Indicateur WBR de Flux Charts

This topic has 2 replies, 2 voices, and was last updated 1 day ago by bertrandpinoy.

Viewing 3 posts - 1 through 3 (of 3 total)

10/11/2025 at 9:43 AM #252468

bertrandpinoy

bonjour a tous, j ai visionné la video jointe de Flux Charts et j ai commencé le travail pour créer l indicateur compatible chez nous. Mais je ne parviens pas a terminer. Je joins mon travail si un passionné veux aider, cordialement. https://www.youtube.com/watch?v=8XpPaTWhnLA&t=129s

// Wick to Body Ratio Trend Forecast
// Traduit et adapté pour ProRealTime par Grok (basé sur Flux Charts)
// Version 1.8.2 – 10:45 AM CEST, 11 Oct 2025 – Correction ligne 137

// PARAMÈTRES
maxMatches = 9 // Nombre max de matchs (fixe à 9 pour tester)
loopbackPeriod = 200 // Réduit pour éviter surcharge
toleranceRatio = 0.1 // Tolérance pour les matchs de ratio
forecastLength = 15 // Nombre de bougies futures à prévoir

// Variables globales
ratioActuel = 0
matchRatio0 = 0
matchRatio1 = 0
matchRatio2 = 0
matchRatio3 = 0
matchRatio4 = 0
matchRatio5 = 0
matchRatio6 = 0
matchRatio7 = 0
matchRatio8 = 0 // 9 variables
matchDebut0 = 0
matchDebut1 = 0
matchDebut2 = 0
matchDebut3 = 0
matchDebut4 = 0
matchDebut5 = 0
matchDebut6 = 0
matchDebut7 = 0
matchDebut8 = 0 // 9 variables
nombreMatches = 0
deviationMouv = 0
couleurLigne = 0 // 0 pour rouge (faible dev), 1 pour bleu (haute dev)

// CALCUL DU RATIO WICK-TO-BODY
bodyCandle = abs(Close – Open)
totalWick = (High – Low) – bodyCandle
IF bodyCandle > 0 THEN
ratioActuel = totalWick / bodyCandle
ELSE
ratioActuel = 0 // Éviter division par zéro (doji)
ENDIF

// RECHERCHE DE MATCHS HISTORIQUES (sur la dernière barre close)
IF BarIndex > loopbackPeriod THEN
nombreMatches = 0
FOR i = 1 TO loopbackPeriod DO
IF i < BarIndex THEN
bodyHist = abs(Close[i] – Open[i])
totalWickHist = (High[i] – Low[i]) – bodyHist
IF bodyHist > 0 THEN
ratioHist = totalWickHist / bodyHist
tolAdapt = toleranceRatio
IF nombreMatches < 3 AND toleranceRatio < 0.3 THEN
tolAdapt = toleranceRatio + 0.05
ENDIF
IF abs(ratioHist – ratioActuel) <= tolAdapt AND nombreMatches < maxMatches THEN
IF nombreMatches = 0 THEN
matchRatio0 = ratioHist
ELSE
IF nombreMatches = 1 THEN
matchRatio1 = ratioHist
ELSE
IF nombreMatches = 2 THEN
matchRatio2 = ratioHist
ELSE
IF nombreMatches = 3 THEN
matchRatio3 = ratioHist
ELSE
IF nombreMatches = 4 THEN
matchRatio4 = ratioHist
ELSE
IF nombreMatches = 5 THEN
matchRatio5 = ratioHist
ELSE
IF nombreMatches = 6 THEN
matchRatio6 = ratioHist
ELSE
IF nombreMatches = 7 THEN
matchRatio7 = ratioHist
ELSE
IF nombreMatches = 8 THEN
matchRatio8 = ratioHist
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF

IF nombreMatches = 0 THEN
matchDebut0 = Close[i]
ELSE
IF nombreMatches = 1 THEN
matchDebut1 = Close[i]
ELSE
IF nombreMatches = 2 THEN
matchDebut2 = Close[i]
ELSE
IF nombreMatches = 3 THEN
matchDebut3 = Close[i]
ELSE
IF nombreMatches = 4 THEN
matchDebut4 = Close[i]
ELSE
IF nombreMatches = 5 THEN
matchDebut5 = Close[i]
ELSE
IF nombreMatches = 6 THEN
matchDebut6 = Close[i]
ELSE
IF nombreMatches = 7 THEN
matchDebut7 = Close[i]
ELSE
IF nombreMatches = 8 THEN
matchDebut8 = Close[i]
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
nombreMatches = nombreMatches + 1
ENDIF
ENDIF // Fermeture IF bodyHist > 0
ENDIF
NEXT

// Calcul de la prévision si assez de matchs
IF nombreMatches >= 3 THEN
DIM forecastValues(0 TO 14) // Taille fixe à 15 éléments (0 à 14)
FOR offset = 1 TO forecastLength DO
sommeMouvs = 0
FOR j = 0 TO nombreMatches – 1 DO
IF BarIndex – i – offset > 0 THEN
IF j = 0 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 1 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 2 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 3 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 4 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 5 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 6 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 7 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ELSE
IF j = 8 THEN
mouvement = (Close[i + offset] – Close[i]) / Close[i] * 100
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
sommeMouvs = sommeMouvs + mouvement
ENDIF
NEXT
IF nombreMatches > 0 THEN
forecastValues[offset-1] = Close + (sommeMouvs / nombreMatches) * Close / 100
ENDIF
NEXT

// Approximation simple de la déviation
deviationMouv = 0
FOR j = 0 TO nombreMatches – 1 DO
IF j = 0 THEN
mouvement = (Close[BarIndex – 1] – matchDebut0) / matchDebut0 * 100
ELSE
IF j = 1 THEN
mouvement = (Close[BarIndex – 1] – matchDebut1) / matchDebut1 * 100
ELSE
IF j = 2 THEN
mouvement = (Close[BarIndex – 1] – matchDebut2) / matchDebut2 * 100
ELSE
IF j = 3 THEN
mouvement = (Close[BarIndex – 1] – matchDebut3) / matchDebut3 * 100
ELSE
IF j = 4 THEN
mouvement = (Close[BarIndex – 1] – matchDebut4) / matchDebut4 * 100
ELSE
IF j = 5 THEN
mouvement = (Close[BarIndex – 1] – matchDebut5) / matchDebut5 * 100
ELSE
IF j = 6 THEN
mouvement = (Close[BarIndex – 1] – matchDebut6) / matchDebut6 * 100
ELSE
IF j = 7 THEN
mouvement = (Close[BarIndex – 1] – matchDebut7) / matchDebut7 * 100
ELSE
IF j = 8 THEN
mouvement = (Close[BarIndex – 1] – matchDebut8) / matchDebut8 * 100
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
deviationMouv = deviationMouv + abs(mouvement – (sommeMouvs / nombreMatches))
NEXT
IF nombreMatches > 0 THEN
deviationMouv = deviationMouv / nombreMatches
ENDIF

// Couleur : faible dev -> rouge, haute -> bleu
IF deviationMouv < 2 THEN
couleurLigne = 0 // Rouge
ELSE
couleurLigne = 1 // Bleu
ENDIF

// TRACÉ DE LA LIGNE DE PRÉVISION
FOR k = 1 TO forecastLength DO
IF Time > LastBarTime THEN
IF couleurLigne = 0 THEN
DRAWLINE(LastBarIndex + k, forecastValues[k-1], LastBarIndex + forecastLength, forecastValues[forecastLength-1]) COLOURED(RGB(255,0,0)) STYLE(line)
ELSE
DRAWLINE(LastBarIndex + k, forecastValues[k-1], LastBarIndex + forecastLength, forecastValues[forecastLength-1]) COLOURED(RGB(0,0,255)) STYLE(line)
ENDIF
ENDIF
NEXT
ENDIF // Fermeture IF nombreMatches >= 3
ENDIF // Fermeture IF BarIndex > loopbackPeriod

