RVOL Watchlist For ThinkOrSwim

hboogie

hboogie

Active member
Plus
Hi all

after some tinkering, I wanted to share some code that gives me what I'm looking for specifically. Try it out and if there are enhancements or errors, let me know. Otherwise, enjoy.

I use it against a watchlist of stocks primarily.
JotrHn8.png

mod note:
RVOL Color → Meaning → Action
ColorWhat It IndicatesWhat You Should Do
GrayNormal or below‑normal volumeIgnore; nothing actionable
YellowSlightly elevated volumeLight awareness; keep on watch
Light GreenNoticeably elevated volumeCheck the chart for setups or catalysts
OrangeStrong, unusual volumeActively evaluate; consider entries or risk adjustments
BlueExtreme outlier volumeHigh‑priority alert; investigate immediately

Code: 
# RVOL (Relative Volume) - Watchlist Column (lighter / no daily-agg)
# Today's cumulative volume / Expected cumulative at SAME intraday bar.
# Primary: average of prior days at same bar index.
# Lightweight fallback: use a very short intraday SMA of today's cumVol slope (keeps numbers moving without daily aggregation).
# Made for tos by hboogie.
# Sept 2026

input lookbackDays = 5;   # lighter than 20
input minSamples   = 3;    # fewer same-time samples required
input rthOpenTime  = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

def ymd    = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

# Bar index within the RTH session
rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];

# Today's cumulative volume (RTH only)
rec cumVol = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

# Average of prior days' cumVol at SAME bar index (primary estimator)
def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;

# Lightweight fallback: extrapolate from recent intraday pace (avoids daily aggregation)
# Use short SMA of delta(cumVol) to estimate what cumVol "should" be by now.
def pace = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);                    # 5-bar smoothing
def expectedFromPace = Max(0, paceSMA * barInDay); # naive linear accumulation

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else if expectedFromPace > 0 then expectedFromPace
    else Double.NaN;

def rvolRaw = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;

plot RV = Round(rvolRaw, 2);

# Black text for readability
RV.AssignValueColor(Color.BLACK);

# Your requested color map:
# <1 gray; [1,2) yellow; [2,3) light green; [3,5) orange; >=5 blue
AssignBackgroundColor(
    if !inRTH or IsNaN(RV) then Color.GRAY
    else if RV >= 5 then Color.BLUE
    else if RV >= 3 then Color.ORANGE
    else if RV >= 2 then Color.LIGHT_GREEN
    else if RV >= 1 then Color.YELLOW
    else Color.GRAY
);

RV.HideTitle();
RV.HideBubble();
 
Last edited by a moderator:

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Hi @hboogie ,

I think this is just the script I was looking for, thank you for making it! However, when I tried to use it I got NaN.

I tested it before the market closed, however, it still keeps giving NaN and I am not sure why.

I have not modified the code at all:

2025-12-10_16-11-07.png
 
Last edited by a moderator:
James287 said:
Hi @hboogie ,

I think this is just the script I was looking for, thank you for making it! However, when I tried to use it I got NaN.

I tested it before the market closed, however, it still keeps giving NaN and I am not sure why.

I have not modified the code at all:

2025-12-10_16-11-07.png
Click to expand...

Hi James ,

Change the time period from D to 5 or 15min. Anything lower than D should work.

H
 
Hi, nice script, question regarding the rvol numbers and shades- I still show grey colored boxes on rvol over 1.1 on most stocks, is there a reason only a few of the boxes are being shaded, is it a problem with the time frame? i have it set at 5min.

RVOL over 1.0 and higher is shaded grey on most stocks?
 
hboogie said:
Hi all

after some tinkering, I wanted to share some code that gives me what I'm looking for specifically. Try it out and if there are enhancements or errors, let me know. Otherwise, enjoy.

