Renko PRT Renko PRC

• 01/28/2022 at 10:47 AM #186812
  Khaled

  Hello everyone,

  I’m trying to replicate the same Renko as PRT. I chose Boxsize 100 on Dow H1 and used the code provided by Nicolas   here https://www.prorealcode.com/prorealtime-indicators/renko-boxes-on-price-chart/

  However, the values are sometimes identical and sometimes different. I’d like to have the exact same values than PRT. Can someone please help?

  Thanks

  

  Khaled

  Participant

  Topics: 59

  Replies: 314

  Been thanked: 65 times
  01/28/2022 at 11:51 AM #186824
  Nicolas

  I think your problem come that the price can “jump” 2 or more renko bars size during 1 code read, and you can only paint 1 bar on a single period. That’s tricky to code, I know this product from the marketplace replicate the same exact values with quantity of boxes, on a classic chart: https://market.prorealcode.com/product/prt-renko/

  1 user thanked author for this post.

  Khaled

  

  Nicolas

  Keymaster

  Topics: 81

  Replies: 20829

  Been thanked: 4742 times
  01/28/2022 at 1:55 PM #186839
  Khaled

  After searching a bit, I found this free code on TradingView (Pine). It’s way beyond my conversion skills. If someone is interested to convert it.

  //@version=4
  study(“Renko”, max_bars_back = 5000)
  get_renko(box_size) =>
  var float base_price = input(title=”Base price”, type=input.source, defval=close)
  var float r_open = base_price – box_size
  var float r_close = close
  var int up_list = 0
  var int down_list = 0
  var int up_move = 0
  var int down_move = 0
  var int built_bricks_up = 0
  var int built_bricks_down = 0
  var int counter_up_series = 0
  var int counter_down_series = 0
  var int required_series_up = 0
  var int required_series_down = 0
  var int required_bricks_up = 0
  var int required_bricks_down = 0
  var bool b_up_list = false
  var bool b_down_list = false
  var bool b_up_move = false
  var bool b_down_move = false
  var bool in_the_range_up = false
  var bool in_the_range_down = false
  var int up_stop_index = 0
  var int down_stop_index = 0
  var int up_temporary_index = 0
  var int down_temporary_index = 0
  // creating lists
  if bar_index > 0
  if close > open
  down_move := 0
  if b_up_list
  up_move := int((close – base_price) / box_size)
  if up_move > up_list
  up_list := up_move
  down_list := na
  else if b_down_list
  up_move := int((close – (base_price – down_list * box_size)) / box_size)
  else
  down_list := na
  up_list := na
  else if close < open
  up_move := 0
  if b_down_list
  down_move := int((base_price – close) / box_size)
  if down_move > down_list
  down_list := down_move
  up_list := na
  else if b_up_list
  down_move := int(((base_price + up_list * box_size) – close) / box_size)
  else
  down_list := na
  up_list := na
  if b_up_list and down_move >= 2
  base_price := base_price + (up_list – 1) * box_size
  b_up_list := false
  up_list := na
  b_down_list := true
  down_list := down_move – 1

  else if b_down_list and up_move >= 2
  base_price := base_price – (down_list – 1) * box_size
  b_down_list := false
  down_list := na
  b_up_list := true
  up_list := up_move – 1

  if not b_up_list and not b_down_list
  up_move := int((close – base_price) / box_size)
  down_move := int((base_price – close) / box_size)
  if up_move > 0
  down_move := 0
  b_up_list := true
  b_up_move := true
  up_list := up_move
  down_list := na
  else if down_move > 0
  up_move := 0
  b_down_list := true
  b_down_move := true
  down_list := down_move
  up_list := na
  else
  up_list := na
  down_list := na
  r_close := na
  // creating open and close series
  if b_up_move
  for i = 0 to bar_index – up_stop_index – 1
  if not na(up_list[i]) and na(up_list[i+1])
  counter_up_series := counter_up_series + 1
  required_bricks_up := up_list[i]
  if i == bar_index – up_stop_index – 1
  for j = i to 0
  up_temporary_index := bar_index[j]
  required_bricks_up := up_list[j]
  if j == 0
  break
  if not na(up_list[j]) and na(up_list[j-1])
  up_temporary_index := bar_index[j-1]
  break
  break
  if counter_up_series == 1 and not na(up_list[0])
  in_the_range_up := true
  counter_up_series := 0
  if built_bricks_up < required_bricks_up
  r_open := r_open + box_size
  r_close := r_open + box_size
  built_bricks_up := built_bricks_up + 1

