DailyLinesBoxes最新版

//+——————————————————————+
//| Daily LinesBoxes.mq4 |
//+——————————————————————+

#property indicator_chart_window

#import “kernel32.dll”
void OutputDebugStringA(string msg);
#import

extern int LookbackDays = 20;
extern double StartHours = -1;
extern double EndHours = 6;
extern double ExtendHours = 23;
extern string UniqueID = “DLB#1”;
extern color BoxColor = C’0,64,0′;
extern color LineColor = Green;
extern string Properties = “FTH2”;
extern string TextProperties = “Arial,9,White,4,7”;
extern string SymbolProperties = “2,White,108,10”;
extern string DaysOfWeek = “Mon,Tue,Wed,Thu,Fri”;
extern string Visibility = “M1,M5,M15,M30,H1,H4”;
extern string TimeFrame = “M5”;
extern bool CandlesMustExist = false;
extern double ClearancePips = 0;
extern int RefreshEveryXMins = 1;

int tscale;

datetime prev_time;
string sym, arr[5];
double pnt;
int dig;

//+——————————————————————+
int init() {
//+——————————————————————+

if (RefreshEveryXMins > 240) RefreshEveryXMins = 240;
if (RefreshEveryXMins > 60 && RefreshEveryXMins < 240) RefreshEveryXMins = 60;
if (RefreshEveryXMins > 30 && RefreshEveryXMins < 60) RefreshEveryXMins = 30;
if (RefreshEveryXMins > 15 && RefreshEveryXMins < 30) RefreshEveryXMins = 15;
if (RefreshEveryXMins > 5 && RefreshEveryXMins < 15) RefreshEveryXMins = 5;
if (RefreshEveryXMins > 1 && RefreshEveryXMins < 5) RefreshEveryXMins = 1;

prev_time = -9999;
del_obj();
plot_obj();
return(0);
}

//+——————————————————————+
int deinit() {
//+——————————————————————+
del_obj();
return(0);
}

//+——————————————————————+
int start() {
//+——————————————————————+
sym = Symbol();
if (RefreshEveryXMins < 0)
return(0);
if (RefreshEveryXMins == 0) {
del_obj();
plot_obj();
}
else {
if(prev_time != iTime(sym,RefreshEveryXMins,0)) {
del_obj();
plot_obj();
prev_time = iTime(sym,RefreshEveryXMins,0);
} }
return(0);
}

//+——————————————————————+
void del_obj() {
//+——————————————————————+
int k=0;
while (k<ObjectsTotal()) {
string objname = ObjectName(k);
if (StringSubstr(objname,0,StringLen(UniqueID)) == UniqueID)
ObjectDelete(objname);
else
k++;
}
return(0);
}

//+——————————————————————+
void plot_obj() {
//+——————————————————————+
if (TimeFrame == “”)
tscale = Period();
else
tscale = StrToTF(TimeFrame);
sym = Symbol();
pnt = MarketInfo(sym,MODE_POINT);
dig = MarketInfo(sym,MODE_DIGITS);
if (dig == 3 || dig == 5) {
pnt *= 10;
}

DaysOfWeek = StringUpper(DaysOfWeek) + “,”;
Visibility = StringUpper(Visibility) + “,”;
string test_vis[9] = {“M1″,”M5″,”M15″,”M30″,”H1″,”H4″,”D1″,”W1″,”MN”};
int vis = 0, inc = 1;
for (int i=0; i<9; i++) {
if (StringFind(Visibility,test_vis[i]+”,”) >= 0) vis+=inc;
inc*=2;
}

datetime tc = TimeCurrent();
for (i=0; i<LookbackDays; i++) {
int shifted = tc-i*86400;
if (shifted < Time[Bars-1]) break;
if (StringFind(DaysOfWeek,StringUpper(DateToStr(shifted,”w”))+”,”) < 0) continue;
datetime dt1 = StrToTime(DateToStr(shifted,”Y.M.D”)) + 3600 * StartHours;
datetime dt2 = StrToTime(DateToStr(shifted,”Y.M.D”)) + 3600 * EndHours;
datetime dt3 = StrToTime(DateToStr(shifted,”Y.M.D”)) + 3600 * ExtendHours;

int exist1 = iBarShift(NULL,tscale,dt1,true);
// if (exist1 >= 0 && Time[exist1] != dt1) exist1 = -1;
int exist2 = iBarShift(NULL,tscale,dt2,true);
// if (exist2 >= 0 && Time[exist2] != dt1) exist2 = -1;
int exist3 = iBarShift(NULL,tscale,dt3,true);
// if (exist3 >= 0 && Time[exist3] != dt1) exist3 = -1;

double hi = 0, lo = 999999;
double hivol = 0, lovol = 999999, vol = 0;
double hirng = 0, lorng = 999999, rng = 0;
double hivtr = 0, lovtr = 999999, vtr = 0;
double hivdr = 0, lovdr = 999999, vdr = 0;
int bar1 = iBarShift(NULL,tscale,dt1,false);
int bar2 = iBarShift(NULL,tscale,dt2,false);
for (int j=bar1; j>bar2; j–) {
hi = MathMax(hi,iHigh(NULL,tscale,j));
lo = MathMin(lo,iLow(NULL,tscale,j));
double range = iHigh(NULL,tscale,j) – iLow(NULL,tscale,j);
double vtrtmp = range * iVolume(NULL,tscale,j);
double vdrtmp = DivZero(iVolume(NULL,tscale,j), range);
if (range > rng) { rng = range; hirng = iHigh(NULL,tscale,j); lorng = iLow(NULL,tscale,j); }
if (vtrtmp > vtr) { vtr = vtrtmp; hivtr = iHigh(NULL,tscale,j); lovtr = iLow(NULL,tscale,j); }
if (vdrtmp > vdr) { vdr = vdrtmp; hivdr = iHigh(NULL,tscale,j); lovdr = iLow(NULL,tscale,j); }
if (iVolume(NULL,tscale,j) > vol) { vol = iVolume(NULL,tscale,j); hivol = iHigh(NULL,tscale,j); lovol = iLow(NULL,tscale,j); }
}
string prop = StringUpper(Properties);
if (StringFind(prop,”E”,0) >= 0) { hi = hivol; lo = lovol; } else
if (StringFind(prop,”R”,0) >= 0) { hi = hirng; lo = lorng; } else
if (StringFind(prop,”M”,0) >= 0) { hi = hivtr; lo = lovtr; } else
if (StringFind(prop,”D”,0) >= 0) { hi = hivdr; lo = lovdr; }
hi += ClearancePips * pnt;
lo -= ClearancePips * pnt;
int width = StrToNumber(Properties);
int style = STYLE_SOLID;
if (StringFind(prop,”-..”,0) >= 0) style = STYLE_DASHDOTDOT; else
if (StringFind(prop,”-.”,0) >= 0) style = STYLE_DASHDOT; else
if (StringFind(prop,”.”,0) >= 0) style = STYLE_DOT; else
if (StringFind(prop,”–“,0) >= 0) style = STYLE_DASH;

if (StringFind(prop,”<“,0) >= 0) hi = iOpen(NULL,tscale,bar1);
if (StringFind(prop,”>”,0) >= 0) lo = iOpen(NULL,tscale,bar1);

// Plot box…….
if (StringFind(prop,”F”,0) >= 0 || StringFind(prop,”B”,0) >= 0 || StringFind(prop,”T”,0) >= 0) {
string objname = UniqueID+”-“+i+”-r”;
if (StringFind(prop,”T”,0) >= 0) {
datetime dt4 = dt2;
int exist4 = exist2;
} else {
dt4 = dt3;
exist4 = exist3;
}
if (!CandlesMustExist || (exist1 >= 0 && exist4 >= 0)) {
ObjectCreate(objname,OBJ_RECTANGLE,0,dt1,hi,dt4,lo);
ObjectSet(objname,OBJPROP_COLOR,BoxColor);
ObjectSet(objname,OBJPROP_BACK,false);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
if (StringFind(prop,”F”,0) >= 0) ObjectSet(objname,OBJPROP_BACK,true);
if (StringFind(prop,”P”,0) >= 0) ObjectSetText(objname,DoubleToStr((hi-lo)/pnt,0));
} }

