CPR and Pivot points conversion from Tradingview

• 09/02/2020 at 8:39 PM #143245
  edrajs

  Salut Nicolas,

  I tried with my limited programming knowledge to create new indicators for CPR and Pivot points with formulas. It didn’t work out.

  Appreciate your help in converting this code for CPR and Pivot points from TradingView.

  For the pivot points only daily, weekly and monthly are enough. Please ignore other pivots in the code, as I was not sure which one to delete.

  Trading view CPR

  study(title="Pivot Range", shorttitle="CD_PivotR", overlay=true) sd = input(true, title="Show Daily Pivots?") //Pivot Range Calculations - Mark Fisher pivot = (high + low + close ) / 3.0 bc = (high + low ) / 2.0 tc = (pivot - bc) + pivot //Daily Pivot Range dtime_pivot = security(tickerid, 'D', pivot[1]) dtime_bc = security(tickerid, 'D', bc[1]) dtime_tc = security(tickerid, 'D', tc[1]) offs_daily = 0 plot(sd and dtime_pivot ? dtime_pivot : na, title="Daily Pivot",style=circles, color=fuchsia,linewidth=3) plot(sd and dtime_bc ? dtime_bc : na, title="Daily BC",style=circles, color=blue,linewidth=3) plot(sd and dtime_tc ? dtime_tc : na, title="Daily TC",style=circles, color=blue,linewidth=3)

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  study(title="Pivot Range", shorttitle="CD_PivotR", overlay=true) sd = input(true, title="Show Daily Pivots?")   //Pivot Range Calculations - Mark Fisher pivot = (high + low + close ) / 3.0 bc = (high + low ) / 2.0 tc = (pivot - bc) + pivot   //Daily Pivot Range dtime_pivot = security(tickerid, 'D', pivot[1]) dtime_bc = security(tickerid, 'D', bc[1]) dtime_tc = security(tickerid, 'D', tc[1])   offs_daily = 0 plot(sd and dtime_pivot ? dtime_pivot : na, title="Daily Pivot",style=circles, color=fuchsia,linewidth=3) plot(sd and dtime_bc ? dtime_bc : na, title="Daily BC",style=circles, color=blue,linewidth=3) plot(sd and dtime_tc ? dtime_tc : na, title="Daily TC",style=circles, color=blue,linewidth=3)

