the high and low range of a Asian, European markets for ThinkOrSwim

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EdMadrid1

New member
How to draw a square in the high and low range of a market.
Example the high and low of the Asian market and the high and low of the European market with different colors
and that they stay painted all the time.
thank you
 
Solution
S
EdMadrid1 said:
How to draw a square in the high and low range of a market.
Example the high and low of the Asian market and the high and low of the European market with different colors
and that they stay painted all the time.
thank you
Click to expand...

Here is a modification of a recent study I did on here that plots both the sessions you requested. I do not trade these so you may need to adjust the timeframes and the minutes in the respective timeframes.

Ruby: 
script times {
input coverHLOnly = yes;
input minutes     = 360;
input begin = 2100;
input end   = 0259;
def sec1    = SecondsFromTime(begin);
def sec2    = SecondsFromTime(end);
def isTime1 = (sec1 >= 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
def isTime2 = (sec2 > 0 and sec2[1] <= 0)...
Click to expand...
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EdMadrid1 said:
How to draw a square in the high and low range of a market.
Example the high and low of the Asian market and the high and low of the European market with different colors
and that they stay painted all the time.
thank you
Click to expand...

Here is a modification of a recent study I did on here that plots both the sessions you requested. I do not trade these so you may need to adjust the timeframes and the minutes in the respective timeframes.

Ruby: 
script times {
input coverHLOnly = yes;
input minutes     = 360;
input begin = 2100;
input end   = 0259;
def sec1    = SecondsFromTime(begin);
def sec2    = SecondsFromTime(end);
def isTime1 = (sec1 >= 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

def dayh    = if toPaint[1] == 0 and toPaint == 1
              then high
              else if toPaint == 1
              then Max(high, dayh[1])
              else 0;
def dayhi   = if toPaint[1] == 1 and toPaint == 0
              then dayh[1]
              else dayhi[1];
def dayl    = if toPaint[1] == 0 and toPaint == 1
              then low
              else if toPaint == 1
              then Min(low, dayl[1]) else 0 ;
def daylo   = if toPaint[1] == 1 and toPaint == 0
              then dayl[1]
              else daylo[1];

plot up      = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]       
              else Double.NaN;
plot down    = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]         
              else Double.NaN;
}
input begin1   = 2100;
input end1     = 0259;
input minutes1 = 360;
def up1   = times(minutes = minutes1, begin = begin1, end = end1);
def down1 = times(minutes = minutes1, begin = begin1, end = end1).down;
AddCloud(up1, down1, Color.cyan,color.cyan);

input begin2   = 0400;
input end2     = 1230;
input minutes2 = 510;
def up2      = times(minutes = minutes2, begin = begin2, end = end2);
def down2    = times(minutes = minutes2, begin = begin2, end = end2).down;
AddCloud(up2, down2, Color.light_red,color.light_red);

input showlabels = yes;
addlabel(showlabels, "Tokyo", color.cyan);
addlabel(showlabels, "Europe", color.light_red);
Capture.jpg
Click to expand...
 
Upvote 0 Downvote
Solution
Finally i got it!
Thank you @SleepyZ
here the code

Code: 
script times {
input coverHLOnly = yes;
input minutes     = 360;
input begin = 1800;
input end   = 0259;
def sec1    = SecondsFromTime(begin);
def sec2    = SecondsFromTime(end);

#1er cuadro amarillo el de Asia
def isTime1 = (sec1 > 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
#2do Cuadro Azul el de Europa
def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

def dayh    = if toPaint[1] == 0 and toPaint == 1
              then high
              else if toPaint == 1
              then Max(high, dayh[1])
              else 0;
def dayhi   = if toPaint[1] == 1 and toPaint == 0
              then dayh[1]
              else dayhi[1];
def dayl    = if toPaint[1] == 0 and toPaint == 1
              then low
              else if toPaint == 1
              then Min(low, dayl[1]) else 0 ;
def daylo   = if toPaint[1] == 1 and toPaint == 0
              then dayl[1]
              else daylo[1];

plot up      = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]       
              else Double.NaN;
plot down    = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]         
              else Double.NaN;
}