  else if in_the_range_up and built_bricks_up == required_bricks_up
  r_close := na
  else
  up_stop_index := up_temporary_index
  built_bricks_up := 0
  built_bricks_down := 1
  b_up_move := false
  b_down_move := true
  r_close := r_open – box_size

  in_the_range_up := false
  else if b_down_move
  for i = 0 to bar_index – down_stop_index – 1
  if not na(down_list[i]) and na(down_list[i+1])
  counter_down_series := counter_down_series + 1
  required_bricks_down := down_list[i]
  if i == bar_index – down_stop_index – 1
  for j = i to 0
  down_temporary_index := bar_index[j]
  required_bricks_down := down_list[j]
  if j == 0
  break
  if not na(down_list[j]) and na(down_list[j-1])
  down_temporary_index := bar_index[j-1]
  break
  break
  if counter_down_series == 1 and not na(down_list[0])
  in_the_range_down := true
  counter_down_series := 0
  if built_bricks_down < required_bricks_down
  if up_stop_index == 0 and down_stop_index == 0 and built_bricks_down == 0
  r_open := r_open + box_size
  r_close := r_open – box_size
  built_bricks_down := built_bricks_down + 1
  else
  r_open := r_open – box_size
  r_close := r_open – box_size
  built_bricks_down := built_bricks_down + 1
  else if in_the_range_down and built_bricks_down == required_bricks_down
  r_close := na
  else
  down_stop_index := down_temporary_index
  built_bricks_down := 0
  built_bricks_up := 1
  b_down_move := false
  b_up_move := true
  r_close := r_open + box_size
  in_the_range_down := false
  else
  r_close := na
  [r_open, r_open > r_close ? r_open : r_close, r_open < r_close ? r_open : r_close, r_close]
  [r_open, r_high, r_low, r_close] = get_renko(input(defval = 200.0, title = “Box size”, type = input.float, minval = 0.00000001))
  plotcandle(r_open, r_high, r_low, r_close, color = r_close > r_open ? color.green : color.red)

   

  

  Khaled

  Participant

  Topics: 59

  Replies: 314

  Been thanked: 65 times
  01/28/2022 at 5:23 PM #186865
  Khaled

  @Nicolas

  I tried my best to convert the above code. I’m stuck in the loops where I think I didn’t place the “endif” in the appropriate location.

  I need a bit of help PLEEEEEEEAAAASE!

  Thanks a million!

