Can someone look at this Ultra Trend indo!!!

Will someone look at this code and see whats wrong with it. I put it on my MQ4 platform but it wont show up.. Thanks


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

double g_ibuf_76[];
extern int key = 777777777;
extern double Smooth = 1.0;
double gd_92 = 100.0;
extern int bars = 1000;
int gi_104 = 0;
extern int Progression = 8;
extern int Len = 3;
extern int Sensitivity = 30;
int gi_120 = 1;
int gi_124 = 0;
double gd_128 = 0.0;
double gd_136;
double gd_144;
double gd_152;
double gd_160;
double gd_168;
double gd_176;
double gd_184;
double gd_192;
double gd_200 = 0.0;
int g_index_208;
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 = 0;
double gd_260;
double gd_268;
double gd_276;
double gd_284;
double gd_292;
double gd_300;
double gd_308;
double gd_316;
double gd_324;
double gd_332;
double gd_340;
double gd_348;
double gd_356;
double gd_364;
double gd_372;
double gd_380;
double gd_388;
double gd_396;
double gd_404;
double gd_412;
double gd_420;
double gd_428;
double gd_436;
double gd_444;
double gd_452;
double gd_460 = 0.0;
bool gi_468;
int gi_472;
int gi_476;
int gi_480;
int gi_484;
int gi_488 = 0;
double gda_492[128];
double gda_496[128];
double gda_500[11];
double gda_504[62];
double gda_unused_508[300];
int gi_unused_512;
int g_index_516;
int gi_520;
int gi_528;
double g_ibuf_556[];
double gda_560[15000];
double gda_564[15000];
double g_icustom_568;
double g_icustom_576 = 0.0;
double gd_584;
double gd_592;
double g_bars_600 = 0.0;

int init() {
for (g_index_208 = 0; g_index_208 < 128; g_index_208++) gda_492[g_index_208] = 0.0;
for (g_index_208 = 0; g_index_208 < 128; g_index_208++) gda_496[g_index_208] = 0.0;
for (g_index_208 = 0; g_index_208 < 11; g_index_208++) gda_500[g_index_208] = 0.0;
for (g_index_208 = 0; g_index_208 < 62; g_index_208++) gda_504[g_index_208] = 0.0;
SetIndexStyle(0, DRAW_LINE, STYLE_SOLID, 1);
SetIndexBuffer(0, g_ibuf_76);
SetIndexStyle(1, DRAW_LINE, STYLE_SOLID, 1);
SetIndexBuffer(1, g_ibuf_556);
return (0);
}

int start() {
int li_unused_16;
int li_12 = key;
if (li_12 != 34562788) {
} else {
loadJMA();
???/*empty:624:slightly_frowning_face:@)*/
}
if (Bars > g_bars_600) {
g_bars_600 = Bars;
li_unused_16 = 0;
for (int l_index_20 = 0; l_index_20 < bars; l_index_20++) {
gd_584 = 0;
gd_592 = 0;
for (int li_24 = Len; li_24 <= Len + Progression * Sensitivity; li_24 += Progression) {
g_icustom_568 = iCustom(NULL, 0, "ULTRA_TREND", 34562788, li_24, bars, 0, l_index_20);
g_icustom_576 = iCustom(NULL, 0, "ULTRA_TREND", 34562788, li_24, bars, 0, l_index_20 + 1);
if (g_icustom_568 > g_icustom_576) gd_584++;
else gd_592++;
}
gda_560[l_index_20] = gd_584;
gda_564[l_index_20] = gd_592;
}
lenars(gda_560, 1);
lenars(gda_564, 2);
return (0);
}
return (0);
}