input begin1   = 1745;
input end1     = 0300;
input minutes1 = 560;
def up1   = times(minutes = minutes1, begin = begin1, end = end1);
def down1 = times(minutes = minutes1, begin = begin1, end = end1).down;
AddCloud(up1, down1, createColor(255,185,50), createColor(255,185,50));

input begin2   = 0259;
input end2     = 0930;
input minutes2 = 510;
def up2      = times(minutes = minutes2, begin = begin2, end = end2);
def down2    = times(minutes = minutes2, begin = begin2, end = end2).down;
AddCloud(up2, down2, createColor(116,189,232), createColor(116,189,232));

input showlabels = yes;
addlabel(showlabels, "Tokyo", color.yellow);
addlabel(showlabels, "Europe", color.blue);

Captura-de-****alla-2021-10-05-a-la-s-19-44-51.png
 
Upvote 0 Downvote
SleepyZ said:
Here is a modification of a recent study I did on here that plots both the sessions you requested. I do not trade these so you may need to adjust the timeframes and the minutes in the respective timeframes.
Click to expand...
I have a similar indicator I found but it only prints lines not a box for session high\low. I was wondering how I can get it to print for prior dates? I got the "input showOnlyLastPeriod = yes". What do I need next?

input sessionStartTime = 2000;
input sessionEndTime = 2230;
input showOnlyLastPeriod = yes;

def day = GetDay();
def lastDay = GetLastDay();
def isToday = day == lastDay;
def isTargetPeriod = SecondsTillTime(sessionStartTime) <= 0 and SecondsTillTime(sessionEndTime) > 0 and isToday;

def targetPeriodHigh = if isTargetPeriod and high > targetPeriodHigh[1] then high
else targetPeriodHigh[1];
def pmHigh = HighestAll(targetPeriodHigh);

plot pmHighPlot = if isTargetPeriod then pmHigh else Double.NaN;
pmHighPlot.SetDefaultColor(Color.YELLOW);


def targetPeriodLow = if !isTargetPeriod then Double.POSITIVE_INFINITY
else if isTargetPeriod and low < targetPeriodLow[1] then low
else targetPeriodLow[1];

def pmLow = LowestAll(targetPeriodLow);

plot pmLowPlot = if pmLow > 0 and isTargetPeriod then pmLow else Double.NaN;
pmLowPlot.SetDefaultColor(Color.YELLOW);
 
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Dear sir, I hope this message finds all ya'll well.
I am writing to kindly request some clarification & help in correcting a script assigned to the Asia pacific High Low Range. I couldn't get it to plot only the current trading day and would greatly appreciate your guidance to ensure that I complete the task accurately and as per your expectations.
Your patience and understanding has made all the difference in my learning and trading journey to be consistent since I was 23. I'm 30 now and still growing and following all you're work. Thank you for teaching me the importance of perseverance and resilience. Sincerely, Isaac.

Ruby: 
script times {
input coverHLOnly = yes;
input ShowTodayOnly    = yes;
def Today = if GetDay() == GetLastDay() then 1 else 0;
#Plot yesterday's high / low
#plot Yhigh = if ShowTodayOnly and !Today then Double.NaN else high(period = "day" )[1];
#plot Ylow = if ShowTodayOnly and !Today then Double.NaN else low(period = "day" )[1];
input minutes     = 360;
input begin = 1900;
input end   = 0000;
def sec1    = SecondsFromTime(begin);
def sec2    = SecondsFromTime(end);
def isTime1 = (sec1 >= 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

def dayh    = if toPaint[1] == 0 and toPaint == 1
              then high
              else if toPaint == 1
              then Max(high, dayh[1])
              else 0;
def dayhi   = if toPaint[1] == 1 and toPaint == 0
              then dayh[1]
              else dayhi[1];
def dayl    = if toPaint[1] == 0 and toPaint == 1
              then low
              else if toPaint == 1
              then Min(low, dayl[1]) else 0 ;
def daylo   = if toPaint[1] == 1 and toPaint == 0
              then dayl[1]
              else daylo[1];

plot up      = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]       
              else Double.NaN;
plot down    = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]         
              else Double.NaN;
}
input begin1   = 1900;
input end1     = 0000;
input minutes1 = 360;
def up1   = times(minutes = minutes1, begin = begin1, end = end1);
def down1 = times(minutes = minutes1, begin = begin1, end = end1).down;
AddCloud(up1, down1, Color.YELLOW,color.YELLOW);

