points camarilla en monthly à ameliorer

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  • 09/08/2025 at 8:04 PM #250524 quote
    geroniman
    Participant
    Average

    voici un code points camarilla avec extension de vagues d elliott. Mais en monthly sur une UT de H4 , il prend l’open de minuit le dernier jour du mois et non le veritable close à 22h sur NQ ES YM GOLD( decalage). Qui pourrait modifier ce code ? Merci

     

     

     

    DefParam DrawOnLastBarOnly = true

    IF month[1] < month THEN
    monthhigh = prevmonthhigh
    monthlow = prevmonthlow
    monthclose = prevmonthclose
    prevmonthhigh = HIGH
    prevmonthlow = LOW
    ENDIF

    prevmonthhigh = MAX(prevmonthhigh, HIGH)
    prevmonthlow = MIN(prevmonthlow, LOW)
    prevmonthclose = CLOSE

    MYh = ( monthhigh )
    L = ( monthlow )
    C = (monthclose)

     

    alpha = 250

    PPM = ROUND (C,3)
    rem DrawSegment(startbar,PP,barindex,PP) coloured(0,0,0,alpha)
    DrawText(” ◄PPM #PPM#”,barindex,PPM,Dialog,Bold,20) coloured(250,250,250,alpha)
    R0M = ROUND (PPM + 0.5 *( R1M-PPM),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R0M #R0M#”,barindex,R0M,Dialog,Bold,20) coloured(250,250,250,alpha)
    //R0aM = ROUND (R0M + 0.5 *( R1M-R0M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R0aM #R0aM#”,barindex,R0aM,Dialog,Bold,15) coloured(238,0,238,alpha)
    R1M = ROUND(((myH-L) * 1.1)/12+C,3)
    rem DrawSegment(startbar,R1,barindex,R1) coloured(0,0,0,alpha)
    DrawText(” ◄R1M #R1M#”,barindex,R1M,Dialog,Bold,20) coloured(250,250,250,alpha)
    //R1a1M = ROUND (R1M+0.382*(R2M-R1M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R1a1M #R1a1M#”,barindex,R1a1M,Dialog,Bold,15) coloured(238,0,238,alpha)
    R1bM = ROUND ((R1M +R2M)/2,3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R1bM #R1bM#”,barindex,R1bM,Dialog,Bold,20) coloured(250,250,250,alpha)
    //R1b1M = ROUND ((R1bM +R1CM)/2,3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R1b1M #R1b1M#”,barindex,R1b1M,Dialog,Bold,15) coloured(238,0,238,alpha)
    //R1aM = ROUND(R1M+0.236*(R2M-R1M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //rawText(” ◄R1aM #R1aM#”,barindex,R1aM,Dialog,Bold,15) coloured(238,0,238,alpha)
    //R1cM = ROUND (R1bM + 0.5 *( R2M-R1bM),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R1cM #R1cM#”,barindex,R1cM,Dialog,Bold,15) coloured(238,0,238,alpha)
    //R1c1M = ROUND (R1cM + 0.5 *( R2M-R1cM),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R1c1M #R1c1M#”,barindex,R1c1M,Dialog,Bold,15) coloured(238,0,238,alpha)
    R2M = ROUND(((myH-L)*1.1)/6+C,3)
    rem DrawSegment(startbar,RR2,barindex,RR2) coloured(0,0,0,alpha)
    DrawText(” ◄R2M #R2M#”,barindex,R2M,Dialog,Bold,20) coloured(250,250,250,alpha)

    R2bM = ROUND (R2M + 0.5 *( R3M-R2M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R2bM #R2bM#”,barindex,R2bM,Dialog,Bold,20) coloured(250,250,250,alpha)
    //2aM = ROUND (R2M + 0.5*( R2bM-R2M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R2aM #R2aM#”,barindex,R2aM,Dialog,Bold,15) coloured(238,0,238,alpha)
    //R2cM = ROUND (R2bM + 0.5*( R3M-R2bM),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄R2cM #R2cM#”,barindex,R2cM,Dialog,Bold,15) coloured(238,0,238,alpha)

