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ULTRA_TREND_VER2 - Need cracking

thesecret

By thesecret
in MetaTrader Indicators

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Stormin_Norman Newbie

Stormin_Norman

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Re: [REQ]ULTRA_TREND_VER2 - Need cracking

 

http://www.unfx.ru/indicators/ultra_trend_info_v2.php

 

Here is indi ,can someone remove account checking limitation?

http://depositfiles.com/files/wzzc4t4fb

 

 

http://www.4shared.com/file/101499131/d388d968/Ultra_trend_Ver2.html :shand:

 

do you have an mq4 version correctly decompiled?

"It is inconceivable that anyone will divulge a truly effective get-rich scheme for the price of a book."

Victor Niederhoffer (1943–), US hedge fund manager and statistician

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  • 2 months later...
osaze Newbie

osaze

Posted
Posted

Re: [REQ]ULTRA_TREND_VER2 - Need cracking

 

could someone pls decompile this indicator properly???? No errors pls..

 

I will remove limitations once this is done

One obvious truth.FOREX IS ANYTHING BUT EASY
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SEFC Newbie

SEFC

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Posted

Re: [REQ]ULTRA_TREND_VER2 - Need cracking

 

here...from SEFC :D

 

This ex4...

Warning : Just for TF 30M .. (jangan lainnya)... This setting for TF 30M...

http://rapidshare.com/files/250507139/UTrend2_repro_SEFC.rar.html

 

Screen Shoot :

http://img7.imageshack.us/img7/4071/utrendsefc.gif

 

The Source Program :

 

// U-Trend version 2 repro by me ... :) ...

#property indicator_separate_window
#property indicator_buffers 2
#property indicator_color1 Red
#property indicator_color2 Blue

double g_ibuf_76[];
int key = 8763765;
double Smooth = 0.3;
int bars = 700;
int X_Filtr = 5;
int Progression = 2;
int Len = 20;
int Sensitivity = 3;
int gi_112 = 1;
double gd_116 = 100.0;
int TypePrice = 1;
int gi_128 = 0;
double gd_132 = 0.0;
double gd_140;double gd_148;double gd_156;double gd_164;double gd_172;double gd_180;
double gd_188;double gd_196;double gd_204 = 0.0;int gi_212;int gi_216;int gi_220;
int gi_224;int gi_228;int gi_232;int gi_236;int gi_240;int gi_244;int gi_248;int gi_252;
int gi_256;int gi_260 = 0;double gd_264;double gd_272;double gd_280;double gd_288;
double gd_296;double gd_304;double gd_312;double gd_320;double gd_328;double gd_336;double gd_344;double gd_352;
double gd_360;double gd_368;double gd_376;double gd_384;double gd_392;double gd_400;
double gd_408;double gd_416;double gd_424;double gd_432;double gd_440;double gd_448;
double gd_456;double gd_464 = 0.0;bool gi_472;int gi_476;int gi_480;int gi_484;int gi_488;
int gi_492 = 0;double gda_496[128];double gda_500[128];double gda_504[11];double gda_508[62];
double gda_unused_512[300];int gi_unused_516;int g_index_520;int gi_524;int gi_532;double g_ibuf_560[];
double gda_564[1000000];double gda_568[1000000];double g_icustom_572;double g_icustom_580 = 0.0;
int g_count_596;int g_count_600;int g_bars_604 = 0;
int init() {SetIndexStyle(0, DRAW_LINE,0,2);SetIndexBuffer(0, g_ibuf_76);SetIndexStyle(1, DRAW_LINE,0,2);SetIndexBuffer(1, g_ibuf_560);
return (0);
}

