HTF PO3 Indicator For ThinkOrSwim

If you add the study multiple times, you can compare the last 5 hours of NQ vs Bonds while looking at a 2m chart on ES. Maybe it's too much o_O

View attachment 18506
How do you add multiple codes as shown above? Can the previous week and days also be shown with other lower time frames when selecting from the study? When I add more than one study it overlays on top of each other. I'm also using the code by @netarchitech if that makes a difference.
 
How do you add multiple codes as shown above? Can the previous week and days also be shown with other lower time frames when selecting from the study? When I add more than one study it overlays on top of each other. I'm also using the code by @netarchitech if that makes a difference.
I've setup an NQ chart with the prior 5 daily candles showing on an hourly chart. Monday's candle looks a bit off b/c it was a holiday but that's just TOS data.
pBWQHKE.png


The trick to set it up like this is to add that study multiple times (for as many candles as you would like to display). And you MUST have your expansion area large enough to fit the candles you are adding (minimum 3 per candle you add). I've included this setup as a shared chart so you should just be able to modify the timeframe and get what you are looking for.

Shared chart
 
I've setup an NQ chart with the prior 5 daily candles showing on an hourly chart. Monday's candle looks a bit off b/c it was a holiday but that's just TOS data.
pBWQHKE.png


The trick to set it up like this is to add that study multiple times (for as many candles as you would like to display). And you MUST have your expansion area large enough to fit the candles you are adding (minimum 3 per candle you add). I've included this setup as a shared chart so you should just be able to modify the timeframe and get what you are looking for.

Shared chart
So how do you add six candles if candle type only goes four back?
 
Tried that. Couldn't get it right, if you post the code for two additioal candles be much appreciated.
I have modified to support up to 10 candles. You need to manually select which candle you want (eg. 0 is current, 1 is previous and so on). So if you want 10 candles, you want candleType 0 in Candle 'Tenth' and candleType 1 in Candle 'Ninth' and so on. Hopefully this is enough to get you going.

Ruby:
#hint: <b>Intro</b> \n This study displays a higher timeframe candle to the right of the chart in the expansion area. \n <li>Typically used for showing PO3 for daily chart</li> <li>You must have an expansion area of 4 or greater set for this to work</li>
#hint candleType: 0 is current, 1 is previous, 2 is 2 back, etc

# Created by @tony_futures inspired by the ICT Power of 3 concept
declare hide_on_daily;
input htf = AggregationPeriod.DAY;
input useMidnight = no;
input candle = { default "First", "Second", "Third", "Fourth", "Fifth", "Sixth", "Seventh", "Eighth", "Ninth", "Tenth"};
#input candleType = { default "Current", "Previous", "Two Back", "Three Back", "Four Back"};
def candleCount;
input candleType = 0;
def candlePos = candleType;

switch (candle)
{
    case "First":
      candleCount = 1;
    case "Second":
      candleCount = 4;
  case "Third":
      candleCount = 7;
  case "Fourth":
      candleCount = 10;
  case "Fifth":
      candleCount = 13;
  case "Sixth":
      candleCount = 16;
  case "Seventh":
      candleCount = 19;
  case "Eighth":
      candleCount = 22;
  case "Ninth":
      candleCount = 25;
  case "Tenth":
      candleCount = 28;
}

def wickOffset = candleCount;
def midnight = 0000;
def isMidnight = secondsFromTime(midnight) == 0;
def midPrice = if isMidnight then open else midPrice[1];
def xO0 = if useMidnight then midPrice else open(period = htf)[candlePos];
def xH0 = high(period = htf)[candlePos];
def xL0 = low(period = htf)[candlePos];
def xC0 = close(period = htf)[candlePos];


def exp2 = (isNaN(close[wickOffset]) OR isNaN(close[wickOffset+1]) OR isNaN(close[wickOffset+2])) and !isNan(close[wickOffset+3]);
def expMid = isNaN(close[wickOffset+1]) and !isNaN(close[wickOffset+2]);
def expMid2 = isNaN(close[wickOffset+2]) and !isNaN(close[wickOffset+3]);
def expEnd = isNaN(close[wickOffset+3]) and !isNaN(close[wickOffset+4]);
def expFinal = isNaN(close[wickoffset+3]);
def NaN = Double.NaN;

def priceOffset =  if expEnd then (wickOffset + 4) else if expMid then (wickOffset + 2) else if expMid2 then (wickOffset + 3) else (wickOffset + 1);
def XH = getValue(xH0, priceOffset);
def XO = getValue(xO0, priceOffset);
def xC = getValue(xC0, priceOffset);
def xL = getValue(xL0, priceOffset);

def isUp = xo < xc;
def isDn = xo > xc;
def isDoji = xO == xC;

