LinReg MTF More TFs

// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © goodgains


//@version=5
indicator("LinReg MTF More TFs", overlay=true)

// @keywords: linreg-mtf-more-tfs, linear-regression, multi-timeframe, linreg-bands, deviation-bands, upper-band, lower-band, midline, request-security, wma, sma, band-fill, trend-lines, price-labels, status-table, twelve-timeframes, intraday-daily, above-band-alerts, below-band-alerts, line-extension

//CHOOSE ALERTS
ALERT_GROUP1 = input.bool(true, 'M5 , M15', group = 'Choose Active Alerts', inline = '1')
ALERT_GROUP2 = input.bool(true, 'M5 , M15 , H1', group = 'Choose Active Alerts', inline = '2')
ALERT_GROUP3 = input.bool(true, 'M5 , M15 , H1 , H4', group = 'Choose Active Alerts', inline = '3')
ALERT_GROUP4 = input.bool(true, 'H4 , H6 , H8 , H10 , H12', group = 'Choose Active Alerts', inline = '4')
ALERT_GROUP5 = input.bool(false, 'H4 , H6 , H8 , H10 , H12 , D1 , D3', group = 'Choose Active Alerts', inline = '5')


//
//TF1
//
use_TF1 = input.bool(true, title = 'Show M5 ', inline='1', group='M5 Settings') 
TF1_timeframe = "5"
TF1_price = input.source(close, inline='1', title = ' ',  group='M5 Settings') 
TF1_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='M5 Settings') 
TF1_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='M5 Settings') 
TF1_color = input.color(color.new(#ffee58, 0), title='Color', inline='4', group='M5 Settings') 
TF1_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='M5 Settings') 
TF1_width = input.int(1, title = 'Width', minval = 1, maxval = 5, inline='5', group='M5 Settings') 
TF1_bg = input.int(90, minval = 0, maxval = 100, title = 'Background Transparency', inline='4', group='M5 Settings') 
TF1_extendStyle = switch
    TF1_extend == "Both" => extend.both
    TF1_extend == "Left" => extend.left
    TF1_extend == "Right" => extend.right
    => extend.none
//
//TF2
//
use_TF2 = input.bool(true, title = 'Show M15 ', inline='1', group='M15 Settings') 
TF2_timeframe = "15"
TF2_price = input.source(close, inline='1', title = ' ',  group='M15 Settings') 
TF2_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='M15 Settings') 
TF2_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='M15 Settings') 
TF2_color = input.color(color.new(#ff9800, 0), title='Color', inline='4', group='M15 Settings') 
TF2_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='M15 Settings') 
TF2_width = input.int(3, title = 'Width', minval = 1, maxval = 5, inline='5', group='M15 Settings') 
TF2_bg = input.int(82, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='M15 Settings') 
TF2_extendStyle = switch
    TF2_extend == "Both" => extend.both
    TF2_extend == "Left" => extend.left
    TF2_extend == "Right" => extend.right
    => extend.none
//
//TF3
//
use_TF3 = input.bool(true, title = 'Show H1 ', inline='1', group='H1 Settings') 
TF3_timeframe = "60"
TF3_price = input.source(close, inline='1', title = ' ',  group='H1 Settings') 
TF3_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H1 Settings') 
TF3_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H1 Settings') 
TF3_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H1 Settings') 
TF3_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H1 Settings') 
TF3_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H1 Settings') 
TF3_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H1 Settings') 
TF3_extendStyle = switch
    TF3_extend == "Both" => extend.both
    TF3_extend == "Left" => extend.left
    TF3_extend == "Right" => extend.right
    => extend.none
//
//TF4
//
use_TF4 = input.bool(true, title = 'Show H2 ', inline='1', group='H2 Settings') 
TF4_timeframe = "120"
TF4_price = input.source(close, inline='1', title = ' ',  group='H2 Settings') 
TF4_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H2 Settings') 
TF4_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H2 Settings') 
TF4_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H2 Settings') 
TF4_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H2 Settings') 
TF4_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H2 Settings') 
TF4_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H2 Settings') 
TF4_extendStyle = switch
    TF4_extend == "Both" => extend.both
    TF4_extend == "Left" => extend.left
    TF4_extend == "Right" => extend.right
    => extend.none
//
//TF5
//
use_TF5 = input.bool(true, title = 'Show H3 ', inline='1', group='H3 Settings') 
TF5_timeframe = "180"
TF5_price = input.source(close, inline='1', title = ' ',  group='H3 Settings') 
TF5_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H3 Settings') 
TF5_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H3 Settings') 
TF5_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H3 Settings') 
TF5_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H3 Settings') 
TF5_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H3 Settings') 
TF5_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H3 Settings') 
TF5_extendStyle = switch
    TF5_extend == "Both" => extend.both
    TF5_extend == "Left" => extend.left
    TF5_extend == "Right" => extend.right
    => extend.none
//
//TF6
//
use_TF6 = input.bool(true, title = 'Show H4 ', inline='1', group='H4 Settings') 
TF6_timeframe = "240"
TF6_price = input.source(close, inline='1', title = ' ',  group='H4 Settings') 
TF6_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H4 Settings') 
TF6_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H4 Settings') 
TF6_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H4 Settings') 
TF6_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H4 Settings') 