int start() {
  int li_unused_32;int li_0 = 60729;
  Comment(li_0+"Utrend v2 Cloning");int li_4 = 60729;int li_8 = 106457;
  int li_12 = 12875;int li_16 = 71716;int li_20 = 90020416;int li_24 = 206623;
  int li_28 = key;if (li_28 == 34562458) loadJMAJMA();else {
     if (Bars > g_bars_604) {g_bars_604 = Bars;
        li_unused_32 = 0;
        for (int l_index_36 = 0; l_index_36 < bars; l_index_36++) {
           g_count_596 = 0;
           g_count_600 = 0;
           for (int li_40 = Len; li_40 <= Len + Progression * Sensitivity; li_40 += Progression) {
              g_icustom_572 = iCustom(NULL, 0, "ULTRA_TREND_VER2", 34562458, li_40, bars, X_Filtr, 0, l_index_36                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                         -6);
              g_icustom_580 = iCustom(NULL, 0, "ULTRA_TREND_VER2", 34562458, li_40, bars, X_Filtr, 0, l_index_36                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                           -11); 
              if (g_icustom_572 > g_icustom_580) g_count_596++;
              else g_count_600++;
           }
           gda_564[l_index_36] = g_count_596;
           gda_568[l_index_36] = g_count_600;
        }
        lenars(gda_564, 1);
        lenars(gda_568, 2);
        return (0);
     }
  }
  return (0);
}
void loadJMAJMA() {
  double ld_0;
  loadJMA(X_Filtr);
  gi_224 = 63;
  gi_228 = 64;
  if (gi_112 == TRUE) {
     for (gi_212 = 1; gi_212 < gi_224 + 1; gi_212++) gda_496[gi_212] = -1000000;
     for (gi_212 = gi_228; gi_212 < 128; gi_212++) gda_496[gi_212] = 1000000;
     gi_112 = FALSE;
  }
  gi_472 = TRUE;
  if (Smooth <= 1.0) gd_384 = 0.0000000001;
  else gd_384 = (Smooth - 1.0) / 19.5;
  if (gd_116 < -100.0) gd_272 = 0.5;
  else {
     if (gd_116 > 100.0) gd_272 = 9.5;
     else gd_272 = gd_116 / 100.0 + 1.5;
  }
  gd_148 = MathLog(MathSqrt(gd_384));
  gd_156 = gd_148;
  if (gd_148 / MathLog(2.0) + 2.0 < 0.0) gd_164 = 0;
  else gd_164 = gd_156 / MathLog(2.0) + 2.0;
  gd_408 = gd_164;
  if (gd_408 - 2.0 >= 0.5) gd_392 = gd_408 - 2.0;
  else gd_392 = 0.5;
  gd_376 = MathSqrt(gd_384) * gd_408;
  gd_400 = gd_376 / (gd_376 + 1.0);
  gd_384 = 0.9 * gd_384;
  gd_336 = gd_384 / (gd_384 + 2.0);
  gi_472 = TRUE;
  if (bars == 0) bars = Bars;
  for (gi_128 = bars + 1000; gi_128 >= 0; gi_128--) {
     ld_0 = g_ibuf_76[gi_128];
     if (gi_488 < 61) {
        gi_488++;
        gda_508[gi_488] = ld_0;
     }
     if (gi_488 > 30) {
        if (gi_472 != FALSE) {
           gi_472 = FALSE;
           gi_216 = 0;
           for (gi_212 = 1; gi_212 < 30; gi_212++)
              if (gda_508[gi_212 + 1] != gda_508[gi_212]) gi_216 = 1;
           gi_476 = 30 * gi_216;
           if (gi_476 == 0) gd_312 = ld_0;
           else gd_312 = gda_508[1];
           gd_280 = gd_312;
           if (gi_476 > 29) gi_476 = 29;
        } else gi_476 = 0;
        for (gi_212 = gi_476; gi_212 >= 0; gi_212--) {
           if (gi_212 == 0) gd_264 = ld_0;
           else gd_264 = gda_508[31 - gi_212];
           gd_296 = gd_264 - gd_280;
           gd_328 = gd_264 - gd_312;
           if (MathAbs(gd_296) > MathAbs(gd_328)) gd_156 = MathAbs(gd_296);
           else gd_156 = MathAbs(gd_328);
           gd_416 = gd_156;
           gd_140 = gd_416 + 0.0000000001;