  Conversion Renko attempt

  DEFPARAM CALCULATEONLASTBARS = 1000 boxsize = 100 Baseprice = close ropen = baseprice - boxsize rclose = close uplist = 0 downlist = 0 upmove = 0 downmove = 0 builtbricksup = 0 builtbricksdown = 0 counterupseries = 0 counterdownseries = 0 requiredseriesup = 0 requiredseriesdown = 0 requiredbricksup = 0 requiredbricksdown = 0 boolbupist = 0 boolbdownlist = 0 boolbupmove = 0 boolbdownmove = 0 boolintherangeup = 0 boolintherangedown = 0 intupstopindex = 0 intdownstopindex = 0 intuptemporaryindex = 0 intdowntemporaryindex = 0 if barindex>0 then if close > open then downmove = 0 if buplist >0 then upmove = abs((close - baseprice) / boxsize) if upmove > uplist then uplist = upmove downlist = 0 elsif bdownlist >0 then upmove = abs((close - (baseprice - downlist * boxsize)) / boxsize) else downlist = 0 uplist = 0 endif elsif close < open then upmove = 0 if bdownlist > 0 then downmove = abs((baseprice - close) / boxsize) if downmove > downlist then downlist = downmove uplist = 0 elsif buplist>0 then downmove = abs(((baseprice + uplist * boxsize) - close) / boxsize) else downlist = 0 uplist = 0 if buplist and downmove >= 2 then baseprice = baseprice + (uplist - 1) * boxsize buplist = 0 uplist = 0 bdownlist = 1 downlist = downmove - 1 elsif bdownlist=1 and upmove >= 2 then baseprice = baseprice - (downlist - 1) * boxsize bdownlist = 0 downlist = 0 buplist = 1 uplist = upmove - 1 if not buplist and not bdownlist then upmove = abs((close - baseprice) / boxsize) downmove = abs((baseprice - close) / boxsize) if upmove > 0 then downmove = 0 buplist = 1 bupmove = 1 uplist = upmove downlist = 1 elsif downmove > 0 then upmove = 0 bdownlist = 1 bdownmove = 1 downlist = downmove uplist = 0 else uplist = 0 downlist = 0 rclose = 0 endif endif endif endif endif endif endif endif // creating open and close series if barindex>0 then if bupmove = 1 then if (uplist[i])<>0 and (uplist[i+1])<>0 then for i = 0 to barindex - upstopindex - 1 counterupseries = counterupseries + 1 requiredbricksup = uplist[i] break if i = barindex - upstopindex - 1 then for j = i to 0 uptemporaryindex = barindex[j] requiredbricksup = uplist[j] if j = 0 then break elsif (uplist[j])<>0 and (uplist[j-1])<>0 then uptemporaryindex = barindex[j-1] //break endif //break if counterupseries = 1 and (uplist[0])<>0 then intherangeup = 1 counterupseries = 0 if builtbricksup < requiredbricksup then ropen = ropen + boxsize rclose = ropen + boxsize builtbricksup = builtbricksup + 1 elsif intherangeup and builtbricksup = requiredbricksup then rclose = 0 endif else upstopindex = uptemporaryindex builtbricksup = 0 builtbricksdown = 1 bupmove = 0 bdownmove = 1 rclose = ropen - boxsize intherangeup = 0 endif if bdownmove=1 then for i = 0 to barindex - downstopindex - 1 if (downlist[i])<>0 and (downlist[i+1])<>0 then counterdownseries = counterdownseries + 1 requiredbricksdown = downlist[i] if i = barindex - downstopindex - 1 then for j = i to 0 downtemporaryindex = barindex[j] requiredbricksdown = downlist[j] if j = 0 then break if (downlist[j])<>0 and (downlist[j-1])<>0 then downtemporaryindex = barindex[j-1] //break //break if counterdownseries = 1 and (downlist[0])<>0 then intherangedown = 1 counterdownseries = 0 if builtbricksdown < requiredbricksdown then if upstopindex = 0 and downstopindex = 0 and builtbricksdown = 0 then ropen = ropen + boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 else ropen = ropen - boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 endif elsif intherangedown and builtbricksdown = requiredbricksdown then rclose = 0 else downstopindex = downtemporaryindex builtbricksdown = 0 builtbricksup = 1 bdownmove = 0 bupmove = 1 rclose = ropen + boxsize intherangedown = 0 endif else //rclose = na //endif endif endif endif DRAWCANDLE(ropen, high, low, rclose)coloured(0,0,255) RETURN

