Conversion code CVD pour ProRealTime

• 07/16/2025 at 9:12 AM #248897
  Alai-n

  Bonjour,

  Serait-il possible de convertir le code joint en langage ProBuilder pour ProRealTime.
  Je joins le lien original pour voir ce que devrait faire le code selon l’auteur!
  Merci

  https://fr.tradingview.com/script/GxBNW81a-Cumulative-Delta-TradingFinder-Volume-Periodic-EMA/

  Cumulative Volume Delta CVD

  // This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/ // © TFlab //@version=5 indicator("Cumulative Delta [TradingFinder] Volume + Periodic + EMA" , "TFlab Cumulative Delta", overlay = false) CumMode = input.string('Total' , 'Cumulative Mode', ['Total' , 'Periodic' , 'EMA']) Period = input.int(21 , 'Period') UltraData = input.bool( false , '' , inline = 'Data') Market = input.string('Forex', 'Market Ultra Data', options = ['Forex', 'Crypto', 'Stock'], inline = 'Data') var string a = '' , var string b = '' , var string c = '' , var string d = '' , var string e = '' , var string f = '' , var string g = '' , var string h = '' var string i = '' , var string j = '' , var string k = '' , var string l = '' , var string m = '' , var string n = '' , var string o = '' , var string p = '' var string q = '' , var string r = '' , var string s = '' , var string t = '' , var string u = '' , var string v = '' , var string w = '' , var string x = '' var string y = '' , var string z = '' switch Market 'Forex' => a := 'FX', b := 'OANDA' , c := 'FOREXCOM' , d := 'FX_IDC' , e := 'PEPPERSTONE' , f := 'CAPITALCOM' , g := 'ICMARKETS' , h := 'EIGHTCAP' , i := 'SAXO' , j := 'BLACKBULL' , k := 'VANTAGE' , l := 'FUSIONMARKETS' , m := 'FPMARKETS' , n := 'GBEBROKERS' , o := 'IBKR' , p := 'ACTIVTRADES' , q := 'EASYMARKETS' , r := 'FXOPEN' , s := 'CITYINDEX' , t := 'AFTERPRIME' , u := 'SKILLING' , v := 'WHSELFINVEST' , w := 'TRADENATION' , x := 'THINKMARKETS' , y := 'CFI' , z := 'PHILLIPNOVA' 'Crypto' => a := 'BITSTAMP', b := 'COINBASE' , c := 'INDEX' , d := 'CRYPTO' , e := 'BINANCE' , f := 'BITFINEX' , g := 'KRAKEN' , h := 'OANDA' , i := 'PEPPERSTONE' , j := 'GEMINI' , k := 'EIGHTCAP' , l := 'ICMARKETS' , m := 'VANTAGE' , n := 'CAPITALCOM' , o := 'FOREXCOM' , p := 'FX' , q := 'BLACKBULL' , r := 'SAXO' , s := 'FUSIONMARKETS' , t := 'CRYPTOCOM' , u := 'EASYMARKETS' , v := 'OKCOIN' , w := 'FPMARKETS' , x := 'AFTERPRIME' , y := 'ACTIVTRADES' , z := 'BTSE' 'Stock' => a := '-', b := '-' , c := '-' , d := '-' , e := '-' , f := '-' , g := '-' , h := '-' , i := '-' , j := '-' , k := '-' , l := '-' , m := '-' , n := '-' , o := '-' , p := '-' , q := '-' , r := '-' , s := '-' , t := '-' , u := '-' , v := '-' , w := '-' , x := '-' , y := '-' , z := '-' V = nz(request.security(syminfo.tickerid, timeframe.period , volume, ignore_invalid_symbol = true)) Va = nz(request.security(a + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vb = nz(request.security(b + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vc = nz(request.security(c + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vd = nz(request.security(d + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Ve = nz(request.security(e + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vf = nz(request.security(f + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vg = nz(request.security(g + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vh = nz(request.security(h + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vi = nz(request.security(i + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vj = nz(request.security(j + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vk = nz(request.security(k + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vl = nz(request.security(l + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vm = nz(request.security(m + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vn = nz(request.security(n + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vo = nz(request.security(o + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vp = nz(request.security(p + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vq = nz(request.security(q + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vr = nz(request.security(r + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vs = nz(request.security(s + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vt = nz(request.security(t + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vu = nz(request.security(u + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vv = nz(request.security(v + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vw = nz(request.security(w + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vx = nz(request.security(x + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vy = nz(request.security(y + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vz = nz(request.security(z + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vsum = V + Va + Vb + Vc + Vd + Ve + Vf + Vg + Vh + Vi + Vj + Vk + Vl + Vm + Vn + Vo + Vp + Vq + Vr + Vs + Vt + Vu + Vv + Vw + Vx + Vy + Vz Volume = if UltraData Vsum else volume Buying = Volume *((close - low) / (high - low)) Selling = Volume * ((high - close) / (high - low)) delta = Buying - Selling Cumulative = if CumMode == "Total" ta.cum(delta) else if CumMode == "Periodic" math.sum(delta , Period) else if CumMode == "EMA" ta.ema(delta , Period) plotcandle(Cumulative[1], Cumulative,Cumulative[1], Cumulative, color = Cumulative - Cumulative[1] >= 0 ? color.green : color.red, bordercolor = Cumulative - Cumulative[1] >= 0 ? color.green : color.red)