           if (gi_240 <= 1) gi_240 = 127;
           else gi_240--;
           if (gi_244 <= 1) gi_244 = 10;
           else gi_244--;
           if (gi_260 < 128) gi_260++;
           gd_180 = gd_180 + gd_140 - gda_504[gi_244];
           gda_504[gi_244] = gd_140;
           if (gi_260 > 10) gd_204 = gd_180 / 10.0;
           else gd_204 = gd_180 / gi_260;
           if (gi_260 == 30) g_index_520 = 0;
           if (gi_260 > 127) {
              gd_188 = gda_500[gi_240];
              gda_500[gi_240] = gd_204;
              gi_256 = 64;
              gi_248 = gi_256;
              gi_unused_516 = gi_248;
              while (gi_256 > 1) {
                 if (gda_496[gi_248] < gd_188) {
                    gi_256 /= 2;
                    gi_248 += gi_256;
                    gi_unused_516 = gi_248;
                 } else {
                    if (gda_496[gi_248] <= gd_188) gi_256 = 1;
                    else {
                       gi_256 /= 2;
                       gi_248 -= gi_256;
                       gi_unused_516 = gi_248;
                    }
                 }
              }
           } else {
              gda_500[gi_240] = gd_204;
              if (gi_224 + gi_228 > 127) {
                 gi_228--;
                 gi_248 = gi_228;
                 gi_unused_516 = gi_248;
              } else {
                 gi_224++;
                 gi_248 = gi_224;
                 gi_unused_516 = gi_248;
              }
              if (gi_224 > 96) gi_232 = 96;
              else gi_232 = gi_224;
              if (gi_228 < 32) gi_236 = 32;
              else gi_236 = gi_228;
           }
           gi_256 = 64;
           gi_252 = gi_256;
           while (gi_256 > 1) {
              if (gda_496[gi_252] >= gd_204) {
                 if (gda_496[gi_252 - 1] <= gd_204) gi_256 = 1;
                 else {
                    gi_256 /= 2;
                    gi_252 -= gi_256;
                 }
              } else {
                 gi_256 /= 2;
                 gi_252 += gi_256;
              }
              if (gi_252 == 127 && gd_204 > gda_496[127]) gi_252 = 128;
           }
           if (gi_260 > 127) {
              if (gi_248 >= gi_252) {
                 if (gi_232 + 1 > gi_252 && gi_236 - 1 < gi_252) gd_196 += gd_204;
                 else
                    if (gi_236 > gi_252 && gi_236 - 1 < gi_248) gd_196 += gda_496[gi_236 - 1];
              } else {
                 if (gi_236 >= gi_252) {
                    if (gi_232 + 1 < gi_252 && gi_232 + 1 > gi_248) gd_196 += gda_496[gi_232 + 1];
                 } else {
                    if (gi_232 + 2 > gi_252) gd_196 += gd_204;
                    else
                       if (gi_232 + 1 < gi_252 && gi_232 + 1 > gi_248) gd_196 += gda_496[gi_232 + 1];
                 }
              }
              if (gi_248 > gi_252) {
                 if (gi_236 - 1 < gi_248 && gi_232 + 1 > gi_248) gd_196 -= gda_496[gi_248];
                 else
                    if (gi_232 < gi_248 && gi_232 + 1 > gi_252) gd_196 -= gda_496[gi_232];
              } else {
                 if (gi_232 + 1 > gi_248 && gi_236 - 1 < gi_248) gd_196 -= gda_496[gi_248];
                 else
                    if (gi_236 > gi_248 && gi_236 < gi_252) gd_196 -= gda_496[gi_236];
