALSE);

      ObjectSet(g_name_492, OBJPROP_COLOR, FTL_Color);

      ObjectSet(g_name_492, OBJPROP_STYLE, FTL_Style);

      ObjectSet(g_name_492, OBJPROP_WIDTH, FTL_Width);

      g_datetime_504 = a_datetime_0;

      g_price_508 = a_price_4;

      gi_unused_516 = a_datetime_12;

      gd_unused_520 = a_price_16;

      ObjectsRedraw();

      return (1);

   }

   GetLastError();

   return (0);

}

int FTLMng_ReDraw(int ai_0) {

   if (ObjectFind(g_name_492) == -1) return (0);

   double ld_4 = FTLMng_FindSecondpoint(ai_0, g_datetime_504, gi_528);

   if (ld_4 == 0.0) return (0);

   int l_time_12 = Time[ai_0];

   int l_datetime_16 = 0;

   double ld_20 = 0;

   ObjectMove(g_name_492, 1, l_time_12, ld_4);

   if (FTL_Ext > 0.0) {

      TLMng_CountExt(FTL_Ext, g_datetime_504, g_price_508, l_time_12, ld_4, l_datetime_16, ld_20);

      if (l_datetime_16 == 0 || ld_20 == 0.0) return (0);

      ObjectMove(g_name_492, 1, l_datetime_16, ld_20);

   }

   ObjectsRedraw();

   return (0);

}

double FTLMng_FindSecondpoint(int ai_0, int ai_4, int ai_8) {

   if (ai_0 == 0 || ai_4 == 0) return (0);

   int l_shift_12 = iBarShift(NULL, 0, ai_4, FALSE);

   double l_ima_16 = 0;

   if (ai_8 == 1) l_ima_16 = iMA(NULL, 0, 1.1 * l_shift_12, 0, MODE_LWMA, PRICE_HIGH, ai_0);

   if (ai_8 == 2) l_ima_16 = iMA(NULL, 0, 1.1 * l_shift_12, 0, MODE_LWMA, PRICE_LOW, ai_0);

   return (l_ima_16);

}

int TLMng_Main(double ada_0[][6], string asa_4[], int &ai_8) {

   int li_16;

   int li_20;

   double ld_24;

   double ld_32;

   int li_40;

   int li_44;

   int l_shift_48;

   int l_shift_52;

   int li_12 = WAMng_WaveCount(ada_0);

   if (li_12 > 0) li_16 = WAMng_WaveType(ada_0, li_12);

   if (li_16 > 0) {

      li_20 = WAMng_LookPrivWaveSameType(ada_0, li_16, li_12);

      if (li_20 > 0) {

         ld_24 = WAMng_GetWavePiv(ada_0, li_12);

         ld_32 = WAMng_GetWavePiv(ada_0, li_20);

         if (ld_24 == 0.0 || ld_32 == 0.0) return (0);

         li_40 = WAMng_GetWavePivBar(ada_0, li_12);

         li_44 = WAMng_GetWavePivBar(ada_0, li_20);

         if (li_40 == 0 || li_44 == 0) return (0);

         if (gi_488 > 0) {

            l_shift_48 = iBarShift(NULL, 0, li_40, FALSE);

            l_shift_52 = iBarShift(NULL, 0, li_44, FALSE);

            if (l_shift_52 - l_shift_48 <= gi_488) return (0);

         }

         if (li_16 == 1) {

            if (ld_24 < ld_32) TLMng_BuidLine(asa_4, li_16, ld_32, li_44, ld_24, li_40);

            else ai_8 = 0;

         } else {

            if (li_16 == 2) {

               if (ld_24 > ld_32) TLMng_BuidLine(asa_4, li_16, ld_32, li_44, ld_24, li_40);

               else ai_8 = 0;

            }

         }

      }

   }

   return (0);

}

void TLMng_Init(int ai_0, int ai_4, int ai_8, int ai_12, double ad_16, int ai_24, string as_28, int ai_36) {

   g_color_448 = ai_0;

   g_color_452 = ai_4;

   if (g_width_460 <= 1) {

      g_style_456 = ai_8;

      g_width_460 = 1;

