MT4软件---江恩理论指标斐波那契扇形划线顶底公式源码

Connor OKX钱包 2023-06-16 129 0

想要找一些外汇MT4的指标，附有源码，交易的时候可以辅助，编写指标的时候可以参考学习，想改善的时候，可以编辑外汇软件mt4。

转载请注明出处外汇软件mt4，公众号：智能云策略

江恩理论斐波那契扇形划线顶底指标

江恩理论认为股票、期货等金融投资市场，也存在着宇宙中的自然规则，市场的价格运行趋势不是杂乱的，而是可通过数学方法预测的外汇软件mt4。它的实质就是在看似无序的市场中建立了严格的交易秩序，可以用来发现何时价格会发生回调和将回调到什么价位。

斐波那契扇形线可以为你提供支撑位和阻力位以及时间因数，找到回撤位和突破位，还可以预测到未来行情的移动趋势，同时也能把多个分析系统的技术功能全部实现外汇软件mt4。但是，斐波那契扇形线能够绘制一系列带角度的趋势线而不是平行的“阶梯线”。

在使用中需要注意的是，斐波那契扇形线不能应用于小周期外汇软件mt4。因为在小周期图表中，测试出来的准确度较差，最好使用1天，周，月以上的周期图形来进行测量

展开全文

源码

#property indicator_chart_window

#property indicator_buffers 1

#property indicator_color1 AliceBlue

#property indicator_width1 0

#property indicator_style1 2

extern double angle_up = 22.5;

extern double angle_dn = 22.5;

extern int Width = 0;

extern int Style = 2;

extern int kol_lev = 8;

extern color ResistanceColor = Tomato;

extern color SupportColor = DodgerBlue;

extern color Level_0 = LightSteelBlue;

extern bool lev_V = true;

extern color Level_V = LightSteelBlue;

extern int Complect = 0;

color öâåò_óðîâíÿ;

extern int ExtDepth=21;

extern int ExtDeviation=5;

extern int ExtBackstep=3;

double ZigZagBuffer[];

int timeFirstBar=0;

int flag;

bool work=true;

double vel_prev;

//| ZigZag initialization function |

int init()

SetIndexBuffer(0,ZigZagBuffer);

SetIndexStyle(0,DRAW_SECTION,2);

SetIndexEmptyValue(0,0.0);

IndicatorShortName("ZigZag("+ExtDepth+","+ExtDeviation+","+ExtBackstep+")");

return(0);

//| deinit |

int deinit()

ObjDel();

Comment("");

return(0);

//| ZigZag iteration function |

int start()

if (Bars-1<ExtDepth)return(0);

static int time2,time3,time4;

static double ZigZag2,ZigZag3,ZigZag4;

int MaxBar,limit,supr2_bar,supr3_bar,supr4_bar,counted_bars=IndicatorCounted();

if (counted_bars<0)return(-1);

if (counted_bars>0) counted_bars--;

int index, shift, back,lasthighpos,lastlowpos;

double val,res,TempBuffer[1];

double curlow,curhigh,lasthigh,lastlow;

int metka=0; // =0 - äî ïåðâîãî ïåðåëîìà ZZ. =1 - èùåì ìåòêè ìàêñèìóìîâ. =2 - èùåì ìåòêè ìèíèìóìîâ.

MaxBar=Bars-ExtDepth;

if (counted_bars==0 || Bars-counted_bars>2)

limit=MaxBar;

else

supr2_bar=iBarShift(NULL,0,time2,TRUE);

supr3_bar=iBarShift(NULL,0,time3,TRUE);

supr4_bar=iBarShift(NULL,0,time4,TRUE);

limit=supr3_bar;

if ((supr2_bar<0)||(supr3_bar<0)||(supr4_bar<0))

limit=MaxBar;

if (limit>=MaxBar || timeFirstBar!=Time[Bars-1])

timeFirstBar=Time[Bars-1];

limit=MaxBar;

if (limit==MaxBar) ArrayResize(TempBuffer,Bars); else ArrayResize(TempBuffer,limit+ExtBackstep+1);

