VWAP ANCHORED ;tendance haute et basse

This topic has 5 replies, 2 voices, and was last updated 1 year ago by larouedegann.

Viewing 6 posts - 1 through 6 (of 6 total)

06/23/2023 at 4:10 PM #216668

larouedegann

Bonjour,

Voici un code mis en ligne par liquid-trader sur tradingview.

Ce script trace et met à jour automatiquement 3 VWAP distincts : un VWAP traditionnel, un VWAP ancré à une tendance haute et une autre ancrée à une tendance basse.

Les VWAP et les VWAP ancrés sont couramment utilisés par les institutions responsables de la majorité du volume du marché un jour donné. Citadel Trading, par exemple, représente environ 35 % de l’ensemble du volume de vente au détail coté aux États-Unis , en grande partie effectuée par le biais de transactions programmées au cours d’une journée, d’une semaine ou d’ un mois.

Étant donné que VWAP est un outil de création de marché de premier plan pour l’exécution de transactions importantes, les day traders peuvent l’utiliser pour mieux anticiper les tendances, le retour à la moyenne et les cassures.

Ceci est particulièrement utile sur les graphiques avec des délais intrajournaliers (1 minute, 5 minutes, etc.) couramment utilisés pour le day trading. Ce n’est pas idéal pour les périodes plus longues (1 heure ou plus) couramment utilisées pour le swing trading ou l’identification de tendances plus importantes.

N’étant pas programmeur, je vous joint le script ci-dessous.

Merci

//@version=5 
indicator("Anchored VWAP (Auto High & Low)", "AVWAP (Auto Hi / Lo)", overlay=true, max_bars_back=1440), max_bars_back(time, 1440)

// Base Colors
none = color.new(color.black, 100)
clr1 = color.aqua
clr2 = color.blue

// VWAP Settings
var shoVWAP = input.bool(true, "VWAP", "The Volume Weighted Average Price is reset at the beginning of each session.", inline="vwap")
var vwapClr = input.color(clr2, "", inline="vwap")
var vWidth = input.int(2, "", 1, inline="vwap")

// High Anchor
var shoHiA = input.bool(true, "High Anchor", "VWAP anchored and weighted to trend highs.", inline="hi")
var hiAnClr = input.color(clr1, "", inline="hi")
var hiWidth = input.int(2, "", 1, inline="hi")

// Low Anchor
var shoLoA = input.bool(true, "Low Anchor", "VWAP anchored and weighted to trend lows.", inline="lo")
var loAnClr = input.color(clr1, "", inline="lo")
var loWidth = input.int(2, "", 1, inline="lo")

// Average of Anchors
var shoMid = input.bool(true, "Average of Anchors", "The mean (average) between the high and low anchored VWAP's", inline="mid")
var midClr = input.color(color.new(clr1, 50), "", inline="mid")
var mWidth = input.int(2, "", 1, inline="mid")

// Quarter levels
var shoQrt = input.bool(true, "Quarter values", "The median (middle) value between the mean (average) and high / low anchors.", inline="quarter")
var qrtClr = input.color(color.new(clr1, 80), "", inline="quarter")
var qWidth = input.int(1,"", 1, inline="quarter")

// Eight levels with fill
var shoFil = input.bool(true, "Interim Bands", "The ",  inline="fill")
var ethClr = input.color(color.new(clr1, 93), "", inline="fill")
var filClr = input.color(color.new(clr1, 97), "", inline="fill")

// Smooth Average of Anchors
var shoMA = input.bool(false, "Smooth Average", inline="smooth")
var maLen = input.int(3, "", 1, inline="smooth")
var maSrc = input.string("SMMA (RMA)", "", ["SMA", "EMA", "SMMA (RMA)", "WMA", "VWMA", "Linear Regression"], inline="smooth")

// Define new sessions.
newSession = timeframe.isdwm ? false : session.isfirstbar

// Put common price calls into variables.
o = open, h = high, l = low, c = close, index = bar_index

