This indicator measures the chart symbol’s percentage change from the opening price at the start of each US presidential term and plots those values as histogram columns in a separate pane. Columns are offset so each administration appears separately, with a s
Indicator · Pine Script v5 · Own pane
Dominance Pie Chart
This indicator draws a pie chart of cryptocurrency market-cap dominance in a separate pane.
GitHub stars2on the repository
Pine versionv5runs as is
Lines of code485
Settings0inputs
LicenceNone statedfile: MPL-2.0
Last update8 months ago25 Feb 2026
Add It to Your TradingView Chart
- 1Copy the scriptPress Copy script above, or the copy button on the code below.
- 2Open the Pine EditorOpen a TradingView chart and choose Pine Editor at the bottom of the screen.
- 3Paste over the templateCreate a new indicator, select all of the template text and paste. Press Save and give it a name.
- 4Add it to the chartPress Add to chart, then adjust the settings with the gear icon next to its name.
Source Code
485 lines of Pine Script v5 from pinescript/editors_picks/dominance-pie-chart.pine, published under MPL-2.0 (file header). Keep the author's credit and licence lines when you reuse it.
// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © fikira
//@version=5
indicator('Dominance Pie Chart', overlay=false)
rad = 40
secBTCc = request.security('CRYPTOCAP:BTC.D' , '', close, ignore_invalid_symbol=true)
secBTCo = request.security('CRYPTOCAP:BTC.D' , '', open , ignore_invalid_symbol=true)
secETHc = request.security('CRYPTOCAP:ETH.D' , '', close, ignore_invalid_symbol=true)
secBNBc = request.security('CRYPTOCAP:BNB.D' , '', close, ignore_invalid_symbol=true)
secDOTc = request.security('CRYPTOCAP:DOT.D' , '', close, ignore_invalid_symbol=true)
secADAc = request.security('CRYPTOCAP:ADA.D' , '', close, ignore_invalid_symbol=true)
secXRPc = request.security('CRYPTOCAP:XRP.D' , '', close, ignore_invalid_symbol=true)
secLTCc = request.security('CRYPTOCAP:LTC.D' , '', close, ignore_invalid_symbol=true)
secLINKc = request.security('CRYPTOCAP:LINK.D' , '', close, ignore_invalid_symbol=true)
secBCHc = request.security('CRYPTOCAP:BCH.D' , '', close, ignore_invalid_symbol=true)
secXLMc = request.security('CRYPTOCAP:XLM.D' , '', close, ignore_invalid_symbol=true)
secEOSc = request.security('CRYPTOCAP:EOS.D' , '', close, ignore_invalid_symbol=true)
secXMRc = request.security('CRYPTOCAP:XMR.D' , '', close, ignore_invalid_symbol=true)
secTRXc = request.security('CRYPTOCAP:TRX.D' , '', close, ignore_invalid_symbol=true)
secBSVc = request.security('CRYPTOCAP:BSV.D' , '', close, ignore_invalid_symbol=true)
secMIOTAc = request.security('CRYPTOCAP:MIOTA.D' , '', close, ignore_invalid_symbol=true)
secOTHc = request.security('CRYPTOCAP:OTHERS.D', '', close, ignore_invalid_symbol=true)
secUSDTc = request.security('CRYPTOCAP:USDT.D' , '', close, ignore_invalid_symbol=true)
zero = 0
sum = 0.0
btc = sum + secBTCc , sum := btc
eth = sum + secETHc , sum := eth
bnb = sum + secBNBc , sum := bnb
dot = sum + secDOTc , sum := dot
ada = sum + secADAc , sum := ada
xrp = sum + secXRPc , sum := xrp
ltc = sum + secLTCc , sum := ltc
link = sum + secLINKc , sum := link
bch = sum + secBCHc , sum := bch
xlm = sum + secXLMc , sum := xlm
eos = sum + secEOSc , sum := eos
xmr = sum + secXMRc , sum := xmr
trx = sum + secTRXc , sum := trx
bsv = sum + secBSVc , sum := bsv
miota = sum + secMIOTAc, sum := miota
oth = sum + secOTHc , sum := oth
usdt = sum + secUSDTc , sum := usdt
// https://www.mathcelebrity.com/anglebasic.php?entry=78&pl=cos
c0_0 = 0. // calculated sin(90 - 90) in degrees
c3_6 = 0.06279 // = 1%
c7_2 = 0.12533 // = 2%
c10_8 = 0.18738
c14_4 = 0.24869
c18_0 = 0.30902
c21_6 = 0.36812
c25_2 = 0.42578
c28_8 = 0.48175
c32_4 = 0.53583
c36_0 = 0.58779
c39_6 = 0.63742
c43_2 = 0.68455
c46_8 = 0.72897
c50_4 = 0.77051
c54_0 = 0.80902
c57_6 = 0.84433
c61_2 = 0.87631
c64_8 = 0.90483
c68_4 = 0.92978
c72_0 = 0.95106
c75_6 = 0.96858
c79_2 = 0.98229
c82_8 = 0.99211
c86_4 = 0.99803
c90_0 = 1.
