vZone (Volumes Based Support/Resistance) For ThinkOrSwim

Indicator properties, set "no" for extend. Once you have loaded the study, just double click on the indicator, you will see properties.
Thanks for this excellent indicator. Do you know why the bands are not showing up properly on the 15 min chart? The attached chart is for TWLO (0204 through 0209) Got the answer from an earlier post - "They are supposed to be that way." - Note from cos251.

jSsYzSB.jpg


Also, can the following features be incorporated:

a) Zone color based on highest volume bar for the day. E.g., if zone one has the highest volume bar, it should be colored purple. If zone 3 has the highest volume bar, it should be colored purple. This will help to visually identify the zone with the highest volume bar for the day.

b) Use relative volume for the bar for the same period based on the volume for the last 10 days.

c) Scan based on the zones. Something like this
  1. If all zones are within one zone, then 1(shows overlapping zones)
  2. If all zones are non-overlapping and zone1<zone2<zone3 then 2 (shows increasing zones)
  3. If all zones are non-overlapping and zone1>zone2>zone3 then 3 (shows decreasing zones)
 
Last edited:
Is there any way to change the opacity of the clouds that are created in the version of this script where there aren't time-zone restrictions?
 
Hello all. Powerful indicator! Is there a way to get this to work on the mobile thinkorswim?
 
How would you change the time periods? Lets say the last hour, day, and week instead of the earlier timeframes?
 
@SuryaKiranC ... this is a pretty cool indicator. Thank you for sharing.

I have one question though. By any chance is it a typo that

"CrossAbove" is ema5 > ema89
but
"CrossBelow" is ema5 < ema13

... or is there a purpose for the difference?

Really only a minor change, but I modified the code slightly for this
and also threw on some arrows representing
CrossAbove / CrossBelow / AboveVZ / BelowVZ
and it seems to work quite well.

Thanks again!

 
@SuryaKiranC ... this is a pretty cool indicator. Thank you for sharing.

I have one question though. By any chance is it a typo that

"CrossAbove" is ema5 > ema89
but
"CrossBelow" is ema5 < ema13
if you are referring to the following lines, It's correct, the whole cloud plot uses a total of 6 EMA lengths, the lowest EMA length is 5 and the highest length is 89.

EMA 5 above 89 is the reversal to the upside and 5 below 13 is the reversal downside.

Ruby:
def CrossAbove = if showEMACloud and ema5 > ema89 and ema5[1] <= ema89[1] then 1 else 0;
def CrossBelow = if showEMACloud and ema5 < ema13 and ema5[1] >= ema13[1] then 1 else 0;
 
Very interesting @SuryaKiranC . Can I ask why you chose a wider threshold to go long than to go short?
watch them all bunched up, before the up or down action. This indicator is meant to be for shorter timeframes 5m or 10m. pull a chart on any ticker, a decent one, and see what happens before a massive move up or down.

Those CrossOvers are where the massive move happens.

-S
 
Yet another Support/Resistance Indicator for DayTrading, but with a twist, We use high/low of High Volume Bar, in three different Zones of the Day.
With out further delay, Uploading the code here, will come back and edit this line with more appropriate description.

huge thanks to @cos251 for helping me with Coding this, Reviewing and Testing it.

Link to Video: https://www.screencast.com/users/Ma...10/media/f1702bb2-2090-463a-8ad2-59639c1166cd

vZone Extend On/Off
Shared Study Link: https://tos.mx/ke0f6ny Click here for --> Easiest way to load shared links
Ruby:
## vZoneSTUDY.ts
## This Indicator is based on the Following concept and, I suggest watch the video before you start to use this.
##
## https://www.screencast.com/users/MarketGauge/folders/DATE1010/media/f1702bb2-2090-463a-8ad2-59639c1166cd
## This is to Plot Support/Resistance based on High Volume Candle in three different time zones for the day.
##
## Removing the header Credit credits and description is not permitted, any modification needs to be shared.
## A big thanks to @COS251 for helping me with Coding this, Reviewing and Testing it.
##
## V 1.2 : No changes to the logic But just hints and header updates, also added a tiny URL for the video.
## V 1.1 : Just added the ability to disable the vZones, automatically, extending from previous in to current session.
##  Note : It is available as an option, should somebody prefer the extension. Set "Extend" to your needs accordingly.
## V 1.0 : Split Day in to three Zones and Find the highest Volume Candle for each zone and plot Support/Resistance.
##       :     Zone 1 : 09:30 - 11:00
##       :     Zone 2 : 11:00 - 14:00
##       :     Zone 3 : 14:00 - 16:00
##       :     vZones are Plotted on 15m and lower charts.
##       :  Plots EMA Cloud to assist with identifying reversals, Keeping EMA Clouds for all Timeframes
#hint: <b>vZoneStudy for Upper Chart.</b> \n <li> Suggestion, See the following Video</li> https://tinyurl.com/yzaxrf7e <li>Volume Based Support/Resistance for Intraday.</li>
#hint showEMACloud: <b>Helps find Reversal </b> <li>Select "No" if it is too loud on your charts.</li>
#hint audibleAlerts: <b>TOS Sounds for Condition </b> <li>Select "No" if it is too loud for you.</li>
#hint Extend: <b>Extend vZone Clouds from past session</b> <li>Select "No" if it is too loud for you.</li>
declare once_per_bar;

def Future = if GetSymbolPart(1) == "/YM:XCBT"  or # Reserved for any further work, not used at the moment other than display the label.
                GetSymbolPart(1) == "/ES:XCME"  or
                GetSymbolPart(1) == "/NQ:XCME"  or
                GetSymbolPart(1) == "/RTY:XCME" or
                GetSymbolPart(1) == "/EMD:XCME" or
                GetSymbolPart(1) == "/NKD:XCME" or
                GetSymbolPart(1) == “/DX:XICE"  or
                GetSymbolPart(1) == "/6E:XCME"  or
                GetSymbolPart(1) == "/6A:XCME"  or
                GetSymbolPart(1) == "/ZB:XCBT"  or
                GetSymbolPart(1) == "/ZN:XCBT"  or
                GetSymbolPart(1) == "/CL:XNYM"  or
                GetSymbolPart(1) == "/NG:XNYM"  or
                GetSymbolPart(1) == "/GC:XCEC"  or
                GetSymbolPart(1) == "/SI:XCEC"  or
                GetSymbolPart(1) == "/HG:XCEC”  or
                GetSymbolPart(1) == "/6B:XCME"  or
                GetSymbolPart(1) == "/ZC:XCBT"  or
                GetSymbolPart(1) == "/ZS:XCBT"  or
                GetSymbolPart(1) == "/CC:XICE"  or
                GetSymbolPart(1) == "/KC:XICE"  or
                GetSymbolPart(1) == ”/CT:XICE"  or
                GetSymbolPart(1) == "/ZW:XCBT"  or
                GetSymbolPart(1) == "/SB:XICE"  or
                GetSymbolPart(1) == "/LE:XCME"  or
                GetSymbolPart(1) == "/HO:XNYM"  or
                GetSymbolPart(1) == "/HE:XCME"  or
                GetSymbolPart(1) == "/OJ:XICE"  then yes else no;

AddLabel(if Future then yes else no, "Future", Color.YELLOW);

input   showEMACloud = Yes;
input  audibleAlerts = Yes;
input Extend = {default "No", "Yes"};

def Today = GetYYYYMMDD();
def StartTime = 0930;
def   Update1 = 1100;
def   Update2 = 1400;
def   EndTime = 1600;

def Zone1 = SecondsFromTime(StartTime) >= 0 and SecondsTillTime(Update1) >= 0;
def Zone2 =   SecondsFromTime(Update1) >= 0 and SecondsTillTime(Update2) >= 0;
def Zone3 =   SecondsFromTime(Update2) >= 0 and SecondsTillTime(EndTime) >= 0;

DefineGlobalColor("Zone1", CreateColor(204, 255, 225));
DefineGlobalColor("Zone2", CreateColor(252, 220, 101));
DefineGlobalColor("Zone3", CreateColor(204, 204, 198));
DefineGlobalColor( "EMA1+", CreateColor(201, 255, 234));
DefineGlobalColor( "EMA1-", CreateColor(255, 105, 105));
DefineGlobalColor( "EMA2+", CreateColor(125, 176, 130));
DefineGlobalColor( "EMA2-", CreateColor(194, 152, 227));
DefineGlobalColor( "EMA3+", CreateColor(161, 217, 247));
DefineGlobalColor( "EMA3-", CreateColor(255, 255, 112));

def  ema1low = 5;
def ema1high = 13;
def  ema2low = 34;
def ema2high = 51;
def  ema3low = 72;
def ema3high = 89;

def  ema5 = if showEMACloud then ExpAverage(close,  ema1low) else Double.NaN;
def ema13 = if showEMACloud then ExpAverage(close, ema1high) else Double.NaN;
def ema34 = if showEMACloud then ExpAverage(close,  ema2low) else Double.NaN;
def ema51 = if showEMACloud then ExpAverage(close, ema2high) else Double.NaN;
def ema72 = if showEMACloud then ExpAverage(close,  ema3low) else Double.NaN;
def ema89 = if showEMACloud then ExpAverage(close, ema3high) else Double.NaN;

