AG DETECTOR: Free TradingView Indicator (Pine Script)

Add It to Your TradingView Chart

1Copy the scriptPress Copy script above, or the copy button on the code below.
2Open the Pine EditorOpen a TradingView chart and choose Pine Editor at the bottom of the screen.
3Paste over the templateCreate a new indicator, select all of the template text and paste. Press Save and give it a name.
4Add it to the chartPress Add to chart, then adjust the settings with the gear icon next to its name.

Source Code

162 lines of Pine Script v4 from Pine/PineScript/Miscellaneous/DETECTOR.pine, published under MPL-2.0 (file header). Keep the author's credit and licence lines when you reuse it.

DETECTOR.pine

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

//@version=4
study(title="|AG| DETECTOR", shorttitle="|AG| DETECTOR", overlay=true)

tim                 = input(    "W",            title="TIME FOR DETECTOR")
type_sw             = input(    "Camarilla",    title="  Pivots Calculation",             options=["Traditional", "Camarilla", "Standard D." ,"Fibonacci"])
_i                  = input(     1,             title="  Index Back", minval  =  0)
type_color          = input(    "BLACK",        title="  Color",                          options=["AQUA", "BLACK", "BLUE", "FUCHSIA", "GRAY", "GREEN", "PURPLE", "ORANGE", "RED"])
tra1                = input(     0,             title="  Transparency")
type_sw1            = input(    "PLOT All",     title="  PLOT SETTINGS",                  options=["LOCKBACK", "PLOT All"])
daily_adr           = input(                    title="  Number of Days Back",            type=input.integer, defval=7, minval=0)
andy                = input(                    title="Change Candle Colour?",          defval = true)
showlabels          = input(    true,           title="Labels")
//SECURITY FOR TIME
High3  = security(syminfo.tickerid,         tim,            high    [_i],       barmerge.gaps_off,       barmerge.lookahead_on)
Low3   = security(syminfo.tickerid,         tim,            low     [_i],       barmerge.gaps_off,       barmerge.lookahead_on)
Close3 = security(syminfo.tickerid,         tim,            close   [_i],       barmerge.gaps_off,       barmerge.lookahead_on)
//CALCULATIONS

