PMO Price Momentum Oscillator

• 10/09/2017 at 10:41 AM #48739
  Rafa

  Dear all,

  I have downloaded the PRT_Price Momentum Oscillator, and when I try to code a simple screener like Line Crosses Over PMO, it gives me an error “Internal server error” and is not the first time and the first indicator.

  Any ideas?

  Cheers

   

  

  Rafa

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  10/09/2017 at 12:38 PM #48769
  Nicolas

  Topic moved to English forum screener section.

  I spotted the problem, caused by the used of the choice made of the moving average type in the “average” instruction (set to mode 1 which is Exponential one = EMA). I changed the code to the “exponentialaverage” instruction instead and it works correctly now.

  //PRC_Price Momentum Oscillator //28.09.2016 //Nicolas @ www.prorealcode.com //Sharing ProRealTime knowledge // --- settings length1=35 // "First Smoothing" length2=20 //"Second Smoothing" siglength=10 //"Signal Smoothing" // --- end of settings if barindex>1 then i = (close/close[1])*100 sm1 = 2.0/length1 csf1=((i-100)-csf1[1])*sm1+csf1[1] pmol2=csf1 sm2 = 2.0/length2 csf2=((10*pmol2)-csf2[1])*sm2+csf2[1] pmol=csf2 //pmols=average[siglength,1](pmol) pmols=exponentialaverage[siglength](pmol) endif test = pmol crosses over pmols or pmol crosses under pmols screener[test]

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  //PRC_Price Momentum Oscillator //28.09.2016 //Nicolas @ www.prorealcode.com //Sharing ProRealTime knowledge   // --- settings length1=35 // "First Smoothing" length2=20 //"Second Smoothing" siglength=10 //"Signal Smoothing" // --- end of settings   if barindex>1 then i = (close/close[1])*100   sm1 = 2.0/length1 csf1=((i-100)-csf1[1])*sm1+csf1[1] pmol2=csf1   sm2 = 2.0/length2 csf2=((10*pmol2)-csf2[1])*sm2+csf2[1] pmol=csf2   //pmols=average[siglength,1](pmol) pmols=exponentialaverage[siglength](pmol) endif   test = pmol crosses over pmols or pmol crosses under pmols   screener[test]

   

  

  Nicolas

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  10/10/2017 at 11:42 AM #48897
  Rafa

  Thanks a lot Nicolas

  Cheers

   

  

  Rafa

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  10/16/2017 at 7:59 AM #49480
  Nicolas

  I confirm that choosing the kind of moving average this way:

  average[period,M]

  1	average[period,M]

  Where M can be set with any of these values, to return the specific moving average calculation:

  0 = SMA

  1 = EMA

  2 = WMA

  3 = Wilder

  4 = Triangular

  5 = End point

  6 = Time series

  .. is not possible through ProScreener.

  

  Nicolas

  Keymaster

  Topics: 81

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