Vertical clouds between two time periods

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timetraveler

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I'm trying to use a vertical cloud to fill in between two time periods. Would also like to control the height of the cloud.

Can anyone help? Here is my code:

# Vertical Line will NOT display if input date is set to a NON-TRADING day.

declare lower;

input XLE_start1 = 20240112;
input XLE_end1 = 20240212;

def XLE_Range_1_start = (GetYYYYMMDD() == XLE_start1) ;
def XLE_Range_1_end = (GetYYYYMMDD() == XLE_end1) ;

AddVerticalLine(((XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine(((XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

AddCloud(XLE_Range_1_start and Double.POSITIVE_INFINITY, XLE_Range_1_end and Double.NEGATIVE_INFINITY );
 
Solution
halcyonguy
timetraveler said:
I'm trying to use a vertical cloud to fill in between two time periods. Would also like to control the height of the cloud.

Can anyone help? Here is my code:

# Vertical Line will NOT display if input date is set to a NON-TRADING day.

declare lower;

input XLE_start1 = 20240112;
input XLE_end1 = 20240212;

def XLE_Range_1_start = (GetYYYYMMDD() == XLE_start1) ;
def XLE_Range_1_end = (GetYYYYMMDD() == XLE_end1) ;

AddVerticalLine(((XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine(((XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

AddCloud(XLE_Range_1_start and Double.POSITIVE_INFINITY, XLE_Range_1_end and Double.NEGATIVE_INFINITY );
Click to expand...

EDIT change top bottom code
i added variables for...
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timetraveler said:
I'm trying to use a vertical cloud to fill in between two time periods. Would also like to control the height of the cloud.

Can anyone help? Here is my code:

# Vertical Line will NOT display if input date is set to a NON-TRADING day.

declare lower;

input XLE_start1 = 20240112;
input XLE_end1 = 20240212;

def XLE_Range_1_start = (GetYYYYMMDD() == XLE_start1) ;
def XLE_Range_1_end = (GetYYYYMMDD() == XLE_end1) ;

AddVerticalLine(((XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine(((XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

AddCloud(XLE_Range_1_start and Double.POSITIVE_INFINITY, XLE_Range_1_end and Double.NEGATIVE_INFINITY );
Click to expand...

EDIT change top bottom code
i added variables for the cloud top and bottom, to make it easier to change them

--------------------------------

enter 2 dates , YYYMMDD
if not a trade day, then goes to nearest trade date
draws 2 vertical lines, at start date and end date
draw a gray cloud between the lines

Code: 
# vert_clouds

#https://usethinkscript.com/threads/vertical-clouds-between-two-time-periods.18065/
#Vertical clouds between two time periods

declare lower;

def bn = barnumber();
def na = double.nan;

input XLE_start1 = 20240112;
input XLE_end1 = 20240212;

#def XLE_Range_1_start = (GetYYYYMMDD() == XLE_start1) ;
#def XLE_Range_1_end = (GetYYYYMMDD() == XLE_end1) ;

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def rng = if bn == 1 then 0
 else if XLE_Range_1_start then 1
 else if  XLE_Range_1_end then 0
 else rng[1];

# EDIT  change top bottom code
def top = Double.POSITIVE_INFINITY;
def bot = Double.negative_INFINITY;

def cldtop = (if rng then top else na);

AddVerticalLine(((XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine(((XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

#AddCloud(XLE_Range_1_start and Double.POSITIVE_INFINITY, XLE_Range_1_end and Double.NEGATIVE_INFINITY );
AddCloud( cldtop, bot, color.light_gray );
#
 

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Solution
halcyonguy said:
enter 2 dates , YYYMMDD
if not a trade day, then goes to nearest trade date
draws 2 vertical lines, at start date and end date
draw a gray cloud between the lines

Code: 
# vert_clouds

#https://usethinkscript.com/threads/vertical-clouds-between-two-time-periods.18065/
#Vertical clouds between two time periods

declare lower;

def bn = barnumber();
def na = double.nan;

input XLE_start1 = 20240112;
input XLE_end1 = 20240212;

#def XLE_Range_1_start = (GetYYYYMMDD() == XLE_start1) ;
#def XLE_Range_1_end = (GetYYYYMMDD() == XLE_end1) ;

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def rng = if bn == 1 then 0
 else if XLE_Range_1_start then 1
 else if  XLE_Range_1_end then 0
 else rng[1];

def cldtop = (if rng then Double.POSITIVE_INFINITY else na);

AddVerticalLine(((XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine(((XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

#AddCloud(XLE_Range_1_start and Double.POSITIVE_INFINITY, XLE_Range_1_end and Double.NEGATIVE_INFINITY );
AddCloud( cldtop, double.negative_INFINITY, color.light_gray );
#
Click to expand...


halcyonguy, Thank you!! This is it. I can move forward now. Am looking at controlling the height of the cloud now. I will research. Thanks!!
 