  Pivot points from Tradingview

  study(title="CM_Pivot Points_M-W-D_4H_1H_Filtered", shorttitle="CM_Pivots_Filtered", overlay=true) pf = input(true,title="Show Filtered Pivots") sa = input(true,title="Show Pivot Average") sh = input(false, title="Show 1 Hour Pivots?") sf = input(false, title="Show 4 Hour Pivots?") sd = input(false, title="Show Daily Pivots?") sw = input(false, title="Show Weekly Pivots?") sm = input(true, title="Show Monthly Pivots?") sy = input(false, title="Show Yearly Pivots?") sh3 = input(false, title="Show R3 & S3 Only On 1 Hour & 4 Hour?") // Classic Pivot pivot = (high + low + close ) / 3.0 // Filter Cr bull= pivot > (pivot + pivot[1]) / 2 + .0025 bear= pivot < (pivot + pivot[1]) / 2 - .0025 // Classic Pivots r1 = pf and bear ? pivot + (pivot - low) : pf and bull ? pivot + (high - low) : pivot + (pivot - low) s1 = pf and bull ? pivot - (high - pivot) : pf and bear ? pivot - (high - low) : pivot - (high - pivot) r2 = pf ? na : pivot + (high - low) s2 = pf ? na : pivot - (high - low) r3 = sh3 and r1 + (high - low) ? r1 + (high - low) : na s3 = sh3 and s1 - (high - low) ? s1 - (high - low) : na //Pivot Average Calculation smaP = sma(pivot, 3) //1 Hour Pivots htime_pivot = security(tickerid, '60', pivot[1]) htime_pivotAvg = security(tickerid, '60', smaP[1]) htime_R1 = security(tickerid, '60', r1[1]) htime_S1 = security(tickerid, '60', s1[1]) htime_R2 = security(tickerid, '60', r2[1]) htime_S2 = security(tickerid, '60', s2[1]) htime_R3 = security(tickerid, '60', r3[1]) htime_S3 = security(tickerid, '60', s3[1]) plot(sa and sh and htime_pivotAvg ? htime_pivotAvg : na, title="Hourly Pivot Average",style=cross, color=orange,linewidth=2) plot(sh and htime_pivot ? htime_pivot : na, title="Hourly Pivot",style=circles, color=fuchsia,linewidth=2) plot(sh and htime_R1 ? htime_R1 : na, title="Hourly R1",style=circles, color=#DC143C,linewidth=2) plot(sh and htime_S1 ? htime_S1 : na, title="Hourly S1",style=circles, color=lime,linewidth=2) plot(sh and htime_R2 ? htime_R2 : na, title="Hourly R2",style=circles, color=maroon,linewidth=2) plot(sh and htime_S2 ? htime_S2 : na, title="Hourly S2",style=circles, color=#228B22,linewidth=2) plot(sh and htime_R3 ? htime_R3 : na, title="Hourly R3",style=circles, color=#FA8072,linewidth=2) plot(sh and htime_S3 ? htime_S3 : na, title="Hourly S3",style=circles, color=#CD5C5C,linewidth=2) //4 Hour Pivots ftime_pivot = security(tickerid, '240', pivot[1]) ftime_pivotAvg = security(tickerid, '240', smaP[1]) ftime_R1 = security(tickerid, '240', r1[1]) ftime_S1 = security(tickerid, '240', s1[1]) ftime_R2 = security(tickerid, '240', r2[1]) ftime_S2 = security(tickerid, '240', s2[1]) ftime_R3 = security(tickerid, '240', r3[1]) ftime_S3 = security(tickerid, '240', s3[1]) plot(sa and sf and ftime_pivotAvg ? ftime_pivotAvg : na, title="4 Hour Pivot Average",style=cross, color=orange,linewidth=2) plot(sf and ftime_pivot ? ftime_pivot : na, title="4 Hour Pivot",style=circles, color=fuchsia,linewidth=3) plot(sf and ftime_R1 ? ftime_R1 : na, title="4 Hour R1",style=circles, color=#DC143C,linewidth=3) plot(sf and ftime_S1 ? ftime_S1 : na, title="4 Hour S1",style=circles, color=lime,linewidth=3) plot(sf and ftime_R2 ? ftime_R2 : na, title="4 Hour R2",style=circles, color=maroon,linewidth=3) plot(sf and ftime_S2 ? ftime_S2 : na, title="4 Hour S2",style=circles, color=#228B22,linewidth=3) plot(sf and ftime_R3 ? ftime_R3 : na, title="4 Hour R3",style=circles, color=#FA8072,linewidth=3) plot(sw and ftime_S3 ? ftime_S3 : na, title="4 Hour S3",style=circles, color=#CD5C5C,linewidth=3) //Daily Pivots dtime_pivot = security(tickerid, 