input begin2   = 0400;
input end2     = 1230;
input minutes2 = 510;
def up2      = times(minutes = minutes2, begin = begin2, end = end2);
def down2    = times(minutes = minutes2, begin = begin2, end = end2).down;
#AddCloud(up2, down2, Color.light_red,color.light_red);

input showlabels = yes;
addlabel(showlabels, "Tokyo", color.YELLOW);
#addlabel(showlabels, "Europe", color.light_red);
 
Last edited by a moderator:
Upvote 0 Downvote
Lwanga said:
Dear sir, I hope this message finds all ya'll well.
I am writing to kindly request some clarification & help in correcting a script assigned to the Asia pacific High Low Range. I couldn't get it to plot only the current trading day and would greatly appreciate your guidance to ensure that I complete the task accurately and as per your expectations.
Your patience and understanding has made all the difference in my learning and trading journey to be consistent since I was 23. I'm 30 now and still growing and following all you're work. Thank you for teaching me the importance of perseverance and resilience. Sincerely, Isaac.

Ruby: 
script times {
input coverHLOnly = yes;
input ShowTodayOnly    = yes;
def Today = if GetDay() == GetLastDay() then 1 else 0;
#Plot yesterday's high / low
#plot Yhigh = if ShowTodayOnly and !Today then Double.NaN else high(period = "day" )[1];
#plot Ylow = if ShowTodayOnly and !Today then Double.NaN else low(period = "day" )[1];
input minutes     = 360;
input begin = 1900;
input end   = 0000;
def sec1    = SecondsFromTime(begin);
def sec2    = SecondsFromTime(end);
def isTime1 = (sec1 >= 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

def dayh    = if toPaint[1] == 0 and toPaint == 1
              then high
              else if toPaint == 1
              then Max(high, dayh[1])
              else 0;
def dayhi   = if toPaint[1] == 1 and toPaint == 0
              then dayh[1]
              else dayhi[1];
def dayl    = if toPaint[1] == 0 and toPaint == 1
              then low
              else if toPaint == 1
              then Min(low, dayl[1]) else 0 ;
def daylo   = if toPaint[1] == 1 and toPaint == 0
              then dayl[1]
              else daylo[1];

plot up      = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]      
              else Double.NaN;
plot down    = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]        
              else Double.NaN;
}
input begin1   = 1900;
input end1     = 0000;
input minutes1 = 360;
def up1   = times(minutes = minutes1, begin = begin1, end = end1);
def down1 = times(minutes = minutes1, begin = begin1, end = end1).down;
AddCloud(up1, down1, Color.YELLOW,color.YELLOW);

input begin2   = 0400;
input end2     = 1230;
input minutes2 = 510;
def up2      = times(minutes = minutes2, begin = begin2, end = end2);
def down2    = times(minutes = minutes2, begin = begin2, end = end2).down;
#AddCloud(up2, down2, Color.light_red,color.light_red);

input showlabels = yes;
addlabel(showlabels, "Tokyo", color.YELLOW);
#addlabel(showlabels, "Europe", color.light_red);
Click to expand...

1. This uses counting to limit the plots/clouds for Tokyo as follows
2. The test bubbles are used to confirm how the count1/cond1 works
3. There are 9 Tokyo clouds per the count1. The highestall(count1) ==9 and from it is subtracted the count1 at each grouping . So the 9 count1 grouping = 9 - 9 + 1 = 1. The 8 count1 grouping = 9 - 8 + 1 = 2 ... etc, etc.
4. If you wanted to do this for Europe, then replace all count1 to count2; up1 to up2; and cond1 to cond2,

Code: 
input begin1   = 1900;
input end1     = 0000;
input minutes1 = 360;
def up1    = times(minutes = minutes1, begin = begin1, end = end1);
def down1  = times(minutes = minutes1, begin = begin1, end = end1).down;
def count1 = if !IsNaN(close) and !IsNaN(up1) != !IsNaN(up1[1]) then count1[1] + 1 else count1[1];
def cond1  = HighestAll(count1) - count1 + 1;
AddCloud(if cond1 == 1 then up1 else Double.NaN, down1, Color.YELLOW, Color.YELLOW);
input test = yes;
AddChartBubble(test, low, count1 + "\n" + cond1, Color.YELLOW, no);
Click to expand...