   } else {

      g_style_456 = 0;

      g_width_460 = ai_12;

   }

   if (ad_16 < 1.0) gd_464 = 1;

   else gd_464 = ad_16;

   gi_472 = ai_24;

   gs_476 = as_28;

   gi_488 = ai_36;

}

void TLMng_BuidLine(string asa_0[], int ai_4, double ad_8, int a_datetime_16, double ad_20, int a_datetime_28) {

   string ls_48;

   int l_datetime_56;

   double ld_60;

   int l_count_68;

   double ld_72;

   string ls_32 = "";

   if (gs_476 == "") ls_32 = "Def";

   else ls_32 = gs_476;

   string l_name_40 = ls_32 + "_Asys_AutoTL_" + Period() + "_";

   gi_484++;

   if (ai_4 == 2) ls_48 = "Sup";

   else ls_48 = "Res";

   l_name_40 = l_name_40 + ls_48 + " - " + gi_484;

   if (ObjectCreate(l_name_40, OBJ_TREND, 0, a_datetime_16, NormalizeDouble(ad_8, Digits), a_datetime_28, NormalizeDouble(ad_20, Digits))) {

      ObjectSet(l_name_40, OBJPROP_RAY, FALSE);

      if (ls_48 == "Sup") ObjectSet(l_name_40, OBJPROP_COLOR, g_color_452);

      else {

         if (ls_48 == "Res") ObjectSet(l_name_40, OBJPROP_COLOR, g_color_448);

         else ObjectSet(l_name_40, OBJPROP_COLOR, Red);

      }

      ObjectSet(l_name_40, OBJPROP_STYLE, g_style_456);

      ObjectSet(l_name_40, OBJPROP_WIDTH, g_width_460);

      if (gd_464 > 1.0) {

         l_datetime_56 = 0;

         ld_60 = 0;

         TLMng_CountExt(gd_464, a_datetime_16, NormalizeDouble(ad_8, Digits), a_datetime_28, NormalizeDouble(ad_20, Digits), l_datetime_56, ld_60);

         ObjectMove(l_name_40, 1, l_datetime_56, ld_60);

         l_count_68 = 0;

         ld_72 = TLMng_CorrectLine(l_name_40, a_datetime_28, NormalizeDouble(ad_20, Digits));

         while (ld_72 != 0.0) {

            ld_60 += ld_72;

            ObjectMove(l_name_40, 1, l_datetime_56, ld_60);

            ld_72 = TLMng_CorrectLine(l_name_40, a_datetime_28, NormalizeDouble(ad_20, Digits));

            l_count_68++;

            if (l_count_68 > 20) break;

         }

      }

      TLMng_CheckNumTL(asa_0, l_name_40, gi_472);

      CheckLab();

      ObjectsRedraw();

   }

}

double TLMng_CorrectLine(string a_name_0, int ai_8, double ad_12) {

   if (a_name_0 == "" || ai_8 == 0) return (0);

   GetLastError();

   double ld_20 = ObjectGetValueByShift(a_name_0, iBarShift(NULL, 0, ai_8, TRUE));

   if (GetLastError() > 0/* NO_ERROR */) return (0);

   double ld_28 = ld_20 - ad_12;

   if (IsInChanel(ld_28, 0, 2.0 * Point) == 1) return (0);

   return (-1.0 * ld_28);

}

void TLMng_CheckNumTL(string &asa_0[], string as_4, int ai_12) {

   if (as_4 == "" || ai_12 < 0) return;

   if (ArraySize(asa_0) + 1 > ai_12) {

      if (!ObjectDelete(asa_0[0])) Print("硒栳赅 箐嚯屙? 腓龛?- ", asa_0[0], " 觐?铠栳觇 - ", GetLastError());

      ArrayCopy(asa_0, asa_0, 0, 1);

      asa_0[ArraySize(asa_0) - 1] = as_4;

      return;

   }

   ArrayResize(asa_0, ArraySize(asa_0) + 1);

   asa_0[ArraySize(asa_0) - 1] = as_4;