Last edited by a moderator:
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timetraveler said:
halcyonguy, Thank you!! This is it. I can move forward now. Am looking at controlling the height of the cloud now. I will research. Thanks!!
Click to expand...

This is another method that uses @halcyonguy 's fold to find the highest high/lowest low in the range to limit the height of the cloud

The image uses a 4h 180d chart

Screenshot 2024-02-26 101159.png
Code: 
# Vertial_Clouds_Limited_Height
# @halcyonguy vert_clouds

#https://usethinkscript.com/threads/vertical-clouds-between-two-time-periods.18065/
#Vertical clouds between two time periods

#declare lower;

input XLE_start1 = 20240112;
input XLE_end1   = 20240212;
input hideplots  = yes;
input verticals  = yes;

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end   = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def bn = BarNumber();
def na = Double.NaN;

def rng = if bn == 1 then 0
 else if XLE_Range_1_start then 1
 else if  XLE_Range_1_end then 0
 else rng[1];


def lastbar = HighestAll(if !IsNaN(close) then bn else na);

def look_back_bars_max = lastbar - HighestAll(if XLE_Range_1_start then bn else na);
def look_back_bars_min = lastbar - HighestAll(if XLE_Range_1_end then bn else na);

# is the current bar within the lookback quantity of bars? true/false

# highest
def hi = fold i = 0 to look_back_bars_max
with p
do if !rng then 0 else if GetValue(high, (bn - (lastbar - i))) > p then GetValue(high, (bn - (lastbar - i))) else p;

plot hix = if !rng then na else HighestAll(hi);
hix.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hix.SetHiding(hideplots);

# lowest
def lolo = LowestAll(if rng then low else na);
plot lox = if !rng then na else lolo;
lox.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lox.SetHiding(hideplots);

AddVerticalLine((verticals and (XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

DefineGlobalColor("Cloud", Color.LIGHT_GRAY);

AddCloud( hix, lox, color1 = GlobalColor("Cloud"));

#
Click to expand...
 
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halcyonguy said:
i changed my code in post 2,
i added variables for the cloud top and bottom, to make it easier to change them
Click to expand...
I'm still trying to figure out another way to control the height of cloud without having any price chart, OR to set a 0-1 price range on the right of the chart (see image) and set the height based on 1-0.
1.png
 
Upvote 0 Downvote
SleepyZ said:
This is another method that uses @halcyonguy 's fold to find the highest high/lowest low in the range to limit the height of the cloud

The image uses a 4h 180d chart
Click to expand...
SleepyZ: I think I got it. I modified your code slightly by adding a plot so I don't rely on the symbol's price. I can now change the height accordingly. Check it out:




declare lower;


def A = 1.0;
def B = 0.5;
plot C = 0.0;


input XLE_start1 = 20240112;
input XLE_end1 = 20240212;
input hideplots = yes;
input verticals = yes;

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def bn = BarNumber();
def na = Double.NaN;

def rng = if bn == 1 then 0
else if XLE_Range_1_start then 1
else if XLE_Range_1_end then 0
else rng[1];


def lastbar = HighestAll(if !IsNaN(A) then bn else na);

def look_back_bars_max = lastbar - HighestAll(if XLE_Range_1_start then bn else na);
def look_back_bars_min = lastbar - HighestAll(if XLE_Range_1_end then bn else na);

# is the current bar within the lookback quantity of bars? true/false

# highest
def hi = fold i = 0 to look_back_bars_max
with p
do if !rng then 0 else if GetValue(A, (bn - (lastbar - i))) > p then GetValue(A, (bn - (lastbar - i))) else p;

plot hix = if !rng then na else HighestAll(hi);
hix.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hix.SetHiding(hideplots);

# lowest
def lolo = LowestAll(if rng then B else na);
plot lox = if !rng then na else lolo;
lox.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lox.SetHiding(hideplots);

AddVerticalLine((verticals and (XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

DefineGlobalColor("Cloud", Color.LIGHT_GRAY);

AddCloud( hix, lox, color1 = GlobalColor("Cloud"));

