PLEASE CON VERT vSI VOL X FROM TRADDING VIEW

• 02/19/2025 at 9:02 PM #244079
  Patrick K Templar

  VSI TRADDIG VIEW

  // VSI-Input ======================================================================================= // length = input.int(13, minval=1, title='Length') // Relative Strength application on Volume Indicators addRsiX = input.string('On Balance Volume', '► Relative Strength of', options=['Accumulation/Distribution', 'Elders Force Index', 'Money Flow Index', 'On Balance Volume', 'Price Volume Trend']) smooth = input.int(2, 'Smooth RSI, with Least Squares Method', minval=2) // Volume Histogram group_hist='Relative Volume Histogram' tp_rvol = 'Relative Volume (RVOL) compares current volume levels to average volume levels over a specified look-back period. \nRVOL = CurrentVolume / AverageVolume' volHist = input.string('Relative Volume [4 Color]', '► Relative Volume Histogram', options=['Relative Volume', 'Relative Volume [4 Color]', 'Buying/Selling Volume [1]', 'Buying/Selling Volume [2]', 'None'], group = group_hist, tooltip = tp_rvol) volComp = input.string('Volume Oscillator', '► Histogram Companion', options=['Moving Average', 'Volume Oscillator', 'None'], group = group_hist) size = input(10, 'Histogram Size', group = group_hist) // Volume Based Colored Bars vbcb = input(true, title='► Volume Weighted Colored Bars', group='Volume Weighted Colored Bars', tooltip='Colors bars based on the bar\'s volume relative to volume moving average') // -Calculation ================================================================================= // nzVolume = nz(volume) O = open, H = high, L = low, C = close // RSI rsi = ta.rsi(C, length) srsi = ta.linreg(rsi, smooth, 0) float rsix = switch addRsiX 'Accumulation/Distribution' => ta.rsi(ta.cum(C == H and C == L or H == L ? 0 : (2 * C - L - H) / (H - L) * nzVolume), length) 'Elders Force Index' => ta.rsi(ta.ema(ta.change(C) * nzVolume, length), length) 'Money Flow Index' => 100.0 - 100.0 / (1.0 + math.sum(nzVolume * (ta.change(hlc3) <= 0 ? 0 : hlc3), length) / math.sum(nzVolume * (ta.change(hlc3) >= 0 ? 0 : hlc3), length)) 'On Balance Volume' => ta.rsi(ta.cum(math.sign(ta.change(C)) * nzVolume), length) 'Price Volume Trend' => ta.rsi(ta.cum(ta.change(C) / C[1] * nzVolume), length) srsix = ta.linreg(rsix, smooth, 0) // Volume Histogram vAvg = ta.sma(nzVolume, length) rvAvg = ta.sma(nzVolume / vAvg * size, length) B = nzVolume * (C - L) / (H - L) / vAvg * size S = nzVolume * (H - C) / (H - L) / vAvg * size // Histogram Companion volx = switch volComp 'Moving Average' => rvAvg//ta.sma(nzVolume / vAvg * size, length) 'Volume Oscillator' => (ta.ema(nzVolume, 