Linear Regression Histogram [LuxAlgo] For ThinkOrSwim

ALEK$TO$

ALEK$TO$

New member
This indicator is inspired by traditional statistical histograms. It will return the number of occurrences of price falling within each interval of the linear regression channel. This can be useful to highlight zones of interest within a trend.

FZHcTSU.png



Original Tradingview Code: https://www.tradingview.com/script/1nJPItpz-Linear-Regression-Histogram-LUX/
New ThinkOrSwim Code: see next post
 
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ALEK$TO$ said:
This was made for TradingView but Id really like to apply it to TOS... Thank you
https://www.tradingview.com/script/1nJPItpz-Linear-Regression-Histogram-LUX/
Ruby: 
// This work is licensed under a Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) https://creativecommons.org/licenses/by-nc-sa/4.0/
// © LuxAlgo

//@version=5
indicator("Linear Regression Histogram [LuxAlgo]",overlay=true,max_lines_count=500,max_bars_back=500)
length = input.int(100,maxval=500)
bins   = input.int(10,'Bins Number')
mult   = input.float(2.)
src    = input(close)

show_hist = input(true,'Show Histogram',group='Style')
dn_col    = input.color(#ff1100,'Channel Color',group='Style',inline='channel')
up_col    = input.color(#2157f3,'',group='Style',inline='channel')
hist_col  = input.color(#ff5d00,'Histogram Bins Color',group='Style')
//----
var l_reg = array.new_line(0)
var l_hist = array.new_line(0)

lset(l,x1,y1,x2,y2,col)=>
    line.set_xy1(l,x1,y1)
    line.set_xy2(l,x2,y2)
    line.set_color(l,col)

if barstate.isfirst
    for i = 1 to bins
        array.push(l_reg,line.new(na,na,na,na))
        array.push(l_hist,line.new(na,na,na,na))
//----
n = bar_index
v = ta.variance(src,length)
r = ta.correlation(src,n,length)

alpha = r*(math.sqrt(v)/ta.stdev(n,length))
beta = ta.sma(src,length) - alpha*ta.sma(n,length)

mad = math.sqrt(v - v*math.pow(r,2))*mult
//----
if barstate.islast
    a = alpha*(n-length+1) + beta - mad
    b = alpha*n + beta - mad
  
    for i = 0 to bins-2
        k = i/(bins-1)
        wmad = k*mad*2
      
        css = color.from_gradient(k,0,1,dn_col,up_col)
        lset(array.get(l_reg,i),n-length+1,a+wmad,n,b+wmad,css)
      
        if show_hist
            sum = 0.
            for j = 0 to length-1
                K = (i+1)/(bins-1)
                upper = alpha*(n-j) + beta - mad + (K*mad*2)
                lower = alpha*(n-j) + beta - mad + wmad
                sum := src[j] > lower and src[j] < upper ? sum + 1 : sum
              
            lset(array.get(l_hist,i),n,b+wmad,n+int(sum),b+wmad,hist_col)
  
    lset(array.get(l_reg,bins-1),n-length+1,a+mad*2,n,b+mad*2,up_col)
Click to expand...
check the below:

CSS: 
#// Indicator for TOS
#// © LuxAlgo
#indicator("Linear Regression Histogram [LuxAlgo]",overlay=true,
# Converted by Sam4Cok@Samer800    - 08/2024

input length = 100; #,maxval=500)
input BinsNumber   = 10; #,'Bins Number')
input mult   = 2.0;
input src    = close;
input ShowHistogram = yes; #(true,'Show Histogram',group='Style')

def na = Double.NaN;
def last = isNaN(close);
def hist = if ShowHistogram then last else no;
def bins = Min(Max(BinsNumber, 2), 10);
def bar = BarNumber();
def n = if !last then bar else if(n[1], n[1], 1);

def v = Sqr(StDev(src, length));
def r = Correlation(src, bar, length );

def alpha = r * (sqrt(v)/ stdev(bar,length));
def beta = Average(src,length) - alpha * Average(bar,length);
def mad = sqrt(v -  v * Sqr(r)) * mult;

