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#property copyright "Copyright 2020"
#property strict
#property indicator_chart_window
#property indicator_buffers 2
#property indicator_color1 clrBlue
#property indicator_color2 clrRed
#property indicator_width1 1
#property indicator_width2 1
//============================================
enum ON_OFF {
on, //ON
off //OFF
};
enum TYPE_SIGN {
in, //being in the channel
out, //off channel
tick_in, //the moment of transition to the channel
tick_out //channel transition moment
};
enum TYPE_LINE_STOCH {
total, //two lines
no_total //any line
};
enum TYPE_TIME {
en_time, // allow trade
dis_time // ban trade
};
enum TYPE_MAIL {
one_time, // once upon first occurrence of a signal
all_time // every time a signal appears
};
//============================================
extern string txt0 = "INDICATOR 1"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_main1 = off; // Turning on
extern string name_ind1 = ""; // Indicator name
extern int bufferUP1 = 2; // Buffer arrows "UP"
extern int bufferDN1 = 3; // Buffer arrows "DOWN"
extern string txt01 = ""; //.
extern string txt02 = "INDICATOR 2"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_main2 = off; // Turning on
extern string name_ind2 = ""; // Indicator name
extern int bufferUP2 = 4; // Buffer arrows "UP"
extern int bufferDN2 = 5; // Buffer arrows "DOWN"
extern string txt012 = ""; //.
extern string txt03 = "INDICATOR 3"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_main3 = off; // Turning on
extern string name_ind3 = ""; // Indicator name
extern int bufferUP3 = 6; // Buffer arrows "UP"
extern int bufferDN3 = 7; // Buffer arrows "DOWN"
extern string txt013 = ""; //.
extern string txt_adx_1 = "ADX"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_adx = off; // Enable ADX
extern int period_adx = 1; // Period
extern double level_adx = 60.0; // Level
extern ENUM_APPLIED_PRICE price_adx = 0; // Price type
extern string txt_adx_2 = ""; //.
extern string txt_cci_1 = "~~~~~~ CCI_1 ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_cci1 = off; // Enable CCI
extern TYPE_SIGN type_cci1 = 0; // Signal type
extern ON_OFF revers_cci1 = 1; // Signal Reverse
extern int period_cci1 = 3; // Period
extern double level_cci1 = 95.0; // Levels (0+x, 0-x)
extern ENUM_APPLIED_PRICE price_cci1 = 0; // Price type
extern string txt_cci_2 = ""; //.
extern string txt_rsi_1 = "~~~~~~ RSI_1 ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_rsi1 = off; // Enable RSI
extern TYPE_SIGN type_rsi1 = 0; // Signal type
extern ON_OFF revers_rsi1 = 1; // Signal Reverse
extern int period_rsi1 = 14; // Period
extern double level_rsi1 = 20.0; // Levels (100-x, 0+x)
extern ENUM_APPLIED_PRICE price_rsi1 = 0; // Price type
extern string txt_rsi_2 = ""; //.
extern string txt_dem_1 = "~~~~~~ DeMarker_1 ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_DeM1 = off; // Enable DeMarker
extern TYPE_SIGN type_DeM1 = 0; // Signal type
extern ON_OFF revers_DeM1 = 0; // Signal Reverse
extern int period_DeM1 = 14; // Period
extern double level_DeM1 = 0.2; // Levels (1-x, 0+x)
extern string txt_dem_2 = ""; //.
extern string txt_Stoch_1 = "~~~~~~ Stochastic ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_Stoch = off; // Enable Stochastic
extern TYPE_SIGN type_Stoch = 0; // Signal type
extern ON_OFF revers_Stoch = 0; // Signal Reverse
extern int periodK_Stoch= 5; // Period %K
extern int periodD_Stoch= 3; // Period %D
extern int sloving_Stoch= 3; // Slowdown
extern ENUM_STO_PRICE price_Stoch = 0; // Price type
extern ENUM_MA_METHOD methMA_Stoch = 0; // Method MA
extern double level_Stoch = 20.0; // Levels (100-x, 0+x)
extern TYPE_LINE_STOCH type_line = 0; // Level Out...