}

void TLMng_DeleteAllLines() {

   int li_0 = ArrayRange(gsa_440, 0);

   if (li_0 > 0) {

      for (int l_index_4 = 0; l_index_4 <= li_0 - 1; l_index_4++)

         if (ObjectFind(gsa_440[l_index_4]) > -1) ObjectDelete(gsa_440[l_index_4]);

   }

   ArrayResize(gsa_440, 0);

   li_0 = 0;

   li_0 = ArrayRange(gsa_444, 0);

   if (li_0 > 0) {

      for (l_index_4 = 0; l_index_4 <= li_0 - 1; l_index_4++)

         if (ObjectFind(gsa_444[l_index_4]) > -1) ObjectDelete(gsa_444[l_index_4]);

   }

   ArrayResize(gsa_444, 0);

}

void TLMng_DeleteLinesCurrentTF() {

   string l_name_4;

   string lsa_12[];

   int l_objs_total_0 = ObjectsTotal();

   if (l_objs_total_0 != 0) {

      for (int li_16 = 0; li_16 <= l_objs_total_0 - 1; li_16++) {

         l_name_4 = ObjectName(li_16);

         if (StringFind(l_name_4, StringConcatenate("Asys_AutoTL_", Period())) > -1) {

            ArrayResize(lsa_12, ArraySize(lsa_12) + 1);

            lsa_12[ArraySize(lsa_12) - 1] = l_name_4;

         }

      }

      if (ArraySize(lsa_12) > 0) {

         for (li_16 = 0; li_16 <= ArraySize(lsa_12) - 1; li_16++)

            if (ObjectFind(lsa_12[li_16]) > -1) ObjectDelete(lsa_12[li_16]);

      }

   }

}

void TLMng_DeleteLinesCurrentInd() {

   string l_name_4;

   string lsa_12[];

   int l_objs_total_0 = ObjectsTotal();

   if (l_objs_total_0 != 0) {

      for (int li_16 = 0; li_16 <= l_objs_total_0 - 1; li_16++) {

         l_name_4 = ObjectName(li_16);

         if (StringFind(l_name_4, "Asys_AutoTL") > -1) {

            ArrayResize(lsa_12, ArraySize(lsa_12) + 1);

            lsa_12[ArraySize(lsa_12) - 1] = l_name_4;

         }

      }

      if (ArraySize(lsa_12) > 0) {

         for (li_16 = 0; li_16 <= ArraySize(lsa_12) - 1; li_16++)

            if (ObjectFind(lsa_12[li_16]) > -1) ObjectDelete(lsa_12[li_16]);

      }

   }

}

void TLMng_CountExt(double ad_0, int ai_8, double ad_12, int ai_20, double ad_24, int &ai_32, double &ad_36) {

   int l_shift_44 = iBarShift(NULL, 0, ai_8, FALSE);

   int l_shift_48 = iBarShift(NULL, 0, ai_20, FALSE);

   int li_52 = l_shift_44 - l_shift_48;

   int li_56 = Double2Int(MathRound(li_52 * ad_0));

   double ld_60 = MathAbs(ad_24 - ad_12);

   if (li_56 == 0) ad_36 = ad_24;

   else {

      if (ad_24 > ad_12) ad_36 = NormalizeDouble(ad_24 + li_56 * ld_60 / li_52, Digits);

      if (ad_24 < ad_12) ad_36 = NormalizeDouble(ad_24 - li_56 * ld_60 / li_52, Digits);

   }

   ai_32 = Time[l_shift_48] + 60 * Period() * li_56;

}

int WAMng_LookPrivWaveSameType(double ada_0[][6], int ai_4, int ai_8) {

   int li_20;

   if (ai_4 <= 0 || ai_8 == 0) return (0);

   int li_ret_12 = ai_8 - 1;

   bool li_16 = FALSE;

   while (li_16 == FALSE) {

      li_20 = WAMng_WaveType(ada_0, li_ret_12);

      if (li_20 > 0) {

         if (li_20 == ai_4) {

            li_16 = TRUE;

            break;

         }

      }

      li_ret_12--;

      if (li_ret_12 < 0) li_16 = TRUE;

   }

   if (li_ret_12 > 0) return (li_ret_12);

   return (0);