// Affichage du ratio actuel
RETURN ratioActuel AS “WBR Ratio”

bertrandpinoy

Participant

Topics: 30

Replies: 138

Been thanked: 9 times

10/14/2025 at 12:38 PM #252592

Iván

voici:

//-------------------------------------------//
//PRC_Wick to Body Ratio Trend Forecast by fluxchart
//version = 0
//14.10.2025
//Iván González @ www.prorealcode.com
//Sharing ProRealTime knowledge
//-------------------------------------------//
// --- ALGORITHM SETTINGS ---
// Number of candles to look back
loopback = 400
// Bar length of the forecast lines
forecast = 10
// Ratio Type to use: 1=General, 2=Top Wick, 3=Bottom Wick, 4=Body
ratioType = 1
// If 1, only candles of the same direction (bullish/bearish) are compared
directionBias = 1 // 1=true, 0=false
// Initial Accuracy: 1=High, 2=Medium, 3=Low
defaultAccuracy = 2

// --- FORECAST LINES ---
// High confidence color (R,G,B values)
deviationHighR = 255
deviationHighG = 0
deviationHighB = 0
// Low confidence color (R,G,B values)
deviationLowR = 0
deviationLowG = 0
deviationLowB = 255

// --- PAST TRENDS ---
// 1 = Draws a box around matching past trends
trendSquare = 1
// 1 = Labels the ratios of matching candles
trendSquareLabels = 1

// --- OTHER ---
// 1 = Displays warning messages on the chart
displayLogs = 1

// --- VARIABLE INITIALIZATION ---
ONCE accuracy = 0.02
IF defaultAccuracy = 1 THEN
   accuracy = 0.01
ELSIF defaultAccuracy = 3 THEN
   accuracy = 0.04
ENDIF

ONCE ratioNotFindable = 0
ONCE lastBar = 0
ONCE matchesFound = 0
ONCE loopBreaker = 0

// --- CANDLE RATIO CALCULATION ---
myRatio = 0
sign = 0
IF (close - open) > 0 THEN
   sign = 1
ELSIF (close - open) < 0 THEN
   sign = -1
ENDIF

// General Ratio
IF ratioType = 1 THEN
   IF ABS(close - open) > 0 THEN
      myRatio = ((ABS(low - high) - ABS(close - open)) / ABS(close - open)) * sign
   ELSE
      myRatio = 0
   ENDIF
   // Top Wick
ELSIF ratioType = 2 THEN
   IF ABS(close - open) > 0 THEN
      myRatio = ((MAX(close, open) - high) / ABS(close - open)) * sign
   ELSE
      myRatio = 0
   ENDIF
   // Bottom Wick
ELSIF ratioType = 3 THEN
   IF ABS(close - open) > 0 THEN
      myRatio = ((MIN(close, open) - low) / ABS(close - open)) * sign
   ELSE
      myRatio = 0
   ENDIF
   // Body Ratio
ELSIF ratioType = 4 THEN
   IF ABS(high - low) > 0 THEN
      myRatio = (ABS(close - open) / ABS(high - low)) * sign
   ELSE
      myRatio = 0
   ENDIF
ENDIF


// --- MAIN LOGIC (RUNS ON THE LAST BAR) ---
IF ISLASTBARUPDATE THEN
   
   // Clear arrays for new calculation
   UNSET($sumArray)
   UNSET($sumOfSquaresArray)
   
   // Label for the current candle's ratio
   IF trendSquareLabels = 1 THEN
      
      ratio = ROUND(myRatio[1]*100)/100
      DRAWTEXT("Ratio: #ratio#", barindex[1], high[1] + (high[1]-low[1])*0.5) COLOURED(0,0,255)
   ENDIF
   
   // Loop to adjust accuracy and find matches
   matchesFound = 0
   loopBreaker = 0
   WHILE loopBreaker < 20 DO // Safety loop to prevent infinite loops
      matchesFound = 0
      lastBar = 0
      
      // Reset accumulation arrays
      FOR f = 0 TO forecast - 1 DO
         $sumArray[f] = 0
         $sumOfSquaresArray[f] = 0
      NEXT
      