#
 
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timetraveler said:
SleepyZ: I think I got it. I modified your code slightly by adding a plot so I don't rely on the symbol's price. I can now change the height accordingly. Check it out:




declare lower;


def A = 1.0;
def B = 0.5;
plot C = 0.0;


input XLE_start1 = 20240112;
input XLE_end1 = 20240212;
input hideplots = yes;
input verticals = yes;

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def bn = BarNumber();
def na = Double.NaN;

def rng = if bn == 1 then 0
else if XLE_Range_1_start then 1
else if XLE_Range_1_end then 0
else rng[1];


def lastbar = HighestAll(if !IsNaN(A) then bn else na);

def look_back_bars_max = lastbar - HighestAll(if XLE_Range_1_start then bn else na);
def look_back_bars_min = lastbar - HighestAll(if XLE_Range_1_end then bn else na);

# is the current bar within the lookback quantity of bars? true/false

# highest
def hi = fold i = 0 to look_back_bars_max
with p
do if !rng then 0 else if GetValue(A, (bn - (lastbar - i))) > p then GetValue(A, (bn - (lastbar - i))) else p;

plot hix = if !rng then na else HighestAll(hi);
hix.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
hix.SetHiding(hideplots);

# lowest
def lolo = LowestAll(if rng then B else na);
plot lox = if !rng then na else lolo;
lox.SetPaintingStrategy(PaintingStrategy.HORIZONTAL);
lox.SetHiding(hideplots);

AddVerticalLine((verticals and (XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

DefineGlobalColor("Cloud", Color.LIGHT_GRAY);

AddCloud( hix, lox, color1 = GlobalColor("Cloud"));

#
Click to expand...

Yes, that works! Since you are using constants (A,B,C) you do not need the fold code and could simpy use something like the following

Code: 
declare lower;


def A = 1.0;
def B = 0.5;
plot C = 0.0;


input XLE_start1 = 20240112;
input XLE_end1  = 20240212;
input hideplots = yes;
input verticals = yes;

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def bn = BarNumber();
def na = Double.NaN;

def rng = if bn == 1 then 0
else if XLE_Range_1_start then 1
else if XLE_Range_1_end then 0
else rng[1];

def hix = if !rng then na else A;
def lox = if !rng then na else B;

AddVerticalLine((verticals and (XLE_Range_1_start)), "XLE begin", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1_end)), "XLE end", Color.YELLOW, Curve.FIRM);

DefineGlobalColor("Cloud", Color.LIGHT_GRAY);

AddCloud(hix, lox, color1 = GlobalColor("Cloud"));

#
Click to expand...
 
Last edited:
Upvote 0 Downvote
SleepyZ said:
Yes, that works! Since you are using constants (A,B,C) you do not need the fold code and could simpy use something like the following
Click to expand...
I went ahead and modified again. It works. My end goal is to use it as customizable seasonality chart. I'm currently viewing on a Daily chart for 1 year, but would like to view the specific dates in prior years as well. Is this possible?


declare lower;

input XLE_start1 = 20240210;
input XLE_end1 = 20240530;

input XLE_start2 = 20240815;
input XLE_end2 = 20240915;

input XLE_start3 = 20241115;
input XLE_end3 = 20241222;

input TOP = 0.9;
input BTM = 0.85;

input hideplots = yes;
input verticals = yes;

plot HIGH = 1.0;
HIGH.SetDefaultColor(CreateColor(025, 025, 025));
plot LOW = 0.0;
LOW.SetDefaultColor(CreateColor (025, 025, 025));

#----------------------------------------------------------------------------------------------------------- >>>

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1 and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def XLE_Range_2_start = (GetYYYYMMDD()[1] < XLE_start2 and GetYYYYMMDD() >= XLE_start2);
def XLE_Range_2_end = (GetYYYYMMDD() <= XLE_end2 and GetYYYYMMDD()[-1] > XLE_end2);

def XLE_Range_3_start = (GetYYYYMMDD()[1] < XLE_start3 and GetYYYYMMDD() >= XLE_start3);
def XLE_Range_3_end = (GetYYYYMMDD() <= XLE_end3 and GetYYYYMMDD()[-1] > XLE_end3);

def bn = BarNumber();
def na = Double.NaN;

def rng = if bn == 1 then 0
else if XLE_Range_1_start or XLE_Range_2_start or XLE_Range_3_start then 1
else if XLE_Range_1_end or XLE_Range_2_end or XLE_Range_3_end then 0
else rng[1];