              }
           }
           if (gi_248 <= gi_252) {
              if (gi_248 >= gi_252) gda_496[gi_252] = gd_204;
              else {
                 for (g_index_520 = gi_248 + 1; g_index_520 < gi_252; g_index_520++) gda_496[g_index_520 - 1] = gda_496[g_index_520];
                 gda_496[gi_252 - 1] = gd_204;
              }
           } else {
              for (gi_524 = gi_248 - 1; gi_524 >= gi_252; gi_524--) gda_496[gi_524 + 1] = gda_496[gi_524];
              gda_496[gi_252] = gd_204;
           }
           if (gi_260 <= 127) {
              gd_196 = 0;
              for (gi_532 = gi_236; gi_532 < gi_232 + 1; gi_532++) gd_196 += gda_496[gi_532];
           }
           gd_352 = gd_196 / (gi_232 - gi_236 + 1);
           if (gi_492 + 1 > 31) gi_492 = 31;
           else gi_492++;
           if (gi_492 <= 30) {
              if (gd_296 > 0.0) gd_280 = gd_264;
              else gd_280 = gd_264 - gd_296 * gd_400;
              if (gd_328 < 0.0) gd_312 = gd_264;
              else gd_312 = gd_264 - gd_328 * gd_400;
              gd_440 = ld_0;
              if (gi_492 == 30) {
                 gd_448 = ld_0;
                 if (MathCeil(gd_376) >= 1.0) gd_172 = MathCeil(gd_376);
                 else gd_172 = 1;
                 gi_484 = gd_172;
                 if (MathFloor(gd_376) >= 1.0) gd_156 = MathFloor(gd_376);
                 else gd_156 = 1;
                 gi_480 = gd_156;
                 if (gi_484 == gi_480) gd_360 = 1;
                 else {
                    gd_172 = gi_484 - gi_480;
                    gd_360 = (gd_376 - gi_480) / gd_172;
                 }
                 if (gi_480 <= 29) gi_216 = gi_480;
                 else gi_216 = 29;
                 if (gi_484 <= 29) gi_220 = gi_484;
                 else gi_220 = 29;
                 gd_424 = (ld_0 - (gda_508[gi_488 - gi_216])) * (1 - gd_360) / gi_480 + (ld_0 - (gda_508[gi_488 - gi_220])) * gd_360 / gi_484;
              }
           } else {
              if (gd_408 >= MathPow(MathAbs(gd_416 / gd_352), gd_392)) gd_148 = MathPow(MathAbs(gd_416 / gd_352), gd_392);
              else gd_148 = gd_408;
              if (gd_148 < 1.0) gd_156 = 1.0;
              else {
                 if (gd_408 >= MathPow(MathAbs(gd_416 / gd_352), gd_392)) gd_164 = MathPow(MathAbs(gd_416 / gd_352), gd_392);
                 else gd_164 = gd_408;
                 gd_156 = gd_164;
              }
              gd_344 = gd_156;
              gd_368 = MathPow(gd_400, MathSqrt(gd_344));
              if (gd_296 > 0.0) gd_280 = gd_264;
              else gd_280 = gd_264 - gd_296 * gd_368;
              if (gd_328 < 0.0) gd_312 = gd_264;
              else gd_312 = gd_264 - gd_328 * gd_368;
           }
        }
        if (gi_492 > 30) {
           gd_304 = MathPow(gd_336, gd_344);
           gd_448 = (1 - gd_304) * ld_0 + gd_304 * gd_448;
           gd_456 = (ld_0 - gd_448) * (1 - gd_336) + gd_336 * gd_456;
           gd_464 = gd_272 * gd_456 + gd_448;
           gd_288 = -2.0 * gd_304;
           gd_320 = gd_304 * gd_304;
           gd_432 = gd_288 + gd_320 + 1.0;
           gd_424 = (gd_464 - gd_440) * gd_432 + gd_320 * gd_424;
           gd_440 += gd_424;
        }
     }
     gd_132 = gd_440;
     g_ibuf_76[gi_128] = gd_132;
  }
}

