affichage indicateur sur l’ensemble de l’historique

• 06/16/2021 at 5:51 PM #171893
  Ramahu

  Bonjour à tous,

  j’ai très apprécié le travail d’un membre du forum et son indicateur, cependant celui ci ne donne les infos que de la dernière période.

  J’aimerais si possible voir sur le graph le résultat de la variable “Report” pour chaque bougie dans le passé.

  Si quelqu’un peut m’aider, car le code est super complexe pour mes connaissances ^^ ..

   

  

  Ramahu

  Participant

  Topics: 12

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  06/16/2021 at 5:53 PM #171895
  Ramahu

  Info graph

  // //=/===============/=//=/===============/=//=/ Indicator Range Trend // defparam drawonlastbaronly = true // //=/===============/=//=/===============/=//=/ Range Fast // once FxRRange=close Fxscale = 2.338*average[14,1](abs(close-close[1])) FxR = average[27,1](FxScale) FxHH = close FxLL = close if FxHH > FxRRange[1] then if (FxHH-FxR) < FxRRange[1] then FxRRange = FxRRange[1] else FxRRange = (FxHH-FxR) endif elsif (FxLL+FxR) > FxRRange[1] then FxRRange = FxRRange[1] else FxRRange = (FxLL+FxR) endif FxTrend = FxRRange FxURange = FxRRange + FxR FxDRange = FxRRange - FxR // //=/===============/=//=/===============/=//=/ Range Low // once LxRRange=close LxR = 2.338*average[14,1](abs(close-close[1])) LxHH = high LxLL = low if LxHH > LxRRange[1] then if (LxHH-LxR) < LxRRange[1] then LxRRange = LxRRange[1] else LxRRange = (LxHH-LxR) endif elsif (LxLL+LxR) > LxRRange[1] then LxRRange = LxRRange[1] else LxRRange = (LxLL+LxR) endif LxTrend = LxRRange LxURange = LxRRange + LxR LxDRange = LxRRange - LxR // //=/===============/=//=/===============/=//=/ Trend Line // //=/ Trend Line TLr = (FxTrend+LxTrend)/2 AvTrD1 = (TLr+TLr[1])/2 AvTrD2 = (AvTrD1-TLr)/15 TrDL = AvTrD1-AvTrD2 //=/ Up Range XURange = (FxURange+LxURange)/2 //=/ Dw Range XDRange = ((FxDRange+LxDRange)/2) // //=/===============/=//=/===============/=//=/ Volatility & Amplitude Settings // //=/ Decompte Haussier UAmp = 0 if close > TrDL then UAmp = UAmp[1]+1 endif //=/ Decompte Baissier DAmp = 0 if close < TrDL then DAmp = DAmp[1]+1 endif //=/ Decompte Global Amp = UAmp+DAmp if Amp < Amp[1]-1 then Amp = Amp[Amp]-Amp endif VRange = 0 if TrDL = TrDL[1] then VRange = VRange[1]+1 endif //=/ Decompte Amplitude OAmp = (Amp-VRange)-VRange if OAmp < 0 then OAmp = 0 endif if OAmp < OAmp[1]-1 then OAmp = OAmp[1]-1 endif if OAmp > OAmp[1]+1 then OAmp = OAmp[1]+1 endif //=/ Decompte final if VRange > OAmp then OAmp = VRange endif P = round(OAmp) if forex then //=/ Volatility Volatilite = (((XURange*0.5)-(XDRange*0.5))*10000) XV = round(Volatilite) drawtext(" #XV# Volatility",barindex[1],TrDL[1]+(XURange[1]-TrDL[1]),Dialog,Bold,12) coloured(0,0,0) //=/ Amplitude if close > TrDL then Amplitude = (close-Lowest[P](low))*10000 elsif close < TrdL then Amplitude = (Highest[P](high)-close)*10000 endif XA = round(Amplitude) drawtext(" #XA# Amplitude",barindex[1],TrDL[1]+((XURange[1]-TrDL[1])/2),Dialog,Bold,12) coloured(0,0,0) //=/ Rapport RPP = (Amplitude-Volatilite) XR = round (RPP) if RPP > 0 then drawtext(" #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(0,0,0) elsif RPP =< 0 then drawtext(" #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(199,19,19) endif else //=/ Volatility Volatilite = ((XURange*0.5)-(XDRange*0.5)) XV = round(Volatilite) drawtext(" #XV# Volatility",barindex[1],TrDL[1]+(XURange[1]-TrDL[1]),Dialog,Bold,12) coloured(0,0,0) //=/ Amplitude if close > TrDL then Amplitude = close-Lowest[P](low) elsif close < TrdL then Amplitude = Highest[P](high)-close endif XA = round(Amplitude) drawtext(" #XA# Amplitude",barindex[1],TrDL[1]+((XURange[1]-TrDL[1])/2),Dialog,Bold,12) coloured(0,0,0) //=/ Rapport RPP = (Amplitude-Volatilite) XR = round (RPP) if RPP > 0 then drawtext(" #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(0,0,0) elsif RPP =< 0 then drawtext(" #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(199,19,19) endif endif return