// Define candle patterns and parts.
candleBody = c > o ? c - o : o - c
rising = c > o
falling = o > c
upWick = rising ? h - c : h - o
dnWick = falling ? c - l : o - l
doji = (upWick >= candleBody or dnWick >= candleBody) and (h != o and h != c and l != o and l != c)
higher = o > o[1] and c > c[1]
lower = o < o[1] and c < c[1]
risingHigher = rising and higher
fallingLower = falling and lower

// Anchor variables.
var hi = h, var lo = l, var anchoredHi = h, var anchoredLo = l, var resetHiAnchor = false, var resetLoAnchor = false
var lastResetLo = index
var lastResetHi = index
var bullish = false
var bearish = false

// Logic for what qualifies as "breaking" the previous anchors.
breakingHigher = rising  and (c > hi or (c[1] > anchoredHi and c > h[1] and o > anchoredHi and not doji))
breakingLower  = falling and (c < lo or (c[1] < anchoredLo and c < l[1] and o < anchoredLo and not doji))

// Logic for when to reset anchors.
if newSession
    hi := h
    lo := l
    resetHiAnchor := true
    resetLoAnchor := true
    bullish := true
    bearish := true
    lastResetHi := not doji ? index : lastResetHi
    lastResetLo := not doji ? index : lastResetLo
else if breakingHigher
    hi := h
    resetHiAnchor := true
    bullish := true
    lastResetHi := index
else if breakingLower
    lo := l
    resetLoAnchor := true
    bearish := true
    lastResetLo := index
else
    resetHiAnchor := false
    resetLoAnchor := false

// Get how many number of bars have passed since the last reset.
hiResetIndex = index - lastResetHi
loResetIndex = index - lastResetLo

// Set the Anchored VWAP, and their average.
anchoredHi := ta.vwap(h, resetHiAnchor)
anchoredLo := ta.vwap(l, resetLoAnchor)
anchoredMean = math.avg(anchoredHi, anchoredLo)

// Smooth the average according to the traders settings.
if shoMA
    anchoredMean := switch maSrc
        "SMA" => ta.sma(anchoredMean, maLen)
        "EMA" => ta.ema(anchoredMean, maLen)
        "SMMA (RMA)" => ta.rma(anchoredMean, maLen)
        "WMA" => ta.wma(anchoredMean, maLen)
        "VWMA" => ta.vwma(anchoredMean, maLen)
        "Linear Regression" => ta.linreg(anchoredMean, maLen, 0)

// Set the anchored quarter values.
avg75 = math.avg(anchoredHi, anchoredMean), avg87 = math.avg(anchoredHi, avg75), avg62 = math.avg(avg75, anchoredMean)
avg25 = math.avg(anchoredLo, anchoredMean), avg12 = math.avg(anchoredLo, avg25), avg42 = math.avg(anchoredMean, avg25)

// VWAP
vwapColor = newSession ? none : vwapClr
var showHideVWAP = shoVWAP ? display.pane : display.none
plot(ta.vwap(hlc3, timeframe.change("1D")), "VWAP", vwapColor, vWidth, plot.style_linebr, false, na, na, na, false, na, showHideVWAP)

// Determine if a plot should display, based on the traders settings.
displayPlot(ifTrue) =>
    _return_ = ifTrue ? display.pane : display.none
var showHideH = displayPlot(shoHiA)
var showHideL = displayPlot(shoLoA)
var showHideM = displayPlot(shoMid)
var showHideTopQ = displayPlot(shoHiA and shoQrt)
var showHideBotQ = displayPlot(shoLoA and shoQrt)
var showHideTopE = displayPlot(shoHiA and shoFil)
var showHideBotE = displayPlot(shoLoA and shoFil)

// Function defining abnormal candle move continuation.
moveCont(a) =>
    switch a
        "higher" => hiResetIndex <= 5 and anchoredHi > anchoredHi[1]
        "lower"  => loResetIndex <= 5 and anchoredLo < anchoredLo[1]

// Function defining candle consolidation, relative to the previous anchor.
consolidating(i) =>
    _return_ = o <= h[i] and c <= h[i] and o >= l[i] and c >= l[i]

// Function to set the plot and fill colors.
clr(a, c) =>
    ifTrue = switch a
        "top" => bullish and (resetHiAnchor or moveCont("higher") or consolidating(hiResetIndex))
        "bot" => bearish and (resetLoAnchor or moveCont("lower") or consolidating(loResetIndex))
        => false
    _return_ = newSession ? none : ifTrue ? color.new(c, 75) : c