TF6_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H4 Settings') 
TF6_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H4 Settings') 
TF6_extendStyle = switch
    TF6_extend == "Both" => extend.both
    TF6_extend == "Left" => extend.left
    TF6_extend == "Right" => extend.right
    => extend.none
//
//TF7
//
use_TF7 = input.bool(true, title = 'Show H6 ', inline='1', group='H6 Settings')  
TF7_timeframe = "360"
TF7_price = input.source(close, inline='1', title = ' ',  group='H6 Settings') 
TF7_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H6 Settings') 
TF7_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H6 Settings')  
TF7_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H6 Settings') 
TF7_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H6 Settings') 
TF7_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H6 Settings') 
TF7_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H6 Settings') 
TF7_extendStyle = switch
    TF7_extend == "Both" => extend.both
    TF7_extend == "Left" => extend.left
    TF7_extend == "Right" => extend.right
    => extend.none
//
//TF8
//
use_TF8 = input.bool(true, title = 'Show H8 ', inline='1', group='H8 Settings')  
TF8_timeframe = "480"
TF8_price = input.source(close, inline='1', title = ' ',  group='H8 Settings') 
TF8_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H8 Settings') 
TF8_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H8 Settings')  
TF8_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H8 Settings') 
TF8_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H8 Settings') 
TF8_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H8 Settings') 
TF8_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H8 Settings') 
TF8_extendStyle = switch
    TF8_extend == "Both" => extend.both
    TF8_extend == "Left" => extend.left
    TF8_extend == "Right" => extend.right
    => extend.none
//
//TF9
//
use_TF9 = input.bool(true, title = 'Show H10 ', inline='1', group='H10 Settings')  
TF9_timeframe = "600"
TF9_price = input.source(close, inline='1', title = ' ',  group='H10 Settings') 
TF9_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H10 Settings') 
TF9_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H10 Settings')  
TF9_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H10 Settings') 
TF9_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H10 Settings') 
TF9_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H10 Settings') 
TF9_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H10 Settings') 
TF9_extendStyle = switch
    TF9_extend == "Both" => extend.both
    TF9_extend == "Left" => extend.left
    TF9_extend == "Right" => extend.right
    => extend.none
//
//TF10
//
use_TF10 = input.bool(true, title = 'Show H12 ', inline='1', group='H12 Settings')  
TF10_timeframe = "720"
TF10_price = input.source(close, inline='1', title = ' ',  group='H12 Settings') 
TF10_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='H12 Settings') 
TF10_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='H12 Settings')  
TF10_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='H12 Settings') 
TF10_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='H12 Settings') 
TF10_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='H12 Settings') 
TF10_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='H12 Settings') 
TF10_extendStyle = switch
    TF10_extend == "Both" => extend.both
    TF10_extend == "Left" => extend.left
    TF10_extend == "Right" => extend.right
    => extend.none
//
//TF11
//
use_TF11 = input.bool(true, title = 'Show D1 ', inline='1', group='D1 Settings')  
TF11_timeframe = "D"
TF11_price = input.source(close, inline='1', title = ' ',  group='D1 Settings') 
TF11_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='D1 Settings') 
TF11_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='D1 Settings')  
TF11_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='D1 Settings') 
TF11_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='D1 Settings') 
TF11_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='D1 Settings') 
TF11_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='D1 Settings') 
TF11_extendStyle = switch
    TF11_extend == "Both" => extend.both
    TF11_extend == "Left" => extend.left
    TF11_extend == "Right" => extend.right
    => extend.none
    //
//TF12
//
use_TF12 = input.bool(true, title = 'Show D3 ', inline='1', group='D3 Settings')  
TF12_timeframe = "3D"
TF12_price = input.source(close, inline='1', title = ' ',  group='D3 Settings') 
TF12_linreg_length = input.int(title='Length ', defval=100, inline='3', maxval = 500, minval = 10, group='D3 Settings') 
TF12_linreg_deviation = input.float(title='Deviation ', defval=2, step=0.25, minval=0.1, maxval=5.00, inline='3', group='D3 Settings')  
TF12_color = input.color(color.new(#0086ff, 0), title='Color', inline='4', group='D3 Settings') 
TF12_extend = input.string(defval = 'None', title = 'Extension', options = ['Both', 'Right', 'Left', 'None'], inline='5', group='D3 Settings') 
TF12_width = input.int(5, title = 'Width', minval = 1, maxval = 5, inline='5', group='D3 Settings') 
TF12_bg = input.int(75, minval = 0, maxval = 100, title = 'Background Transparency', inline='6', group='D3 Settings') 
TF12_extendStyle = switch
    TF12_extend == "Both" => extend.both
    TF12_extend == "Left" => extend.left
    TF12_extend == "Right" => extend.right
    => extend.none
//
//FUNCTION TO CALCULATE VALUES
//
calculate_linreg(source, length, deviation) =>
    a = ta.wma(source, length)
    b = ta.sma(source, length)
    A = 4 * b - 3 * a
    B = 3 * a - 2 * b
    m = (A - B) / (length - 1)
    
