本页源码来自 TradingView 公开发布的开源脚本，版权归原作者所有， 请遵循其原始许可（Pine 脚本常见 CC BY-NC-SA / MPL-2.0 / MIT）。 本项目仅用于研究检索与许可范围内的移植。
// This work is licensed under Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International
// https://creativecommons.org/licenses/by-nc-sa/4.0/
// © BigBeluga
//@version=6
indicator("Liquidity Thermal Map [BigBeluga]", overlay = true, max_lines_count = 500, calc_bars_count = 1500)
// ＩＮＰＵＴＳ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{
profileType = input.string(
"Balanced Profile",
"Profile Depth",
options = ["Shallow Profile", "Balanced Profile", "Deep Profile"],
tooltip =
"Controls how much historical data is used to build the liquidity profile.\n\n" +
"Shallow Profile → Short-term structure\n" +
"Balanced Profile → Medium-term structure\n" +
"Deep Profile → Broad structural distribution"
)
period =
profileType == "Shallow Profile" ? 100 :
profileType == "Balanced Profile" ? 300 :
600
sensitivityMode = input.string(
"Balanced",
"Thermal Sensitivity",
options = ["High Contrast", "Balanced", "Smooth"],
tooltip =
"Controls heatmap intensity.\n\n" +
"High Contrast → Strong color separation\n" +
"Balanced → Default behavior\n" +
"Smooth → Softer gradient blending"
)
min =
sensitivityMode == "High Contrast" ? 0.5 :
sensitivityMode == "Balanced" ? 0.25 :
0.0
pocCol1 = input.color(
color.rgb(189, 43, 43),
"Upper Liquidity Color",
tooltip =
"Color used for liquidity located above current price.\n" +
"Typically represents overhead resistance zones."
)
pocCol2 = input.color(
color.rgb(41, 180, 83),
"Lower Liquidity Color",
tooltip =
"Color used for liquidity located below current price.\n" +
"Typically represents structural support zones."
)
removeCol = input.bool(
true,
"Hide Active Candle Color",
tooltip =
"Removes heatmap coloring around the active candle\n" +
"to improve real-time price visibility."
)
colorNA = #44444400
// }
// ＣＡＬＣＵＬＡＴＩＯＮＳ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{
H = ta.highest(period)
L = ta.lowest(period)
step = (H-L)/31
levels = array.new<float>(31)
volBins = array.new<float>(31, 0.)
gradient(volBins, number)=>
val = volBins.get(number)/volBins.max()
loww = levels.get(number)
upp = levels.get(number + 1 > 29 ? 29 : number + 1)
pocCol = close <= loww ? pocCol1 : pocCol2
if removeCol
if (open >= loww and open <= upp)
or (close >= loww and close <= upp)
or (hl2 >= loww and hl2 <= upp)
or (hlc3 >= loww and hlc3 <= upp)
pocCol := colorNA
volBins.get(number) == volBins.max() ? color.new(pocCol, 20) : color.from_gradient(val, min, 1, colorNA, color.new(pocCol, 50))
for i = 0 to 31 - 1
ll = L + step * i
hh = ll + step
mid = ll + step/2
levels.set(i, ll)
for k = 0 to period - 1
c = close[k]
if math.abs(c-mid) < step
volBins.set(i, volBins.get(i) + volume[k])
if barstate.islast
int binsCount = 31
int lastIdx = binsCount - 1
float buyVol = 0.0
float sellVol = 0.0
var boxes = array.new<box>()
var labels = array.new<label>()
for b in boxes
b.delete()
boxes.clear()
for l in labels
l.delete()
labels.clear()
// Find the boundary index where close sits inside the bin ladder
// (clamped so it never goes out of range)
int splitIdx = int(math.floor((close - L) / step))
splitIdx := math.max(0, math.min(lastIdx, splitIdx))
for i = 0 to lastIdx
float mid = L + step * i + step/2