// Plot horizontal lines……….
if (StringFind(prop,”H”,0) >= 0) {
if (!CandlesMustExist || (exist1 >= 0 && exist3 >= 0)) {
objname = UniqueID+”-“+i+”-hi”;
ObjectCreate(objname,OBJ_TREND,0,dt1,hi,dt3,hi);
ObjectSet(objname,OBJPROP_RAY,0);
if (StringFind(prop,”X”,0) >= 0) ObjectSet(objname,OBJPROP_RAY,true);
ObjectSet(objname,OBJPROP_COLOR,LineColor);
ObjectSet(objname,OBJPROP_WIDTH,width);
ObjectSet(objname,OBJPROP_STYLE,style);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
objname = UniqueID+”-“+i+”-lo”;
ObjectCreate(objname,OBJ_TREND,0,dt1,lo,dt3,lo);
ObjectSet(objname,OBJPROP_RAY,0);
if (StringFind(prop,”X”,0) >= 0) ObjectSet(objname,OBJPROP_RAY,true);
ObjectSet(objname,OBJPROP_COLOR,LineColor);
ObjectSet(objname,OBJPROP_WIDTH,width);
ObjectSet(objname,OBJPROP_STYLE,style);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
} }

if (StringFind(prop,”C”,0) >= 0) {
if (!CandlesMustExist || (exist1 >= 0 && exist3 >= 0)) {
objname = UniqueID+”-“+i+”-cl”;
double price = iClose(NULL,tscale,bar1);
ObjectCreate(objname,OBJ_TREND,0,dt1,price,dt3,price);
ObjectSet(objname,OBJPROP_RAY,0);
if (StringFind(prop,”X”,0) >= 0) ObjectSet(objname,OBJPROP_RAY,true);
ObjectSet(objname,OBJPROP_COLOR,LineColor);
ObjectSet(objname,OBJPROP_WIDTH,width);
ObjectSet(objname,OBJPROP_STYLE,style);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
} }

if (StringFind(prop,”O”,0) >= 0) {
if (!CandlesMustExist || (exist1 >= 0 && exist3 >= 0)) {
objname = UniqueID+”-“+i+”-op”;
price = iOpen(NULL,tscale,bar1);
ObjectCreate(objname,OBJ_TREND,0,dt1,price,dt3,price);
ObjectSet(objname,OBJPROP_RAY,0);
if (StringFind(prop,”X”,0) >= 0) ObjectSet(objname,OBJPROP_RAY,true);
ObjectSet(objname,OBJPROP_COLOR,LineColor);
ObjectSet(objname,OBJPROP_WIDTH,width);
ObjectSet(objname,OBJPROP_STYLE,style);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
} }

// Plot vertical lines…….
if (StringFind(prop,”V”,0) >= 0) {
if (!CandlesMustExist || exist1 >= 0) {
objname = UniqueID+”-“+i+”-va”;
ObjectCreate(objname,OBJ_VLINE,0,dt1,0);
ObjectSet(objname,OBJPROP_COLOR,LineColor);
ObjectSet(objname,OBJPROP_WIDTH,width);
ObjectSet(objname,OBJPROP_STYLE,style);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
if (StringFind(prop,”^”,0) >= 0) ObjectSet(objname,OBJPROP_BACK,true);
}
if (StringFind(prop,”VV”,0) >= 0) {
if (!CandlesMustExist || exist3 >= 0) {
objname = UniqueID+”-“+i+”-vb”;
ObjectCreate(objname,OBJ_VLINE,0,dt3,0);
ObjectSet(objname,OBJPROP_COLOR,LineColor);
ObjectSet(objname,OBJPROP_WIDTH,width);
ObjectSet(objname,OBJPROP_STYLE,style);
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
if (StringFind(prop,”^”,0) >= 0) ObjectSet(objname,OBJPROP_BACK,true);
} } }
// Display box height……
if (TextProperties > “”) {
StrToStringArray(TextProperties,arr);
double prc = StrToNumber(arr[3]);
prc = (hi+prc*pnt)*(prc>=0) + (lo+prc*pnt)*(prc<0);
objname = UniqueID+”-“+i+”-t”;
ObjectCreate(objname,OBJ_TEXT,0,dt1,prc);
ObjectSetText(objname,NumberToStr((hi-lo)/pnt,arr[4]),StrToInteger(arr[1]),arr[0],StrToColor(arr[2]));
}
// Display Wingdings symbol……
if (StringFind(prop,”W”,0) >= 0 && SymbolProperties > “”) {
if (!CandlesMustExist || exist1 >= 0) {
int bar = iBarShift(NULL,0,dt1,true);
double high = iHigh(NULL,0,bar);
double low = iLow(NULL,0,bar);
StrToStringArray(SymbolProperties,arr);
prc = StrToNumber(arr[3]);
prc = (high+prc*pnt)*(prc>=0) + (low+prc*pnt)*(prc<0);
objname = UniqueID+”-“+i+”-wa”;
ObjectCreate(objname,OBJ_ARROW,0,dt1,prc);
ObjectSet(objname,OBJPROP_ARROWCODE,StrToInteger(arr[2]));
ObjectSet(objname,OBJPROP_COLOR,StrToColor(arr[1]));
ObjectSet(objname,OBJPROP_WIDTH,StrToInteger(arr[0]));
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
}
if (StringFind(prop,”WW”,0) >= 0 && SymbolProperties > “”) {
if (!CandlesMustExist || exist3 >= 0) {
bar = iBarShift(NULL,0,dt3,true);
high = iHigh(NULL,0,bar);
low = iLow(NULL,0,bar);
prc = StrToNumber(arr[3]);
prc = (high+prc*pnt)*(prc>=0) + (low+prc*pnt)*(prc<0);
objname = UniqueID+”-“+i+”-wb”;
ObjectCreate(objname,OBJ_ARROW,0,dt3,prc);
ObjectSet(objname,OBJPROP_ARROWCODE,StrToInteger(arr[2]));
ObjectSet(objname,OBJPROP_COLOR,StrToColor(arr[1]));
ObjectSet(objname,OBJPROP_WIDTH,StrToInteger(arr[0]));
ObjectSet(objname,OBJPROP_TIMEFRAMES,vis);
} } } }
return(0);
}

//===========================================================================
// FUNCTIONS LIBRARY
//===========================================================================

//+——————————————————————+
void log(string s1, string s2=””, string s3=””, string s4=””, string s5=””, string s6=””, string s7=””, string s8=””) {
//+——————————————————————+
string out = StringTrimRight(StringConcatenate(WindowExpertName(), “.mq4 “, Symbol(), ” “, s1, ” “, s2, ” “, s3, ” “, s4, ” “, s5, ” “, s6, ” “, s7, ” “, s8));
OutputDebugStringA(out);
}

//+——————————————————————+
int BarConvert(int bar, string FromTF, string ToTF, string ccy=””) {
//+——————————————————————+
// Usage: returns bar# on ToTF that matches same time of bar# on FromTF
// e.g. bar = BarConvert(40,”M15″,”H4″,Symbol());
// will find the bar# on H4 chart whose time matches bar# 40 on M15 chart
if (ccy == “”) ccy = Symbol();
return(iBarShift(ccy,StrToTF(ToTF),iTime(ccy,StrToTF(FromTF),bar)));
}