}

int WAMng_WaveType(double ada_0[][6], int ai_4) {

   int li_8 = WAMng_WaveCount(ada_0);

   if (ai_4 < 1 || ai_4 > li_8) return (-1);

   return (ada_0[ai_4 - 1][0]);

}

int WAMng_WaveCount(double ada_0[][6]) {

   return (ArrayRange(ada_0, 0));

}

double WAMng_GetWavePiv(double ada_0[][6], int ai_4) {

   int li_8 = WAMng_WaveCount(ada_0);

   if (ai_4 < 1 || ai_4 > li_8) return (0);

   return (ada_0[ai_4 - 1][3]);

}

int WAMng_GetWavePivBar(double ada_0[][6], int ai_4) {

   int li_8 = WAMng_WaveCount(ada_0);

   if (ai_4 < 1 || ai_4 > li_8) return (0);

   return (ada_0[ai_4 - 1][5]);

}

int NewWave_Manager(int ai_0, int ai_4, int ai_8, double ada_12[][6], double &ada_16[], int &ai_20, int &ai_24, int &ai_28, int &ai_32, bool ai_36, int ai_40, int ai_44, string as_48, int ai_56) {

   int l_str2int_92;

   int l_shift_96;

   int l_shift_100;

   Init_Wave_Manager(ai_20, ai_24, ai_28);

   if (gi_428 == 0) {

      F_F_Zero(ai_4, ai_8, ai_0);

      ai_32 = 0;

      DeInit_Wave_Manager(ai_20, ai_24, ai_28);

      return (0);

   }

   if (ai_56 == 1 && ForecastHighTrendLine == TRUE && gi_500 == TRUE) FTLMng_ReDraw(ai_0);

   if (gi_432 == 0) {

      F_S_Zero(ai_4, ai_8, gi_436, ai_0);

      if (gi_432 == 0) {

         ai_32 = 0;

         DeInit_Wave_Manager(ai_20, ai_24, ai_28);

         return (0);

      }

   }

   Add_Wave(gi_428, gi_432, gi_436, ada_12);

   ai_32 = 1;

   int l_str2int_60 = StrToInteger(DoubleToStr(ada_12[ArrayRange(ada_12, 0) - 1][4], 0));

   int li_unused_64 = ada_12[ArrayRange(ada_12, 0) - 1][1];

   int li_unused_68 = ada_12[ArrayRange(ada_12, 0) - 1][2];

   double ld_unused_72 = ada_12[ArrayRange(ada_12, 0) - 1][0];

   double ld_unused_80 = ada_12[ArrayRange(ada_12, 0) - 1][3];

   datetime l_time_88 = Time[l_str2int_60];

   if (ai_36) {

      l_str2int_92 = l_str2int_60;

      l_shift_96 = iBarShift(NULL, 0, gi_432, FALSE);

      l_shift_100 = iBarShift(NULL, 0, gi_428, FALSE);

      for (int li_104 = l_shift_96 - 1; li_104 > l_str2int_92; li_104++) ada_16[li_104] = 0;

      ada_16[l_str2int_60] = ada_12[ArrayRange(ada_12, 0) - 1][3];

      if (gi_436 == 1) ada_16[l_str2int_60] += ai_40 * Point;

      else

         if (gi_436 == 2) ada_16[l_str2int_60] = ada_16[l_str2int_60] - ai_40 * Point;

      if (ai_0 < 50) {

         if (as_48 != "") PlaySound(as_48);

         if (ai_44 == 1) Alert(PrepareTextAlarm(Time[0], gi_436, ada_12[ArrayRange(ada_12, 0) - 1][3], l_time_88));

      }

   }

   if (ai_56 == 1 && ForecastHighTrendLine == TRUE) FTLMng_Main(ai_0, l_time_88, ada_12[ArrayRange(ada_12, 0) - 1][3], gi_436);

   gi_428 = gi_432;

   if (gi_436 == 1) gi_436 = 2;

   else {

      if (gi_436 == 2) gi_436 = 1;

      else gi_436 = -1;

   }

   gi_432 = 0;