Here is the full code with test set to NO.
Screenshot 2024-05-05 160236.png
Code: 
script times {
    input coverHLOnly = yes;
    input ShowTodayOnly    = yes;
    def Today = if GetDay() == GetLastDay() then 1 else 0;
#Plot yesterday's high / low
#plot Yhigh = if ShowTodayOnly and !Today then Double.NaN else high(period = "day" )[1];
#plot Ylow = if ShowTodayOnly and !Today then Double.NaN else low(period = "day" )[1];
    input minutes     = 360;
    input begin = 1900;
    input end   = 0000;
    def sec1    = SecondsFromTime(begin);
    def sec2    = SecondsFromTime(end);
    def isTime1 = (sec1 >= 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
    def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
    def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

    def dayh    = if topaint[1] == 0 and topaint == 1
              then high
              else if topaint == 1
              then Max(high, dayh[1])
              else 0;
    def dayhi   = if topaint[1] == 1 and topaint == 0
              then dayh[1]
              else dayhi[1];
    def dayl    = if topaint[1] == 0 and topaint == 1
              then low
              else if topaint == 1
              then Min(low, dayl[1]) else 0 ;
    def daylo   = if topaint[1] == 1 and topaint == 0
              then dayl[1]
              else daylo[1];

    plot up      = if GetDay() <= GetLastDay() and topaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]       
              else Double.NaN;
    plot down    = if GetDay() <= GetLastDay() and topaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]         
              else Double.NaN;
}
input begin1   = 1900;
input end1     = 0000;
input minutes1 = 360;
def up1    = times(minutes = minutes1, begin = begin1, end = end1);
def down1  = times(minutes = minutes1, begin = begin1, end = end1).down;
def count1 = if !IsNaN(close) and !IsNaN(up1) != !IsNaN(up1[1]) then count1[1] + 1 else count1[1];
def cond1  = HighestAll(count1) - count1 + 1;
AddCloud(if cond1 == 1 then up1 else Double.NaN, down1, Color.YELLOW, Color.YELLOW);
input test = no;
AddChartBubble(test, low, count1 + "\n" + cond1, Color.YELLOW, no);

input begin2   = 0400;
input end2     = 1230;
input minutes2 = 510;
def up2      = times(minutes = minutes2, begin = begin2, end = end2);
def down2    = times(minutes = minutes2, begin = begin2, end = end2).down;
#AddCloud(up2, down2, Color.light_red,color.light_red);

input showlabels = yes;
AddLabel(showlabels, "Tokyo", Color.YELLOW);
#addlabel(showlabels, "Europe", color.light_red);
#
Click to expand...
 
Upvote 0 Downvote
EdMadrid1 said:
Finally i got it!
Thank you @SleepyZ
here the code

Code: 
script times {
input coverHLOnly = yes;
input minutes     = 360;
input begin = 1800;
input end   = 0259;
def sec1    = SecondsFromTime(begin);
def sec2    = SecondsFromTime(end);

#1er cuadro amarillo el de Asia
def isTime1 = (sec1 > 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
#2do Cuadro Azul el de Europa
def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

def dayh    = if toPaint[1] == 0 and toPaint == 1
              then high
              else if toPaint == 1
              then Max(high, dayh[1])
              else 0;
def dayhi   = if toPaint[1] == 1 and toPaint == 0
              then dayh[1]
              else dayhi[1];
def dayl    = if toPaint[1] == 0 and toPaint == 1
              then low
              else if toPaint == 1
              then Min(low, dayl[1]) else 0 ;
def daylo   = if toPaint[1] == 1 and toPaint == 0
              then dayl[1]
              else daylo[1];

plot up      = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]      
              else Double.NaN;
plot down    = if GetDay() <= GetLastDay() and toPaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]        
              else Double.NaN;
}

input begin1   = 1745;
input end1     = 0300;
input minutes1 = 560;
def up1   = times(minutes = minutes1, begin = begin1, end = end1);
def down1 = times(minutes = minutes1, begin = begin1, end = end1).down;
AddCloud(up1, down1, createColor(255,185,50), createColor(255,185,50));

input begin2   = 0259;
input end2     = 0930;
input minutes2 = 510;
def up2      = times(minutes = minutes2, begin = begin2, end = end2);
def down2    = times(minutes = minutes2, begin = begin2, end = end2).down;
AddCloud(up2, down2, createColor(116,189,232), createColor(116,189,232));

input showlabels = yes;
addlabel(showlabels, "Tokyo", color.yellow);
addlabel(showlabels, "Europe", color.blue);