# Global Color setup
DefineGlobalColor("greenCandle", CreateColor(103, 135, 151));
DefineGlobalColor("redCandle", CreateColor(136, 93, 100));
DefineGlobalColor("wick", Color.GRAY);

AddCloud( if exp2 and isUp then xC else NaN, xO, GlobalColor("greenCandle"), GlobalColor("redCandle"));
AddCloud( if exp2 and isDn then xO else NaN, xC, GlobalColor("redCandle"), GlobalColor("redCandle"));

plot dojiWick = if isDoji and exp2 then xO else NaN;
dojiWick.setDefaultColor(GlobalColor("wick"));

def wickHigh = if isUp then xC else xO;
def wickLow = if isDn then xC else xO;
AddChart(if expMid then xH else NaN, if expMid then wickHigh else Double.NaN,  NaN,  NaN, ChartType.BAR, GlobalColor("wick"));
AddChart(if expMid then xL else NaN, if expMid then wickLow else Double.NaN,  NaN,  NaN, ChartType.BAR, GlobalColor("wick"));

input showTimeFrameBubble = no;
def tf = htf/60000;
AddChartBubble(showTimeFrameBubble and expMid,xL,(if tf == 43200 then "M" else if tf == 10080 then "W" else if tf == 1440 then "D" else if tf == 240 then "4h" else if tf == 120 then "2h" else if tf == 60 then "H" else Round(tf,0)+"") + if candlePos != 0 then " -" + CandlePos else "",Color.WHITE,no);

input showBubbles = no;
AddChartBubble(showBubbles and expEnd and isUp, xO, xO, GlobalColor("greenCandle"), no);
AddChartBubble(showBubbles and expEnd and isDn, xO, xO, GlobalColor("redCandle"), yes);
AddChartBubble(showBubbles and expEnd, xL, xL, if isUp then GlobalColor("greenCandle") else GlobalColor("redCandle"), no);
AddChartBubble(showBubbles and expEnd, xH, xH, if isUp then GlobalColor("greenCandle") else GlobalColor("redCandle"), yes);

input showLabels = no;
def candleRange = xH - xL;
AddLabel(showLabels,(if tf == 43200 then "M" else if tf == 10080 then "W" else if tf == 1440 then "D" else if tf == 240 then "4h" else if tf == 120 then "2h" else if tf == 60 then "H" else AsText(tf)) + " Range: " + candleRange, if isUp then GlobalColor("greenCandle") else if isDn then GlobalColor("redCandle") else GlobalColor("wick"));

def xCL = close(period = htf)[candlePOS-1];
def lastCandle = isNaN(xCL);
input showAdditionalLines = no;

plot currentHigh = if showAdditionalLines and lastCandle and !expFinal then xH else NaN;
currentHigh.setPaintingStrategy(PaintingStrategy.DASHES);
currentHigh.setDefaultColor(GlobalColor("wick"));
currentHigh.DefineColor("Normal", GlobalColor("wick"));
currentHigh.DefineColor("Daily", GlobalColor("greenCandle"));
currentHigh.AssignValueColor(if tf == 1440 then currentHigh.Color("Daily") else currentHigh.Color("Normal"));


plot currentLow = if showAdditionalLines and lastCandle and !expFinal then xL else NaN;
currentLow.setPaintingStrategy(PaintingStrategy.DASHES);
currentLow.setDefaultColor(GlobalColor("wick"));
currentLow.DefineColor("Normal", GlobalColor("wick"));
currentLow.DefineColor("Daily", GlobalColor("redCandle"));
currentLow.AssignValueColor(if tf == 1440 then currentLow.Color("Daily") else currentLow.Color("Normal"));
 
I have modified to support up to 10 candles. You need to manually select which candle you want (eg. 0 is current, 1 is previous and so on). So if you want 10 candles, you want candleType 0 in Candle 'Tenth' and candleType 1 in Candle 'Ninth' and so on. Hopefully this is enough to get you going.

