Cómo poder juntar el código de estos dos indicadores en uno solo código

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elfuncionari 2020.03.27 02:52

Por favor, alguien podría ayudarme a juntar en un sólo código , estos dos códigos de estos dos indicadores?

INDICADOR 1

#property indicator_separate_window

#property indicator_minimum 0

#property indicator_maximum 100

#property indicator_buffers 2

#property indicator_color1 clrBlue

#property indicator_color2 clrPurple

//---- input parameters

extern int RSIOMA = 14;

extern int RSIOMA_MODE = MODE_EMA;

extern int RSIOMA_PRICE = PRICE_CLOSE;

extern int Ma_RSIOMA = 21,

Ma_RSIOMA_MODE = MODE_EMA;

//---- buffers

double RSIBuffer[];

double PosBuffer[];

double NegBuffer[];

double marsioma[];

string short_name;

//+------------------------------------------------------------------+

//| Custom indicator initialization function |

//+------------------------------------------------------------------+

int init()

{

short_name = StringConcatenate("RSIOMA(",RSIOMA,")");

IndicatorBuffers(4);

SetIndexBuffer(0,RSIBuffer);

SetIndexBuffer(1,marsioma);

SetIndexStyle(0,DRAW_LINE,STYLE_SOLID);

SetIndexStyle(1,DRAW_LINE,STYLE_SOLID);

SetIndexBuffer(2,PosBuffer);

SetIndexBuffer(3,NegBuffer);

IndicatorShortName("");

SetIndexLabel(0,NULL);

SetIndexLabel(1,NULL);

SetIndexLabel(2,NULL);

SetIndexLabel(3,NULL);

SetIndexDrawBegin(0,RSIOMA);

SetIndexDrawBegin(1,RSIOMA);

SetIndexDrawBegin(2,RSIOMA);

SetIndexDrawBegin(3,RSIOMA);

//----

return(0);

}

//+------------------------------------------------------------------+

//| Relative Strength Index |

//+------------------------------------------------------------------+

int start()

{

int i,counted_bars=IndicatorCounted();

double rel,negative,positive;

//----

if(Bars<=RSIOMA) return(0);

//---- initial zero

if(counted_bars<1)

for(i=1;i<=RSIOMA;i++) RSIBuffer[Bars-i]=0.0;

//----

i=Bars-RSIOMA-1;

int ma = i;

if(counted_bars>=RSIOMA) i=Bars-counted_bars-1;

while(i>=0)

{

double sumn=0.0,sump=0.0;

if(i==Bars-RSIOMA-1)

{

int k=Bars-2;

//---- initial accumulation

while(k>=i)

{

double cma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,k);

double pma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,k+1);

rel=cma-pma;

if(rel>0) sump+=rel;

else sumn-=rel;

k--;

}

positive=sump/RSIOMA;

negative=sumn/RSIOMA;

}

else

{

//---- smoothed moving average

double ccma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,i);

double ppma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,i+1);

rel=ccma-ppma;

if(rel>0) sump=rel;

else sumn=-rel;

positive=(PosBuffer[i+1]*(RSIOMA-1)+sump)/RSIOMA;

negative=(NegBuffer[i+1]*(RSIOMA-1)+sumn)/RSIOMA;

}

PosBuffer[i]=positive;

NegBuffer[i]=negative;

if(negative==0.0) RSIBuffer[i]=0.0;

else

{

RSIBuffer[i]=100.0-100.0/(1+positive/negative);

}

i--;

}

while(ma>=0)

{

marsioma[ma] = iMAOnArray(RSIBuffer,0,Ma_RSIOMA,0,Ma_RSIOMA_MODE,ma);

ma--;

}

//----

return(0);

}

//+------------------------------------------------------------------+

INDICADOR 2:

#property indicator_separate_window

#property indicator_minimum 0.00

#property indicator_maximum 100.00

#property indicator_buffers 4

#property indicator_color1 Lime

#property indicator_color2 Red

#property indicator_color3 clrBlue

#property indicator_color4 clrPurple

#property indicator_level1 20

#property indicator_level2 80

//+------------------------------------------------------------------+

//| Common External variables |

//+------------------------------------------------------------------+

extern int RSIOMA = 14;

extern int RSIOMA_MODE = MODE_EMA;

extern int RSIOMA_PRICE = PRICE_CLOSE;

extern int Ma_RSIOMA = 21,

Ma_RSIOMA_MODE = MODE_EMA;