   DeInit_Wave_Manager(ai_20, ai_24, ai_28);

   return (0);

}

void Init_Wave_Manager(int ai_0, int ai_4, int ai_8) {

   gi_428 = ai_0;

   gi_432 = ai_4;

   gi_436 = ai_8;

}

void DeInit_Wave_Manager(int &ai_0, int &ai_4, int &ai_8) {

   ai_0 = gi_428;

   ai_4 = gi_432;

   ai_8 = gi_436;

}

void F_F_Zero(int ai_0, int ai_4, int ai_8) {

   int li_12;

   double ld_16;

   int li_24;

   if (Bars - ai_8 >= ai_4 * 2) {

      li_12 = ChMnr_CurrentWaveType(ai_0, ai_4, ai_8);

      ld_16 = 0;

      li_24 = ai_8;

      gi_428 = 0;

      gi_436 = 0;

      if (li_12 > 0) {

         ld_16 = ChMnr_FindZeroFromShift(ai_0, ai_4, li_24);

         if (ld_16 <= 0.0) return;

      } else {

         li_12 = ChMnr_FirstWaveFromShift(ai_0, ai_4, li_24);

         if (li_12 <= 0) return;

         ld_16 = ChMnr_FindZeroFromShift(ai_0, ai_4, li_24);

         if (ld_16 <= 0.0) return;

      }

      gi_428 = Time[li_24];

      gi_436 = li_12;

   }

}

void F_S_Zero(int ai_0, int ai_4, int ai_8, int ai_12) {

   int li_16 = ChMnr_CurrentWaveType(ai_0, ai_4, ai_12);

   if (gi_428 == 0 || gi_436 <= 0 || ai_8 <= 0) return;

   if (li_16 == 0) {

      gi_432 = 0;

      return;

   }

   if (li_16 == ai_8) {

      gi_432 = 0;

      return;

   }

   if (li_16 != ai_8) gi_432 = Time[ai_12];

}

double ChMnr_FindZeroFromShift(int ai_0, int ai_4, int &ai_8) {

   int l_count_12 = 0;

   double l_time_16 = -99999;

   bool li_24 = FALSE;

   while (li_24 == FALSE) {

      if (ChMnr_IfZero(ai_0, ai_4, ai_8 + l_count_12) == 1) {

         li_24 = TRUE;

         l_time_16 = Time[ai_8 + l_count_12];

         ai_8 += l_count_12;

      }

      l_count_12++;

      if (ai_8 + l_count_12 >= Bars) {

         li_24 = TRUE;

         l_time_16 = -55555;

      }

   }

   return (l_time_16);

}

int ChMnr_FirstWaveFromShift(int ai_0, int ai_4, int &ai_8) {

   int l_count_12 = 0;

   int li_ret_16 = -99999;

   int li_20 = 0;

   bool li_24 = FALSE;

   while (li_24 == FALSE) {

      li_20 = ChMnr_CurrentWaveType(ai_0, ai_4, ai_8 + l_count_12);

      if (li_20 > 0) {

         li_ret_16 = li_20;

         li_24 = TRUE;

         ai_8 += l_count_12;

      }

      l_count_12++;

      if (ai_8 + l_count_12 >= Bars) {

         li_24 = TRUE;

         li_ret_16 = -55555;

      }

   }

   return (li_ret_16);

}

int ChMnr_IfZero(int a_period_0, int a_period_4, int ai_8) {

   double ld_12 = NormalizeToDigit(iMA(NULL, 0, a_period_0, 0, MODE_SMA, PRICE_CLOSE, ai_8));

   double ld_20 = NormalizeToDigit(iMA(NULL, 0, a_period_4, 0, MODE_LWMA, PRICE_WEIGHTED, ai_8));

   double ld_28 = ld_12 - ld_20;

   return (IsInChanel(ld_28, 0, Trigger_Sens));

