Simple Coding Help - No Promise.

how to code
for trailing stoploss in autotrading
1)after buy for 10 min CHART calculate OHLC OF 10 MIN CANDLE after every 10 min
if candle close is more than or equals to......points/percentage in the direction of trend
and apposite for sel
this setting can be modified in parameters section of afl (param)
auto square up order after trailling stoploss hit
 
HI all seniors,

I am a newbie to AMI while searching something else i found this site lucky to be here, if any one help me to find a simple AFL which tells you Demand and supply would be better.
I have this code but it isn't very good as it calculate demand and supply on very near prices the higher the range the better it will be

posting the code below here. thanks in advance.

_SECTION_BEGIN("demand and supply");
SetChartOptions(0,chartShowArrows|chartShowDates);
bk=ParamColor( "Bk col",colorDarkGrey);
SetChartBkColor(bk);
SetBarFillColor(IIf(C>O,colorBrightGreen,IIf(C<=O,colorRed,colorLightGrey)));
Plot(C," | Demand & supply |\nPrice",47,64,0,0,0,0);

sr=ParamToggle("Plot Supp/Res lines","No|Yes" ,1);
Per=Param("Sensitivity",1.5,0.5,5,0.5);
g=Param("No.of Lines",1,1,5,1);
x=Cum(1);
Pk1=PeakBars(H,per,1)== 0;
Tk1=TroughBars(L,per,1)== 0;

px1=LastValue(ValueWhen(pk1,x,1));
px2=LastValue(ValueWhen(Pk1,x,2));
px3=LastValue(ValueWhen(Pk1,x,3));
px4=LastValue(ValueWhen(pk1,x,4));
px5=LastValue(ValueWhen(Pk1,x,5));

tx1=LastValue(ValueWhen(Tk1,x,1));
tx2=LastValue(ValueWhen(Tk1,x,2));
tx3=LastValue(ValueWhen(Tk1,x,3));
tx4=LastValue(ValueWhen(Tk1,x,4));
tx5=LastValue(ValueWhen(Tk1,x,5));

XT1 =LastValue(ValueWhen(pk1,H,1));XT1c =LastValue(ValueWhen(pk1,Max(C,O),1));
XT2 =LastValue(ValueWhen(Pk1,H,2));XT2c =LastValue(ValueWhen(pk1,Max(C,O),2));
XT3 =LastValue(ValueWhen(Pk1,H,3));XT3c =LastValue(ValueWhen(pk1,Max(C,O),3));
XT4 =LastValue(ValueWhen(pk1,H,4));XT4c =LastValue(ValueWhen(pk1,Max(C,O),4));
XT5 =LastValue(ValueWhen(Pk1,H,5));XT5c =LastValue(ValueWhen(pk1,Max(C,O),5));

YT1 =LastValue(ValueWhen(tk1,L,1));YT1c =LastValue(ValueWhen(tk1,Min(O,C),1));
YT2 =LastValue(ValueWhen(tk1,L,2));YT2c =LastValue(ValueWhen(tk1,Min(O,C),2));
YT3 =LastValue(ValueWhen(tk1,L,3));YT3c =LastValue(ValueWhen(tk1,Min(O,C),3));
YT4 =LastValue(ValueWhen(tk1,L,4));YT4c =LastValue(ValueWhen(tk1,Min(O,C),4));
YT5 =LastValue(ValueWhen(tk1,L,5));YT5c =LastValue(ValueWhen(tk1,Min(O,C),5));