Ruby:
#hint: <b>Intro</b> \n This study displays a higher timeframe candle to the right of the chart in the expansion area. \n <li>Typically used for showing PO3 for daily chart</li> <li>You must have an expansion area of 4 or greater set for this to work</li>
#hint candleType: 0 is current, 1 is previous, 2 is 2 back, etc

# Created by @tony_futures inspired by the ICT Power of 3 concept
declare hide_on_daily;
input htf = AggregationPeriod.DAY;
input useMidnight = no;
input candle = { default "First", "Second", "Third", "Fourth", "Fifth", "Sixth", "Seventh", "Eighth", "Ninth", "Tenth"};
#input candleType = { default "Current", "Previous", "Two Back", "Three Back", "Four Back"};
def candleCount;
input candleType = 0;
def candlePos = candleType;

switch (candle)
{
    case "First":
      candleCount = 1;
    case "Second":
      candleCount = 4;
  case "Third":
      candleCount = 7;
  case "Fourth":
      candleCount = 10;
  case "Fifth":
      candleCount = 13;
  case "Sixth":
      candleCount = 16;
  case "Seventh":
      candleCount = 19;
  case "Eighth":
      candleCount = 22;
  case "Ninth":
      candleCount = 25;
  case "Tenth":
      candleCount = 28;
}

def wickOffset = candleCount;
def midnight = 0000;
def isMidnight = secondsFromTime(midnight) == 0;
def midPrice = if isMidnight then open else midPrice[1];
def xO0 = if useMidnight then midPrice else open(period = htf)[candlePos];
def xH0 = high(period = htf)[candlePos];
def xL0 = low(period = htf)[candlePos];
def xC0 = close(period = htf)[candlePos];


def exp2 = (isNaN(close[wickOffset]) OR isNaN(close[wickOffset+1]) OR isNaN(close[wickOffset+2])) and !isNan(close[wickOffset+3]);
def expMid = isNaN(close[wickOffset+1]) and !isNaN(close[wickOffset+2]);
def expMid2 = isNaN(close[wickOffset+2]) and !isNaN(close[wickOffset+3]);
def expEnd = isNaN(close[wickOffset+3]) and !isNaN(close[wickOffset+4]);
def expFinal = isNaN(close[wickoffset+3]);
def NaN = Double.NaN;

def priceOffset =  if expEnd then (wickOffset + 4) else if expMid then (wickOffset + 2) else if expMid2 then (wickOffset + 3) else (wickOffset + 1);
def XH = getValue(xH0, priceOffset);
def XO = getValue(xO0, priceOffset);
def xC = getValue(xC0, priceOffset);
def xL = getValue(xL0, priceOffset);

def isUp = xo < xc;
def isDn = xo > xc;
def isDoji = xO == xC;

# Global Color setup
DefineGlobalColor("greenCandle", CreateColor(103, 135, 151));
DefineGlobalColor("redCandle", CreateColor(136, 93, 100));
DefineGlobalColor("wick", Color.GRAY);

AddCloud( if exp2 and isUp then xC else NaN, xO, GlobalColor("greenCandle"), GlobalColor("redCandle"));
AddCloud( if exp2 and isDn then xO else NaN, xC, GlobalColor("redCandle"), GlobalColor("redCandle"));

plot dojiWick = if isDoji and exp2 then xO else NaN;
dojiWick.setDefaultColor(GlobalColor("wick"));

def wickHigh = if isUp then xC else xO;
def wickLow = if isDn then xC else xO;
AddChart(if expMid then xH else NaN, if expMid then wickHigh else Double.NaN,  NaN,  NaN, ChartType.BAR, GlobalColor("wick"));
AddChart(if expMid then xL else NaN, if expMid then wickLow else Double.NaN,  NaN,  NaN, ChartType.BAR, GlobalColor("wick"));