extern string txt_Stoch_2 = ""; //.
extern string txt_WPR_1 = "~~~~~~ WPR_1 ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_WPR1 = off; // Enable WPR
extern TYPE_SIGN type_WPR1 = 0; // Signal type
extern ON_OFF revers_wpr1 = 0; // Signal Reverse
extern int period_WPR1 = 14; // Period
extern double level_WPR1 = 20.0; // Levels (0-x, -100+x)
extern string txt_WPR_2 = ""; //.
extern string txt_bb_1 = "~~~~~~ BBands_1 ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_BB1 = off; // Enable BBands
extern TYPE_SIGN type_BB1 = 0; // Signal type
extern ON_OFF revers_BB1 = 0; // Signal Reverse
extern int period_BB1 = 20; // Period
extern double deviat_BB1 = 2.00; // Deviation
extern int shift_BB1 = 0; // Shift
extern ENUM_APPLIED_PRICE price_BB1 = 0; // Price type
extern string txt_bb_2 = ""; //.
extern string txt_Env_1 = "~~~~~~ Envelopes ~~~~~~"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF on_off_Env = off; // Enable Envelopes
extern TYPE_SIGN type_Env = 0; // Signal type
extern ON_OFF revers_Env = 0; // Signal Reverse
extern int period_Env = 14; // Period
extern double deviat_Env = 0.10; // Deviation
extern int shift_Env = 0; // Shift
extern ENUM_MA_METHOD methMA_Env = 0; // Method MA
extern ENUM_APPLIED_PRICE price_Env = 0; // Price type
extern string txt_Env_2 = ""; //.
extern double rollback = 0; // Min the ratio of the body of the candle to the shadows (%, if 0 then do not use.)
extern string txt_r = ""; //.
extern ON_OFF filtr_bar = off; // Enable filter by candle color
extern string txt_f = ""; //.
extern int wait_bar = 0; // Min. number of pass bars between arrows
extern string txt_w = ""; //.
extern string txt26 = "TIME FILTER";//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern TYPE_TIME time_type = 1; // In the hours indicated below...
extern string hour_filtr = ""; // Hours of the day to apply the filter (if empty, the filter is off.)
extern string txt2_7 = ""; //.
extern string minut_filtr = ""; // The list of minutes open. signal candles (if empty, the filter is off.)
extern string txt27 = ""; //.
extern string txt28 = "Statistics"; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
extern ON_OFF statistika = on; //Enable statistics counting
extern int cntMinut = 1; //How many minutes to update statistics
extern int cnt_bars = 5000; //Number of bars for counting signals
extern int expir = 1; //Number of expiration bars
extern string txt29 = ""; //.
extern int ots = 15; //The distance of the shooter from the candles (in pips)
extern ON_OFF AlertSound = 0; //Enable sound alert
extern string txt30 = ""; //.
extern ON_OFF AlertMail = 0; //Enabling Email Signaling
extern ON_OFF AlertNotif = 0; //Enabling sending a signal to a mobile terminal
extern TYPE_MAIL mail_type = 1; //Send a signal during candle formation ...