}

int ChMnr_CurrentWaveType(int a_period_0, int a_period_4, int ai_8) {

   double l_ima_12 = iMA(NULL, 0, a_period_0, 0, MODE_SMA, PRICE_CLOSE, ai_8);

   double l_ima_20 = iMA(NULL, 0, a_period_4, 0, MODE_LWMA, PRICE_WEIGHTED, ai_8);

   double ld_28 = l_ima_12 - l_ima_20;

   if (ChMnr_IfZero(a_period_0, a_period_4, ai_8) == 1) return (0);

   if (ld_28 > 0.0) return (1);

   if (ld_28 < 0.0) return (2);

   return (-1);

}

int Add_Wave(int ai_0, int ai_4, int ai_8, double &ada_12[][6]) {

   int li_16 = ArrayRange(ada_12, 0);

   li_16++;

   ArrayResize(ada_12, li_16);

   ada_12[li_16 - 1][0] = ai_8;

   ada_12[li_16 - 1][1] = ai_0;

   ada_12[li_16 - 1][2] = ai_4;

   bool li_20 = FALSE;

   if (li_16 - 2 >= 0) li_20 = ada_12[li_16 - 2][5];

   int li_24 = FindPivot(ai_0, ai_4, ai_8, li_20);

   if (li_24 != 0) {

      ada_12[li_16 - 1][4] = iBarShift(NULL, 0, li_24, FALSE);

      ada_12[li_16 - 1][5] = li_24;

      if (ai_8 == 1) ada_12[li_16 - 1][3] = High[iBarShift(NULL, 0, li_24, FALSE)];

      else

         if (ai_8 == 2) ada_12[li_16 - 1][3] = Low[iBarShift(NULL, 0, li_24, FALSE)];

   }

   return (0);

}

int FindPivot(int ai_0, int ai_4, int ai_8, int ai_12) {

   int l_highest_32;

   int l_lowest_36;

   if (ai_8 < 1 || ai_0 == 0 || ai_4 == 0) return (0);

   int l_shift_16 = iBarShift(NULL, 0, ai_0, TRUE);

   int l_shift_20 = iBarShift(NULL, 0, ai_4, TRUE);

   int l_shift_24 = 0;

   if (ai_12 > 0) l_shift_24 = iBarShift(NULL, 0, ai_12, TRUE);

   if (l_shift_16 == -1 || l_shift_20 == -1) return (0);

   int li_28 = 0;

   if (l_shift_24 > 0) li_28 = l_shift_24 - l_shift_20 + 1;

   else li_28 = l_shift_16 - l_shift_20 + 1;

   if (ai_8 == 1) {

      l_highest_32 = iHighest(NULL, 0, MODE_HIGH, li_28, l_shift_20);

      return (Time[l_highest_32]);

   }

   if (ai_8 == 2) {

      l_lowest_36 = iLowest(NULL, 0, MODE_LOW, li_28, l_shift_20);

      return (Time[l_lowest_36]);

   }

   return (0);

}

int init() {

   g_bars_532 = Bars;

   gi_364 = FALSE;

   TLMng_DeleteLinesCurrentTF();

   SetIndexStyle(0, DRAW_ARROW);

   SetIndexArrow(0, HighSemaforSymbol);

   SetIndexBuffer(0, g_ibuf_300);

   SetIndexEmptyValue(0, 0.0);

   SetIndexStyle(1, DRAW_ARROW);

   SetIndexArrow(1, LowSemaforSymbol);

   SetIndexBuffer(1, g_ibuf_304);

   SetIndexEmptyValue(1, 0.0);

   SetIndexStyle(2, DRAW_ARROW);

   SetIndexArrow(2, LowestSemaforSymbol);

   SetIndexBuffer(2, g_ibuf_308);

   SetIndexEmptyValue(2, 0.0);

   if (High_period == 0 && Low_period == 0) {

      Alert("High_period ?Low_period 疣忭?0. 枢觐?蝾 桦?钺?漕腈睇 猁螯 犷朦 0");

      deinit();

      return (0);

   }

   gi_340 = High_period;

   gi_344 = Double2Int(MathRound(High_period / 7));

   gi_348 = Low_period;

   gi_352 = Double2Int(MathRound(Low_period / 5));

   if (Trigger_Sens <= 0) {

      Trigger_Sens = 2;

      Alert("<Trigger_Sens> cannot have zero or less value. Now it is adjusted by default");