    R3M = ROUND(((myH-L)*1.1)/4+C,3)
    rem DrawSegment(startbar,RR3,barindex,RR3) coloured(0,0,0,alpha)
    DrawText(” ◄R3M #R3M#”,barindex,R3M,Dialog,Bold,20) coloured(250,0,0,alpha)

    R3Mx50=ROUND((R3M+R4M)/2,3)
    rem DrawSegment(startbar,RR3b,barindex,RR3b) coloured(0,0,0,alpha)
    DrawText(” ◄R3Mx50 #R3Mx50#”,barindex,R3Mx50,Dialog,Bold,20) coloured(250,250,250,alpha)
    R3Mx25=ROUND((R3M+0.25*(R4M-R3M)),3)
    rem DrawSegment(startbar,RR3b,barindex,RR3b) coloured(0,0,0,alpha)
    DrawText(” ◄R3Mx25 #R3Mx25#”,barindex,R3Mx25,Dialog,Bold,20) coloured(250,250,250,alpha)
    R3Mx62=ROUND((R3M+0.618*(R4M-R3M)),3)
    rem DrawSegment(startbar,RR3b,barindex,RR3b) coloured(0,0,0,alpha)
    DrawText(” ◄R3Mx62 #R3Mx62#”,barindex,R3Mx62,Dialog,Bold,20) coloured(250,250,250,alpha)
    R3Mx75=ROUND((R3M+0.75*(R4M-R3M)),3)
    rem DrawSegment(startbar,RR3b,barindex,RR3b) coloured(0,0,0,alpha)
    DrawText(” ◄R3Mx75 #R3Mx75#”,barindex,R3Mx75,Dialog,Bold,20) coloured(250,250,250,alpha)
    R3Mx89=ROUND(R3M+0.90*(R4M-R3M),3)
    rem DrawSegment(startbar,RR3b,barindex,RR3b) coloured(0,0,0,alpha)
    DrawText(” ◄R3Mx89 #R3Mx89#”,barindex,R3Mx89,Dialog,Bold,20) coloured(250,250,250,alpha)
    R4M =ROUND (((myH-L)*1.1)/2+C,3)
    rem DrawSegment(startbar,RR4,barindex,RR4) coloured(0,0,0,alpha)
    DrawText(” ◄R4M #R4M#”,barindex,R4M,Dialog,Bold,20) coloured(250,250,250,alpha)
    R4aM =ROUND( R4M – 0.5* (R1M-R4M),3)
    //RR4X= (RR4+RR4b)/2
    rem DrawSegment(startbar,RR4a,barindex,RR4a) coloured(0,0,0,alpha)
    //DrawText(” ◄R4aM #R4aM#”,barindex,R4aM,Dialog,Bold,15) coloured(238,0,238,alpha)

    R4Mx50 = ROUND (R4M – 0.5 *( R1M-R4M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R4Mx50 #R4Mx50#”,barindex,R4Mx50,Dialog,Bold,20) coloured(250,250,250,alpha)
    R4Mx25 = ROUND (R4M – 0.25 *( R1M-R4M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R4Mx25 #R4Mx25#”,barindex,R4Mx25,Dialog,Bold,20) coloured(250,250,250,alpha)
    R4Mx75 = ROUND (R4M – 0.75 *( R1M-R4M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R4Mx75 #R4Mx75#”,barindex,R4Mx75,Dialog,Bold,20) coloured(250,250,250,alpha)
    R4Mx90 = ROUND (R4M – 0.90 *( R1M-R4M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R4Mx90 #R4Mx90#”,barindex,R4Mx90,Dialog,Bold,20) coloured(250,250,250,alpha)
    R5M = ROUND(2*R4M-R1M,3)
    rem DrawSegment(startbar,RR5,barindex,RR5) coloured(0,0,0,alpha)
    DrawText(” ◄R5M #R5M#”,barindex,R5M,Dialog,Bold,20) coloured(250,250,250,alpha)