      // Main loop to search through historical data
      FOR i = forecast + lastBar TO (loopback + forecast) DO
         
         barsDifference = ABS(ABS(myRatio[i]) - ABS(myRatio[1]))
         
         ratioSignI = 0
         IF myRatio[i] > 0 THEN
            ratioSignI = 1
         ELSIF myRatio[i] < 0 THEN
            ratioSignI = -1
         ENDIF
         
         ratioSignCurrent = 0
         IF myRatio[1] > 0 THEN
            ratioSignCurrent = 1
         ELSIF myRatio[1] < 0 THEN
            ratioSignCurrent = -1
         ENDIF
         
         ratioDirectionMatch = (ratioSignI = ratioSignCurrent)
         
         IF (barsDifference <= accuracy AND ratioDirectionMatch) OR (barsDifference <= accuracy AND directionBias = 0) THEN
            matchesFound = matchesFound + 1
            
            // Accumulate values for the forecast
            FOR y = 0 TO forecast - 1 DO
               candleValue = close[i - y - 1] - close[i]
               $sumArray[y] = $sumArray[y] + candleValue
               $sumOfSquaresArray[y] = $sumOfSquaresArray[y] + POW(candleValue, 2)
            NEXT
            
            // Draw boxes and labels on past matches
            IF trendSquare = 1 OR trendSquareLabels = 1 THEN
               mytop = highest[forecast](high[i-1])
               mybottom = lowest[forecast](low[i-1])
               
               IF trendSquare = 1 THEN
                  DRAWRECTANGLE(barindex[i], mytop, barindex[i - forecast], mybottom) COLOURED(192,192,192)fillcolor(192,192,192,50)
               ENDIF
               
               IF trendSquareLabels = 1 THEN
                  directionColorR = 255
                  directionColorG = 0
                  IF myRatio[i] > 0 THEN
                     directionColorR = 0
                     directionColorG = 255
                  ENDIF
                  ratio = ROUND(myRatio[i]*100)/100
                  DRAWTEXT("Match: #ratio#", barindex[i], high[i] + (high[i]-low[i])*0.5) COLOURED(directionColorR, directionColorG, 0)
               ENDIF
            ENDIF
            
            // Update to avoid repeating the same candle (optimization)
            lastBar = i
         ENDIF
      NEXT
      
      // Accuracy adjustment logic
      IF matchesFound < 5 THEN
         accuracy = accuracy + 0.01
      ELSIF matchesFound > 15 THEN
         accuracy = accuracy - 0.005
      ELSE
         ratioNotFindable = 0
         BREAK // Exit the WHILE loop
      ENDIF
      
      IF accuracy > 0.1 AND matchesFound = 0 THEN
         ratioNotFindable = 1
         IF displayLogs = 1 THEN
            DRAWTEXT("WARNING: No matches found.", barindex - 50, high) ANCHOR(TOPLEFT, INDEX, YSHIFT) COLOURED(255,165,0)
         ENDIF
         BREAK
      ENDIF
      
      loopBreaker = loopBreaker + 1
   WEND
   
   // --- DRAWING THE FORECAST LINE ---
   IF ratioNotFindable = 0 AND matchesFound > 0 THEN
      deviation = (ArrayMax($sumArray)/matchesFound - ArrayMin($sumArray)/matchesFound) / 2
      
      FOR i = 0 TO forecast - 2 DO
         avgCurrent = $sumArray[i] / matchesFound
         avgNext = $sumArray[i+1] / matchesFound
         
         // Calculate standard deviation for color
         sumSqCurrent = $sumOfSquaresArray[i]
         stdevCurrent = SQRT((sumSqCurrent / matchesFound) - POW(avgCurrent, 2))
         
         // Simulate gradient color
         lineR = deviationLowR
         lineG = deviationLowG
         lineB = deviationLowB
         IF stdevCurrent > deviation / 2 THEN
            lineR = deviationHighR
            lineG = deviationHighG
            lineB = deviationHighB
         ENDIF
         