pk1=IIf(x>px1 AND g>=1 AND sr,XT1,Null);pk1c=IIf(x>px1 AND g>=1 AND sr,XT1c,Null);
Col1=IIf( LastValue(C)>pk1, ColorRGB(14,14,100), ColorRGB(180,20,20) );
Plot(pk1,"",31,1);PlotOHLC(0,pk1,pk1c,0,"",Col1,styleCloud|styleNoLabel,Null, Null, Null, -1);
pk2=IIf(x>px2 AND g>=2 AND sr,XT2,Null);pk2c=IIf(x>px2 AND g>=2 AND sr,XT2c,Null);
Col2=IIf( LastValue(C)>pk2, ColorRGB(24,24,120), ColorRGB(180,40,40) );
Plot(pk2,"",31,1);PlotOHLC(0,pk2,pk2c,0,"",Col2,styleCloud|styleNoLabel,Null, Null, Null, -2);
pk3=IIf(x>px3 AND g>=3 AND sr,XT3,Null);pk3c=IIf(x>px3 AND g>=3 AND sr,XT3c,Null);
Col3=IIf( LastValue(C)>pk3, ColorRGB(34,34,140),ColorRGB(180,60,60));
Plot(pk3,"",31, 1);PlotOHLC(0,pk3,pk3c,0,"",Col3,styleCloud|styleNoLabel,Null, Null, Null, -3);
pk4=IIf(x>px4 AND g>=4 AND sr,XT4,Null);pk4c=IIf(x>px4 AND g>=4 AND sr,XT4c,Null);
Col4=IIf( LastValue(C)>pk4, ColorRGB(44,44,160), ColorRGB(180,80,80));
Plot(pk4,"",31,1);PlotOHLC(0,pk4,pk4c,0,"",Col4,styleCloud|styleNoLabel,Null, Null, Null, -4);
pk5=IIf(x>px5 AND g>=5 AND sr,XT5,Null);pk5c=IIf(x>px5 AND g>=5 AND sr,XT5c,Null);
Col5=IIf( LastValue(C)>pk5, ColorRGB(54,54,180), ColorRGB(180,100,100));
Plot(pk5,"",31,1);PlotOHLC(0,pk5,pk5c,0,"",Col5,styleCloud|styleNoLabel,Null, Null, Null, -5);
tl1=IIf(x>tx1 AND g>=1 AND sr,YT1,Null);tl1c=IIf(x>tx1 AND g>=1 AND sr,YT1c,Null);
Col1=IIf( LastValue(C)>tl1, ColorRGB(14,14,100), ColorRGB(180,20,20) );
Plot(tl1,"",1,1);PlotOHLC(0,tl1,tl1c,0,"",Col1,styleCloud|styleNoLabel,Null, Null, Null, -1);
tl2=IIf(x>tx2 AND g>=2 AND sr,YT2,Null);tl2c=IIf(x>tx2 AND g>=2 AND sr,YT2c,Null);
Col2=IIf( LastValue(C)>YT2, ColorRGB(24,24,120), ColorRGB(180,40,40));
Plot(tl2,"",1,1);PlotOHLC(0,tl2,tl2c,0,"",Col2,styleCloud|styleNoLabel,Null, Null, Null, -2);
tl3=IIf(x>tx3 AND g>=3 AND sr,YT3,Null);tl3c=IIf(x>tx3 AND g>=3 AND sr,YT3c,Null);
Col3=IIf( LastValue(C)>YT3, ColorRGB(34,34,140), ColorRGB(180,60,60) );
Plot(tl3,"",1,1);PlotOHLC(0,tl3,tl3c,0,"",Col3,styleCloud|styleNoLabel,Null, Null, Null, -3);
tl4=IIf(x>tx4 AND g>=4 AND sr,YT4,Null);tl4c=IIf(x>tx4 AND g>=4 AND sr,YT4c,Null);
Col4=IIf( LastValue(C)>YT4, ColorRGB(44,44,160), ColorRGB(180,80,80) );
Plot(tl4,"",1,1);PlotOHLC(0,tl4,tl4c,0,"",Col4,styleCloud|styleNoLabel,Null, Null, Null, -4);
tl5=IIf(x>tx5 AND g>=5 AND sr,YT5,Null);tl5c=IIf(x>tx5 AND g>=5 AND sr,YT5c,Null);
Col5=IIf( LastValue(C)>YT5, ColorRGB(54,54,180), ColorRGB(180,100,100));
Plot(tl5,"",1,1);PlotOHLC(0,tl5,tl5c,0,"",Col5,styleCloud|styleNoLabel,Null, Null, Null, -5);

_SECTION_END();

Please someone help with this afl needed Demand supply long range afl ....
 
Hello seniors,

i need help to plot exploration ...


BUY CONDITION
1) EMA 20 CROSSOVER FROM BELOW EMA 50 (Price to close above 20 EMA)
2) RSI (14,9) CROSSOVER FROM BOTTOM
3) MACD ( 9,9,24) CROSSOVER FROM BOTTOM
(All conditions to satisfy at a time then = BUY)

SELL CONDITION
1) EMA 20 CROSSOVER FROM ABOVE EMA 50(Price to close below 20 EMA)
2) RSI (14,9) CROSSOVER FROM TOP
3) MACD (9,9,24) CROSSOVER FROM TOP
(All conditions to satisfy at a time then = Sell)

Thanx you in advance
 

Raghuveer

Well-Known Member
How to remove the plot values from the title(shown in red box)?

Code used is

Code:
Plot(EMA(C,20),"EMA20",colorYellow,styleThick);
Remove parameter name: "EMA20"
use code:
Code:
Plot(EMA(C,20),"",colorYellow,styleThick);
 

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