00-rsidiv_v103.mq5

#define DodgerBlue2  0xaa6014
#define Crimson2     0x280d93

#property  indicator_separate_window

#property indicator_minimum  0
#property indicator_maximum  100

#property  indicator_buffers  8

#property  indicator_color1  SlateBlue     // 0: Rsi line
#property  indicator_color2  MediumOrchid  // 1: Rsi smoothed line(T3)
#property  indicator_color3  Aqua          // 2: Long signal, cross
#property  indicator_color4  Magenta       // 3: Short signal, cross
#property  indicator_color5  DodgerBlue    // 4: Long signal, divergence
#property  indicator_color6  Crimson       // 5: Short signal, divergence
#property  indicator_color7  Crimson2      // 6: Top peak
#property  indicator_color8  DodgerBlue2   // 7: Bottom peak

#property  indicator_width1  1
#property  indicator_width2  1
#property  indicator_width3  1
#property  indicator_width4  1
#property  indicator_width5  1
#property  indicator_width6  1
#property  indicator_width7  1
#property  indicator_width8  1

#property  indicator_style1  STYLE_SOLID
#property  indicator_style2  STYLE_DOT
#property  indicator_style3  STYLE_SOLID
#property  indicator_style4  STYLE_SOLID
#property  indicator_style5  STYLE_SOLID
#property  indicator_style6  STYLE_SOLID
#property  indicator_style7  STYLE_SOLID
#property  indicator_style8  STYLE_SOLID

extern int    timeFrame    = 0;          // time frame
extern int    nCheckBars   = 120;        // number of bars to check divergence
extern int    rsi_period   = 8;          // RSI period
extern int    t3_period    = 8;          // RSI period
extern int    div_mode     = MODE_MAIN;  // 0/MODE_MAIN:RSI value 1/MODE_SIGNAL:smoothed value(T3)
extern bool   bShowAllDiv  = false;      // show all divergence or above/below level_hi/lo
extern double level_lo     = 30;         // when bShowAllDiv is true, show divergence only below this level
extern double level_hi     = 70;         // when bShowAllDiv is true, show divergence only above this level
extern double div_oscErr   = 4.0;        // allowable error along divergence line (oscilator)
extern double div_priceErr = 0.4;        // allowable error along divergence line (PPS), iATR(nCheckBars)*err
extern bool   bAlertCross  = false;      // PlaySound() on signal cross
extern bool   bAlertDiv    = false;      // PlaySound() on divergence
extern bool   bDrawObj     = true;       // draw lines on chart/window
extern int    window       = 0;          // specify indicator window explicitly, 0: auto
extern int    nMaxBars     = 2000;       // maximum number of bars to calculate, 0: no limit

double BufferMain[];     // 0: Rsi main line
double BufferSignal[];   // 1: Rsi smoothed line
double BufferLongCross[];   // 2: Long signal, cross
double BufferShortCross[];  // 3: Short signal, cross
double BufferLongDiv[];     // 4: Long signal, divergence
double BufferShortDiv[];    // 5: Short signal, divergence
double BufferTop[];         // 6: top peak
double BufferBottom[];      // 7: bottom peak

string sIndicatorName;
string sIndSelf = "00-RsiDiv_v103";
string sPrefix;
int    g_window;
int    markLong        = 233;
int    markShort       = 234;
int    markDot         = 167;
color  colRegularLong  = DodgerBlue;  // ( 30, 144, 255)= 0x1e90ff
color  colRegularShort = Crimson;     // (220,  20,  60)= 0xdc143c
color  colHiddenLong   = DodgerBlue2;
color  colHiddenShort  = Crimson2;
int    wRegular        = 1;
int    wHidden         = 1;
double t3_curvature    = 0.6180;
double t3_e1, t3_e2, t3_e3, t3_e4, t3_e5, t3_e6;
double t3_c1, t3_c2, t3_c3, t3_c4;
double t3_w1, t3_w2, t3_b2, t3_b3;
datetime tAlertLast    = 0;

string TimeFrameToStr(int timeFrame)
{
    switch (timeFrame) {
    case 1:     return("M1");
    case 5:     return("M5");
    case 15:    return("M15");
    case 30:    return("M30");
    case 60:    return("H1");
    case 240:   return("H4");
    case 1440:  return("D1");
    case 10080: return("W1");
    case 43200: return("MN");
    }

    return("??");
}

void init()
{
      // код доступен только после оплаты
   }

void deinit()
{
    int n = ObjectsTotal();
    for (int i = n - 1; i >= 0; i--) {
	string sName = ObjectName(i);
	if (StringFind(sName, sPrefix) == 0) {
	    ObjectDelete(sName);
	}
    }
}

void objLine(string sName, int win, datetime ts, double ps, datetime te, double pe, color col,
	     int width = 1, int style = STYLE_SOLID, bool bBack = true, bool bRay = false)
{
    ObjectCreate(sName, OBJ_TREND, win, 0, 0);
    ObjectSet(sName, OBJPROP_TIME1,  ts);
    ObjectSet(sName, OBJPROP_PRICE1, ps);
    ObjectSet(sName, OBJPROP_TIME2,  te);
    ObjectSet(sName, OBJPROP_PRICE2, pe);
    ObjectSet(sName, OBJPROP_COLOR,  col);
    ObjectSet(sName, OBJPROP_WIDTH,  width);
    ObjectSet(sName, OBJPROP_STYLE,  style);
    ObjectSet(sName, OBJPROP_BACK,   bBack);
    ObjectSet(sName, OBJPROP_RAY,    bRay);
}	    

void objArrow(string sName, int win, datetime t, double p, int arrow, color col, int width = 1)
{
    ObjectCreate(sName, OBJ_ARROW, win, 0, 0);
    ObjectSet(sName, OBJPROP_TIME1,     t);
    ObjectSet(sName, OBJPROP_PRICE1,    p);
    ObjectSet(sName, OBJPROP_ARROWCODE, arrow);
    ObjectSet(sName, OBJPROP_COLOR,     col);
    ObjectSet(sName, OBJPROP_WIDTH,     width);
}

double getVal(int i)
{
    if (div_mode == MODE_MAIN) {
	return(BufferMain[i]);
    }

    return(BufferSignal[i]);
}

double getLowerPrice(int i)
{
    double hi, lo;

    if (div_mode == MODE_MAIN) {
	hi = High[i];
	lo = Low[i];
    } else {
	hi = iMA(NULL, 0, t3_period, 0, MODE_LWMA, PRICE_HIGH, i);
	lo = iMA(NULL, 0, t3_period, 0, MODE_LWMA, PRICE_LOW, i);
    }

    return(MathMin(hi, lo));
}

double getHigherPrice(int i)
{
    double hi, lo;

    if (div_mode == MODE_MAIN) {
	hi = High[i];
	lo = Low[i];
    } else {
	hi = iMA(NULL, 0, t3_period, 0, MODE_LWMA, PRICE_HIGH, i);
	lo = iMA(NULL, 0, t3_period, 0, MODE_LWMA, PRICE_LOW, i);
    }

    return(MathMax(hi, lo));
}

void intersect(double &x0, double &y0, double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4)
{
    x0 = 0;
    y0 = 0;

    double a1, a2, b1, b2;

    if (x1 == x2){
	if (x3 != x4) {
	    a1 = (y4 - y3) / (x4 - x3);
	    b1 = y3 - a1 * x3;
	    x0 = x2;
	    y0 = a1 * x0 + b1;
	} else {
	    if (x1 == x3) {

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