void loadJMA() {
double ld_0;
gi_220 = 63;
gi_224 = 64;
if (gi_120 == TRUE) {
for (g_index_208 = 1; g_index_208 < gi_220 + 1; g_index_208++) gda_492[g_index_208] = -1000000;
for (g_index_208 = gi_224; g_index_208 < 128; g_index_208++) gda_492[g_index_208] = 1000000;
gi_120 = FALSE;
}
gi_468 = TRUE;
if (Smooth <= 1.0) gd_380 = 0.0000000001;
else gd_380 = (Smooth - 1.0) / 2.0;
if (gd_92 < -100.0) gd_268 = 0.5;
else {
if (gd_92 > 100.0) gd_268 = 2.5;
else gd_268 = gd_92 / 100.0 + 1.5;
}
gd_144 = MathLog(MathSqrt(gd_380));
gd_152 = gd_144;
if (gd_144 / MathLog(2.0) + 2.0 < 0.0) gd_160 = 0;
else gd_160 = gd_152 / MathLog(2.0) + 2.0;
gd_404 = gd_160;
if (gd_404 - 2.0 >= 0.5) gd_388 = gd_404 - 2.0;
else gd_388 = 0.5;
gd_372 = MathSqrt(gd_380) * gd_404;
gd_396 = gd_372 / (gd_372 + 1.0);
gd_380 = 0.9 * gd_380;
gd_332 = gd_380 / (gd_380 + 2.0);
gi_468 = TRUE;
if (bars == 0) bars = Bars;
for (gi_124 = bars + 1000; gi_124 >= 0; gi_124--) {
switch (gi_104) {
case 0:
ld_0 = Close[gi_124];
break;
case 1:
ld_0 = Open[gi_124];
break;
case 2:
ld_0 = (Open[gi_124] + High[gi_124] + Low[gi_124] + Close[gi_124]) / 4.0;
break;
case 3:
ld_0 = High[gi_124];
break;
case 4:
ld_0 = Low[gi_124];
break;
default:
ld_0 = Close[gi_124];
}
if (gi_484 < 61) {
gi_484++;
gda_504[gi_484] = ld_0;
}
if (gi_484 > 30) {
if (gi_468 != FALSE) {
gi_468 = FALSE;
gi_212 = 0;
for (g_index_208 = 1; g_index_208 < 30; g_index_208++)
if (gda_504[g_index_208 + 1] != gda_504[g_index_208]) gi_212 = 1;
gi_472 = 30 * gi_212;
if (gi_472 == 0) gd_308 = ld_0;
else gd_308 = gda_504[1];
gd_276 = gd_308;
if (gi_472 > 29) gi_472 = 29;
} else gi_472 = 0;
for (g_index_208 = gi_472; g_index_208 >= 0; g_index_208--) {
if (g_index_208 == 0) gd_260 = ld_0;
else gd_260 = gda_504[31 - g_index_208];
gd_292 = gd_260 - gd_276;
gd_324 = gd_260 - gd_308;
if (MathAbs(gd_292) > MathAbs(gd_324)) gd_152 = MathAbs(gd_292);
else gd_152 = MathAbs(gd_324);
gd_412 = gd_152;
gd_136 = gd_412 + 0.0000000001;
if (gi_236 <= 1) gi_236 = 127;
else gi_236--;
if (gi_240 <= 1) gi_240 = 10;
else gi_240--;
if (gi_256 < 128) gi_256++;
