Signal Bressert scalper disappears

• 08/28/2020 at 8:31 AM #142779
  Friend

  Hi,

   

  With the Bressert scalper improved, the signal disappears at certain times and the completed turn is no longer visible. Only a flat line remains.

  Could it be if he goes through a lower level?

  After some time, depending on the used timeframe, the movement returns.

  

  Friend

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  09/03/2020 at 12:26 PM #143284
  Nicolas

  Would you mind sharing the code of this custom indicator? Otherwise I cannot help regarding this issue.

  

  Nicolas

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  09/15/2020 at 1:07 PM #144339
  Friend

  Hi Nicolas,

   

  A late answer, I had not noticed your question. Here’s the code:

  (I changed the original EMA and STO period from 8/13 to 20/14)

  EMAperiod=20 STOperiod=14 once DssBuffer = 50 once MitBuffer = 30 smoothcoefficient = 2.6 / (1 + EMAperiod) if barindex>STOperiod then //price range definitions HighRange = Highest[STOperiod](high) LowRange = Lowest[STOperiod](low) delta = Close – LowRange rrange = HighRange-LowRange if rrange = 0 then rrange = 1*ticksize endif MIT = delta/rrange*100.0 MitBuffer = ROUND(smoothcoefficient * (MIT – MitBuffer[1]) + MitBuffer[1]) //DSS calculation HighRange=0 LowRange=stoperiod*1000 for i = 0 to Stoperiod do HighRange=Max(MitBuffer[i],HighRange) LowRange=Min(MitBuffer[i],LowRange) next delta = MitBuffer – LowRange DSS = delta/(HighRange – LowRange)*100.0 DssBuffer = smoothcoefficient * (DSS – DssBuffer[1]) + DssBuffer[1] endif // 30.144.255 / blue // 255.105.180 / hot pink RETURN dssbuffer as “DSS Bressert Scalper”, 20 coloured(102,102,102) as “20 level”, 80 coloured(102,102,102) as “80 level”, 50 coloured(102,102,102) as “50 level”

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  EMAperiod=20 STOperiod=14   once DssBuffer = 50 once MitBuffer = 30 smoothcoefficient = 2.6 / (1 + EMAperiod)   if barindex>STOperiod then //price range definitions HighRange = Highest[STOperiod](high) LowRange = Lowest[STOperiod](low) delta = Close – LowRange rrange = HighRange-LowRange if rrange = 0 then rrange = 1*ticksize endif MIT = delta/rrange*100.0 MitBuffer = ROUND(smoothcoefficient * (MIT – MitBuffer[1]) + MitBuffer[1])   //DSS calculation HighRange=0 LowRange=stoperiod*1000 for i = 0 to Stoperiod do HighRange=Max(MitBuffer[i],HighRange) LowRange=Min(MitBuffer[i],LowRange) next delta = MitBuffer – LowRange DSS = delta/(HighRange – LowRange)*100.0 DssBuffer = smoothcoefficient * (DSS – DssBuffer[1]) + DssBuffer[1] endif   // 30.144.255 / blue // 255.105.180 / hot pink   RETURN dssbuffer as “DSS Bressert Scalper”, 20 coloured(102,102,102) as “20 level”, 80 coloured(102,102,102) as “80 level”, 50 coloured(102,102,102) as “50 level”

  Do you still have time to look at my post ‘Trading range recognize and breakout’ from the last weeks?

   

  

  Friend

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  09/15/2020 at 1:51 PM #144343
  robertogozzi

  > For clarity of messages on ProRealCode’s forums, please use the “insert code PRT” button to separate the text of the code part! Thank you! <<
  🙂

   

  

  robertogozzi

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  09/15/2020 at 1:55 PM #144344
  robertogozzi

  Try (not tested) this line 8:

  if barindex>max(STOperiod,EMAperiod) then

  1	if barindex>max(STOperiod,EMAperiod) then

   

  

  robertogozzi

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  09/15/2020 at 6:51 PM #144370
  Friend

  Thanks Roberto,

  Unfortunately this is not the solution, it sometimes still goes wrong

  

  Friend

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  09/16/2020 at 12:06 PM #144426
  Nicolas

  Division by zero issue in DSS calculation, the below code should fix the issue:

  EMAperiod=20 STOperiod=14 once DssBuffer = 50 once MitBuffer = 30 once smoothcoefficient = 2.6 / (1 + EMAperiod) if barindex>max(EMAperiod,STOperiod) then //price range definitions HighRange = Highest[STOperiod](high) LowRange = Lowest[STOperiod](low) delta = Close - LowRange rrange = HighRange-LowRange rrange = max(rrange,1*ticksize) MIT = delta/rrange*100.0 MitBuffer = ROUND(smoothcoefficient * (MIT - MitBuffer[1]) + MitBuffer[1]) //DSS calculation HighRange=0 LowRange=1000 for i = 0 to Stoperiod-1 do HighRange=Max(MitBuffer[i],HighRange) LowRange=Min(MitBuffer[i],LowRange) next delta = MitBuffer - LowRange DSS = delta/(max(1*ticksize,HighRange - LowRange))*100.0 DssBuffer = smoothcoefficient * (DSS - DssBuffer[1]) + DssBuffer[1] endif // 30.144.255 / blue // 255.105.180 / hot pink RETURN dssbuffer as "DSS Bressert Scalper", 20 coloured(102,102,102) as "20 level", 80 coloured(102,102,102) as "80 level", 50 coloured(102,102,102) as "50 level"

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  EMAperiod=20 STOperiod=14   once DssBuffer = 50 once MitBuffer = 30 once smoothcoefficient = 2.6 / (1 + EMAperiod)   if barindex>max(EMAperiod,STOperiod) then //price range definitions HighRange = Highest[STOperiod](high) LowRange = Lowest[STOperiod](low) delta = Close - LowRange rrange = HighRange-LowRange   rrange = max(rrange,1*ticksize)   MIT = delta/rrange*100.0 MitBuffer = ROUND(smoothcoefficient * (MIT - MitBuffer[1]) + MitBuffer[1])   //DSS calculation HighRange=0 LowRange=1000 for i = 0 to Stoperiod-1 do HighRange=Max(MitBuffer[i],HighRange) LowRange=Min(MitBuffer[i],LowRange) next delta = MitBuffer - LowRange DSS = delta/(max(1*ticksize,HighRange - LowRange))*100.0 DssBuffer = smoothcoefficient * (DSS - DssBuffer[1]) + DssBuffer[1] endif   // 30.144.255 / blue // 255.105.180 / hot pink   RETURN dssbuffer as "DSS Bressert Scalper", 20 coloured(102,102,102) as "20 level", 80 coloured(102,102,102) as "80 level", 50 coloured(102,102,102) as "50 level"

   

  

  Nicolas

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  09/17/2020 at 8:57 PM #144591
  Friend

  You are right, Nicolas.

  This solves the problem.

   

  Thanks a lot!

  

  Friend

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