   }

   CheckLab();

   return (0);

}

int deinit() {

   if (StayLinesAfterDelete == FALSE) TLMng_DeleteAllLines();

   ObjectDelete(g_name_492);

   ArrayResize(gsa_440, 0);

   ArrayResize(gsa_444, 0);

   ArrayResize(gda_368, 0);

   ArrayResize(gda_388, 0);

   ArrayResize(gda_408, 0);

   ArrayInitialize(g_ibuf_300, 0.0);

   ArrayInitialize(g_ibuf_304, 0.0);

   ArrayInitialize(g_ibuf_308, 0.0);

   ObjectDelete(gs_durko_l1_312);

   ObjectDelete(gs_durko_l2_320);

   if (StayLinesAfterDelete == FALSE) TLMng_DeleteLinesCurrentInd();

   return (0);

}

int Double2Int(double ad_0) {

   return (StrToInteger(DoubleToStr(ad_0, 0)));

}

int IsInChanel(double ad_0, double ad_8, double ad_16) {

   double ld_24 = ad_8 + ad_16;

   double ld_32 = ad_8 - ad_16;

   if (ad_0 <= ld_24 && ad_0 >= ld_32) return (1);

   return (0);

}

double NormalizeToDigit(double ad_0) {

   double ld_ret_8 = ad_0;

   for (int li_16 = 1; li_16 <= Digits; li_16++) ld_ret_8 = 10.0 * ld_ret_8;

   return (ld_ret_8);

}

string PrepareTextAlarm(int ai_0, int ai_4, double ad_8, int ai_16) {

   string ls_ret_20 = "";

   ls_ret_20 = ls_ret_20 + TimeToStr(ai_0, TIME_DATE) + " " + TimeToStr(ai_0, TIME_MINUTES) + " : ";

   if (ai_4 == 1) ls_ret_20 = ls_ret_20 + "The top maximum is generated : ";

   if (ai_4 == 2) ls_ret_20 = ls_ret_20 + "The bottom minimum is generated : ";

   ls_ret_20 = ls_ret_20 + TimeToStr(ai_16, TIME_DATE) + " " + TimeToStr(ai_16, TIME_MINUTES) + " Price Value: ";

   ls_ret_20 = ls_ret_20 + DoubleToStr(ad_8, Digits);

   return (ls_ret_20);

}

void CheckLab() {

   if (ObjectFind(gs_durko_l1_312) == -1) CreateLab(gs_durko_l1_312);

   if (ObjectFind(gs_durko_l2_320) == -1) CreateLab(gs_durko_l2_320);

   ObjectSetText(gs_durko_l1_312, "Waves Auto Trend Indicator - Durko Ltd", 10, "Arial", SaddleBrown);

   ObjectSetText(gs_durko_l2_320, "[e-mail]", 12, "Arial", SaddleBrown);

}

void CreateLab(string as_0) {

   if (as_0 == gs_durko_l1_312) {

      ObjectCreate(gs_durko_l1_312, OBJ_LABEL, 0, Time[1], High[1]);

      ObjectSet(gs_durko_l1_312, OBJPROP_CORNER, 0);

      ObjectSet(gs_durko_l1_312, OBJPROP_XDISTANCE, 225);

      ObjectSet(gs_durko_l1_312, OBJPROP_YDISTANCE, 8);

      ObjectSetText(gs_durko_l1_312, "Waves Auto Trend Indicator - Durko Ltd", 10, "Arial", SaddleBrown);

   }

   if (as_0 == gs_durko_l2_320) {

      ObjectCreate(gs_durko_l2_320, OBJ_LABEL, 0, Time[1], High[1]);

      ObjectSet(gs_durko_l2_320, OBJPROP_CORNER, 0);

      ObjectSet(gs_durko_l2_320, OBJPROP_XDISTANCE, 645);

      ObjectSet(gs_durko_l2_320, OBJPROP_YDISTANCE, 7);

      ObjectSetText(gs_durko_l2_320, "Durko Ltd", 12, "Arial", SaddleBrown);

   }

}

[enbo lu]

这种反编译的源码不要拿出来。。