Breakouts Tests & Retests Convert Code to PRO REAL TIME

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  • This topic has 2 replies, 2 voices, and was last updated 1 week ago by avataryas.
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  • #239715
    yas

    // 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( ‘Swing Breakouts Tests & Retests [LuxAlgo]’, shorttitle=’LuxAlgo – Swing Breakouts Tests & Retests’, max_labels_count=500, max_boxes_count=500, overlay=true)
    //———————————————————————————————————————}
    // Settings
    //———————————————————————————————————————{
    display = input.string(‘Bullish AND Bearish’, ‘Display’ , options=[‘Bullish OR Bearish’, ‘Bullish AND Bearish’, ‘Bearish’, ‘Bullish’])
    mult = input.float (1 , ‘Width’ , step =0.1 )
    maxBars = input.int (500 , ‘Maximum Bars’ , tooltip= ‘Maximum bars without signal’ )
    showReTest = input.string(‘All’, ‘Display Test/Retest Labels’ , options= [‘All’, ‘Last’] )
    minBars = input.int (0 , ‘Minimum Bars’ , minval =0, tooltip= ‘Minimum required amount of bars between each labels’)
    setBack = input.bool (true, ‘Set Back To Last Retest’ , tooltip=’When the right side of the area is too far, stop updating and set back to position of last test/retest’)
    left = input.int (10 , ‘Left’ , minval =1, group=’Swings’), right = input.int (1, ‘Right’ , minval =1 , group =’Swings’ )
    //Style
    bull1_color = input.color (#08998145, ‘Bullish ‘ , inline = ‘bull’ , group= ‘Style’ )
    bull2_color = input.color (#f2364545, ” , inline = ‘bull’ , group= ‘Style’ )
    bear1_color = input.color (#f2364545, ‘Bearish’ , inline = ‘bear’ , group= ‘Style’ )
    bear2_color = input.color (#08998145, ” , inline = ‘bear’ , group= ‘Style’ )
    labSize = input.string(size.small , ‘Label Size’ , options=[size.tiny, size.small, size.normal, size.large] )

    //———————————————————————————————————————}
    //UDT
    //———————————————————————————————————————{

    // @type bin object
    // @field bx box, breakout and retest
    // @field state holds the current state
    // @field price holds highest/lowest price
    // @field lab1 array of labels (re-test)
    // @field lab2 array of labels (re-test)
    type bin
    box bx
    int state
    float price
    array<label>lab1
    array<label>lab2

    //———————————————————————————————————————}
    //Methods
    //———————————————————————————————————————{
    n = bar_index

    // @function Fetches the red, green and blue value from the input
    // @param col color
    // @returns color.rgb() without transparancy
    method colorRGB(color col) =>
    color.rgb(
    color.r(col)
    , color.g(col)
    , color.b(col)
    )

    // @function controls whether a label may be added to array
    // @param aLab array (receiver)
    // @returns bool – true/false
    method mayAdd(array<label>aLab) => aLab.size() == 0 or showReTest == ‘Last’ ? true : showReTest == ‘All’ and n – aLab.first().get_x() > minBars

    // @function Provides a label
    // @param dir bullish ‘bull’ or bearish ‘bear’
    // @param state concerning state (1 or 2)
    // @returns label
    method label(string dir, int state, float y) =>
    lab = label.new(n, y, color= color(na), size=labSize)
    switch dir
    ‘bull’ =>
    switch state
    1 => lab.set_style(label.style_label_up ), lab.set_text(‘▲’), lab.set_textcolor(bull1_color.colorRGB())
    2 => lab.set_style(label.style_label_down), lab.set_text(‘▽’), lab.set_textcolor(bull2_color.colorRGB())
    ‘bear’ =>
    switch state
    1 => lab.set_style(label.style_label_down), lab.set_text(‘▼’), lab.set_textcolor(bear1_color.colorRGB())
    2 => lab.set_style(label.style_label_up ), lab.set_text(‘△’), lab.set_textcolor(bear2_color.colorRGB())
    lab

    // @function Adds label to array, pops 1 out if ‘onlyLast’
    // @param aLab array (receiver)
    // @param lab lab to add
    // @returns void or label
    method addLabel(array<label>aLab, label lab) =>
    aLab.unshift(lab)
    if showReTest == ‘Last’
    and aLab.size() > 1
    aLab.pop()

    //———————————————————————————————————————}
    //Variables
    //———————————————————————————————————————{
    var bull = bin.new(box(na), 0, na, array.new<label>(), array.new<label>())
    var bear = bin.new(box(na), 0, na, array.new<label>(), array.new<label>())