def wmad0; def wmad1; def wmad2; def wmad3; def wmad4; def a;
def wmad5; def wmad6; def wmad7; def wmad8; def wmad9; def b;
def sum0; def sum1; def sum2; def sum3; def sum4;
def sum5; def sum6; def sum7; def sum8; def sum9;
def col0; def col1; def col2; def col3; def col4;
def col5; def col6; def col7; def col8; def col9;
if last[-1] {
    a = alpha *(n - length + 1) + beta - mad;
    b = alpha * n + beta - mad;
    col0 = 0/(bins-1);
    col1 = 1/(bins-1);
    col2 = if bins < 3 then na else 2/(bins-1);
    col3 = if bins < 4 then na else 3/(bins-1);
    col4 = if bins < 5 then na else 4/(bins-1);
    col5 = if bins < 6 then na else 5/(bins-1);
    col6 = if bins < 7 then na else 6/(bins-1);
    col7 = if bins < 8 then na else 7/(bins-1);
    col8 = if bins < 9 then na else 8/(bins-1);
    col9 = if bins < 10 then na else 9/(bins-1);
    wmad0 = col0 * mad * 2;
    wmad1 = col1 * mad * 2;
    wmad2 = col2 * mad * 2;
    wmad3 = col3 * mad * 2;
    wmad4 = col4 * mad * 2;
    wmad5 = col5 * mad * 2;
    wmad6 = col6 * mad * 2;
    wmad7 = col7 * mad * 2;
    wmad8 = col8 * mad * 2;
    wmad9 = col9 * mad * 2;
    sum0 = fold j0 = 0 to length with p0 do
           p0 + (if (src[j0] > (alpha*(n-j0) + beta - mad + wmad0) and
                     src[j0] < (alpha*(n-j0) + beta - mad + (((0+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum1 = fold j1 = 0 to length with p1 do
           p1 + (if (src[j1] > (alpha*(n-j1) + beta - mad + wmad1) and
                     src[j1] < (alpha*(n-j1) + beta - mad + (((1+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum2 = fold j2 = 0 to length with p2 do
           p2 + (if (src[j2] > (alpha*(n-j2) + beta - mad + wmad2) and
                     src[j2] < (alpha*(n-j2) + beta - mad + (((2+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum3 = fold j3 = 0 to length with p3 do
           p3 + (if (src[j3] > (alpha*(n-j3) + beta - mad + wmad3) and
                     src[j3] < (alpha*(n-j3) + beta - mad + (((3+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum4 = fold j4 = 0 to length with p4 do
           p4 + (if (src[j4] > (alpha*(n-j4) + beta - mad + wmad4) and
                     src[j4] < (alpha*(n-j4) + beta - mad + (((4+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum5 = fold j5 = 0 to length with p5 do
           p5 + (if (src[j5] > (alpha*(n-j5) + beta - mad + wmad5) and
                     src[j5] < (alpha*(n-j5) + beta - mad + (((5+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum6 = fold j6 = 0 to length with p6 do
           p6 + (if (src[j6] > (alpha*(n-j6) + beta - mad + wmad6) and
                     src[j6] < (alpha*(n-j6) + beta - mad + (((6+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum7 = fold j7 = 0 to length with p7 do
           p7 + (if (src[j7] > (alpha*(n-j7) + beta - mad + wmad7) and
                     src[j7] < (alpha*(n-j7) + beta - mad + (((7+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum8 = fold j8 = 0 to length with p8 do
           p8 + (if (src[j8] > (alpha*(n-j8) + beta - mad + wmad8) and
                     src[j8] < (alpha*(n-j8) + beta - mad + (((8+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum9 = fold j9 = 0 to length with p9 do
           p9 + (if (src[j9] > (alpha*(n-j9) + beta - mad + wmad9) and
                     src[j9] < (alpha*(n-j9) + beta - mad + (((9+1)/(bins-1)) * mad*2))) then 1 else 0);
    } else {
    a = a[1];
    b = b[1];
    col0 = col0[1];
    col1 = col1[1];
    col2 = col2[1];
    col3 = col3[1];
    col4 = col4[1];
    col5 = col5[1];
    col6 = col6[1];
    col7 = col7[1];
    col8 = col8[1];
    col9 = col9[1];
    wmad0 = wmad0[1];
    wmad1 = wmad1[1];
    wmad2 = wmad2[1];
    wmad3 = wmad3[1];
    wmad4 = wmad4[1];
    wmad5 = wmad5[1];
    wmad6 = wmad6[1];
    wmad7 = wmad7[1];
    wmad8 = wmad8[1];
    wmad9 = wmad9[1];
    sum0  = sum0[1];
    sum1  = sum1[1];
    sum2  = sum2[1];
    sum3  = sum3[1];
    sum4  = sum4[1];
    sum5  = sum5[1];
    sum6  = sum6[1];
    sum7  = sum7[1];
    sum8  = sum8[1];
    sum9  = sum9[1];
}

