Mql5官网 Haskaya Super Patience 外汇EA

This system created by using Corrected MACD,ADX, Different time zone support and resistant points,
 tree Parabolic Sars,two
Bollinger band, 3 moving average, stochastic oscillator and ADX.

In this system, Using parabolic Sars reverse bar count,
 Pips difference between closing price and last parabolic Sars in
the direction of signal and Trend strength.

  Note that this system is not martingale, this system is creating limit order.
   Best result for the
orders are 45 Pips in USD, 75 Pips in GBP.  

   this system can be used for 60 time frame. 
   This system is for Long term and profitable.
 
  Signals are shown as arrows. as an optional,

  you can set a voice alarm or email notification
    Below you can find indicator inputs.
BandPeriod=273;//
Bollingers Band Period -1

BandDeviations=3;// Bollingers Band Period -1
BandPeriod1=800;// Bollingers Band Period -2
BandDeviations1=2;// Bollingers Band
Period -1

SarsLimit=250;  //Minimum difference Pips between Parabolic Sars –  Price Close
LimitGirisDegeri=249; // Firs Orders 
LimitGirisDegeriIlave=500;
// difference between on going pending orders

InpSARStep=0.001;    // Parabolic Sars Step
InpSARMaximum=0.2;  // Parabolic Sars Maximum
InpSARStep1=0.003; 
  // 2.Parabolic Sars Step

InpSARMaximum1=0.2;  // 2.Parabolic Sars Maximum
InpSARStep3=0.0009;    //3. Parabolic Sars Step
InpSARMaximum3=0.2; 
// 3.Parabolic Sars Maximum

SarsKontrol=114;       // Minimum difference Pips between Parabolic Sars –  Price High
SarsKontrol1=200; 
    // Minimum difference Pips between Parabolic Sars –  Price Low

ArrowLimit=35; // High or Low +- Arrow Pips
SendAnEmail=false; // Send E-Mail
CepUyariGonder=false; // Send Cell Phone Notificatiom
SesliAlarm=true;
// Sound Alert

AktifGrafikGoster=true; // Change Chart. Actively loads the graphic at the time of signal generation

note22 =
“0=OPEN, 1=CLOSE, 2=HIGH, 3=LOW”;

 MA1Mode1 = 1; //0=sma, 1=ema, 2=smma, 3=lwma

 note1 = “First Moving Average”;
 int MA1 = 79;
 note2 =
“0=sma, 1=ema, 2=smma, 3=lwma”;

e MA1Shift=371; 

 MA1Mode = 0 ;//0=sma, 1=ema, 2=smma, 3=lwma
 note4 = “Second Moving Average”;
 MA2
=   289;

 note5 = “0=sma, 1=ema, 2=smma, 3=lwma”;
int MA2Shift=-371;

 MA2Mode = 0;//0=sma, 1=ema, 2=smma, 3=lwma