// Set the plot and fill colors.
tClr = clr("top", hiAnClr)
bClr = clr("bot", loAnClr)
mClr = clr("", midClr)
qClr = clr("", qrtClr)
fClr = clr("", filClr)
eClr = clr("", ethClr)

// Toggle the colors reset to be false, if it has been reset back to the user specified color.
bullish := tClr == hiAnClr ? false : bullish
bearish := bClr == loAnClr ? false : bearish

// Plot the top, bottom, and average anchor values.
top = plot(anchoredHi, "High Anchor", tClr, hiWidth, plot.style_linebr, false, na, na, na, false, na, showHideH)
bot = plot(anchoredLo, "Low Anchor", bClr, loWidth, plot.style_linebr, false, na, na, na, false, na, showHideL)
mid = plot(anchoredMean, "Average of Anchors", mClr, mWidth, plot.style_linebr, false, na, na, na, false, na, showHideM)

// Plot 1/4 values (half way between average and anchor).
t25 = plot(avg75, "Top 25% Line", qClr, qWidth, plot.style_linebr, false, na, na, na, false, na, showHideTopQ)
b25 = plot(avg25, "Bottom 25% Line", qClr, qWidth, plot.style_linebr, false, na, na, na, false, na, showHideBotQ)

// Plot 1/8 values.
t12  = plot(avg87, "Top 12.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideTopE)
t252 = plot(avg75, "Top 25% Line", eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideTopE)
t42  = plot(avg62, "Top 42.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideTopE)
b42  = plot(avg42, "Bottom 42.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideBotE)
b252 = plot(avg25, "Bottom 25% Line", eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideBotE)
b12  = plot(avg12, "Bottom 12.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideBotE)

// Determine if the fill should display, based on the traders settings.
displayFill(ifTrue) =>
    _return_ = ifTrue ? display.all : display.none
var showHideF = displayFill(shoFil)
var showHideTopF = displayFill(shoHiA and shoFil)
var showHideBotF = displayFill(shoLoA and shoFil)

// Plot fill.
fill(top, t12, fClr, "Top 12.5% Fill", false, display = showHideTopF)
fill(top, t25, fClr, "Top 25% Fill", false, display = showHideTopF)
fill(top, t42, fClr, "Top 42.5% Fill", false, display = showHideTopF)
fill(bot, b42, fClr, "Bottom 42.5% Fill", false, display = showHideBotF)
fill(bot, b25, fClr, "Bottom 25% Fill", false, display = showHideBotF)
fill(bot, b12, fClr, "Bottom 12.5% Fill", false, display = showHideBotF)

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//@version=5

indicator("Anchored VWAP (Auto High & Low)", "AVWAP (Auto Hi / Lo)", overlay=true, max_bars_back=1440), max_bars_back(time, 1440)

// Base Colors

none = color.new(color.black, 100)

clr1 = color.aqua

clr2 = color.blue

// VWAP Settings

var shoVWAP = input.bool(true, "VWAP", "The Volume Weighted Average Price is reset at the beginning of each session.", inline="vwap")

var vwapClr = input.color(clr2, "", inline="vwap")

var vWidth = input.int(2, "", 1, inline="vwap")

// High Anchor

var shoHiA = input.bool(true, "High Anchor", "VWAP anchored and weighted to trend highs.", inline="hi")

var hiAnClr = input.color(clr1, "", inline="hi")

var hiWidth = input.int(2, "", 1, inline="hi")

// Low Anchor

var shoLoA = input.bool(true, "Low Anchor", "VWAP anchored and weighted to trend lows.", inline="lo")

var loAnClr = input.color(clr1, "", inline="lo")

var loWidth = input.int(2, "", 1, inline="lo")

// Average of Anchors

var shoMid = input.bool(true, "Average of Anchors", "The mean (average) between the high and low anchored VWAP's", inline="mid")

var midClr = input.color(color.new(clr1, 50), "", inline="mid")

var mWidth = input.int(2, "", 1, inline="mid")

