End of day breakout

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  • #14939 quote
    prolfs
    Participant
    Junior

    Hi Everybody,

    I have a simple breakout strategy that I am trying to code in PRT, but I’m struggling a bit with the ATR-stop loss and the position sizing (also uses ATR). I haven’t even attempted the position size part yet, as the system is closing orders at strange times…

    Here is the code and attached is a photo of the rules.

    Hope you can help me!

    // Definition of code parameters
    DEFPARAM CumulateOrders = False // Cumulating positions deactivated
    //variables
    positionsize=2
    fastMA=50
    slowMA=100
    DonchOpen=50
    
    // Conditions to enter long positions
    C1 = close > Highest[DonchOpen](high[1])
    indicator1 = ExponentialAverage[fastMA](close)
    indicator2 = ExponentialAverage[slowMA](close)
    C2 = (indicator1 > indicator2)
    if C1 and C2 then
    BUY positionsize PERPOINT AT MARKET
    endif
    
    // Conditions to exit long positions
    highpoint=max(tradeprice,Highest[DonchOpen](high[1]))
    atr = averagetruerange[100]*3
    SL1 = highpoint - atr
    if longonmarket then
    sell at SL1 stop
    endif
    
    // Conditions to enter short positions
    C4 = close < lowest[DonchOpen](low[1])
    indicator1 = ExponentialAverage[fastMA](close)
    indicator2 = ExponentialAverage[slowMA](close)
    c5 = (indicator1 < indicator2)
    if c4 and c5 then
    sellshort positionsize PERPOINT AT MARKET
    endif
    
    // Conditions to exit short positions
    lowpoint=min(tradeprice,lowest[DonchOpen](low[1]))
    atr = averagetruerange[100]*3
    SL2 = lowpoint + atr
    if shortonmarket then
    sell at SL2 stop
    endif
    Clen-breakout-rules.png Clen-breakout-rules.png
    #35309 quote
    DANY
    Participant
    Senior

    Just with a bit of late, sorry 😐

     

    // Definition of code parameters
    DEFPARAM CumulateOrders = False // Cumulating positions deactivated
    //variables
    positionsize=2
    fastMA=ExponentialAverage[50](close)
    slowMA=ExponentialAverage[100](close)
    AVGTRLong=averagetruerange[100]
    DonchOpen=50
    
    // Conditions to enter long positions
    LGC1 = close > Highest[DonchOpen](high[1])
    LGC2 = (fastMA > slowMA)
    
    if Not LongOnMarket AND (LGC1 and LGC2) then
    BUY positionsize CONTRACT AT MARKET
    LGatr = AVGTRLong*3
    endif
    
    // Conditions to exit long positions
    if longonmarket then
    LGsl = tradeprice - LGatr
    //Graph tradeprice as "tradeprace"
    //Graph LGatr as "LGatr"
    //Graph LGsl as "LGsl"
    sell at LGsl stop
    endif
    
    // Conditions to enter short positions
    SHC1 = close < lowest[DonchOpen](low[1])
    SHC2 = (fastMA < slowMA)
    if Not ShortOnMarket AND SHC1 and SHC2 then
    sellshort positionsize CONTRACT AT MARKET
    SHatr = AVGTRLong*3
    endif
    
    // Conditions to exit short positions
    if shortonmarket then
    SHsl = tradeprice + SHatr
    Graph tradeprice as "tradeprace"
    Graph SHatr as "SHatr"
    Graph SHsl as "SHsl"
    exitshort at SHsl stop
    endif
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End of day breakout


ProOrder: Automated Strategies & Backtesting

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prolfs @prolfs Participant
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This topic contains 1 reply,
has 2 voices, and was last updated by DANY
8 years, 10 months ago.

Topic Details
Forum: ProOrder: Automated Strategies & Backtesting
Language: English
Started: 10/15/2016
Status: Active
Attachments: 1 files
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