AddCloud( ema5, ema13, GlobalColor("EMA1+"), GlobalColor("EMA1-"));
AddCloud(ema34, ema51, GlobalColor("EMA2+"), GlobalColor("EMA2-"));
AddCloud(ema72, ema89, GlobalColor("EMA3+"), GlobalColor("EMA3-"));

def CrossAbove = if showEMACloud and ema5 > ema89 and ema5[1] <= ema89[1] then 1 else 0;
def CrossBelow = if showEMACloud and ema5 < ema13 and ema5[1] >= ema13[1] then 1 else 0;

Alert(showEMACloud and audibleAlerts and CrossAbove, "Buy", Alert.BAR, Sound.Ding);
Alert(showEMACloud and audibleAlerts and CrossBelow, "Sell", Alert.BAR, Sound.Ring);

################################################################
##########         Booleans Set for Plot Use           #########
################################################################
def afterStart;
def beforeEnd;
def openPrice;
if GetAggregationPeriod() <= AggregationPeriod.THIRTY_MIN {
    afterStart = GetTime() > RegularTradingStart(GetYYYYMMDD());
    beforeEnd = GetTime() < RegularTradingEnd(GetYYYYMMDD());
    openPrice = DailyOpen();
} else {
    afterStart = Double.NaN;
    beforeEnd = Double.NaN;
    openPrice = Double.NaN;
}

script Zone {
    def H ;
    def L ;
    def V ;

    input CountIn = 0930;
    input CountOut = 1100;
    def TF = SecondsFromTime(CountIn) >= 0 and SecondsTillTime(CountOut) >= 0;

    if TF and !TF[1] {
        H = high;
        L = low;
        V = volume;
    } else if TF and volume > V[1] {
        H = high;
        L = low;
        V = volume;
    } else {
        H = H[1];
        L = L[1];
        V = V[1];
    }
  plot VZH = H;
  plot VZL = L;
  VZH.Hide();
  VZL.Hide();
}

def Z1H;
def Z1L;
def Z2H;
def Z2L;
def Z3H;
def Z3L;

switch (Extend){

Case "Yes":
 Z1H = Zone(CountIn = StartTime, CountOut = Update1).VZH;
 Z2H = Zone(CountIn =   Update1, CountOut = Update2).VZH;
 Z3H = Zone(CountIn =   Update2, CountOut = EndTime).VZH;

 Z1L = Zone(CountIn = StartTime, CountOut = Update1).VZL;
 Z2L = Zone(CountIn =   Update1, CountOut = Update2).VZL;
 Z3L = Zone(CountIn =   Update2, CountOut = EndTime).VZL;

Case "No":
 Z1H = if today != today[1] then Double.NaN else Zone(CountIn = StartTime, CountOut = Update1).VZH;
 Z2H = if today and  !Zone2 then Double.NaN else Zone(CountIn =   Update1, CountOut = Update2).VZH;
 Z3H = if today and  !Zone3 then Double.NaN else Zone(CountIn =   Update2, CountOut = EndTime).VZH;

 Z1L = if today != today[1] then Double.NaN else Zone(CountIn = StartTime, CountOut = Update1).VZL;
 Z2L = if today and  !Zone2 then Double.NaN else Zone(CountIn =   Update1, CountOut = Update2).VZL;
 Z3L = if today and  !Zone3 then Double.NaN else Zone(CountIn =   Update2, CountOut = EndTime).VZL;
}

def BelowVZ = if Zone1 and close < Z1L or Zone2 and close < Z2L or Zone3 and close < Z3L then 1 else 0;
def AboveVZ = if Zone1 and close > Z1H or Zone2 and close > Z2H or Zone3 and close > Z3H then 1 else 0;

AddLabel(if (GetAggregationPeriod() > AggregationPeriod.FIFTEEN_MIN) then yes else no, "vBox Zones on 5/10/15M Charts Only  ", Color.RED);

AddCloud(if afterStart and beforeEnd then Z1H else Double.NaN, if afterStart and beforeEnd then Z1L else Double.NaN, GlobalColor("Zone1"), GlobalColor("Zone1"));
AddCloud(if    Update1 and beforeEnd then Z2H else Double.NaN, if    Update1 and beforeEnd then Z2L else Double.NaN, GlobalColor("Zone2"), GlobalColor("Zone2"));
AddCloud(if    Update2 and beforeEnd then Z3H else Double.NaN, if    Update2 and beforeEnd then Z3L else Double.NaN, GlobalColor("Zone3"), GlobalColor("Zone3"));

Alert(audibleAlerts and AboveVZ, "Above High VolumeBar Caution Long", Alert.BAR, Sound.Ding);
Alert(audibleAlerts and BelowVZ, "Below High VolumeBar Look for Reversal", Alert.BAR, Sound.Ring);


vZone_Labels

Shared Study Link: https://tos.mx/kribwZB Click here for --> Easiest way to load shared links

Ruby:
##vZone_Labels
##This is Companian Indicator for vZone, which is based on the Following concept and, I suggest watch the video before you start to use this.
##
## https://www.screencast.com/users/MarketGauge/folders/DATE1010/media/f1702bb2-2090-463a-8ad2-59639c1166cd
## This is to Plot Support/Resistance based on High Volume Candle in three different time zones for the day.
##
## Removing the header Credit credits and description is not permitted, any modification needs to be shared.
## A big thanks to @COS251 for helping me with Coding this, Reviewing and Testing it.
##
# Version 1.0.2
#
# Created on 01/08/21
# Created by: SuryaKiranC ## Included rVolume label and Changed length as input.

#hint: <b>vZone_Labels Lower Study</b> \n Setup inputs as per your preferences \n <li>Replacement for Standard TOS Volume Bars, Disable VolumeSubgraph.</li>
#hint Length: <b>No of Bars for Average Calculation.</b> <li>Adjust as per your preference.</li>
#hint Barlength: <b>Near term No of Bars for Average Calculations.</b> <li>Adjust as per your preference.</li>
#hint ShowVolAvg: <b>Plot Vol Average across Volume Bars.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowPreMktVol: <b>Enable/Disable PreMkt Volume.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowZoneVol: <b>Enable/Disable Per Zone Volume.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowPostMktVol: <b>Enable/Disable PostMkt Volume.</b> <li>Set "No" if this is not needed for you.</li>

#hint ShowDayAvg: <b>Enable/Disable Average Volume of Days set in the Length above.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowTodayVolume: <b>Enable/Disable Today's Volume</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowRvol: <b>Enable/Disable Relative Volume to Length Days</b> <li>Set "No" if this is not needed for you.</li>
#hint UnusualVolumePercent: <b>Define your own UnusualVolume, Typical Liquid Stock 110% and above.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowBarAvg: <b>Enable/Disable Average Bar volume, On Daily This is same as ShowDayAvg.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowCurrentBar: <b>Enable/Disable Current Bar Volume.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowPercentOfBarAvg: <b>Enable/Disable % if Volume, Compared to Days/Bar of Length </b> <li>Set "No" if this is not needed for you.</li>
#hint ShowBarsSell:  <b>Enable/Disable Sell Volume for length </b> <li>Set "No" if this is not needed for you.</li>
#hint Show6BarSell:  <b>Enable/Disable Sell Volume for Last 6 Bar </b> <li>Set "No" if this is not needed for you.</li>
#hint ShowSellVolume:<b>Enable/Disable Current Volume Sell Compared to length Bars </b> <li>Set "No" if this is not needed for you.</li>

#declare lower; # If you disable Volume subgraph and using as lower study uncomment this and comment the next one.
declare on_volume; #If you need to use only labels as a top study comment "Selling Volume" & "Buying Volume", along with this line with a "#" in-front of the line

DefineGlobalColor("Zone1", CreateColor(204, 255, 225));
DefineGlobalColor("Zone2", CreateColor(252, 220, 101));
DefineGlobalColor("Zone3", CreateColor(204, 204, 198));

input Length = 21;
input Barlength = 6;
input ShowVolAvg = Yes;

input  ShowPreMktVol = Yes;
input    ShowZoneVol = Yes;
input ShowPostMktVol = Yes;

def Zone1 = gettime() >= RegularTradingStart(GetYYYYMMDD()) and gettime() <= RegularTradingStart(GetYYYYMMDD()) + 90*60*1000;
def Zone2 = gettime()  > RegularTradingStart(GetYYYYMMDD()) + 90*60*1000 and gettime() <= RegularTradingEnd(GetYYYYMMDD())-120*60*1000;
def Zone3 = gettime()  > RegularTradingEnd(GetYYYYMMDD()) - 120*60*1000 and gettime() <= RegularTradingEnd(GetYYYYMMDD());

def startTime = 0930;
def   update1 = 1100;
def   update2 = 1400;
def   endTime = 1600;
def isNewDay = GetDay() == GetLastDay();
def yyyymmdd = GetYYYYMMDD();
def period = yyyymmdd;
def isPeriodRolled = CompoundValue(1, period != period[1], 1);
def sumVol = if isPeriodRolled then volume else CompoundValue(1, sumVol[1] + volume, volume);