double buyBuffer[];
double sellBuffer[];
bool indicatorsON=true;
int time_cnt = 0;
bool soundBuy = false;
bool soundSell = false;
bool sendMail = true;
datetime timeBar = iTime(NULL,0,0);
datetime timeBar_prev = iTime(NULL,0,0);
double rollback_bar;
//--- Indicator buffers
double UpArrow[];
double DownArrow[];
//+------------------------------------------------------------------+
//| Custom indicator initialization function |
//+------------------------------------------------------------------+
int OnInit()
{
//--- Indicator buffers mapping
SetIndexBuffer(0, UpArrow);
SetIndexStyle(0,DRAW_ARROW);
SetIndexArrow(0, 234);
SetIndexLabel(0, "Up Signal");
SetIndexBuffer(1, DownArrow);
SetIndexStyle(1,DRAW_ARROW);
SetIndexArrow(1, 233);
SetIndexLabel(1, "Down Signal");
return(INIT_SUCCEEDED);
}
//+------------------------------------------------------------------+
//| Custom indicator iterations function |
//+------------------------------------------------------------------+
int OnCalculate(const int rates_total,
const int prev_calculated,
const datetime &time[],
const double &open[],
const double &high[],
const double &low[],
const double &close[],
const long &tick_volume[],
const long &volume[],
const int &spread[])
{
int shift = 1;
for (int bar = rates_total - 11; bar >= 0; bar--)
{
double upValue1 = iCustom(Symbol(), 0, name_ind1, bufferUP1, bar);
double dnValue1 = iCustom(Symbol(), 0, name_ind1, bufferDN1, bar);
double upValue2 = iCustom(Symbol(), 0, name_ind2, bufferUP2, bar);
double dnValue2 = iCustom(Symbol(), 0, name_ind2, bufferDN2, bar);
double upValue3 = iCustom(Symbol(), 0, name_ind3, bufferUP3, bar);
double dnValue3 = iCustom(Symbol(), 0, name_ind3, bufferDN3, bar);
if (!EMPTY_VALUE != upValue1 && !EMPTY_VALUE != upValue2 && !EMPTY_VALUE != upValue3)
UpArrow[bar] = Low[bar] - (1 * _Point);
if (!EMPTY_VALUE != dnValue1 && !EMPTY_VALUE != dnValue2 && !EMPTY_VALUE != dnValue3)
DownArrow[bar] = High[bar] + (1 * _Point);
}
return(rates_total);
}
//===============================================================\
//============= ACCOUNT AND TIME BLOCK =================\
datetime end_date = D'2028.12.01 00:00'; //activation end date
long number_login = 3090389; //customer MT account number
//===============================================================\
int h,m;
ushort u_sep; // delimiter character code
string result_hour[]; // array to get the clock strings
string result_minut[]; // array to get minutes strings
int init()
{
u_sep=StringGetCharacter(",",0);
h=StringSplit(hour_filtr,u_sep,result_hour);
u_sep=StringGetCharacter(",",0);
m=StringSplit(minut_filtr,u_sep,result_minut);
// Buffers and style
SetIndexStyle(0, DRAW_ARROW);
SetIndexArrow(0, 225);
SetIndexBuffer(0, buyBuffer);
SetIndexStyle(1, DRAW_ARROW);
SetIndexArrow(1, 226);
SetIndexBuffer(1, sellBuffer);
// Data window
IndicatorShortName("3filter");
if(on_off_BB1==1&&true&&
on_off_DeM1==1&&true&&true&&
on_off_Env==1&&
on_off_Stoch==1&&