         // Draw a segment of the forecast line
         DRAWSEGMENT(barindex + i + 1, close[1] + avgCurrent, barindex + i + 2, close[1] + avgNext) STYLE(Line, 2) COLOURED(lineR, lineG, lineB)
      NEXT
   ENDIF
ENDIF

RETURN

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//-------------------------------------------//

//PRC_Wick to Body Ratio Trend Forecast by fluxchart

//version = 0

//14.10.2025

//Iván González @ www.prorealcode.com

//Sharing ProRealTime knowledge

//-------------------------------------------//

// --- ALGORITHM SETTINGS ---

// Number of candles to look back

loopback = 400

// Bar length of the forecast lines

forecast = 10

// Ratio Type to use: 1=General, 2=Top Wick, 3=Bottom Wick, 4=Body

ratioType = 1

// If 1, only candles of the same direction (bullish/bearish) are compared

directionBias = 1 // 1=true, 0=false

// Initial Accuracy: 1=High, 2=Medium, 3=Low

defaultAccuracy = 2

// --- FORECAST LINES ---

// High confidence color (R,G,B values)

deviationHighR = 255

deviationHighG = 0

deviationHighB = 0

// Low confidence color (R,G,B values)

deviationLowR = 0

deviationLowG = 0

deviationLowB = 255

// --- PAST TRENDS ---

// 1 = Draws a box around matching past trends

trendSquare = 1

// 1 = Labels the ratios of matching candles

trendSquareLabels = 1

// --- OTHER ---

// 1 = Displays warning messages on the chart

displayLogs = 1

// --- VARIABLE INITIALIZATION ---

ONCE accuracy = 0.02

IF defaultAccuracy = 1 THEN

accuracy = 0.01

ELSIF defaultAccuracy = 3 THEN

accuracy = 0.04

ENDIF

ONCE ratioNotFindable = 0

ONCE lastBar = 0

ONCE matchesFound = 0

ONCE loopBreaker = 0

// --- CANDLE RATIO CALCULATION ---

myRatio = 0

sign = 0

IF (close - open) > 0 THEN

sign = 1

ELSIF (close - open) < 0 THEN

sign = -1

ENDIF

// General Ratio

IF ratioType = 1 THEN

IF ABS(close - open) > 0 THEN

myRatio = ((ABS(low - high) - ABS(close - open)) / ABS(close - open)) * sign

ELSE

myRatio = 0

ENDIF

// Top Wick

ELSIF ratioType = 2 THEN

IF ABS(close - open) > 0 THEN

myRatio = ((MAX(close, open) - high) / ABS(close - open)) * sign

ELSE

myRatio = 0

ENDIF

// Bottom Wick

ELSIF ratioType = 3 THEN

IF ABS(close - open) > 0 THEN

myRatio = ((MIN(close, open) - low) / ABS(close - open)) * sign

ELSE

myRatio = 0

ENDIF

// Body Ratio

ELSIF ratioType = 4 THEN

IF ABS(high - low) > 0 THEN

myRatio = (ABS(close - open) / ABS(high - low)) * sign

ELSE

myRatio = 0

ENDIF

// --- MAIN LOGIC (RUNS ON THE LAST BAR) ---

IF ISLASTBARUPDATE THEN

// Clear arrays for new calculation

UNSET($sumArray)

UNSET($sumOfSquaresArray)

// Label for the current candle's ratio

IF trendSquareLabels = 1 THEN

ratio = ROUND(myRatio[1]*100)/100

DRAWTEXT("Ratio: #ratio#", barindex[1], high[1] + (high[1]-low[1])*0.5) COLOURED(0,0,255)

ENDIF

// Loop to adjust accuracy and find matches

matchesFound = 0

loopBreaker = 0

WHILE loopBreaker < 20 DO // Safety loop to prevent infinite loops

matchesFound = 0

lastBar = 0

// Reset accumulation arrays

FOR f = 0 TO forecast - 1 DO

$sumArray[f] = 0

$sumOfSquaresArray[f] = 0

// Main loop to search through historical data

FOR i = forecast + lastBar TO (loopback + forecast) DO

barsDifference = ABS(ABS(myRatio[i]) - ABS(myRatio[1]))

ratioSignI = 0

IF myRatio[i] > 0 THEN

ratioSignI = 1

ELSIF myRatio[i] < 0 THEN

ratioSignI = -1

ENDIF

ratioSignCurrent = 0

IF myRatio[1] > 0 THEN

ratioSignCurrent = 1

ELSIF myRatio[1] < 0 THEN

ratioSignCurrent = -1

ENDIF

ratioDirectionMatch = (ratioSignI = ratioSignCurrent)