s0_0 = c90_0
s3_6 = c86_4
s7_2 = c82_8
s10_8 = c79_2
s14_4 = c75_6
s18_0 = c72_0
s21_6 = c68_4
s25_2 = c64_8
s28_8 = c61_2
s32_4 = c57_6
s36_0 = c54_0
s39_6 = c50_4
s43_2 = c46_8
s46_8 = c43_2
s50_4 = c39_6
s54_0 = c36_0
s57_6 = c32_4
s61_2 = c28_8
s64_8 = c25_2
s68_4 = c21_6
s72_0 = c18_0
s75_6 = c14_4
s79_2 = c10_8
s82_8 = c7_2
s86_4 = c3_6
s90_0 = c0_0
// functions
barstateIsReallyLast = barstate.isrealtime and not barstate.isconfirmed
f_brst(index) => barstateIsReallyLast ? bar_index - math.round(index) : na
biX = f_brst(rad)
x0 = f_brst(rad - rad * c0_0)
y0 = rad * s0_0
x1 = f_brst(rad - rad * c3_6)
y1 = rad * s3_6
x2 = f_brst(rad - rad * c7_2)
y2 = rad * s7_2
x3 = f_brst(rad - rad * c10_8)
y3 = rad * s10_8
x4 = f_brst(rad - rad * c14_4)
y4 = rad * s14_4
x5 = f_brst(rad - rad * c18_0)
y5 = rad * s18_0
x6 = f_brst(rad - rad * c21_6)
y6 = rad * s21_6
x7 = f_brst(rad - rad * c25_2)
y7 = rad * s25_2
x8 = f_brst(rad - rad * c28_8)
y8 = rad * s28_8
x9 = f_brst(rad - rad * c32_4)
y9 = rad * s32_4
x10 = f_brst(rad - rad * c36_0)
y10 = rad * s36_0
x11 = f_brst(rad - rad * c39_6)
y11 = rad * s39_6
x12 = f_brst(rad - rad * c43_2)
y12 = rad * s43_2
x13 = f_brst(rad - rad * c46_8)
y13 = rad * s46_8
x14 = f_brst(rad - rad * c50_4)
y14 = rad * s50_4
x15 = f_brst(rad - rad * c54_0)
y15 = rad * s54_0
x16 = f_brst(rad - rad * c57_6)
y16 = rad * s57_6
x17 = f_brst(rad - rad * c61_2)
y17 = rad * s61_2
x18 = f_brst(rad - rad * c64_8)
y18 = rad * s64_8
x19 = f_brst(rad - rad * c68_4)
y19 = rad * s68_4
x20 = f_brst(rad - rad * c72_0)
y20 = rad * s72_0
x21 = f_brst(rad - rad * c75_6)
y21 = rad * s75_6
x22 = f_brst(rad - rad * c79_2)
y22 = rad * s79_2
x23 = f_brst(rad - rad * c82_8)
y23 = rad * s82_8
x24 = f_brst(rad - rad * c86_4)
y24 = rad * s86_4
x25 = f_brst(rad - rad * c90_0)
y25 = rad * s90_0
x0L = f_brst(rad + rad * c0_0)
x1L = f_brst(rad + rad * c3_6)
x2L = f_brst(rad + rad * c7_2)
x3L = f_brst(rad + rad * c10_8)
x4L = f_brst(rad + rad * c14_4)
x5L = f_brst(rad + rad * c18_0)
x6L = f_brst(rad + rad * c21_6)
x7L = f_brst(rad + rad * c25_2)
x8L = f_brst(rad + rad * c28_8)
x9L = f_brst(rad + rad * c32_4)
x10L = f_brst(rad + rad * c36_0)
x11L = f_brst(rad + rad * c39_6)
x12L = f_brst(rad + rad * c43_2)
x13L = f_brst(rad + rad * c46_8)
x14L = f_brst(rad + rad * c50_4)
x15L = f_brst(rad + rad * c54_0)
x16L = f_brst(rad + rad * c57_6)
x17L = f_brst(rad + rad * c61_2)
x18L = f_brst(rad + rad * c64_8)
x19L = f_brst(rad + rad * c68_4)
x20L = f_brst(rad + rad * c72_0)
x21L = f_brst(rad + rad * c75_6)
x22L = f_brst(rad + rad * c79_2)
x23L = f_brst(rad + rad * c82_8)
x24L = f_brst(rad + rad * c86_4)
x25L = f_brst(rad + rad * c90_0)
// —————————— PineCoders MTF Selection Framework functions
f_resInMinutes() =>
_resInMinutes = timeframe.multiplier * (timeframe.isseconds ? 1. / 60. : timeframe.isminutes ? 1. : timeframe.isdaily ? 1440. : timeframe.isweekly ? 10080. : timeframe.ismonthly ? 43800. : na)
_resInMinutes
f_htfLabel(_txt, _y, _color, _offsetLabels) =>
_t = int(time + f_resInMinutes() * _offsetLabels * 60000)
var _lbl = label.new(_t, _y, _txt, xloc.bar_time, yloc.price, #00000000, label.style_none, color.gray, size.small)
if barstateIsReallyLast
label.set_xy(_lbl, _t, _y)
label.set_text(_lbl, _txt)
label.set_textcolor(_lbl, _color)
f_eqPerc(x, y) =>
eq_ = math.round((math.max(x, y) / math.min(x, y) - 1) * 10000) / 100
eq = x >= y ? eq_ : -eq_
eq
f_X(x) =>