#----------------------------------------------------------------------------------------------------------- >>>

def lastbar = HighestAll(if !IsNaN(TOP) then bn else na);

def look_back_bars_max = lastbar - HighestAll(if XLE_Range_1_start or XLE_Range_2_start or XLE_Range_3_start then bn else na);
def look_back_bars_min = lastbar - HighestAll(if XLE_Range_1_end or XLE_Range_2_end or XLE_Range_3_end then bn else na);

def hix = if !rng then na else TOP;
def lox = if !rng then na else BTM;

#----------------------------------------------------------------------------------------------------------- >>>

AddVerticalLine((verticals and (XLE_Range_1_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_2_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_2_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_3_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_3_end)), " END", Color.YELLOW, Curve.FIRM);

DefineGlobalColor("Cloud", CreateColor( 255, 255, 000 ) );
AddCloud( hix, lox, color1 = GlobalColor("Cloud"));

AddChartBubble(XLE_Range_1_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_2_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_3_start, TOP, "XLE", GlobalColor("Cloud"), no);
2.png



2.png
 
Last edited:
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timetraveler said:
I went ahead and modified again. It works. My end goal is to use it as customizable seasonality chart. I'm currently viewing on a Daily chart for 1 year, but would like to view the specific dates in prior years as well. Is this possible?
Click to expand...

If you were looking for these 2024 dates to appear for those 1 year back, then the following addition should help

1. To find the year back from the input dates was done by subtracting 10000 from each input date.
2. A years_back input was added to allow easier addition of years, if desired.
3. To make additional years_back, Add the following snippet to your full code
3a. Change all of the 'a' added to each part of the snippet to 'b', etc for each additonal year. See bold examples in snippet code

[Examples
input years_backa = 1;
def XLE_Range_1a_start = (GetYYYYMMDD()[1] < (XLE_start1-10000-years_backa) and GetYYYYMMDD() >= (XLE_start1)-10000-years_backa) ;

3b. Change years_back to next years back .


Snippet code added to full script
Code: 
############
input years_backa = 1;
def XLE_Range_1a_start = (GetYYYYMMDD()[1] < (XLE_start1-10000-years_backa)  and GetYYYYMMDD() >= (XLE_start1)-10000-years_backa) ;
def XLE_Range_1a_end = (GetYYYYMMDD() <= (XLE_end1-10000-years_backa)  and GetYYYYMMDD()[-1] > (XLE_end1)-10000-years_backa) ;

def XLE_Range_2a_start = (GetYYYYMMDD()[1] < (XLE_start2-10000-years_backa)  and GetYYYYMMDD() >= (XLE_start2-10000-years_backa) );
def XLE_Range_2a_end = (GetYYYYMMDD() <= (XLE_end2-10000-years_backa) and GetYYYYMMDD()[-1] > (XLE_end2-10000-years_backa) );

def XLE_Range_3a_start = (GetYYYYMMDD()[1] < (XLE_start3-10000-years_backa)  and GetYYYYMMDD() >= (XLE_start3-10000-years_backa) );
def XLE_Range_3a_end = (GetYYYYMMDD() <= (XLE_end3-10000-years_backa)  and GetYYYYMMDD()[-1] > (XLE_end3-10000-years_backa) );


def rng1a = if bn == 1 then 0
else if XLE_Range_1a_start or XLE_Range_2a_start or XLE_Range_3a_start then 1
else if XLE_Range_1a_end or XLE_Range_2a_end or XLE_Range_3a_end then 0
else rng1a[1];

#----------------------------------------------------------------------------------------------------------- >>>

def hixa = if !rng1a then na else TOP;
def loxa = if !rng1a then na else BTM;

#----------------------------------------------------------------------------------------------------------- >>>

AddVerticalLine((verticals and (XLE_Range_1a_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1a_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_2a_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_2a_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_3a_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_3a_end)), " END", Color.YELLOW, Curve.FIRM);


DefineGlobalColor("Cloud", CreateColor( 255, 255, 000 ) );
AddCloud( hixa, loxa, color1 = GlobalColor("Cloud"));

AddChartBubble(XLE_Range_1a_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_2a_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_3a_start, TOP, "XLE", GlobalColor("Cloud"), no);

#
Click to expand...

The full code is below

Screenshot 2024-02-26 152448.png
Code: 
declare lower;


input XLE_start1 = 20240210;
input XLE_end1 = 20240530;

input XLE_start2 = 20240815;
input XLE_end2 = 20240915;

input XLE_start3 = 20241115;
input XLE_end3 = 20241222;

input TOP = 0.9;
input BTM = 0.85;

input hideplots = yes;
input verticals = yes;

plot HIGH = 1.0;
HIGH.SetDefaultColor(CreateColor(025, 025, 025));
plot LOW = 0.0;
LOW.SetDefaultColor(CreateColor (025, 025, 025));