'D', pivot[1]) dtime_pivotAvg = security(tickerid, 'D', smaP[1]) dtime_r1 = security(tickerid, 'D', r1[1]) dtime_s1 = security(tickerid, 'D', s1[1]) dtime_r2 = security(tickerid, 'D', r2[1]) dtime_s2 = security(tickerid, 'D', s2[1]) offs_daily = 0 plot(sa and sd and dtime_pivotAvg ? dtime_pivotAvg : na, title="Daily Pivot Average",style=cross, color=orange,linewidth=2) plot(sd and dtime_pivot ? dtime_pivot : na, title="Daily Pivot",style=circles, color=fuchsia,linewidth=3) plot(sd and dtime_r1 ? dtime_r1 : na, title="Daily R1",style=circles, color=#DC143C,linewidth=3) plot(sd and dtime_s1 ? dtime_s1 : na, title="Daily S1",style=circles, color=lime,linewidth=3) plot(sd and dtime_r2 ? dtime_r2 : na, title="Daily R2",style=circles, color=maroon,linewidth=3) plot(sd and dtime_s2 ? dtime_s2 : na, title="Daily S2",style=circles, color=#228B22,linewidth=3) //Weekly Pivots wtime_pivot = security(tickerid, 'W', pivot[1]) wtime_pivotAvg = security(tickerid, 'W', smaP[1]) wtime_R1 = security(tickerid, 'W', r1[1]) wtime_S1 = security(tickerid, 'W', s1[1]) wtime_R2 = security(tickerid, 'W', r2[1]) wtime_S2 = security(tickerid, 'W', s2[1]) plot(sa and sw and wtime_pivotAvg ? wtime_pivotAvg : na, title="Weekly Pivot Average",style=cross, color=orange,linewidth=3) plot(sw and wtime_pivot ? wtime_pivot : na, title="Weekly Pivot",style=circles, color=fuchsia,linewidth=4) plot(sw and wtime_R1 ? wtime_R1 : na, title="Weekly R1",style=circles, color=#DC143C,linewidth=4) plot(sw and wtime_S1 ? wtime_S1 : na, title="Weekly S1",style=circles, color=lime,linewidth=4) plot(sw and wtime_R2 ? wtime_R2 : na, title="Weekly R2",style=circles, color=maroon,linewidth=4) plot(sw and wtime_S2 ? wtime_S2 : na, title="Weekly S2",style=circles, color=#228B22,linewidth=4) //Monthly Pivots mtime_pivot = security(tickerid, 'M', pivot[1]) mtime_pivotAvg = security(tickerid, 'M', smaP[1]) mtime_R1 = security(tickerid, 'M', r1[1]) mtime_S1 = security(tickerid, 'M', s1[1]) mtime_R2 = security(tickerid, 'M', r2[1]) mtime_S2 = security(tickerid, 'M', s2[1]) plot(sa and sm and mtime_pivotAvg ? mtime_pivotAvg : na, title="Monthly Pivot Average",style=cross, color=orange,linewidth=4) plot(sm and mtime_pivot ? mtime_pivot : na, title="Monthly Pivot",style=circles, color=fuchsia,linewidth=5) plot(sm and mtime_R1 ? mtime_R1 : na, title="Monthly R1",style=circles, color=#DC145C,linewidth=5) plot(sm and mtime_S1 ? mtime_S1 : na, title="Monthly S1",style=circles, color=lime,linewidth=5) plot(sm and mtime_R2 ? mtime_R2 : na, title="Monthly R2",style=circles, color=maroon,linewidth=5) plot(sm and mtime_S2 ? mtime_S2 : na, title="Monthly S2",style=circles, color=#228B22,linewidth=5) //Yearly Pivots ytime_pivot = security(tickerid, '12M', pivot[1]) ytime_pivotAvg = security(tickerid, '12M', smaP[1]) ytime_R1 = security(tickerid, '12M', r1[1]) ytime_S1 = security(tickerid, '12M', s1[1]) ytime_R2 = security(tickerid, '12M', r2[1]) ytime_S2 = security(tickerid, '12M', s2[1]) //Yearly Pivots Plots plot(sa and sy and ytime_pivotAvg ? ytime_pivotAvg : na, title="Yearly Pivot Average",style=cross, color=orange,linewidth=4) plot(sy and ytime_pivot ? ytime_pivot : na, title="Yearly Pivot",style=cross, color=fuchsia,linewidth=6) plot(sy and ytime_R1 ? ytime_R1 : na, title="Yearly R1",style=cross, color=#DC143C,linewidth=6) plot(sy and ytime_S1 ? ytime_S1 : na, title="Yearly S1",style=cross, color=lime,linewidth=6) plot(sy and ytime_R2 ? ytime_R2 : na, title="Yearly R2",style=cross, color=maroon,linewidth=6) plot(sy and ytime_S2 ? ytime_S2 : na, title="Yearly S2",style=cross, color=#228B22,linewidth=6)