    d = 0.00
    for i = 0 to length - 1 by 1
        l = B + m * i
        d += math.pow(source[i] - l, 2)
        d
    linreg_1 = math.sqrt(d / (length - 1)) * deviation
    
    
    y1_midvalue = A + 0
    y2_midvalue = -m + (B + 0)
    
    
    y1a =  A - linreg_1
    y1b = A + linreg_1
    y2a = -m + (B - linreg_1)
    y2b = -m + (B + linreg_1)
    
    y1_uppervalue = math.max(y1a,y1b)
    y1_lowervalue = math.min(y1a,y1b)
    y2_uppervalue = math.max(y2a,y2b)
    y2_lowervalue = math.min(y2a,y2b)
    
    
    x1_value = time[length]
    
    [x1_value, y1_midvalue, y2_midvalue, y1_uppervalue, y2_uppervalue, y1_lowervalue, y2_lowervalue]
//
//

//
//FUNCTION TO DRAW LINES
//
drawLinReg(color_input, extension_input, width_input, x1_value, y1_value, y2_value, linreg_length, TF_input, draw_label, label_text) =>

    if draw_label
        label label_variable = label.new(bar_index + 5, y2_value, text=label_text + " | " + str.tostring(math.round_to_mintick(y2_value)), style=label.style_label_left, textcolor = color.black, color = color_input, textalign = text.align_left)
        label.delete(label_variable[1])
        // label.set_tooltip(label_variable, 'testing123')
        
    line line_variable = line.new(x1_value, y1_value, time, y2_value, extend = extension_input, color = color_input, width = width_input, xloc = xloc.bar_time)
    line_variable
    
//
//

[TF1_x1_value, TF1_y1_midvalue, TF1_y2_midvalue, TF1_y1_uppervalue, TF1_y2_uppervalue, TF1_y1_lowervalue, TF1_y2_lowervalue]= request.security(syminfo.tickerid, (TF1_timeframe), calculate_linreg(TF1_price, TF1_linreg_length, TF1_linreg_deviation))
[TF2_x1_value, TF2_y1_midvalue, TF2_y2_midvalue, TF2_y1_uppervalue, TF2_y2_uppervalue, TF2_y1_lowervalue, TF2_y2_lowervalue]= request.security(syminfo.tickerid, (TF2_timeframe), calculate_linreg(TF2_price, TF2_linreg_length, TF2_linreg_deviation))
[TF3_x1_value, TF3_y1_midvalue, TF3_y2_midvalue, TF3_y1_uppervalue, TF3_y2_uppervalue, TF3_y1_lowervalue, TF3_y2_lowervalue]= request.security(syminfo.tickerid, (TF3_timeframe), calculate_linreg(TF3_price, TF3_linreg_length, TF3_linreg_deviation))
[TF4_x1_value, TF4_y1_midvalue, TF4_y2_midvalue, TF4_y1_uppervalue, TF4_y2_uppervalue, TF4_y1_lowervalue, TF4_y2_lowervalue]= request.security(syminfo.tickerid, (TF4_timeframe), calculate_linreg(TF4_price, TF4_linreg_length, TF4_linreg_deviation))
[TF5_x1_value, TF5_y1_midvalue, TF5_y2_midvalue, TF5_y1_uppervalue, TF5_y2_uppervalue, TF5_y1_lowervalue, TF5_y2_lowervalue]= request.security(syminfo.tickerid, (TF5_timeframe), calculate_linreg(TF5_price, TF5_linreg_length, TF5_linreg_deviation))
[TF6_x1_value, TF6_y1_midvalue, TF6_y2_midvalue, TF6_y1_uppervalue, TF6_y2_uppervalue, TF6_y1_lowervalue, TF6_y2_lowervalue]= request.security(syminfo.tickerid, (TF6_timeframe), calculate_linreg(TF6_price, TF6_linreg_length, TF6_linreg_deviation))
[TF7_x1_value, TF7_y1_midvalue, TF7_y2_midvalue, TF7_y1_uppervalue, TF7_y2_uppervalue, TF7_y1_lowervalue, TF7_y2_lowervalue]= request.security(syminfo.tickerid, (TF7_timeframe), calculate_linreg(TF7_price, TF7_linreg_length, TF7_linreg_deviation))
[TF8_x1_value, TF8_y1_midvalue, TF8_y2_midvalue, TF8_y1_uppervalue, TF8_y2_uppervalue, TF8_y1_lowervalue, TF8_y2_lowervalue]= request.security(syminfo.tickerid, (TF8_timeframe), calculate_linreg(TF8_price, TF8_linreg_length, TF8_linreg_deviation))
[TF9_x1_value, TF9_y1_midvalue, TF9_y2_midvalue, TF9_y1_uppervalue, TF9_y2_uppervalue, TF9_y1_lowervalue, TF9_y2_lowervalue]= request.security(syminfo.tickerid, (TF9_timeframe), calculate_linreg(TF9_price, TF9_linreg_length, TF9_linreg_deviation))
[TF10_x1_value, TF10_y1_midvalue, TF10_y2_midvalue, TF10_y1_uppervalue, TF10_y2_uppervalue, TF10_y1_lowervalue, TF10_y2_lowervalue]= request.security(syminfo.tickerid, (TF10_timeframe), calculate_linreg(TF10_price, TF10_linreg_length, TF10_linreg_deviation))
[TF11_x1_value, TF11_y1_midvalue, TF11_y2_midvalue, TF11_y1_uppervalue, TF11_y2_uppervalue, TF11_y1_lowervalue, TF11_y2_lowervalue]= request.security(syminfo.tickerid, (TF11_timeframe), calculate_linreg(TF11_price, TF11_linreg_length, TF11_linreg_deviation))
[TF12_x1_value, TF12_y1_midvalue, TF12_y2_midvalue, TF12_y1_uppervalue, TF12_y2_uppervalue, TF12_y1_lowervalue, TF12_y2_lowervalue]= request.security(syminfo.tickerid, (TF12_timeframe), calculate_linreg(TF12_price, TF12_linreg_length, TF12_linreg_deviation))