//+——————————————————————+
int StrToColor(string str)
//+——————————————————————+
// Returns the numeric value for an MQL4 color descriptor string
// Usage: int x = StrToColor(“Aqua”) returns x = 16776960
// or: int x = StrToColor(“0,255,255”) returns x = 16776960
// i.e. StrToColor(“<red>,<green>,<blue>”)
// or: int x = StrToColor(“0xFFFF00”) returns x = 16776960
// i.e. StrToColor(“0xbbggrr”)
// or: int x = StrToColor(“r0g255b255”) returns x = 16776960
// i.e. StrToColor(“r<nnn>g<nnn>b<nnn>”)
{
str = StringLower(str);
if (str == “aliceblue”) return(0xFFF8F0);
if (str == “antiquewhite”) return(0xD7EBFA);
if (str == “aqua”) return(0xFFFF00);
if (str == “aquamarine”) return(0xD4FF7F);
if (str == “beige”) return(0xDCF5F5);
if (str == “bisque”) return(0xC4E4FF);
if (str == “black”) return(0x000000);
if (str == “blanchedalmond”) return(0xCDEBFF);
if (str == “blue”) return(0xFF0000);
if (str == “blueviolet”) return(0xE22B8A);
if (str == “brown”) return(0x2A2AA5);
if (str == “burlywood”) return(0x87B8DE);
if (str == “cadetblue”) return(0xA09E5F);
if (str == “chartreuse”) return(0x00FF7F);
if (str == “chocolate”) return(0x1E69D2);
if (str == “coral”) return(0x507FFF);
if (str == “cornflowerblue”) return(0xED9564);
if (str == “cornsilk”) return(0xDCF8FF);
if (str == “crimson”) return(0x3C14DC);
if (str == “darkblue”) return(0x8B0000);
if (str == “darkgoldenrod”) return(0x0B86B8);
if (str == “darkgray”) return(0xA9A9A9);
if (str == “darkgreen”) return(0x006400);
if (str == “darkkhaki”) return(0x6BB7BD);
if (str == “darkolivegreen”) return(0x2F6B55);
if (str == “darkorange”) return(0x008CFF);
if (str == “darkorchid”) return(0xCC3299);
if (str == “darksalmon”) return(0x7A96E9);
if (str == “darkseagreen”) return(0x8BBC8F);
if (str == “darkslateblue”) return(0x8B3D48);
if (str == “darkslategray”) return(0x4F4F2F);
if (str == “darkturquoise”) return(0xD1CE00);
if (str == “darkviolet”) return(0xD30094);
if (str == “deeppink”) return(0x9314FF);
if (str == “deepskyblue”) return(0xFFBF00);
if (str == “dimgray”) return(0x696969);
if (str == “dodgerblue”) return(0xFF901E);
if (str == “firebrick”) return(0x2222B2);
if (str == “forestgreen”) return(0x228B22);
if (str == “gainsboro”) return(0xDCDCDC);
if (str == “gold”) return(0x00D7FF);
if (str == “goldenrod”) return(0x20A5DA);
if (str == “gray”) return(0x808080);
if (str == “green”) return(0x008000);
if (str == “greenyellow”) return(0x2FFFAD);
if (str == “honeydew”) return(0xF0FFF0);
if (str == “hotpink”) return(0xB469FF);
if (str == “indianred”) return(0x5C5CCD);
if (str == “indigo”) return(0x82004B);
if (str == “ivory”) return(0xF0FFFF);
if (str == “khaki”) return(0x8CE6F0);
if (str == “lavender”) return(0xFAE6E6);
if (str == “lavenderblush”) return(0xF5F0FF);
if (str == “lawngreen”) return(0x00FC7C);
if (str == “lemonchiffon”) return(0xCDFAFF);
if (str == “lightblue”) return(0xE6D8AD);
if (str == “lightcoral”) return(0x8080F0);
if (str == “lightcyan”) return(0xFFFFE0);
if (str == “lightgoldenrod”) return(0xD2FAFA);
if (str == “lightgray”) return(0xD3D3D3);
if (str == “lightgreen”) return(0x90EE90);
if (str == “lightpink”) return(0xC1B6FF);
if (str == “lightsalmon”) return(0x7AA0FF);
if (str == “lightseagreen”) return(0xAAB220);
if (str == “lightskyblue”) return(0xFACE87);
if (str == “lightslategray”) return(0x998877);
if (str == “lightsteelblue”) return(0xDEC4B0);
if (str == “lightyellow”) return(0xE0FFFF);
if (str == “lime”) return(0x00FF00);
if (str == “limegreen”) return(0x32CD32);
if (str == “linen”) return(0xE6F0FA);
if (str == “magenta”) return(0xFF00FF);
if (str == “maroon”) return(0x000080);
if (str == “mediumaquamarine”) return(0xAACD66);
if (str == “mediumblue”) return(0xCD0000);
if (str == “mediumorchid”) return(0xD355BA);
if (str == “mediumpurple”) return(0xDB7093);
if (str == “mediumseagreen”) return(0x71B33C);
if (str == “mediumslateblue”) return(0xEE687B);
if (str == “mediumspringgreen”) return(0x9AFA00);
if (str == “mediumturquoise”) return(0xCCD148);
if (str == “mediumvioletred”) return(0x8515C7);
if (str == “midnightblue”) return(0x701919);
if (str == “mintcream”) return(0xFAFFF5);
if (str == “mistyrose”) return(0xE1E4FF);
if (str == “moccasin”) return(0xB5E4FF);
if (str == “navajowhite”) return(0xADDEFF);
if (str == “navy”) return(0x800000);
if (str == “none”) return(C’0x00,0x00,0x00′);
if (str == “oldlace”) return(0xE6F5FD);
if (str == “olive”) return(0x008080);
if (str == “olivedrab”) return(0x238E6B);
if (str == “orange”) return(0x00A5FF);
if (str == “orangered”) return(0x0045FF);
if (str == “orchid”) return(0xD670DA);
if (str == “palegoldenrod”) return(0xAAE8EE);
if (str == “palegreen”) return(0x98FB98);
if (str == “paleturquoise”) return(0xEEEEAF);
if (str == “palevioletred”) return(0x9370DB);
if (str == “papayawhip”) return(0xD5EFFF);
if (str == “peachpuff”) return(0xB9DAFF);
if (str == “peru”) return(0x3F85CD);
if (str == “pink”) return(0xCBC0FF);
if (str == “plum”) return(0xDDA0DD);
if (str == “powderblue”) return(0xE6E0B0);
if (str == “purple”) return(0x800080);
if (str == “red”) return(0x0000FF);
if (str == “rosybrown”) return(0x8F8FBC);
if (str == “royalblue”) return(0xE16941);
if (str == “saddlebrown”) return(0x13458B);
if (str == “salmon”) return(0x7280FA);
if (str == “sandybrown”) return(0x60A4F4);
if (str == “seagreen”) return(0x578B2E);
if (str == “seashell”) return(0xEEF5FF);
if (str == “sienna”) return(0x2D52A0);
if (str == “silver”) return(0xC0C0C0);
if (str == “skyblue”) return(0xEBCE87);
if (str == “slateblue”) return(0xCD5A6A);
if (str == “slategray”) return(0x908070);
if (str == “snow”) return(0xFAFAFF);
if (str == “springgreen”) return(0x7FFF00);
if (str == “steelblue”) return(0xB48246);
if (str == “tan”) return(0x8CB4D2);
if (str == “teal”) return(0x808000);
if (str == “thistle”) return(0xD8BFD8);
if (str == “tomato”) return(0x4763FF);
if (str == “turquoise”) return(0xD0E040);
if (str == “violet”) return(0xEE82EE);
if (str == “wheat”) return(0xB3DEF5);
if (str == “white”) return(0xFFFFFF);
if (str == “whitesmoke”) return(0xF5F5F5);
if (str == “yellow”) return(0x00FFFF);
if (str == “yellowgreen”) return(0x32CD9A);

int t1 = StringFind(str,”,”,0);
int t2 = StringFind(str,”,”,t1+1);
if (t1>0 && t2>0) {
int red = StrToInteger(StringSubstr(str,0,t1));
int green = StrToInteger(StringSubstr(str,t1+1,t2-1));
int blue = StrToInteger(StringSubstr(str,t2+1,StringLen(str)));
return(blue*256*256+green*256+red);
}

if (StringSubstr(str,0,2) == “0x”) {
string cnvstr = “0123456789abcdef”;
string seq = “234567”;
int retval = 0;
for(int i=0; i<6; i++) {
int pos = StrToInteger(StringSubstr(seq,i,1));
int val = StringFind(cnvstr,StringSubstr(str,pos,1),0);
if (val < 0) return(val);
retval = retval * 16 + val;
}
return(retval);
}

string cclr = “”, tmp = “”;
red = 0;
blue = 0;
green = 0;
if (StringFind(“rgb”,StringSubstr(str,0,1)) >= 0) {
for(i=0; i<StringLen(str); i++) {
tmp = StringSubstr(str,i,1);
if (StringFind(“rgb”,tmp,0) >= 0)
cclr = tmp;
else {
if (cclr == “b”) blue = blue * 10 + StrToInteger(tmp);
if (cclr == “g”) green = green * 10 + StrToInteger(tmp);
if (cclr == “r”) red = red * 10 + StrToInteger(tmp);
} }
return(blue*256*256+green*256+red);
}

return(0);
}

//+——————————————————————+
bool StrToBool(string str)
//+——————————————————————+
{
str = StringLower(StringSubstr(str,0,1));
if (str == “t” || str == “y” || str == “1”) return(true);
return(false);
}

//+——————————————————————+
string BoolToStr(bool bval)
//+——————————————————————+
// Converts the boolean value true or false to the string “true” or “false”
{
if (bval) return(“true”);
return(“false”);
}

//+——————————————————————+
int StrToTF(string str)
//+——————————————————————+
// Converts a timeframe string to its MT4-numeric value
// Usage: int x=StrToTF(“M15”) returns x=15
{
str = StringUpper(str);
if (str == “M1”) return(1);
if (str == “M5”) return(5);
if (str == “M15”) return(15);
if (str == “M30”) return(30);
if (str == “H1”) return(60);
if (str == “H4”) return(240);
if (str == “D1”) return(1440);
if (str == “W1”) return(10080);
if (str == “MN”) return(43200);
return(0);
}

//+——————————————————————+
string TFToStr(int tf)
//+——————————————————————+
// Converts a MT4-numeric timeframe to its descriptor string
// Usage: string s=TFToStr(15) returns s=”M15″
{
switch (tf) {
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(“”);
}