I use it against a watchlist of stocks primarily.
JotrHn8.png

mod note:
RVOL Color → Meaning → Action
ColorWhat It IndicatesWhat You Should Do
GrayNormal or below‑normal volumeIgnore; nothing actionable
YellowSlightly elevated volumeLight awareness; keep on watch
Light GreenNoticeably elevated volumeCheck the chart for setups or catalysts
OrangeStrong, unusual volumeActively evaluate; consider entries or risk adjustments
BlueExtreme outlier volumeHigh‑priority alert; investigate immediately

Code: 
# RVOL (Relative Volume) - Watchlist Column (lighter / no daily-agg)
# Today's cumulative volume / Expected cumulative at SAME intraday bar.
# Primary: average of prior days at same bar index.
# Lightweight fallback: use a very short intraday SMA of today's cumVol slope (keeps numbers moving without daily aggregation).
# Made for tos by hboogie.
# Sept 2026

input lookbackDays = 5;   # lighter than 20
input minSamples   = 3;    # fewer same-time samples required
input rthOpenTime  = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

def ymd    = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

# Bar index within the RTH session
rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];

# Today's cumulative volume (RTH only)
rec cumVol = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

# Average of prior days' cumVol at SAME bar index (primary estimator)
def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;

# Lightweight fallback: extrapolate from recent intraday pace (avoids daily aggregation)
# Use short SMA of delta(cumVol) to estimate what cumVol "should" be by now.
def pace = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);                    # 5-bar smoothing
def expectedFromPace = Max(0, paceSMA * barInDay); # naive linear accumulation

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else if expectedFromPace > 0 then expectedFromPace
    else Double.NaN;

def rvolRaw = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;

plot RV = Round(rvolRaw, 2);

# Black text for readability
RV.AssignValueColor(Color.BLACK);

# Your requested color map:
# <1 gray; [1,2) yellow; [2,3) light green; [3,5) orange; >=5 blue
AssignBackgroundColor(
    if !inRTH or IsNaN(RV) then Color.GRAY
    else if RV >= 5 then Color.BLUE
    else if RV >= 3 then Color.ORANGE
    else if RV >= 2 then Color.LIGHT_GREEN
    else if RV >= 1 then Color.YELLOW
    else Color.GRAY
);

RV.HideTitle();
RV.HideBubble();
Click to expand...
Here is an indicator and a watchlist column and a scanner

RVOL is cool but does not give strength or price direction. Here is a summary of the suggestions:
FeatureBenefit
Direction TagConfirms RVOL is supporting a price trend
Strength ScoreFilters “fake” volume with no follow-through
Composite LabelVisual snapshot of signal alignment
Scanner OutputEnables use in Stock Hacker
Optional TintsGlance-based visual cue in grid or chart

Indicator first:
Code: 
# -----------------------------------------
# RVOL + Directional Bias Study (Chart Use)
# -----------------------------------------
# enhanced antwerks 01/07/2026

input lookbackDays = 5;
input minSamples   = 3;
input rthOpenTime  = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;
def ymd = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];
rec cumVol   = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;

def pace    = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);
def expectedFromPace = Max(0, paceSMA * barInDay);

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else expectedFromPace;

def rvol = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;

# --- Directional logic ---
def isUpBar = close > open;
def isDownBar = close < open;

# --- Strength proxy: Net delta style (volume slope direction)
def volMom = pace - pace[1];

# --- Signal Conditions ---
def strongUp = rvol >= 2 and isUpBar and volMom > 0;
def strongDown = rvol >= 2 and isDownBar and volMom < 0;

# --- Chart Arrows ---
plot upArrow = strongUp;
upArrow.SetPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_UP);
upArrow.SetDefaultColor(Color.GREEN);

plot dnArrow = strongDown;
dnArrow.SetPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_DOWN);
dnArrow.SetDefaultColor(Color.RED);

# --- Labels (for chart) ---
AddLabel(yes, "RVOL: " + Round(rvol, 2), if strongUp then Color.GREEN else if strongDown then Color.RED else Color.GRAY);
AddLabel(yes, "Bias: " + (if strongUp then "↑↑" else if strongDown then "↓↓" else "Neutral"),
         if strongUp then Color.GREEN else if strongDown then Color.RED else Color.LIGHT_GRAY);

Here is the Watchlist Column

Code: 
# RVOL + Bias Watchlist Column
# antwerks 01/07/2026

input lookbackDays = 5;
input minSamples = 3;
input rthOpenTime = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;
def ymd = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];
rec cumVol   = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;
def pace = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);
def expectedFromPace = Max(0, paceSMA * barInDay);