on_off_adx==1&&
filtr_bar==1&&
on_off_WPR1==1&&true&&true&&
on_off_cci1==1&&true&&
on_off_rsi1==1&&true&&
on_off_main1==1&&on_off_main2==1&&on_off_main3==1) indicatorsON=false;
return(INIT_SUCCEEDED);
}
int deinit()
{
Comment("");
return(0);
}
int start()
{
if(indicatorsON) Tick();
return(0);
}
void Tick()
{
if(TimeCurrent()>end_date)
{if((TimeSeconds(TimeCurrent())%2) == 0) Comment("!!! THE INDICATOR IS NOT ATTACHED TO YOUR ACCOUNT OR THE TERM DURATION TIME IS EXPIRED !!!");
else Comment(""); return;}
double gap = ots*Point;
int limit;
int counted_bars = IndicatorCounted();
if(counted_bars < 0)
return;
if(counted_bars > 0)
counted_bars--;
limit = Bars - counted_bars;
for(int i = 0; i < limit; i++)
{
if(!hour_trade(i)||!minut_trade(i)||!for_Bars(i)) continue;
if(rollback>0)
{rollback_bar = 100;
if((High[i]-Low[i])==0) rollback_bar = 0;
else
{if(Close[i]>=Open[i]) rollback_bar = ((Close[i]-Open[i])/(High[i]-Low[i]))*100;
if(Close[i]<=Open[i]) rollback_bar = ((Open[i]-Close[i])/(High[i]-Low[i]))*100;}}
// Long signal
if(BuySell_signal("buy",i))
buyBuffer[i] = Low[i]-gap;
else
buyBuffer[i] = EMPTY_VALUE;
// Short signal
if(BuySell_signal("sell",i))
sellBuffer[i] = High[i]+gap;
else
sellBuffer[i] = EMPTY_VALUE;
}
string messageBuy = StringConcatenate("3filter (", Symbol(), ", ", Period(), ") - BUY!!!" ,"-" ,TimeToStr(TimeLocal(),TIME_SECONDS));
string messageSell = StringConcatenate("3filter (", Symbol(), ", ", Period(), ") - SELL!!!","-" ,TimeToStr(TimeLocal(),TIME_SECONDS));
if(mail_type==0)
{timeBar = iTime(NULL,0,0);
if (timeBar_prev!=timeBar) sendMail = true;
timeBar_prev = iTime(NULL,0,0);}
if (buyBuffer[0] == Low[0]-gap && soundBuy)
{
soundBuy = false;
if(AlertSound==0) Alert(messageBuy);
if(sendMail)
{sendMail = false;
if(AlertNotif==0) SendNotification(messageBuy);
if(AlertMail==0) SendMail("3filter",messageBuy);}
}
if (!soundBuy && (buyBuffer[0] == EMPTY_VALUE)) {soundBuy = true; if(mail_type==1) sendMail = true;}
if (sellBuffer[0] == High[0]+gap && soundSell)
{
soundSell = false;
if(AlertSound==0) Alert(messageSell);
if(sendMail)
{sendMail = false;
if(AlertNotif==0) SendNotification(messageSell);
if(AlertMail==0) SendMail("3filter",messageSell);}
}
if (!soundSell && (sellBuffer[0] == EMPTY_VALUE)) {soundSell = true; if(mail_type==1) sendMail = true;}
if(statistika==0)
{
if ((int(TimeCurrent()) - time_cnt) >= (cntMinut*60))
{ cnt_Statist();
time_cnt = int(TimeCurrent());
Print("==3filter==: Statistics recounted ",TimeCurrent()," by terminal time"); }
}
}
bool BuySell_signal(string b_s, int i)
{
if(b_s=="buy")
// Long signal
{if(
(filtr_bar==1 || Open[i]>Close[i])
&&
(rollback==0 || rollback_bar>=rollback)
&&
(on_off_main1==1 || fun_main1("up",i))
&&
(on_off_main2==1 || fun_main2("up",i))
&&
(on_off_main3==1 || fun_main3("up",i))
&&
(on_off_adx==1 || fun_ADX(i))
&&
(on_off_cci1==1 || fun_CCI((revers_cci1==1?"up":"dn"),1,i))
&&
true
&&
(on_off_rsi1==1 || fun_RSI((revers_rsi1==1?"up":"dn"),1,i))
&&
true