5) - ta.ema(nzVolume, 10)) / ta.ema(nzVolume, 10) * 100 // -Plot ======================================================================================== // // Volume Histogram plot(nzVolume and volHist == 'Relative Volume' ? nzVolume / vAvg * size : na, 'Volume, normalized to fit the Scale', O > C ? color.new(#ef5350, 0) : color.new(#26a69a, 0), style=plot.style_columns, editable=false) plot(nzVolume and volHist == 'Relative Volume [4 Color]' ? nzVolume / vAvg * size : na, 'Volume, normalized to fit the Scale', O > C ? nzVolume / vAvg * math.abs(size) > math.abs(rvAvg) ? color.new(#ef5350, 0) : color.new(color.gray, 25) : nzVolume / vAvg * math.abs(size) > math.abs(rvAvg) ? color.new(#26a69a, 0) : color.new(color.gray, 55), style=plot.style_columns, editable=false) plot(nzVolume and (volHist == 'Buying/Selling Volume [1]' or volHist == 'Buying/Selling Volume [2]') ? volHist == 'Buying/Selling Volume [1]' ? S + B : B : na, 'Total/Buying Volume' , color.new(#26a69a, 0) , style=plot.style_columns, editable=false) plot(nzVolume and (volHist == 'Buying/Selling Volume [1]' or volHist == 'Buying/Selling Volume [2]') ? volHist == 'Buying/Selling Volume [1]' ? S : -S : na, 'Selling Volume' , color.new(#ef5350, 0) , style=plot.style_columns, editable=false) // Histogram Companion plot(nzVolume and volHist != 'None' ? volx : na, 'Volume MA/OCS', color.orange, 2) // Threshold Lines p1 = hline(75, color=color.red, title='Overbought Higher Theshold Level', linestyle=hline.style_dotted) p2 = hline(65, color=color.red, title='Overbought Lower Theshold Level' , linestyle=hline.style_dotted) fill(p1, p2, color=color.new(color.red, 89), title='Overbought Background') hline(50, color=color.gray, title='Middle Line (Bull/Bear Border Line)', linestyle=hline.style_dotted, linewidth=2) p3 = hline(35, color=color.green, title='Oversold Higher Theshold Level', linestyle=hline.style_dotted) p4 = hline(25, color=color.green, title='Oversold Lower Theshold Level' , linestyle=hline.style_dotted) fill(p3, p4, color=color.new(color.green, 89), title='Oversold Background') // VSI plot(srsi, 'Relative Strength of Price', #8E1599, 2) plot(nzVolume ? srsix : na, 'Relative Strength of Volume X', color.aqua, 2) // Volume Based Colored Bars by KIVANÇ ÖZBİLGİÇ barcolor(vbcb and nzVolume ? nzVolume > vAvg * 1.618 ? C > O ? #006400 : #910000 : nzVolume < vAvg * 0.618 ? C > O ? #7FFFD4 : #FF9800 : C > O ? color.green : color.red : na, title='Volume Weighted Colored Bars', editable=false) var table logo = table.new(position.bottom_right, 1, 1) if barstate.islast table.cell(logo, 0, 0, '☼☾ ', text_size=size.normal, text_color=color.teal)

