//+------------------------------------------------------------------+
//| geFiboPlug.mq4 |
//| Copyright © 2007, ver 1.0 |
//| Forte928 |
//+------------------------------------------------------------------+
#property copyright "Forte928"
#property link ""
#define IndicatorName "geFiboPlug"
#property indicator_chart_window
//#property indicator_minimum -100
//#property indicator_maximum 100
#property indicator_buffers 3
#property indicator_color1 Aqua //Goldenrod//LightSkyBlue
#property indicator_color2 Khaki
#property indicator_color3 DodgerBlue //PaleGreen
extern int Alpha = 200;
extern int Counter = 5000;
//double FreqTOL =0.0001;//Tolerance of frequency calculation for Method 1
double FxView1[];
double FxView2[];
double FxView3[];
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~V~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Work Variables ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
datetime TimeCalc;
double IndexBuf1[];
double IndexBuf2[];
double IndexBuf3[];
double TimeBuf1[0];
double TimeBuf2[0];
double TimeBuf3[0];
double TimeBuf4[0];
double TimeBuf5[0];
double TimeBuf6[0];
double TimeBuf7[0];
double TimeBuf8[0];
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~V~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Initialization program Buffers ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
void InitBufferam(int iBufferSize)
{
ArrayResize(IndexBuf1,iBufferSize);
ArrayResize(IndexBuf2,iBufferSize);
ArrayResize(IndexBuf3,iBufferSize);
ArrayResize(TimeBuf1,iBufferSize);
ArrayResize(TimeBuf2,iBufferSize);
ArrayResize(TimeBuf3,iBufferSize);
ArrayResize(TimeBuf4,iBufferSize);
ArrayResize(TimeBuf5,iBufferSize);
ArrayResize(TimeBuf6,iBufferSize);
ArrayResize(TimeBuf7,iBufferSize);
ArrayResize(TimeBuf8,iBufferSize);
// ------------------------
return;
}
void EmptyBufferam()
{
ArrayInitialize(IndexBuf1,EMPTY_VALUE);
ArrayInitialize(IndexBuf2,EMPTY_VALUE);
ArrayInitialize(IndexBuf3,EMPTY_VALUE);
ArrayInitialize(TimeBuf1,EMPTY_VALUE);
ArrayInitialize(TimeBuf2,EMPTY_VALUE);
ArrayInitialize(TimeBuf3,EMPTY_VALUE);
ArrayInitialize(TimeBuf4,EMPTY_VALUE);
ArrayInitialize(TimeBuf5,EMPTY_VALUE);
ArrayInitialize(TimeBuf6,EMPTY_VALUE);
ArrayInitialize(TimeBuf7,EMPTY_VALUE);
ArrayInitialize(TimeBuf8,EMPTY_VALUE);
// -->
InitChart(FxView1); // -->
InitChart(FxView2); // -->
InitChart(FxView3); // -->
return;
}
void DoneBufferam()
{
ArrayResize(IndexBuf1,0);
ArrayResize(IndexBuf2,0);
ArrayResize(IndexBuf3,0);
ArrayResize(TimeBuf1,0);
ArrayResize(TimeBuf2,0);
ArrayResize(TimeBuf3,0);
ArrayResize(TimeBuf4,0);
ArrayResize(TimeBuf5,0);
ArrayResize(TimeBuf6,0);
ArrayResize(TimeBuf7,0);
ArrayResize(TimeBuf8,0);
//---------------------------------
return;
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~V~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Program Constants ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