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  // This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/ // © TFlab   //@version=5 indicator("Cumulative Delta [TradingFinder] Volume + Periodic + EMA" , "TFlab Cumulative Delta", overlay = false)   CumMode = input.string('Total' , 'Cumulative Mode', ['Total' , 'Periodic' , 'EMA']) Period = input.int(21 , 'Period') UltraData = input.bool( false , '' , inline = 'Data') Market = input.string('Forex', 'Market Ultra Data', options = ['Forex', 'Crypto', 'Stock'], inline = 'Data')   var string a = '' , var string b = '' , var string c = '' , var string d = '' , var string e = '' , var string f = '' , var string g = '' , var string h = '' var string i = '' , var string j = '' , var string k = '' , var string l = '' , var string m = '' , var string n = '' , var string o = '' , var string p = '' var string q = '' , var string r = '' , var string s = '' , var string t = '' , var string u = '' , var string v = '' , var string w = '' , var string x = '' var string y = '' , var string z = ''     switch Market     'Forex' =>  a := 'FX', b := 'OANDA' , c := 'FOREXCOM' , d := 'FX_IDC' , e := 'PEPPERSTONE' , f := 'CAPITALCOM' , g := 'ICMARKETS' , h := 'EIGHTCAP' , i := 'SAXO' , j := 'BLACKBULL' , k := 'VANTAGE' , l := 'FUSIONMARKETS'      , m := 'FPMARKETS' , n := 'GBEBROKERS' , o := 'IBKR' , p := 'ACTIVTRADES' , q := 'EASYMARKETS' , r := 'FXOPEN' , s := 'CITYINDEX' , t := 'AFTERPRIME' , u := 'SKILLING' , v := 'WHSELFINVEST' , w := 'TRADENATION'      , x := 'THINKMARKETS' , y := 'CFI' , z := 'PHILLIPNOVA'       'Crypto' =>  a := 'BITSTAMP', b := 'COINBASE' , c := 'INDEX' , d := 'CRYPTO' , e := 'BINANCE' , f := 'BITFINEX' , g := 'KRAKEN' , h := 'OANDA' , i := 'PEPPERSTONE' , j := 'GEMINI' , k := 'EIGHTCAP' , l := 'ICMARKETS'      , m := 'VANTAGE' , n := 'CAPITALCOM' , o := 'FOREXCOM' , p := 'FX' , q := 'BLACKBULL' , r := 'SAXO' , s := 'FUSIONMARKETS' , t := 'CRYPTOCOM' , u := 'EASYMARKETS' , v := 'OKCOIN' , w := 'FPMARKETS'      , x := 'AFTERPRIME' , y := 'ACTIVTRADES' , z := 'BTSE'       'Stock' =>  a := '-', b := '-' , c := '-' , d := '-' , e := '-' , f := '-' , g := '-' , h := '-' , i := '-' , j := '-' , k := '-' , l := '-'      , m := '-' , n := '-' , o := '-' , p := '-' , q := '-' , r := '-' , s := '-' , t := '-' , u := '-' , v := '-' , w := '-'      , x := '-' , y := '-' , z := '-'     V = nz(request.security(syminfo.tickerid, timeframe.period , volume, ignore_invalid_symbol = true)) Va = nz(request.security(a + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vb = nz(request.security(b + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vc = nz(request.security(c + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vd = nz(request.security(d + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Ve = nz(request.security(e + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vf = nz(request.security(f + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vg = nz(request.security(g + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vh = nz(request.security(h + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vi = nz(request.security(i + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vj = nz(request.security(j + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vk = nz(request.security(k + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vl = nz(request.security(l + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vm = nz(request.security(m + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vn = nz(request.security(n + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vo = nz(request.security(o + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vp = nz(request.security(p + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vq = nz(request.security(q + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vr = nz(request.security(r + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vs = nz(request.security(s + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vt = nz(request.security(t + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vu = nz(request.security(u + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vv = nz(request.security(v + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vw = nz(request.security(w + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vx = nz(request.security(x + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vy = nz(request.security(y + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true)) Vz = nz(request.security(z + ":" + syminfo.ticker, timeframe.period , volume, ignore_invalid_symbol = true))       Vsum = V + Va + Vb + Vc + Vd + Ve + Vf + Vg + Vh + Vi + Vj + Vk + Vl + Vm + Vn + Vo + Vp + Vq + Vr + Vs + Vt + Vu + Vv + Vw + Vx + Vy + Vz   Volume = if UltraData     Vsum else     volume   Buying = Volume *((close - low) / (high - low)) Selling = Volume * ((high - close) / (high - low))   delta = Buying - Selling   Cumulative = if CumMode == "Total"     ta.cum(delta) else if CumMode == "Periodic"     math.sum(delta , Period) else if CumMode == "EMA"     ta.ema(delta , Period)         plotcandle(Cumulative[1], Cumulative,Cumulative[1], Cumulative, color = Cumulative - Cumulative[1] >= 0 ? color.green : color.red, bordercolor = Cumulative - Cumulative[1] >= 0 ? color.green : color.red)