void loadJMA(int ai_0) {
  double ld_4;
  gi_224 = 63;
  gi_228 = 64;
  if (gi_112 == TRUE) {
     for (gi_212 = 1; gi_212 < gi_224 + 1; gi_212++) gda_496[gi_212] = -1000000;
     for (gi_212 = gi_228; gi_212 < 128; gi_212++) gda_496[gi_212] = 1000000;
     gi_112 = FALSE;
  }
  gi_472 = TRUE;
  if (ai_0 <= 1) gd_384 = 0.0000000001;
  else gd_384 = (ai_0 - 1) / 2;
  gd_272 = 2.5;
  gd_148 = MathLog(MathSqrt(gd_384));
  gd_156 = gd_148;
  if (gd_148 / MathLog(2.0) + 2.0 < 0.0) gd_164 = 0;
  else gd_164 = gd_156 / MathLog(2.0) + 2.0;
  gd_408 = gd_164;
  if (gd_408 - 2.0 >= 0.5) gd_392 = gd_408 - 2.0;
  else gd_392 = 0.5;
  gd_376 = MathSqrt(gd_384) * gd_408;
  gd_400 = gd_376 / (gd_376 + 1.0);
  gd_384 = 0.9 * gd_384;
  gd_336 = gd_384 / (gd_384 + 2.0);
  gi_472 = TRUE;
  if (bars == 0) bars = Bars;
  for (gi_128 = bars + 1000; gi_128 >= 0; gi_128--) {
     switch (TypePrice) {
     case 0:
        ld_4 = Close[gi_128];
        break;
     case 1:
        ld_4 = Open[gi_128];
        break;
     case 2:
        ld_4 = (Open[gi_128] + High[gi_128] + Low[gi_128] + Close[gi_128]) / 4.0;
        break;
     case 3:
        ld_4 = High[gi_128];
        break;
     case 4:
        ld_4 = Low[gi_128];
        break;
     default:
        ld_4 = Close[gi_128];
     }
     if (gi_488 < 61) {
        gi_488++;
        gda_508[gi_488] = ld_4;
     }
     if (gi_488 > 30) {
        if (gi_472 != FALSE) {
           gi_472 = FALSE;
           gi_216 = 0;
           for (gi_212 = 1; gi_212 < 30; gi_212++)
              if (gda_508[gi_212 + 1] != gda_508[gi_212]) gi_216 = 1;
           gi_476 = 30 * gi_216;
           if (gi_476 == 0) gd_312 = ld_4;
           else gd_312 = gda_508[1];
           gd_280 = gd_312;
           if (gi_476 > 29) gi_476 = 29;
        } else gi_476 = 0;
        for (gi_212 = gi_476; gi_212 >= 0; gi_212--) {
           if (gi_212 == 0) gd_264 = ld_4;
           else gd_264 = gda_508[31 - gi_212];
           gd_296 = gd_264 - gd_280;
           gd_328 = gd_264 - gd_312;
           if (MathAbs(gd_296) > MathAbs(gd_328)) gd_156 = MathAbs(gd_296);
           else gd_156 = MathAbs(gd_328);
           gd_416 = gd_156;
           gd_140 = gd_416 + 0.0000000001;
           if (gi_240 <= 1) gi_240 = 127;
           else gi_240--;
           if (gi_244 <= 1) gi_244 = 10;
           else gi_244--;
           if (gi_260 < 128) gi_260++;
           gd_180 = gd_180 + gd_140 - gda_504[gi_244];
           gda_504[gi_244] = gd_140;
           if (gi_260 > 10) gd_204 = gd_180 / 10.0;
           else gd_204 = gd_180 / gi_260;
           if (gi_260 == 30) g_index_520 = 0;
           if (gi_260 > 127) {
              gd_188 = gda_500[gi_240];
              gda_500[gi_240] = gd_204;
              gi_256 = 64;
              gi_248 = gi_256;
              gi_unused_516 = gi_248;
              while (gi_256 > 1) {
                 if (gda_496[gi_248] < gd_188) {
                    gi_256 /= 2;
                    gi_248 += gi_256;
                    gi_unused_516 = gi_248;
                 } else {
                    if (gda_496[gi_248] <= gd_188) gi_256 = 1;
                    else {
                       gi_256 /= 2;
                       gi_248 -= gi_256;
                       gi_unused_516 = gi_248;
                    }
                 }
              }
           } else {
              gda_500[gi_240] = gd_204;
              if (gi_224 + gi_228 > 127) {
                 gi_228--;
                 gi_248 = gi_228;
                 gi_unused_516 = gi_248;
              } else {
                 gi_224++;
                 gi_248 = gi_224;
                 gi_unused_516 = gi_248;
              }
              if (gi_224 > 96) gi_232 = 96;
              else gi_232 = gi_224;
              if (gi_228 < 32) gi_236 = 32;
              else gi_236 = gi_228;
           }
           gi_256 = 64;
           gi_252 = gi_256;
           while (gi_256 > 1) {
              if (gda_496[gi_252] >= gd_204) {
                 if (gda_496[gi_252 - 1] <= gd_204) gi_256 = 1;
                 else {
                    gi_256 /= 2;
                    gi_252 -= gi_256;
                 }
              } else {
                 gi_256 /= 2;
                 gi_252 += gi_256;
              }
              if (gi_252 == 127 && gd_204 > gda_496[127]) gi_252 = 128;
           }
           if (gi_260 > 127) {