r=High3-Low3
pivot =     (High3 + Low3 + Close3 ) / 3.0
//Std
hvar = pow(High3     - pivot, 2)
lvar = pow(Low3      - pivot, 2)
cvar = pow(Close3    - pivot, 2)
dev = sqrt((hvar + lvar + cvar) / 3)
//
h51a=       (High3/Low3)*Close3
R5 =        (Close3 + (High3-Low3)*(1.1/2)) + 1.168 * ((Close3 + (High3-Low3)*(1.1/2)) - (Close3 + (High3-Low3)*(1.1/4)))
S5 =        (Close3 - (High3-Low3)*(1.1/2)) - 1.168 * ((Close3 - (High3-Low3)*(1.1/4)) - (Close3 - (High3-Low3)*(1.1/2))) 
dtime_r1ab = type_sw == "Traditional" ? pivot + (pivot - Low3)     :na
dtime_s1ab = type_sw == "Traditional" ? pivot - (High3 - pivot)    :na
dtime_r2ab = type_sw == "Traditional" ? pivot + (High3 - Low3)     :na
dtime_s2ab = type_sw == "Traditional" ? pivot - (High3 - Low3)     :na
dtime_r3ab = type_sw == "Traditional" ? (pivot * 2 + (High3 - 2 * Low3))        : type_sw == "Camarilla" ? (Close3 + r*(1.1/4))          :  type_sw == "Fibonacci" ? (pivot + ((pivot - Low3)*1.000))   : type_sw    ==      "Standard D."   ? (pivot   + 2 * dev) :na
dtime_s3ab = type_sw == "Traditional" ? (pivot * 2 - (2 * High3 - Low3))        : type_sw == "Camarilla" ? (Close3 - r*(1.1/4))          :  type_sw == "Fibonacci" ? (pivot - ((High3 - pivot)*1.000))  : type_sw    ==      "Standard D."   ? (pivot   - 2 * dev) :na
dtime_r4ab = type_sw == "Traditional" ? (pivot * 3 + (High3 - 3 * Low3))        : type_sw == "Camarilla" ? (Close3 + r*(1.1/2))          :  type_sw == "Fibonacci" ? (pivot + ((High3 - pivot)*1.272))  : type_sw    ==      "Standard D."   ? (pivot   + 3 * dev) :na
dtime_s4ab = type_sw == "Traditional" ? (pivot * 3 - (3 * High3 - Low3))        : type_sw == "Camarilla" ? (Close3 - r*(1.1/2))          :  type_sw == "Fibonacci" ? (pivot - ((High3 - pivot)*1.272))  : type_sw    ==      "Standard D."   ? (pivot   - 3 * dev) :na
dtime_r5ab = type_sw == "Traditional" ? (pivot * 4 + (High3 - 4 * Low3))        : type_sw == "Camarilla" ?  R5                           :  type_sw == "Fibonacci" ? (pivot + ((High3 - pivot)*1.618))  : type_sw    ==      "Standard D."   ? (pivot   + 4 * dev) :na
dtime_s5ab = type_sw == "Traditional" ? (pivot * 4 - (4 * High3 - Low3))        : type_sw == "Camarilla" ?  S5                           :  type_sw == "Fibonacci" ? (pivot - ((High3 - pivot)*1.618))  : type_sw    ==      "Standard D."   ? (pivot   - 4 * dev) :na
dtime_r6ab = h51a
dtime_s6ab = Close3 - (h51a-Close3)
//COLOR VARIABLES

colorag = type_color == "AQUA" ? color.aqua: type_color == "BLACK" ? color.black: type_color == "BLUE" ? color.blue : type_color == "FUCHSIA" ? color.fuchsia : type_color == "GRAY" ? color.gray : type_color == "GREEN" ? color.green :  type_color == "PURPLE" ? color.purple :  type_color == "ORANGE" ? color.orange :  type_color == "RED" ? color.red :  na 
//LOCKBACK DAYS
new_bar(res) =>
    change(time(res)) != 0
    
new_period(condition, src) =>
    result = 0.0
    result := condition ? src : result[1]
    result
    
one_day = 1000 * 60 * 60 * 24
new_day = daily_adr > 0 and timenow - time < one_day * daily_adr and new_bar("D")
High1 = new_period(new_day, High3)
ij2 = type_sw1 == "LOCKBACK" ? (timeframe.isintraday or timeframe.isdaily ? High1 : na) : type_sw1 == "PLOT All" ? true : na
diff   = iff(type_sw=="Camarilla" or type_sw=="Fibonacci" or type_sw=="Standard D.", true, false )
//RESISTANCE
HTFo    =                iff((close<= dtime_r6ab)  and (close>=dtime_r5ab)         and not (close<dtime_r5ab)                                  , dtime_r6ab, na)
HTFo1   =                iff((close<= dtime_r6ab)  and (close>=dtime_r5ab)         and not (close<dtime_r5ab)                                  , dtime_r5ab, na)
HTFo2   =                iff((close<= dtime_r5ab)  and (close>=dtime_r4ab)         and not (close<dtime_r4ab)       and not (close>dtime_r5ab) , dtime_r5ab, na)
HTFo3   =                iff((close<= dtime_r5ab)  and (close>=dtime_r4ab)         and not (close<dtime_r4ab)       and not (close>dtime_r5ab) , dtime_r4ab, na)
HTFo4   =                iff((close<= dtime_r4ab)  and (close>=dtime_r3ab)         and not (close<dtime_r3ab)       and not (close>dtime_r4ab) , dtime_r4ab, na)
HTFo5   =                iff((close<= dtime_r4ab)  and (close>=dtime_r3ab)         and not (close<dtime_r3ab)       and not (close>dtime_r4ab) , dtime_r3ab, na)
HTFo6   = iff(diff     , iff((close<= dtime_r3ab)  and (close>=dtime_s3ab)         and not (close<dtime_s3ab)       and not (close>dtime_r3ab) , dtime_r3ab, na), iff((close<= dtime_r3ab)  and (close>=dtime_r2ab)  and not (close<dtime_r2ab)       and not (close>dtime_r3ab) , dtime_r3ab, na))