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  DEFPARAM CALCULATEONLASTBARS = 1000 boxsize = 100 Baseprice = close ropen = baseprice - boxsize rclose = close   uplist = 0 downlist = 0 upmove = 0 downmove = 0 builtbricksup = 0 builtbricksdown = 0 counterupseries = 0 counterdownseries = 0 requiredseriesup = 0 requiredseriesdown = 0 requiredbricksup = 0 requiredbricksdown = 0 boolbupist = 0 boolbdownlist = 0 boolbupmove = 0 boolbdownmove = 0 boolintherangeup = 0 boolintherangedown = 0 intupstopindex = 0 intdownstopindex = 0 intuptemporaryindex = 0 intdowntemporaryindex = 0   if barindex>0 then if close > open then downmove = 0 if buplist >0 then upmove = abs((close - baseprice) / boxsize) if upmove > uplist then uplist = upmove downlist = 0 elsif bdownlist >0 then upmove = abs((close - (baseprice - downlist * boxsize)) / boxsize) else downlist = 0 uplist = 0 endif elsif close < open then upmove = 0 if bdownlist > 0 then downmove = abs((baseprice - close) / boxsize) if downmove > downlist then downlist = downmove uplist = 0 elsif buplist>0 then downmove = abs(((baseprice + uplist * boxsize) - close) / boxsize) else downlist = 0 uplist = 0 if buplist and downmove >= 2 then baseprice = baseprice + (uplist - 1) * boxsize buplist = 0 uplist = 0 bdownlist = 1 downlist = downmove - 1 elsif bdownlist=1 and upmove >= 2 then baseprice = baseprice - (downlist - 1) * boxsize bdownlist = 0 downlist = 0 buplist = 1 uplist = upmove - 1   if not buplist and not bdownlist then upmove = abs((close - baseprice) / boxsize) downmove = abs((baseprice - close) / boxsize) if upmove > 0 then downmove = 0 buplist = 1 bupmove = 1 uplist = upmove downlist = 1 elsif downmove > 0 then upmove = 0 bdownlist = 1 bdownmove = 1 downlist = downmove uplist = 0 else uplist = 0 downlist = 0 rclose = 0 endif endif endif endif endif endif endif endif   // creating open and close series if barindex>0 then if bupmove = 1 then if (uplist[i])<>0 and (uplist[i+1])<>0 then for i = 0 to barindex - upstopindex - 1 counterupseries = counterupseries + 1 requiredbricksup = uplist[i] break   if i = barindex - upstopindex - 1 then for j = i to 0 uptemporaryindex = barindex[j] requiredbricksup = uplist[j] if j = 0 then break elsif (uplist[j])<>0 and (uplist[j-1])<>0 then uptemporaryindex = barindex[j-1] //break endif //break   if counterupseries = 1 and (uplist[0])<>0 then intherangeup = 1 counterupseries = 0 if builtbricksup < requiredbricksup then ropen = ropen + boxsize rclose = ropen + boxsize builtbricksup = builtbricksup + 1   elsif intherangeup and builtbricksup = requiredbricksup then rclose = 0 endif else upstopindex = uptemporaryindex builtbricksup = 0 builtbricksdown = 1 bupmove = 0 bdownmove = 1 rclose = ropen - boxsize intherangeup = 0 endif     if bdownmove=1 then for i = 0 to barindex - downstopindex - 1 if (downlist[i])<>0 and (downlist[i+1])<>0 then counterdownseries = counterdownseries + 1 requiredbricksdown = downlist[i] if i = barindex - downstopindex - 1 then for j = i to 0 downtemporaryindex = barindex[j] requiredbricksdown = downlist[j] if j = 0 then break   if (downlist[j])<>0 and (downlist[j-1])<>0 then downtemporaryindex = barindex[j-1] //break //break   if counterdownseries = 1 and (downlist[0])<>0  then intherangedown = 1 counterdownseries = 0 if builtbricksdown < requiredbricksdown then if upstopindex = 0 and downstopindex = 0 and builtbricksdown = 0 then ropen = ropen + boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 else ropen = ropen - boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 endif elsif intherangedown and builtbricksdown = requiredbricksdown then rclose = 0 else downstopindex = downtemporaryindex builtbricksdown = 0 builtbricksup = 1 bdownmove = 0 bupmove = 1 rclose = ropen + boxsize intherangedown = 0 endif else //rclose = na //endif endif endif endif       DRAWCANDLE(ropen, high, low, rclose)coloured(0,0,255) RETURN