var table = table.new(position = position.top_right, columns = 1, rows = 13, bgcolor = color.new(#000000,0), frame_color = color.new(#000000,0), border_width = 1, frame_width = 1)
bull_color = input.color(color.teal, title = 'Above Color')
bear_color = input.color(color.red, title = 'Below Color')
neutral_color = input.color(color.gray, title = 'Neutral Color')
//
//DRAW LINES AND RUN ALERTS  
//
if barstate.islast
    //
    //TF12    
    if use_TF12 
        TF12_mid = drawLinReg(color.new(TF12_color, 80), TF12_extendStyle, TF12_width, TF12_x1_value, TF12_y1_midvalue, TF12_y2_midvalue, TF12_linreg_length, TF12_timeframe, false, 'D3')
        TF12_upper = drawLinReg(color.new(TF12_color, 0), TF12_extendStyle, TF12_width, TF12_x1_value, TF12_y1_uppervalue, TF12_y2_uppervalue, TF12_linreg_length, TF12_timeframe, true, 'D3')
        TF12_lower = drawLinReg(color.new(TF12_color, 0), TF12_extendStyle, TF12_width, TF12_x1_value, TF12_y1_lowervalue, TF12_y2_lowervalue, TF12_linreg_length, TF12_timeframe,true, 'D3')
        linefill TF12_fill = linefill.new(TF12_upper, TF12_lower, color.new(TF12_color,TF12_bg)) 
        
        if not na(TF12_mid[1])
            line.delete(TF12_mid[1])
            line.delete(TF12_upper[1])
            line.delete(TF12_lower[1])
            linefill.delete(TF12_fill[1])
    //
    //TF11    
    if use_TF11 
        TF11_mid = drawLinReg(color.new(TF11_color, 80), TF11_extendStyle, TF11_width, TF11_x1_value, TF11_y1_midvalue, TF11_y2_midvalue, TF11_linreg_length, TF11_timeframe, false, '1D')
        TF11_upper = drawLinReg(color.new(TF11_color, 0), TF11_extendStyle, TF11_width, TF11_x1_value, TF11_y1_uppervalue, TF11_y2_uppervalue, TF11_linreg_length, TF11_timeframe, true, '1D')
        TF11_lower = drawLinReg(color.new(TF11_color, 0), TF11_extendStyle, TF11_width, TF11_x1_value, TF11_y1_lowervalue, TF11_y2_lowervalue, TF11_linreg_length, TF11_timeframe,true, '1D')
        linefill TF11_fill = linefill.new(TF11_upper, TF11_lower, color.new(TF11_color,TF11_bg)) 
        