&&
(on_off_DeM1==1 || fun_DeM((revers_DeM1==1?"up":"dn"),1,i))
&&
true
&&
true
&&
(on_off_Stoch==1 || fun_Stoch((revers_Stoch==1?"up":"dn"),i))
&&
(on_off_WPR1==1 || fun_WPR((revers_wpr1==1?"up":"dn"),1,i))
&&
true
&&
true
&&
(on_off_BB1==1 || fun_BB((revers_BB1==1?"up":"dn"),1,i))
&&
true
&&
(on_off_Env==1 || fun_Env((revers_Env==1?"up":"dn"),i))
)
return(true);
else
return(false);}
if(b_s=="sell")
// Short signal
{if(
(filtr_bar==1 || Open[i]<Close[i])
&&
(rollback==0 || rollback_bar>=rollback)
&&
(on_off_main1==1 || fun_main1("dn",i))
&&
(on_off_main2==1 || fun_main2("dn",i))
&&
(on_off_main3==1 || fun_main3("dn",i))
&&
(on_off_adx==1 || fun_ADX(i))
&&
(on_off_cci1==1 || fun_CCI((revers_cci1==1?"dn":"up"),1,i))
&&
true
&&
(on_off_rsi1==1 || fun_RSI((revers_rsi1==1?"dn":"up"),1,i))
&&
true
&&
(on_off_DeM1==1 || fun_DeM((revers_DeM1==1?"dn":"up"),1,i))
&&
true
&&
true
&&
(on_off_Stoch==1 || fun_Stoch((revers_Stoch==1?"dn":"up"),i))
&&
(on_off_WPR1==1 || fun_WPR((revers_wpr1==1?"dn":"up"),1,i))
&&
true
&&
true
&&
(on_off_BB1==1 || fun_BB((revers_BB1==1?"dn":"up"),1,i))
&&
true
&&
(on_off_Env==1 || fun_Env((revers_Env==1?"dn":"up"),i))
)
return(true);
else
return(false);}
return(false);
}
bool for_Bars ( int k )
{
if((k+wait_bar)>=Bars) return (false);
for (int i = k+1; i<=k+wait_bar; i++)
{
if(BuySell_signal("buy",i) || BuySell_signal("sell",i)) return (false);
}
return (true);
}
void cnt_Statist()
{ int total_cnt=0, profit_cnt=0, losses_cnt=0;
double winrate=0;
string msg;
for(int s=cnt_bars; s>expir; s--)
{ if(s>=Bars) continue;
if((buyBuffer[s]!=EMPTY_VALUE && Open[s-1]<Close[s-expir]) ||(sellBuffer[s]!=EMPTY_VALUE && Open[s-1]>Close[s-expir])) profit_cnt++;
if((buyBuffer[s]!=EMPTY_VALUE && Open[s-1]>=Close[s-expir])||(sellBuffer[s]!=EMPTY_VALUE && Open[s-1]<=Close[s-expir])) losses_cnt++; }
total_cnt = profit_cnt+losses_cnt;
if(total_cnt>0) winrate = ((profit_cnt)*1.0/(total_cnt)*1.0)*100.0;
msg = "\n---<<< 3filter >>>---\n\n" +
"Statistics for " + IntegerToString(MathMin(Bars,cnt_bars)) + " bars:\n" +
IntegerToString(profit_cnt) + "+ " + IntegerToString(losses_cnt) + "- \n" +
"Winright " + DoubleToString(winrate,1) + "% \n\n" +
"Updated " + TimeToString(TimeCurrent(),TIME_DATE|TIME_MINUTES);
Comment(msg);
}
bool fun_ADX (int index)
{
double adx = EMPTY_VALUE;
adx = iADX(NULL,0,period_adx,price_adx,MODE_MAIN,index);
if(adx>level_adx) return(true); else return(false);
return(false);
}
bool fun_CCI (string up_dn, int numb_CCI, int index)
{
double cci = EMPTY_VALUE;
double cci_p = EMPTY_VALUE;
double lev_max;
double lev_min;
if(numb_CCI==1) {
cci = iCCI(NULL,0,period_cci1,price_cci1,index);
if(type_cci1==2||type_cci1==3) cci_p = iCCI(NULL,0,period_cci1,price_cci1,index+1);
lev_max = level_cci1;
lev_min = 0-level_cci1;
if(up_dn=="up")
{