View attachment 2633
Click to expand...
@SleepyZ Whats this minutes input? How do I calculate it correctly to put it for say Asia?
 
Upvote 0 Downvote
serendipity2020 said:
@SleepyZ Whats this minutes input? How do I calculate it correctly to put it for say Asia?
Click to expand...

I did not look at the detail of the post when @EdMadrid1 said: that he got what he wanted.

However, the minutes were a manually inputted calculation of the actual minutes between the 2 times input in that scrip that I posted.

Now, I found a formula on the internet that I think works to calcuate the minutes between 2 times inputted.

Screenshot 2024-05-28 191138.png
Code: 
#HL_Range_Market_Times_Using_Automatic_Calculation_Of_Minutes

script times {
    input coverHLOnly = no;
    input a1 = 0400;
    input b1 = 1230;
    def minutes = If(a1 > b1,  
((2300 - RoundDown(a1, -2)) / 100 * 60) + (RoundDown(b1, -2) / 100) * 60,                                  
((RoundDown(b1, -2) / 100) - (RoundDown(a1, -2) / 100)) * 60) +                  
If(a1 > b1, 60 - (a1 - Floor(a1 / 100) * 100) + (b1 - Floor(b1 / 100) * 100), (b1 - Floor(b1 / 100) * 100) - (a1 - Floor(a1 / 100) * 100));
    def sec1    = SecondsFromTime(a1);
    def sec2    = SecondsFromTime(b1);
    def isTime1 = (sec1 >= 0 and sec1[1] <= 0) or (sec1 < sec1[1] and sec1 >= 0);
    def isTime2 = (sec2 > 0 and sec2[1] <= 0) or (sec2 < sec2[1] and sec2 > 0);
    def topaint = CompoundValue(1, if isTime1 then 1 else if isTime2 then 0 else topaint[1], 0);

    def dayh    = if topaint[1] == 0 and topaint == 1
              then high
              else if topaint == 1
              then Max(high, dayh[1])
              else 0;
    def dayhi   = if topaint[1] == 1 and topaint == 0
              then dayh[1]
              else dayhi[1];
    def dayl    = if topaint[1] == 0 and topaint == 1
              then low
              else if topaint == 1
              then Min(low, dayl[1]) else 0 ;
    def daylo   = if topaint[1] == 1 and topaint == 0
              then dayl[1]
              else daylo[1];

    plot up      = if GetDay() <= GetLastDay() and topaint
              then if coverHLOnly == no
                   then Double.POSITIVE_INFINITY
                   else dayhi[-minutes / (GetAggregationPeriod() / 60000)]      
              else Double.NaN;
    plot down    = if GetDay() <= GetLastDay() and topaint
              then if coverHLOnly == no
                   then Double.NEGATIVE_INFINITY
                   else daylo[-minutes / (GetAggregationPeriod() / 60000)]        
              else Double.NaN;
}

input coverHLOnly = no;

input a1   = 2100;
input b1   = 259;
def up1   = times(coverHLOnly, a1, b1 = b1);
def down1 = times(coverHLOnly, a1, b1).down;
AddCloud(up1, down1, Color.CYAN, Color.CYAN);

input a1a   = 0400;
input b1a   = 1230;
def up1a   = times(coverHLOnly, a1a, b1a);
def down1a = times(coverHLOnly, a1a, b1a).down;
AddCloud(up1a, down1a, Color.LIGHT_RED, Color.LIGHT_RED);

#
Click to expand...
 
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How can I access the premium indicators?
To access the premium indicators, which are plug and play ready, sign up for VIP membership here.
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