indicateur weelky sur une UT 1h

• 08/24/2025 at 3:50 PM #250013
  finplus

  Bonjour,

  est-il possible d’ajouter sur un timeframe 1h un indicateur en UT weekly ?

  Merci.

  

  finplus

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  08/24/2025 at 6:43 PM #250020
  robertogozzi

  Oui, voici un exemple sur le DAX (1h). Bien entendu, vous devez utiliser suffisamment d’unités sur le graphique horaire pour calculer l’indicateur hebdomadaire :

  Timeframe(Weekly) SmaW = average[20,0](close) // Timeframe(1h) Sma1h = average[20,0](close) // Timeframe(default) RETURN SmaW AS "Sma weekly",Sma1h AS "Sma hourly"

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  Timeframe(Weekly) SmaW  = average[20,0](close) // Timeframe(1h) Sma1h = average[20,0](close) // Timeframe(default) RETURN SmaW AS "Sma weekly",Sma1h AS "Sma hourly"

   

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  Iván, finplus

  

  robertogozzi

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  08/25/2025 at 7:29 AM #250031
  finplus

  Un grand merci.

  Philippe.

  1 user thanked author for this post.

  robertogozzi

  

  finplus

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  08/25/2025 at 6:10 PM #250050
  finplus

  Timeframe weekly et 1h

  // Original Script > @DonovanWall // Adapted Version > @guikroth ////////////////////////////////////////////////////////////////////////// // Settings for 5min chart, BTCUSDC. For Other coin, change the parameters ////////////////////////////////////////////////////////////////////////// Timeframe (weekly) // Source src = customclose // Sampling Period // Settings for 5min chart, BTCUSDC. For Other coin, change the paremeters // per = defval=100, minval=1, "Sampling Period" // Range Multiplier // mult = defval=3.0, minval=0.1, "Range Multiplier" PER = 150 MULT = 3 // Smooth Average Range wper = per*2 -1 avrng = exponentialaverage[per](abs(src-src[1])) smrng = mult * exponentialaverage[wper](avrng) // Range Filter rngfilt = src If src > rngfilt[1] then If rngfilt[1] > src-smrng then rngfilt = rngfilt[1] Else rngfilt = src-smrng endif elsif rngfilt[1] < src+smrng then rngfilt = rngfilt[1] else rngfilt = src+smrng endif filt = rngfilt // Filter Direction upward = 0 If filt > filt[1] then upward = upward[1]+1 elsif filt < filt[1] then upward = 0 else upward = upward[1] endif downward = 0 If filt < filt[1] then downward = downward[1]+1 elsif filt > filt[1] then downward = 0 else downward = downward[1] endif // Target Bands hband = filt + smrng lband = filt - smrng //// Zone de couleurs : selon des conditions //////////////////////////////////////////////////////////////////////////// mbTendance = (Average[3](filt) + filt)/2 if mbTendance > mbTendance[1] then red=0 green=0 blue=255 elsif mbTendance < mbTendance[1] then red=255 green=0 blue=0 endif colorbetween(lband,hband,red,Green,Blue,88) Timeframe (1 hour) // Source src1h = customclose // Smooth Average Range per1h = 150 mult1h = 3 wper1h = per1h*2 -1 avrng1h = exponentialaverage[per1h](abs(src1h-src1h[1])) smrng1h = mult1h * exponentialaverage[wper1h](avrng1h) // Range Filter rngfilt1h = src1h If src1h > rngfilt1h[1] then If rngfilt1h[1] > src1h-smrng1h then rngfilt1h = rngfilt1h[1] Else rngfilt1h = src1h-smrng1h endif elsif rngfilt1h[1] < src1h+smrng1h then rngfilt1h = rngfilt1h[1] else rngfilt1h = src1h+smrng1h endif filt1h = rngfilt1h // Filter Direction upward1h = 0 If filt1h > filt1h[1] then upward1h = upward1h[1]+1 elsif filt1h < filt1h[1] then upward1h = 0 else upward1h = upward1h[1] endif downward1h = 0 If filt1h < filt1h[1] then downward1h = downward1h[1]+1 elsif filt1h > filt1h[1] then downward1h = 0 else downward1h = downward1h[1] endif // Target Bands hband1h = filt1h + smrng1h lband1h = filt1h - smrng1h //// Zone de couleurs : selon des conditions //////////////////////////////////////////////////////////////////////////// mbTendance1h = (Average[3](filt1h) + filt1h)/2 if mbTendance1h > mbTendance1h[1] then red1h=0 green1h=0 blue1h=255 elsif mbTendance1h < mbTendance1h[1] then red1h=255 green1h=0 blue1h=0 endif Timeframe(default) Return filt as "Range Filter", hband as "High Target", lband as "Low Target", mbtendance as "tendance", filt1h as "Range Filter1H", hband1h as "High Target1H", lband1h as "Low Target1H", mbtendance1h as "tendance1H"