Script drawLine {
input priceStart = close;
input priceEnd = close;
input length = 100;
input sum = 0;
    def last = isNaN(close);
    def b = if last[-1] then highestAll(sum) else b[1];
    def x = x[1] + 1;
    def x1 = if !last then x else x1[1];
    def x2 = if x1 == (highestAll(x1)- length+1) then x1 else x2[1];
    def y1 = if last[-1] then priceEnd else y1[1];
    def y2 = if x1 == HighestAll(x2) then highestall(priceStart) else y2[1];
    def x22= highestall(x2);
    def y11= highestall(y1);
    def slope = (y11 - y2)/ (length +1);
    def base = y2 + ((x1 - x22) * slope);
    plot line=  if x1 >= x22 and base and GetValue(!last, b) then base else Double.NaN;
}
def l0 = drawLine(a + wmad0, b + wmad0, length, sum0);
def l1 = drawLine(a + wmad1, b + wmad1, length, sum1);
def l2 = drawLine(a + wmad2, b + wmad2, length, sum2);
def l3 = drawLine(a + wmad3, b + wmad3, length, sum3);
def l4 = drawLine(a + wmad4, b + wmad4, length, sum4);
def l5 = drawLine(a + wmad5, b + wmad5, length, sum5);
def l6 = drawLine(a + wmad6, b + wmad6, length, sum6);
def l7 = drawLine(a + wmad7, b + wmad7, length, sum7);
def l8 = drawLine(a + wmad8, b + wmad8, length, sum8);
def l9 = drawLine(a + wmad9, b + wmad9, length, sum9);

plot linReg0 = if last then na else l0;
plot linReg1 = if last then na else l1;
plot linReg2 = if last then na else l2;
plot linReg3 = if last then na else l3;
plot linReg4 = if last then na else l4;
plot linReg5 = if last then na else l5;
plot linReg6 = if last then na else l6;
plot linReg7 = if last then na else l7;
plot linReg8 = if last then na else l8;
plot linReg9 = if last then na else l9;

plot linRegH0 = if !hist then na else l0;
plot linRegH1 = if !hist then na else l1;
plot linRegH2 = if !hist then na else l2;
plot linRegH3 = if !hist then na else l3;
plot linRegH4 = if !hist then na else l4;
plot linRegH5 = if !hist then na else l5;
plot linRegH6 = if !hist then na else l6;
plot linRegH7 = if !hist then na else l7;
plot linRegH8 = if !hist then na else l8;
plot linRegH9 = if !hist then na else l9;

def col11 = if last[-length] then highestAll(col1) else col11[1];
def col22 = if last[-length] then highestAll(col2) else col22[1];
def col33 = if last[-length] then highestAll(col3) else col33[1];
def col44 = if last[-length] then highestAll(col4) else col44[1];
def col55 = if last[-length] then highestAll(col5) else col55[1];
def col66 = if last[-length] then highestAll(col6) else col66[1];
def col77 = if last[-length] then highestAll(col7) else col77[1];
def col88 = if last[-length] then highestAll(col8) else col88[1];