   

  

  Khaled

  Participant

  Topics: 59

  Replies: 314

  Been thanked: 65 times
  01/28/2022 at 6:18 PM #186870
  Khaled

  The best I could with my limited coding skills. Except a few exceptions, all the open and close match the PRT Renko. Can you please Nicolas have a look if it’s correct and why I have gaps between certain Renko candles?

  Renko

  DEFPARAM CALCULATEONLASTBARS = 1000 boxsize = 50 Baseprice = close ropen = baseprice - boxsize rclose = close uplist = 0 downlist = 0 upmove = 0 downmove = 0 builtbricksup = 0 builtbricksdown = 0 counterupseries = 0 counterdownseries = 0 requiredseriesup = 0 requiredseriesdown = 0 requiredbricksup = 0 requiredbricksdown = 0 boolbupist = 0 boolbdownlist = 0 boolbupmove = 0 boolbdownmove = 0 boolintherangeup = 0 boolintherangedown = 0 intupstopindex = 0 intdownstopindex = 0 intuptemporaryindex = 0 intdowntemporaryindex = 0 if barindex>0 then if close > open then downmove = 0 if buplist >0 then upmove = abs((close - baseprice) / boxsize) if upmove > uplist then uplist = upmove downlist = 0 elsif bdownlist >0 then upmove = abs((close - (baseprice - downlist * boxsize)) / boxsize) else downlist = 0 uplist = 0 endif elsif close < open then upmove = 0 endif if bdownlist > 0 then downmove = abs((baseprice - close) / boxsize) if downmove > downlist then downlist = downmove uplist = 0 elsif buplist>0 then downmove = abs(((baseprice + uplist * boxsize) - close) / boxsize) else downlist = 0 uplist = 0 if buplist and downmove >= 2 then baseprice = baseprice + (uplist - 1) * boxsize buplist = 0 uplist = 0 bdownlist = 1 downlist = downmove - 1 elsif bdownlist=1 and upmove >= 2 then baseprice = baseprice - (downlist - 1) * boxsize bdownlist = 0 downlist = 0 buplist = 1 uplist = upmove - 1 if not buplist and not bdownlist then upmove = abs((close - baseprice) / boxsize) downmove = abs((baseprice - close) / boxsize) if upmove > 0 then downmove = 0 buplist = 1 bupmove = 1 uplist = upmove downlist = 1 elsif downmove > 0 then upmove = 0 bdownlist = 1 bdownmove = 1 downlist = downmove uplist = 0 else uplist = 0 downlist = 0 rclose = 0 endif endif endif endif endif endif endif // creating open and close series if barindex>0 then if bupmove = 1 then if (uplist[i])<>0 and (uplist[i+1])<>0 then for i = 0 to barindex - upstopindex - 1 counterupseries = counterupseries + 1 requiredbricksup = uplist[i] //break next if i = barindex - upstopindex - 1 then for j = i to 0 uptemporaryindex = barindex[j] requiredbricksup = uplist[j] next if j = 0 then break endif elsif (uplist[j])<>0 and (uplist[j-1])<>0 then uptemporaryindex = barindex[j-1] //break endif //break if counterupseries = 1 and (uplist[0])<>0 then intherangeup = 1 counterupseries = 0 if builtbricksup < requiredbricksup then ropen = ropen + boxsize rclose = ropen + boxsize builtbricksup = builtbricksup + 1 elsif intherangeup and builtbricksup = requiredbricksup then rclose = 0 endif else upstopindex = uptemporaryindex builtbricksup = 0 builtbricksdown = 1 bupmove = 0 bdownmove = 1 rclose = ropen - boxsize intherangeup = 0 endif endif endif if bdownmove=1 then for i = 0 to barindex - downstopindex - 1 if (downlist[i])<>0 and (downlist[i+1])<>0 then counterdownseries = counterdownseries + 1 requiredbricksdown = downlist[i] if i = barindex - downstopindex - 1 then for j = i to 0 downtemporaryindex = barindex[j] requiredbricksdown = downlist[j] if j = 0 then endif next //break endif endif next if (downlist[j])<>0 and (downlist[j-1])<>0 then downtemporaryindex = barindex[j-1] //break //break if counterdownseries = 1 and (downlist[0])<>0 then intherangedown = 1 counterdownseries = 0 if builtbricksdown < requiredbricksdown then if upstopindex = 0 and downstopindex = 0 and builtbricksdown = 0 then ropen = ropen + boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 else ropen = ropen - boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 endif elsif intherangedown and builtbricksdown = requiredbricksdown then rclose = 0 else downstopindex = downtemporaryindex builtbricksdown = 0 builtbricksup = 1 bdownmove = 0 bupmove = 1 rclose = ropen + boxsize intherangedown = 0 endif else //rclose = na //endif endif endif endif endif if rclose>=rclose[1] then DRAWCANDLE(ropen, high, low, rclose)coloured(0,255,0) endif if rclose<rclose[1] then DRAWCANDLE(ropen, high, low, rclose)coloured(255,0,0) endif RETURN