######################### Current BAR ########################
def O = open;
def H = high;
def C = close;
def L = low;
def V = volume;
def Buying = V*(C-L)/(H-L);
def Selling = V*(H-C)/(H-L);

######################## 6BAR ################################
def HH6 = Average(high[1], Barlength);
def HC6 = Average(close[1], Barlength);
def HL6 = Average(low[1], Barlength);
def HV6 = Average(volume[1], Barlength);
def  Buy6 = HV6 * (HC6 - HL6) / (HH6 - HL6);
def Sell6 = HV6 * (HH6 - HC6) / (HH6 - HL6);

###################### 30BAR #################################
def HH30 = Average(high[1], Length);
def HC30 = Average(close[1], Length);
def HL30 = Average(low[1], Length);
def HV30 = Average(volume[1], Length);
def Buy30 = HV30 * (HC30 - HL30) / (HH30 - HL30);
def Sell30 = HV30 * (HH30 - HC30) / (HH30 - HL30);

###################### 6Bar Volume % #########################
def H6Vol = Round(Buy6, 0) + Round(Sell6, 0) ;
def H6buyPercent  = ( Round(Buy6, 0)  / H6Vol ) * 100;
def H6sellPercent = ( Round(Sell6, 0) / H6Vol ) * 100;

###################### 30Bar Volume %   ######################
def H30Vol = Round(Buy30, 0) + Round(Sell30, 0) ;
def H30buyPercent  = (Round(Buy30, 0)  / H30Vol) * 100;
def H30sellPercent = (Round(Sell30, 0) / H30Vol) * 100;

####################### Volume Stats #########################
def volDayAvg = Average(volume (Period = "DAY")[1],Length);
def DayVol = volume(period = "DAY");
def rVol = Round((DayVol / volDayAvg), 2);
def avgBars = Average(volume[1],Length);
def curVolume = volume;
def percentOfBars = Round((curVolume / avgBars) * 100, 0);
def SellVolPercent = Round((Selling / Volume) * 100, 0);

######################### Labels ##############################
input ShowDayAvg = yes;
input ShowTodayVolume = yes;
input ShowRvol = yes;
input UnusualVolumePercent = 110;
input ShowBarAvg = yes;
input ShowCurrentBar = yes;
input ShowPercentOfBarAvg = yes;

AddLabel(ShowDayAvg, Length+"D: " + Round(volDayAvg * .000001, 1) + " M ", Color.LIGHT_GRAY);
AddLabel(ShowTodayVolume, "D: " + Round(DayVol * .000001, 1) + " M ", (if rVol >= UnusualVolumePercent then Color.GREEN else if rVol >= 100 then Color.ORANGE else Color.LIGHT_GRAY));
AddLabel(ShowRvol,"rVol: " + rVol,(if rVol >= UnusualVolumePercent then Color.GREEN else if rVol >= 100 then Color.ORANGE else Color.WHITE));
AddLabel(ShowBarAvg, "30Bar: " + Round(avgBars * .001, 1) + " K ", Color.LIGHT_GRAY);
AddLabel(ShowCurrentBar, "CurBar: " + Round(curVolume * .001, 2) + " K ", (if percentOfBars >= UnusualVolumePercent then Color.GREEN else if percentOfBars >= 100 then Color.ORANGE else Color.LIGHT_GRAY));
AddLabel(ShowPercentOfBarAvg, percentOfBars + "%", (if percentOfBars >= UnusualVolumePercent then Color.GREEN else if percentOfBars >= 100 then Color.ORANGE else Color.WHITE) );

############################################ 30 Bar Stats ############################################
input ShowBarsSell = yes;
AddLabel(ShowBarsSell, length + "BarSell: " + Round(H30sellPercent, 0) + "% ", (if H30sellPercent > 55 then Color.RED else if H30sellPercent < 45 then Color.GREEN else Color.ORANGE));
############################################ 6 Bar Stats #############################################
input Show6BarSell = yes;
AddLabel(Show6BarSell, Barlength +"BarSell: " + Round(H6sellPercent, 0) + "% ", (if H6sellPercent > 55 then Color.RED else if H6sellPercent < 45 then Color.GREEN else Color.ORANGE));
############################################ Current Bar Stats ########################################
input ShowSellVolume = yes;
AddLabel(ShowSellVolume, "CurSell: " + Round(SellVolPercent, 0) + "% ", (if SellVolPercent > 51 then Color.RED else if SellVolPercent < 49 then Color.GREEN else Color.ORANGE));

##################### Selling Volume #####################
plot SVol = Selling;
SVol.SetPaintingStrategy(PaintingStrategy.HISTOGRAM);
SVol.SetDefaultColor(Color.DARK_ORANGE);
SVol.HideTitle();
SVol.HideBubble();
SVol.SetLineWeight(3);

##################### Buying Volume ######################
plot BVol = Buying;
BVol.SetPaintingStrategy(PaintingStrategy.HISTOGRAM);
BVol.SetDefaultColor(Color.LIGHT_GREEN);
BVol.HideTitle();
BVol.HideBubble();
BVol.SetLineWeight(3);

##################### Plots and Style ###################
plot Vol = volume;
plot VolAvg = Average(volume[1], Length);
VolAvg.SetHiding(!ShowVolAvg);
Vol.SetPaintingStrategy(PaintingStrategy.HISTOGRAM);
Vol.SetLineWeight(3);
Vol.DefineColor("Up", Color.UPTICK);
Vol.DefineColor("Down", Color.DOWNTICK);
Vol.AssignValueColor(if close > close[1] then Vol.color("Up") else if close < close[1] then Vol.color("Down") else GetColor(1));
VolAvg.SetDefaultColor(GetColor(8));

def PreMkt = RegularTradingStart (GetYYYYMMDD()) > GetTime();
def PreVol = if PreMkt and !PreMkt[1] then volume else if PreMkt then PreVol[1] + volume else PreVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowPreMktVol then 0 else 1, "PreMktVol = " + Round(PreVol * .000001, 3) + "M ", Color.YELLOW);

def RTH1Zone = SecondsFromTime(startTime) >= 0 and SecondsTillTime(update1) > 0;
def RTH1ZoneVol = if RTH1Zone and !RTH1Zone[1] then volume else if RTH1Zone[1] then RTH1ZoneVol[1] + volume else RTH1ZoneVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowZoneVol then 0 else 1, "Zone1Vol = " + Round(RTH1ZoneVol * .000001, 3) + "M ", GlobalColor("Zone1"));

def RTH2Zone = SecondsFromTime(update1) >= 0 and SecondsTillTime(update2) > 0;
def RTH2ZoneVol = if RTH2Zone and !RTH2Zone[1] then volume else if RTH2Zone[1] then RTH2ZoneVol[1] + volume else RTH2ZoneVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowZoneVol then 0 else 1, "Zone2Vol = " + Round(RTH2ZoneVol * .000001, 3) + "M ", GlobalColor("Zone2"));

def RTH3Zone = SecondsFromTime(update2) >= 0 and SecondsTillTime(endTime) > 0;
def RTH3ZoneVol = if RTH3Zone and !RTH3Zone[1] then volume else if RTH3Zone[1] then RTH3ZoneVol[1] + volume else RTH3ZoneVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowZoneVol then 0 else 1, "Zone3Vol = " + Round(RTH3ZoneVol * .000001, 3) + "M ", GlobalColor("Zone3"));

AddVerticalLine(if isNewDay and RTH1Zone == 0 and RTH1Zone[1] == 1 then yes else no, "             Zone 1  Mark", color = GlobalColor("Zone1"));
AddVerticalLine(if isNewDay and RTH2Zone == 0 and RTH2Zone[1] == 1 then yes else no, "             Zone 2  Mark", color = GlobalColor("Zone2"));
AddVerticalLine(if isNewDay and RTH3Zone == 0 and RTH3Zone[1] == 1 then yes else no, "             Zone 3  Mark", color = GlobalColor("Zone3"));

def PostMkt = RegularTradingEnd (GetYYYYMMDD()) < GetTime();
def PostVol = if PostMkt and !PostMkt[1] then volume else if PostMkt then PostVol[1] + volume else PostVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowPostMktVol then 0 else 1, "PostMktVol = " + Round(PostVol * .000001, 3) + "M ", Color.YELLOW);
#End Volume RTH First 60 Mins

** For those of you curious what it looks like here is the image. Also the extream bottom Volume Indicator is still work in progress, I am using Standard deviation, instead of AVG volumes, any suggestion would be welcome. Note: the Standard deviation Volumes Study is not posted yet.

IJ65CLE.png
can you post the code for Standard deviation Volumes Study?
 
I watched the video and it mentions zone 1 should be regular trading hours (rth) start to 90 minutes after open, zone 3 should be 120 minutes from rth end, and zone 2 everything in between. I trade futures that have start times other than 9:30 EST (like /CL and /6E) so I converted all the times for zone calculations to be dynamic based on the rules from the video. With this version you shouldn't need to mess with the script when you change to instruments with odd start and end times.