input showTimeFrameBubble = no;
def tf = htf/60000;
AddChartBubble(showTimeFrameBubble and expMid,xL,(if tf == 43200 then "M" else if tf == 10080 then "W" else if tf == 1440 then "D" else if tf == 240 then "4h" else if tf == 120 then "2h" else if tf == 60 then "H" else Round(tf,0)+"") + if candlePos != 0 then " -" + CandlePos else "",Color.WHITE,no);

input showBubbles = no;
AddChartBubble(showBubbles and expEnd and isUp, xO, xO, GlobalColor("greenCandle"), no);
AddChartBubble(showBubbles and expEnd and isDn, xO, xO, GlobalColor("redCandle"), yes);
AddChartBubble(showBubbles and expEnd, xL, xL, if isUp then GlobalColor("greenCandle") else GlobalColor("redCandle"), no);
AddChartBubble(showBubbles and expEnd, xH, xH, if isUp then GlobalColor("greenCandle") else GlobalColor("redCandle"), yes);

input showLabels = no;
def candleRange = xH - xL;
AddLabel(showLabels,(if tf == 43200 then "M" else if tf == 10080 then "W" else if tf == 1440 then "D" else if tf == 240 then "4h" else if tf == 120 then "2h" else if tf == 60 then "H" else AsText(tf)) + " Range: " + candleRange, if isUp then GlobalColor("greenCandle") else if isDn then GlobalColor("redCandle") else GlobalColor("wick"));

def xCL = close(period = htf)[candlePOS-1];
def lastCandle = isNaN(xCL);
input showAdditionalLines = no;

plot currentHigh = if showAdditionalLines and lastCandle and !expFinal then xH else NaN;
currentHigh.setPaintingStrategy(PaintingStrategy.DASHES);
currentHigh.setDefaultColor(GlobalColor("wick"));
currentHigh.DefineColor("Normal", GlobalColor("wick"));
currentHigh.DefineColor("Daily", GlobalColor("greenCandle"));
currentHigh.AssignValueColor(if tf == 1440 then currentHigh.Color("Daily") else currentHigh.Color("Normal"));


plot currentLow = if showAdditionalLines and lastCandle and !expFinal then xL else NaN;
currentLow.setPaintingStrategy(PaintingStrategy.DASHES);
currentLow.setDefaultColor(GlobalColor("wick"));
currentLow.DefineColor("Normal", GlobalColor("wick"));
currentLow.DefineColor("Daily", GlobalColor("redCandle"));
currentLow.AssignValueColor(if tf == 1440 then currentLow.Color("Daily") else currentLow.Color("Normal"));
Thank you sir.
 
I've setup an NQ chart with the prior 5 daily candles showing on an hourly chart. Monday's candle looks a bit off b/c it was a holiday but that's just TOS data.
pBWQHKE.png


The trick to set it up like this is to add that study multiple times (for as many candles as you would like to display). And you MUST have your expansion area large enough to fit the candles you are adding (minimum 3 per candle you add). I've included this setup as a shared chart so you should just be able to modify the timeframe and get what you are looking for.

Shared chart
great thanks looking good
 
Here is a chart with 10 htf candles added. Hopefully you can start with this and configure to your needs:

Shared chart
Not to be pain; but instead of timeframe, how difficult would it be to code a bubble below the lists the abbreviated days of the week like M,Tu,Wed,Th,F? for like each respective day? Thank you for this code, very well done!
 
Not to be pain; but instead of timeframe, how difficult would it be to code a bubble below the lists the abbreviated days of the week like M,Tu,Wed,Th,F? for like each respective day? Thank you for this code, very well done!
Unfortunately, I believe this would be a challenge. In the code I can only 'get' the current day of the week (1 through 5) and we can be grabbing candles from 9+ days ago. Would require quite a bit of manual coding to factor in the starting point and the possible outcomes. I will think about it a bit and see if I can find a reasonable solution.
 