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  DEFPARAM CALCULATEONLASTBARS = 1000   boxsize = 50 Baseprice = close ropen = baseprice - boxsize rclose = close   uplist = 0 downlist = 0 upmove = 0 downmove = 0 builtbricksup = 0 builtbricksdown = 0 counterupseries = 0 counterdownseries = 0 requiredseriesup = 0 requiredseriesdown = 0 requiredbricksup = 0 requiredbricksdown = 0 boolbupist = 0 boolbdownlist = 0 boolbupmove = 0 boolbdownmove = 0 boolintherangeup = 0 boolintherangedown = 0 intupstopindex = 0 intdownstopindex = 0 intuptemporaryindex = 0 intdowntemporaryindex = 0   if barindex>0 then if close > open then downmove = 0 if buplist >0 then upmove = abs((close - baseprice) / boxsize) if upmove > uplist then uplist = upmove downlist = 0 elsif bdownlist >0 then upmove = abs((close - (baseprice - downlist * boxsize)) / boxsize) else downlist = 0 uplist = 0 endif elsif close < open then upmove = 0 endif if bdownlist > 0 then downmove = abs((baseprice - close) / boxsize) if downmove > downlist then downlist = downmove uplist = 0 elsif buplist>0 then downmove = abs(((baseprice + uplist * boxsize) - close) / boxsize) else downlist = 0 uplist = 0 if buplist and downmove >= 2 then baseprice = baseprice + (uplist - 1) * boxsize buplist = 0 uplist = 0 bdownlist = 1 downlist = downmove - 1 elsif bdownlist=1 and upmove >= 2 then baseprice = baseprice - (downlist - 1) * boxsize bdownlist = 0 downlist = 0 buplist = 1 uplist = upmove - 1   if not buplist and not bdownlist then upmove = abs((close - baseprice) / boxsize) downmove = abs((baseprice - close) / boxsize) if upmove > 0 then downmove = 0 buplist = 1 bupmove = 1 uplist = upmove downlist = 1 elsif downmove > 0 then upmove = 0 bdownlist = 1 bdownmove = 1 downlist = downmove uplist = 0 else uplist = 0 downlist = 0 rclose = 0 endif endif endif endif endif endif endif     // creating open and close series if barindex>0 then if bupmove = 1 then if (uplist[i])<>0 and (uplist[i+1])<>0 then for i = 0 to barindex - upstopindex - 1 counterupseries = counterupseries + 1 requiredbricksup = uplist[i] //break next   if i = barindex - upstopindex - 1 then for j = i to 0 uptemporaryindex = barindex[j] requiredbricksup = uplist[j] next   if j = 0 then break endif elsif (uplist[j])<>0 and (uplist[j-1])<>0 then uptemporaryindex = barindex[j-1] //break endif //break   if counterupseries = 1 and (uplist[0])<>0 then intherangeup = 1 counterupseries = 0 if builtbricksup < requiredbricksup then ropen = ropen + boxsize rclose = ropen + boxsize builtbricksup = builtbricksup + 1   elsif intherangeup and builtbricksup = requiredbricksup then rclose = 0 endif else upstopindex = uptemporaryindex builtbricksup = 0 builtbricksdown = 1 bupmove = 0 bdownmove = 1 rclose = ropen - boxsize intherangeup = 0 endif endif endif   if bdownmove=1 then for i = 0 to barindex - downstopindex - 1 if (downlist[i])<>0 and (downlist[i+1])<>0 then counterdownseries = counterdownseries + 1 requiredbricksdown = downlist[i] if i = barindex - downstopindex - 1 then for j = i to 0 downtemporaryindex = barindex[j] requiredbricksdown = downlist[j] if j = 0 then endif   next //break endif endif next   if (downlist[j])<>0 and (downlist[j-1])<>0 then downtemporaryindex = barindex[j-1] //break //break   if counterdownseries = 1 and (downlist[0])<>0  then intherangedown = 1 counterdownseries = 0 if builtbricksdown < requiredbricksdown then if upstopindex = 0 and downstopindex = 0 and builtbricksdown = 0 then ropen = ropen + boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 else ropen = ropen - boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 endif elsif intherangedown and builtbricksdown = requiredbricksdown then rclose = 0 else downstopindex = downtemporaryindex builtbricksdown = 0 builtbricksup = 1 bdownmove = 0 bupmove = 1 rclose = ropen + boxsize intherangedown = 0 endif else //rclose = na //endif endif endif endif endif       if rclose>=rclose[1] then   DRAWCANDLE(ropen, high, low, rclose)coloured(0,255,0) endif if rclose<rclose[1] then   DRAWCANDLE(ropen, high, low, rclose)coloured(255,0,0) endif       RETURN

   

  

  Khaled

  Participant

  Topics: 59

  Replies: 314

  Been thanked: 65 times
  01/28/2022 at 7:45 PM #186877
  Khaled

  Sorry if I’m posting too much. I hope you can review this very last version, which seems to replicate exactly the PRT Renko, with no gaps between boxes.

  the graph in blue is the version with %, changing boxsize from 50pts to “close*.1/100”