// Quarter levels

var shoQrt = input.bool(true, "Quarter values", "The median (middle) value between the mean (average) and high / low anchors.", inline="quarter")

var qrtClr = input.color(color.new(clr1, 80), "", inline="quarter")

var qWidth = input.int(1,"", 1, inline="quarter")

// Eight levels with fill

var shoFil = input.bool(true, "Interim Bands", "The ", inline="fill")

var ethClr = input.color(color.new(clr1, 93), "", inline="fill")

var filClr = input.color(color.new(clr1, 97), "", inline="fill")

// Smooth Average of Anchors

var shoMA = input.bool(false, "Smooth Average", inline="smooth")

var maLen = input.int(3, "", 1, inline="smooth")

var maSrc = input.string("SMMA (RMA)", "", ["SMA", "EMA", "SMMA (RMA)", "WMA", "VWMA", "Linear Regression"], inline="smooth")

// Define new sessions.

newSession = timeframe.isdwm ? false : session.isfirstbar

// Put common price calls into variables.

o = open, h = high, l = low, c = close, index = bar_index

// Define candle patterns and parts.

candleBody = c > o ? c - o : o - c

rising = c > o

falling = o > c

upWick = rising ? h - c : h - o

dnWick = falling ? c - l : o - l

doji = (upWick >= candleBody or dnWick >= candleBody) and (h != o and h != c and l != o and l != c)

higher = o > o[1] and c > c[1]

lower = o < o[1] and c < c[1]

risingHigher = rising and higher

fallingLower = falling and lower

// Anchor variables.

var hi = h, var lo = l, var anchoredHi = h, var anchoredLo = l, var resetHiAnchor = false, var resetLoAnchor = false

var lastResetLo = index

var lastResetHi = index

var bullish = false

var bearish = false

// Logic for what qualifies as "breaking" the previous anchors.

breakingHigher = rising and (c > hi or (c[1] > anchoredHi and c > h[1] and o > anchoredHi and not doji))

breakingLower = falling and (c < lo or (c[1] < anchoredLo and c < l[1] and o < anchoredLo and not doji))

// Logic for when to reset anchors.

if newSession

hi := h

lo := l

resetHiAnchor := true

resetLoAnchor := true

bullish := true

bearish := true

lastResetHi := not doji ? index : lastResetHi

lastResetLo := not doji ? index : lastResetLo

else if breakingHigher

hi := h

resetHiAnchor := true

bullish := true

lastResetHi := index

else if breakingLower

lo := l

resetLoAnchor := true

bearish := true

lastResetLo := index

else

resetHiAnchor := false

resetLoAnchor := false

// Get how many number of bars have passed since the last reset.

hiResetIndex = index - lastResetHi

loResetIndex = index - lastResetLo

// Set the Anchored VWAP, and their average.

anchoredHi := ta.vwap(h, resetHiAnchor)

anchoredLo := ta.vwap(l, resetLoAnchor)

anchoredMean = math.avg(anchoredHi, anchoredLo)

// Smooth the average according to the traders settings.

if shoMA

anchoredMean := switch maSrc

"SMA" => ta.sma(anchoredMean, maLen)

"EMA" => ta.ema(anchoredMean, maLen)

"SMMA (RMA)" => ta.rma(anchoredMean, maLen)

"WMA" => ta.wma(anchoredMean, maLen)

"VWMA" => ta.vwma(anchoredMean, maLen)

"Linear Regression" => ta.linreg(anchoredMean, maLen, 0)

// Set the anchored quarter values.

avg75 = math.avg(anchoredHi, anchoredMean), avg87 = math.avg(anchoredHi, avg75), avg62 = math.avg(avg75, anchoredMean)

avg25 = math.avg(anchoredLo, anchoredMean), avg12 = math.avg(anchoredLo, avg25), avg42 = math.avg(anchoredMean, avg25)

// VWAP

vwapColor = newSession ? none : vwapClr

var showHideVWAP = shoVWAP ? display.pane : display.none

plot(ta.vwap(hlc3, timeframe.change("1D")), "VWAP", vwapColor, vWidth, plot.style_linebr, false, na, na, na, false, na, showHideVWAP)

// Determine if a plot should display, based on the traders settings.