float vol = volBins.get(i)
if mid < close
buyVol += vol
else
sellVol += vol
float totalVol = buyVol + sellVol
float buyPct = totalVol > 0 ? buyVol / totalVol : 0
float sellPct = totalVol > 0 ? sellVol / totalVol : 0
float imbalance = sellVol > 0 ? buyVol - sellVol : na
label buyLabel = label.new(
bar_index + 40,
L + (close - L)/2,
"BUY LIQ\n" +
str.tostring(buyVol, format.volume) + "\n" +
str.tostring(buyPct * 100, "#.0") + "%",
style = label.style_label_left,
textcolor = pocCol2,
color = colorNA,
tooltip =
"Liquidity Below Price\n\n" +
"Total Volume Below Current Price:\n" +
str.tostring(buyVol, format.volume) + "\n\n" +
"Represents accumulated volume Below Current Price"
)
label sellLabel = label.new(
bar_index + 40,
close + (H - close)/2,
"SELL LIQ\n" +
str.tostring(sellVol, format.volume) + "\n" +
str.tostring(sellPct * 100, "#.0") + "%",
style = label.style_label_left,
textcolor = pocCol1,
color = colorNA,
tooltip =
"Liquidity Above Price\n\n" +
"Total Volume Above Current Price:\n" +
str.tostring(sellVol, format.volume) + "\n\n" +
"Represents accumulated volume Above Current Price"
)
label ratioLabel = label.new(
bar_index + 40,
H + step,
"Imbalance: " + str.tostring(imbalance, format.volume),
style = label.style_label_left,
textcolor = chart.fg_color,
color = colorNA,
tooltip =
"Liquidity Imbalance\n\n" +
"Difference Between Below and Above Liquidity:\n" +
str.tostring(imbalance, format.volume) + "\n\n" +
"Positive → More liquidity below price\n" +
"Negative → More liquidity above price."
)
labels.push(buyLabel)
labels.push(sellLabel)
labels.push(ratioLabel)
for i = 0 to lastIdx
float ll = L + step * i
float hh = ll + step
float mid = ll + step / 2
vol = volBins.get(i)
// Your original color rule (based on close vs mid)
color baseCol = close > mid ? pocCol2 : pocCol1
// Distance from the split point (fade starts here)
int dist = math.abs(i - splitIdx)
// Max distance to ends (so fade scales correctly on both sides)
int maxDist = math.max(splitIdx, lastIdx - splitIdx)
float fade = maxDist > 0 ? (dist / maxDist) : 0.0
// Transparency: strong near split → more transparent toward ends
int alpha = int(10 + fade * 85) // 10 (strong) → 95 (faded)
color col = color.new(baseCol, alpha)
b = box.new(
bar_index + 25, hh,
bar_index + 35, ll,
bgcolor = col,
border_color = na
)
if volBins.get(i) == volBins.max()
b.set_text(">"+ str.tostring(volBins.max(), format.volume) + "<")
b.set_left(bar_index+10)
b.set_bgcolor(close > mid ? pocCol2 : pocCol1)
boxes.push(b)
// }
// ＰＬＯＴ ――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――――{
p0 = plot(levels.get(0), color = colorNA, editable = false)
p1 = plot(levels.get(1), color = colorNA, editable = false)
p2 = plot(levels.get(2), color = colorNA, editable = false)
p3 = plot(levels.get(3), color = colorNA, editable = false)
p4 = plot(levels.get(4), color = colorNA, editable = false)
p5 = plot(levels.get(5), color = colorNA, editable = false)
p6 = plot(levels.get(6), color = colorNA, editable = false)
p7 = plot(levels.get(7), color = colorNA, editable = false)
p8 = plot(levels.get(8), color = colorNA, editable = false)
p9 = plot(levels.get(9), color = colorNA, editable = false)
p10 = plot(levels.get(10), color = colorNA, editable = false)