     

    R6M = ROUND(R4M+1.618*(R4M-R1M),3)
    rem DrawSegment(startbar,RR6,barindex,RR6) coloured(0,0,0,alpha)
    DrawText(” ◄ R6M #R6M#”,barindex,R6M,Dialog,Bold,20) coloured(250,250,250,alpha)
    R5bM = ROUND (R5M +0.5*( R6M-R5M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄R5bM #R5bM#”,barindex,R5bM,Dialog,Bold,20) coloured(250,250,250,alpha)
    R7M = ROUND(R4M+2*(R4M-R1M),3)
    rem DrawSegment(startbar,RR7,barindex,RR7) coloured(0,0,0,alpha)
    DrawText(” ◄R7M #R7M#” ,barindex,R7M,Dialog,Bold,20) coloured(0,0,0,alpha)
    //S0aM = ROUND (PPM – 0.5 *( PPM-S0bM),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄S0aM #S0aM#”,barindex,S0aM,Dialog,Bold,15) coloured(238,0,238,alpha)
    S0bM = ROUND (PPM – 0.5 *( PPM-S1M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄S0bM #S0bM#”,barindex,S0bM,Dialog,Bold,20) coloured(250,250,250,alpha)
    //0cM = ROUND ((S0bM+S1M)/2,3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    //DrawText(” ◄S0cM #S0cM#”,barindex,S0cM,Dialog,Bold,15) coloured(238,0,238,alpha)
    S1M =ROUND(C-((myH-L)*1.1)/12,3)
    rem DrawSegment(startbar,S1,barindex,S1) coloured(0,0,0,alpha)
    DrawText(” ◄S1M #S1M#”,barindex,S1M,Dialog,Bold,20) coloured(250,250,250,alpha)
    S1bM = ROUND (S1M – 0.5 *( S1M-S2M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄ S1bM #S1bM#”,barindex,S1bM,Dialog,Bold,20) coloured(250,250,250,alpha)
    S2M =ROUND( C-((myH-L)*1.1)/6,3)
    rem DrawSegment(startbar,SS2,barindex,SS2) coloured(0,0,0,alpha)
    DrawText(” ◄ S2M #S2M#”,barindex,S2M,Dialog,Bold,20) coloured(250,250,250,alpha)
    S2bM = ROUND (S2M – 0.5 *( S2M-S3M),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha)
    DrawText(” ◄S2bM #S2bM#”,barindex,S2bM,Dialog,Bold,20) coloured(250,250,250,alpha)

    S3M =ROUND( C-((myH-L)*1.1)/4,3)
    rem DrawSegment(startbar,SS3,barindex,SS3) coloured(0,0,0,alpha)
    DrawText(” ◄S3M #S3M#”,barindex,S3M,Dialog,Bold,20) coloured(250,250,250,alpha)
    //S3aM = ROUND (S3M – 0.5 *( S3M-S3bM),3)
    rem DrawSegment(startbar,RR4b,barindex,RR4b) coloured(0,0,0,alpha) ◄S3aM #S3aM#”,barindex,S3aM,Dialog,Bold,15) coloured(238,0,238,alpha)

    S3Mx50=ROUND((S3M+S4M)/2,3)
    rem DrawSegment(startbar,SS3b,barindex,SS3b) coloured(0,0,0,alpha)
    DrawText(” ◄ S3Mx50 #S3Mx50# “,barindex,S3Mx50,Dialog,Bold,20) coloured(0,0,0,alpha)

    S4M =ROUND( C-((myH-L)*1.1)/2,3)
    //SS4x=(SS4+SS4b)/2
    rem DrawSegment(startbar,SS4,barindex,SS4) coloured(0,0,0,alpha)
    DrawText(” ◄ S4M #S4M#”,barindex,S4M,Dialog,Bold,20) coloured(0,0,0,alpha)

    S4Mx50 = ROUND(S4M-0.5 * (S1M-S4M),3)
    rem DrawSegment(startbar,SS4a,barindex,SS4a) coloured(0,0,0,alpha)
    DrawText(” ◄ S4Mx50 #S4Mx50#”,barindex,S4Mx50,Dialog,Bold,20) coloured(0,0,0,alpha)