posx = x >= 0 and x <= 25 ? x == 0 ? x0 : x == 1 ? x1 : x == 2 ? x2 : x == 3 ? x3 : x == 4 ? x4 : x == 5 ? x5 : x == 6 ? x6 : x == 7 ? x7 : x == 8 ? x8 : x == 9 ? x9 : x == 10 ? x10 : x == 11 ? x11 : x == 12 ? x12 : x == 13 ? x13 : x == 14 ? x14 : x == 15 ? x15 : x == 16 ? x16 : x == 17 ? x17 : x == 18 ? x18 : x == 19 ? x19 : x == 20 ? x20 : x == 21 ? x21 : x == 22 ? x22 : x == 23 ? x23 : x == 24 ? x24 : x == 25 ? x25 : na : x > 25 and x <= 50 ? x == 26 ? x24 : x == 27 ? x23 : x == 28 ? x22 : x == 29 ? x21 : x == 30 ? x20 : x == 31 ? x19 : x == 32 ? x18 : x == 33 ? x17 : x == 34 ? x16 : x == 35 ? x15 : x == 36 ? x14 : x == 37 ? x13 : x == 38 ? x12 : x == 39 ? x11 : x == 40 ? x10 : x == 41 ? x9 : x == 42 ? x8 : x == 43 ? x7 : x == 44 ? x6 : x == 45 ? x5 : x == 46 ? x4 : x == 47 ? x3 : x == 48 ? x2 : x == 49 ? x1 : x == 50 ? x0 : na : x > 50 and x <= 75 ? x == 51 ? x1L : x == 52 ? x2L : x == 53 ? x3L : x == 54 ? x4L : x == 55 ? x5L : x == 56 ? x6L : x == 57 ? x7L : x == 58 ? x8L : x == 59 ? x9L : x == 60 ? x10L : x == 61 ? x11L : x == 62 ? x12L : x == 63 ? x13L : x == 64 ? x14L : x == 65 ? x15L : x == 66 ? x16L : x == 67 ? x17L : x == 68 ? x18L : x == 69 ? x19L : x == 70 ? x20L : x == 71 ? x21L : x == 72 ? x22L : x == 73 ? x23L : x == 74 ? x24L : x == 75 ? x25L : na : x == 76 ? x24L : x == 77 ? x23L : x == 78 ? x22L : x == 79 ? x21L : x == 80 ? x20L : x == 81 ? x19L : x == 82 ? x18L : x == 83 ? x17L : x == 84 ? x16L : x == 85 ? x15L : x == 86 ? x14L : x == 87 ? x13L : x == 88 ? x12L : x == 89 ? x11L : x == 90 ? x10L : x == 91 ? x9L : x == 92 ? x8L : x == 93 ? x7L : x == 94 ? x6L : x == 95 ? x5L : x == 96 ? x4L : x == 97 ? x3L : x == 98 ? x2L : x == 99 ? x1L : na
posx
f_Y(x) =>
posy = x >= 0 and x <= 25 ? x == 0 ? y0 : x == 1 ? y1 : x == 2 ? y2 : x == 3 ? y3 : x == 4 ? y4 : x == 5 ? y5 : x == 6 ? y6 : x == 7 ? y7 : x == 8 ? y8 : x == 9 ? y9 : x == 10 ? y10 : x == 11 ? y11 : x == 12 ? y12 : x == 13 ? y13 : x == 14 ? y14 : x == 15 ? y15 : x == 16 ? y16 : x == 17 ? y17 : x == 18 ? y18 : x == 19 ? y19 : x == 20 ? y20 : x == 21 ? y21 : x == 22 ? y22 : x == 23 ? y23 : x == 24 ? y24 : x == 25 ? -y25 : na : x > 25 and x <= 50 ? x == 26 ? -y24 : x == 27 ? -y23 : x == 28 ? -y22 : x == 29 ? -y21 : x == 30 ? -y20 : x == 31 ? -y19 : x == 32 ? -y18 : x == 33 ? -y17 : x == 34 ? -y16 : x == 35 ? -y15 : x == 36 ? -y14 : x == 37 ? -y13 : x == 38 ? -y12 : x == 39 ? -y11 : x == 40 ? -y10 : x == 41 ? -y9 : x == 42 ? -y8 : x == 43 ? -y7 : x == 44 ? -y6 : x == 45 ? -y5 : x == 46 ? -y4 : x == 47 ? -y3 : x == 48 ? -y2 : x == 49 ? -y1 : x == 50 ? -y0 : na : x > 50 and x <= 75 ? x == 51 ? -y1 : x == 52 ? -y2 : x == 53 ? -y3 : x == 54 ? -y4 : x == 55 ? -y5 : x == 56 ? -y6 : x == 57 ? -y7 : x == 58 ? -y8 : x == 59 ? -y9 : x == 60 ? -y10 : x == 61 ? -y11 : x == 62 ? -y12 : x == 63 ? -y13 : x == 64 ? -y14 : x == 65 ? -y15 : x == 66 ? -y16 : x == 67 ? -y17 : x == 68 ? -y18 : x == 69 ? -y19 : x == 70 ? -y20 : x == 71 ? -y21 : x == 72 ? -y22 : x == 73 ? -y23 : x == 74 ? -y24 : x == 75 ? y25 : na : x == 76 ? y24 : x == 77 ? y23 : x == 78 ? y22 : x == 79 ? y21 : x == 80 ? y20 : x == 81 ? y19 : x == 82 ? y18 : x == 83 ? y17 : x == 84 ? y16 : x == 85 ? y15 : x == 86 ? y14 : x == 87 ? y13 : x == 88 ? y12 : x == 89 ? y11 : x == 90 ? y10 : x == 91 ? y9 : x == 92 ? y8 : x == 93 ? y7 : x == 94 ? y6 : x == 95 ? y5 : x == 96 ? y4 : x == 97 ? y3 : x == 98 ? y2 : x == 99 ? y1 : na
posy
colChar(x) =>
ticker = secBTCc