//+------------------------------------------------------------------+

//| External variables |

//+------------------------------------------------------------------+

extern double Slw = 8;

extern double Pds = 13;

extern double Slwsignal = 9;

extern int Barcount = 2000;

//+------------------------------------------------------------------+

//| Special Convertion Functions |

//+------------------------------------------------------------------+

int LastTradeTime;

double ExtHistoBuffer[];

double ExtHistoBuffer2[];

bool BuyAlert=false, SellAlert=false;

double RSIBuffer[];

double PosBuffer[];

double NegBuffer[];

double marsioma[];

string short_name;

void SetLoopCount(int loops)

{

}

void SetIndexValue(int shift, double value)

{

ExtHistoBuffer[shift] = value;

// Print ("ExtHistoBuffer :" ,value); // green

}

void SetIndexValue2(int shift, double value)

{

ExtHistoBuffer2[shift] = value;

// Print ("ExtHistoBuffer2 :" ,value); // green

}

double GetIndexValue(int shift)

{

return(ExtHistoBuffer[shift]);

}

double GetIndexValue2(int shift)

{

return(ExtHistoBuffer2[shift]);

}

//+------------------------------------------------------------------+

//| End |

//+------------------------------------------------------------------+

//| Initialization |

//+------------------------------------------------------------------+

int init()

{

SetIndexStyle(0, DRAW_LINE, STYLE_SOLID);

SetIndexBuffer(0, ExtHistoBuffer);

SetIndexStyle(1, DRAW_LINE, STYLE_SOLID);

SetIndexBuffer(1, ExtHistoBuffer2);

short_name = StringConcatenate("RSIOMA(",RSIOMA,")");

IndicatorBuffers(4);

SetIndexBuffer(0,RSIBuffer);

SetIndexBuffer(1,marsioma);

SetIndexStyle(0,DRAW_LINE,STYLE_SOLID);

SetIndexStyle(1,DRAW_LINE,STYLE_SOLID);

SetIndexBuffer(2,PosBuffer);

SetIndexBuffer(3,NegBuffer);

IndicatorShortName("");

SetIndexLabel(0,NULL);

SetIndexLabel(1,NULL);

SetIndexLabel(2,NULL);

SetIndexLabel(3,NULL);

SetIndexDrawBegin(0,RSIOMA);

SetIndexDrawBegin(1,RSIOMA);

SetIndexDrawBegin(2,RSIOMA);

SetIndexDrawBegin(3,RSIOMA);

return(0);

}

int start()

{

//+------------------------------------------------------------------+

//| Local variables |

//+------------------------------------------------------------------+

double AA = 0;

double bb = 0;

double aa1 = 0;

double cnt1 = 0;

int shift = 0;

double cnt = 0;

double loopbegin = 0;

double loopbegin2 = 0;

double loopbegin3 = 0;

bool first = True;

double prevbars = 0;

double sum = 0;

double smconst = 0;

double smconst1 = 0;

double prev = 0;

double prev1 = 0;

double prev2 = 0;

double prev3 = 0;

double weight = 0;

double linear = 0;

double MAValue = 0;

double MAValue2 = 0;

double mavalue3 = 0;

string MAstring = "";

double MyHigh = 0;

double MyLow = 0;

int counter = 0;

double Price = 0;

double Price1 = 0;

double tmpDevAA = 0;

SetLoopCount(0);

smconst = 2 / (1+Slw);

smconst1 = 2 / (1+Slwsignal);

loopbegin = loopbegin+1;

for(shift =Barcount;shift >=0 ;shift --)

{

prev = GetIndexValue2(shift+1);

// Yousky 15/05/2006 - Change to avoid Zero divide exception.