//+——————————————————————+
string err_msg(int e)
//+——————————————————————+
// Returns error message text for a given MQL4 error number
// Usage: string s=err_msg(146) returns s=”Error 0146: Trade context is busy.”
{
switch (e) {
case 0: return(“Error 0000: No error returned.”);
case 1: return(“Error 0001: No error returned, but the result is unknown.”);
case 2: return(“Error 0002: Common error.”);
case 3: return(“Error 0003: Invalid trade parameters.”);
case 4: return(“Error 0004: Trade server is busy.”);
case 5: return(“Error 0005: Old version of the client terminal.”);
case 6: return(“Error 0006: No connection with trade server.”);
case 7: return(“Error 0007: Not enough rights.”);
case 8: return(“Error 0008: Too frequent requests.”);
case 9: return(“Error 0009: Malfunctional trade operation.”);
case 64: return(“Error 0064: Account disabled.”);
case 65: return(“Error 0065: Invalid account.”);
case 128: return(“Error 0128: Trade timeout.”);
case 129: return(“Error 0129: Invalid price.”);
case 130: return(“Error 0130: Invalid stops.”);
case 131: return(“Error 0131: Invalid trade volume.”);
case 132: return(“Error 0132: Market is closed.”);
case 133: return(“Error 0133: Trade is disabled.”);
case 134: return(“Error 0134: Not enough money.”);
case 135: return(“Error 0135: Price changed.”);
case 136: return(“Error 0136: Off quotes.”);
case 137: return(“Error 0137: Broker is busy.”);
case 138: return(“Error 0138: Requote.”);
case 139: return(“Error 0139: Order is locked.”);
case 140: return(“Error 0140: Long positions only allowed.”);
case 141: return(“Error 0141: Too many requests.”);
case 145: return(“Error 0145: Modification denied because order too close to market.”);
case 146: return(“Error 0146: Trade context is busy.”);
case 147: return(“Error 0147: Expirations are denied by broker.”);
case 148: return(“Error 0148: The amount of open and pending orders has reached the limit set by the broker.”);
case 4000: return(“Error 4000: No error.”);
case 4001: return(“Error 4001: Wrong function pointer.”);
case 4002: return(“Error 4002: Array index is out of range.”);
case 4003: return(“Error 4003: No memory for function call stack.”);
case 4004: return(“Error 4004: Recursive stack overflow.”);
case 4005: return(“Error 4005: Not enough stack for parameter.”);
case 4006: return(“Error 4006: No memory for parameter string.”);
case 4007: return(“Error 4007: No memory for temp string.”);
case 4008: return(“Error 4008: Not initialized string.”);
case 4009: return(“Error 4009: Not initialized string in array.”);
case 4010: return(“Error 4010: No memory for array string.”);
case 4011: return(“Error 4011: Too long string.”);
case 4012: return(“Error 4012: Remainder from zero divide.”);
case 4013: return(“Error 4013: Zero divide.”);
case 4014: return(“Error 4014: Unknown command.”);
case 4015: return(“Error 4015: Wrong jump (never generated error).”);
case 4016: return(“Error 4016: Not initialized array.”);
case 4017: return(“Error 4017: DLL calls are not allowed.”);
case 4018: return(“Error 4018: Cannot load library.”);
case 4019: return(“Error 4019: Cannot call function.”);
case 4020: return(“Error 4020: Expert function calls are not allowed.”);
case 4021: return(“Error 4021: Not enough memory for temp string returned from function.”);
case 4022: return(“Error 4022: System is busy (never generated error).”);
case 4050: return(“Error 4050: Invalid function parameters count.”);
case 4051: return(“Error 4051: Invalid function parameter value.”);
case 4052: return(“Error 4052: String function internal error.”);
case 4053: return(“Error 4053: Some array error.”);
case 4054: return(“Error 4054: Incorrect series array using.”);
case 4055: return(“Error 4055: Custom indicator error.”);
case 4056: return(“Error 4056: Arrays are incompatible.”);
case 4057: return(“Error 4057: Global variables processing error.”);
case 4058: return(“Error 4058: Global variable not found.”);
case 4059: return(“Error 4059: Function is not allowed in testing mode.”);
case 4060: return(“Error 4060: Function is not confirmed.”);
case 4061: return(“Error 4061: Send mail error.”);
case 4062: return(“Error 4062: String parameter expected.”);
case 4063: return(“Error 4063: Integer parameter expected.”);
case 4064: return(“Error 4064: Double parameter expected.”);
case 4065: return(“Error 4065: Array as parameter expected.”);
case 4066: return(“Error 4066: Requested history data in updating state.”);
case 4067: return(“Error 4067: Some error in trading function.”);
case 4099: return(“Error 4099: End of file.”);
case 4100: return(“Error 4100: Some file error.”);
case 4101: return(“Error 4101: Wrong file name.”);
case 4102: return(“Error 4102: Too many opened files.”);
case 4103: return(“Error 4103: Cannot open file.”);
case 4104: return(“Error 4104: Incompatible access to a file.”);
case 4105: return(“Error 4105: No order selected.”);
case 4106: return(“Error 4106: Unknown symbol.”);
case 4107: return(“Error 4107: Invalid price.”);
case 4108: return(“Error 4108: Invalid ticket.”);
case 4109: return(“Error 4109: Trade is not allowed. Enable checkbox ‘Allow live trading’ in the expert properties.”);
case 4110: return(“Error 4110: Longs are not allowed. Check the expert properties.”);
case 4111: return(“Error 4111: Shorts are not allowed. Check the expert properties.”);
case 4200: return(“Error 4200: Object exists already.”);
case 4201: return(“Error 4201: Unknown object property.”);
case 4202: return(“Error 4202: Object does not exist.”);
case 4203: return(“Error 4203: Unknown object type.”);
case 4204: return(“Error 4204: No object name.”);
case 4205: return(“Error 4205: Object coordinates error.”);
case 4206: return(“Error 4206: No specified subwindow.”);
case 4207: return(“Error 4207: Some error in object function.”);
// case 9001: return(“Error 9001: Cannot close entire order – insufficient volume previously open.”);
// case 9002: return(“Error 9002: Incorrect net position.”);
// case 9003: return(“Error 9003: Orders not completed correctly – details in log file.”);
default: return(“Error ” + e + “: ??? Unknown error.”);
}
return(0);
}

//+——————————————————————+
string StringLeft(string str, int n=1)
//+——————————————————————+
// Returns the leftmost N characters of STR, if N is positive
// Usage: string x=StringLeft(“ABCDEFG”,2) returns x = “AB”
//
// Returns all but the rightmost N characters of STR, if N is negative
// Usage: string x=StringLeft(“ABCDEFG”,-2) returns x = “ABCDE”
{
if (n > 0) return(StringSubstr(str,0,n));
if (n < 0) return(StringSubstr(str,0,StringLen(str)+n));
return(“”);
}

//+——————————————————————+
string StringRight(string str, int n=1)
//+——————————————————————+
// Returns the rightmost N characters of STR, if N is positive
// Usage: string x=StringRight(“ABCDEFG”,2) returns x = “FG”
//
// Returns all but the leftmost N characters of STR, if N is negative
// Usage: string x=StringRight(“ABCDEFG”,-2) returns x = “CDEFG”
{
if (n > 0) return(StringSubstr(str,StringLen(str)-n,n));
if (n < 0) return(StringSubstr(str,-n,StringLen(str)-n));
return(“”);
}

//+——————————————————————+
string StringLeftPad(string str, int n=1, string str2=” “)
//+——————————————————————+
// Prepends occurrences of the string STR2 to the string STR to make a string N characters long
// Usage: string x=StringLeftPad(“ABCDEFG”,9,” “) returns x = ” ABCDEFG”
{
return(StringRepeat(str2,n-StringLen(str)) + str);
}

//+——————————————————————+
string StringRightPad(string str, int n=1, string str2=” “)
//+——————————————————————+
// Appends occurrences of the string STR2 to the string STR to make a string N characters long
// Usage: string x=StringRightPad(“ABCDEFG”,9,” “) returns x = “ABCDEFG ”
{
return(str + StringRepeat(str2,n-StringLen(str)));
}

//+——————————————————————+
string StringReverse(string str)
//+——————————————————————+
{
string outstr = “”;
for (int i=StringLen(str)-1; i>=0; i–)
outstr = outstr + StringSubstr(str,i,1);
return(outstr);
}

//+——————————————————————+
string StringLeftExtract(string str, int n, string str2, int m)
//+——————————————————————+
{
if (n > 0) {
int j = -1;
for(int i=1; i<=n; i++) j=StringFind(str,str2,j+1);
if (j > 0) return(StringLeft(str,j+m));
}
if (n < 0) {
int c = 0;
j = 0;
for (i=StringLen(str)-1; i>=0; i–) {
if (StringSubstr(str,i,StringLen(str2)) == str2) {
c++;
if (c==-n) {
j = i;
break;
} } }
if (j > 0) return(StringLeft(str,j+m));
}
return(“”);
}

//+——————————————————————+
string StringRightExtract(string str, int n, string str2, int m)
//+——————————————————————+
{
if (n > 0) {
int j = -1;
for(int i=1; i<=n; i++) j=StringFind(str,str2,j+1);
if (j > 0) return(StringRight(str,StringLen(str)-j-1+m));
}
if (n < 0) {
int c = 0;
j = 0;
for (i=StringLen(str)-1; i>=0; i–) {
if (StringSubstr(str,i,StringLen(str2)) == str2) {
c++;
if (c==-n) {
j = i;
break;
} } }
if (j > 0) return(StringRight(str,StringLen(str)-j-1+m));
}
return(“”);
}

//+——————————————————————+
int StringFindCount(string str, string str2)
//+——————————————————————+
// Returns the number of occurrences of STR2 in STR
// Usage: int x = StringFindCount(“ABCDEFGHIJKABACABB”,”AB”) returns x = 3
{
int c = 0;
for (int i=0; i<StringLen(str); i++)
if (StringSubstr(str,i,StringLen(str2)) == str2) c++;
return(c);
}

/*
//+——————————————————————+
string StringReplace(string str, int n, string str2, string str3)
//+——————————————————————+
// Replaces the Nth occurrence of STR2 in STR with STR3, working from left to right, if N is positive
// Usage: string s = StringReplace(“ABCDEFGHIJKABACABB”,2,”AB”,”XYZ”) returns s = “ABCDEFGHIJKXYZACABB”
//
// Replaces the Nth occurrence of STR2 in STR with STR3, working from right to left, if N is negative
// Usage: string s = StringReplace(“ABCDEFGHIJKABACABB”,-1,”AB”,”XYZ”) returns s = “ABCDEFGHIJKABACXYZB”
//
// Replaces all occurrence of STR2 in STR with STR3, if N is 0
// Usage: string s = StringReplace(“ABCDEFGHIJKABACABB”,0,”AB”,”XYZ”) returns s = “XYZCDEFGHIJKXYZACXYZB”
{

return(“”);
}
*/

//+——————————————————————+
string StringRightTrim(string str)
//+——————————————————————+
// Removes all trailing spaces from a string
// Usage: string x=StringRightTrim(” XX YY “) returns x = ” XX YY”
{
int pos = 0;
for(int i=StringLen(str)-1; i>=0; i–) {
if (StringSubstr(str,i,1) != ” “) {
pos = i;
break;
} }
string outstr = StringSubstr(str,0,pos+1);
return(outstr);
}