IF (barsDifference <= accuracy AND ratioDirectionMatch) OR (barsDifference <= accuracy AND directionBias = 0) THEN

matchesFound = matchesFound + 1

// Accumulate values for the forecast

FOR y = 0 TO forecast - 1 DO

candleValue = close[i - y - 1] - close[i]

$sumArray[y] = $sumArray[y] + candleValue

$sumOfSquaresArray[y] = $sumOfSquaresArray[y] + POW(candleValue, 2)

// Draw boxes and labels on past matches

IF trendSquare = 1 OR trendSquareLabels = 1 THEN

mytop = highest[forecast](high[i-1])

mybottom = lowest[forecast](low[i-1])

IF trendSquare = 1 THEN

DRAWRECTANGLE(barindex[i], mytop, barindex[i - forecast], mybottom) COLOURED(192,192,192)fillcolor(192,192,192,50)

ENDIF

IF trendSquareLabels = 1 THEN

directionColorR = 255

directionColorG = 0

IF myRatio[i] > 0 THEN

directionColorR = 0

directionColorG = 255

ENDIF

ratio = ROUND(myRatio[i]*100)/100

DRAWTEXT("Match: #ratio#", barindex[i], high[i] + (high[i]-low[i])*0.5) COLOURED(directionColorR, directionColorG, 0)

ENDIF

// Update to avoid repeating the same candle (optimization)

lastBar = i

ENDIF

// Accuracy adjustment logic

IF matchesFound < 5 THEN

accuracy = accuracy + 0.01

ELSIF matchesFound > 15 THEN

accuracy = accuracy - 0.005

ELSE

ratioNotFindable = 0

BREAK // Exit the WHILE loop

ENDIF

IF accuracy > 0.1 AND matchesFound = 0 THEN

ratioNotFindable = 1

IF displayLogs = 1 THEN

DRAWTEXT("WARNING: No matches found.", barindex - 50, high) ANCHOR(TOPLEFT, INDEX, YSHIFT) COLOURED(255,165,0)

ENDIF

BREAK

ENDIF

loopBreaker = loopBreaker + 1

WEND

// --- DRAWING THE FORECAST LINE ---

IF ratioNotFindable = 0 AND matchesFound > 0 THEN

deviation = (ArrayMax($sumArray)/matchesFound - ArrayMin($sumArray)/matchesFound) / 2

FOR i = 0 TO forecast - 2 DO

avgCurrent = $sumArray[i] / matchesFound

avgNext = $sumArray[i+1] / matchesFound

// Calculate standard deviation for color

sumSqCurrent = $sumOfSquaresArray[i]

stdevCurrent = SQRT((sumSqCurrent / matchesFound) - POW(avgCurrent, 2))

// Simulate gradient color

lineR = deviationLowR

lineG = deviationLowG

lineB = deviationLowB

IF stdevCurrent > deviation / 2 THEN

lineR = deviationHighR

lineG = deviationHighG

lineB = deviationHighB

ENDIF

// Draw a segment of the forecast line

DRAWSEGMENT(barindex + i + 1, close[1] + avgCurrent, barindex + i + 2, close[1] + avgNext) STYLE(Line, 2) COLOURED(lineR, lineG, lineB)

ENDIF

RETURN

Iván

Moderator

Topics: 0

Replies: 1828

Been thanked: 797 times

10/14/2025 at 2:18 PM #252599

bertrandpinoy

Vous êtes vraiment très fort! merci beaucoup.

bertrandpinoy

Participant

Topics: 30

Replies: 138

Been thanked: 9 times

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