Unfortunately, I believe this would be a challenge. In the code I can only 'get' the current day of the week (1 through 5) and we can be grabbing candles from 9+ days ago. Would require quite a bit of manual coding to factor in the starting point and the possible outcomes. I will think about it a bit and see if I can find a reasonable solution.
Actually, I figured out a way to get this to work for the last five days. There is a slight problem when you get closer to the end of the day b/c the expansion area is in the 'next day' and the calculations are off by one day. I'm not sure if there is a way around that.

DCPKDuZ.png


Add this code to the study to get those bubbles:

Ruby:
input showDailyBubbles = yes;
def currentDay = getDayOfWeek(getYYYYMMDD());
def tempDay = currentDay - candlePos;
def displayDay = if (currentDay == 4 and candlePos == 4) then 5 else if (currentDay == 3 and candlePos == 4) then 4 else if (currentDay == 3 and candlePos == 3) then 5 else if (currentDay == 2 and candlePos == 4) then 3 else if (currentDay == 2 and candlePos == 3) then 4 else if (currentDay == 2 and candlePos == 2) then 5 else tempDay;
AddChartBubble(showDailyBubbles and expMid,xL,(if displayDay == 1 then "M" else if displayDay == 2 then "Tu" else if displayDay == 3 then "W" else if displayDay == 4 then "Th" else if displayDay == 5 then "F" else displayDay + ""),Color.WHITE,no);
 
Tony - How do you add different tickers with this study for the comparison?
That image was an experimental study that I did not end up releasing here. If I have some time over the next few weeks I will see if I can resurrect it and clean it up for release.
 
For those of you familiar with the ICT Power of 3 concept, this might be an indicator you would like. In a nutshell, PO3 is a concept that identifies Accumulation, Manipulation and Distribution on a smaller timeframe in the context of a higher timeframe candle. If you consider a bullish candle, there is an opening price, a wick below and then a move higher. The idea here is we want to be buyers below the open when we anticipate bullish price action. And obviously vice versa when we anticipate bearish price action.

Okay, on to the indicator. This indicator will display a daily (or other timeframe) candle to the right of your chart as a reference point for you. You must have your chart set with at least 4 bars in the expansion area for this indicator to work. Optional settings include; showing bubbles for the high/low/open of the higher timeframe candle, drawing horizontal dashes for the highs and lows and labels that display OHLC plus current range. There is also an option to show the opening price as the 'midnight open' vs the standard daily open. Again, this is an ICT concept that may or may not be of interest to you. You can adjust the color of the candles in the global settings for the indicator.

Additional inspiration for the display of this indicator comes from This TradingView indicator by @toodegrees.

You could also set this up to show a monthly candle on a daily chart, etc. This chart uses the unsupported AddChart feature for the wicks. As such, there can be some weirdness with the wick placement on different timeframes. For this reason, I've added a 'wick offset' option. Normally this should just be left at 1 but you can try to adjust it up or down(removes wick at zero) to accommodate.

As always, let me know what you think or if you have other ideas. The image below shows a 4hr candle on a 3m chart. I like this both with the 4hr and daily candles. YMMV.

View attachment 18154

Ruby:
#hint: <b>Intro</b> \n This study displays a higher timeframe candle to the right of the chart in the expansion area. \n <li>Typically used for showing PO3 for daily chart</li> <li>You must have an expansion area of 4 or greater set for this to work</li>
#hint useMidnight: <b>Only</b> for Day Aggregation.

# Created by @tony_futures inspired by the ICT Power of 3 concept

input htf = AggregationPeriod.DAY;
input useMidnight = no;
def midnight = 0000;
def isMidnight = secondsFromTime(midnight) == 0;
def midPrice = if isMidnight then open else midPrice[1];
def xO = if useMidnight then midPrice else open(period = htf);
def xH = high(period = htf);
def xL = low(period = htf);
def xC = close(period = htf);

input wickOffset = 1;

def exp2 = (isNaN(close[wickOffset]) OR isNaN(close[wickOffset+1]) OR isNaN(close[wickOffset+2])) and !isNan(close[wickOffset+3]);
def expMid = isNaN(close[wickOffset+1]) and !isNaN(close[wickOffset+2]);
def expEnd = isNaN(close[wickOffset+3]) and !isNaN(close[wickOffset+4]);
def NaN = Double.NaN;

def isUp = xo < xc;
def isDn = xo > xc;
def isDoji = xO == xC;