gd_176 = gd_176 + gd_136 - gda_500[gi_240];
gda_500[gi_240] = gd_136;
if (gi_256 > 10) gd_200 = gd_176 / 10.0;
else gd_200 = gd_176 / gi_256;
if (gi_256 == 30) g_index_516 = 0;
if (gi_256 > 127) {
gd_184 = gda_496[gi_236];
gda_496[gi_236] = gd_200;
gi_252 = 64;
gi_244 = gi_252;
gi_unused_512 = gi_244;
while (gi_252 > 1) {
if (gda_492[gi_244] < gd_184) {
gi_252 /= 2;
gi_244 += gi_252;
gi_unused_512 = gi_244;
} else {
if (gda_492[gi_244] <= gd_184) gi_252 = 1;
else {
gi_252 /= 2;
gi_244 -= gi_252;
gi_unused_512 = gi_244;
}
}
}
} else {
gda_496[gi_236] = gd_200;
if (gi_220 + gi_224 > 127) {
gi_224--;
gi_244 = gi_224;
gi_unused_512 = gi_244;
} else {
gi_220++;
gi_244 = gi_220;
gi_unused_512 = gi_244;
}
if (gi_220 > 96) gi_228 = 96;
else gi_228 = gi_220;
if (gi_224 < 32) gi_232 = 32;
else gi_232 = gi_224;
}
gi_252 = 64;
gi_248 = gi_252;
while (gi_252 > 1) {
if (gda_492[gi_248] >= gd_200) {
if (gda_492[gi_248 - 1] <= gd_200) gi_252 = 1;
else {
gi_252 /= 2;
gi_248 -= gi_252;
}
} else {
gi_252 /= 2;
gi_248 += gi_252;
}
if (gi_248 == 127 && gd_200 > gda_492[127]) gi_248 = 128;
}
if (gi_256 > 127) {
if (gi_244 >= gi_248) {
if (gi_228 + 1 > gi_248 && gi_232 - 1 < gi_248) gd_192 += gd_200;
else
if (gi_232 > gi_248 && gi_232 - 1 < gi_244) gd_192 += gda_492[gi_232 - 1];
} else {
if (gi_232 >= gi_248) {
if (gi_228 + 1 < gi_248 && gi_228 + 1 > gi_244) gd_192 += gda_492[gi_228 + 1];
} else {
if (gi_228 + 2 > gi_248) gd_192 += gd_200;
else
if (gi_228 + 1 < gi_248 && gi_228 + 1 > gi_244) gd_192 += gda_492[gi_228 + 1];
}
}
if (gi_244 > gi_248) {
if (gi_232 - 1 < gi_244 && gi_228 + 1 > gi_244) gd_192 -= gda_492[gi_244];
else
if (gi_228 < gi_244 && gi_228 + 1 > gi_248) gd_192 -= gda_492[gi_228];
} else {
if (gi_228 + 1 > gi_244 && gi_232 - 1 < gi_244) gd_192 -= gda_492[gi_244];
else
if (gi_232 > gi_244 && gi_232 < gi_248) gd_192 -= gda_492[gi_232];
}
}
if (gi_244 <= gi_248) {
if (gi_244 >= gi_248) gda_492[gi_248] = gd_200;
else {
for (g_index_516 = gi_244 + 1; g_index_516 < gi_248; g_index_516++) gda_492[g_index_516 - 1] = gda_492[g_index_516];