linReg0.SetDefaultColor(Color.RED);
linReg1.AssignValueColor(CreateColor(255-col11*255, col11*255, col11*255));
linReg2.AssignValueColor(CreateColor(255-col22*255, col22*255, col22*255));
linReg3.AssignValueColor(CreateColor(255-col33*255, col33*255, col33*255));
linReg4.AssignValueColor(CreateColor(255-col44*255, col44*255, col44*255));
linReg5.AssignValueColor(CreateColor(255-col55*255, col55*255, col55*255));
linReg6.AssignValueColor(CreateColor(255-col66*255, col66*255, col66*255));
linReg7.AssignValueColor(CreateColor(255-col77*255, col77*255, col77*255));
linReg8.AssignValueColor(CreateColor(255-col88*255, col88*255, col88*255));
linReg9.AssignValueColor(Color.CYAN);

linRegH0.setDefaultColor(GetColor(7));
linRegH1.setDefaultColor(GetColor(7));
linRegH2.setDefaultColor(GetColor(7));
linRegH3.setDefaultColor(GetColor(7));
linRegH4.setDefaultColor(GetColor(7));
linRegH5.setDefaultColor(GetColor(7));
linRegH6.setDefaultColor(GetColor(7));
linRegH7.setDefaultColor(GetColor(7));
linRegH8.setDefaultColor(GetColor(7));
linRegH9.setDefaultColor(GetColor(7));
linRegH0.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH1.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH2.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH3.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH4.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH5.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH6.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH7.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH8.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH9.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);

# End of CODE
 
samer800 said:
check the below:

CSS: 
#// Indicator for TOS
#// © LuxAlgo
#indicator("Linear Regression Histogram [LuxAlgo]",overlay=true,
# Converted by Sam4Cok@Samer800    - 08/2024

input length = 100; #,maxval=500)
input BinsNumber   = 10; #,'Bins Number')
input mult   = 2.0;
input src    = close;
input ShowHistogram = yes; #(true,'Show Histogram',group='Style')

def na = Double.NaN;
def last = isNaN(close);
def hist = if ShowHistogram then last else no;
def bins = Min(Max(BinsNumber, 2), 10);
def bar = BarNumber();
def n = if !last then bar else if(n[1], n[1], 1);

def v = Sqr(StDev(src, length));
def r = Correlation(src, bar, length );

def alpha = r * (sqrt(v)/ stdev(bar,length));
def beta = Average(src,length) - alpha * Average(bar,length);
def mad = sqrt(v -  v * Sqr(r)) * mult;