Ruby:
## vZoneSTUDY.ts
## This Indicator is based on the Following concept and, I suggest watch the video before you start to use this.
##
## https://www.screencast.com/users/MarketGauge/folders/DATE1010/media/f1702bb2-2090-463a-8ad2-59639c1166cd
## This is to Plot Support/Resistance based on High Volume Candle in three different time zones for the day.
##
## Removing the header Credit credits and description is not permitted, any modification needs to be shared.
## A big thanks to @COS251 for helping me with Coding this, Reviewing and Testing it.
##
## V 1.1_bigboss : adjusted logic to automatically detect start time, 90 minutes in, and 2 hours before end time for zones.
## V 1.1 : Just added the ability to disable the vZones, automatically, extending from previous in to current session.
##  Note : It is available as an option, should somebody prefer the extension. Set "Extend" to your needs accordingly.
## V 1.0 : Split Day in to three Zones and Find the highest Volume Candle for each zone and plot Support/Resistance.
##        :     Zone 1 : 09:30 - 11:00
##        :     Zone 2 : 11:00 - 14:00
##        :     Zone 3 : 14:00 - 16:00
##        :     vZones are Plotted on 15m and lower charts.
##        :  Plots EMA Cloud to assist with identifying reversals, Keeping EMA Clouds for all Timeframes


declare upper;
declare once_per_bar;

def Future = if GetSymbolPart(1) == "/YM:XCBT" or GetSymbolPart(1) == "/ES:XCME" or GetSymbolPart(1) == "/NQ:XCME" or GetSymbolPart(1) == "/RTY:XCME" or GetSymbolPart(1) == "/EMD:XCME" or GetSymbolPart(1) == "/NKD:XCME" or GetSymbolPart(1) == “/DX:XICE" or GetSymbolPart(1) == "/6E:XCME" or  GetSymbolPart(1) == "/6A:XCME" or GetSymbolPart(1) == "/ZB:XCBT" or GetSymbolPart(1) == "/ZN:XCBT" or GetSymbolPart(1) == "/CL:XNYM" or GetSymbolPart(1) == "/NG:XNYM" or GetSymbolPart(1) == "/GC:XCEC" or GetSymbolPart(1) == "/SI:XCEC" or  GetSymbolPart(1) == "/HG:XCEC” or GetSymbolPart(1) == "/6B:XCME" or GetSymbolPart(1) == "/ZC:XCBT" or GetSymbolPart(1) == "/ZS:XCBT" or GetSymbolPart(1) == "/CC:XICE" or GetSymbolPart(1) == "/KC:XICE" or GetSymbolPart(1) == ”/CT:XICE" or GetSymbolPart(1) == "/ZW:XCBT" or GetSymbolPart(1) == "/SB:XICE" or GetSymbolPart(1) == "/LE:XCME" or GetSymbolPart(1) == "/HO:XNYM" or GetSymbolPart(1) == "/HE:XCME" or GetSymbolPart(1) == "/OJ:XICE" then yes else no;

AddLabel(if Future then yes else no, "Future", Color.YELLOW);

input   showEMACloud = Yes;
input  audibleAlerts = Yes;
input Extend = {default "No", "Yes"};

def Today = GetYYYYMMDD();

def Zone1 = gettime() >= RegularTradingStart(GetYYYYMMDD()) and gettime() <= RegularTradingStart(GetYYYYMMDD()) + 90*60*1000;
def Zone2 = gettime() > RegularTradingStart(GetYYYYMMDD()) + 90*60*1000 and gettime() <= RegularTradingEnd(GetYYYYMMDD())-120*60*1000;
def Zone3 = gettime() > RegularTradingEnd(GetYYYYMMDD())-120*60*1000 and getTime() <= RegularTradingEnd(GetYYYYMMDD());

DefineGlobalColor("Zone1", CreateColor(204, 255, 225));
DefineGlobalColor("Zone2", CreateColor(252, 220, 101));
DefineGlobalColor("Zone3", CreateColor(204, 204, 198));
DefineGlobalColor( "EMA1+", CreateColor(201, 255, 234));
DefineGlobalColor( "EMA1-", CreateColor(255, 105, 105));
DefineGlobalColor( "EMA2+", CreateColor(125, 176, 130));
DefineGlobalColor( "EMA2-", CreateColor(194, 152, 227));
DefineGlobalColor( "EMA3+", CreateColor(161, 217, 247));
DefineGlobalColor( "EMA3-", CreateColor(255, 255, 112));

def  ema1low = 5;
def ema1high = 13;
def  ema2low = 34;
def ema2high = 51;
def  ema3low = 72;
def ema3high = 89;

def  ema5 = if showEMACloud then ExpAverage(close,  ema1low) else Double.NaN;
def ema13 = if showEMACloud then ExpAverage(close, ema1high) else Double.NaN;
def ema34 = if showEMACloud then ExpAverage(close,  ema2low) else Double.NaN;
def ema51 = if showEMACloud then ExpAverage(close, ema2high) else Double.NaN;
def ema72 = if showEMACloud then ExpAverage(close,  ema3low) else Double.NaN;
def ema89 = if showEMACloud then ExpAverage(close, ema3high) else Double.NaN;

AddCloud( ema5, ema13, GlobalColor("EMA1+"), GlobalColor("EMA1-"));
AddCloud(ema34, ema51, GlobalColor("EMA2+"), GlobalColor("EMA2-"));
AddCloud(ema72, ema89, GlobalColor("EMA3+"), GlobalColor("EMA3-"));

def CrossAbove = if showEMACloud and ema5 > ema13 and ema5[1] <= ema13[1] then 1 else 0;
def CrossBelow = if showEMACloud and ema5 < ema13 and ema5[1] >= ema13[1] then 1 else 0;

Alert(showEMACloud and audibleAlerts and CrossAbove, "Buy", Alert.BAR, Sound.Ding);
Alert(showEMACloud and audibleAlerts and CrossBelow, "Sell", Alert.BAR, Sound.Ring);

################################################################
##########         Booleans Set for Plot Use           #########
################################################################
def afterStart;
def beforeEnd;
def openPrice;
if GetAggregationPeriod() <= AggregationPeriod.FIFTEEN_MIN {
    afterStart = GetTime() > RegularTradingStart(GetYYYYMMDD());
    beforeEnd = GetTime() < RegularTradingEnd(GetYYYYMMDD());
    openPrice = DailyOpen();
} else {
    afterStart = Double.NaN;
    beforeEnd = Double.NaN;
    openPrice = Double.NaN;
}

plot DailyO = if openPrice then openPrice else Double.NaN;

script Zone {
    def H ;
    def L ;
    def V ;

#    input CountIn = 0930;
#    input CountOut = 1100;
    input TimeFrame = yes;  
#    def TF = SecondsFromTime(CountIn) >= 0 and SecondsTillTime(CountOut) >= 0;
    def tf = timeframe;
    if TF and !TF[1] {
        H = high;
        L = low;
        V = volume;
    } else if TF and volume > V[1] {
        H = high;
        L = low;
        V = volume;
    } else {
        H = H[1];
        L = L[1];
        V = V[1];
    }
    plot VZH = H;
    plot VZL = L;
    VZH.Hide();
    VZL.Hide();
}

def Z1H;
def Z1L;
def Z2H;
def Z2L;
def Z3H;
def Z3L;

switch (Extend){

Case "Yes":
 Z1H = Zone(Zone1).VZH;
 Z2H = Zone(Zone2).VZH;
 Z3H = Zone(Zone3).VZH;

 Z1L = Zone(Zone1).VZL;
 Z2L = Zone(Zone2).VZL;
 Z3L = Zone(Zone3).VZL;



Case "No":
 Z1H = if today != today[1] then Double.NaN else Zone(Zone1).VZH;
 Z2H = if today and  !Zone2 then Double.NaN else Zone(Zone2).VZH;
 Z3H = if today and  !Zone3 then Double.NaN else Zone(Zone3).VZH;

 Z1L = if today != today[1] then Double.NaN else Zone(Zone1).VZL;
 Z2L = if today and  !Zone2 then Double.NaN else Zone(Zone2).VZL;
 Z3L = if today and  !Zone3 then Double.NaN else Zone(Zone3).VZL;

}

def BelowVZ = if close < Z1L or close < Z2L or close < Z3L then 1 else 0;
def AboveVZ = if close > Z1H or close > Z2H or close > Z3H then 1 else 0;

AddLabel(if (GetAggregationPeriod() > AggregationPeriod.FIFTEEN_MIN) then yes else no, "vBox Zones on 5/10/15M Charts Only", Color.RED);

AddCloud(if afterStart and beforeEnd then Z1H else Double.NaN, if afterStart and beforeEnd then Z1L else Double.NaN, GlobalColor("Zone1"), GlobalColor("Zone1"));
AddCloud(if    beforeEnd then Z2H else Double.NaN, if    beforeEnd then Z2L else Double.NaN, GlobalColor("Zone2"), GlobalColor("Zone2"));
AddCloud(if    beforeEnd then Z3H else Double.NaN, if    beforeEnd then Z3L else Double.NaN, GlobalColor("Zone3"), GlobalColor("Zone3"));

Alert(audibleAlerts and AboveVZ, "Above High VolumeBar Caution Long", Alert.BAR, Sound.Ding);
Alert(audibleAlerts and BelowVZ, "Below High VolumeBar Look for Reversal", Alert.BAR, Sound.Ring);
I'm trying to use it to trade /ES futures on a 3m chart but not been able to find an edge as the zones are extended all the way during the extended hours. May I know how are you able to use it?



workspace link : http://tos.mx/n1glcsV
 
Explain away the theory, you can do what you want, honestly the timezones are specified as input.