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  // //=/===============/=//=/===============/=//=/ Indicator Range Trend //   defparam drawonlastbaronly = true   // //=/===============/=//=/===============/=//=/ Range Fast //     once FxRRange=close   Fxscale = 2.338*average[14,1](abs(close-close[1]))   FxR = average[27,1](FxScale) FxHH = close FxLL = close   if FxHH > FxRRange[1] then if (FxHH-FxR) < FxRRange[1] then FxRRange = FxRRange[1] else FxRRange = (FxHH-FxR) endif elsif (FxLL+FxR) > FxRRange[1] then FxRRange = FxRRange[1] else FxRRange = (FxLL+FxR) endif   FxTrend = FxRRange FxURange = FxRRange + FxR FxDRange = FxRRange - FxR   // //=/===============/=//=/===============/=//=/ Range Low //   once LxRRange=close   LxR = 2.338*average[14,1](abs(close-close[1])) LxHH = high LxLL = low   if LxHH > LxRRange[1] then if (LxHH-LxR) < LxRRange[1] then LxRRange = LxRRange[1] else LxRRange = (LxHH-LxR) endif elsif (LxLL+LxR) > LxRRange[1] then LxRRange = LxRRange[1] else LxRRange = (LxLL+LxR) endif   LxTrend = LxRRange LxURange = LxRRange + LxR LxDRange = LxRRange - LxR   // //=/===============/=//=/===============/=//=/ Trend Line //   //=/ Trend Line TLr = (FxTrend+LxTrend)/2 AvTrD1 = (TLr+TLr[1])/2 AvTrD2 = (AvTrD1-TLr)/15 TrDL = AvTrD1-AvTrD2   //=/ Up Range XURange = (FxURange+LxURange)/2   //=/ Dw Range XDRange = ((FxDRange+LxDRange)/2)   // //=/===============/=//=/===============/=//=/ Volatility & Amplitude Settings //   //=/ Decompte Haussier UAmp = 0 if close > TrDL then UAmp = UAmp[1]+1 endif   //=/ Decompte Baissier DAmp = 0 if close < TrDL then DAmp = DAmp[1]+1 endif   //=/ Decompte Global Amp = UAmp+DAmp if Amp < Amp[1]-1 then Amp = Amp[Amp]-Amp endif   VRange = 0 if TrDL = TrDL[1] then VRange = VRange[1]+1 endif   //=/ Decompte Amplitude OAmp = (Amp-VRange)-VRange if OAmp < 0 then OAmp = 0 endif   if OAmp < OAmp[1]-1 then OAmp = OAmp[1]-1 endif   if OAmp > OAmp[1]+1 then OAmp = OAmp[1]+1 endif   //=/ Decompte final if VRange > OAmp then OAmp = VRange endif   P = round(OAmp)   if forex then   //=/ Volatility Volatilite = (((XURange*0.5)-(XDRange*0.5))*10000)   XV = round(Volatilite) drawtext("                                                                      #XV# Volatility",barindex[1],TrDL[1]+(XURange[1]-TrDL[1]),Dialog,Bold,12) coloured(0,0,0)   //=/ Amplitude if close > TrDL then Amplitude = (close-Lowest[P](low))*10000 elsif close < TrdL then Amplitude = (Highest[P](high)-close)*10000 endif   XA = round(Amplitude) drawtext("                                                                         #XA# Amplitude",barindex[1],TrDL[1]+((XURange[1]-TrDL[1])/2),Dialog,Bold,12) coloured(0,0,0)   //=/ Rapport RPP = (Amplitude-Volatilite) XR = round (RPP)   if RPP > 0 then drawtext("                                                                      #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(0,0,0) elsif RPP =< 0 then drawtext("                                                                      #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(199,19,19) endif   else   //=/ Volatility Volatilite = ((XURange*0.5)-(XDRange*0.5))   XV = round(Volatilite) drawtext("                                                                      #XV# Volatility",barindex[1],TrDL[1]+(XURange[1]-TrDL[1]),Dialog,Bold,12) coloured(0,0,0)   //=/ Amplitude if close > TrDL then Amplitude = close-Lowest[P](low) elsif close < TrdL then Amplitude = Highest[P](high)-close endif   XA = round(Amplitude) drawtext("                                                                         #XA# Amplitude",barindex[1],TrDL[1]+((XURange[1]-TrDL[1])/2),Dialog,Bold,12) coloured(0,0,0)   //=/ Rapport RPP = (Amplitude-Volatilite) XR = round (RPP)   if RPP > 0 then drawtext("                                                                      #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(0,0,0) elsif RPP =< 0 then drawtext("                                                                      #XR# Report",barindex[1],TrDL[1],Dialog,Bold,12) coloured(199,19,19) endif endif     return

  

  Ramahu

  Participant

  Topics: 12

  Replies: 62

  Been thanked: 2 times
  06/17/2021 at 8:16 AM #171913
  Nicolas

  J’ai échangé le titre du sujet avec quelque chose de plus descriptif “aide indicateur” n’étant pas suffisamment explicite.

  Il faut simplement changer la première ligne du code avec :

  defparam drawonlastbaronly = false

  1	defparam drawonlastbaronly = false

  ou la supprimer, ça évite que les objets graphiques ne soient tracés que sur le dernier chandelier.

  

  Nicolas

  Keymaster

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  06/17/2021 at 12:40 PM #171928
  Ramahu

  Merci Nicolas, parfait comme dhab 👍

  

  Ramahu

  Participant

  Topics: 12

  Replies: 62

  Been thanked: 2 times
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