ticker := btc >= x ? secBTCc : eth >= x ? secETHc : bnb >= x ? secBNBc : dot >= x ? secDOTc : ada >= x ? secADAc : xrp >= x ? secXRPc : ltc >= x ? secLTCc : link >= x ? secLINKc : bch >= x ? secBCHc : xlm >= x ? secXLMc : eos >= x ? secEOSc : xmr >= x ? secXMRc : trx >= x ? secTRXc : bsv >= x ? secBSVc : miota >= x ? secMIOTAc : oth >= x ? secOTHc : secUSDTc
colch = ticker > ticker[1] ? color.lime : ticker < ticker[1] ? color.red : color.new(color.white, 50)
colch
f_text(ticker, perc) =>
text_1 = ticker + ' \n' + str.tostring(math.round(perc * 100) / 100) + ' \n(' + str.tostring(f_eqPerc(perc, perc[1])) + ')'
text_1
f_textF(ticker, perc) =>
text_2 = ticker + ' ' + str.tostring(math.round(perc * 100) / 100) + ' (' + str.tostring(f_eqPerc(perc, perc[1])) + ')'
text_2
f_col(ticker) => ticker > ticker[1] ? color.lime : color.red
xBTC = f_X(math.round(btc))
yBTC = f_Y(math.round(btc))
xETH = f_X(math.round(eth))
yETH = f_Y(math.round(eth))
xBNB = f_X(math.round(bnb))
yBNB = f_Y(math.round(bnb))
xDOT = f_X(math.round(dot))
yDOT = f_Y(math.round(dot))
xADA = f_X(math.round(ada))
yADA = f_Y(math.round(ada))
xXRP = f_X(math.round(xrp))
yXRP = f_Y(math.round(xrp))
xLTC = f_X(math.round(ltc))
yLTC = f_Y(math.round(ltc))
xLINK = f_X(math.round(link))
yLINK = f_Y(math.round(link))
xBCH = f_X(math.round(bch))
yBCH = f_Y(math.round(bch))
xXLM = f_X(math.round(xlm))
yXLM = f_Y(math.round(xlm))
xEOS = f_X(math.round(eos))
yEOS = f_Y(math.round(eos))
xXMR = f_X(math.round(xmr))
yXMR = f_Y(math.round(xmr))
xTRX = f_X(math.round(trx))
yTRX = f_Y(math.round(trx))
xBSV = f_X(math.round(bsv))
yBSV = f_Y(math.round(bsv))
xMIOTA = f_X(math.round(miota))
yMIOTA = f_Y(math.round(miota))
xOTH = f_X(math.round(oth))
yOTH = f_Y(math.round(oth))
xUSDT = f_X(math.round(usdt))
yUSDT = f_Y(math.round(usdt))
col = color.blue
//lzero = line.new(x1=x0 , y1=y0 , x2=biX , y2=0, color=col, style=line.style_solid, width=1), line.delete(lzero[1])
lbtc = line.new(x1=xBTC , y1=yBTC , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lbtc [1])
leth = line.new(x1=xETH , y1=yETH , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(leth [1])
lbnb = line.new(x1=xBNB , y1=yBNB , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lbnb [1])
ldot = line.new(x1=xDOT , y1=yDOT , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(ldot [1])
lada = line.new(x1=xADA , y1=yADA , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lada [1])
lxrp = line.new(x1=xXRP , y1=yXRP , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lxrp [1])
lltc = line.new(x1=xLTC , y1=yLTC , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lltc [1])
llink = line.new(x1=xLINK , y1=yLINK , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(llink [1])
lbch = line.new(x1=xBCH , y1=yBCH , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lbch [1])
lxlm = line.new(x1=xXLM , y1=yXLM , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lxlm [1])
leos = line.new(x1=xEOS , y1=yEOS , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(leos [1])
lxmr = line.new(x1=xXMR , y1=yXMR , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lxmr [1])
ltrx = line.new(x1=xTRX , y1=yTRX , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(ltrx [1])
lbsv = line.new(x1=xBSV , y1=yBSV , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lbsv [1])
lmiota = line.new(x1=xMIOTA, y1=yMIOTA, x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lmiota[1])
loth = line.new(x1=xOTH , y1=yOTH , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(loth [1])