//+——————————————————————+
string ExpandCcy(string str)
//+——————————————————————+
{
str = StringTrim(StringUpper(str));
if (StringLen(str) < 1 || StringLen(str) > 2) return(str);
string str2 = “”;
for (int i=0; i<StringLen(str); i++) {
string char = StringSubstr(str,i,1);
if (char == “A”) str2 = str2 + “AUD”; else
if (char == “C”) str2 = str2 + “CAD”; else
if (char == “E”) str2 = str2 + “EUR”; else
if (char == “F”) str2 = str2 + “CHF”; else
if (char == “G”) str2 = str2 + “GBP”; else
if (char == “J”) str2 = str2 + “JPY”; else
if (char == “N”) str2 = str2 + “NZD”; else
if (char == “U”) str2 = str2 + “USD”; else
if (char == “H”) str2 = str2 + “HKD”; else
if (char == “S”) str2 = str2 + “SGD”; else
if (char == “Z”) str2 = str2 + “ZAR”;
}
return(str2);
}

//+——————————————————————+
double MathInt(double n, int d=0)
//+——————————————————————+
{
return(MathFloor(n*MathPow(10,d)+0.000000000001)/MathPow(10,d));
}

//+——————————————————————+
string DateToStr(datetime mt4date, string mask=””) {
//+——————————————————————+
// Special characters in mask are replaced as follows:
// Y = 4 digit year
// y = 2 digit year
// M = 2 digit month
// m = 1-2 digit Month
// N = full month name, e.g. November
// n = 3 char month name, e.g. Nov
// D = 2 digit day of Month
// d = 1-2 digit day of Month
// T or t = append ‘th’ to day of month, e.g. 14th, 23rd, etc
// W = full weekday name, e.g. Tuesday
// w = 3 char weekday name, e.g. Tue
// H = 2 digit hour (defaults to 24-hour time unless ‘a’ or ‘A’ included)
// h = 1-2 digit hour (defaults to 24-hour time unless ‘a’ or ‘A’ included)
// a = convert to 12-hour time and append lowercase am/pm
// A = convert to 12-hour time and append uppercase AM/PM
// I or i = minutes in the hour
// S or s = seconds in the minute
//
// All other characters in the mask are output ‘as is’
// You can output reserved characters ‘as is’, by preceding them with an exclamation Point
// e.g. DateToStr(StrToTime(“2010.07.30″),”(!D=DT N)”) results in output: (D=30th July)
//
// You can also embed any text inside single quotes at the far left, or far right, of the mask:
// e.g. DateToStr(StrToTime(“2010.07.30″),”‘xxx’w D n Y’yyy'”) results in output: xxxFri 30 Jul 2010yyy

string ltext = “”, rtext = “”;
if (StringSubstr(mask,0,1) == “‘”) {
for (int k1=1; k1<StringLen(mask); k1++) {
if (StringSubstr(mask,k1,1) == “‘”) break;
ltext = ltext + StringSubstr(mask,k1,1);
}
mask = StringSubstr(mask,k1+1);
}
if (StringSubstr(mask,StringLen(mask)-1,1) == “‘”) {
for (int k2=StringLen(mask)-2; k2>=0; k2–) {
if (StringSubstr(mask,k2,1) == “‘”) break;
rtext = StringSubstr(mask,k2,1) + rtext;
}
mask = StringSubstr(mask,0,k2);
}

if (mask == “”) mask = “Y.M.D H:I:S”;

string mth[12] = {“January”,”February”,”March”,”April”,”May”,”June”,”July”,”August”,”September”,”October”,”November”,”December”};
string dow[7] = {“Sunday”,”Monday”,”Tuesday”,”Wednesday”,”Thursday”,”Friday”,”Saturday”};

int dd = TimeDay(mt4date);
int mm = TimeMonth(mt4date);
int yy = TimeYear(mt4date);
int dw = TimeDayOfWeek(mt4date);
int hr = TimeHour(mt4date);
int min = TimeMinute(mt4date);
int sec = TimeSeconds(mt4date);

bool h12f = false;
if (StringFind(StringUpper(mask),”A”,0) >= 0) h12f = true;
int h12 = 12;
if (hr > 12) h12 = hr – 12; else
if (hr > 0) h12 = hr;
string ampm = “am”;
if (hr > 12)
ampm = “pm”;

switch (MathMod(dd,10)) {
case 1 : string d10 = “st”; break;
case 2 : d10 = “nd”; break;
case 3 : d10 = “rd”; break;
default : d10 = “th”; break;
}
if (dd > 10 && dd < 14) d10 = “th”;

string outdate = “”;
for(int i=0; i<StringLen(mask); i++) {
string char = StringSubstr(mask,i,1);
if (char == “!”) {
outdate = outdate + StringSubstr(mask,i+1,1);
i++;
continue;
}
if (char == “d”) outdate = outdate + StringTrim(NumberToStr(dd,”2″)); else
if (char == “D”) outdate = outdate + StringTrim(NumberToStr(dd,”Z2″)); else
if (char == “m”) outdate = outdate + StringTrim(NumberToStr(mm,”2″)); else
if (char == “M”) outdate = outdate + StringTrim(NumberToStr(mm,”Z2″)); else
if (char == “y”) outdate = outdate + StringTrim(NumberToStr(yy,”2″)); else
if (char == “Y”) outdate = outdate + StringTrim(NumberToStr(yy,”4″)); else
if (char == “n”) outdate = outdate + StringSubstr(mth[mm-1],0,3); else
if (char == “N”) outdate = outdate + mth[mm-1]; else
if (char == “w”) outdate = outdate + StringSubstr(dow[dw],0,3); else
if (char == “W”) outdate = outdate + dow[dw]; else
if (char == “h” && h12f) outdate = outdate + StringTrim(NumberToStr(h12,”2″)); else
if (char == “H” && h12f) outdate = outdate + StringTrim(NumberToStr(h12,”Z2″)); else
if (char == “h” && !h12f) outdate = outdate + StringTrim(NumberToStr(hr,”2″)); else
if (char == “H” && !h12f) outdate = outdate + StringTrim(NumberToStr(hr,”Z2″)); else
if (char == “i”) outdate = outdate + StringTrim(NumberToStr(min,”2″)); else
if (char == “I”) outdate = outdate + StringTrim(NumberToStr(min,”Z2″)); else
if (char == “s”) outdate = outdate + StringTrim(NumberToStr(sec,”2″)); else
if (char == “S”) outdate = outdate + StringTrim(NumberToStr(sec,”Z2″)); else
if (char == “a”) outdate = outdate + ampm; else
if (char == “A”) outdate = outdate + StringUpper(ampm); else
if (StringUpper(char) == “T”) outdate = outdate + d10; else
outdate = outdate + char;
}
return(ltext+outdate+rtext);
}

//+——————————————————————+
string NumberToStr(double n, string mask=””)
//+——————————————————————+
// Formats a number using a mask, and returns the resulting string
// Usage: string result = NumberToStr(number,mask)
//
// Mask parameters:
// n = number of digits to output, to the left of the decimal point
// n.d = output n digits to left of decimal point; d digits to the right
// -n.d = floating minus sign at left of output
// n.d- = minus sign at right of output
// +n.d = floating plus/minus sign at left of output
//
// These characters may appear anywhere in the string:
// ( or ) = enclose negative number in parentheses
// $ or ?or ?or € = include floating currency symbol at left of output
// % = include trailing % sign
// , = use commas to separate thousands, millions, etc
// Z or z = left fill with zeros instead of spaces
// * = left fill with asterisks instead of spaces
// R or r = round result in rightmost displayed digit
// B or b = blank entire field if number is 0
// ~ = show tilde in leftmost position if overflow occurs
// ; = switch use of comma and period (European format)
// L or l = left align final string
// T ot t = trim (remove all spaces from) end result

