Changement couleur EMA sur 2 timeframe

• 02/06/2024 at 5:29 PM #227478
  imencity

  Bonjour,

  Je me suis inspiré de la base du code situé ici:
  https://www.prorealcode.com/topic/changement-couleur-de-remplissage-entre-ema/

   

  // base 21 ticks valMMmin = 40 valMMMax = 110 MAH=average[5] //timeframe(100 ticks) valMMmin100 = valMMmin * 4.762 valMMMax100 = valMMMax * 4.762 //timeframe(21 ticks) ma1 = ExponentialAverage[valMMmin](close) ma2 = ExponentialAverage[valMMmax](close) ma3 = ExponentialAverage[valMMmin100](close) ma4 = ExponentialAverage[valMMmax100](close) if ma1>ma2 AND ma3>ma4 then red=0 green=255 elsif ma1<ma2 AND ma3<ma4 then red=255 green=0 else red=155 green=155 endif colorbetween(ma1,ma2,red,green,0,50) return

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  // base 21 ticks valMMmin =  40 valMMMax = 110 MAH=average[5]   //timeframe(100 ticks) valMMmin100 = valMMmin * 4.762 valMMMax100 = valMMMax * 4.762   //timeframe(21 ticks) ma1 = ExponentialAverage[valMMmin](close) ma2 = ExponentialAverage[valMMmax](close) ma3 = ExponentialAverage[valMMmin100](close) ma4 = ExponentialAverage[valMMmax100](close) if ma1>ma2 AND ma3>ma4 then red=0 green=255 elsif ma1<ma2 AND ma3<ma4 then red=255 green=0 else red=155 green=155 endif   colorbetween(ma1,ma2,red,green,0,50)   return

  Mais je rencontre un problème: pas de couleur.

  Objectif:
  Avoir un ruban de couleur verte (par ex) si le cours monte et qu’il y a concordance entre 21 ticks et 100 ticks (les 2 haussières).
  Avoir un ruban de couleur rouge (par ex) si le cours descends, et qu’il y a concordance des EMA entre 21 et 100 ticks (les 2 baissières).

  Si haussier en 21 ticks et baissiers en 100 ticks alors le mieux, on affiche rien.

  Je simule le 100 ticks en multipliant les valeurs des  EMA 21 ticks par 4.762

  Une idée svp ?
  Merci.

  

  imencity

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  02/06/2024 at 5:36 PM #227480
  imencity

  En fait après redémarrage (ça devait planter) cela fonctionne… presque.

  J’ai l’impression que j’ai une grosse erreur sur les couleurs.

  valMMmin = 40 valMMMax = 110 MAH=average[5] //timeframe(100 ticks) valMMmin100 = valMMmin * 4.762 valMMMax100 = valMMMax * 4.762

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  valMMmin =  40 valMMMax = 110 MAH=average[5]   //timeframe(100 ticks) valMMmin100 = valMMmin * 4.762 valMMMax100 = valMMMax * 4.762

  On dirait que le fait de multiplier les valeurs par 4.762 ne fonctionne pas en effet, je n’ai pas du tout les croisements au même endroit quand j’affiche une fenêtre 100 ticks avec ces mêmes EMA. Les horaires des croisements ne correspondent absolument pas.

  

  imencity

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  02/06/2024 at 9:21 PM #227493
  imencity

  Bon finalement ça marche pas trop mal.
  J’en suis à cela:

   

  valMMmin = 40 valMMMax = 110 //timeframe(100 ticks) valMMmin100 = valMMmin * 4.2 valMMMax100 = valMMMax * 4.2 STO100 = Stochasticd[35,15,9](close) //timeframe(21 ticks) ma1 = ExponentialAverage[valMMmin](close) ma2 = ExponentialAverage[valMMmax](close) ma3 = ExponentialAverage[valMMmin100](close) ma4 = ExponentialAverage[valMMmax100](close) if ma1>ma2 AND ma3>ma4 then red = 0 green = 255 alpha = 20 elsif ma1<ma2 AND ma3<ma4 then red = 255 green = 0 alpha = 40 elsif ma1<ma2 AND ma3>ma4 then red = 100 green = 255 alpha = 20 else red = 0 green = 0 alpha = 0 endif colorbetween(ma1,ma2,red,green,0,alpha) IF STO100 >= 80 THEN DRAWTEXT ("-",barindex, highest[7](high)+4) coloured(255,0,0) ENDIF IF STO100 <= 20 THEN DRAWTEXT ("-",barindex, highest[7](high)-4) coloured(10,105,100, 255) ENDIF return ma1 coloured(0,0,255,40) style(line,1)