lusdt = line.new(x1=xUSDT , y1=yUSDT , x2=biX, y2=0, color=col, style=line.style_solid, width=1), line.delete(lusdt [1])
plot( rad * 1.1, color=color.new(color.black, 100))
plot(-rad * 1.1, color=color.new(color.black, 100))
label.new(x=x5, y=y25, text=f_textF('BTC', secBTCc), size=size.small, textcolor=f_col(secBTCc), style=label.style_none)
label.new(x=xETH + 14, y=yETH - 10, text=f_textF('ETH', secETHc), size=size.small, textcolor=f_col(secETHc), style=label.style_none)
label.new(x=xBNB - 10, y=yBNB - 4, text=f_textF('BNB', secBNBc), size=size.small, textcolor=f_col(secBNBc), style=label.style_none)
label.new(x=xDOT - 12, y=yDOT - 3, text=f_textF('DOT', secDOTc), size=size.small, textcolor=f_col(secDOTc), style=label.style_none)
label.new(x=xADA - 13, y=yADA - 3, text=f_textF('ADA', secADAc), size=size.small, textcolor=f_col(secADAc), style=label.style_none)
label.new(x=x25L - 24, y=y20, text=f_textF('XRP', secXRPc), size=size.small, textcolor=f_col(secXRPc), style=label.style_none)
label.new(x=x25L - 24, y=y18, text=f_textF('LTC', secLTCc), size=size.small, textcolor=f_col(secLTCc), style=label.style_none)
label.new(x=x25L - 24, y=y16, text=f_textF('LINK', secLINKc), size=size.small, textcolor=f_col(secLINKc), style=label.style_none)
label.new(x=x25L - 24, y=y14, text=f_textF('BCH', secBCHc), size=size.small, textcolor=f_col(secBCHc), style=label.style_none)
label.new(x=x25L - 24, y=y12, text=f_textF('XLM', secXLMc), size=size.small, textcolor=f_col(secXLMc), style=label.style_none)
label.new(x=x25L - 24, y=y10, text=f_textF('EOS', secEOSc), size=size.small, textcolor=f_col(secEOSc), style=label.style_none)
label.new(x=x25L - 24, y=y6, text=f_textF('XMR', secXMRc), size=size.small, textcolor=f_col(secXMRc), style=label.style_none)
label.new(x=x25L - 24, y=y0, text=f_textF('TRX', secTRXc), size=size.small, textcolor=f_col(secTRXc), style=label.style_none)
label.new(x=x25L - 24, y=y0 + 3, text=f_textF('BSV', secBSVc), size=size.small, textcolor=f_col(secBSVc), style=label.style_none)
label.new(x=x25L - 24, y=y0 + 6, text=f_textF('MIOTA', secMIOTAc), size=size.small, textcolor=f_col(secMIOTAc), style=label.style_none)
label.new(x=xUSDT - 1, y=yUSDT + 3, text=f_text('USDT', secUSDTc), size=size.small, textcolor=f_col(secUSDTc), style=label.style_none)
label.new(x=xOTH - 15, y=yOTH, text=f_text('OTHER', secOTHc), size=size.small, textcolor=f_col(secOTHc), style=label.style_none)
line.new(x1=x25L - 15, y1=y20, x2=x25L - 10, y2=y20, color=f_col(secXRPc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y20, x2=x25L - 1, y2=yXRP, color=f_col(secXRPc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yXRP, x2=xXRP - 1, y2=yXRP, color=f_col(secXRPc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y18, x2=x25L - 10, y2=y18, color=f_col(secLTCc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y18, x2=x25L - 1, y2=yLTC, color=f_col(secLTCc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yLTC, x2=xLTC - 1, y2=yLTC, color=f_col(secLTCc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y16, x2=x25L - 10, y2=y16, color=f_col(secLINKc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y16, x2=x25L - 1, y2=yLINK, color=f_col(secLINKc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yLINK, x2=xLINK - 1, y2=yLINK, color=f_col(secLINKc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y14, x2=x25L - 10, y2=y14, color=f_col(secBCHc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y14, x2=x25L - 1, y2=yBCH, color=f_col(secBCHc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yBCH, x2=xBCH - 1, y2=yBCH, color=f_col(secBCHc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y12, x2=x25L - 10, y2=y12, color=f_col(secXLMc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y12, x2=x25L - 1, y2=yXLM, color=f_col(secXLMc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yXLM, x2=xXLM - 1, y2=yXLM, color=f_col(secXLMc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y10, x2=x25L - 10, y2=y10, color=f_col(secEOSc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y10, x2=x25L - 1, y2=yEOS, color=f_col(secEOSc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yEOS, x2=xEOS - 1, y2=yEOS, color=f_col(secEOSc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y6, x2=x25L - 10, y2=y6, color=f_col(secXMRc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y6, x2=x25L - 1, y2=yXMR, color=f_col(secXMRc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yXMR, x2=xXMR - 1, y2=yXMR, color=f_col(secXMRc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y0, x2=x25L - 10, y2=y0, color=f_col(secTRXc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y0, x2=x25L - 1, y2=yTRX, color=f_col(secTRXc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yTRX, x2=xTRX - 1, y2=yTRX, color=f_col(secTRXc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y0 + 3, x2=x25L - 10, y2=y0 + 3, color=f_col(secBSVc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y0 + 3, x2=x25L - 1, y2=yBSV, color=f_col(secBSVc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yBSV, x2=xBSV - 1, y2=yBSV, color=f_col(secBSVc), style=line.style_solid, width=1)
line.new(x1=x25L - 15, y1=y0 + 6, x2=x25L - 10, y2=y0 + 6, color=f_col(secMIOTAc), style=line.style_solid, width=1)
line.new(x1=x25L - 10, y1=y0 + 6, x2=x25L - 1, y2=yMIOTA, color=f_col(secMIOTAc), style=line.style_solid, width=1)
line.new(x1=x25L - 1, y1=yMIOTA, x2=xMIOTA - 1, y2=yMIOTA, color=f_col(secMIOTAc), style=line.style_solid, width=1)
//label.new(x=xBNB - 7, y= yBNB , text= tostring(round(bsv*100)/100), size=size.small, textcolor=color.white, style=label.style_none)
//label.new(x=xBNB - 7, y= yBNB+2, text= tostring(round(miota*100)/100), size=size.small, textcolor=color.white, style=label.style_none)
//label.new(x=xBNB - 7, y= yBNB+4, text= tostring(round(usdt*100)/100), size=size.small, textcolor=color.white, style=label.style_none)
//label.new(x=xDh, y= yDh, text=tostring(hours) , size=size.small, textcolor=color.lime, style=label.style_none)
_x0 = math.round(rad - rad * c0_0) // 0%
_x1 = math.round(rad - rad * c3_6) // 1%
_x2 = math.round(rad - rad * c7_2) // 2%
_x3 = math.round(rad - rad * c10_8) // 3%
_x4 = math.round(rad - rad * c14_4)
_x5 = math.round(rad - rad * c18_0)
_x6 = math.round(rad - rad * c21_6)
_x7 = math.round(rad - rad * c25_2)
_x8 = math.round(rad - rad * c28_8)
_x9 = math.round(rad - rad * c32_4)
_x10 = math.round(rad - rad * c36_0)
_x11 = math.round(rad - rad * c39_6)
_x12 = math.round(rad - rad * c43_2)
_x13 = math.round(rad - rad * c46_8)
_x14 = math.round(rad - rad * c50_4)
_x15 = math.round(rad - rad * c54_0)
_x16 = math.round(rad - rad * c57_6)
_x17 = math.round(rad - rad * c61_2)
_x18 = math.round(rad - rad * c64_8)
_x19 = math.round(rad - rad * c68_4)
_x20 = math.round(rad - rad * c72_0)
_x21 = math.round(rad - rad * c75_6)
_x22 = math.round(rad - rad * c79_2)
_x23 = math.round(rad - rad * c82_8)