{

if (MathAbs(n) == 2147483647)
n = 0;

string ltext = “”, rtext = “”;
if (StringSubstr(mask,0,1) == “‘”) {
for (int k1=1; k1<StringLen(mask); k1++) {
if (StringSubstr(mask,k1,1) == “‘”) break;
ltext = ltext + StringSubstr(mask,k1,1);
}
mask = StringSubstr(mask,k1+1);
}
if (StringSubstr(mask,StringLen(mask)-1,1) == “‘”) {
for (int k2=StringLen(mask)-2; k2>=0; k2–) {
if (StringSubstr(mask,k2,1) == “‘”) break;
rtext = StringSubstr(mask,k2,1) + rtext;
}
mask = StringSubstr(mask,0,k2);
}

if (mask == “”) mask = “TR-9.2″;

mask = StringUpper(mask);
int dotadj = 0;
int dot = StringFind(mask,”.”,0);
if (dot < 0) {
dot = StringLen(mask);
dotadj = 1;
}

int nleft = 0;
int nright = 0;
for (int i=0; i<dot; i++) {
string char = StringSubstr(mask,i,1);
if (char >= “0” && char <= “9”) nleft = 10 * nleft + StrToInteger(char);
}
if (dotadj == 0) {
for (i=dot+1; i<=StringLen(mask); i++) {
char = StringSubstr(mask,i,1);
if (char >= “0” && char <= “9”) nright = 10 * nright + StrToInteger(char);
} }
nright = MathMin(nright,7);

if (dotadj == 1) {
for (i=0; i<StringLen(mask); i++) {
char = StringSubstr(mask,i,1);
if (char >= “0” && char <= “9”) {
dot = i;
break;
} } }

string csym = “”;
if (StringFind(mask,”$”,0) >= 0) csym = “$”;
if (StringFind(mask,”?,0) >= 0) csym = “?;
if (StringFind(mask,”€”,0) >= 0) csym = “€”;
if (StringFind(mask,”?,0) >= 0) csym = “?;

string leadsign = “”;
string trailsign = “”;
if (StringFind(mask,”+”,0) >= 0 && StringFind(mask,”+”,0) < dot) {
leadsign = ” “;
if (n > 0) leadsign = “+”;
if (n < 0) leadsign = “-“;
}
if (StringFind(mask,”-“,0) >= 0 && StringFind(mask,”-“,0) < dot)
if (n < 0) leadsign = “-“; else leadsign = ” “;
if (StringFind(mask,”-“,0) >= 0 && StringFind(mask,”-“,0) > dot)
if (n < 0) trailsign = “-“; else trailsign = ” “;
if (StringFind(mask,”(“,0) >= 0 || StringFind(mask,”)”,0) >= 0) {
leadsign = ” “;
trailsign = ” “;
if (n < 0) {
leadsign = “(“;
trailsign = “)”;
} }

if (StringFind(mask,”%”,0) >= 0) trailsign = “%” + trailsign;

if (StringFind(mask,”,”,0) >= 0) bool comma = true; else comma = false;
if (StringFind(mask,”Z”,0) >= 0) bool zeros = true; else zeros = false;
if (StringFind(mask,”*”,0) >= 0) bool aster = true; else aster = false;
if (StringFind(mask,”B”,0) >= 0) bool blank = true; else blank = false;
if (StringFind(mask,”R”,0) >= 0) bool round = true; else round = false;
if (StringFind(mask,”~”,0) >= 0) bool overf = true; else overf = false;
if (StringFind(mask,”L”,0) >= 0) bool lftsh = true; else lftsh = false;
if (StringFind(mask,”;”,0) >= 0) bool swtch = true; else swtch = false;
if (StringFind(mask,”T”,0) >= 0) bool trimf = true; else trimf = false;

if (round) n = MathFix(n,nright);
string outstr = n;

int dleft = 0;
for (i=0; i<StringLen(outstr); i++) {
char = StringSubstr(outstr,i,1);
if (char >= “0” && char <= “9”) dleft++;
if (char == “.”) break;
}

// Insert fill characters…….
string fill = ” “;
if (zeros) fill = “0”;
if (aster) fill = “*”;
if (n < 0)
outstr = “-” + StringRepeat(fill,nleft-dleft) + StringSubstr(outstr,1,StringLen(outstr)-1);
else
outstr = StringRepeat(fill,nleft-dleft) + StringSubstr(outstr,0,StringLen(outstr));

outstr = StringSubstr(outstr,StringLen(outstr)-9-nleft,nleft+1+nright-dotadj);

// Insert the commas…….
if (comma) {
bool digflg = false;
bool stpflg = false;
string out1 = “”;
string out2 = “”;
for (i=0; i<StringLen(outstr); i++) {
char = StringSubstr(outstr,i,1);
if (char == “.”) stpflg = true;
if (!stpflg && (nleft-i == 3 || nleft-i == 6 || nleft-i == 9))
if (digflg) out1 = out1 + “,”; else out1 = out1 + ” “;
out1 = out1 + char;
if (char >= “0” && char <= “9”) digflg = true;
}
outstr = out1;
}
// Add currency symbol and signs……..
outstr = csym + leadsign + outstr + trailsign;

// ‘Float’ the currency symbol/sign…….
out1 = “”;
out2 = “”;
bool fltflg = true;
for (i=0; i<StringLen(outstr); i++) {
char = StringSubstr(outstr,i,1);
if (char >= “0” && char <= “9”) fltflg = false;
if ((char == ” ” && fltflg) || (blank && n == 0) ) out1 = out1 + ” “; else out2 = out2 + char;
}
outstr = out1 + out2;

// Overflow……..
if (overf && dleft > nleft) outstr = “~” + StringSubstr(outstr,1,StringLen(outstr)-1);

// Left shift…….
if (lftsh) {
int len = StringLen(outstr);
outstr = StringLeftTrim(outstr);
outstr = outstr + StringRepeat(” “,len-StringLen(outstr));
}

// Switch period and comma…….
if (swtch) {
out1 = “”;
for (i=0; i<StringLen(outstr); i++) {
char = StringSubstr(outstr,i,1);
if (char == “.”) out1 = out1 + “,”; else
if (char == “,”) out1 = out1 + “.”; else
out1 = out1 + char;
}
outstr = out1;
}

// Trim output….
if (trimf) outstr = StringTrim(outstr);

return(ltext+outstr+rtext);
}

//+——————————————————————+
string StringRepeat(string str, int n=1)
//+——————————————————————+
// Repeats the string STR N times
// Usage: string x=StringRepeat(“-“,10) returns x = “———-”
{
string outstr = “”;
for(int i=0; i<n; i++) {
outstr = outstr + str;
}
return(outstr);
}

//+——————————————————————+
string StringLeftTrim(string str)
//+——————————————————————+
// Removes all leading spaces from a string
// Usage: string x=StringLeftTrim(” XX YY “) returns x = “XX YY ”
{
bool left = true;
string outstr = “”;
for(int i=0; i<StringLen(str); i++) {
if (StringSubstr(str,i,1) != ” ” || !left) {
outstr = outstr + StringSubstr(str,i,1);
left = false;
} }
return(outstr);
}

//+——————————————————————+
string StringUpper(string str)
//+——————————————————————+
// Converts any lowercase characters in a string to uppercase
// Usage: string x=StringUpper(“The Quick Brown Fox”) returns x = “THE QUICK BROWN FOX”
{
string outstr = “”;
string lower = “abcdefghijklmnopqrstuvwxyz”;
string upper = “ABCDEFGHIJKLMNOPQRSTUVWXYZ”;
for(int i=0; i<StringLen(str); i++) {
int t1 = StringFind(lower,StringSubstr(str,i,1),0);
if (t1 >=0)
outstr = outstr + StringSubstr(upper,t1,1);
else
outstr = outstr + StringSubstr(str,i,1);
}
return(outstr);
}

//+——————————————————————+
string StringLower(string str)
//+——————————————————————+
// Converts any uppercase characters in a string to lowercase
// Usage: string x=StringUpper(“The Quick Brown Fox”) returns x = “the quick brown fox”
{
string outstr = “”;
string lower = “abcdefghijklmnopqrstuvwxyz”;
string upper = “ABCDEFGHIJKLMNOPQRSTUVWXYZ”;
for(int i=0; i<StringLen(str); i++) {
int t1 = StringFind(upper,StringSubstr(str,i,1),0);
if (t1 >=0)
outstr = outstr + StringSubstr(lower,t1,1);
else
outstr = outstr + StringSubstr(str,i,1);
}
return(outstr);
}

//+——————————————————————+
string StringTrim(string str)
//+——————————————————————+
// Removes all spaces (leading, traing embedded) from a string
// Usage: string x=StringUpper(“The Quick Brown Fox”) returns x = “TheQuickBrownFox”
{
string outstr = “”;
for(int i=0; i<StringLen(str); i++) {
if (StringSubstr(str,i,1) != ” “)
outstr = outstr + StringSubstr(str,i,1);
}
return(outstr);
}

//+——————————————————————+
double MathFix(double n, int d=0)
//+——————————————————————+
// Returns N rounded to D decimals – works around a precision bug in MQL4
{
return(MathRound(n*MathPow(10,d)+0.000000000001*MathSign(n))/MathPow(10,d));
}

//+——————————————————————+
double DivZero(double n, double d)
//+——————————————————————+
// Divides N by D, and returns 0 if the denominator (D) = 0
// Usage: double x = DivZero(y,z) sets x = y/z
{
if (d == 0) return(0); else return(1.0*n/d);
}

//+——————————————————————+
int MathSign(double n)
//+——————————————————————+
// Returns the sign of a number (i.e. -1, 0, +1)
// Usage: int x=MathSign(-25) returns x=-1
{
if (n > 0) return(1);
else if (n < 0) return (-1);
else return(0);
}

//+——————————————————————+
int BaseToNumber(string str, int base=16)
//+——————————————————————+
// Returns the base 10 version of a number in another base
// Usage: int x=BaseToNumber(“DC”,16) returns x=220
{
str = StringUpper(str);
string cnvstr = “0123456789ABCDEF”;
int retval = 0;
for(int i=0; i<StringLen(str); i++) {
int val = StringFind(cnvstr,StringSubstr(str,i,1),0);
if (val < 0) return(val);
retval = retval * base + val;
}
return(retval);
}

//+——————————————————————+
string NumberToBase(int n, int base=16, int pad=4)
//+——————————————————————+
// Converts a base 10 number to another base, left-padded with zeros
// Usage: int x=BaseToNumber(220,16,4) returns x=”00DC”
{
string cnvstr = “0123456789ABCDEF”;
string outstr = “”;
while (n>0) {
int x = MathMod(n,base);
outstr = StringSubstr(cnvstr,x,1) + outstr;
n /= base;
}
x = StringLen(outstr);
if (x < pad)
outstr = StringRepeat(“0″,pad-x) + outstr;
return(outstr);
}