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  valMMmin =  40 valMMMax = 110   //timeframe(100 ticks) valMMmin100 = valMMmin * 4.2 valMMMax100 = valMMMax * 4.2 STO100      = Stochasticd[35,15,9](close)   //timeframe(21 ticks) ma1 = ExponentialAverage[valMMmin](close) ma2 = ExponentialAverage[valMMmax](close) ma3 = ExponentialAverage[valMMmin100](close) ma4 = ExponentialAverage[valMMmax100](close)   if ma1>ma2 AND ma3>ma4 then red   = 0 green = 255 alpha = 20 elsif ma1<ma2 AND ma3<ma4 then red   = 255 green = 0 alpha = 40 elsif ma1<ma2 AND ma3>ma4 then red   = 100 green = 255 alpha = 20 else red   = 0 green = 0 alpha = 0 endif   colorbetween(ma1,ma2,red,green,0,alpha)   IF STO100 >= 80 THEN DRAWTEXT ("-",barindex, highest[7](high)+4) coloured(255,0,0) ENDIF   IF STO100 <= 20 THEN DRAWTEXT ("-",barindex, highest[7](high)-4) coloured(10,105,100, 255) ENDIF   return ma1 coloured(0,0,255,40) style(line,1)

  Mais je rencontre un problème.
  En effet je voudrais utiliser le stochastique 11 5 3 du MTF 100 ticks sur le 10 ticks… mais pas possible ?
  J’en suis à des approximations mais c’est pas terrible.

  Une idée svp pour le MTF en ticks ?

  

  imencity

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  02/12/2024 at 1:37 PM #227998
  Iván

  Salut
  J’ai introduit un stochastique calculé “manuellement” dans votre code.
  Vous pouvez paramétrer le nombre de périodes et le lissage de K et D.

  Estocastic

  valMMmin = 40 valMMMax = 110 ///Transformation ticks t1 = 100 t2 = 10 trans = t1/t2 //timeframe(100 ticks) valMMmin100 = valMMmin*trans valMMmax100 = valMMMax*trans //STOCASTICO P=11 K=5 D=3 REM First calculate highest and lowest P bars maximo = highest[round(P*trans)](high) minimo = lowest[round(P*trans)](low) REM Second. calculate oscilator oscilador = (close - minimo) / (maximo - minimo) * 100 REM get the %K y %D lineaK = average[round(k*trans)](oscilador) lineaD = average[round(d*trans)](lineaK) //timeframe(xx ticks) ma1 = ExponentialAverage[valMMmin](close) ma2 = ExponentialAverage[valMMmax](close) ma3 = ExponentialAverage[valMMmin100](close) ma4 = ExponentialAverage[valMMmax100](close) if ma1>ma2 AND ma3>ma4 then red = 0 green = 255 alpha = 20 elsif ma1<ma2 AND ma3<ma4 then red = 255 green = 0 alpha = 40 elsif ma1<ma2 AND ma3>ma4 then red = 100 green = 255 alpha = 20 else red = 0 green = 0 alpha = 0 endif colorbetween(ma1,ma2,red,green,0,alpha) IF lineaK >= 80 THEN DRAWTEXT ("-",barindex, highest[7](high)+4) coloured(255,0,0) ENDIF IF lineaK <= 20 THEN DRAWTEXT ("-",barindex, highest[7](high)-4) coloured(10,105,100, 255) ENDIF return ma1 coloured(0,0,255,40) style(line,1)

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  valMMmin =  40 valMMMax = 110 ///Transformation ticks t1 = 100 t2 = 10 trans = t1/t2 //timeframe(100 ticks) valMMmin100 = valMMmin*trans valMMmax100 = valMMMax*trans //STOCASTICO P=11 K=5 D=3 REM First calculate highest and lowest P bars maximo = highest[round(P*trans)](high) minimo = lowest[round(P*trans)](low) REM Second. calculate oscilator oscilador = (close - minimo) / (maximo - minimo) * 100 REM get the %K y %D lineaK = average[round(k*trans)](oscilador) lineaD = average[round(d*trans)](lineaK)   //timeframe(xx ticks) ma1 = ExponentialAverage[valMMmin](close) ma2 = ExponentialAverage[valMMmax](close) ma3 = ExponentialAverage[valMMmin100](close) ma4 = ExponentialAverage[valMMmax100](close)   if ma1>ma2 AND ma3>ma4 then red   = 0 green = 255 alpha = 20 elsif ma1<ma2 AND ma3<ma4 then red   = 255 green = 0 alpha = 40 elsif ma1<ma2 AND ma3>ma4 then red   = 100 green = 255 alpha = 20 else red   = 0 green = 0 alpha = 0 endif   colorbetween(ma1,ma2,red,green,0,alpha)   IF lineaK >= 80 THEN DRAWTEXT ("-",barindex, highest[7](high)+4) coloured(255,0,0) ENDIF   IF lineaK <= 20 THEN DRAWTEXT ("-",barindex, highest[7](high)-4) coloured(10,105,100, 255) ENDIF   return ma1 coloured(0,0,255,40) style(line,1)

  

  Iván

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  02/15/2024 at 3:22 PM #228225
  imencity

  Merci, je vais tester cela.

  

  imencity

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