    //———————————————————————————————————————}
    //Execution
    //———————————————————————————————————————{
    atr = nz(ta.atr(200), ta.cum(high – low) / (n + 1)) * mult

    ph = ta.pivothigh(left, right)
    pl = ta.pivotlow (left, right)

    box_bull_left = bull.bx.get_left ()
    box_bull_right = bull.bx.get_right ()
    box_bull_top = bull.bx.get_top ()
    box_bull_bottom = bull.bx.get_bottom()
    box_bear_left = bear.bx.get_left ()
    box_bear_right = bear.bx.get_right ()
    box_bear_top = bear.bx.get_top ()
    box_bear_bottom = bear.bx.get_bottom()

    //Bullish
    if display == ‘Bullish’
    or display == ‘Bullish AND Bearish’
    or (display == ‘Bullish OR Bearish’
    and bear.state == 0
    )
    switch
    bull.state == 0 =>
    if not na(pl)
    bull.bx := box.new(n – right, pl + atr, n, pl, bgcolor=bull1_color, border_color=color(na))
    bull.state := 1 //Swing found; if condition is ok – state 0 -> 1
    bull.lab1.clear() //chuck labels out of array without deleting
    bull.lab2.clear()
    bull.price := pl

    bull.state == 1 =>
    if box_bull_right – box_bull_left >= maxBars //Right side is too far from start
    if bull.lab1.size() == 0
    bull.bx.delete()
    else
    if setBack
    bull.bx.set_right(bull.lab1.first().get_x())
    bull.state := 0 //Reset
    else
    bull.bx.set_right(n)

    //Breakout; first box remains, switch to second box – state 1 -> 2
    if close < box_bull_bottom
    bull.bx := box.new(n, box_bull_top, n, box_bull_bottom, bgcolor=bull2_color, border_color=color(na))
    bull.state := 2
    bull.price := box_bull_top

    if close > box_bull_top and open < box_bull_top and bull.lab1.mayAdd()
    bull.lab1.addLabel(‘bull’.label(1, bull.price)).delete()

    bull.state == 2 =>

    if box_bull_right – box_bull_left >= maxBars
    if bull.lab2.size() == 0
    bull.bx.delete()
    else
    if setBack
    bull.bx.set_right(bull.lab2.first().get_x())
    bull.state := 0
    else
    bull.bx.set_right(n)
    if close > box_bull_top
    bull.state := 0 //Reset

    if close < box_bull_bottom and open > box_bull_bottom and bull.lab2.mayAdd()
    bull.lab2.addLabel(‘bull’.label(2, bull.price)).delete()

    //Bearish
    if display == ‘Bearish’
    or display == ‘Bullish AND Bearish’
    or (display == ‘Bullish OR Bearish’
    and bull.state == 0
    )
    switch
    bear.state == 0 =>
    if not na(ph)
    bear.bx := box.new(n – right, ph, n, ph – atr, bgcolor=bear1_color, border_color=color(na))
    bear.state := 1
    bear.lab1.clear() //chuck labels out of array without deleting
    bear.lab2.clear()
    bear.price := ph

    bear.state == 1 =>
    if box_bear_right – box_bear_left >= maxBars
    if bear.lab1.size() == 0
    bear.bx.delete()
    else
    if setBack
    bear.bx.set_right(bear.lab1.first().get_x())
    bear.state := 0
    else
    bear.bx.set_right(n)

    if close > box_bear_top
    bear.bx := box.new(n, box_bear_top, n, box_bear_bottom, bgcolor=bear2_color, border_color=color(na))
    bear.state := 2
    bear.price := box_bear_bottom

    if close < box_bear_bottom and open > box_bear_bottom and bear.lab1.mayAdd()
    bear.lab1.addLabel(‘bear’.label(1, bear.price)).delete()

    bear.state == 2 =>

    if box_bear_right – box_bear_left >= maxBars
    if bear.lab2.size() == 0
    bear.bx.delete()
    else
    if setBack
    bear.bx.set_right(bear.lab2.first().get_x())
    bear.state := 0
    else
    bear.bx.set_right(n)
    if close < box_bear_bottom
    bear.state := 0

    if close > box_bear_top and open < box_bear_top and bear.lab2.mayAdd()
    bear.lab2.addLabel(‘bear’.label(2, bear.price)).delete()

    //———————————————————————————————————————}

    #239827

    Here it is:

    #239828
    yas

    many thanks Ivan much appreciated

Viewing 3 posts - 1 through 3 (of 3 total)

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