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  // VSI-Input ======================================================================================= //   length = input.int(13, minval=1, title='Length')   // Relative Strength application on Volume Indicators addRsiX = input.string('On Balance Volume', '► Relative Strength of', options=['Accumulation/Distribution', 'Elders Force Index', 'Money Flow Index', 'On Balance Volume', 'Price Volume Trend']) smooth  = input.int(2, 'Smooth RSI, with Least Squares Method', minval=2)   // Volume Histogram group_hist='Relative Volume Histogram' tp_rvol  = 'Relative Volume (RVOL) compares current volume levels to average volume levels over a specified look-back period. \nRVOL = CurrentVolume / AverageVolume' volHist = input.string('Relative Volume [4 Color]', '► Relative Volume Histogram', options=['Relative Volume', 'Relative Volume [4 Color]', 'Buying/Selling Volume [1]', 'Buying/Selling Volume [2]', 'None'], group = group_hist, tooltip = tp_rvol) volComp = input.string('Volume Oscillator', '► Histogram Companion', options=['Moving Average', 'Volume Oscillator', 'None'], group = group_hist) size    = input(10, 'Histogram Size', group = group_hist)   // Volume Based Colored Bars vbcb = input(true, title='► Volume Weighted Colored Bars', group='Volume Weighted Colored Bars', tooltip='Colors bars based on the bar\'s volume relative to volume moving average')     // -Calculation ================================================================================= //   nzVolume = nz(volume) O = open, H = high, L = low, C = close   // RSI rsi  = ta.rsi(C, length) srsi = ta.linreg(rsi, smooth, 0)   float rsix = switch addRsiX 'Accumulation/Distribution' => ta.rsi(ta.cum(C == H and C == L or H == L ? 0 : (2 * C - L - H) / (H - L) * nzVolume), length) 'Elders Force Index' => ta.rsi(ta.ema(ta.change(C) * nzVolume, length), length) 'Money Flow Index' => 100.0 - 100.0 / (1.0 + math.sum(nzVolume * (ta.change(hlc3) <= 0 ? 0 : hlc3), length) / math.sum(nzVolume * (ta.change(hlc3) >= 0 ? 0 : hlc3), length)) 'On Balance Volume' => ta.rsi(ta.cum(math.sign(ta.change(C)) * nzVolume), length) 'Price Volume Trend' => ta.rsi(ta.cum(ta.change(C) / C[1] * nzVolume), length)   srsix = ta.linreg(rsix, smooth, 0)   // Volume Histogram vAvg  = ta.sma(nzVolume, length) rvAvg = ta.sma(nzVolume / vAvg * size, length) B = nzVolume * (C - L) / (H - L) / vAvg * size S = nzVolume * (H - C) / (H - L) / vAvg * size   // Histogram Companion volx = switch volComp 'Moving Average' => rvAvg//ta.sma(nzVolume / vAvg * size, length) 'Volume Oscillator' => (ta.ema(nzVolume, 5) - ta.ema(nzVolume, 10)) / ta.ema(nzVolume, 10) * 100   // -Plot ======================================================================================== // // Volume Histogram plot(nzVolume and volHist == 'Relative Volume' ? nzVolume / vAvg * size : na, 'Volume, normalized to fit the Scale',      O > C ? color.new(#ef5350, 0) : color.new(#26a69a, 0), style=plot.style_columns, editable=false) plot(nzVolume and volHist == 'Relative Volume [4 Color]' ? nzVolume / vAvg * size : na, 'Volume, normalized to fit the Scale',      O > C ? nzVolume / vAvg * math.abs(size) > math.abs(rvAvg) ? color.new(#ef5350, 0) : color.new(color.gray, 25) :              nzVolume / vAvg * math.abs(size) > math.abs(rvAvg) ? color.new(#26a69a, 0) : color.new(color.gray, 55), style=plot.style_columns, editable=false) plot(nzVolume and (volHist == 'Buying/Selling Volume [1]' or volHist == 'Buying/Selling Volume [2]') ? volHist == 'Buying/Selling Volume [1]' ? S + B  : B : na, 'Total/Buying Volume' , color.new(#26a69a, 0) , style=plot.style_columns, editable=false) plot(nzVolume and (volHist == 'Buying/Selling Volume [1]' or volHist == 'Buying/Selling Volume [2]') ? volHist == 'Buying/Selling Volume [1]' ? S : -S     : na, 'Selling Volume'      , color.new(#ef5350, 0) , style=plot.style_columns, editable=false)   // Histogram Companion plot(nzVolume and volHist != 'None' ? volx : na, 'Volume MA/OCS', color.orange, 2)   // Threshold Lines p1 = hline(75, color=color.red, title='Overbought Higher Theshold Level', linestyle=hline.style_dotted) p2 = hline(65, color=color.red, title='Overbought Lower Theshold Level' , linestyle=hline.style_dotted) fill(p1, p2, color=color.new(color.red, 89), title='Overbought Background')   hline(50, color=color.gray, title='Middle Line (Bull/Bear Border Line)', linestyle=hline.style_dotted, linewidth=2)   p3 = hline(35, color=color.green, title='Oversold Higher Theshold Level', linestyle=hline.style_dotted) p4 = hline(25, color=color.green, title='Oversold Lower Theshold Level' , linestyle=hline.style_dotted) fill(p3, p4, color=color.new(color.green, 89), title='Oversold Background')   // VSI plot(srsi, 'Relative Strength of Price', #8E1599, 2) plot(nzVolume ? srsix : na, 'Relative Strength of Volume X', color.aqua, 2)   // Volume Based Colored Bars by KIVANÇ ÖZBİLGİÇ barcolor(vbcb and nzVolume ? nzVolume > vAvg * 1.618 ? C > O ? #006400 : #910000 : nzVolume < vAvg * 0.618 ? C > O ? #7FFFD4 : #FF9800 : C > O ? color.green : color.red : na, title='Volume Weighted Colored Bars', editable=false)   var table logo = table.new(position.bottom_right, 1, 1) if barstate.islast     table.cell(logo, 0, 0, '☼☾  ', text_size=size.normal, text_color=color.teal)