  DEFPARAM CALCULATEONLASTBARS = 500 boxsize = 50 Baseprice = close ropen = baseprice - boxsize rclose = close uplist = 0 downlist = 0 upmove = 0 downmove = 0 builtbricksup = 0 builtbricksdown = 0 counterupseries = 0 counterdownseries = 0 requiredseriesup = 0 requiredseriesdown = 0 requiredbricksup = 0 requiredbricksdown = 0 boolbupist = 0 boolbdownlist = 0 boolbupmove = 0 boolbdownmove = 0 boolintherangeup = 0 boolintherangedown = 0 intupstopindex = 0 intdownstopindex = 0 intuptemporaryindex = 0 intdowntemporaryindex = 0 if barindex>0 then if close > open then downmove = 0 if buplist >0 then upmove = abs((close - baseprice) / boxsize) if upmove > uplist then uplist = upmove downlist = 0 elsif bdownlist >0 then upmove = abs((close - (baseprice - downlist * boxsize)) / boxsize) else downlist = 0 uplist = 0 endif elsif close < open then upmove = 0 endif if bdownlist > 0 then downmove = abs((baseprice - close) / boxsize) if downmove > downlist then downlist = downmove uplist = 0 elsif buplist>0 then downmove = abs(((baseprice + uplist * boxsize) - close) / boxsize) else downlist = 0 uplist = 0 if buplist and downmove >= 2 then baseprice = baseprice + (uplist - 1) * boxsize buplist = 0 uplist = 0 bdownlist = 1 downlist = downmove - 1 elsif bdownlist=1 and upmove >= 2 then baseprice = baseprice - (downlist - 1) * boxsize bdownlist = 0 downlist = 0 buplist = 1 uplist = upmove - 1 if not buplist and not bdownlist then upmove = abs((close - baseprice) / boxsize) downmove = abs((baseprice - close) / boxsize) if upmove > 0 then downmove = 0 buplist = 1 bupmove = 1 uplist = upmove downlist = 1 elsif downmove > 0 then upmove = 0 bdownlist = 1 bdownmove = 1 downlist = downmove uplist = 0 else uplist = 0 downlist = 0 rclose = 0 endif endif endif endif endif endif endif // creating open and close series if barindex>0 then if bupmove = 1 then if (uplist[i])<>0 and (uplist[i+1])<>0 then for i = 0 to barindex - upstopindex - 1 counterupseries = counterupseries + 1 requiredbricksup = uplist[i] //break next if i = barindex - upstopindex - 1 then for j = i to 0 uptemporaryindex = barindex[j] requiredbricksup = uplist[j] next if j = 0 then break endif elsif (uplist[j])<>0 and (uplist[j-1])<>0 then uptemporaryindex = barindex[j-1] //break endif //break if counterupseries = 1 and (uplist[0])<>0 then intherangeup = 1 counterupseries = 0 if builtbricksup < requiredbricksup then ropen = ropen + boxsize rclose = ropen + boxsize builtbricksup = builtbricksup + 1 elsif intherangeup and builtbricksup = requiredbricksup then rclose = 0 endif else upstopindex = uptemporaryindex builtbricksup = 0 builtbricksdown = 1 bupmove = 0 bdownmove = 1 rclose = ropen - boxsize intherangeup = 0 endif endif endif if bdownmove=1 then for i = 0 to barindex - downstopindex - 1 if (downlist[i])<>0 and (downlist[i+1])<>0 then counterdownseries = counterdownseries + 1 requiredbricksdown = downlist[i] if i = barindex - downstopindex - 1 then for j = i to 0 downtemporaryindex = barindex[j] requiredbricksdown = downlist[j] if j = 0 then endif next //break endif endif next if (downlist[j])<>0 and (downlist[j-1])<>0 then downtemporaryindex = barindex[j-1] //break //break if counterdownseries = 1 and (downlist[0])<>0 then intherangedown = 1 counterdownseries = 0 if builtbricksdown < requiredbricksdown then if upstopindex = 0 and downstopindex = 0 and builtbricksdown = 0 then ropen = ropen + boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 else ropen = ropen - boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 endif elsif intherangedown and builtbricksdown = requiredbricksdown then rclose = 0 else downstopindex = downtemporaryindex builtbricksdown = 0 builtbricksup = 1 bdownmove = 0 bupmove = 1 rclose = ropen + boxsize intherangedown = 0 endif else //rclose = na //endif endif endif endif endif if rclose>=rclose[1] and ropen>ropen[1] then DRAWCANDLE(ropen, high, low, rclose)coloured(0,255,0) endif if rclose<rclose[1] and ropen<ropen[1] then DRAWCANDLE(high, high, low, rclose)coloured(255,0,0) endif RETURN