Yet another Support/Resistance Indicator for DayTrading, but with a twist, We use high/low of High Volume Bar, in three different Zones of the Day.
With out further delay, Uploading the code here, will come back and edit this line with more appropriate description.

huge thanks to @cos251 for helping me with Coding this, Reviewing and Testing it.

Link to Video: https://www.screencast.com/users/Ma...10/media/f1702bb2-2090-463a-8ad2-59639c1166cd

vZone Extend On/Off
Shared Study Link: https://tos.mx/ke0f6ny Click here for --> Easiest way to load shared links
Ruby:
## vZoneSTUDY.ts
## This Indicator is based on the Following concept and, I suggest watch the video before you start to use this.
##
## https://www.screencast.com/users/MarketGauge/folders/DATE1010/media/f1702bb2-2090-463a-8ad2-59639c1166cd
## This is to Plot Support/Resistance based on High Volume Candle in three different time zones for the day.
##
## Removing the header Credit credits and description is not permitted, any modification needs to be shared.
## A big thanks to @COS251 for helping me with Coding this, Reviewing and Testing it.
##
## V 1.2 : No changes to the logic But just hints and header updates, also added a tiny URL for the video.
## V 1.1 : Just added the ability to disable the vZones, automatically, extending from previous in to current session.
##  Note : It is available as an option, should somebody prefer the extension. Set "Extend" to your needs accordingly.
## V 1.0 : Split Day in to three Zones and Find the highest Volume Candle for each zone and plot Support/Resistance.
##       :     Zone 1 : 09:30 - 11:00
##       :     Zone 2 : 11:00 - 14:00
##       :     Zone 3 : 14:00 - 16:00
##       :     vZones are Plotted on 15m and lower charts.
##       :  Plots EMA Cloud to assist with identifying reversals, Keeping EMA Clouds for all Timeframes
#hint: <b>vZoneStudy for Upper Chart.</b> \n <li> Suggestion, See the following Video</li> https://tinyurl.com/yzaxrf7e <li>Volume Based Support/Resistance for Intraday.</li>
#hint showEMACloud: <b>Helps find Reversal </b> <li>Select "No" if it is too loud on your charts.</li>
#hint audibleAlerts: <b>TOS Sounds for Condition </b> <li>Select "No" if it is too loud for you.</li>
#hint Extend: <b>Extend vZone Clouds from past session</b> <li>Select "No" if it is too loud for you.</li>
declare once_per_bar;

def Future = if GetSymbolPart(1) == "/YM:XCBT"  or # Reserved for any further work, not used at the moment other than display the label.
                GetSymbolPart(1) == "/ES:XCME"  or
                GetSymbolPart(1) == "/NQ:XCME"  or
                GetSymbolPart(1) == "/RTY:XCME" or
                GetSymbolPart(1) == "/EMD:XCME" or
                GetSymbolPart(1) == "/NKD:XCME" or
                GetSymbolPart(1) == “/DX:XICE"  or
                GetSymbolPart(1) == "/6E:XCME"  or
                GetSymbolPart(1) == "/6A:XCME"  or
                GetSymbolPart(1) == "/ZB:XCBT"  or
                GetSymbolPart(1) == "/ZN:XCBT"  or
                GetSymbolPart(1) == "/CL:XNYM"  or
                GetSymbolPart(1) == "/NG:XNYM"  or
                GetSymbolPart(1) == "/GC:XCEC"  or
                GetSymbolPart(1) == "/SI:XCEC"  or
                GetSymbolPart(1) == "/HG:XCEC”  or
                GetSymbolPart(1) == "/6B:XCME"  or
                GetSymbolPart(1) == "/ZC:XCBT"  or
                GetSymbolPart(1) == "/ZS:XCBT"  or
                GetSymbolPart(1) == "/CC:XICE"  or
                GetSymbolPart(1) == "/KC:XICE"  or
                GetSymbolPart(1) == ”/CT:XICE"  or
                GetSymbolPart(1) == "/ZW:XCBT"  or
                GetSymbolPart(1) == "/SB:XICE"  or
                GetSymbolPart(1) == "/LE:XCME"  or
                GetSymbolPart(1) == "/HO:XNYM"  or
                GetSymbolPart(1) == "/HE:XCME"  or
                GetSymbolPart(1) == "/OJ:XICE"  then yes else no;

AddLabel(if Future then yes else no, "Future", Color.YELLOW);

input   showEMACloud = Yes;
input  audibleAlerts = Yes;
input Extend = {default "No", "Yes"};

def Today = GetYYYYMMDD();
def StartTime = 0930;
def   Update1 = 1100;
def   Update2 = 1400;
def   EndTime = 1600;

def Zone1 = SecondsFromTime(StartTime) >= 0 and SecondsTillTime(Update1) >= 0;
def Zone2 =   SecondsFromTime(Update1) >= 0 and SecondsTillTime(Update2) >= 0;
def Zone3 =   SecondsFromTime(Update2) >= 0 and SecondsTillTime(EndTime) >= 0;

DefineGlobalColor("Zone1", CreateColor(204, 255, 225));
DefineGlobalColor("Zone2", CreateColor(252, 220, 101));
DefineGlobalColor("Zone3", CreateColor(204, 204, 198));
DefineGlobalColor( "EMA1+", CreateColor(201, 255, 234));
DefineGlobalColor( "EMA1-", CreateColor(255, 105, 105));
DefineGlobalColor( "EMA2+", CreateColor(125, 176, 130));
DefineGlobalColor( "EMA2-", CreateColor(194, 152, 227));
DefineGlobalColor( "EMA3+", CreateColor(161, 217, 247));
DefineGlobalColor( "EMA3-", CreateColor(255, 255, 112));

def  ema1low = 5;
def ema1high = 13;
def  ema2low = 34;
def ema2high = 51;
def  ema3low = 72;
def ema3high = 89;

def  ema5 = if showEMACloud then ExpAverage(close,  ema1low) else Double.NaN;
def ema13 = if showEMACloud then ExpAverage(close, ema1high) else Double.NaN;
def ema34 = if showEMACloud then ExpAverage(close,  ema2low) else Double.NaN;
def ema51 = if showEMACloud then ExpAverage(close, ema2high) else Double.NaN;
def ema72 = if showEMACloud then ExpAverage(close,  ema3low) else Double.NaN;
def ema89 = if showEMACloud then ExpAverage(close, ema3high) else Double.NaN;

AddCloud( ema5, ema13, GlobalColor("EMA1+"), GlobalColor("EMA1-"));
AddCloud(ema34, ema51, GlobalColor("EMA2+"), GlobalColor("EMA2-"));
AddCloud(ema72, ema89, GlobalColor("EMA3+"), GlobalColor("EMA3-"));

def CrossAbove = if showEMACloud and ema5 > ema89 and ema5[1] <= ema89[1] then 1 else 0;
def CrossBelow = if showEMACloud and ema5 < ema13 and ema5[1] >= ema13[1] then 1 else 0;

Alert(showEMACloud and audibleAlerts and CrossAbove, "Buy", Alert.BAR, Sound.Ding);
Alert(showEMACloud and audibleAlerts and CrossBelow, "Sell", Alert.BAR, Sound.Ring);

################################################################
##########         Booleans Set for Plot Use           #########
################################################################
def afterStart;
def beforeEnd;
def openPrice;
if GetAggregationPeriod() <= AggregationPeriod.THIRTY_MIN {
    afterStart = GetTime() > RegularTradingStart(GetYYYYMMDD());
    beforeEnd = GetTime() < RegularTradingEnd(GetYYYYMMDD());
    openPrice = DailyOpen();
} else {
    afterStart = Double.NaN;
    beforeEnd = Double.NaN;
    openPrice = Double.NaN;
}

script Zone {
    def H ;
    def L ;
    def V ;

    input CountIn = 0930;
    input CountOut = 1100;
    def TF = SecondsFromTime(CountIn) >= 0 and SecondsTillTime(CountOut) >= 0;

    if TF and !TF[1] {
        H = high;
        L = low;
        V = volume;
    } else if TF and volume > V[1] {
        H = high;
        L = low;
        V = volume;
    } else {
        H = H[1];
        L = L[1];
        V = V[1];
    }
  plot VZH = H;
  plot VZL = L;
  VZH.Hide();
  VZL.Hide();
}

def Z1H;
def Z1L;
def Z2H;
def Z2L;
def Z3H;
def Z3L;

switch (Extend){

Case "Yes":
 Z1H = Zone(CountIn = StartTime, CountOut = Update1).VZH;
 Z2H = Zone(CountIn =   Update1, CountOut = Update2).VZH;
 Z3H = Zone(CountIn =   Update2, CountOut = EndTime).VZH;