  HELLO   COULD PLESES CONVERT FROM TRADDING VIEW WITH THE OPTION SETTING       THANNK YOU

  

  Patrick K Templar

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  02/19/2025 at 9:19 PM #244081
  Patrick K Templar

  COULD PLES MAKE SURE  it has the setting  setup with in      plz       here  are pitcures of the setting  thannk you  THANNK YOU

  

  Patrick K Templar

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  02/20/2025 at 4:30 PM #244106
  Patrick K Templar

  I HAVER ETRROS     on my try

  DEFPARAM PRELOADBARS = 150 length = 13 smooth = 2 histogramSize = 10 // Compute standard RSI on price rsiPrice = RSI[close, length] smoothRsiPrice = LinearRegression[rsiPrice, smooth] // Compute On Balance Volume (OBV) for volume-based RSI obv = SUM(IF close > close[1] THEN volume ELSE IF close < close[1] THEN -volume ELSE 0 ENDIF, length) volIndicator = RSI[obv, length] smoothVolIndicator = LinearRegression[volIndicator, smooth] // Compute relative volume volAvg = Average[volume, length] relativeVolume = (volume / volAvg) * histogramSize volOscillator = (ExponentialAverage[volume, 5] - ExponentialAverage[volume, 10]) / ExponentialAverage[volume, 10] * 100 // Overbought/Oversold zones drawhline(75, "Overbought", red, linestyle = 1) drawhline(65, "Overbought", red, linestyle = 1) drawhline(50, "Neutral", grey, linestyle = 0) drawhline(35, "Oversold", green, linestyle = 1) drawhline(25, "Oversold", green, linestyle = 1) // Plot RSI lines RETURN smoothRsiPrice AS "Price RSI", smoothVolIndicator AS "Volume RSI" // Plot volume histogram IF relativeVolume > histogramSize THEN histColor = blue ELSIF relativeVolume < histogramSize * 0.618 THEN histColor = orange ELSE histColor = grey ENDIF HISTOGRAM relativeVolume AS "Relative Volume" COLOURED(histColor) // Volume oscillator plot RETURN volOscillator AS "Volume Oscillator", orange // Colored bars based on volume IF volume > volAvg * 1.618 THEN barColor = darkgreen ELSIF volume < volAvg * 0.618 THEN barColor = lightblue ELSE barColor = grey ENDIF COLOURED BAR barColor

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  DEFPARAM PRELOADBARS = 150 length = 13 smooth = 2 histogramSize = 10   // Compute standard RSI on price rsiPrice = RSI[close, length] smoothRsiPrice = LinearRegression[rsiPrice, smooth]   // Compute On Balance Volume (OBV) for volume-based RSI obv = SUM(IF close > close[1] THEN volume ELSE IF close < close[1] THEN -volume ELSE 0 ENDIF, length) volIndicator = RSI[obv, length] smoothVolIndicator = LinearRegression[volIndicator, smooth]   // Compute relative volume volAvg = Average[volume, length] relativeVolume = (volume / volAvg) * histogramSize volOscillator = (ExponentialAverage[volume, 5] - ExponentialAverage[volume, 10]) / ExponentialAverage[volume, 10] * 100   // Overbought/Oversold zones drawhline(75, "Overbought", red, linestyle = 1) drawhline(65, "Overbought", red, linestyle = 1) drawhline(50, "Neutral", grey, linestyle = 0) drawhline(35, "Oversold", green, linestyle = 1) drawhline(25, "Oversold", green, linestyle = 1)   // Plot RSI lines RETURN smoothRsiPrice AS "Price RSI", smoothVolIndicator AS "Volume RSI"   // Plot volume histogram IF relativeVolume > histogramSize THEN histColor = blue ELSIF relativeVolume < histogramSize * 0.618 THEN histColor = orange ELSE histColor = grey ENDIF HISTOGRAM relativeVolume AS "Relative Volume" COLOURED(histColor)   // Volume oscillator plot RETURN volOscillator AS "Volume Oscillator", orange   // Colored bars based on volume IF volume > volAvg * 1.618 THEN barColor = darkgreen ELSIF volume < volAvg * 0.618 THEN barColor = lightblue ELSE barColor = grey ENDIF COLOURED BAR barColor

   

  

  Patrick K Templar

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  02/20/2025 at 8:43 PM #244116
  robertogozzi

  After the RETURN line there can’t be additional lines, unless they are comments.

   

  

  robertogozzi

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  02/20/2025 at 8:44 PM #244117
  robertogozzi

  But yours is not PRT code, as well.

   

  

  robertogozzi

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  02/20/2025 at 11:17 PM #244130
  Patrick K Templar

  im not very good at all at coding     it hurts my brain     but at least i give it a try

  

  Patrick K Templar

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  02/21/2025 at 10:15 AM #244133
  Iván

  Hi! Here you have the code:

  //------------------------------------------------------// // Input //------------------------------------------------------// length=13 // Length addRsiX=1 // Relative Strength of 1=On Balance Volume smooth=2 // Smooth RSI size= 10 // Histogram size volComp=1 // Histogram companion 1=volume oscillator 0=Moving average //------------------------------------------------------// // RSI //------------------------------------------------------// myrsi=rsi[length](close) sRsi=LinearRegression[smooth](myrsi) if addRsiX=1 then if close=close[1] then src=0 elsif close>close[1] then src=volume elsif close<close[1] then src=-volume endif CumSrc=cumsum(src) rsix=rsi[length](CumSrc) endif sRsix=LinearRegression[smooth](rsix) //------------------------------------------------------// // Volume Histogram //------------------------------------------------------// vAvg=average[length](volume) rvAvg=average[length](volume*size/vAvg) B=volume*(close-low)/(high-low)/vAvg*size S=volume*(high-close)/(high-low)/vAvg*size if volComp then volx=(average[5,1](volume)-average[10,1](volume))/average[10,1](volume)*100 else volx=rvAvg endif //------------------------------------------------------// // Plot //------------------------------------------------------// volHist=volume/vAvg*size if open>close then if volume/vAvg*abs(size)>abs(rvAvg) then r=239 g=83 b=80 a=255 else r=120 g=123 b=134 a=25 endif else if volume/vAvg*abs(size)>abs(rvAvg) then r=36 g=166 b=154 a=255 else r=120 g=123 b=134 a=55 endif endif //------------------------------------------------------// //Overbougth drawhline(75)coloured("red")style(dottedline3) drawhline(65)coloured("red")style(dottedline3) colorbetween(75,65,"red",40) // Middle drawhline(50)coloured("grey")style(dottedline3) //OverSold drawhline(35)coloured("green")style(dottedline3) drawhline(25)coloured("green")style(dottedline3) colorbetween(35,25,"green",40) //------------------------------------------------------// return volHist coloured(r,g,b,a)style(histogram), rvavg coloured("orange"), srsi as "Relative Strength of price" coloured(142,21,153)style(line,2), srsix as "Relative Strength of Volume" coloured(0,188,212)style(line,2)

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  //------------------------------------------------------// // Input //------------------------------------------------------// length=13 // Length addRsiX=1 // Relative Strength of 1=On Balance Volume smooth=2 // Smooth RSI size= 10 // Histogram size volComp=1 // Histogram companion 1=volume oscillator 0=Moving average //------------------------------------------------------// // RSI //------------------------------------------------------// myrsi=rsi[length](close) sRsi=LinearRegression[smooth](myrsi)   if addRsiX=1 then if close=close[1] then src=0 elsif close>close[1] then src=volume elsif close<close[1] then src=-volume endif CumSrc=cumsum(src) rsix=rsi[length](CumSrc) endif   sRsix=LinearRegression[smooth](rsix)   //------------------------------------------------------// // Volume Histogram //------------------------------------------------------// vAvg=average[length](volume) rvAvg=average[length](volume*size/vAvg) B=volume*(close-low)/(high-low)/vAvg*size S=volume*(high-close)/(high-low)/vAvg*size if volComp then volx=(average[5,1](volume)-average[10,1](volume))/average[10,1](volume)*100 else volx=rvAvg endif //------------------------------------------------------// // Plot //------------------------------------------------------// volHist=volume/vAvg*size if open>close then if volume/vAvg*abs(size)>abs(rvAvg) then r=239 g=83 b=80 a=255 else r=120 g=123 b=134 a=25 endif else if volume/vAvg*abs(size)>abs(rvAvg) then r=36 g=166 b=154 a=255 else r=120 g=123 b=134 a=55 endif endif //------------------------------------------------------// //Overbougth drawhline(75)coloured("red")style(dottedline3) drawhline(65)coloured("red")style(dottedline3) colorbetween(75,65,"red",40) // Middle drawhline(50)coloured("grey")style(dottedline3)   //OverSold drawhline(35)coloured("green")style(dottedline3) drawhline(25)coloured("green")style(dottedline3) colorbetween(35,25,"green",40) //------------------------------------------------------// return volHist coloured(r,g,b,a)style(histogram), rvavg coloured("orange"), srsi as "Relative Strength of price" coloured(142,21,153)style(line,2), srsix as "Relative Strength of Volume" coloured(0,188,212)style(line,2)

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  Patrick K Templar, robertogozzi

  

  Iván

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  02/26/2025 at 2:29 PM #244377
  Patrick K Templar

  THANNK YOU

   

  Hello could you kindly just help me with some more settings I’ve showed some photos is due to with the options on the trading view version what makes it very easy to switch between things I’d also like to know how to code this in for future indicators as well so it would be a great place to have a template to go back to as well as I show you the images that you understand basically I think one of the turning the volume into more of an oscillation and I can’t yeah on both the bars and the movering average that goes across I think

   

  

  Patrick K Templar

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