              if (gi_248 >= gi_252) {
                 if (gi_232 + 1 > gi_252 && gi_236 - 1 < gi_252) gd_196 += gd_204;
                 else
                    if (gi_236 > gi_252 && gi_236 - 1 < gi_248) gd_196 += gda_496[gi_236 - 1];
              } else {
                 if (gi_236 >= gi_252) {
                    if (gi_232 + 1 < gi_252 && gi_232 + 1 > gi_248) gd_196 += gda_496[gi_232 + 1];
                 } else {
                    if (gi_232 + 2 > gi_252) gd_196 += gd_204;
                    else
                       if (gi_232 + 1 < gi_252 && gi_232 + 1 > gi_248) gd_196 += gda_496[gi_232 + 1];
                 }
              }
              if (gi_248 > gi_252) {
                 if (gi_236 - 1 < gi_248 && gi_232 + 1 > gi_248) gd_196 -= gda_496[gi_248];
                 else
                    if (gi_232 < gi_248 && gi_232 + 1 > gi_252) gd_196 -= gda_496[gi_232];
              } else {
                 if (gi_232 + 1 > gi_248 && gi_236 - 1 < gi_248) gd_196 -= gda_496[gi_248];
                 else
                    if (gi_236 > gi_248 && gi_236 < gi_252) gd_196 -= gda_496[gi_236];
              }
           }
           if (gi_248 <= gi_252) {
              if (gi_248 >= gi_252) gda_496[gi_252] = gd_204;
              else {
                 for (g_index_520 = gi_248 + 1; g_index_520 < gi_252; g_index_520++) gda_496[g_index_520 - 1] = gda_496[g_index_520];
                 gda_496[gi_252 - 1] = gd_204;
              }
           } else {
              for (gi_524 = gi_248 - 1; gi_524 >= gi_252; gi_524--) gda_496[gi_524 + 1] = gda_496[gi_524];
              gda_496[gi_252] = gd_204;
           }
           if (gi_260 <= 127) {
              gd_196 = 0;
              for (gi_532 = gi_236; gi_532 < gi_232 + 1; gi_532++) gd_196 += gda_496[gi_532];
           }
           gd_352 = gd_196 / (gi_232 - gi_236 + 1);
           if (gi_492 + 1 > 31) gi_492 = 31;
           else gi_492++;
           if (gi_492 <= 30) {
              if (gd_296 > 0.0) gd_280 = gd_264;
              else gd_280 = gd_264 - gd_296 * gd_400;
              if (gd_328 < 0.0) gd_312 = gd_264;
              else gd_312 = gd_264 - gd_328 * gd_400;
              gd_440 = ld_4;
              if (gi_492 == 30) {
                 gd_448 = ld_4;
                 if (MathCeil(gd_376) >= 1.0) gd_172 = MathCeil(gd_376);
                 else gd_172 = 1;
                 gi_484 = gd_172;
                 if (MathFloor(gd_376) >= 1.0) gd_156 = MathFloor(gd_376);
                 else gd_156 = 1;
                 gi_480 = gd_156;
                 if (gi_484 == gi_480) gd_360 = 1;
                 else {
                    gd_172 = gi_484 - gi_480;
                    gd_360 = (gd_376 - gi_480) / gd_172;
                 }
                 if (gi_480 <= 29) gi_216 = gi_480;
                 else gi_216 = 29;
                 if (gi_484 <= 29) gi_220 = gi_484;
                 else gi_220 = 29;
                 gd_424 = (ld_4 - (gda_508[gi_488 - gi_216])) * (1 - gd_360) / gi_480 + (ld_4 - (gda_508[gi_488 - gi_220])) * gd_360 / gi_484;
              }
           } else {
              if (gd_408 >= MathPow(MathAbs(gd_416 / gd_352), gd_392)) gd_148 = MathPow(MathAbs(gd_416 / gd_352), gd_392);
              else gd_148 = gd_408;
              if (gd_148 < 1.0) gd_156 = 1.0;
              else {
                 if (gd_408 >= MathPow(MathAbs(gd_416 / gd_352), gd_392)) gd_164 = MathPow(MathAbs(gd_416 / gd_352), gd_392);
                 else gd_164 = gd_408;
                 gd_156 = gd_164;
              }
              gd_344 = gd_156;
              gd_368 = MathPow(gd_400, MathSqrt(gd_344));
              if (gd_296 > 0.0) gd_280 = gd_264;
              else gd_280 = gd_264 - gd_296 * gd_368;
              if (gd_328 < 0.0) gd_312 = gd_264;
              else gd_312 = gd_264 - gd_328 * gd_368;
           }
        }
        if (gi_492 > 30) {
           gd_304 = MathPow(gd_336, gd_344);
           gd_448 = (1 - gd_304) * ld_4 + gd_304 * gd_448;
           gd_456 = (ld_4 - gd_448) * (1 - gd_336) + gd_336 * gd_456;
           gd_464 = gd_272 * gd_456 + gd_448;
           gd_288 = -2.0 * gd_304;
           gd_320 = gd_304 * gd_304;
           gd_432 = gd_288 + gd_320 + 1.0;
           gd_424 = (gd_464 - gd_440) * gd_432 + gd_320 * gd_424;
           gd_440 += gd_424;
        }
     }
     gd_132 = gd_440;
     g_ibuf_76[gi_128] = gd_132;
  }
}