//+——————————————————————+
int YMDtoDate(int yy, int mm, int dd) {
//+——————————————————————+
string dt = NumberToStr(yy,”4”) + “.” + NumberToStr(mm,”2″) + “.” + NumberToStr(dd,”2″) + ” 00:00:00″;
return(StrToTime(dt));
}

//+——————————————————————+
string StringEncrypt(string str) {
//+——————————————————————+
for (int i=StringLen(str)-1; i>=0; i–) {
int x=StringGetChar(str,i);
string outstr = outstr + CharToStr(255-x);
}
return(outstr);
}

//+——————————————————————+
string StringDecrypt(string str) {
//+——————————————————————+
for (int i=StringLen(str)-1; i>=0; i–) {
int x=StringGetChar(str,i);
string outstr = outstr + CharToStr(255-x);
}
return(outstr);
}

//+——————————————————————+
string StringReplace(string str, string str1, string str2) {
//+——————————————————————+
// Usage: replaces every occurrence of str1 with str2 in str
string outstr = “”;
for (int i=0; i<StringLen(str); i++) {
if (StringSubstr(str,i,StringLen(str1)) == str1) {
outstr = outstr + str2;
i += StringLen(str1) – 1;
}
else
outstr = outstr + StringSubstr(str,i,1);
}
return(outstr);
}

//+——————————————————————+
string StrToStr(string str, string mask) {
//+——————————————————————+
string ltext = “”, rtext = “”;
if (StringSubstr(mask,0,1) == “‘”) {
for (int k1=1; k1<StringLen(mask); k1++) {
if (StringSubstr(mask,k1,1) == “‘”) break;
ltext = ltext + StringSubstr(mask,k1,1);
}
mask = StringSubstr(mask,k1+1);
}
if (StringSubstr(mask,StringLen(mask)-1,1) == “‘”) {
for (int k2=StringLen(mask)-2; k2>=0; k2–) {
if (StringSubstr(mask,k2,1) == “‘”) break;
rtext = StringSubstr(mask,k2,1) + rtext;
}
mask = StringSubstr(mask,0,k2);
}

if (mask == “”) mask = “L20”;

string outstr = “”;
int n = 0;
for (int i=0; i<StringLen(mask); i++) {
string s = StringSubstr(mask,i,1);
if (s == “!”) {
outstr = outstr + StringSubstr(mask,i+1,1);
i++;
continue;
}
if (s == “L” || s == “C” || s == “R” || s == “T”) {
string func = s;
i++;
while (i<StringLen(mask)) {
s = StringSubstr(mask,i,1);
if (s >= “0” && s <= “9”) {
n = n * 10 + StrToInteger(s);
i++;
continue;
}
else
break;
}
i–;
if (n<StringLen(str)) str = StringSubstr(str,0,n);
int lpad = 0, rpad = 0;
if (func == “L”) rpad = MathMax(0,n-StringLen(str));
if (func == “R”) lpad = MathMax(0,n-StringLen(str));
if (func == “C”) {
lpad = MathMax(0,n-StringLen(str))/2;
rpad = MathMax(0,n-StringLen(str)) – lpad;
}
outstr = outstr + StringRepeat(” “,lpad) + str + StringRepeat(” “,rpad);
}
else
outstr = outstr + s;
}
return(ltext+outstr+rtext);
}

//+——————————————————————+
double StrToNumber(string str) {
//+——————————————————————+
// Usage: strips all non-numeric characters out of a string
int dp = -1;
int sgn = 1;
double num = 0.0;
for (int i=0; i<StringLen(str); i++) {
string s = StringSubstr(str,i,1);
if (s == “-“) sgn = -sgn; else
if (s == “.”) dp = 0; else
if (s >= “0” && s <= “9”) {
if (dp >= 0) dp++;
if (dp > 0)
num = num + StrToInteger(s) / MathPow(10,dp);
else
num = num * 10 + StrToInteger(s);
}
}
return(num*sgn);
}

//+——————————————————————+
string ReduceCcy(string str)
//+——————————————————————+
{
str = StringTrim(StringUpper(str));
if (StringLen(str) !=3 && StringLen(str) < 6) return(“”);
string s = “”;
for (int i=0; i<StringLen(str); i+=3) {
string char = StringSubstr(str,i,3);
if (char == “AUD”) s = s + “A”; else
if (char == “CAD”) s = s + “C”; else
if (char == “EUR”) s = s + “E”; else
if (char == “CHF”) s = s + “F”; else
if (char == “GBP”) s = s + “G”; else
if (char == “JPY”) s = s + “J”; else
if (char == “NZD”) s = s + “N”; else
if (char == “USD”) s = s + “U”; else
if (char == “HKD”) s = s + “H”; else
if (char == “SGD”) s = s + “S”; else
if (char == “ZAR”) s = s + “Z”;
}
return(s);
}

//+——————————————————————+
string NumbersToStr(string mask, double n1=0, double n2=0, double n3=0, double n4=0, double n5=0, double n6=0, double n7=0, double n8=0, double n9=0) {
//+——————————————————————+
if (StringSubstr(mask,StringLen(mask)-1,1) != “_”) mask = mask + “_”;
string outstr = “”;
string maska[9] = {“<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”};
int z=0;
for (int x=0; x<StringLen(mask); x++) {
if (maska[z] == “<NULL>”) maska[z] = “”;
string s = StringSubstr(mask,x,1);
if (s == “_”) {
if (StringLower(StringSubstr(maska[z],1,1)) == “@”) {
int yy = StrToNumber(StringSubstr(maska[z],0,1));
maska[z] = StringSubstr(maska[z],2);
for (int y=1; y<yy; y++) {
maska[z+1] = maska[z];
z++;
} }
z++;
}
else
maska[z] = maska[z] + s;
}
if (maska[0] != “<NULL>”) outstr = outstr + NumberToStr(n1,maska[0]);
if (maska[1] != “<NULL>”) outstr = outstr + NumberToStr(n2,maska[1]);
if (maska[2] != “<NULL>”) outstr = outstr + NumberToStr(n3,maska[2]);
if (maska[3] != “<NULL>”) outstr = outstr + NumberToStr(n4,maska[3]);
if (maska[4] != “<NULL>”) outstr = outstr + NumberToStr(n5,maska[4]);
if (maska[5] != “<NULL>”) outstr = outstr + NumberToStr(n6,maska[5]);
if (maska[6] != “<NULL>”) outstr = outstr + NumberToStr(n7,maska[6]);
if (maska[7] != “<NULL>”) outstr = outstr + NumberToStr(n8,maska[7]);
if (maska[8] != “<NULL>”) outstr = outstr + NumberToStr(n9,maska[8]);
return(outstr);
}

//+——————————————————————+
string DatesToStr(string mask, datetime d1=0, datetime d2=0, datetime d3=0, datetime d4=0, datetime d5=0, datetime d6=0, datetime d7=0, datetime d8=0, datetime d9=0) {
//+——————————————————————+
if (StringSubstr(mask,StringLen(mask)-1,1) != “_”) mask = mask + “_”;
string outstr = “”;
string maska[9] = {“<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”};
int z=0;
for (int x=0; x<StringLen(mask); x++) {
if (maska[z] == “<NULL>”) maska[z] = “”;
string s = StringSubstr(mask,x,1);
if (s == “_”) {
if (StringLower(StringSubstr(maska[z],1,1)) == “@”) {
int yy = StrToNumber(StringSubstr(maska[z],0,1));
maska[z] = StringSubstr(maska[z],2);
for (int y=1; y<yy; y++) {
maska[z+1] = maska[z];
z++;
} }
z++;
}
else
maska[z] = maska[z] + s;
}
if (maska[0] != “<NULL>”) outstr = outstr + DateToStr(d1,maska[0]);
if (maska[1] != “<NULL>”) outstr = outstr + DateToStr(d2,maska[1]);
if (maska[2] != “<NULL>”) outstr = outstr + DateToStr(d3,maska[2]);
if (maska[3] != “<NULL>”) outstr = outstr + DateToStr(d4,maska[3]);
if (maska[4] != “<NULL>”) outstr = outstr + DateToStr(d5,maska[4]);
if (maska[5] != “<NULL>”) outstr = outstr + DateToStr(d6,maska[5]);
if (maska[6] != “<NULL>”) outstr = outstr + DateToStr(d7,maska[6]);
if (maska[7] != “<NULL>”) outstr = outstr + DateToStr(d8,maska[7]);
if (maska[8] != “<NULL>”) outstr = outstr + DateToStr(d9,maska[8]);
return(outstr);
}