gda_492[gi_248 - 1] = gd_200;
}
} else {
for (gi_520 = gi_244 - 1; gi_520 >= gi_248; gi_520--) gda_492[gi_520 + 1] = gda_492[gi_520];
gda_492[gi_248] = gd_200;
}
if (gi_256 <= 127) {
gd_192 = 0;
for (gi_528 = gi_232; gi_528 < gi_228 + 1; gi_528++) gd_192 += gda_492[gi_528];
}
gd_348 = gd_192 / (gi_228 - gi_232 + 1);
if (gi_488 + 1 > 31) gi_488 = 31;
else gi_488++;
if (gi_488 <= 30) {
if (gd_292 > 0.0) gd_276 = gd_260;
else gd_276 = gd_260 - gd_292 * gd_396;
if (gd_324 < 0.0) gd_308 = gd_260;
else gd_308 = gd_260 - gd_324 * gd_396;
gd_436 = ld_0;
if (gi_488 != 30) continue;
gd_444 = ld_0;
if (MathCeil(gd_372) >= 1.0) gd_168 = MathCeil(gd_372);
else gd_168 = 1;
gi_480 = gd_168;
if (MathFloor(gd_372) >= 1.0) gd_152 = MathFloor(gd_372);
else gd_152 = 1;
gi_476 = gd_152;
if (gi_480 == gi_476) gd_356 = 1;
else {
gd_168 = gi_480 - gi_476;
gd_356 = (gd_372 - gi_476) / gd_168;
}
if (gi_476 <= 29) gi_212 = gi_476;
else gi_212 = 29;
if (gi_480 <= 29) gi_216 = gi_480;
else gi_216 = 29;
gd_420 = (ld_0 - (gda_504[gi_484 - gi_212])) * (1 - gd_356) / gi_476 + (ld_0 - (gda_504[gi_484 - gi_216])) * gd_356 / gi_480;
} else {
if (gd_404 >= MathPow(MathAbs(gd_412 / gd_348), gd_388)) gd_144 = MathPow(MathAbs(gd_412 / gd_348), gd_388);
else gd_144 = gd_404;
if (gd_144 < 1.0) gd_152 = 1.0;
else {
if (gd_404 >= MathPow(MathAbs(gd_412 / gd_348), gd_388)) gd_160 = MathPow(MathAbs(gd_412 / gd_348), gd_388);
else gd_160 = gd_404;
gd_152 = gd_160;
}
gd_340 = gd_152;
gd_364 = MathPow(gd_396, MathSqrt(gd_340));
if (gd_292 > 0.0) gd_276 = gd_260;
else gd_276 = gd_260 - gd_292 * gd_364;
if (gd_324 < 0.0) gd_308 = gd_260;
else gd_308 = gd_260 - gd_324 * gd_364;
}
}
if (gi_488 > 30) {
gd_300 = MathPow(gd_332, gd_340);
gd_444 = (1 - gd_300) * ld_0 + gd_300 * gd_444;
gd_452 = (ld_0 - gd_444) * (1 - gd_332) + gd_332 * gd_452;
gd_460 = gd_268 * gd_452 + gd_444;
gd_284 = -2.0 * gd_300;
gd_316 = gd_300 * gd_300;
gd_428 = gd_284 + gd_316 + 1.0;
gd_420 = (gd_460 - gd_436) * gd_428 + gd_316 * gd_420;
gd_436 += gd_420;
}
}
gd_128 = gd_436;
g_ibuf_76[gi_124] = gd_128;
}
}

