Dat cloud

/*
Generated by EX4-TO-MQ4 decompiler V4.0.224.1 []
Website: http://purebeam.biz
E-mail : purebeam@gmail.com
*/
#property copyright “”
#property link “”

#property indicator_chart_window
#property indicator_buffers 4
#property indicator_color1 CornflowerBlue
#property indicator_color2 Violet
#property indicator_color3 CornflowerBlue
#property indicator_color4 Violet

string gs_76;
string gs_unused_84;
extern int Tenkan = 9;
extern int Kijun = 26;
extern int Senkou = 52;
extern int SMA_Period1 = 55;
extern int SMA_Period2 = 30;
extern double b = 0.3;
extern bool Shift = FALSE;
extern int FuturePeriod = 28;
extern bool Show_Title = TRUE;
extern bool Show_Value = FALSE;
extern int CalculateBars = 500;
double g_ibuf_140[];
double g_ibuf_144[];
double g_ibuf_148[];
double g_ibuf_152[];
int gi_156;
double gda_160[];
double gda_164[];
double gda_168[];
double gda_172[];
double gda_176[];
double gda_180[];
double gda_184[];
double gda_188[];
double gd_192;
double gd_200;
double gd_208;
double gd_216;
double gd_224;
double gd_232;
double gd_240;
double gd_248;
double gd_256;
int gi_264 = 0;

int init() {
gi_156 = Kijun;
if (gi_156 < Tenkan) gi_156 = Tenkan;
int l_timeframe_0 = Period();
switch (l_timeframe_0) {
case PERIOD_M1:
gs_unused_84 = “M1”;
break;
case PERIOD_M5:
gs_unused_84 = “M5”;
break;
case PERIOD_M15:
gs_unused_84 = “M15”;
break;
case PERIOD_M30:
gs_unused_84 = “M30”;
break;
case PERIOD_H1:
gs_unused_84 = “H1”;
break;
case PERIOD_H4:
gs_unused_84 = “H4”;
break;
case PERIOD_D1:
gs_unused_84 = “D1”;
break;
case PERIOD_W1:
gs_unused_84 = “W1”;
break;
case PERIOD_MN1:
gs_unused_84 = “MN1”;
break;
default:
gs_unused_84 = “”;
}
gs_76 = “DAT_Cloud”;
if (Show_Title == FALSE) gs_76 = “”;
IndicatorShortName(gs_76);
SetIndexBuffer(0, g_ibuf_140);
SetIndexBuffer(1, g_ibuf_144);
SetIndexBuffer(2, g_ibuf_148);
SetIndexBuffer(3, g_ibuf_152);
SetIndexLabel(0, NULL);
SetIndexLabel(1, NULL);
SetIndexLabel(2, “Span A”);
SetIndexLabel(3, “Span B”);
if (!Show_Value) {
SetIndexLabel(0, NULL);
SetIndexLabel(1, NULL);
SetIndexLabel(2, NULL);
SetIndexLabel(3, NULL);
}
SetIndexStyle(0, DRAW_HISTOGRAM);
SetIndexStyle(1, DRAW_HISTOGRAM);
SetIndexStyle(2, DRAW_LINE);
SetIndexStyle(3, DRAW_LINE);
SetIndexDrawBegin(0, Kijun + gi_156 – 1);
SetIndexDrawBegin(1, Kijun + Senkou – 1);
SetIndexDrawBegin(2, Kijun + gi_156 – 1);
SetIndexDrawBegin(3, Kijun + Senkou – 1);
if (CalculateBars > 0) {
SetIndexDrawBegin(0, Bars – CalculateBars);
SetIndexDrawBegin(1, Bars – CalculateBars);
SetIndexDrawBegin(2, Bars – CalculateBars);
SetIndexDrawBegin(3, Bars – CalculateBars);
}
if (Shift) gi_264 = Kijun;
if (FuturePeriod > 0) gi_264 += FuturePeriod;
if (gi_264 >= 0) {
SetIndexShift(0, gi_264);
SetIndexShift(1, gi_264);
SetIndexShift(2, gi_264);
SetIndexShift(3, gi_264);
}
return (0);
}