def wmad0; def wmad1; def wmad2; def wmad3; def wmad4; def a;
def wmad5; def wmad6; def wmad7; def wmad8; def wmad9; def b;
def sum0; def sum1; def sum2; def sum3; def sum4;
def sum5; def sum6; def sum7; def sum8; def sum9;
def col0; def col1; def col2; def col3; def col4;
def col5; def col6; def col7; def col8; def col9;
if last[-1] {
    a = alpha *(n - length + 1) + beta - mad;
    b = alpha * n + beta - mad;
    col0 = 0/(bins-1);
    col1 = 1/(bins-1);
    col2 = if bins < 3 then na else 2/(bins-1);
    col3 = if bins < 4 then na else 3/(bins-1);
    col4 = if bins < 5 then na else 4/(bins-1);
    col5 = if bins < 6 then na else 5/(bins-1);
    col6 = if bins < 7 then na else 6/(bins-1);
    col7 = if bins < 8 then na else 7/(bins-1);
    col8 = if bins < 9 then na else 8/(bins-1);
    col9 = if bins < 10 then na else 9/(bins-1);
    wmad0 = col0 * mad * 2;
    wmad1 = col1 * mad * 2;
    wmad2 = col2 * mad * 2;
    wmad3 = col3 * mad * 2;
    wmad4 = col4 * mad * 2;
    wmad5 = col5 * mad * 2;
    wmad6 = col6 * mad * 2;
    wmad7 = col7 * mad * 2;
    wmad8 = col8 * mad * 2;
    wmad9 = col9 * mad * 2;
    sum0 = fold j0 = 0 to length with p0 do
           p0 + (if (src[j0] > (alpha*(n-j0) + beta - mad + wmad0) and
                     src[j0] < (alpha*(n-j0) + beta - mad + (((0+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum1 = fold j1 = 0 to length with p1 do
           p1 + (if (src[j1] > (alpha*(n-j1) + beta - mad + wmad1) and
                     src[j1] < (alpha*(n-j1) + beta - mad + (((1+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum2 = fold j2 = 0 to length with p2 do
           p2 + (if (src[j2] > (alpha*(n-j2) + beta - mad + wmad2) and
                     src[j2] < (alpha*(n-j2) + beta - mad + (((2+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum3 = fold j3 = 0 to length with p3 do
           p3 + (if (src[j3] > (alpha*(n-j3) + beta - mad + wmad3) and
                     src[j3] < (alpha*(n-j3) + beta - mad + (((3+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum4 = fold j4 = 0 to length with p4 do
           p4 + (if (src[j4] > (alpha*(n-j4) + beta - mad + wmad4) and
                     src[j4] < (alpha*(n-j4) + beta - mad + (((4+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum5 = fold j5 = 0 to length with p5 do
           p5 + (if (src[j5] > (alpha*(n-j5) + beta - mad + wmad5) and
                     src[j5] < (alpha*(n-j5) + beta - mad + (((5+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum6 = fold j6 = 0 to length with p6 do
           p6 + (if (src[j6] > (alpha*(n-j6) + beta - mad + wmad6) and
                     src[j6] < (alpha*(n-j6) + beta - mad + (((6+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum7 = fold j7 = 0 to length with p7 do
           p7 + (if (src[j7] > (alpha*(n-j7) + beta - mad + wmad7) and
                     src[j7] < (alpha*(n-j7) + beta - mad + (((7+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum8 = fold j8 = 0 to length with p8 do
           p8 + (if (src[j8] > (alpha*(n-j8) + beta - mad + wmad8) and
                     src[j8] < (alpha*(n-j8) + beta - mad + (((8+1)/(bins-1)) * mad*2))) then 1 else 0);
    sum9 = fold j9 = 0 to length with p9 do
           p9 + (if (src[j9] > (alpha*(n-j9) + beta - mad + wmad9) and
                     src[j9] < (alpha*(n-j9) + beta - mad + (((9+1)/(bins-1)) * mad*2))) then 1 else 0);
    } else {
    a = a[1];
    b = b[1];
    col0 = col0[1];
    col1 = col1[1];
    col2 = col2[1];
    col3 = col3[1];
    col4 = col4[1];
    col5 = col5[1];
    col6 = col6[1];
    col7 = col7[1];
    col8 = col8[1];
    col9 = col9[1];
    wmad0 = wmad0[1];
    wmad1 = wmad1[1];
    wmad2 = wmad2[1];
    wmad3 = wmad3[1];
    wmad4 = wmad4[1];
    wmad5 = wmad5[1];
    wmad6 = wmad6[1];
    wmad7 = wmad7[1];
    wmad8 = wmad8[1];
    wmad9 = wmad9[1];
    sum0  = sum0[1];
    sum1  = sum1[1];
    sum2  = sum2[1];
    sum3  = sum3[1];
    sum4  = sum4[1];
    sum5  = sum5[1];
    sum6  = sum6[1];
    sum7  = sum7[1];
    sum8  = sum8[1];
    sum9  = sum9[1];
}