int MaxPeriod=0;
int CalcCount=0;
string FiboLeft="_FiboLeft";
string FiboRight="_FiboRight";
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Custom indicator initialization function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
int init()
{
FiboLeft=Symbol()+FiboLeft;
FiboRight=Symbol()+FiboRight;
//---- initialization program values --------------------------------
MaxPeriod=0;//MathMax(ELMAPrd,MathMax(SlowPrd,MathMax(SlowPrd,SlowPrd)));
InitBufferam(MaxCounter(Counter,MaxPeriod));
CalcCount=InitCounter(Counter,MaxPeriod);
TimeCalc=0; // Ticket èíäåêñà âðåìåíè, íà÷àëà îáíîâëåíèÿ áóôåðà õðàíåíèÿ
//---- initialization indicators -------------------------------------
SetupChartLine(0,FxView1,0,1,"Close ");
SetupChartLine(1,FxView2,2,2,"Close ");
SetupChartLine(2,FxView3,2,2,"Close ");
//IndicatorShortName(IndicatorName);
IndicatorDigits(MarketInfo(Symbol(),MODE_DIGITS));
SetIndexStyle(0,DRAW_LINE,STYLE_DOT);
TicketGo(0);
//----
return(0);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~V~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~ TickGo ~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
datetime TickGo; // ñòàðîå çíà÷åíèå òèêåòà âðåìåíè
bool TicketGo(int TickInit)
{
if (TickInit==0) TickGo=0;
else {
if (TickGo==Time[0]) return(false);
TickGo=Time[0];
}
return(true);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Custom indicator deinitialization function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
int deinit()
{
//----
ObjectDelete(FiboLeft);
ObjectDelete(FiboRight);
DoneBufferam();
//----
return(0);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~V~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Start defination ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
int start()
{
if (!TicketGo(1)) return(0);
if (!StartCounter(IndicatorName,Counter,CalcCount,MaxPeriod)) return(-1);
//------------------------------------------------------------------------------------
string iTools=Symbol();
int BaseFrame=Period();
int Shifter=0;
CopySeriesTools(TimeBuf1,Symbol(),Period(),MODE_HIGH,Shifter);
CopySeriesTools(TimeBuf2,Symbol(),Period(),MODE_CLOSE,Shifter);
CopySeriesTools(TimeBuf3,Symbol(),Period(),MODE_LOW,Shifter);
HPFilter(TimeBuf2,TimeBuf4,Alpha,CalcCount);
int IxState=0;
int SxState=0;
if (TimeBuf4[CalcCount-1]>TimeBuf4[CalcCount]) SxState=1;
if (TimeBuf4[CalcCount-1]<TimeBuf4[CalcCount]) SxState=-1;
int IxLeft=EMPTY_VALUE;
int IxMidle=EMPTY_VALUE;
int IxRight=EMPTY_VALUE;
int IxIndex=0;
ArrayInitialize(IndexBuf2,EMPTY_VALUE);
for (int Rx=CalcCount-1;Rx>=0;Rx--){
IxState=0; // îáíóëåíèå íàïðàâëåíèÿ êðèâîé
if (TimeBuf4[Rx]>TimeBuf4[Rx+1]) IxState=1; // Îïðåäåëåíî íàïðàâëåíèå êðèâîé ââåðõ
if (TimeBuf4[Rx]<TimeBuf4[Rx+1]) IxState=-1; // Îïðåäåëåíî íàïðàâëåíèå êðèâîé âíèç
// if (Rx<50) Print(Rx," ",IxState," ",SxState);
if ((SxState!=IxState)&&(IxState!=0)) { // Ïðîâåðêà íà èçìåíåíèå íàïðàâëåíèÿ êðèâîé