  

  Alai-n

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  07/16/2025 at 11:02 AM #248898
  Iván

  //-----------------------------------------// //PRC_Cumulative Delta Volume (TFLab) //version = 0 //16.07.2025 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //-----------------------------------------// // --- Inputs //-----------------------------------------// CumMode=1 Period=21 //-----------------------------------------// // --- Calculation: Delta Volume //-----------------------------------------// if (high-low) <>0 then buying=volume*((close-low)/(high-low)) selling=volume*((high-close)/(high-low)) endif delta=buying-selling //-----------------------------------------// // --- Calculation: Cumulative Delta Volume //-----------------------------------------// if CumMode=1 then cumulative=cumsum(delta) elsif CumMode=2 then cumulative=summation[period](delta) else cumulative=average[period,1](delta) endif //-----------------------------------------// // --- Plot Candles & colors //-----------------------------------------// if cumulative>cumulative[1] then r=0 g=255 b=0 else r=255 g=0 b=0 endif drawcandle(cumulative[1],cumulative[1],cumulative,cumulative)coloured(r,g,b) //-----------------------------------------// return

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  //-----------------------------------------// //PRC_Cumulative Delta Volume (TFLab) //version = 0 //16.07.2025 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //-----------------------------------------// // --- Inputs //-----------------------------------------// CumMode=1 Period=21 //-----------------------------------------// // --- Calculation: Delta Volume //-----------------------------------------// if (high-low) <>0 then    buying=volume*((close-low)/(high-low))    selling=volume*((high-close)/(high-low)) endif   delta=buying-selling //-----------------------------------------// // --- Calculation: Cumulative Delta Volume //-----------------------------------------// if CumMode=1 then    cumulative=cumsum(delta) elsif CumMode=2 then    cumulative=summation[period](delta) else    cumulative=average[period,1](delta) endif //-----------------------------------------// // --- Plot Candles & colors //-----------------------------------------// if cumulative>cumulative[1] then    r=0    g=255    b=0 else    r=255    g=0    b=0 endif   drawcandle(cumulative[1],cumulative[1],cumulative,cumulative)coloured(r,g,b) //-----------------------------------------// return

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  Alai-n

  

  Iván

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  07/16/2025 at 3:58 PM #248899
  Alai-n

  Je pensais qu’il y avait un repérage visuel sur l’indicateur pour visualiser les absorptions et les épuisements. Mais ce n’est visiblement pas le cas!
  Iván merci pour la conversion.

  

  Alai-n

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