Script drawLine {
input priceStart = close;
input priceEnd = close;
input length = 100;
input sum = 0;
    def last = isNaN(close);
    def b = if last[-1] then highestAll(sum) else b[1];
    def x = x[1] + 1;
    def x1 = if !last then x else x1[1];
    def x2 = if x1 == (highestAll(x1)- length+1) then x1 else x2[1];
    def y1 = if last[-1] then priceEnd else y1[1];
    def y2 = if x1 == HighestAll(x2) then highestall(priceStart) else y2[1];
    def x22= highestall(x2);
    def y11= highestall(y1);
    def slope = (y11 - y2)/ (length +1);
    def base = y2 + ((x1 - x22) * slope);
    plot line=  if x1 >= x22 and base and GetValue(!last, b) then base else Double.NaN;
}
def l0 = drawLine(a + wmad0, b + wmad0, length, sum0);
def l1 = drawLine(a + wmad1, b + wmad1, length, sum1);
def l2 = drawLine(a + wmad2, b + wmad2, length, sum2);
def l3 = drawLine(a + wmad3, b + wmad3, length, sum3);
def l4 = drawLine(a + wmad4, b + wmad4, length, sum4);
def l5 = drawLine(a + wmad5, b + wmad5, length, sum5);
def l6 = drawLine(a + wmad6, b + wmad6, length, sum6);
def l7 = drawLine(a + wmad7, b + wmad7, length, sum7);
def l8 = drawLine(a + wmad8, b + wmad8, length, sum8);
def l9 = drawLine(a + wmad9, b + wmad9, length, sum9);

plot linReg0 = if last then na else l0;
plot linReg1 = if last then na else l1;
plot linReg2 = if last then na else l2;
plot linReg3 = if last then na else l3;
plot linReg4 = if last then na else l4;
plot linReg5 = if last then na else l5;
plot linReg6 = if last then na else l6;
plot linReg7 = if last then na else l7;
plot linReg8 = if last then na else l8;
plot linReg9 = if last then na else l9;

plot linRegH0 = if !hist then na else l0;
plot linRegH1 = if !hist then na else l1;
plot linRegH2 = if !hist then na else l2;
plot linRegH3 = if !hist then na else l3;
plot linRegH4 = if !hist then na else l4;
plot linRegH5 = if !hist then na else l5;
plot linRegH6 = if !hist then na else l6;
plot linRegH7 = if !hist then na else l7;
plot linRegH8 = if !hist then na else l8;
plot linRegH9 = if !hist then na else l9;

def col11 = if last[-length] then highestAll(col1) else col11[1];
def col22 = if last[-length] then highestAll(col2) else col22[1];
def col33 = if last[-length] then highestAll(col3) else col33[1];
def col44 = if last[-length] then highestAll(col4) else col44[1];
def col55 = if last[-length] then highestAll(col5) else col55[1];
def col66 = if last[-length] then highestAll(col6) else col66[1];
def col77 = if last[-length] then highestAll(col7) else col77[1];
def col88 = if last[-length] then highestAll(col8) else col88[1];

linReg0.SetDefaultColor(Color.RED);
linReg1.AssignValueColor(CreateColor(255-col11*255, col11*255, col11*255));
linReg2.AssignValueColor(CreateColor(255-col22*255, col22*255, col22*255));
linReg3.AssignValueColor(CreateColor(255-col33*255, col33*255, col33*255));
linReg4.AssignValueColor(CreateColor(255-col44*255, col44*255, col44*255));
linReg5.AssignValueColor(CreateColor(255-col55*255, col55*255, col55*255));
linReg6.AssignValueColor(CreateColor(255-col66*255, col66*255, col66*255));
linReg7.AssignValueColor(CreateColor(255-col77*255, col77*255, col77*255));
linReg8.AssignValueColor(CreateColor(255-col88*255, col88*255, col88*255));
linReg9.AssignValueColor(Color.CYAN);

linRegH0.setDefaultColor(GetColor(7));
linRegH1.setDefaultColor(GetColor(7));
linRegH2.setDefaultColor(GetColor(7));
linRegH3.setDefaultColor(GetColor(7));
linRegH4.setDefaultColor(GetColor(7));
linRegH5.setDefaultColor(GetColor(7));
linRegH6.setDefaultColor(GetColor(7));
linRegH7.setDefaultColor(GetColor(7));
linRegH8.setDefaultColor(GetColor(7));
linRegH9.setDefaultColor(GetColor(7));
linRegH0.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH1.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH2.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH3.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH4.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH5.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH6.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH7.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH8.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);
linRegH9.SetPaintingStrategy(PaintingStrategy.LINE_VS_SQUARES);

# End of CODE
Click to expand...
This is very interesting! Im going to check this out tonight during my nightly charting session. Nice work @samer800, as always.
 
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