// if (Rx<50) Print(Rx," ",IxState," ",SxState," ",IxRight," ",IxMidle," ",IxLeft);
if (IxRight==EMPTY_VALUE) IxRight=(Rx-1)*SxState;
if (IxMidle!=EMPTY_VALUE){
if (IxLeft!=EMPTY_VALUE) {
IxIndex=MathAbs(IxLeft);
IndexBuf2[IxIndex]=IxLeft;
}
}
IxLeft=IxMidle;
IxMidle=IxRight;
IxRight=EMPTY_VALUE;
SxState=IxState;
}
else IxRight=(Rx+1)*SxState;
}
IxIndex=MathAbs(IxLeft);
if (IxLeft!=EMPTY_VALUE) IndexBuf2[IxIndex]=IxLeft;
IxIndex=MathAbs(IxMidle);
if (IxMidle!=EMPTY_VALUE) IndexBuf2[IxIndex]=IxMidle;
IxIndex=MathAbs(IxRight);
if (IxRight!=EMPTY_VALUE) IndexBuf2[IxIndex]=IxRight;
ArrayInitialize(TimeBuf5,EMPTY_VALUE);
ArrayInitialize(TimeBuf6,EMPTY_VALUE);
IxLeft=EMPTY_VALUE;
IxMidle=EMPTY_VALUE;
IxRight=CalcCount-1;
double FiboValue[3];
int FiboIndex[3];
for (Rx=CalcCount-1;Rx>=0;Rx--) {
if (IndexBuf2[Rx]!=EMPTY_VALUE) {
IxLeft=IxMidle;
IxMidle=IxRight;
IxRight=IndexBuf2[Rx];
if (IxLeft!=EMPTY_VALUE) {
if (IxMidle>0) {
IxIndex=ArrayMaximum(TimeBuf1,MathAbs(IxLeft)-MathAbs(IxRight),MathAbs(IxRight));
TimeBuf5[IxIndex]=TimeBuf1[IxIndex];
FiboValue[2]=FiboValue[1];FiboValue[1]=FiboValue[0];
FiboIndex[2]=FiboIndex[1];FiboIndex[1]=FiboIndex[0];
FiboValue[0]=TimeBuf1[IxIndex];
FiboIndex[0]=Time[IxIndex];
}
if (IxMidle<0) {
IxIndex=ArrayMinimum(TimeBuf3,MathAbs(IxLeft)-MathAbs(IxRight),MathAbs(IxRight));
TimeBuf6[IxIndex]=TimeBuf3[IxIndex];
FiboValue[2]=FiboValue[1];FiboValue[1]=FiboValue[0];
FiboIndex[2]=FiboIndex[1];FiboIndex[1]=FiboIndex[0];
FiboValue[0]=TimeBuf3[IxIndex];
FiboIndex[0]=Time[IxIndex];
}
}
if ((IxLeft==EMPTY_VALUE)&&(IxMidle!=EMPTY_VALUE)) {
if (IxMidle>0) {
IxIndex=ArrayMaximum(TimeBuf1,CalcCount-MathAbs(IxRight),MathAbs(IxRight));
TimeBuf5[IxIndex]=TimeBuf1[IxIndex];
FiboValue[2]=FiboValue[1];FiboValue[1]=FiboValue[0];
FiboIndex[2]=FiboIndex[1];FiboIndex[1]=FiboIndex[0];
FiboValue[0]=TimeBuf1[IxIndex];
FiboIndex[0]=Time[IxIndex];
}
if (IxMidle<0) {
IxIndex=ArrayMinimum(TimeBuf3,CalcCount-MathAbs(IxRight),MathAbs(IxRight));
TimeBuf6[IxIndex]=TimeBuf3[IxIndex];
FiboValue[2]=FiboValue[1];FiboValue[1]=FiboValue[0];
FiboIndex[2]=FiboIndex[1];FiboIndex[1]=FiboIndex[0];
FiboValue[0]=TimeBuf3[IxIndex];
FiboIndex[0]=Time[IxIndex];
}
}
// if (Rx<50) Print(Rx,") ",IxRight," ",IxMidle," ",IxLeft,"> ",IxIndex);
}
if (Rx==0) {
if (IxRight>0) {
IxIndex=ArrayMaximum(TimeBuf1,MathAbs(IxMidle),0);
TimeBuf5[IxIndex]=TimeBuf1[IxIndex];
FiboValue[2]=FiboValue[1];FiboValue[1]=FiboValue[0];
FiboIndex[2]=FiboIndex[1];FiboIndex[1]=FiboIndex[0];
FiboValue[0]=TimeBuf1[IxIndex];
FiboIndex[0]=Time[IxIndex];
}
if (IxRight<0) {
IxIndex=ArrayMinimum(TimeBuf3,MathAbs(IxMidle),0);
TimeBuf6[IxIndex]=TimeBuf3[IxIndex];
FiboValue[2]=FiboValue[1];FiboValue[1]=FiboValue[0];
FiboIndex[2]=FiboIndex[1];FiboIndex[1]=FiboIndex[0];
FiboValue[0]=TimeBuf3[IxIndex];
FiboIndex[0]=Time[IxIndex];
// if (Rx<50) Print(Rx,") ",IxRight," ",IxMidle," ",IxLeft,"> ",IxIndex," Min ");
}
}
}