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  // Original Script > @DonovanWall // Adapted Version > @guikroth ////////////////////////////////////////////////////////////////////////// // Settings for 5min chart, BTCUSDC. For Other coin, change the parameters ////////////////////////////////////////////////////////////////////////// Timeframe (weekly) // Source src = customclose // Sampling Period // Settings for 5min chart, BTCUSDC. For Other coin, change the paremeters // per = defval=100, minval=1, "Sampling Period" // Range Multiplier // mult = defval=3.0, minval=0.1, "Range Multiplier" PER = 150 MULT = 3 // Smooth Average Range wper = per*2 -1 avrng = exponentialaverage[per](abs(src-src[1])) smrng = mult * exponentialaverage[wper](avrng) // Range Filter rngfilt = src If src > rngfilt[1] then If rngfilt[1] > src-smrng then rngfilt = rngfilt[1] Else rngfilt = src-smrng endif elsif rngfilt[1] < src+smrng then rngfilt = rngfilt[1] else rngfilt = src+smrng endif filt = rngfilt // Filter Direction upward = 0 If filt > filt[1] then upward = upward[1]+1 elsif filt < filt[1] then upward = 0 else upward = upward[1] endif downward = 0 If filt < filt[1] then downward = downward[1]+1 elsif filt > filt[1] then downward = 0 else downward = downward[1] endif // Target Bands hband = filt + smrng lband = filt - smrng //// Zone de couleurs : selon des conditions //////////////////////////////////////////////////////////////////////////// mbTendance = (Average[3](filt) + filt)/2 if mbTendance > mbTendance[1] then red=0 green=0 blue=255 elsif mbTendance < mbTendance[1] then red=255 green=0 blue=0 endif colorbetween(lband,hband,red,Green,Blue,88)       Timeframe (1 hour)     // Source src1h = customclose       // Smooth Average Range per1h = 150 mult1h = 3 wper1h = per1h*2 -1 avrng1h = exponentialaverage[per1h](abs(src1h-src1h[1])) smrng1h = mult1h * exponentialaverage[wper1h](avrng1h)   // Range Filter rngfilt1h = src1h If src1h > rngfilt1h[1] then If rngfilt1h[1] > src1h-smrng1h then rngfilt1h = rngfilt1h[1] Else rngfilt1h = src1h-smrng1h endif elsif rngfilt1h[1] < src1h+smrng1h then rngfilt1h = rngfilt1h[1] else rngfilt1h = src1h+smrng1h endif filt1h = rngfilt1h   // Filter Direction upward1h = 0 If filt1h > filt1h[1] then upward1h = upward1h[1]+1 elsif filt1h < filt1h[1] then upward1h = 0 else upward1h = upward1h[1] endif downward1h = 0 If filt1h < filt1h[1] then downward1h = downward1h[1]+1 elsif filt1h > filt1h[1] then downward1h = 0 else downward1h = downward1h[1] endif   // Target Bands hband1h = filt1h + smrng1h lband1h = filt1h - smrng1h   //// Zone de couleurs : selon des conditions //////////////////////////////////////////////////////////////////////////// mbTendance1h = (Average[3](filt1h) + filt1h)/2 if mbTendance1h > mbTendance1h[1] then red1h=0 green1h=0 blue1h=255 elsif mbTendance1h < mbTendance1h[1] then red1h=255 green1h=0 blue1h=0 endif   Timeframe(default)   Return filt as "Range Filter", hband as "High Target", lband as "Low Target", mbtendance as "tendance", filt1h as "Range Filter1H", hband1h as "High Target1H", lband1h as "Low Target1H", mbtendance1h as "tendance1H"

  Bonsoir Roberto,

  ci-joint le code que j’ai essayé de transformer en weekly et 1h.

  je m’attendais à voir deux graphes mais ce n’est pas le cas.

  Pourriez-vous me dire où est le problème ?

  Merci.

   

   

   

  

  finplus

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  08/25/2025 at 6:14 PM #250051
  finplus

  ci-dessous le graphique que je voudrais dupliquer en weekly en le superposant à un graphique 1h.

  

  finplus

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  08/26/2025 at 4:06 PM #250076
  robertogozzi

  Comme je l’ai dit plus haut “vous devez utiliser suffisamment d’unités sur le graphique horaire pour calculer l’indicateur hebdomadaire“.

  Une moyenne exponentielle nécessite environ deux fois plus d’unités que de périodes, soit environ 300 unités par semaine. Comme une semaine compte 5 jours et que chaque jour dure 24 heures, le nombre total d’unités horaires nécessaires sera d’environ 36 000 (300 x 5 x 24), voire plus.

   

  

  robertogozzi

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  08/26/2025 at 5:29 PM #250083
  finplus

  merci. Je vais tester.

  

  finplus

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