_x24 = math.round(rad - rad * c86_4)
_x25 = math.round(rad - rad * c90_0)
_x51 = math.round(rad + rad * c3_6) // 51%
_x52 = math.round(rad + rad * c7_2) // 52%
_x53 = math.round(rad + rad * c10_8) // 53%
_x54 = math.round(rad + rad * c14_4)
_x55 = math.round(rad + rad * c18_0)
_x56 = math.round(rad + rad * c21_6)
_x57 = math.round(rad + rad * c25_2)
_x58 = math.round(rad + rad * c28_8)
_x59 = math.round(rad + rad * c32_4)
_x60 = math.round(rad + rad * c36_0)
_x61 = math.round(rad + rad * c39_6)
_x62 = math.round(rad + rad * c43_2)
_x63 = math.round(rad + rad * c46_8)
_x64 = math.round(rad + rad * c50_4)
_x65 = math.round(rad + rad * c54_0)
_x66 = math.round(rad + rad * c57_6)
_x67 = math.round(rad + rad * c61_2)
_x68 = math.round(rad + rad * c64_8)
_x69 = math.round(rad + rad * c68_4)
_x70 = math.round(rad + rad * c72_0)
_x71 = math.round(rad + rad * c75_6)
_x72 = math.round(rad + rad * c79_2)
_x73 = math.round(rad + rad * c82_8)
_x74 = math.round(rad + rad * c86_4)
_x75 = math.round(rad + rad * c90_0)
_x0_ = math.round(rad + rad * c0_0)
_x1_ = math.round(rad + rad * c3_6)
_x2_ = math.round(rad + rad * c7_2)
_x3_ = math.round(rad + rad * c10_8)
col0 = colChar(0)
col4 = colChar(4)
col8 = colChar(8)
col12 = colChar(12)
col16 = colChar(16)
col20 = colChar(20)
col24 = colChar(24)
col28 = colChar(28)
col32 = colChar(32)
col36 = colChar(36)
col40 = colChar(40)
col44 = colChar(44)
col48 = colChar(48)
col52 = colChar(52)
col53 = colChar(53)
col56 = colChar(56)
col59 = colChar(59)
col62 = colChar(62)
col65 = colChar(65)
col68 = colChar(68)
col71 = colChar(71)
col74 = colChar(74)
col76 = colChar(76)
col79 = colChar(79)
col82 = colChar(82)
col85 = colChar(85)
col88 = colChar(88)
col91 = colChar(91)
col94 = colChar(94)
col97 = colChar(97)
// ● ° ☀︎
char = '●'
plotchar(barstateIsReallyLast ? y0 : na, char=char, location=location.absolute, size=size.tiny, color=col0, offset=-_x0)
plotchar(barstateIsReallyLast ? y4 : na, char=char, location=location.absolute, size=size.tiny, color=col4, offset=-_x4)
plotchar(barstateIsReallyLast ? y8 : na, char=char, location=location.absolute, size=size.tiny, color=col8, offset=-_x8)
plotchar(barstateIsReallyLast ? y12 : na, char=char, location=location.absolute, size=size.tiny, color=col12, offset=-_x12)
plotchar(barstateIsReallyLast ? y16 : na, char=char, location=location.absolute, size=size.tiny, color=col16, offset=-_x16)
plotchar(barstateIsReallyLast ? y20 : na, char=char, location=location.absolute, size=size.tiny, color=col20, offset=-_x20)
plotchar(barstateIsReallyLast ? y24 : na, char=char, location=location.absolute, size=size.tiny, color=col24, offset=-_x24)
plotchar(barstateIsReallyLast ? -y22 : na, char=char, location=location.absolute, size=size.tiny, color=col28, offset=-_x22)
plotchar(barstateIsReallyLast ? -y18 : na, char=char, location=location.absolute, size=size.tiny, color=col32, offset=-_x18)
plotchar(barstateIsReallyLast ? -y14 : na, char=char, location=location.absolute, size=size.tiny, color=col36, offset=-_x14)
plotchar(barstateIsReallyLast ? -y10 : na, char=char, location=location.absolute, size=size.tiny, color=col40, offset=-_x10)
plotchar(barstateIsReallyLast ? -y6 : na, char=char, location=location.absolute, size=size.tiny, color=col44, offset=-_x6)
plotchar(barstateIsReallyLast ? -y2 : na, char=char, location=location.absolute, size=size.tiny, color=col48, offset=-_x2)
plotchar(barstateIsReallyLast ? -y2 : na, char=char, location=location.absolute, size=size.tiny, color=col52, offset=-_x52)