    S4Mx62 = ROUND(S4M-0.618 *(S1M-S4M),3)
    rem DrawSegment(startbar,SS4b,barindex,SS4b) coloured(0,0,0,alpha)
    DrawText(” ◄ S4Mx62 #S4Mx62#”,barindex,S4Mx62,Dialog,Bold,20) coloured(0,0,0,alpha)

    S5M = ROUND(2*S4M-S1M,3)
    rem DrawSegment(startbar,SS5,barindex,SS5) coloured(0,0,0,alpha)
    DrawText(” ◄ S5M #S5M#”,barindex,S5M,Dialog,Bold,20) coloured(0,0,0,alpha)

    S6M = ROUND(S4M-1.618*(S1M-S4M),3)
    rem DrawSegment(startbar,SS6,barindex,SS6) coloured(0,0,0,alpha)
    DrawText(” ◄ S6M #S6M#”,barindex,S6M,Dialog,Bold,20) coloured(0,0,0,alpha)

    S7M = ROUND(S4M-2*(S1M-S4M),3)
    rem DrawSegment(startbar,SS7,barindex,SS7) coloured(0,0,0,alpha)
    DrawText(” ◄ S7M #S7M#”,barindex,S7M,Dialog,Bold,20) coloured(0,0,0,alpha)
    S8M = ROUND(S4M-2.5*(S1M-S4M),3)
    rem DrawSegment(startbar,SS8,barindex,SS8) coloured(0,0,0,alpha)
    DrawText(” ◄ S8M #S8M#”,barindex,S8M,Dialog,Bold,20) coloured(0,0,0,alpha)
    S9M = ROUND(S4M-3*(S1M-S4M),3)
    rem DrawSegment(startbar,SS8,barindex,SS8) coloured(0,0,0,alpha)
    DrawText(” ◄ S9M #S9M#”,barindex,S9M,Dialog,Bold,20) coloured(0,0,0,alpha)

    RETURN

    MNQXXXX-4-heures.png MNQXXXX-4-heures.png
    09/08/2025 at 8:08 PM #250526 quote
    geroniman
    Participant
    Average

    encore un different PPM ( qui est le close M-1) en H1 avec 1000Unités

    MNQXXXX-1-heure.png MNQXXXX-1-heure.png
    09/09/2025 at 8:48 AM #250541 quote
    Iván González
    Moderator
    Master

    Merci d’utiliser le bouton de partage de code de PRT lorsque vous copiez-collez.
    En copiant directement depuis ce que vous avez envoyé, j’obtiens plein d’erreurs…

    09/09/2025 at 9:14 AM #250546 quote
    Iván González
    Moderator
    Master

    Le problème, c’est que sur les contrats à terme, le prix de clôture journalier ne correspond pas au prix de clôture des unités de temps inférieures.
    Si vous voulez que votre code prenne le dailyclose, alors vous pouvez utiliser ceci comme base.

    if month[1]<>month then
   lastMonth=dclose(1)
   drawvline(barindex[1])
endif

if islastbarupdate then
   drawhline(lastmonth)
   drawtext("#lastmonth#",barindex,lastmonth)
endif

return
    robertogozzi thanked this post
    2025-09-09_10-01.png 2025-09-09_10-01.png 2025-09-09_10-01_1.png 2025-09-09_10-01_1.png
    09/10/2025 at 4:49 PM #250647 quote
    geroniman
    Participant
    Average

    Merci Ivan,

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points camarilla en monthly à ameliorer


ProOrder : Trading Automatique & Backtests

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geroniman @geroniman Participant
Summary

This topic contains 4 replies,
has 2 voices, and was last updated by geroniman
5 months, 3 weeks ago.

Topic Details
Forum: ProOrder : Trading Automatique & Backtests
Language: French
Started: 09/08/2025
Status: Active
Attachments: 4 files
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