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  DEFPARAM CALCULATEONLASTBARS = 500   boxsize = 50 Baseprice = close ropen = baseprice - boxsize rclose = close   uplist = 0 downlist = 0 upmove = 0 downmove = 0 builtbricksup = 0 builtbricksdown = 0 counterupseries = 0 counterdownseries = 0 requiredseriesup = 0 requiredseriesdown = 0 requiredbricksup = 0 requiredbricksdown = 0 boolbupist = 0 boolbdownlist = 0 boolbupmove = 0 boolbdownmove = 0 boolintherangeup = 0 boolintherangedown = 0 intupstopindex = 0 intdownstopindex = 0 intuptemporaryindex = 0 intdowntemporaryindex = 0   if barindex>0 then if close > open then downmove = 0 if buplist >0 then upmove = abs((close - baseprice) / boxsize) if upmove > uplist then uplist = upmove downlist = 0 elsif bdownlist >0 then upmove = abs((close - (baseprice - downlist * boxsize)) / boxsize) else downlist = 0 uplist = 0 endif elsif close < open then upmove = 0 endif if bdownlist > 0 then downmove = abs((baseprice - close) / boxsize) if downmove > downlist then downlist = downmove uplist = 0 elsif buplist>0 then downmove = abs(((baseprice + uplist * boxsize) - close) / boxsize) else downlist = 0 uplist = 0 if buplist and downmove >= 2 then baseprice = baseprice + (uplist - 1) * boxsize buplist = 0 uplist = 0 bdownlist = 1 downlist = downmove - 1 elsif bdownlist=1 and upmove >= 2 then baseprice = baseprice - (downlist - 1) * boxsize bdownlist = 0 downlist = 0 buplist = 1 uplist = upmove - 1   if not buplist and not bdownlist then upmove = abs((close - baseprice) / boxsize) downmove = abs((baseprice - close) / boxsize) if upmove > 0 then downmove = 0 buplist = 1 bupmove = 1 uplist = upmove downlist = 1 elsif downmove > 0 then upmove = 0 bdownlist = 1 bdownmove = 1 downlist = downmove uplist = 0 else uplist = 0 downlist = 0 rclose = 0 endif endif endif endif endif endif endif     // creating open and close series if barindex>0 then if bupmove = 1 then if (uplist[i])<>0 and (uplist[i+1])<>0 then for i = 0 to barindex - upstopindex - 1 counterupseries = counterupseries + 1 requiredbricksup = uplist[i] //break next   if i = barindex - upstopindex - 1 then for j = i to 0 uptemporaryindex = barindex[j] requiredbricksup = uplist[j] next   if j = 0 then break endif elsif (uplist[j])<>0 and (uplist[j-1])<>0 then uptemporaryindex = barindex[j-1] //break endif //break   if counterupseries = 1 and (uplist[0])<>0 then intherangeup = 1 counterupseries = 0 if builtbricksup < requiredbricksup then ropen = ropen + boxsize rclose = ropen + boxsize builtbricksup = builtbricksup + 1   elsif intherangeup and builtbricksup = requiredbricksup then rclose = 0 endif else upstopindex = uptemporaryindex builtbricksup = 0 builtbricksdown = 1 bupmove = 0 bdownmove = 1 rclose = ropen - boxsize intherangeup = 0 endif endif endif   if bdownmove=1 then for i = 0 to barindex - downstopindex - 1 if (downlist[i])<>0 and (downlist[i+1])<>0 then counterdownseries = counterdownseries + 1 requiredbricksdown = downlist[i] if i = barindex - downstopindex - 1 then for j = i to 0 downtemporaryindex = barindex[j] requiredbricksdown = downlist[j] if j = 0 then endif   next //break endif endif next   if (downlist[j])<>0 and (downlist[j-1])<>0 then downtemporaryindex = barindex[j-1] //break //break   if counterdownseries = 1 and (downlist[0])<>0  then intherangedown = 1 counterdownseries = 0 if builtbricksdown < requiredbricksdown then if upstopindex = 0 and downstopindex = 0 and builtbricksdown = 0 then ropen = ropen + boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 else ropen = ropen - boxsize rclose = ropen - boxsize builtbricksdown = builtbricksdown + 1 endif elsif intherangedown and builtbricksdown = requiredbricksdown then rclose = 0 else downstopindex = downtemporaryindex builtbricksdown = 0 builtbricksup = 1 bdownmove = 0 bupmove = 1 rclose = ropen + boxsize intherangedown = 0 endif else //rclose = na //endif endif endif endif endif   if rclose>=rclose[1] and ropen>ropen[1] then DRAWCANDLE(ropen, high, low, rclose)coloured(0,255,0) endif   if rclose<rclose[1] and ropen<ropen[1] then DRAWCANDLE(high, high, low, rclose)coloured(255,0,0) endif   RETURN

  

  Khaled

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  02/02/2022 at 11:28 AM #187322
  Khaled

  @Nicolas Good morning, may I please take a little bit of your time to review the latest Renko code posted above? Many Thanks!

  

  Khaled

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  02/02/2022 at 11:37 AM #187324
  Nicolas

  If you apply your indicator on a renko chart, it will obviously create renko bars. Did you try on classic chart? I thought it was the purpose of  your query in the first place?

  

  Nicolas

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  02/02/2022 at 12:13 PM #187327
  Khaled

  Indeed. Just wanted to use this code in a strategy as Exit when the Renko changes color. As you know the PRT native Renko cannot be added in ProOrder. So, if you can please check if this code is consistent with PRT native Renko. Many Thanks

  

  Khaled

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  02/02/2022 at 12:58 PM #187338
  Nicolas

  Sorry I don’t get it 🙂 You just have to put your code on a 1 minute chart for instance and compare side by side with a renko chart of the same brick size, so i’m wondering why you are asking me? 🙂

  

  Nicolas

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