displayPlot(ifTrue) =>

_return_ = ifTrue ? display.pane : display.none

var showHideH = displayPlot(shoHiA)

var showHideL = displayPlot(shoLoA)

var showHideM = displayPlot(shoMid)

var showHideTopQ = displayPlot(shoHiA and shoQrt)

var showHideBotQ = displayPlot(shoLoA and shoQrt)

var showHideTopE = displayPlot(shoHiA and shoFil)

var showHideBotE = displayPlot(shoLoA and shoFil)

// Function defining abnormal candle move continuation.

moveCont(a) =>

switch a

"higher" => hiResetIndex <= 5 and anchoredHi > anchoredHi[1]

"lower" => loResetIndex <= 5 and anchoredLo < anchoredLo[1]

// Function defining candle consolidation, relative to the previous anchor.

consolidating(i) =>

_return_ = o <= h[i] and c <= h[i] and o >= l[i] and c >= l[i]

// Function to set the plot and fill colors.

clr(a, c) =>

ifTrue = switch a

"top" => bullish and (resetHiAnchor or moveCont("higher") or consolidating(hiResetIndex))

"bot" => bearish and (resetLoAnchor or moveCont("lower") or consolidating(loResetIndex))

=> false

_return_ = newSession ? none : ifTrue ? color.new(c, 75) : c

// Set the plot and fill colors.

tClr = clr("top", hiAnClr)

bClr = clr("bot", loAnClr)

mClr = clr("", midClr)

qClr = clr("", qrtClr)

fClr = clr("", filClr)

eClr = clr("", ethClr)

// Toggle the colors reset to be false, if it has been reset back to the user specified color.

bullish := tClr == hiAnClr ? false : bullish

bearish := bClr == loAnClr ? false : bearish

// Plot the top, bottom, and average anchor values.

top = plot(anchoredHi, "High Anchor", tClr, hiWidth, plot.style_linebr, false, na, na, na, false, na, showHideH)

bot = plot(anchoredLo, "Low Anchor", bClr, loWidth, plot.style_linebr, false, na, na, na, false, na, showHideL)

mid = plot(anchoredMean, "Average of Anchors", mClr, mWidth, plot.style_linebr, false, na, na, na, false, na, showHideM)

// Plot 1/4 values (half way between average and anchor).

t25 = plot(avg75, "Top 25% Line", qClr, qWidth, plot.style_linebr, false, na, na, na, false, na, showHideTopQ)

b25 = plot(avg25, "Bottom 25% Line", qClr, qWidth, plot.style_linebr, false, na, na, na, false, na, showHideBotQ)

// Plot 1/8 values.

t12 = plot(avg87, "Top 12.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideTopE)

t252 = plot(avg75, "Top 25% Line", eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideTopE)

t42 = plot(avg62, "Top 42.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideTopE)

b42 = plot(avg42, "Bottom 42.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideBotE)

b252 = plot(avg25, "Bottom 25% Line", eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideBotE)

b12 = plot(avg12, "Bottom 12.5% Line",eClr, 1, plot.style_linebr, false, na, na, na, false, na, showHideBotE)

// Determine if the fill should display, based on the traders settings.

displayFill(ifTrue) =>

_return_ = ifTrue ? display.all : display.none

var showHideF = displayFill(shoFil)

var showHideTopF = displayFill(shoHiA and shoFil)

var showHideBotF = displayFill(shoLoA and shoFil)

// Plot fill.

fill(top, t12, fClr, "Top 12.5% Fill", false, display = showHideTopF)

fill(top, t25, fClr, "Top 25% Fill", false, display = showHideTopF)

fill(top, t42, fClr, "Top 42.5% Fill", false, display = showHideTopF)

fill(bot, b42, fClr, "Bottom 42.5% Fill", false, display = showHideBotF)

fill(bot, b25, fClr, "Bottom 25% Fill", false, display = showHideBotF)

fill(bot, b12, fClr, "Bottom 12.5% Fill", false, display = showHideBotF)

larouedegann

Participant

Topics: 62

Replies: 180

Been thanked: 13 times

06/29/2023 at 10:41 AM #216972

larouedegann

Toujours personne ?

larouedegann

Participant

Topics: 62

Replies: 180

Been thanked: 13 times

06/29/2023 at 1:25 PM #216983

Nicolas

Selon la description d’origine: on trace un VWAP ordinaire (voir indicateur de base dans la plateforme) et 1 VWAP ancré à un sommet de tendance, et un autre ancré à un creux de tendance.

