Il y a quelque chose comme ça :

//---RENKO SIZE 8-------------------------------------//
boxsize=8//100//8 //renko bricks size in points/pips
wicksize=0 //width of wicks
//—end of settings
size=boxsize*pointsize
once upbox = close
once downbox = close - size
IF close > upbox + size THEN
upbox = upbox + size
downbox = downbox + size
ELSIF close < downbox - size THEN
upbox = upbox - size
downbox = downbox - size
ENDIF
//-----PIVOT POINTS
prd = 10
src1=upbox
src2=downbox
////////pivothigh
ph1 = src1 <= src1[prd]
ph2 = highest[prd](src1) < src1[prd]
ph3 = src1[prd] >= highest[prd](src1)[prd+1]
if ph1 and ph2 and ph3 then
pivotH = src1[prd]
drawtext("▼",barindex[prd],src1[prd])coloured("red")
else
pivotH = pivotH
endif
////////pivotlow
pl1 = src2 >= src2[prd]
pl2 = lowest[prd](src2) > src2[prd]
pl3 = src2[prd] <= lowest[prd](src2)[prd+1]
if pl1 and pl2 and pl3 then
pivotL = src2[prd]
drawtext("▲",barindex[prd],src2[prd])coloured("green")
else
pivotL = pivotL
endif
//----RENKO 2
//—settings
boxsize2=2//renko bricks size in points/pips
transparency2=100 //brick colours alpha
wicksize2=0 //width of wicks
//—end of settings
size2=boxsize2*pointsize

once upbox2 = close
once downbox2 = close - size2
once lowwick2 = close*100

IF close > upbox2 + size2 THEN
upbox2 = upbox2 + size2
downbox2 = downbox2 + size2
r=0
g=200
begin2=barindex
highwick2=close
wickbar2=barindex-round((barindex-begin2[1])/2)
ELSIF close < downbox2 - size2 THEN
upbox2 = upbox2 - size2
downbox2 = downbox2 - size2
r=200
g=0
begin2=barindex
wickbar2=barindex-round((barindex-begin2[1])/2)
ENDIF

//draw renko candlesticks
drawcandle(upbox2,upbox2,downbox2,downbox2)coloured(r,g,0,min(transparency2,255))

return upbox as "Renko8 Up"coloured("blue"), downbox as "Renko8 Dw" coloured("blue"), pivotH as "PivotH" coloured("green"), pivotL as "PivotL"coloured("red")

D'ACCORD. Je comprends que vous vouliez le point pivot. Dans ce cas, vous pouvez profiter du code que j'ai fourni et introduire le calcul du point pivot dans la définition de Renko8.

//----Pivot
PP=(upbox[1]+downbox[1]+lastclose[1])/3