void lenars(double ada_0[1000000], int ai_4) {
  double ld_8;
  gi_224 = 63;
  gi_228 = 64;
  if (gi_112 == TRUE) {
     for (gi_212 = 1; gi_212 < gi_224 + 1; gi_212++) gda_496[gi_212] = -1000000;
     for (gi_212 = gi_228; gi_212 < 128; gi_212++) gda_496[gi_212] = 1000000;
     gi_112 = FALSE;
  }
  gi_472 = TRUE;
  if (Smooth <= 1.0) gd_384 = 0.0000000001;
  else gd_384 = (Smooth - 1.0) / 2.0;
  if (gd_116 < -100.0) gd_272 = 0.5;
  else {
     if (gd_116 > 100.0) gd_272 = 2.5;
     else gd_272 = gd_116 / 100.0 + 1.5;
  }
  gd_148 = MathLog(MathSqrt(gd_384));
  gd_156 = gd_148;
  if (gd_148 / MathLog(2.0) + 2.0 < 0.0) gd_164 = 0;
  else gd_164 = gd_156 / MathLog(2.0) + 2.0;
  gd_408 = gd_164;
  if (gd_408 - 2.0 >= 0.5) gd_392 = gd_408 - 2.0;
  else gd_392 = 0.5;
  gd_376 = MathSqrt(gd_384) * gd_408;
  gd_400 = gd_376 / (gd_376 + 1.0);
  gd_384 = 0.9 * gd_384;
  gd_336 = gd_384 / (gd_384 + 2.0);
  gi_472 = TRUE;
  if (bars == 0) bars = Bars;
  for (gi_128 = bars + 30; gi_128 >= 0; gi_128--) {
     ld_8 = ada_0[gi_128];
     if (gi_488 < 61) {
        gi_488++;
        gda_508[gi_488] = ld_8;
     }
     if (gi_488 > 30) {
        if (gi_472 != FALSE) {
           gi_472 = FALSE;
           gi_216 = 0;
           for (gi_212 = 1; gi_212 < 30; gi_212++)
              if (gda_508[gi_212 + 1] != gda_508[gi_212]) gi_216 = 1;
           gi_476 = 30 * gi_216;
           if (gi_476 == 0) gd_312 = ld_8;
           else gd_312 = gda_508[1];
           gd_280 = gd_312;
           if (gi_476 > 29) gi_476 = 29;
        } else gi_476 = 0;
        for (gi_212 = gi_476; gi_212 >= 0; gi_212--) {
           if (gi_212 == 0) gd_264 = ld_8;
           else gd_264 = gda_508[31 - gi_212];
           gd_296 = gd_264 - gd_280;
           gd_328 = gd_264 - gd_312;
           if (MathAbs(gd_296) > MathAbs(gd_328)) gd_156 = MathAbs(gd_296);
           else gd_156 = MathAbs(gd_328);
           gd_416 = gd_156;
           gd_140 = gd_416 + 0.0000000001;
           if (gi_240 <= 1) gi_240 = 127;
           else gi_240--;
           if (gi_244 <= 1) gi_244 = 10;
           else gi_244--;
           if (gi_260 < 128) gi_260++;
           gd_180 = gd_180 + gd_140 - gda_504[gi_244];
           gda_504[gi_244] = gd_140;
           if (gi_260 > 10) gd_204 = gd_180 / 10.0;
           else gd_204 = gd_180 / gi_260;
           if (gi_260 == 30) g_index_520 = 0;
           if (gi_260 > 127) {
              gd_188 = gda_500[gi_240];
              gda_500[gi_240] = gd_204;
              gi_256 = 64;
              gi_248 = gi_256;
              gi_unused_516 = gi_248;
              while (gi_256 > 1) {
                 if (gda_496[gi_248] < gd_188) {
                    gi_256 /= 2;
                    gi_248 += gi_256;
                    gi_unused_516 = gi_248;
                 } else {
                    if (gda_496[gi_248] <= gd_188) gi_256 = 1;
                    else {
                       gi_256 /= 2;
                       gi_248 -= gi_256;
                       gi_unused_516 = gi_248;
                    }
                 }
              }
           } else {
              gda_500[gi_240] = gd_204;
              if (gi_224 + gi_228 > 127) {
                 gi_228--;
                 gi_248 = gi_228;
                 gi_unused_516 = gi_248;
              } else {
                 gi_224++;
                 gi_248 = gi_224;
                 gi_unused_516 = gi_248;
              }
              if (gi_224 > 96) gi_232 = 96;
              else gi_232 = gi_224;
              if (gi_228 < 32) gi_236 = 32;
              else gi_236 = gi_228;
           }
           gi_256 = 64;
           gi_252 = gi_256;
           while (gi_256 > 1) {
              if (gda_496[gi_252] >= gd_204) {
                 if (gda_496[gi_252 - 1] <= gd_204) gi_256 = 1;
                 else {
                    gi_256 /= 2;
                    gi_252 -= gi_256;
                 }
              } else {
                 gi_256 /= 2;
                 gi_252 += gi_256;
              }
              if (gi_252 == 127 && gd_204 > gda_496[127]) gi_252 = 128;
           }
           if (gi_260 > 127) {
              if (gi_248 >= gi_252) {
                 if (gi_232 + 1 > gi_252 && gi_236 - 1 < gi_252) gd_196 += gd_204;
                 else
                    if (gi_236 > gi_252 && gi_236 - 1 < gi_248) gd_196 += gda_496[gi_236 - 1];
              } else {
                 if (gi_236 >= gi_252) {
                    if (gi_232 + 1 < gi_252 && gi_232 + 1 > gi_248) gd_196 += gda_496[gi_232 + 1];
                 } else {
                    if (gi_232 + 2 > gi_252) gd_196 += gd_204;
                    else