plotchar(barstateIsReallyLast ? -y6 : na, char=char, location=location.absolute, size=size.tiny, color=col56, offset=-_x56)
plotchar(barstateIsReallyLast ? -y9 : na, char=char, location=location.absolute, size=size.tiny, color=col59, offset=-_x59)
plotchar(barstateIsReallyLast ? -y12 : na, char=char, location=location.absolute, size=size.tiny, color=col62, offset=-_x62)
plotchar(barstateIsReallyLast ? -y15 : na, char=char, location=location.absolute, size=size.tiny, color=col65, offset=-_x65)
plotchar(barstateIsReallyLast ? -y18 : na, char=char, location=location.absolute, size=size.tiny, color=col68, offset=-_x68)
plotchar(barstateIsReallyLast ? -y21 : na, char=char, location=location.absolute, size=size.tiny, color=col71, offset=-_x71)
plotchar(barstateIsReallyLast ? -y24 : na, char=char, location=location.absolute, size=size.tiny, color=col74, offset=-_x74)
plotchar(barstateIsReallyLast ? y24 : na, char=char, location=location.absolute, size=size.tiny, color=col76, offset=-_x74)
plotchar(barstateIsReallyLast ? y21 : na, char=char, location=location.absolute, size=size.tiny, color=col79, offset=-_x71)
plotchar(barstateIsReallyLast ? y18 : na, char=char, location=location.absolute, size=size.tiny, color=col82, offset=-_x68)
plotchar(barstateIsReallyLast ? y15 : na, char=char, location=location.absolute, size=size.tiny, color=col85, offset=-_x65)
plotchar(barstateIsReallyLast ? y12 : na, char=char, location=location.absolute, size=size.tiny, color=col88, offset=-_x62)
plotchar(barstateIsReallyLast ? y9 : na, char=char, location=location.absolute, size=size.tiny, color=col91, offset=-_x59)
plotchar(barstateIsReallyLast ? y6 : na, char=char, location=location.absolute, size=size.tiny, color=col94, offset=-_x56)
plotchar(barstateIsReallyLast ? y3 : na, char=char, location=location.absolute, size=size.tiny, color=col97, offset=-_x53)
//line.new(x1=x24L, y1=-y24 , x2=biX , y2=0, color=color.white, style=line.style_solid, width=1)
//line.new(x1=x25L, y1=-y25 , x2=biX , y2=0, color=color.red, style=line.style_solid, width=1)
Overview
Dominance Pie Chart requests CRYPTOCAP close values for Bitcoin, Ethereum, several major altcoins, Tether, and the others bucket, then accumulates those shares into wedge angles. Precomputed sine and cosine values place the sector outlines. No user inputs are defined, and it does not generate trade entries, exits, or risk rules. The chart follows the current chart timeframe.
- CRYPTOCAP market-cap dominance slices
- Bitcoin, Ethereum and major altcoins
- Tether and others bucket
- Separate-pane pie drawing
- Fixed sine and cosine wedge geometry
Details
Published by
regalouisei on GitHub
Code credit
fikira, as written in the script's header
Type
Indicator, Pine Script v5
Draws
Separate pane below the chart
Category
Screeners & dashboards
Markets
Crypto
Timeframes
Any timeframe
Risk Notes
No repainting, lookahead or stacked entries were found in its code or README. That says nothing about how well it works: test it first.
Third-party code. ForexR did not write, test or endorse this script, and the summary above was generated automatically from its code and README. Indicators describe the past, and a strategy's backtest can look better than live trading, especially when a script repaints. Check it in the Strategy Tester and on a demo account before you rely on it.
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