FiboSeting(FiboLeft,0,FiboIndex[2],FiboValue[2],FiboIndex[1],FiboValue[1],Lime);
FiboSeting(FiboRight,0,FiboIndex[1],FiboValue[1],FiboIndex[0],FiboValue[0],OrangeRed);
// FiboSeting("FiboLeft",0,FiboIndex[1],FiboValue[1],FiboIndex[2],FiboValue[2],Lime);
// FiboSeting("FiboRight",0,FiboIndex[0],FiboValue[0],FiboIndex[1],FiboValue[1],OrangeRed);
ArrayCopy(FxView1,TimeBuf4,Shifter,0,CalcCount);
ArrayCopy(FxView2,TimeBuf5,Shifter,0,CalcCount);
ArrayCopy(FxView3,TimeBuf6,Shifter,0,CalcCount);
//----
return(0);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
void FiboSeting(string FiboName,int iWindow,double iTime1,double iPrice1,double iTime2,double iPrice2,color iColor)
{
if (ObjectFind(FiboName)<0) {
ObjectCreate(FiboName,OBJ_FIBO,0,0,0,0,0);
ObjectSet(FiboName,OBJPROP_FIBOLEVELS,23);
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+0,0); ObjectSetFiboDescription(FiboName,0,"0");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+1,0.146); ObjectSetFiboDescription(FiboName,1,"14.6");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+2,0.236); ObjectSetFiboDescription(FiboName,2,"23.6");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+3,0.382); ObjectSetFiboDescription(FiboName,3,"38.2");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+4,0.618); ObjectSetFiboDescription(FiboName,4,"61.8");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+5,0.50); ObjectSetFiboDescription(FiboName,5,"50.0");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+6,0.764); ObjectSetFiboDescription(FiboName,6,"76.4");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+7,0.809); ObjectSetFiboDescription(FiboName,7,"80.9");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+8,0.854); ObjectSetFiboDescription(FiboName,8,"85.4");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+9,1.00); ObjectSetFiboDescription(FiboName,9,"100.0");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+10,1.146); ObjectSetFiboDescription(FiboName,10,"114.6");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+11,1.236); ObjectSetFiboDescription(FiboName,11,"123.6");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+12,1.382); ObjectSetFiboDescription(FiboName,12,"138.2");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+13,1.618); ObjectSetFiboDescription(FiboName,13,"161.8");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+14,1.50); ObjectSetFiboDescription(FiboName,14,"150.0");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+15,1.764); ObjectSetFiboDescription(FiboName,15,"176.4");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+16,1.809); ObjectSetFiboDescription(FiboName,16,"180.9");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+17,1.854); ObjectSetFiboDescription(FiboName,17,"185.4");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+18,2.00); ObjectSetFiboDescription(FiboName,18,"200.0");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+19,2.146); ObjectSetFiboDescription(FiboName,19,"214.6");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+20,2.236); ObjectSetFiboDescription(FiboName,20,"223.6");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+21,2.382); ObjectSetFiboDescription(FiboName,21,"238.2");