void lenars(double ada_0[15000], int ai_4) {
double ld_8;
gi_220 = 63;
gi_224 = 64;
if (gi_120 == TRUE) {
for (g_index_208 = 1; g_index_208 < gi_220 + 1; g_index_208++) gda_492[g_index_208] = -1000000;
for (g_index_208 = gi_224; g_index_208 < 128; g_index_208++) gda_492[g_index_208] = 1000000;
gi_120 = FALSE;
}
gi_468 = TRUE;
if (Smooth <= 1.0) gd_380 = 0.0000000001;
else gd_380 = (Smooth - 1.0) / 2.0;
if (gd_92 < -100.0) gd_268 = 0.5;
else {
if (gd_92 > 100.0) gd_268 = 2.5;
else gd_268 = gd_92 / 100.0 + 1.5;
}
gd_144 = MathLog(MathSqrt(gd_380));
gd_152 = gd_144;
if (gd_144 / MathLog(2.0) + 2.0 < 0.0) gd_160 = 0;
else gd_160 = gd_152 / MathLog(2.0) + 2.0;
gd_404 = gd_160;
if (gd_404 - 2.0 >= 0.5) gd_388 = gd_404 - 2.0;
else gd_388 = 0.5;
gd_372 = MathSqrt(gd_380) * gd_404;
gd_396 = gd_372 / (gd_372 + 1.0);
gd_380 = 0.9 * gd_380;
gd_332 = gd_380 / (gd_380 + 2.0);
gi_468 = TRUE;
if (bars == 0) bars = Bars;
for (gi_124 = bars + 30; gi_124 >= 0; gi_124--) {
ld_8 = ada_0[gi_124];
if (gi_484 < 61) {
gi_484++;
gda_504[gi_484] = ld_8;
}
if (gi_484 > 30) {
if (gi_468 != FALSE) {
gi_468 = FALSE;
gi_212 = 0;
for (g_index_208 = 1; g_index_208 < 30; g_index_208++)
if (gda_504[g_index_208 + 1] != gda_504[g_index_208]) gi_212 = 1;
gi_472 = 30 * gi_212;
if (gi_472 == 0) gd_308 = ld_8;
else gd_308 = gda_504[1];
gd_276 = gd_308;
if (gi_472 > 29) gi_472 = 29;
} else gi_472 = 0;
for (g_index_208 = gi_472; g_index_208 >= 0; g_index_208--) {
if (g_index_208 == 0) gd_260 = ld_8;
else gd_260 = gda_504[31 - g_index_208];
gd_292 = gd_260 - gd_276;
gd_324 = gd_260 - gd_308;
if (MathAbs(gd_292) > MathAbs(gd_324)) gd_152 = MathAbs(gd_292);
else gd_152 = MathAbs(gd_324);
gd_412 = gd_152;
gd_136 = gd_412 + 0.0000000001;
if (gi_236 <= 1) gi_236 = 127;
else gi_236--;
if (gi_240 <= 1) gi_240 = 10;
else gi_240--;
if (gi_256 < 128) gi_256++;
gd_176 = gd_176 + gd_136 - gda_500[gi_240];
gda_500[gi_240] = gd_136;
if (gi_256 > 10) gd_200 = gd_176 / 10.0;
else gd_200 = gd_176 / gi_256;
if (gi_256 == 30) g_index_516 = 0;
if (gi_256 > 127) {
gd_184 = gda_496[gi_236];
gda_496[gi_236] = gd_200;
gi_252 = 64;
gi_244 = gi_252;
gi_unused_512 = gi_244;
while (gi_252 > 1) {
if (gda_492[gi_244] < gd_184) {
gi_252 /= 2;
gi_244 += gi_252;
gi_unused_512 = gi_244;
} else {
if (gda_492[gi_244] <= gd_184) gi_252 = 1;
else {
gi_252 /= 2;
gi_244 -= gi_252;
gi_unused_512 = gi_244;
}
}
}
} else {
gda_496[gi_236] = gd_200;
if (gi_220 + gi_224 > 127) {
gi_224--;
gi_244 = gi_224;
gi_unused_512 = gi_244;
} else {
gi_220++;
gi_244 = gi_220;
gi_unused_512 = gi_244;
}
if (gi_220 > 96) gi_228 = 96;
else gi_228 = gi_220;
if (gi_224 < 32) gi_232 = 32;
else gi_232 = gi_224;
}
gi_252 = 64;
gi_248 = gi_252;
while (gi_252 > 1) {
if (gda_492[gi_248] >= gd_200) {
if (gda_492[gi_248 - 1] <= gd_200) gi_252 = 1;
else {
gi_252 /= 2;
gi_248 -= gi_252;
}
} else {
gi_252 /= 2;
gi_248 += gi_252;
}
if (gi_248 == 127 && gd_200 > gda_492[127]) gi_248 = 128;
}
if (gi_256 > 127) {
if (gi_244 >= gi_248) {
if (gi_228 + 1 > gi_248 && gi_232 - 1 < gi_248) gd_192 += gd_200;
else
if (gi_232 > gi_248 && gi_232 - 1 < gi_244) gd_192 += gda_492[gi_232 - 1];
} else {
if (gi_232 >= gi_248) {