if((type_cci1==0&&cci>lev_min&&cci<lev_max)||(type_cci1==1&&cci<lev_min)||(type_cci1==2&&cci_p<lev_min&&cci>lev_min)||(type_cci1==3&&cci_p>lev_min&&cci<lev_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_cci1==0&&cci>lev_min&&cci<lev_max)||(type_cci1==1&&cci>lev_max)||(type_cci1==2&&cci_p>lev_max&&cci<lev_max)||(type_cci1==3&&cci_p<lev_max&&cci>lev_max)) return(true); else return(false);
}
}
return(false);
}
bool fun_RSI (string up_dn, int numb_RSI, int index)
{
double rsi = EMPTY_VALUE;
double rsi_p = EMPTY_VALUE;
double lev_max;
double lev_min;
if(numb_RSI==1) {
rsi = iRSI(NULL,0,period_rsi1,price_rsi1,index);
if(type_rsi1==2||type_rsi1==3) rsi_p = iRSI(NULL,0,period_rsi1,price_rsi1,index+1);
lev_max = 100-level_rsi1;
lev_min = 0+level_rsi1;
if(up_dn=="up")
{
if((type_rsi1==0&&rsi>lev_min&&rsi<lev_max)||(type_rsi1==1&&rsi<lev_min)||(type_rsi1==2&&rsi_p<lev_min&&rsi>lev_min)||(type_rsi1==3&&rsi_p>lev_min&&rsi<lev_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_rsi1==0&&rsi>lev_min&&rsi<lev_max)||(type_rsi1==1&&rsi>lev_max)||(type_rsi1==2&&rsi_p>lev_max&&rsi<lev_max)||(type_rsi1==3&&rsi_p<lev_max&&rsi>lev_max)) return(true); else return(false);
}
}
return(false);
}
bool fun_DeM (string up_dn, int numb_DeM, int index)
{
double DeM = EMPTY_VALUE;
double DeM_p = EMPTY_VALUE;
double lev_max;
double lev_min;
if(numb_DeM==1) {
DeM = iDeMarker(NULL,0,period_DeM1,index);
if(type_DeM1==2||type_DeM1==3) DeM_p = iDeMarker(NULL,0,period_DeM1,index+1);
lev_max = 1-level_DeM1;
lev_min = 0+level_DeM1;
if(up_dn=="up")
{
if((type_DeM1==0&&DeM>lev_min&&DeM<lev_max)||(type_DeM1==1&&DeM<lev_min)||(type_DeM1==2&&DeM_p<lev_min&&DeM>lev_min)||(type_DeM1==3&&DeM_p>lev_min&&DeM<lev_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_DeM1==0&&DeM>lev_min&&DeM<lev_max)||(type_DeM1==1&&DeM>lev_max)||(type_DeM1==2&&DeM_p>lev_max&&DeM<lev_max)||(type_DeM1==3&&DeM_p<lev_max&&DeM>lev_max)) return(true); else return(false);
}
}
return(false);
}
bool fun_Stoch (string up_dn, int index)
{
double Stoch_m = EMPTY_VALUE;
double Stoch_s = EMPTY_VALUE;
double Stoch_m_p = EMPTY_VALUE;
double Stoch_s_p = EMPTY_VALUE;
double lev_max;
double lev_min;
if(type_line==0) {
Stoch_m = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_MAIN,index);
Stoch_s = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_SIGNAL,index);
if(type_Stoch==2||type_Stoch==3) {Stoch_m_p = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_MAIN,index+1);
Stoch_s_p = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_SIGNAL,index+1);}
lev_max = 100-level_Stoch;
lev_min = 0+level_Stoch;
if(up_dn=="up")
{
if((type_Stoch==0&&Stoch_m>lev_min&&Stoch_m<lev_max&&Stoch_s>lev_min&&Stoch_s<lev_max)
||
(type_Stoch==1&&Stoch_m<lev_min&&Stoch_s<lev_min)||(type_Stoch==2&&Stoch_m_p<lev_min&&Stoch_s_p<lev_min&&Stoch_m>lev_min&&Stoch_s>lev_min)||(type_Stoch==3&&Stoch_m_p>lev_min&&Stoch_s_p>lev_min&&Stoch_m<lev_min&&Stoch_s<lev_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_Stoch==0&&Stoch_m>lev_min&&Stoch_m<lev_max&&Stoch_s>lev_min&&Stoch_s<lev_max)
||