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  study(title="CM_Pivot Points_M-W-D_4H_1H_Filtered", shorttitle="CM_Pivots_Filtered", overlay=true) pf = input(true,title="Show Filtered Pivots") sa = input(true,title="Show Pivot Average") sh = input(false, title="Show 1 Hour Pivots?") sf = input(false, title="Show 4 Hour Pivots?") sd = input(false, title="Show Daily Pivots?") sw = input(false, title="Show Weekly Pivots?") sm = input(true, title="Show Monthly Pivots?") sy = input(false, title="Show Yearly Pivots?") sh3 = input(false, title="Show R3 & S3 Only On 1 Hour & 4 Hour?")   // Classic Pivot pivot = (high + low + close ) / 3.0 // Filter Cr bull= pivot > (pivot + pivot[1]) / 2 + .0025 bear= pivot < (pivot + pivot[1]) / 2 - .0025 // Classic Pivots r1 = pf and bear ? pivot + (pivot - low) : pf and bull ? pivot + (high - low) : pivot + (pivot - low) s1 = pf and bull ? pivot - (high - pivot) : pf and bear ? pivot - (high - low) : pivot - (high - pivot) r2 = pf ? na : pivot + (high - low) s2 = pf ? na : pivot - (high - low) r3 = sh3 and r1 + (high - low) ? r1 + (high - low) : na s3 = sh3 and s1 - (high - low) ? s1 - (high - low) : na //Pivot Average Calculation smaP = sma(pivot, 3)   //1 Hour Pivots htime_pivot = security(tickerid, '60', pivot[1]) htime_pivotAvg = security(tickerid, '60', smaP[1]) htime_R1 = security(tickerid, '60', r1[1]) htime_S1 = security(tickerid, '60', s1[1]) htime_R2 = security(tickerid, '60', r2[1]) htime_S2 = security(tickerid, '60', s2[1]) htime_R3 = security(tickerid, '60', r3[1]) htime_S3 = security(tickerid, '60', s3[1])   plot(sa and sh and htime_pivotAvg ? htime_pivotAvg : na, title="Hourly Pivot Average",style=cross, color=orange,linewidth=2) plot(sh and htime_pivot ? htime_pivot : na, title="Hourly Pivot",style=circles, color=fuchsia,linewidth=2) plot(sh and htime_R1 ? htime_R1 : na, title="Hourly R1",style=circles, color=#DC143C,linewidth=2) plot(sh and htime_S1 ? htime_S1 : na, title="Hourly S1",style=circles, color=lime,linewidth=2) plot(sh and htime_R2 ? htime_R2 : na, title="Hourly R2",style=circles, color=maroon,linewidth=2) plot(sh and htime_S2 ? htime_S2 : na, title="Hourly S2",style=circles, color=#228B22,linewidth=2) plot(sh and htime_R3 ? htime_R3 : na, title="Hourly R3",style=circles, color=#FA8072,linewidth=2) plot(sh and htime_S3 ? htime_S3 : na, title="Hourly S3",style=circles, color=#CD5C5C,linewidth=2)   //4 Hour Pivots ftime_pivot = security(tickerid, '240', pivot[1]) ftime_pivotAvg = security(tickerid, '240', smaP[1]) ftime_R1 = security(tickerid, '240', r1[1]) ftime_S1 = security(tickerid, '240', s1[1]) ftime_R2 = security(tickerid, '240', r2[1]) ftime_S2 = security(tickerid, '240', s2[1]) ftime_R3 = security(tickerid, '240', r3[1]) ftime_S3 = security(tickerid, '240', s3[1])   plot(sa and sf and ftime_pivotAvg ? ftime_pivotAvg : na, title="4 Hour Pivot Average",style=cross, color=orange,linewidth=2) plot(sf and ftime_pivot ? ftime_pivot : na, title="4 Hour Pivot",style=circles, color=fuchsia,linewidth=3) plot(sf and ftime_R1 ? ftime_R1 : na, title="4 Hour R1",style=circles, color=#DC143C,linewidth=3) plot(sf and ftime_S1 ? ftime_S1 : na, title="4 Hour S1",style=circles, color=lime,linewidth=3) plot(sf and ftime_R2 ? ftime_R2 : na, title="4 Hour R2",style=circles, color=maroon,linewidth=3) plot(sf and ftime_S2 ? ftime_S2 : na, title="4 Hour S2",style=circles, color=#228B22,linewidth=3) plot(sf and ftime_R3 ? ftime_R3 : na, title="4 Hour R3",style=circles, color=#FA8072,linewidth=3) plot(sw and ftime_S3 ? ftime_S3 : na, title="4 Hour S3",style=circles, color=#CD5C5C,linewidth=3)   //Daily Pivots dtime_pivot = security(tickerid, 'D', pivot[1]) dtime_pivotAvg = security(tickerid, 'D', smaP[1]) dtime_r1 = security(tickerid, 'D', r1[1]) dtime_s1 = security(tickerid, 'D', s1[1]) dtime_r2 = security(tickerid, 'D', r2[1]) dtime_s2 = security(tickerid, 'D', s2[1])   offs_daily = 0 plot(sa and sd and dtime_pivotAvg ? dtime_pivotAvg : na, title="Daily Pivot Average",style=cross, color=orange,linewidth=2) plot(sd and dtime_pivot ? dtime_pivot : na, title="Daily Pivot",style=circles, color=fuchsia,linewidth=3) plot(sd and dtime_r1 ? dtime_r1 : na, title="Daily R1",style=circles, color=#DC143C,linewidth=3) plot(sd and dtime_s1 ? dtime_s1 : na, title="Daily S1",style=circles, color=lime,linewidth=3) plot(sd and dtime_r2 ? dtime_r2 : na, title="Daily R2",style=circles, color=maroon,linewidth=3) plot(sd and dtime_s2 ? dtime_s2 : na, title="Daily S2",style=circles, color=#228B22,linewidth=3)   //Weekly Pivots wtime_pivot = security(tickerid, 'W', pivot[1]) wtime_pivotAvg = security(tickerid, 'W', smaP[1]) wtime_R1 = security(tickerid, 'W', r1[1]) wtime_S1 = security(tickerid, 'W', s1[1]) wtime_R2 = security(tickerid, 'W', r2[1]) wtime_S2 = security(tickerid, 'W', s2[1])   plot(sa and sw and wtime_pivotAvg ? wtime_pivotAvg : na, title="Weekly Pivot Average",style=cross, color=orange,linewidth=3) plot(sw and wtime_pivot ? wtime_pivot : na, title="Weekly Pivot",style=circles, color=fuchsia,linewidth=4) plot(sw and wtime_R1 ? wtime_R1 : na, title="Weekly R1",style=circles, color=#DC143C,linewidth=4) plot(sw and wtime_S1 ? wtime_S1 : na, title="Weekly S1",style=circles, color=lime,linewidth=4) plot(sw and wtime_R2 ? wtime_R2 : na, title="Weekly R2",style=circles, color=maroon,linewidth=4) plot(sw and wtime_S2 ? wtime_S2 : na, title="Weekly S2",style=circles, color=#228B22,linewidth=4)   //Monthly Pivots mtime_pivot = security(tickerid, 'M', pivot[1]) mtime_pivotAvg = security(tickerid, 'M', smaP[1]) mtime_R1 = security(tickerid, 'M', r1[1]) mtime_S1 = security(tickerid, 'M', s1[1]) mtime_R2 = security(tickerid, 'M', r2[1]) mtime_S2 = security(tickerid, 'M', s2[1])   plot(sa and sm and mtime_pivotAvg ? mtime_pivotAvg : na, title="Monthly Pivot Average",style=cross, color=orange,linewidth=4) plot(sm and mtime_pivot ? mtime_pivot : na, title="Monthly Pivot",style=circles, color=fuchsia,linewidth=5) plot(sm and mtime_R1 ? mtime_R1 : na, title="Monthly R1",style=circles, color=#DC145C,linewidth=5) plot(sm and mtime_S1 ? mtime_S1 : na, title="Monthly S1",style=circles, color=lime,linewidth=5) plot(sm and mtime_R2 ? mtime_R2 : na, title="Monthly R2",style=circles, color=maroon,linewidth=5) plot(sm and mtime_S2 ? mtime_S2 : na, title="Monthly S2",style=circles, color=#228B22,linewidth=5)   //Yearly Pivots ytime_pivot = security(tickerid, '12M', pivot[1]) ytime_pivotAvg = security(tickerid, '12M', smaP[1]) ytime_R1 = security(tickerid, '12M', r1[1]) ytime_S1 = security(tickerid, '12M', s1[1]) ytime_R2 = security(tickerid, '12M', r2[1]) ytime_S2 = security(tickerid, '12M', s2[1])   //Yearly Pivots Plots plot(sa and sy and ytime_pivotAvg ? ytime_pivotAvg : na, title="Yearly Pivot Average",style=cross, color=orange,linewidth=4) plot(sy and ytime_pivot ? ytime_pivot : na, title="Yearly Pivot",style=cross, color=fuchsia,linewidth=6) plot(sy and ytime_R1 ? ytime_R1 : na, title="Yearly R1",style=cross, color=#DC143C,linewidth=6) plot(sy and ytime_S1 ? ytime_S1 : na, title="Yearly S1",style=cross, color=lime,linewidth=6) plot(sy and ytime_R2 ? ytime_R2 : na, title="Yearly R2",style=cross, color=maroon,linewidth=6) plot(sy and ytime_S2 ? ytime_S2 : na, title="Yearly S2",style=cross, color=#228B22,linewidth=6)