        if not na(TF11_mid[1])
            line.delete(TF11_mid[1])
            line.delete(TF11_upper[1])
            line.delete(TF11_lower[1])
            linefill.delete(TF11_fill[1])
    //
    //TF10    
    if use_TF10 
        TF10_mid = drawLinReg(color.new(TF10_color, 80), TF10_extendStyle, TF10_width, TF10_x1_value, TF10_y1_midvalue, TF10_y2_midvalue, TF10_linreg_length, TF10_timeframe, false, 'H12')
        TF10_upper = drawLinReg(color.new(TF10_color, 0), TF10_extendStyle, TF10_width, TF10_x1_value, TF10_y1_uppervalue, TF10_y2_uppervalue, TF10_linreg_length, TF10_timeframe, true, 'H12')
        TF10_lower = drawLinReg(color.new(TF10_color, 0), TF10_extendStyle, TF10_width, TF10_x1_value, TF10_y1_lowervalue, TF10_y2_lowervalue, TF10_linreg_length, TF10_timeframe,true, 'H12')
        linefill TF10_fill = linefill.new(TF10_upper, TF10_lower, color.new(TF10_color,TF10_bg)) 
        
        if not na(TF10_mid[1])
            line.delete(TF10_mid[1])
            line.delete(TF10_upper[1])
            line.delete(TF10_lower[1])
            linefill.delete(TF10_fill[1])
    //
    //TF9    
    if use_TF9 
        TF9_mid = drawLinReg(color.new(TF9_color, 80), TF9_extendStyle, TF9_width, TF9_x1_value, TF9_y1_midvalue, TF9_y2_midvalue, TF9_linreg_length, TF9_timeframe, false, 'H10')
        TF9_upper = drawLinReg(color.new(TF9_color, 0), TF9_extendStyle, TF9_width, TF9_x1_value, TF9_y1_uppervalue, TF9_y2_uppervalue, TF9_linreg_length, TF9_timeframe, true, 'H10')
        TF9_lower = drawLinReg(color.new(TF9_color, 0), TF9_extendStyle, TF9_width, TF9_x1_value, TF9_y1_lowervalue, TF9_y2_lowervalue, TF9_linreg_length, TF9_timeframe,true, 'H10')
        linefill TF9_fill = linefill.new(TF9_upper, TF9_lower, color.new(TF9_color,TF9_bg)) 
        
        if not na(TF9_mid[1])
            line.delete(TF9_mid[1])
            line.delete(TF9_upper[1])
            line.delete(TF9_lower[1])
            linefill.delete(TF9_fill[1])
    //
    //TF8    
    if use_TF8 
        TF8_mid = drawLinReg(color.new(TF8_color, 80), TF8_extendStyle, TF8_width, TF8_x1_value, TF8_y1_midvalue, TF8_y2_midvalue, TF8_linreg_length, TF8_timeframe, false, 'H8')
        TF8_upper = drawLinReg(color.new(TF8_color, 0), TF8_extendStyle, TF8_width, TF8_x1_value, TF8_y1_uppervalue, TF8_y2_uppervalue, TF8_linreg_length, TF8_timeframe, true, 'H8')
        TF8_lower = drawLinReg(color.new(TF8_color, 0), TF8_extendStyle, TF8_width, TF8_x1_value, TF8_y1_lowervalue, TF8_y2_lowervalue, TF8_linreg_length, TF8_timeframe,true, 'H8')
        linefill TF8_fill = linefill.new(TF8_upper, TF8_lower, color.new(TF8_color,TF8_bg)) 
        
        if not na(TF8_mid[1])
            line.delete(TF8_mid[1])
            line.delete(TF8_upper[1])
            line.delete(TF8_lower[1])
            linefill.delete(TF8_fill[1])
    //
    //TF7    
    if use_TF7 
        TF7_mid = drawLinReg(color.new(TF7_color, 80), TF7_extendStyle, TF7_width, TF7_x1_value, TF7_y1_midvalue, TF7_y2_midvalue, TF7_linreg_length, TF7_timeframe, false, 'H6')
        TF7_upper = drawLinReg(color.new(TF7_color, 0), TF7_extendStyle, TF7_width, TF7_x1_value, TF7_y1_uppervalue, TF7_y2_uppervalue, TF7_linreg_length, TF7_timeframe, true, 'H6')
        TF7_lower = drawLinReg(color.new(TF7_color, 0), TF7_extendStyle, TF7_width, TF7_x1_value, TF7_y1_lowervalue, TF7_y2_lowervalue, TF7_linreg_length, TF7_timeframe,true, 'H6')
        linefill TF7_fill = linefill.new(TF7_upper, TF7_lower, color.new(TF7_color,TF7_bg)) 
        