 Z1L = Zone(CountIn = StartTime, CountOut = Update1).VZL;
 Z2L = Zone(CountIn =   Update1, CountOut = Update2).VZL;
 Z3L = Zone(CountIn =   Update2, CountOut = EndTime).VZL;

Case "No":
 Z1H = if today != today[1] then Double.NaN else Zone(CountIn = StartTime, CountOut = Update1).VZH;
 Z2H = if today and  !Zone2 then Double.NaN else Zone(CountIn =   Update1, CountOut = Update2).VZH;
 Z3H = if today and  !Zone3 then Double.NaN else Zone(CountIn =   Update2, CountOut = EndTime).VZH;

 Z1L = if today != today[1] then Double.NaN else Zone(CountIn = StartTime, CountOut = Update1).VZL;
 Z2L = if today and  !Zone2 then Double.NaN else Zone(CountIn =   Update1, CountOut = Update2).VZL;
 Z3L = if today and  !Zone3 then Double.NaN else Zone(CountIn =   Update2, CountOut = EndTime).VZL;
}

def BelowVZ = if Zone1 and close < Z1L or Zone2 and close < Z2L or Zone3 and close < Z3L then 1 else 0;
def AboveVZ = if Zone1 and close > Z1H or Zone2 and close > Z2H or Zone3 and close > Z3H then 1 else 0;

AddLabel(if (GetAggregationPeriod() > AggregationPeriod.FIFTEEN_MIN) then yes else no, "vBox Zones on 5/10/15M Charts Only  ", Color.RED);

AddCloud(if afterStart and beforeEnd then Z1H else Double.NaN, if afterStart and beforeEnd then Z1L else Double.NaN, GlobalColor("Zone1"), GlobalColor("Zone1"));
AddCloud(if    Update1 and beforeEnd then Z2H else Double.NaN, if    Update1 and beforeEnd then Z2L else Double.NaN, GlobalColor("Zone2"), GlobalColor("Zone2"));
AddCloud(if    Update2 and beforeEnd then Z3H else Double.NaN, if    Update2 and beforeEnd then Z3L else Double.NaN, GlobalColor("Zone3"), GlobalColor("Zone3"));

Alert(audibleAlerts and AboveVZ, "Above High VolumeBar Caution Long", Alert.BAR, Sound.Ding);
Alert(audibleAlerts and BelowVZ, "Below High VolumeBar Look for Reversal", Alert.BAR, Sound.Ring);


vZone_Labels

Shared Study Link: https://tos.mx/kribwZB Click here for --> Easiest way to load shared links

Ruby:
##vZone_Labels
##This is Companian Indicator for vZone, which is based on the Following concept and, I suggest watch the video before you start to use this.
##
## https://www.screencast.com/users/MarketGauge/folders/DATE1010/media/f1702bb2-2090-463a-8ad2-59639c1166cd
## This is to Plot Support/Resistance based on High Volume Candle in three different time zones for the day.
##
## Removing the header Credit credits and description is not permitted, any modification needs to be shared.
## A big thanks to @COS251 for helping me with Coding this, Reviewing and Testing it.
##
# Version 1.0.2
#
# Created on 01/08/21
# Created by: SuryaKiranC ## Included rVolume label and Changed length as input.

#hint: <b>vZone_Labels Lower Study</b> \n Setup inputs as per your preferences \n <li>Replacement for Standard TOS Volume Bars, Disable VolumeSubgraph.</li>
#hint Length: <b>No of Bars for Average Calculation.</b> <li>Adjust as per your preference.</li>
#hint Barlength: <b>Near term No of Bars for Average Calculations.</b> <li>Adjust as per your preference.</li>
#hint ShowVolAvg: <b>Plot Vol Average across Volume Bars.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowPreMktVol: <b>Enable/Disable PreMkt Volume.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowZoneVol: <b>Enable/Disable Per Zone Volume.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowPostMktVol: <b>Enable/Disable PostMkt Volume.</b> <li>Set "No" if this is not needed for you.</li>

#hint ShowDayAvg: <b>Enable/Disable Average Volume of Days set in the Length above.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowTodayVolume: <b>Enable/Disable Today's Volume</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowRvol: <b>Enable/Disable Relative Volume to Length Days</b> <li>Set "No" if this is not needed for you.</li>
#hint UnusualVolumePercent: <b>Define your own UnusualVolume, Typical Liquid Stock 110% and above.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowBarAvg: <b>Enable/Disable Average Bar volume, On Daily This is same as ShowDayAvg.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowCurrentBar: <b>Enable/Disable Current Bar Volume.</b> <li>Set "No" if this is not needed for you.</li>
#hint ShowPercentOfBarAvg: <b>Enable/Disable % if Volume, Compared to Days/Bar of Length </b> <li>Set "No" if this is not needed for you.</li>
#hint ShowBarsSell:  <b>Enable/Disable Sell Volume for length </b> <li>Set "No" if this is not needed for you.</li>
#hint Show6BarSell:  <b>Enable/Disable Sell Volume for Last 6 Bar </b> <li>Set "No" if this is not needed for you.</li>
#hint ShowSellVolume:<b>Enable/Disable Current Volume Sell Compared to length Bars </b> <li>Set "No" if this is not needed for you.</li>

#declare lower; # If you disable Volume subgraph and using as lower study uncomment this and comment the next one.
declare on_volume; #If you need to use only labels as a top study comment "Selling Volume" & "Buying Volume", along with this line with a "#" in-front of the line

DefineGlobalColor("Zone1", CreateColor(204, 255, 225));
DefineGlobalColor("Zone2", CreateColor(252, 220, 101));
DefineGlobalColor("Zone3", CreateColor(204, 204, 198));

input Length = 21;
input Barlength = 6;
input ShowVolAvg = Yes;

input  ShowPreMktVol = Yes;
input    ShowZoneVol = Yes;
input ShowPostMktVol = Yes;

def Zone1 = gettime() >= RegularTradingStart(GetYYYYMMDD()) and gettime() <= RegularTradingStart(GetYYYYMMDD()) + 90*60*1000;
def Zone2 = gettime()  > RegularTradingStart(GetYYYYMMDD()) + 90*60*1000 and gettime() <= RegularTradingEnd(GetYYYYMMDD())-120*60*1000;
def Zone3 = gettime()  > RegularTradingEnd(GetYYYYMMDD()) - 120*60*1000 and gettime() <= RegularTradingEnd(GetYYYYMMDD());

def startTime = 0930;
def   update1 = 1100;
def   update2 = 1400;
def   endTime = 1600;
def isNewDay = GetDay() == GetLastDay();
def yyyymmdd = GetYYYYMMDD();
def period = yyyymmdd;
def isPeriodRolled = CompoundValue(1, period != period[1], 1);
def sumVol = if isPeriodRolled then volume else CompoundValue(1, sumVol[1] + volume, volume);

######################### Current BAR ########################
def O = open;
def H = high;
def C = close;
def L = low;
def V = volume;
def Buying = V*(C-L)/(H-L);
def Selling = V*(H-C)/(H-L);

######################## 6BAR ################################
def HH6 = Average(high[1], Barlength);
def HC6 = Average(close[1], Barlength);
def HL6 = Average(low[1], Barlength);
def HV6 = Average(volume[1], Barlength);
def  Buy6 = HV6 * (HC6 - HL6) / (HH6 - HL6);
def Sell6 = HV6 * (HH6 - HC6) / (HH6 - HL6);

###################### 30BAR #################################
def HH30 = Average(high[1], Length);
def HC30 = Average(close[1], Length);
def HL30 = Average(low[1], Length);
def HV30 = Average(volume[1], Length);
def Buy30 = HV30 * (HC30 - HL30) / (HH30 - HL30);
def Sell30 = HV30 * (HH30 - HC30) / (HH30 - HL30);

###################### 6Bar Volume % #########################
def H6Vol = Round(Buy6, 0) + Round(Sell6, 0) ;
def H6buyPercent  = ( Round(Buy6, 0)  / H6Vol ) * 100;
def H6sellPercent = ( Round(Sell6, 0) / H6Vol ) * 100;

###################### 30Bar Volume %   ######################
def H30Vol = Round(Buy30, 0) + Round(Sell30, 0) ;
def H30buyPercent  = (Round(Buy30, 0)  / H30Vol) * 100;
def H30sellPercent = (Round(Sell30, 0) / H30Vol) * 100;

####################### Volume Stats #########################
def volDayAvg = Average(volume (Period = "DAY")[1],Length);
def DayVol = volume(period = "DAY");
def rVol = Round((DayVol / volDayAvg), 2);
def avgBars = Average(volume[1],Length);
def curVolume = volume;
def percentOfBars = Round((curVolume / avgBars) * 100, 0);
def SellVolPercent = Round((Selling / Volume) * 100, 0);