AA = 0;

tmpDevAA = (High[Highest(NULL, 0, MODE_HIGH,shift+Pds,Pds)] - Low[Lowest(NULL, 0, MODE_LOW,shift+Pds,Pds)]);

if (tmpDevAA != 0)

AA = 100* ((Close[shift] - Low[Lowest(NULL, 0, MODE_LOW,shift+Pds,Pds)]) / tmpDevAA);

// ---

MAValue2 = smconst * (AA-prev) + prev;

SetIndexValue2(shift,MAValue2);

loopbegin = loopbegin-1;

}

loopbegin2 = loopbegin2+1;

for(shift =Barcount-Pds;shift >=0 ;shift --){

MyHigh = -999999;

MyLow = 99999999;

for(counter =shift;counter <=Pds + shift ;counter ++){

Price= GetIndexValue2(counter);

if( Price > MyHigh )

MyHigh = Price;

if( Pds <= 0 )

MyHigh = Price;

if( Price < MyLow )

MyLow = Price;

if( Pds <= 0 )

MyLow = Price;

}

prev1 = GetIndexValue(shift+1);

aa1=GetIndexValue2(shift);

// Yousky 15/05/2006 - Change to avoid Zero divide exception.

bb= 0;

if ((MyHigh-MyLow) != 0)

bb=100*(aa1-MyLow)/(MyHigh-MyLow);

// ---

MAValue = smconst * (bb-prev1) + prev1;

SetIndexValue(shift,MAValue);

loopbegin2 = loopbegin2-1;

}

//Print (MAValue); // green

loopbegin3 = loopbegin3+1;

for(shift =Barcount;shift >=0 ;shift --){

prev2=GetIndexValue2(shift+1);

prev3=GetIndexValue(shift);

mavalue3= smconst1 * (prev3-prev2) +prev2;

SetIndexValue2(shift,mavalue3);

loopbegin3 = loopbegin3-1;

int i,counted_bars=IndicatorCounted();

double rel,negative,positive;

//----

if(Bars<=RSIOMA) return(0);

//---- initial zero

if(counted_bars<1)

for(i=1;i<=RSIOMA;i++) RSIBuffer[Bars-i]=0.0;

//----

i=Bars-RSIOMA-1;

int ma = i;

if(counted_bars>=RSIOMA) i=Bars-counted_bars-1;

while(i>=0)

{

double sumn=0.0,sump=0.0;

if(i==Bars-RSIOMA-1)

{

int k=Bars-2;

//---- initial accumulation

while(k>=i)

{

double cma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,k);

double pma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,k+1);

rel=cma-pma;

if(rel>0) sump+=rel;

else sumn-=rel;

k--;

}

positive=sump/RSIOMA;

negative=sumn/RSIOMA;

}

else

{

//---- smoothed moving average

double ccma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,i);

double ppma = iMA(Symbol(),0,RSIOMA,0,RSIOMA_MODE,RSIOMA_PRICE,i+1);

rel=ccma-ppma;

if(rel>0) sump=rel;

else sumn=-rel;

positive=(PosBuffer[i+1]*(RSIOMA-1)+sump)/RSIOMA;

negative=(NegBuffer[i+1]*(RSIOMA-1)+sumn)/RSIOMA;

}

PosBuffer[i]=positive;

NegBuffer[i]=negative;

if(negative==0.0) RSIBuffer[i]=0.0;

else

{

RSIBuffer[i]=100.0-100.0/(1+positive/negative);

}

i--;

}

while(ma>=0)

{

marsioma[ma] = iMAOnArray(RSIBuffer,0,Ma_RSIOMA,0,Ma_RSIOMA_MODE,ma);

ma--;

}

return(0);

}

if(ExtHistoBuffer[0] > ExtHistoBuffer2[0] && ExtHistoBuffer[0]<20.1 && ExtHistoBuffer2[0] < 20.1 && BuyAlert==False)

{

Alert ("Doda-Stochastic says Buy ",Symbol()," at ",Close[0]);

BuyAlert = True;

SellAlert = False;

}

if(ExtHistoBuffer2[0] > ExtHistoBuffer[0] && ExtHistoBuffer[0]>80.1 && ExtHistoBuffer2[0] > 80.1 && SellAlert==False)

{

// sell signal

Alert ("Doda-Stochastic says Sell ",Symbol()," at ",Close[0]);

BuyAlert = false;

SellAlert = True;

}

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