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else expectedFromPace;

def rvol = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;

def isUpBar = close > open;
def isDownBar = close < open;
def volMom = pace - pace[1];

def strongUp = rvol >= 2 and isUpBar and volMom > 0;
def strongDown = rvol >= 2 and isDownBar and volMom < 0;

plot RV = Round(rvol, 2);
RV.AssignValueColor(
    if strongUp then Color.GREEN
    else if strongDown then Color.RED
    else Color.GRAY
);
AssignBackgroundColor(
    if strongUp then Color.LIGHT_GREEN
    else if strongDown then Color.PINK
    else Color.DARK_GRAY
);

Here is the scanner:

Code: 
# RVOL + Directional Bias SCANNER
# antwerks 01/07/2026

input lookbackDays = 5;
input minSamples = 3;
input rthOpenTime = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;
def ymd = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];
rec cumVol   = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;
def pace = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);
def expectedFromPace = Max(0, paceSMA * barInDay);

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else expectedFromPace;

def rvol = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;
def isUpBar = close > open;
def isDownBar = close < open;
def volMom = pace - pace[1];

# === SCAN CONDITION (you can switch)
plot scan = rvol >= 2 and isUpBar and volMom > 0;  # For bullish surge

# For bearish signal use:
# plot scan = rvol >= 2 and isDownBar and volMom < 0;

Watchlist: Add RVOL-Bias column for intraday idea filtering
Chart: Use arrows to confirm direction & conviction
Scanner: Run every 5–15 minutes during day for fresh entries ( i think TOS will auto-update)
 
hboogie said:
Hi all

after some tinkering, I wanted to share some code that gives me what I'm looking for specifically. Try it out and if there are enhancements or errors, let me know. Otherwise, enjoy.

I use it against a watchlist of stocks primarily.

Code: 
# RVOL (Relative Volume) - Watchlist Column (lighter / no daily-agg)
# Today's cumulative volume / Expected cumulative at SAME intraday bar.
# Primary: average of prior days at same bar index.
# Lightweight fallback: use a very short intraday SMA of today's cumVol slope (keeps numbers moving without daily aggregation).
# Made for tos by hboogie.
# Sept 2026

input lookbackDays = 5;   # lighter than 20
input minSamples   = 3;    # fewer same-time samples required
input rthOpenTime  = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

def ymd    = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

# Bar index within the RTH session
rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];

# Today's cumulative volume (RTH only)
rec cumVol = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

# Average of prior days' cumVol at SAME bar index (primary estimator)
def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;

# Lightweight fallback: extrapolate from recent intraday pace (avoids daily aggregation)
# Use short SMA of delta(cumVol) to estimate what cumVol "should" be by now.
def pace = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);                    # 5-bar smoothing
def expectedFromPace = Max(0, paceSMA * barInDay); # naive linear accumulation

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else if expectedFromPace > 0 then expectedFromPace
    else Double.NaN;

def rvolRaw = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;

plot RV = Round(rvolRaw, 2);

# Black text for readability
RV.AssignValueColor(Color.BLACK);

# Your requested color map:
# <1 gray; [1,2) yellow; [2,3) light green; [3,5) orange; >=5 blue
AssignBackgroundColor(
    if !inRTH or IsNaN(RV) then Color.GRAY
    else if RV >= 5 then Color.BLUE
    else if RV >= 3 then Color.ORANGE
    else if RV >= 2 then Color.LIGHT_GREEN
    else if RV >= 1 then Color.YELLOW
    else Color.GRAY
);

RV.HideTitle();
RV.HideBubble();
Click to expand...
This one is Game changer for Small cap stocks. The background changes colors according to relative volumes.
 
hboogie said:
Hi all

after some tinkering, I wanted to share some code that gives me what I'm looking for specifically. Try it out and if there are enhancements or errors, let me know. Otherwise, enjoy.

I use it against a watchlist of stocks primarily.
JotrHn8.png

mod note:
RVOL Color → Meaning → Action
ColorWhat It IndicatesWhat You Should Do
GrayNormal or below‑normal volumeIgnore; nothing actionable
YellowSlightly elevated volumeLight awareness; keep on watch
Light GreenNoticeably elevated volumeCheck the chart for setups or catalysts
OrangeStrong, unusual volumeActively evaluate; consider entries or risk adjustments
BlueExtreme outlier volumeHigh‑priority alert; investigate immediately