p11 = plot(levels.get(11), color = colorNA, editable = false)
p12 = plot(levels.get(12), color = colorNA, editable = false)
p13 = plot(levels.get(13), color = colorNA, editable = false)
p14 = plot(levels.get(14), color = colorNA, editable = false)
p15 = plot(levels.get(15), color = colorNA, editable = false)
p16 = plot(levels.get(16), color = colorNA, editable = false)
p17 = plot(levels.get(17), color = colorNA, editable = false)
p18 = plot(levels.get(18), color = colorNA, editable = false)
p19 = plot(levels.get(19), color = colorNA, editable = false)
p20 = plot(levels.get(20), color = colorNA, editable = false)
p21 = plot(levels.get(21), color = colorNA, editable = false)
p22 = plot(levels.get(22), color = colorNA, editable = false)
p23 = plot(levels.get(23), color = colorNA, editable = false)
p24 = plot(levels.get(24), color = colorNA, editable = false)
p25 = plot(levels.get(25), color = colorNA, editable = false)
p26 = plot(levels.get(26), color = colorNA, editable = false)
p27 = plot(levels.get(27), color = colorNA, editable = false)
p28 = plot(levels.get(28), color = colorNA, editable = false)
p29 = plot(levels.get(29), color = colorNA, editable = false)
p30 = plot(levels.get(30), color = colorNA, editable = false)
HH = plot(H, color = colorNA, editable = false)
col0 = gradient(volBins, 0)
col1 = gradient(volBins, 1)
col2 = gradient(volBins, 2)
col3 = gradient(volBins, 3)
col4 = gradient(volBins, 4)
col5 = gradient(volBins, 5)
col6 = gradient(volBins, 6)
col7 = gradient(volBins, 7)
col8 = gradient(volBins, 8)
col9 = gradient(volBins, 9)
col10 = gradient(volBins, 10)
col11 = gradient(volBins, 11)
col12 = gradient(volBins, 12)
col13 = gradient(volBins, 13)
col14 = gradient(volBins, 14)
col15 = gradient(volBins, 15)
col16 = gradient(volBins, 16)
col17 = gradient(volBins, 17)
col18 = gradient(volBins, 18)
col19 = gradient(volBins, 19)
col20 = gradient(volBins, 20)
col21 = gradient(volBins, 21)
col22 = gradient(volBins, 22)
col23 = gradient(volBins, 23)
col24 = gradient(volBins, 24)
col25 = gradient(volBins, 25)
col26 = gradient(volBins, 26)
col27 = gradient(volBins, 27)
col28 = gradient(volBins, 28)
col29 = gradient(volBins, 29)
col30 = gradient(volBins, 30)
fill(p0, p1, col0)
fill(p1, p2, col1)
fill(p2, p3, col2)
fill(p3, p4, col3)
fill(p4, p5, col4)
fill(p5, p6, col5)
fill(p6, p7, col6)
fill(p7, p8, col7)
fill(p8, p9, col8)
fill(p9, p10, col9)
fill(p10, p11, col10)
fill(p11, p12, col11)
fill(p12, p13, col12)
fill(p13, p14, col13)
fill(p14, p15, col14)
fill(p15, p16, col15)
fill(p16, p17, col16)
fill(p17, p18, col17)
fill(p18, p19, col18)
fill(p19, p20, col19)
fill(p20, p21, col20)
fill(p21, p22, col21)
fill(p22, p23, col22)
fill(p23, p24, col23)
fill(p24, p25, col24)
fill(p25, p26, col25)
fill(p26, p27, col26)
fill(p27, p28, col27)
fill(p28, p29, col28)
fill(p29, p30, col29)
fill(p30, HH, col30)
if barstate.islast
var lines = array.new<line>()
for l in lines
l.delete()
lines.clear()
for i = 0 to 29
float level1 = levels.get(i)
float level2 = levels.get(i + 1)
line l1 = line.new(
bar_index, level1,
bar_index + 10, level1,
color = colorNA
)
line l2 = line.new(
bar_index, level2,
bar_index + 10, level2,
color = colorNA
)
lines.push(l1)
lines.push(l2)
linefill.new(l1, l2, gradient(volBins, i))
// }