######################### Labels ##############################
input ShowDayAvg = yes;
input ShowTodayVolume = yes;
input ShowRvol = yes;
input UnusualVolumePercent = 110;
input ShowBarAvg = yes;
input ShowCurrentBar = yes;
input ShowPercentOfBarAvg = yes;

AddLabel(ShowDayAvg, Length+"D: " + Round(volDayAvg * .000001, 1) + " M ", Color.LIGHT_GRAY);
AddLabel(ShowTodayVolume, "D: " + Round(DayVol * .000001, 1) + " M ", (if rVol >= UnusualVolumePercent then Color.GREEN else if rVol >= 100 then Color.ORANGE else Color.LIGHT_GRAY));
AddLabel(ShowRvol,"rVol: " + rVol,(if rVol >= UnusualVolumePercent then Color.GREEN else if rVol >= 100 then Color.ORANGE else Color.WHITE));
AddLabel(ShowBarAvg, "30Bar: " + Round(avgBars * .001, 1) + " K ", Color.LIGHT_GRAY);
AddLabel(ShowCurrentBar, "CurBar: " + Round(curVolume * .001, 2) + " K ", (if percentOfBars >= UnusualVolumePercent then Color.GREEN else if percentOfBars >= 100 then Color.ORANGE else Color.LIGHT_GRAY));
AddLabel(ShowPercentOfBarAvg, percentOfBars + "%", (if percentOfBars >= UnusualVolumePercent then Color.GREEN else if percentOfBars >= 100 then Color.ORANGE else Color.WHITE) );

############################################ 30 Bar Stats ############################################
input ShowBarsSell = yes;
AddLabel(ShowBarsSell, length + "BarSell: " + Round(H30sellPercent, 0) + "% ", (if H30sellPercent > 55 then Color.RED else if H30sellPercent < 45 then Color.GREEN else Color.ORANGE));
############################################ 6 Bar Stats #############################################
input Show6BarSell = yes;
AddLabel(Show6BarSell, Barlength +"BarSell: " + Round(H6sellPercent, 0) + "% ", (if H6sellPercent > 55 then Color.RED else if H6sellPercent < 45 then Color.GREEN else Color.ORANGE));
############################################ Current Bar Stats ########################################
input ShowSellVolume = yes;
AddLabel(ShowSellVolume, "CurSell: " + Round(SellVolPercent, 0) + "% ", (if SellVolPercent > 51 then Color.RED else if SellVolPercent < 49 then Color.GREEN else Color.ORANGE));

##################### Selling Volume #####################
plot SVol = Selling;
SVol.SetPaintingStrategy(PaintingStrategy.HISTOGRAM);
SVol.SetDefaultColor(Color.DARK_ORANGE);
SVol.HideTitle();
SVol.HideBubble();
SVol.SetLineWeight(3);

##################### Buying Volume ######################
plot BVol = Buying;
BVol.SetPaintingStrategy(PaintingStrategy.HISTOGRAM);
BVol.SetDefaultColor(Color.LIGHT_GREEN);
BVol.HideTitle();
BVol.HideBubble();
BVol.SetLineWeight(3);

##################### Plots and Style ###################
plot Vol = volume;
plot VolAvg = Average(volume[1], Length);
VolAvg.SetHiding(!ShowVolAvg);
Vol.SetPaintingStrategy(PaintingStrategy.HISTOGRAM);
Vol.SetLineWeight(3);
Vol.DefineColor("Up", Color.UPTICK);
Vol.DefineColor("Down", Color.DOWNTICK);
Vol.AssignValueColor(if close > close[1] then Vol.color("Up") else if close < close[1] then Vol.color("Down") else GetColor(1));
VolAvg.SetDefaultColor(GetColor(8));

def PreMkt = RegularTradingStart (GetYYYYMMDD()) > GetTime();
def PreVol = if PreMkt and !PreMkt[1] then volume else if PreMkt then PreVol[1] + volume else PreVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowPreMktVol then 0 else 1, "PreMktVol = " + Round(PreVol * .000001, 3) + "M ", Color.YELLOW);

def RTH1Zone = SecondsFromTime(startTime) >= 0 and SecondsTillTime(update1) > 0;
def RTH1ZoneVol = if RTH1Zone and !RTH1Zone[1] then volume else if RTH1Zone[1] then RTH1ZoneVol[1] + volume else RTH1ZoneVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowZoneVol then 0 else 1, "Zone1Vol = " + Round(RTH1ZoneVol * .000001, 3) + "M ", GlobalColor("Zone1"));

def RTH2Zone = SecondsFromTime(update1) >= 0 and SecondsTillTime(update2) > 0;
def RTH2ZoneVol = if RTH2Zone and !RTH2Zone[1] then volume else if RTH2Zone[1] then RTH2ZoneVol[1] + volume else RTH2ZoneVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowZoneVol then 0 else 1, "Zone2Vol = " + Round(RTH2ZoneVol * .000001, 3) + "M ", GlobalColor("Zone2"));

def RTH3Zone = SecondsFromTime(update2) >= 0 and SecondsTillTime(endTime) > 0;
def RTH3ZoneVol = if RTH3Zone and !RTH3Zone[1] then volume else if RTH3Zone[1] then RTH3ZoneVol[1] + volume else RTH3ZoneVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowZoneVol then 0 else 1, "Zone3Vol = " + Round(RTH3ZoneVol * .000001, 3) + "M ", GlobalColor("Zone3"));

AddVerticalLine(if isNewDay and RTH1Zone == 0 and RTH1Zone[1] == 1 then yes else no, "             Zone 1  Mark", color = GlobalColor("Zone1"));
AddVerticalLine(if isNewDay and RTH2Zone == 0 and RTH2Zone[1] == 1 then yes else no, "             Zone 2  Mark", color = GlobalColor("Zone2"));
AddVerticalLine(if isNewDay and RTH3Zone == 0 and RTH3Zone[1] == 1 then yes else no, "             Zone 3  Mark", color = GlobalColor("Zone3"));

def PostMkt = RegularTradingEnd (GetYYYYMMDD()) < GetTime();
def PostVol = if PostMkt and !PostMkt[1] then volume else if PostMkt then PostVol[1] + volume else PostVol[1];
AddLabel(if GetAggregationPeriod() > AggregationPeriod.THIRTY_MIN or !ShowPostMktVol then 0 else 1, "PostMktVol = " + Round(PostVol * .000001, 3) + "M ", Color.YELLOW);
#End Volume RTH First 60 Mins

** For those of you curious what it looks like here is the image. Also the extream bottom Volume Indicator is still work in progress, I am using Standard deviation, instead of AVG volumes, any suggestion would be welcome. Note: the Standard deviation Volumes Study is not posted yet.

View attachment 11250
@ApeX Predator
Can I know what does Cyan and Magenta COLOR candles represent?

 
Each Zone Represents the different range of the time and we find the Highest Volume candles in each time range and plot the Hi/Low as support & Resistance for the zone. Trying to find Reversals using EMA cloud. Please watch the video to understand how the use the setup. Video and additional description is found in the Description section of the code.
@ApeX Predator Can I know why there are multiple Hi/Low for Zone 2 and Zone 3 in the below diagram...


I watched the video and it mentions zone 1 should be regular trading hours (rth) start to 90 minutes after open, zone 3 should be 120 minutes from rth end, and zone 2 everything in between. I trade futures that have start times other than 9:30 EST (like /CL and /6E) so I converted all the times for zone calculations to be dynamic based on the rules from the video. With this version you shouldn't need to mess with the script when you change to instruments with odd start and end times.

Ruby:
## vZoneSTUDY.ts
## This Indicator is based on the Following concept and, I suggest watch the video before you start to use this.
##
## https://www.screencast.com/users/MarketGauge/folders/DATE1010/media/f1702bb2-2090-463a-8ad2-59639c1166cd
## This is to Plot Support/Resistance based on High Volume Candle in three different time zones for the day.
##
## Removing the header Credit credits and description is not permitted, any modification needs to be shared.
## A big thanks to @COS251 for helping me with Coding this, Reviewing and Testing it.
##
## V 1.1_bigboss : adjusted logic to automatically detect start time, 90 minutes in, and 2 hours before end time for zones.
## V 1.1 : Just added the ability to disable the vZones, automatically, extending from previous in to current session.
##  Note : It is available as an option, should somebody prefer the extension. Set "Extend" to your needs accordingly.
## V 1.0 : Split Day in to three Zones and Find the highest Volume Candle for each zone and plot Support/Resistance.
##        :     Zone 1 : 09:30 - 11:00
##        :     Zone 2 : 11:00 - 14:00
##        :     Zone 3 : 14:00 - 16:00
##        :     vZones are Plotted on 15m and lower charts.
##        :  Plots EMA Cloud to assist with identifying reversals, Keeping EMA Clouds for all Timeframes


declare upper;
declare once_per_bar;