if (gi_228 + 1 < gi_248 && gi_228 + 1 > gi_244) gd_192 += gda_492[gi_228 + 1];
} else {
if (gi_228 + 2 > gi_248) gd_192 += gd_200;
else
if (gi_228 + 1 < gi_248 && gi_228 + 1 > gi_244) gd_192 += gda_492[gi_228 + 1];
}
}
if (gi_244 > gi_248) {
if (gi_232 - 1 < gi_244 && gi_228 + 1 > gi_244) gd_192 -= gda_492[gi_244];
else
if (gi_228 < gi_244 && gi_228 + 1 > gi_248) gd_192 -= gda_492[gi_228];
} else {
if (gi_228 + 1 > gi_244 && gi_232 - 1 < gi_244) gd_192 -= gda_492[gi_244];
else
if (gi_232 > gi_244 && gi_232 < gi_248) gd_192 -= gda_492[gi_232];
}
}
if (gi_244 <= gi_248) {
if (gi_244 >= gi_248) gda_492[gi_248] = gd_200;
else {
for (g_index_516 = gi_244 + 1; g_index_516 < gi_248; g_index_516++) gda_492[g_index_516 - 1] = gda_492[g_index_516];
gda_492[gi_248 - 1] = gd_200;
}
} else {
for (gi_520 = gi_244 - 1; gi_520 >= gi_248; gi_520--) gda_492[gi_520 + 1] = gda_492[gi_520];
gda_492[gi_248] = gd_200;
}
if (gi_256 <= 127) {
gd_192 = 0;
for (gi_528 = gi_232; gi_528 < gi_228 + 1; gi_528++) gd_192 += gda_492[gi_528];
}
gd_348 = gd_192 / (gi_228 - gi_232 + 1);
if (gi_488 + 1 > 31) gi_488 = 31;
else gi_488++;
if (gi_488 <= 30) {
if (gd_292 > 0.0) gd_276 = gd_260;
else gd_276 = gd_260 - gd_292 * gd_396;
if (gd_324 < 0.0) gd_308 = gd_260;
else gd_308 = gd_260 - gd_324 * gd_396;
gd_436 = ld_8;
if (gi_488 != 30) continue;
gd_444 = ld_8;
if (MathCeil(gd_372) >= 1.0) gd_168 = MathCeil(gd_372);
else gd_168 = 1;
gi_480 = gd_168;
if (MathFloor(gd_372) >= 1.0) gd_152 = MathFloor(gd_372);
else gd_152 = 1;
gi_476 = gd_152;
if (gi_480 == gi_476) gd_356 = 1;
else {
gd_168 = gi_480 - gi_476;
gd_356 = (gd_372 - gi_476) / gd_168;
}
if (gi_476 <= 29) gi_212 = gi_476;
else gi_212 = 29;
if (gi_480 <= 29) gi_216 = gi_480;
else gi_216 = 29;
gd_420 = (ld_8 - (gda_504[gi_484 - gi_212])) * (1 - gd_356) / gi_476 + (ld_8 - (gda_504[gi_484 - gi_216])) * gd_356 / gi_480;
} else {
if (gd_404 >= MathPow(MathAbs(gd_412 / gd_348), gd_388)) gd_144 = MathPow(MathAbs(gd_412 / gd_348), gd_388);
else gd_144 = gd_404;
if (gd_144 < 1.0) gd_152 = 1.0;
else {
if (gd_404 >= MathPow(MathAbs(gd_412 / gd_348), gd_388)) gd_160 = MathPow(MathAbs(gd_412 / gd_348), gd_388);
else gd_160 = gd_404;
gd_152 = gd_160;
}
gd_340 = gd_152;
gd_364 = MathPow(gd_396, MathSqrt(gd_340));
if (gd_292 > 0.0) gd_276 = gd_260;
else gd_276 = gd_260 - gd_292 * gd_364;
if (gd_324 < 0.0) gd_308 = gd_260;
else gd_308 = gd_260 - gd_324 * gd_364;
}
}
if (gi_488 > 30) {
gd_300 = MathPow(gd_332, gd_340);
gd_444 = (1 - gd_300) * ld_8 + gd_300 * gd_444;
gd_452 = (ld_8 - gd_444) * (1 - gd_332) + gd_332 * gd_452;
gd_460 = gd_268 * gd_452 + gd_444;
gd_284 = -2.0 * gd_300;
gd_316 = gd_300 * gd_300;
gd_428 = gd_284 + gd_316 + 1.0;
gd_420 = (gd_460 - gd_436) * gd_428 + gd_316 * gd_420;
gd_436 += gd_420;
}
}
gd_128 = gd_436;
if (ai_4 == 1) g_ibuf_76[gi_124] = gd_128;
else g_ibuf_556[gi_124] = gd_128;
}
}

drago, toss yours and use these. they go together.. I do not use them so I can not explain settings, hopefully you know them.

The indicator you have has some compile errors plus you need a key code, to use it.

tom

key is built into the code, set key equal to 34562788

The suggestions given will not work is there anything else I can try? Thank you for your help.