(type_Stoch==1&&Stoch_m>lev_max&&Stoch_s>lev_max)||(type_Stoch==2&&Stoch_m_p>lev_max&&Stoch_s_p>lev_max&&Stoch_m<lev_max&&Stoch_s<lev_max)||(type_Stoch==3&&Stoch_m_p<lev_max&&Stoch_s_p<lev_max&&Stoch_m>lev_max&&Stoch_s>lev_max)) return(true); else return(false);
}
}
if(type_line==1) {
Stoch_m = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_MAIN,index);
Stoch_s = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_SIGNAL,index);
if(type_Stoch==2||type_Stoch==3) {Stoch_m_p = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_MAIN,index+1);
Stoch_s_p = iStochastic(NULL,0,periodK_Stoch,periodD_Stoch,sloving_Stoch,methMA_Stoch,price_Stoch,MODE_SIGNAL,index+1);}
lev_max = 100-level_Stoch;
lev_min = 0+level_Stoch;
if(up_dn=="up")
{
if((type_Stoch==0&&((Stoch_m>lev_min&&Stoch_m<lev_max)||(Stoch_s>lev_min&&Stoch_s<lev_max)))
||
(type_Stoch==1&&(Stoch_m<lev_min||Stoch_s<lev_min))||(type_Stoch==2&&((Stoch_m_p<lev_min&&Stoch_m>lev_min)||(Stoch_s_p<lev_min&&Stoch_s>lev_min)))||(type_Stoch==3&&((Stoch_m_p>lev_min&&Stoch_m<lev_min)||(Stoch_s_p>lev_min&&Stoch_s<lev_min)))) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_Stoch==0&&((Stoch_m>lev_min&&Stoch_m<lev_max)||(Stoch_s>lev_min&&Stoch_s<lev_max)))
||
(type_Stoch==1&&(Stoch_m>lev_max||Stoch_s>lev_max))||(type_Stoch==2&&((Stoch_m_p>lev_max&&Stoch_m<lev_max)||(Stoch_s_p>lev_max&&Stoch_s<lev_max)))||(type_Stoch==3&&((Stoch_m_p<lev_max&&Stoch_m>lev_max)||(Stoch_s_p<lev_max&&Stoch_s>lev_max)))) return(true); else return(false);
}
}
return(false);
}
bool fun_WPR (string up_dn, int numb_WPR, int index)
{
double WPR = EMPTY_VALUE;
double WPR_p = EMPTY_VALUE;
double lev_max;
double lev_min;
if(numb_WPR==1) {
WPR = iWPR(NULL,0,period_WPR1,index);
if(type_WPR1==2||type_WPR1==3) WPR_p = iWPR(NULL,0,period_WPR1,index+1);
lev_max = 0-level_WPR1;
lev_min = -100+level_WPR1;
if(up_dn=="up")
{
if((type_WPR1==0&&WPR>lev_min&&WPR<lev_max)||(type_WPR1==1&&WPR<lev_min)||(type_WPR1==2&&WPR_p<lev_min&&WPR>lev_min)||(type_WPR1==3&&WPR_p>lev_min&&WPR<lev_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_WPR1==0&&WPR>lev_min&&WPR<lev_max)||(type_WPR1==1&&WPR>lev_max)||(type_WPR1==2&&WPR_p>lev_max&&WPR<lev_max)||(type_WPR1==3&&WPR_p<lev_max&&WPR>lev_max)) return(true); else return(false);
}
}
return(false);
}
bool fun_BB (string up_dn, int numb_BB, int index)
{
double BB_max = EMPTY_VALUE;
double BB_min = EMPTY_VALUE;
if(numb_BB==1) {
BB_max = iBands(NULL,0,period_BB1,deviat_BB1,shift_BB1,price_BB1,MODE_UPPER,index);
BB_min = iBands(NULL,0,period_BB1,deviat_BB1,shift_BB1,price_BB1,MODE_LOWER,index);
if(up_dn=="up")
{
if((type_BB1==0&&Open[index]>BB_min&&Open[index]<BB_max&&Close[index]>BB_min&&Close[index]<BB_max)
||
(type_BB1==1&&Open[index]<BB_min&&Close[index]<BB_min)||(type_BB1==2&&Open[index]<BB_min&&Close[index]>BB_min)||(type_BB1==3&&Open[index]>BB_min&&Close[index]<BB_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_BB1==0&&Open[index]>BB_min&&Open[index]<BB_max&&Close[index]>BB_min&&Close[index]<BB_max)
||