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

//--- Low

val=Low[Lowest(NULL,0,MODE_LOW,ExtDepth,shift)];

if(val==lastlow) val=0.0;

else

lastlow=val;

if((Low[shift]-val)>(ExtDeviation*Point)) val=0.0;

else

for(back=1; back<=ExtBackstep; back++)

res=ZigZagBuffer[shift+back];

if((res!=0)&&(res>val)) ZigZagBuffer[shift+back]=0.0;

if (Low[shift]==val)

ZigZagBuffer[shift]=val;

//if (ExtLabel==1) la[shift]=val;

else ZigZagBuffer[shift]=0.0;

//--- High

val=High[Highest(NULL,0,MODE_HIGH,ExtDepth,shift)];

if(val==lasthigh) val=0.0;

else

lasthigh=val;

if((val-High[shift])>(ExtDeviation*Point)) val=0.0;

else

for(back=1; back<=ExtBackstep; back++)

res=TempBuffer[shift+back];

if((res!=0)&&(res<val)) TempBuffer[shift+back]=0.0;

if (High[shift]==val)

TempBuffer[shift]=val;

//if (ExtLabel==1) ha[shift]=val;

else TempBuffer[shift]=0.0;

// final cutting

lasthigh=-1; lasthighpos=-1;

lastlow= -1; lastlowpos= -1;

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

curlow=ZigZagBuffer[shift];

curhigh=TempBuffer[shift];

if((curlow==0)&&(curhigh==0)) continue;

if(curhigh!=0)

if(lasthigh>0)

if(lasthigh<curhigh) TempBuffer[lasthighpos]=0;

else TempBuffer[shift]=0;

if(lasthigh<curhigh || lasthigh<0)

lasthigh=curhigh;

lasthighpos=shift;

lastlow=-1;

if(curlow!=0)

if(lastlow>0)

if(lastlow>curlow) ZigZagBuffer[lastlowpos]=0;

else ZigZagBuffer[shift]=0;

if((curlow<lastlow)||(lastlow<0))

lastlow=curlow;

lastlowpos=shift;

lasthigh=-1;

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

res=TempBuffer[shift];

if(res!=0.0) ZigZagBuffer[shift]=res;

int i=0,j=0;

res=0;

for (shift=0;i<3;shift++)

if (ZigZagBuffer[shift]>0)

i++;

if (i==1 && ZigZagBuffer[shift]==High[shift])

j=shift;

res=ZigZagBuffer[shift];

if (i==2 && res>0 && ZigZagBuffer[shift]==High[shift])

if (ZigZagBuffer[shift]>=ZigZagBuffer[j]) ZigZagBuffer[j]=0; else ZigZagBuffer[shift]=0;

res=0;

i=0;

j=0;

shift=0;

if (limit<MaxBar)

ZigZagBuffer[supr2_bar]=ZigZag2;

ZigZagBuffer[supr3_bar]=ZigZag3;

ZigZagBuffer[supr4_bar]=ZigZag4;

for(int qqq=supr4_bar-1; qqq>supr3_bar; qqq--)ZigZagBuffer[qqq]=0;

for(int ggg=supr3_bar-1; ggg>supr2_bar; ggg--)ZigZagBuffer[ggg]=0;

double vel1, vel2, vel3, vel4;

int bar1, bar2, bar3, bar4;

int count;

if (limit==MaxBar)supr4_bar=MaxBar;

for(int bar=supr4_bar; bar>=0; bar--)

if (ZigZagBuffer[bar]!=0)

count++;

vel4=vel3;bar4=bar3;

vel3=vel2;bar3=bar2;

vel2=vel1;bar2=bar1;

vel1=ZigZagBuffer[bar];bar1=bar;

ObjDel();

if (count<3)continue;

if ((vel3<vel2)&&(vel2<vel1)){ZigZagBuffer[bar2]=0;bar=bar3+1;}

if ((vel3>vel2)&&(vel2>vel1)){ZigZagBuffer[bar2]=0;bar=bar3+1;}

if ((vel2==vel1)&&(vel1!=0 )){ZigZagBuffer[bar1]=0;bar=bar3+1;}

time2=Time[bar2];

time3=Time[bar3];

time4=Time[bar4];

ZigZag2=vel2;

ZigZag3=vel3;

ZigZag4=vel4;

if(bar1>=2)

if(Low[bar1]==vel1)

flag=1;