ObjectSet(FiboName,OBJPROP_FIRSTLEVEL+22,2.618); ObjectSetFiboDescription(FiboName,22,"261.8");
ObjectSet(FiboName,OBJPROP_LEVELCOLOR,iColor);
ObjectSet(FiboName,OBJPROP_LEVELSTYLE,STYLE_DOT);
ObjectSet(FiboName,OBJPROP_RAY,false);
}
ObjectSet(FiboName,OBJPROP_TIME1,iTime1);ObjectSet(FiboName,OBJPROP_PRICE1,iPrice1);
ObjectSet(FiboName,OBJPROP_TIME2,iTime2);ObjectSet(FiboName,OBJPROP_PRICE2,iPrice2);
return;
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
void InitChart(double& ayShift[]) // Ñìåùåíèå
{
if (ArraySize(ayShift)>0) ArrayInitialize(ayShift,EMPTY_VALUE);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~ InitCounter ~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
int InitCounter(int iPreCount,int iMaxPeriod)
{
// Rule 1
//if ((Result==0)||(Result>Bars)) Result=Bars;
int Result=MaxCounter(iPreCount,iMaxPeriod);
// Rule 2
if ((Result+iMaxPeriod)>Bars) Result=Bars-iMaxPeriod;
// Rule 3
if (Result<iMaxPeriod) Result=0;
else Result=Result+iMaxPeriod;
return(Result);
}
//------------------------------------------ StartCounter --------------------------
bool StartCounter(string WindowName,int iPreCount,int& iCalcCount,int iMaxPeriod)
{
if ((iPreCount>iCalcCount)||(iPreCount==0)) iCalcCount=InitCounter(iPreCount,iMaxPeriod);
if (iCalcCount==0)
{
Alert(WindowName+" "+Symbol()+"("+Period()+") - Limited Calculate Period");
return(false);
}
return(true);
//int iBarCount=IndicatorCounted();
//if (iBarCount>0) return(true);
//Print("StartCounter");
return(false);
}
//------------------------------------------ StartCounter --------------------------
int MaxCounter(int iPreCount,int iMaxPeriod)
{
int Result=iPreCount;
// Rule 1
//if ((Result==0)||(Result>Bars)) Result=Bars;
if (Result==0) Result=Bars-1;
if (Result<iMaxPeriod) Result=iMaxPeriod;
return(Result+iMaxPeriod);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~ Style active Line ~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
void SetupChartLine(int Index,double& ViewAy[],int Style,int Width,string Label)
{
switch(Style)
{
case 0 : SetIndexStyle(Index,DRAW_LINE,STYLE_SOLID,Width);break;
case 1 : SetIndexStyle(Index,DRAW_HISTOGRAM,STYLE_SOLID,Width);break;
case 2 : SetIndexStyle(Index,DRAW_ARROW,STYLE_SOLID,Width);break;
default : SetIndexStyle(Index,DRAW_LINE,STYLE_SOLID,Width);break;
}
if (Label!="") SetIndexLabel(Index,Label);
SetIndexBuffer(Index,ViewAy);
return(0);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~ CopySeriesTools ~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
void CopySeriesTools(double& CopyRate[],string iTools,int iFrame,int iModePrice,int iShift)