(type_BB1==1&&Open[index]>BB_max&&Close[index]>BB_max)||(type_BB1==2&&Open[index]>BB_max&&Close[index]<BB_max)||(type_BB1==3&&Open[index]<BB_max&&Close[index]>BB_max)) return(true); else return(false);
}
}
return(false);
}
bool fun_Env (string up_dn, int index)
{
double Env_max = EMPTY_VALUE;
double Env_min = EMPTY_VALUE;
Env_max = iEnvelopes(NULL,0,period_Env,methMA_Env,shift_Env,price_Env,deviat_Env,MODE_UPPER,index);
Env_min = iEnvelopes(NULL,0,period_Env,methMA_Env,shift_Env,price_Env,deviat_Env,MODE_LOWER,index);
if(up_dn=="up")
{
if((type_Env==0&&Open[index]>Env_min&&Open[index]<Env_max&&Close[index]>Env_min&&Close[index]<Env_max)
||
(type_Env==1&&Open[index]<Env_min&&Close[index]<Env_min)||(type_Env==2&&Open[index]<Env_min&&Close[index]>Env_min)||(type_Env==3&&Open[index]>Env_min&&Close[index]<Env_min)) return(true); else return(false);
}
if(up_dn=="dn")
{
if((type_Env==0&&Open[index]>Env_min&&Open[index]<Env_max&&Close[index]>Env_min&&Close[index]<Env_max)
||
(type_Env==1&&Open[index]>Env_max&&Close[index]>Env_max)||(type_Env==2&&Open[index]>Env_max&&Close[index]<Env_max)||(type_Env==3&&Open[index]<Env_max&&Close[index]>Env_max)) return(true); else return(false);
}
return(false);
}
bool fun_main1 (string up_dn, int index)
{
double _b = EMPTY_VALUE;
double _s = EMPTY_VALUE;
_b = iCustom(NULL, 0, name_ind1, bufferUP1, index);
_s = iCustom(NULL, 0, name_ind1, bufferDN1, index);
if(up_dn=="up")
{
if( _b!=EMPTY_VALUE && _b!=0 ) return(true); else return(false);
}
if(up_dn=="dn")
{
if( _s!=EMPTY_VALUE && _s!=0 ) return(true); else return(false);
}
return(false);
}
bool fun_main2 (string up_dn, int index)
{
double _b = EMPTY_VALUE;
double _s = EMPTY_VALUE;
_b = iCustom(NULL, 0, name_ind2, bufferUP2, index);
_s = iCustom(NULL, 0, name_ind2, bufferDN2, index);
if(up_dn=="up")
{
if( _b!=EMPTY_VALUE && _b!=0 ) return(true); else return(false);
}
if(up_dn=="dn")
{
if( _s!=EMPTY_VALUE && _s!=0 ) return(true); else return(false);
}
return(false);
}
bool fun_main3 (string up_dn, int index)
{
double _b = EMPTY_VALUE;
double _s = EMPTY_VALUE;
_b = iCustom(NULL, 0, name_ind3, bufferUP3, index);
_s = iCustom(NULL, 0, name_ind3, bufferDN3, index);
if(up_dn=="up")
{
if( _b!=EMPTY_VALUE && _b!=0 ) return(true); else return(false);
}
if(up_dn=="dn")
{
if( _s!=EMPTY_VALUE && _s!=0 ) return(true); else return(false);
}
return(false);
}
bool hour_trade(int index)
{
if(h<1) return(true);
int index_hour;
for(index_hour=0; index_hour<h; index_hour++)
{
if(time_type==0) //если разрешить
{
if(TimeHour(Time[index])==StrToInteger(result_hour[index_hour])) return(true);
}
if(time_type==1) //если запретить
{
if(TimeHour(Time[index])==StrToInteger(result_hour[index_hour])) return(false);
}
}
if(time_type==0) return(false); else return(true);
}
bool minut_trade(int index)
{
if(m<1) return(true);
int index_minut;
for(index_minut=0; index_minut<m; index_minut++)
{
if(TimeMinute(Time[index])==StrToInteger(result_minut[index_minut])) return(true);
}
return(false);
}