        if not na(TF7_mid[1])
            line.delete(TF7_mid[1])
            line.delete(TF7_upper[1])
            line.delete(TF7_lower[1])
            linefill.delete(TF7_fill[1])
    //
    //TF6    
    if use_TF6 
        TF6_mid = drawLinReg(color.new(TF6_color, 80), TF6_extendStyle, TF6_width, TF6_x1_value, TF6_y1_midvalue, TF6_y2_midvalue, TF6_linreg_length, TF6_timeframe, false, 'H4')
        TF6_upper = drawLinReg(color.new(TF6_color, 0), TF6_extendStyle, TF6_width, TF6_x1_value, TF6_y1_uppervalue, TF6_y2_uppervalue, TF6_linreg_length, TF6_timeframe, true, 'H4')
        TF6_lower = drawLinReg(color.new(TF6_color, 0), TF6_extendStyle, TF6_width, TF6_x1_value, TF6_y1_lowervalue, TF6_y2_lowervalue, TF6_linreg_length, TF6_timeframe,true, 'H4')
        linefill TF6_fill = linefill.new(TF6_upper, TF6_lower, color.new(TF6_color,TF6_bg)) 
        
        if not na(TF6_mid[1])
            line.delete(TF6_mid[1])
            line.delete(TF6_upper[1])
            line.delete(TF6_lower[1])
            linefill.delete(TF6_fill[1])
    //
    //TF5    
    if use_TF5 
        TF5_mid = drawLinReg(color.new(TF5_color, 80), TF5_extendStyle, TF5_width, TF5_x1_value, TF5_y1_midvalue, TF5_y2_midvalue, TF5_linreg_length, TF5_timeframe, false, 'H3')
        TF5_upper = drawLinReg(color.new(TF5_color, 0), TF5_extendStyle, TF5_width, TF5_x1_value, TF5_y1_uppervalue, TF5_y2_uppervalue, TF5_linreg_length, TF5_timeframe, true, 'H3')
        TF5_lower = drawLinReg(color.new(TF5_color, 0), TF5_extendStyle, TF5_width, TF5_x1_value, TF5_y1_lowervalue, TF5_y2_lowervalue, TF5_linreg_length, TF5_timeframe,true, 'H3')
        linefill TF5_fill = linefill.new(TF5_upper, TF5_lower, color.new(TF5_color,TF5_bg)) 
        
        if not na(TF5_mid[1])
            line.delete(TF5_mid[1])
            line.delete(TF5_upper[1])
            line.delete(TF5_lower[1])
            linefill.delete(TF5_fill[1])
    //
    //TF4    
    if use_TF4 
        TF4_mid = drawLinReg(color.new(TF4_color, 80), TF4_extendStyle, TF4_width, TF4_x1_value, TF4_y1_midvalue, TF4_y2_midvalue, TF4_linreg_length, TF4_timeframe, false, 'H2')
        TF4_upper = drawLinReg(color.new(TF4_color, 0), TF4_extendStyle, TF4_width, TF4_x1_value, TF4_y1_uppervalue, TF4_y2_uppervalue, TF4_linreg_length, TF4_timeframe, true, 'H2')
        TF4_lower = drawLinReg(color.new(TF4_color, 0), TF4_extendStyle, TF4_width, TF4_x1_value, TF4_y1_lowervalue, TF4_y2_lowervalue, TF4_linreg_length, TF4_timeframe,true, 'H2')
        linefill TF4_fill = linefill.new(TF4_upper, TF4_lower, color.new(TF4_color,TF4_bg)) 
        
        if not na(TF4_mid[1])
            line.delete(TF4_mid[1])
            line.delete(TF4_upper[1])
            line.delete(TF4_lower[1])
            linefill.delete(TF4_fill[1])
    //
    //TF3    
    if use_TF3 
        TF3_mid = drawLinReg(color.new(TF3_color, 80), TF3_extendStyle, TF3_width, TF3_x1_value, TF3_y1_midvalue, TF3_y2_midvalue, TF3_linreg_length, TF3_timeframe, false, 'H1')
        TF3_upper = drawLinReg(color.new(TF3_color, 0), TF3_extendStyle, TF3_width, TF3_x1_value, TF3_y1_uppervalue, TF3_y2_uppervalue, TF3_linreg_length, TF3_timeframe, true, 'H1')
        TF3_lower = drawLinReg(color.new(TF3_color, 0), TF3_extendStyle, TF3_width, TF3_x1_value, TF3_y1_lowervalue, TF3_y2_lowervalue, TF3_linreg_length, TF3_timeframe,true, 'H1')
        linefill TF3_fill = linefill.new(TF3_upper, TF3_lower, color.new(TF3_color,TF3_bg)) 
        
        if not na(TF3_mid[1])
            line.delete(TF3_mid[1])
            line.delete(TF3_upper[1])
            line.delete(TF3_lower[1])
            linefill.delete(TF3_fill[1])
    //TF2
    if use_TF2 
        TF2_mid = drawLinReg(color.new(TF2_color, 80), TF2_extendStyle, TF2_width, TF2_x1_value, TF2_y1_midvalue, TF2_y2_midvalue, TF2_linreg_length, TF2_timeframe, false, 'M15')
        TF2_upper = drawLinReg(color.new(TF2_color, 0), TF2_extendStyle, TF2_width, TF2_x1_value, TF2_y1_uppervalue, TF2_y2_uppervalue, TF2_linreg_length, TF2_timeframe, true, 'M15')
        TF2_lower = drawLinReg(color.new(TF2_color, 0), TF2_extendStyle, TF2_width, TF2_x1_value, TF2_y1_lowervalue, TF2_y2_lowervalue, TF2_linreg_length, TF2_timeframe,true, 'M15')
        linefill TF2_fill = linefill.new(TF2_upper, TF2_lower, color.new(TF2_color,TF2_bg)) 
        