   

   

  

  edrajs

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  09/03/2020 at 12:35 PM #143285
  Nicolas

  Please provide pictures of these indicators. Please next time follow the easy rules to ask for code conversion: Ask for a free code conversion

  

  Nicolas

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  09/03/2020 at 9:15 PM #143320
  edrajs

  Salut Nicolas,

  Thanks for notifying me about the conversion process.

  As required, please find attached the screenshots of the indicators.

  Kind regards

  Edwin

   

  

  edrajs

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  09/03/2020 at 9:26 PM #143323
  edrajs

  Nicolas,

  in case you need, here is the formula for CPR and pivot points.

  Formula for CPR (central pivot range)
  Pivot= (High + Low+ Close)/3
  BCPR = (High + Low)/2
  TCPR = (Pivot – BCPR) + Pivot
  (some times BCPR (Bottom CPR) can be above TCPR (Top CPR) and vice versa)

  PP (Pivot points/Central pivot) = (previous High + previous Low + previous Close) / 3
  (R1) = (2 x PP) – Low
  (S1) = (2 x PP) – High
  (R2) = PP + (High – Low)
  (S2) = PP – (High – Low)
  (R3) = High + 2(PP – Low)
  (S3) = Low – 2(High – PP)
  Same formula for daily/ weekly/monthly/yearly pivots.

  

  edrajs

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  09/04/2020 at 8:16 AM #143343
  Nicolas

  Ok for CPR, but what are the differences with the classic pivot points for the second code? They are all available in the platform (daily,weekly,monthy,yearly,..).

  

  Nicolas

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  09/04/2020 at 7:33 PM #143412
  edrajs

  ok, CPR Will do for now. I find difference between Tradingview and PRT pivot points, thats why I asked. I understand the price levels could be different for each platform. Please forget the pivot points for now.

  

  edrajs

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  09/16/2020 at 8:04 PM #144472
  edrajs

  Hi Nicolas,

  Hope you had sometime to convert the CPR indicator for PRT. Currently I am using Tradingview in addition to PRT, which is not convenient having to switch between applications frequently.

  Thanks for your help

  

  edrajs

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  09/17/2020 at 9:10 AM #144503
  Nicolas

  Thought it was ok, since you posted the code in your previous post?

  CPR pivot formula:

  Pivot= (High + Low+ Close)/3 BCPR = (High + Low)/2 TCPR = (Pivot – BCPR) + Pivot return bcpr,tcpr

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  Pivot= (High + Low+ Close)/3 BCPR = (High + Low)/2 TCPR = (Pivot – BCPR) + Pivot   return bcpr,tcpr

   

  

  Nicolas

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  09/17/2020 at 8:58 PM #144592
  edrajs

  Nicolas,

  Thanks for the code. I am happy to know that I was not different initially. But As you see from the screenshot, it is very much different to the Tradingview CPR.

  How to bring it to the price chart, and shown horizontal lines that draws continuously as the price changes. This is the piece I am missing.

  

  edrajs

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  09/18/2020 at 8:34 AM #144624
  Nicolas

  So to be the same as the code from TV, the code should be this one: (apply it on the price chart by using the wrench on the left upper side of the price chart).

  Pivot= (dHigh(1) + dLow(1)+ dClose(1))/3 BCPR = (dHigh(1) + dLow(1))/2 TCPR = (Pivot - BCPR) + Pivot return pivot coloured(255,0,255), bcpr coloured(0,0,255),tcpr coloured(0,0,255)

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  Pivot= (dHigh(1) + dLow(1)+ dClose(1))/3 BCPR = (dHigh(1) + dLow(1))/2 TCPR = (Pivot - BCPR) + Pivot   return pivot coloured(255,0,255), bcpr coloured(0,0,255),tcpr coloured(0,0,255)

   

   

  

  Nicolas

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  09/21/2020 at 7:20 PM #144911
  edrajs

  Thank you Nicolas for the great support. There is still a difference of about 10 points between PRT and TV where the CPR and pivot points are plotted on the chart. I will have to manage this.

  

  edrajs

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  09/22/2020 at 8:22 AM #144942
  Nicolas

  Because of different market hours, different OHLC data, ..

  

  Nicolas

  Keymaster

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  06/17/2021 at 10:59 PM #171966
  bharathr15

  Hi Nicolas,

  Thank you very much for your support, Shall I get ITF file because, during copy paste I am getting error.

  

  bharathr15

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  08/05/2021 at 3:53 PM #174759
  oyinloyea

  Good Day. This formula is not stable on Intraday Timeframes.

  

  oyinloyea

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  09/07/2021 at 12:22 PM #176928
  Sakhalin

  Salut Nicolas

  Je suis néophyte dans la programmation. J’ai le CPR en journée mais coment faire pour en créer un en 4H? J’ai essayé de remplacer le “d” par 4H etc.. sans succés. Tes lumières sont les bienvenues

  merci

  Hi Nicolas I am new to programming. I have the CPR during the day, but how can I create one in 4 hours? I tried to replace the “d” with 4H etc. without success. Your lights are welcome thank you

  

  Sakhalin

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