{
for (int Cx=0;Cx<ArraySize(CopyRate);Cx++){
switch (iModePrice) {
case MODE_OPEN : CopyRate[Cx]=iOpen(iTools,iFrame,Cx+iShift);break;
case MODE_LOW : CopyRate[Cx]=iLow(iTools,iFrame,Cx+iShift);break;
case MODE_HIGH : CopyRate[Cx]=iHigh(iTools,iFrame,Cx+iShift);break;
case MODE_CLOSE : CopyRate[Cx]=iClose(iTools,iFrame,Cx+iShift);break;
case MODE_VOLUME : CopyRate[Cx]=iVolume(iTools,iFrame,Cx+iShift);break;
case MODE_TIME : CopyRate[Cx]=iTime(iTools,iFrame,Cx+iShift);break;
//case MODE_MEDIAN : CopyRate[Cx]=(iHigh(iTools,iFrame,Cx+iShift)+iLow(iTools,iFrame,Cx+iShift))/2;break;
//case MODE_TYPICAL : CopyRate[Cx]=(iHigh(iTools,iFrame,Cx+iShift)+iLow(iTools,iFrame,Cx+iShift)+iClose(iTools,iFrame,Cx+iShift))/3;break;
//case MODE_WEIGHTED: CopyRate[Cx]=(iHigh(iTools,iFrame,Cx+iShift)+iLow(iTools,iFrame,Cx+iShift)+iOpen(iTools,iFrame,Cx+iShift)+iClose(iTools,iFrame,Cx+iShift))/4;break;
//PRICE_MEDIAN 4 Ñðåäíÿÿ öåíà, (high+low)/2
//PRICE_TYPICAL 5 Òèïè÷íàÿ öåíà, (high+low+close)/3
//PRICE_WEIGHTED 6 Âçâåøåííàÿ öåíà çàêðûòèÿ, (high+low+close+close)/4
}
}
return;
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//~~ HPFilter - Ôèëüòð Õîäðèêà-Ïðåñêîòòà ~~
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Hodrick-Prescott Filter-----------------------------------------------------------------+
void HPFilter(double& aySource[],double& ayResult[],int Lambda,int iCount)
{
double Ak[],Bk[],Ck[],H1,H2,H3,H4,H5,HH1,HH2,HH3,HH4,HH5,HB,HC,Z;
ArrayResize(Ak,iCount);
ArrayResize(Bk,iCount);
ArrayResize(Ck,iCount);
Ak[0]=1.0+Lambda;
Bk[0]=-2.0*Lambda;
Ck[0]=Lambda;
for(int Hx=1;Hx<iCount-2;Hx++)
{
Ak[Hx]=6.0*Lambda+1.0;
Bk[Hx]=-4.0*Lambda;
Ck[Hx]=Lambda;
}
Ak[1]=5.0*Lambda+1;
Ak[iCount-1]=1.0+Lambda;
Ak[iCount-2]=5.0*Lambda+1.0;
Bk[iCount-2]=-2.0*Lambda;
Bk[iCount-1]=0.0;
Ck[iCount-2]=0.0;
Ck[iCount-1]=0.0;
//Forward
for(Hx=0;Hx<iCount;Hx++)
{
Z=Ak[Hx]-H4*H1-HH5*HH2;
HB=Bk[Hx];
HH1=H1;
H1=(HB-H4*H2)/Z;
Bk[Hx]=H1;
HC=Ck[Hx];
HH2=H2;
H2=HC/Z;
Ck[Hx]=H2;
Ak[Hx]=(aySource[Hx]-HH3*HH5-H3*H4)/Z;
HH3=H3;
H3=Ak[Hx];
H4=HB-H5*HH1;
HH5=H5;
H5=HC;
}
//Backward
H2=0;
H1=Ak[iCount-1];
ayResult[iCount-1]=H1;
for(Hx=iCount-2;Hx>=0;Hx--)
{
ayResult[Hx]=Ak[Hx]-Bk[Hx]*H1-Ck[Hx]*H2;
H2=H1;
H1=ayResult[Hx];
}
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Sample
Analysis
Market Information Used:
Series array that contains open time of each bar
Series array that contains open prices of each bar
Series array that contains the lowest prices of each bar
Series array that contains the highest prices of each bar
Series array that contains close prices for each bar
Series array that contains tick volumes of each bar
Indicator Curves created:
Implements a curve of type DRAW_LINE
Implements a curve of type DRAW_HISTOGRAM
Implements a curve of type DRAW_ARROW
Indicators Used:
Custom Indicators Used:
Order Management characteristics:
Other Features:
It issuies visual alerts to the screen