def Future = if GetSymbolPart(1) == "/YM:XCBT" or GetSymbolPart(1) == "/ES:XCME" or GetSymbolPart(1) == "/NQ:XCME" or GetSymbolPart(1) == "/RTY:XCME" or GetSymbolPart(1) == "/EMD:XCME" or GetSymbolPart(1) == "/NKD:XCME" or GetSymbolPart(1) == “/DX:XICE" or GetSymbolPart(1) == "/6E:XCME" or  GetSymbolPart(1) == "/6A:XCME" or GetSymbolPart(1) == "/ZB:XCBT" or GetSymbolPart(1) == "/ZN:XCBT" or GetSymbolPart(1) == "/CL:XNYM" or GetSymbolPart(1) == "/NG:XNYM" or GetSymbolPart(1) == "/GC:XCEC" or GetSymbolPart(1) == "/SI:XCEC" or  GetSymbolPart(1) == "/HG:XCEC” or GetSymbolPart(1) == "/6B:XCME" or GetSymbolPart(1) == "/ZC:XCBT" or GetSymbolPart(1) == "/ZS:XCBT" or GetSymbolPart(1) == "/CC:XICE" or GetSymbolPart(1) == "/KC:XICE" or GetSymbolPart(1) == ”/CT:XICE" or GetSymbolPart(1) == "/ZW:XCBT" or GetSymbolPart(1) == "/SB:XICE" or GetSymbolPart(1) == "/LE:XCME" or GetSymbolPart(1) == "/HO:XNYM" or GetSymbolPart(1) == "/HE:XCME" or GetSymbolPart(1) == "/OJ:XICE" then yes else no;

AddLabel(if Future then yes else no, "Future", Color.YELLOW);

input   showEMACloud = Yes;
input  audibleAlerts = Yes;
input Extend = {default "No", "Yes"};

def Today = GetYYYYMMDD();

def Zone1 = gettime() >= RegularTradingStart(GetYYYYMMDD()) and gettime() <= RegularTradingStart(GetYYYYMMDD()) + 90*60*1000;
def Zone2 = gettime() > RegularTradingStart(GetYYYYMMDD()) + 90*60*1000 and gettime() <= RegularTradingEnd(GetYYYYMMDD())-120*60*1000;
def Zone3 = gettime() > RegularTradingEnd(GetYYYYMMDD())-120*60*1000 and getTime() <= RegularTradingEnd(GetYYYYMMDD());

DefineGlobalColor("Zone1", CreateColor(204, 255, 225));
DefineGlobalColor("Zone2", CreateColor(252, 220, 101));
DefineGlobalColor("Zone3", CreateColor(204, 204, 198));
DefineGlobalColor( "EMA1+", CreateColor(201, 255, 234));
DefineGlobalColor( "EMA1-", CreateColor(255, 105, 105));
DefineGlobalColor( "EMA2+", CreateColor(125, 176, 130));
DefineGlobalColor( "EMA2-", CreateColor(194, 152, 227));
DefineGlobalColor( "EMA3+", CreateColor(161, 217, 247));
DefineGlobalColor( "EMA3-", CreateColor(255, 255, 112));

def  ema1low = 5;
def ema1high = 13;
def  ema2low = 34;
def ema2high = 51;
def  ema3low = 72;
def ema3high = 89;

def  ema5 = if showEMACloud then ExpAverage(close,  ema1low) else Double.NaN;
def ema13 = if showEMACloud then ExpAverage(close, ema1high) else Double.NaN;
def ema34 = if showEMACloud then ExpAverage(close,  ema2low) else Double.NaN;
def ema51 = if showEMACloud then ExpAverage(close, ema2high) else Double.NaN;
def ema72 = if showEMACloud then ExpAverage(close,  ema3low) else Double.NaN;
def ema89 = if showEMACloud then ExpAverage(close, ema3high) else Double.NaN;

AddCloud( ema5, ema13, GlobalColor("EMA1+"), GlobalColor("EMA1-"));
AddCloud(ema34, ema51, GlobalColor("EMA2+"), GlobalColor("EMA2-"));
AddCloud(ema72, ema89, GlobalColor("EMA3+"), GlobalColor("EMA3-"));

def CrossAbove = if showEMACloud and ema5 > ema13 and ema5[1] <= ema13[1] then 1 else 0;
def CrossBelow = if showEMACloud and ema5 < ema13 and ema5[1] >= ema13[1] then 1 else 0;

Alert(showEMACloud and audibleAlerts and CrossAbove, "Buy", Alert.BAR, Sound.Ding);
Alert(showEMACloud and audibleAlerts and CrossBelow, "Sell", Alert.BAR, Sound.Ring);

################################################################
##########         Booleans Set for Plot Use           #########
################################################################
def afterStart;
def beforeEnd;
def openPrice;
if GetAggregationPeriod() <= AggregationPeriod.FIFTEEN_MIN {
    afterStart = GetTime() > RegularTradingStart(GetYYYYMMDD());
    beforeEnd = GetTime() < RegularTradingEnd(GetYYYYMMDD());
    openPrice = DailyOpen();
} else {
    afterStart = Double.NaN;
    beforeEnd = Double.NaN;
    openPrice = Double.NaN;
}

plot DailyO = if openPrice then openPrice else Double.NaN;

script Zone {
    def H ;
    def L ;
    def V ;

#    input CountIn = 0930;
#    input CountOut = 1100;
    input TimeFrame = yes; 
#    def TF = SecondsFromTime(CountIn) >= 0 and SecondsTillTime(CountOut) >= 0;
    def tf = timeframe;
    if TF and !TF[1] {
        H = high;
        L = low;
        V = volume;
    } else if TF and volume > V[1] {
        H = high;
        L = low;
        V = volume;
    } else {
        H = H[1];
        L = L[1];
        V = V[1];
    }
    plot VZH = H;
    plot VZL = L;
    VZH.Hide();
    VZL.Hide();
}

def Z1H;
def Z1L;
def Z2H;
def Z2L;
def Z3H;
def Z3L;

switch (Extend){

Case "Yes":
 Z1H = Zone(Zone1).VZH;
 Z2H = Zone(Zone2).VZH;
 Z3H = Zone(Zone3).VZH;

 Z1L = Zone(Zone1).VZL;
 Z2L = Zone(Zone2).VZL;
 Z3L = Zone(Zone3).VZL;



Case "No":
 Z1H = if today != today[1] then Double.NaN else Zone(Zone1).VZH;
 Z2H = if today and  !Zone2 then Double.NaN else Zone(Zone2).VZH;
 Z3H = if today and  !Zone3 then Double.NaN else Zone(Zone3).VZH;

 Z1L = if today != today[1] then Double.NaN else Zone(Zone1).VZL;
 Z2L = if today and  !Zone2 then Double.NaN else Zone(Zone2).VZL;
 Z3L = if today and  !Zone3 then Double.NaN else Zone(Zone3).VZL;

}

def BelowVZ = if close < Z1L or close < Z2L or close < Z3L then 1 else 0;
def AboveVZ = if close > Z1H or close > Z2H or close > Z3H then 1 else 0;

AddLabel(if (GetAggregationPeriod() > AggregationPeriod.FIFTEEN_MIN) then yes else no, "vBox Zones on 5/10/15M Charts Only", Color.RED);

AddCloud(if afterStart and beforeEnd then Z1H else Double.NaN, if afterStart and beforeEnd then Z1L else Double.NaN, GlobalColor("Zone1"), GlobalColor("Zone1"));
AddCloud(if    beforeEnd then Z2H else Double.NaN, if    beforeEnd then Z2L else Double.NaN, GlobalColor("Zone2"), GlobalColor("Zone2"));
AddCloud(if    beforeEnd then Z3H else Double.NaN, if    beforeEnd then Z3L else Double.NaN, GlobalColor("Zone3"), GlobalColor("Zone3"));

Alert(audibleAlerts and AboveVZ, "Above High VolumeBar Caution Long", Alert.BAR, Sound.Ding);
Alert(audibleAlerts and BelowVZ, "Below High VolumeBar Look for Reversal", Alert.BAR, Sound.Ring);
@bigboss I also trade futures but with your code , I'm not seeing any differences in the plots shown below for ES...it still plots for the volume same as that of RTH, may be volume is low during non-cash session.


 
This is one of the most valuable things on my charts, thank you all for your work here. It helps me spot potential reversals, often serves as a replacement for ORB, and perhaps most importantly, it helps me stay out of trouble.

I was wondering if it would be possible to create a watchlist column based on the indicator, which would indicate price's relation to the zones. For example a column that displayed a particular color when price was inside of any of the zones. Just curious if something like that would be possible. Thank you again for sharing this indicator with the community!
 
This is one of the most valuable things on my charts, thank you all for your work here. It helps me spot potential reversals, often serves as a replacement for ORB, and perhaps most importantly, it helps me stay out of trouble.

I was wondering if it would be possible to create a watchlist column based on the indicator, which would indicate price's relation to the zones. For example a column that displayed a particular color when price was inside of any of the zones. Just curious if something like that would be possible. Thank you again for sharing this indicator with the community!

Will see what can be done. Going to need some time though, these days don't get enough time to spend on scripts.
 

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