Le code ci-dessous trace les VWAP High et Low ancrés sur les bougies qui respectent les conditions décrites dans le code original:

candleBody = abs(open-close)
c=close
o=open
rising = c > o
falling = o > c

newsession = intradaybarindex=0

//upWick = rising ? h - c : h - o
if rising then 
upwick = high-close
else
upwick=high-open
endif 

//dnWick = falling ? c - l : o - l
if falling then 
dnwick=close-low
else
dnwick=open-low
endif 
doji = (upWick >= candleBody or dnWick >= candleBody) and (high <> o and high <> c and low <> o and low <> c)

// Logic for what qualifies as "breaking" the previous anchors.
breakingHigher = rising  and (c[1] > anchoredHi and c > high[1] and o > anchoredHi and not doji)
breakingLower  = falling and (c[1] < anchoredLo and c < low[1] and o < anchoredLo and not doji)

if breakinghigher or newsession then 
hibar=barindex
anchoredhi=high
endif 

if breakinglower or newsession then
lobar=barindex 
anchoredlo=low
endif

periodhi = max(1,barindex-hibar)
vwaphi = SUMMATION[periodhi](volume*high)/SUMMATION[periodhi](volume)

periodlo = max(1,barindex-lobar)
vwaplo = SUMMATION[periodlo](volume*low)/SUMMATION[periodlo](volume)

return vwaphi, vwaplo

candleBody = abs(open-close)

c=close

o=open

rising = c > o

falling = o > c

newsession = intradaybarindex=0

//upWick = rising ? h - c : h - o

if rising then

upwick = high-close

else

upwick=high-open

endif

//dnWick = falling ? c - l : o - l

if falling then

dnwick=close-low

else

dnwick=open-low

endif

doji = (upWick >= candleBody or dnWick >= candleBody) and (high <> o and high <> c and low <> o and low <> c)

// Logic for what qualifies as "breaking" the previous anchors.

breakingHigher = rising and (c[1] > anchoredHi and c > high[1] and o > anchoredHi and not doji)

breakingLower = falling and (c[1] < anchoredLo and c < low[1] and o < anchoredLo and not doji)

if breakinghigher or newsession then

hibar=barindex

anchoredhi=high

endif

if breakinglower or newsession then

lobar=barindex

anchoredlo=low

endif

periodhi = max(1,barindex-hibar)

vwaphi = SUMMATION[periodhi](volume*high)/SUMMATION[periodhi](volume)

periodlo = max(1,barindex-lobar)

vwaplo = SUMMATION[periodlo](volume*low)/SUMMATION[periodlo](volume)

return vwaphi, vwaplo

Nicolas

Keymaster

Topics: 81

Replies: 20863

Been thanked: 4773 times

06/29/2023 at 8:53 PM #217004

larouedegann

Merci pour ton travail.

Voilà ce que j’obtiens avec l’indicateur et j’ai fais un imprime écran de trading view.

On s’aperçoit qu’ il manque quelque lignes suiveuses peut-être du au PLOT 1/4 values et PLOT 1/8 values ou PLOT fill.

Quant à la phrase “Determine if a plot should display, based on the trader settings” AUCUNE IDEE.

il manque pas grand chose, je pense pour atteindre le but

MERCI

larouedegann

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06/30/2023 at 7:56 AM #217027

Nicolas

Oui, je n’ai pas codé ces lignes, ce sont de simples divisions entre les VWAP haut et bas: par exemple pour la 1/4: soit prendre la distance entre vwap high et vwap low et ajouter 1/4 à celle du bas (vwaplow + 0.25*distance qui les sépare)

Je pense que tu devrais pouvoir atteindre ce but rapidement, j’ai pour le moment d’autres sujets bien plus complexe 🙂

Nicolas

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06/30/2023 at 11:43 AM #217067

larouedegann

OK MERCI pour ton travail

larouedegann

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