//+——————————————————————+
string StrsToStr(string mask, string s1=””, string s2=””, string s3=””, string s4=””, string s5=””, string s6=””, string s7=””, string s8=””, string s9=””) {
//+——————————————————————+
if (StringSubstr(mask,StringLen(mask)-1,1) != “_”) mask = mask + “_”;
string outstr = “”;
string maska[9] = {“<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”,”<NULL>”};
int z=0;
for (int x=0; x<StringLen(mask); x++) {
if (maska[z] == “<NULL>”) maska[z] = “”;
string s = StringSubstr(mask,x,1);
if (s == “_”) {
if (StringLower(StringSubstr(maska[z],1,1)) == “@”) {
int yy = StrToNumber(StringSubstr(maska[z],0,1));
maska[z] = StringSubstr(maska[z],2);
for (int y=1; y<yy; y++) {
maska[z+1] = maska[z];
z++;
} }
z++;
}
else
maska[z] = maska[z] + s;
}
if (maska[0] != “<NULL>”) outstr = outstr + StrToStr(s1,maska[0]);
if (maska[1] != “<NULL>”) outstr = outstr + StrToStr(s2,maska[1]);
if (maska[2] != “<NULL>”) outstr = outstr + StrToStr(s3,maska[2]);
if (maska[3] != “<NULL>”) outstr = outstr + StrToStr(s4,maska[3]);
if (maska[4] != “<NULL>”) outstr = outstr + StrToStr(s5,maska[4]);
if (maska[5] != “<NULL>”) outstr = outstr + StrToStr(s6,maska[5]);
if (maska[6] != “<NULL>”) outstr = outstr + StrToStr(s7,maska[6]);
if (maska[7] != “<NULL>”) outstr = outstr + StrToStr(s8,maska[7]);
if (maska[8] != “<NULL>”) outstr = outstr + StrToStr(s9,maska[8]);
return(outstr);
}

//+——————————————————————+
void ShellsortDoubleArray(double &a[], bool desc=false) {
//+——————————————————————+
int n=ArraySize(a);
int j,i,k,m;
double mid;
for(m=n/2; m>0; m/=2) {
for(j=m; j<n; j++) {
for(i=j-m; i>=0; i-=m) {
if (desc) {
if (a[i+m] <= a[i])
break;
else {
mid = a[i];
a[i] = a[i+m];
a[i+m] = mid;
} }
else {
if (a[i+m] >= a[i])
break;
else {
mid = a[i];
a[i] = a[i+m];
a[i+m] = mid;
} }
} } }
return(0);
}

//+——————————————————————+
void ShellsortIntegerArray(int &a[], bool desc=false) {
//+——————————————————————+
int n=ArraySize(a);
int j,i,k,m,mid;
for(m=n/2; m>0; m/=2) {
for(j=m; j<n; j++) {
for(i=j-m; i>=0; i-=m) {
if (desc) {
if (a[i+m] <= a[i])
break;
else {
mid = a[i];
a[i] = a[i+m];
a[i+m] = mid;
} }
else {
if (a[i+m] >= a[i])
break;
else {
mid = a[i];
a[i] = a[i+m];
a[i+m] = mid;
} }
} } }
return(0);
}

//+——————————————————————+
void ShellsortStringArray(string &a[], bool desc=false) {
//+——————————————————————+
int n=ArraySize(a);
int j,i,k,m;
string mid;
for(m=n/2; m>0; m/=2) {
for(j=m; j<n; j++) {
for(i=j-m; i>=0; i-=m) {
if (desc) {
if (a[i+m] <= a[i])
break;
else {
mid = a[i];
a[i] = a[i+m];
a[i+m] = mid;
} }
else {
if (a[i+m] >= a[i])
break;
else {
mid = a[i];
a[i] = a[i+m];
a[i+m] = mid;
} }
} } }
return(0);
}

//+——————————————————————+
void StrToDoubleArray(string str, double &a[], string delim=”,”) {
//+——————————————————————+
int z1=-1, z2=0;
for (int i=0; i<ArraySize(a); i++) {
z2 = StringFind(str,delim,z1+1);
a[i] = StrToNumber(StringSubstr(str,z1+1,z2-z1-1));
if (z2 >= StringLen(str)-1) break;
z1 = z2;
}
return(0);
}

//+——————————————————————+
void StrToIntegerArray(string str, int &a[], string delim=”,”) {
//+——————————————————————+
int z1=-1, z2=0;
for (int i=0; i<ArraySize(a); i++) {
z2 = StringFind(str,delim,z1+1);
a[i] = StrToNumber(StringSubstr(str,z1+1,z2-z1-1));
if (z2 >= StringLen(str)-1) break;
z1 = z2;
}
return(0);
}

//+——————————————————————+
void StrToStringArray(string str, string &a[], string delim=”,”) {
//+——————————————————————+
int z1=-1, z2=0;
for (int i=0; i<ArraySize(a); i++) {
z2 = StringFind(str,delim,z1+1);
a[i] = StringSubstr(str,z1+1,z2-z1-1);
if (z2 >= StringLen(str)-1) break;
z1 = z2;
}
return(0);
}

//+——————————————————————+
string DoubleArrayToStr(double a[], string mask=””, string delim=”,”) {
//+——————————————————————+
string str = “”;
for (int i=0; i<ArraySize(a); i++)
if (str == “”)
str = NumberToStr(a[i],mask);
else
str = str + delim + NumberToStr(a[i],mask);
return(str);
}

//+——————————————————————+
string IntegerArrayToStr(int a[], string mask=””, string delim=”,”) {
//+——————————————————————+
string str = “”;
for (int i=0; i<ArraySize(a); i++)
if (str == “”)
str = NumberToStr(a[i],mask);
else
str = str + delim + NumberToStr(a[i],mask);
return(str);
}

//+——————————————————————+
string StringArrayToStr(string a[], string mask=””, string delim=”,”) {
//+——————————————————————+
string str = “”;
for (int i=0; i<ArraySize(a); i++)
if (str == “”)
str = StrToStr(a[i],mask);
else
str = str + delim + StrToStr(a[i],mask);
return(str);
}

//+——————————————————————+
string DebugDoubleArray(double a[], string mask=””, string delim=”,”, int fromidx=0, int thruidx=0) {
//+——————————————————————+
if (thruidx == 0) thruidx = ArraySize(a);
string str = “”;
for (int i=MathMax(0,fromidx); i<MathMin(ArraySize(a),thruidx+1); i++)
if (str == “”)
str = NumberToStr(i,”‘[‘T4’]='”) + NumberToStr(a[i],mask);
else
str = str + delim + NumberToStr(i,”‘[‘T4’]='”) + NumberToStr(a[i],mask);
return(str);
}

//+——————————————————————+
string DebugIntegerArray(int a[], string mask=””, string delim=”,”, int fromidx=0, int thruidx=0) {
//+——————————————————————+
if (thruidx == 0) thruidx = ArraySize(a);
string str = “”;
for (int i=MathMax(0,fromidx); i<MathMin(ArraySize(a),thruidx+1); i++)
if (str == “”)
str = NumberToStr(i,”‘[‘T4’]='”) + NumberToStr(a[i],mask);
else
str = str + delim + NumberToStr(i,”‘[‘T4’]='”) + NumberToStr(a[i],mask);
return(str);
}

//+——————————————————————+
string DebugStringArray(string a[], string mask=””, string delim=”,”, int fromidx=0, int thruidx=0) {
//+——————————————————————+
if (thruidx == 0) thruidx = ArraySize(a);
string str = “”;
for (int i=MathMax(0,fromidx); i<MathMin(ArraySize(a),thruidx+1); i++)
if (str == “”)
str = NumberToStr(i,”‘[‘T4’]='”) + StrToStr(a[i],mask);
else
str = str + delim + NumberToStr(i,”‘[‘T4′]='”) + StrToStr(a[i],mask);
return(str);
}
//+——————————————————————+
string FileSort(string fname, bool desc=false) {
//+——————————————————————+
// Sorts the text file named fname, on a line by line basis
// (default is ascending sequence, unless desc=true)
string a[9999];
int h = FileOpen(fname,FILE_CSV|FILE_READ,’~’);
int i = -1;
while (!FileIsEnding(h) && i<9999) {
i++;
a[i] = FileReadString(h);
}
FileClose(h);
ArrayResize(a,i);
ShellsortStringArray(a,desc);
h = FileOpen(fname,FILE_CSV|FILE_WRITE,’~’);
for (i=0; i<ArraySize(a); i++) {
FileWrite(h,a[i]);
}
FileClose(h);
return(0);
}

// =========================================== DEBUGGING ===========================================

//+——————————————————————+
string d(string s1, string s2=””, string s3=””, string s4=””, string s5=””, string s6=””, string s7=””, string s8=””) {
//+——————————————————————+
// Outputs up to 8 values to the DEBUG.TXT file (after creating the file, if it doesn’t already exist)
string out = StringTrimRight(StringConcatenate(s1, ” “, s2, ” “, s3, ” “, s4, ” “, s5, ” “, s6, ” “, s7, ” “, s8));
int h = FileOpen(“debug.txt”,FILE_CSV|FILE_READ|FILE_WRITE,’~’);
FileSeek(h,0,SEEK_END);
FileWrite(h,out);
FileClose(h);
return(0);
}

//+——————————————————————+
string dd(string s1, string s2=””, string s3=””, string s4=””, string s5=””, string s6=””, string s7=””, string s8=””) {
//+——————————————————————+
// Deletes and re-creates the DEBUG.TXT file, and adds up to 8 values to it
string out = StringTrimRight(StringConcatenate(s1, ” “, s2, ” “, s3, ” “, s4, ” “, s5, ” “, s6, ” “, s7, ” “, s8));
int h = FileOpen(“debug.txt”,FILE_CSV|FILE_WRITE,’~’);
FileWrite(h,out);
FileClose(h);
return(0);
}