                       if (gi_232 + 1 < gi_252 && gi_232 + 1 > gi_248) gd_196 += gda_496[gi_232 + 1];
                 }
              }
              if (gi_248 > gi_252) {
                 if (gi_236 - 1 < gi_248 && gi_232 + 1 > gi_248) gd_196 -= gda_496[gi_248];
                 else
                    if (gi_232 < gi_248 && gi_232 + 1 > gi_252) gd_196 -= gda_496[gi_232];
              } else {
                 if (gi_232 + 1 > gi_248 && gi_236 - 1 < gi_248) gd_196 -= gda_496[gi_248];
                 else
                    if (gi_236 > gi_248 && gi_236 < gi_252) gd_196 -= gda_496[gi_236];
              }
           }
           if (gi_248 <= gi_252) {
              if (gi_248 >= gi_252) gda_496[gi_252] = gd_204;
              else {
                 for (g_index_520 = gi_248 + 1; g_index_520 < gi_252; g_index_520++) gda_496[g_index_520 - 1] = gda_496[g_index_520];
                 gda_496[gi_252 - 1] = gd_204;
              }
           } else {
              for (gi_524 = gi_248 - 1; gi_524 >= gi_252; gi_524--) gda_496[gi_524 + 1] = gda_496[gi_524];
              gda_496[gi_252] = gd_204;
           }
           if (gi_260 <= 127) {
              gd_196 = 0;
              for (gi_532 = gi_236; gi_532 < gi_232 + 1; gi_532++) gd_196 += gda_496[gi_532];
           }
           gd_352 = gd_196 / (gi_232 - gi_236 + 1);
           if (gi_492 + 1 > 31) gi_492 = 31;
           else gi_492++;
           if (gi_492 <= 30) {
              if (gd_296 > 0.0) gd_280 = gd_264;
              else gd_280 = gd_264 - gd_296 * gd_400;
              if (gd_328 < 0.0) gd_312 = gd_264;
              else gd_312 = gd_264 - gd_328 * gd_400;
              gd_440 = ld_8;
              if (gi_492 == 30) {
                 gd_448 = ld_8;
                 if (MathCeil(gd_376) >= 1.0) gd_172 = MathCeil(gd_376);
                 else gd_172 = 1;
                 gi_484 = gd_172;
                 if (MathFloor(gd_376) >= 1.0) gd_156 = MathFloor(gd_376);
                 else gd_156 = 1;
                 gi_480 = gd_156;
                 if (gi_484 == gi_480) gd_360 = 1;
                 else {
                    gd_172 = gi_484 - gi_480;
                    gd_360 = (gd_376 - gi_480) / gd_172;
                 }
                 if (gi_480 <= 29) gi_216 = gi_480;
                 else gi_216 = 29;
                 if (gi_484 <= 29) gi_220 = gi_484;
                 else gi_220 = 29;
                 gd_424 = (ld_8 - (gda_508[gi_488 - gi_216])) * (1 - gd_360) / gi_480 + (ld_8 - (gda_508[gi_488 - gi_220])) * gd_360 / gi_484;
              }
           } else {
              if (gd_408 >= MathPow(MathAbs(gd_416 / gd_352), gd_392)) gd_148 = MathPow(MathAbs(gd_416 / gd_352), gd_392);
              else gd_148 = gd_408;
              if (gd_148 < 1.0) gd_156 = 1.0;
              else {
                 if (gd_408 >= MathPow(MathAbs(gd_416 / gd_352), gd_392)) gd_164 = MathPow(MathAbs(gd_416 / gd_352), gd_392);
                 else gd_164 = gd_408;
                 gd_156 = gd_164;
              }
              gd_344 = gd_156;
              gd_368 = MathPow(gd_400, MathSqrt(gd_344));
              if (gd_296 > 0.0) gd_280 = gd_264;
              else gd_280 = gd_264 - gd_296 * gd_368;
              if (gd_328 < 0.0) gd_312 = gd_264;
              else gd_312 = gd_264 - gd_328 * gd_368;
           }
        }
        if (gi_492 > 30) {
           gd_304 = MathPow(gd_336, gd_344);
           gd_448 = (1 - gd_304) * ld_8 + gd_304 * gd_448;
           gd_456 = (ld_8 - gd_448) * (1 - gd_336) + gd_336 * gd_456;
           gd_464 = gd_272 * gd_456 + gd_448;
           gd_288 = -2.0 * gd_304;
           gd_320 = gd_304 * gd_304;
           gd_432 = gd_288 + gd_320 + 1.0;
           gd_424 = (gd_464 - gd_440) * gd_432 + gd_320 * gd_424;
           gd_440 += gd_424;
        }
     }
     gd_132 = gd_440;
     if (ai_4 == 1) g_ibuf_76[gi_128] = gd_132;
     else g_ibuf_560[gi_128] = gd_132;
  }
}

NB: Sorry.. kalau di Rapid ntar cuman 10 token aja.. dead lagi.. =)) jadi mendingan sourcenya aja yang dipasang disini supaya permanen aja.. :D

SEFC Mode= Red light ...(off) ..

"Indonesia Forex Community"

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  • 3 weeks later...
ppc123 Newbie

ppc123

Posted
Posted

Re: ULTRA_TREND_VER2 - Need cracking

 

 

 

Maybe cannot work correctly for 5-digit broker?

The 2 lines showing in my MT4 is very different from the picture demostrated in the website... :((

 

I think it's a good indi... still looking into the source code, but not much clues found... #:-S

That 0.0000000001 constant... :-S

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