int start() {
int li_8 = CalculateBars;
THV_T3(SMA_Period2);
for (int li_0 = li_8 – 1; li_0 >= 0; li_0–) {
g_ibuf_140[li_0] = gda_160[li_0];
g_ibuf_148[li_0] = gda_160[li_0];
}
THV_T3(SMA_Period1);
for (li_0 = li_8 – 1; li_0 >= 0; li_0–) {
g_ibuf_144[li_0] = gda_160[li_0];
g_ibuf_152[li_0] = gda_160[li_0];
}
return (0);
}

void THV_T3(int ai_0) {
double ld_12;
double ld_20;
double ld_28;
int li_4 = CalculateBars – 1;
gd_192 = 0;
gd_200 = 0;
gd_208 = 0;
gd_216 = 0;
gd_224 = 0;
gd_232 = 0;
gd_240 = 0;
gd_248 = 0;
gd_256 = 0;
gd_248 = b * b;
gd_256 = gd_248 * b;
gd_192 = -gd_256;
gd_200 = 3.0 * (gd_248 + gd_256);
gd_208 = -3.0 * (2.0 * gd_248 + b + gd_256);
gd_216 = 3.0 * b + 1.0 + gd_256 + 3.0 * gd_248;
gd_224 = ai_0;
if (gd_224 < 1.0) gd_224 = 1;
gd_224 = (gd_224 – 1.0) / 2.0 + 1.0;
gd_232 = 2 / (gd_224 + 1.0);
gd_240 = 1 – gd_232;
ArrayResize(gda_168, CalculateBars + 1);
ArrayResize(gda_172, CalculateBars + 1);
ArrayResize(gda_176, CalculateBars + 1);
ArrayResize(gda_180, CalculateBars + 1);
ArrayResize(gda_184, CalculateBars + 1);
ArrayResize(gda_188, CalculateBars + 1);
ArrayResize(gda_160, li_4);
ArrayResize(gda_164, li_4);
if (FuturePeriod <= 0) for (int li_8 = li_4; li_8 >= 0; li_8–) gda_164[li_8] = Close[li_8];
else {
for (li_8 = li_4; li_8 >= 0; li_8–) gda_164[li_8 + FuturePeriod] = Close[li_8];
ld_28 = 1.0;
ld_20 = FTR_Spectrum(FuturePeriod) * Point;
ld_12 = iClose(NULL, 0, 0) – FTR_Spectrum(FuturePeriod) * Point;
for (li_8 = FuturePeriod – 1; li_8 >= 0; li_8–) {
ld_20 = FTR_Spectrum(li_8) * Point * ld_28;
gda_164[li_8] = ld_12 + ld_20;
}
}
for (li_8 = li_4 – FuturePeriod; li_8 >= 0; li_8–) {
gda_168[CalculateBars – li_8] = gd_232 * gda_164[li_8] + gd_240 * (gda_168[CalculateBars – li_8 – 1]);
gda_172[CalculateBars – li_8] = gd_232 * (gda_168[CalculateBars – li_8]) + gd_240 * (gda_172[CalculateBars – li_8 – 1]);
gda_176[CalculateBars – li_8] = gd_232 * (gda_172[CalculateBars – li_8]) + gd_240 * (gda_176[CalculateBars – li_8 – 1]);
gda_180[CalculateBars – li_8] = gd_232 * (gda_176[CalculateBars – li_8]) + gd_240 * (gda_180[CalculateBars – li_8 – 1]);
gda_184[CalculateBars – li_8] = gd_232 * (gda_180[CalculateBars – li_8]) + gd_240 * (gda_184[CalculateBars – li_8 – 1]);
gda_188[CalculateBars – li_8] = gd_232 * (gda_184[CalculateBars – li_8]) + gd_240 * (gda_188[CalculateBars – li_8 – 1]);
gda_160[li_8] = gd_192 * (gda_188[CalculateBars – li_8]) + gd_200 * (gda_184[CalculateBars – li_8]) + gd_208 * (gda_180[CalculateBars – li_8]) + gd_216 * (gda_176[CalculateBars – li_8]);
}
}

double FTR_Spectrum(int ai_0) {
int li_4;
double ld_ret_12;
if (ai_0 – FuturePeriod < 0) li_4 = 0;
else li_4 = ai_0 – FuturePeriod;
for (int li_8 = ai_0; li_8 >= li_4; li_8–) ld_ret_12 += (iClose(NULL, 0, li_8) – iOpen(NULL, 0, li_8)) / Point;
return (ld_ret_12);
}