# Global Color setup
DefineGlobalColor("greenCandle", CreateColor(103, 135, 151));
DefineGlobalColor("redCandle", CreateColor(136, 93, 100));
DefineGlobalColor("wick", Color.GRAY);

AddCloud( if exp2 and isUp then xC else NaN, xO, GlobalColor("greenCandle"), GlobalColor("redCandle"));
AddCloud( if exp2 and isDn then xO else NaN, xC, GlobalColor("redCandle"), GlobalColor("redCandle"));

plot dojiWick = if isDoji and exp2 then xO else NaN;
dojiWick.setDefaultColor(GlobalColor("wick"));

def wickHigh = if isUp then xC else xO;
def wickLow = if isDn then xC else xO;
AddChart(if expMid then xH else NaN, if expMid then wickHigh else Double.NaN,  NaN,  NaN, ChartType.BAR, GlobalColor("wick"));
AddChart(if expMid then xL else NaN, if expMid then wickLow else Double.NaN,  NaN,  NaN, ChartType.BAR, GlobalColor("wick"));

input showTimeFrameBubble = no;
def tf = htf/60000;
AddChartBubble(showTimeFrameBubble and expMid,xL,if tf == 1440 then "D" else if tf == 240 then "4h" else if tf == 120 then "2h" else if tf == 60 then "H" else AsText(tf),Color.WHITE,no);

input showBubbles = yes;
AddChartBubble(showBubbles and expEnd and isUp, xO, xO, GlobalColor("greenCandle"), no);
AddChartBubble(showBubbles and expEnd and isDn, xO, xO, GlobalColor("redCandle"), yes);
AddChartBubble(showBubbles and expEnd, xL, xL, if isUp then GlobalColor("greenCandle") else GlobalColor("redCandle"), no);
AddChartBubble(showBubbles and expEnd, xH, xH, if isUp then GlobalColor("greenCandle") else GlobalColor("redCandle"), yes);

input showLabels = no;
def candleRange = xH - xL;
AddLabel(showLabels,(if tf == 1440 then "D" else if tf == 240 then "4h" else if tf == 120 then "2h" else if tf == 60 then "H" else AsText(tf)) + " Range: " + candleRange, if isUp then GlobalColor("greenCandle") else if isDn then GlobalColor("redCandle") else GlobalColor("wick"));


input length = 14;
input averageType = AverageType.WILDERS;
def ATR = Round(MovingAverage(averageType, TrueRange(xH, xC, xL), length),1);
AddLabel(showLabels,"ATR: " + ATR, GlobalColor("wick"));
AddLabel(showLabels,"Open: " + xO, GlobalColor("wick"));
AddLabel(showLabels,"High: " + xH, GlobalColor("wick"));
AddLabel(showLabels,"Low: " + xL, GlobalColor("wick"));

def xCL = close(period = htf)[-1];
def lastCandle = isNaN(xCL);
input showAdditionalLines = yes;

plot currentHigh = if showAdditionalLines and lastCandle then xH else NaN;
currentHigh.setPaintingStrategy(PaintingStrategy.DASHES);
currentHigh.setDefaultColor(GlobalColor("wick"));
currentHigh.DefineColor("Normal", GlobalColor("wick"));
currentHigh.DefineColor("Daily", GlobalColor("greenCandle"));
currentHigh.AssignValueColor(if tf == 1440 then currentHigh.Color("Daily") else currentHigh.Color("Normal"));


plot currentLow = if showAdditionalLines and lastCandle then xL else NaN;
currentLow.setPaintingStrategy(PaintingStrategy.DASHES);
currentLow.setDefaultColor(GlobalColor("wick"));
currentLow.DefineColor("Normal", GlobalColor("wick"));
currentLow.DefineColor("Daily", GlobalColor("redCandle"));
currentLow.AssignValueColor(if tf == 1440 then currentLow.Color("Daily") else currentLow.Color("Normal"));
Wow! This is cool! Is there a version that can go with tick charts?
 

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