        if not na(TF2_mid[1])
            line.delete(TF2_mid[1])
            line.delete(TF2_upper[1])
            line.delete(TF2_lower[1])
            linefill.delete(TF2_fill[1])
    //TF1
    if use_TF1 
        TF1_mid = drawLinReg(color.new(TF1_color, 80), TF1_extendStyle, TF1_width, TF1_x1_value, TF1_y1_midvalue, TF1_y2_midvalue, TF1_linreg_length, TF1_timeframe, false, 'M5')
        TF1_upper = drawLinReg(color.new(TF1_color, 0), TF1_extendStyle, TF1_width, TF1_x1_value, TF1_y1_uppervalue, TF1_y2_uppervalue, TF1_linreg_length, TF1_timeframe, true, 'M5')
        TF1_lower = drawLinReg(color.new(TF1_color, 0), TF1_extendStyle, TF1_width, TF1_x1_value, TF1_y1_lowervalue, TF1_y2_lowervalue, TF1_linreg_length, TF1_timeframe,true, 'M5')
        linefill TF1_fill = linefill.new(TF1_upper, TF1_lower, color.new(TF1_color,TF1_bg)) 
        
        if not na(TF1_mid[1])
            line.delete(TF1_mid[1])
            line.delete(TF1_upper[1])
            line.delete(TF1_lower[1])
            linefill.delete(TF1_fill[1])

    
    //
    //ALERTS
    //
    TF1_alert = high >= TF1_y2_uppervalue  ? 1 : low <= TF1_y2_lowervalue ? -1 : 0 
    TF2_alert = high >= TF2_y2_uppervalue ? 1 : low <= TF2_y2_lowervalue ? -1 : 0 
    TF3_alert = high >= TF3_y2_uppervalue ? 1 : low <= TF3_y2_lowervalue ? -1 : 0 
    TF4_alert = high >= TF4_y2_uppervalue ? 1 : low <= TF4_y2_lowervalue ? -1 : 0 
    TF5_alert = high >= TF5_y2_uppervalue ? 1 : low <= TF5_y2_lowervalue ? -1 : 0 
    TF6_alert = high >= TF6_y2_uppervalue ? 1 : low <= TF6_y2_lowervalue ? -1 : 0 
    TF7_alert = high >= TF7_y2_uppervalue ? 1 : low <= TF7_y2_lowervalue ? -1 : 0 
    TF8_alert = high >= TF8_y2_uppervalue ? 1 : low <= TF8_y2_lowervalue ? -1 : 0 
    TF9_alert = high >= TF9_y2_uppervalue ? 1 : low <= TF9_y2_lowervalue ? -1 : 0 
    TF10_alert = high >= TF10_y2_uppervalue ? 1 : low <= TF10_y2_lowervalue ? -1 : 0 
    TF11_alert = high >= TF11_y2_uppervalue ? 1 : low <= TF11_y2_lowervalue ? -1 : 0 
    TF12_alert = high >= TF12_y2_uppervalue ? 1 : low <= TF12_y2_lowervalue ? -1 : 0 

    TF1_COLOR = TF1_alert == 1 ? bull_color : TF1_alert == -1 ? bear_color : neutral_color
    TF2_COLOR = TF2_alert == 1 ? bull_color : TF2_alert == -1 ? bear_color : neutral_color
    TF3_COLOR = TF3_alert == 1 ? bull_color : TF3_alert == -1 ? bear_color : neutral_color
    TF4_COLOR = TF4_alert == 1 ? bull_color : TF4_alert == -1 ? bear_color : neutral_color
    TF5_COLOR = TF5_alert == 1 ? bull_color : TF5_alert == -1 ? bear_color : neutral_color
    TF6_COLOR = TF6_alert == 1 ? bull_color : TF6_alert == -1 ? bear_color : neutral_color
    TF7_COLOR = TF7_alert == 1 ? bull_color : TF7_alert == -1 ? bear_color : neutral_color
    TF8_COLOR = TF8_alert == 1 ? bull_color : TF8_alert == -1 ? bear_color : neutral_color
    TF9_COLOR = TF9_alert == 1 ? bull_color : TF9_alert == -1 ? bear_color : neutral_color
    TF10_COLOR = TF10_alert == 1 ? bull_color : TF10_alert == -1 ? bear_color : neutral_color
    TF11_COLOR = TF11_alert == 1 ? bull_color : TF11_alert == -1 ? bear_color : neutral_color
    TF12_COLOR = TF12_alert == 1 ? bull_color : TF12_alert == -1 ? bear_color : neutral_color