#----------------------------------------------------------------------------------------------------------- >>>

def XLE_Range_1_start = (GetYYYYMMDD()[1] < XLE_start1  and GetYYYYMMDD() >= XLE_start1);
def XLE_Range_1_end = (GetYYYYMMDD() <= XLE_end1 and GetYYYYMMDD()[-1] > XLE_end1);

def XLE_Range_2_start = (GetYYYYMMDD()[1] < XLE_start2 and GetYYYYMMDD() >= XLE_start2);
def XLE_Range_2_end = (GetYYYYMMDD() <= XLE_end2 and GetYYYYMMDD()[-1] > XLE_end2);

def XLE_Range_3_start = (GetYYYYMMDD()[1] < XLE_start3 and GetYYYYMMDD() >= XLE_start3);
def XLE_Range_3_end = (GetYYYYMMDD() <= XLE_end3 and GetYYYYMMDD()[-1] > XLE_end3);

def bn = BarNumber();
def na = Double.NaN;

def rng = if bn == 1 then 0
else if XLE_Range_1_start or XLE_Range_2_start or XLE_Range_3_start then 1
else if XLE_Range_1_end or XLE_Range_2_end or XLE_Range_3_end then 0
else rng[1];

#----------------------------------------------------------------------------------------------------------- >>>

def hix = if !rng then na else TOP;
def lox = if !rng then na else BTM;

#----------------------------------------------------------------------------------------------------------- >>>

AddVerticalLine((verticals and (XLE_Range_1_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_2_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_2_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_3_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_3_end)), " END", Color.YELLOW, Curve.FIRM);

DefineGlobalColor("Cloud", CreateColor( 255, 255, 000 ) );
AddCloud( hix, lox, color1 = GlobalColor("Cloud"));

AddChartBubble(XLE_Range_1_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_2_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_3_start, TOP, "XLE", GlobalColor("Cloud"), no);

############
input years_backa = 1;
def XLE_Range_1a_start = (GetYYYYMMDD()[1] < (XLE_start1-10000-years_backa)  and GetYYYYMMDD() >= (XLE_start1)-10000-years_backa) ;
def XLE_Range_1a_end = (GetYYYYMMDD() <= (XLE_end1-10000-years_backa)  and GetYYYYMMDD()[-1] > (XLE_end1)-10000-years_backa) ;

def XLE_Range_2a_start = (GetYYYYMMDD()[1] < (XLE_start2-10000-years_backa)  and GetYYYYMMDD() >= (XLE_start2-10000-years_backa) );
def XLE_Range_2a_end = (GetYYYYMMDD() <= (XLE_end2-10000-years_backa) and GetYYYYMMDD()[-1] > (XLE_end2-10000-years_backa) );

def XLE_Range_3a_start = (GetYYYYMMDD()[1] < (XLE_start3-10000-years_backa)  and GetYYYYMMDD() >= (XLE_start3-10000-years_backa) );
def XLE_Range_3a_end = (GetYYYYMMDD() <= (XLE_end3-10000-years_backa)  and GetYYYYMMDD()[-1] > (XLE_end3-10000-years_backa) );


def rng1a = if bn == 1 then 0
else if XLE_Range_1a_start or XLE_Range_2a_start or XLE_Range_3a_start then 1
else if XLE_Range_1a_end or XLE_Range_2a_end or XLE_Range_3a_end then 0
else rng1a[1];

#----------------------------------------------------------------------------------------------------------- >>>

def hixa = if !rng1a then na else TOP;
def loxa = if !rng1a then na else BTM;

#----------------------------------------------------------------------------------------------------------- >>>

AddVerticalLine((verticals and (XLE_Range_1a_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_1a_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_2a_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_2a_end)), " END", Color.YELLOW, Curve.FIRM);

AddVerticalLine((verticals and (XLE_Range_3a_start)), " BEGIN", Color.YELLOW, Curve.FIRM);
AddVerticalLine((verticals and (XLE_Range_3a_end)), " END", Color.YELLOW, Curve.FIRM);


DefineGlobalColor("Cloud", CreateColor( 255, 255, 000 ) );
AddCloud( hixa, loxa, color1 = GlobalColor("Cloud"));

AddChartBubble(XLE_Range_1a_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_2a_start, TOP, "XLE", GlobalColor("Cloud"), no);
AddChartBubble(XLE_Range_3a_start, TOP, "XLE", GlobalColor("Cloud"), no);

#
Click to expand...
 
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