Code: 
# RVOL (Relative Volume) - Watchlist Column (lighter / no daily-agg)
# Today's cumulative volume / Expected cumulative at SAME intraday bar.
# Primary: average of prior days at same bar index.
# Lightweight fallback: use a very short intraday SMA of today's cumVol slope (keeps numbers moving without daily aggregation).
# Made for tos by hboogie.
# Sept 2026

input lookbackDays = 5;   # lighter than 20
input minSamples   = 3;    # fewer same-time samples required
input rthOpenTime  = 0930;
input rthCloseTime = 1600;

def inRTH = SecondsFromTime(rthOpenTime) >= 0 and SecondsTillTime(rthCloseTime) >= 0;

def aggMS      = GetAggregationPeriod();
def minsPerBar = aggMS / 60000;
def barsPerDay = Max(1, RoundDown(390 / minsPerBar, 0));

def ymd    = GetYYYYMMDD();
def newDay = ymd <> ymd[1];

# Bar index within the RTH session
rec barInDay = if newDay then 0 else if inRTH then barInDay[1] + 1 else barInDay[1];

# Today's cumulative volume (RTH only)
rec cumVol = if newDay then 0 else if inRTH then cumVol[1] + volume else cumVol[1];

# Average of prior days' cumVol at SAME bar index (primary estimator)
def sumCum =
fold d = 1 to lookbackDays + 1
    with s = 0
    do s + (if barInDay > 0 then GetValue(cumVol, d * barsPerDay) else Double.NaN);

def cntCum =
fold d2 = 1 to lookbackDays + 1
    with c = 0
    do c + (if barInDay > 0 and !IsNaN(GetValue(cumVol, d2 * barsPerDay)) then 1 else 0);

def avgCumSameTime = if cntCum > 0 then sumCum / cntCum else Double.NaN;

# Lightweight fallback: extrapolate from recent intraday pace (avoids daily aggregation)
# Use short SMA of delta(cumVol) to estimate what cumVol "should" be by now.
def pace = if barInDay > 0 then cumVol - cumVol[1] else 0;
def paceSMA = Average(pace, 5);                    # 5-bar smoothing
def expectedFromPace = Max(0, paceSMA * barInDay); # naive linear accumulation

def expectedCum =
    if cntCum >= minSamples and !IsNaN(avgCumSameTime) and avgCumSameTime > 0
    then avgCumSameTime
    else if expectedFromPace > 0 then expectedFromPace
    else Double.NaN;

def rvolRaw = if expectedCum > 0 then cumVol / expectedCum else Double.NaN;

plot RV = Round(rvolRaw, 2);

# Black text for readability
RV.AssignValueColor(Color.BLACK);

# Your requested color map:
# <1 gray; [1,2) yellow; [2,3) light green; [3,5) orange; >=5 blue
AssignBackgroundColor(
    if !inRTH or IsNaN(RV) then Color.GRAY
    else if RV >= 5 then Color.BLUE
    else if RV >= 3 then Color.ORANGE
    else if RV >= 2 then Color.LIGHT_GREEN
    else if RV >= 1 then Color.YELLOW
    else Color.GRAY
);

RV.HideTitle();
RV.HideBubble();[/COD
[/QUOTE]
Click to expand...

Hi, this looks like something that would useful to me and I've created a scan from it but the column for the #rvol does not come up in the columns and I can't see how to get it to. Help.
 
panamamcc said:
Hi, this looks like something that would useful to me and I've created a scan from it but the column for the #rvol does not come up in the columns and I can't see how to get it to. Help.
Click to expand...
i am assuming you created a custom column yes?
 
panamamcc said:
Hi, this looks like something that would useful to me and I've created a scan from it but the column for the #rvol does not come up in the columns and I can't see how to get it to. Help.
Click to expand...
try this instead - wasn't looking at real time sorry
Code: 
# Simple RVOL Watchlist Column
# Antwerks Lite Version for TOS Watchlist
input lookbackDays = 5;

def vol = volume;
def dailyVol = if !IsNaN(close) then vol else Double.NaN;

def avgVol = Average(dailyVol[1], lookbackDays);
def rvol = if avgVol > 0 then dailyVol / avgVol else Double.NaN;

plot RV = Round(rvol, 2);
RV.AssignValueColor(
    if RV >= 2 then Color.GREEN
    else if RV >= 1.2 then Color.YELLOW
    else Color.GRAY
);
 
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