    table.cell(table_id = table, column = 0, row = 0, text = str.tostring('M5'), bgcolor = TF1_COLOR)
    table.cell(table_id = table, column = 0, row = 1, text = str.tostring('M15'), bgcolor = TF2_COLOR)
    table.cell(table_id = table, column = 0, row = 2, text = str.tostring('H1'), bgcolor = TF3_COLOR)
    table.cell(table_id = table, column = 0, row = 3, text = str.tostring('H2'), bgcolor = TF4_COLOR)
    table.cell(table_id = table, column = 0, row = 4, text = str.tostring('H3'), bgcolor = TF5_COLOR)
    table.cell(table_id = table, column = 0, row = 5, text = str.tostring('H4'), bgcolor = TF6_COLOR)
    table.cell(table_id = table, column = 0, row = 6, text = str.tostring('H6'), bgcolor = TF7_COLOR)
    table.cell(table_id = table, column = 0, row = 7, text = str.tostring('H8'), bgcolor = TF8_COLOR)
    table.cell(table_id = table, column = 0, row = 8, text = str.tostring('H10'), bgcolor = TF9_COLOR)
    table.cell(table_id = table, column = 0, row = 9, text = str.tostring('H12'), bgcolor = TF10_COLOR)
    table.cell(table_id = table, column = 0, row = 10, text = str.tostring('D1'), bgcolor = TF11_COLOR)
    table.cell(table_id = table, column = 0, row = 11, text = str.tostring('D3'), bgcolor = TF12_COLOR)



    var above_alert_1 = false
    var above_alert_2 = false
    var above_alert_3 = false
    var above_alert_4 = false
    var above_alert_5 = false
    above_alert_1 := TF1_alert == 1 and TF2_alert == 1 ? true : false
    above_alert_2 := TF1_alert == 1 and TF2_alert == 1 and TF3_alert == 1 ? true : false
    above_alert_3 := TF1_alert == 1 and TF2_alert == 1 and TF3_alert == 1 and TF6_alert == 1? true : false
    above_alert_4 := TF6_alert == 1 and TF7_alert == 1 and TF8_alert == 1 and TF9_alert == 1 and TF10_alert == 1? true : false
    above_alert_5 := TF6_alert == 1 and TF7_alert == 1 and TF8_alert == 1 and TF9_alert == 1 and TF10_alert == 1 and TF11_alert == 1 and TF12_alert == 1 ? true : false
    
    if above_alert_1
        alert('ABOVE: M5 , M15', alert.freq_once_per_bar_close)
    if above_alert_2
        alert('M5 , M15 , H1', alert.freq_once_per_bar_close)
    if above_alert_3
        alert('ABOVE: M5 , M15 , H1 , H4', alert.freq_once_per_bar_close)
    if above_alert_4
        alert('ABOVE: H4 , H6 , H8 , H10 , H12', alert.freq_once_per_bar_close)
    if above_alert_5
        alert('ABOVE: H4 , H6 , H8 , H10 , H12 , D1 , D3', alert.freq_once_per_bar_close)
    
    
    var below_alert_1 = false
    var below_alert_2 = false
    var below_alert_3 = false
    var below_alert_4 = false
    var below_alert_5 = false
    below_alert_1 := TF1_alert == -1 and TF2_alert == -1 ? true : false
    below_alert_2 := TF1_alert == -1 and TF2_alert == -1 and TF3_alert == -1 ? true : false
    below_alert_3 := TF1_alert == -1 and TF2_alert == -1 and TF3_alert == -1 and TF6_alert == -1? true : false
    below_alert_4 := TF6_alert == -1 and TF7_alert == -1 and TF8_alert == -1 and TF9_alert == -1 and TF10_alert == -1? true : false
    below_alert_5 := TF6_alert == -1 and TF7_alert == -1 and TF8_alert == -1 and TF9_alert == -1 and TF10_alert == -1 and TF11_alert == -1 and TF12_alert == -1 ? true : false
    
    if below_alert_1
        alert('BELOW: M5 , M15', alert.freq_once_per_bar_close)
    if below_alert_2
        alert('M5 , M15 , H1', alert.freq_once_per_bar_close)
    if below_alert_3
        alert('BELOW: M5 , M15 , H1 , H4', alert.freq_once_per_bar_close)
    if below_alert_4
        alert('BELOW: H4 , H6 , H8 , H10 , H12', alert.freq_once_per_bar_close)
    if below_alert_5
        alert('BELOW: H4 , H6 , H8 , H10 , H12 , D1 , D3', alert.freq_once_per_bar_close)