/////////////////////////////////////////////////////////FOR Traditional S&R ////////////////////////////////////////////////////////////////////
//
HTFo6a  =  iff(diff, na, iff((close<= dtime_r3ab)  and (close>=dtime_r2ab)         and not (close<dtime_r2ab)       and not (close>dtime_r3ab) , dtime_r2ab, na))
HTFo7a  =  iff(diff, na, iff((close<= dtime_r2ab)  and (close>=dtime_r1ab)         and not (close<dtime_r1ab)       and not (close>dtime_r2ab) , dtime_r2ab, na))

HTFo8a  =  iff(diff, na, iff((close<= dtime_r2ab)  and (close>=dtime_r1ab)         and not (close<dtime_r1ab)       and not (close>dtime_r2ab) , dtime_r1ab, na))
HTFo9a  =  iff(diff, na, iff((close<= dtime_r1ab)  and (close>=pivot     )         and not (close<pivot     )       and not (close>dtime_r1ab) , dtime_r1ab, na))

HTFo6a1 =  iff(diff, na, iff((close>= dtime_s1ab)  and (close<=pivot     )         and not (close>pivot     )       and not (close<dtime_s1ab) , dtime_s1ab, na))
HTFo7a1 =  iff(diff, na, iff((close>= dtime_s2ab)  and (close<=dtime_s1ab)         and not (close>dtime_s1ab)       and not (close<dtime_s2ab) , dtime_s1ab, na))

HTFo8a1 =  iff(diff, na, iff((close>= dtime_s2ab)  and (close<=dtime_s1ab)         and not (close>dtime_s1ab)       and not (close<dtime_s2ab) , dtime_s2ab, na))
HTFo9a1 =  iff(diff, na, iff((close>= dtime_s3ab)  and (close<=dtime_s2ab)         and not (close>dtime_s2ab)       and not (close<dtime_s3ab) , dtime_s2ab, na))
//PIVOT
HTFo10a =  iff(diff, na, pivot )
//Supports
HTFo7   = iff(diff     , iff((close>= dtime_s3ab)  and (close<=dtime_r3ab)         and not (close>dtime_r3ab)       and not (close<dtime_s3ab) , dtime_s3ab, na), iff((close>= dtime_s3ab)  and (close<=dtime_s2ab)  and not (close>dtime_s2ab)       and not (close<dtime_s3ab) , dtime_s3ab, na))
HTFo8   =                iff((close>= dtime_s4ab)  and (close<=dtime_s3ab)         and not (close>dtime_s3ab)       and not (close<dtime_s4ab) , dtime_s3ab, na)
HTFo9   =                iff((close>= dtime_s4ab)  and (close<=dtime_s3ab)         and not (close>dtime_s3ab)       and not (close<dtime_s4ab) , dtime_s4ab, na)
HTFo10  =                iff((close>= dtime_s5ab)  and (close<=dtime_s4ab)         and not (close>dtime_s4ab)       and not (close<dtime_s5ab) , dtime_s4ab, na)
HTFo11  =                iff((close>= dtime_s5ab)  and (close<=dtime_s4ab)         and not (close>dtime_s4ab)       and not (close<dtime_s5ab) , dtime_s5ab, na)
HTFo12  =                iff((close>= dtime_s6ab)  and (close<=dtime_s5ab)         and not (close>dtime_s5ab)                                  , dtime_s5ab, na)
HTFo13  =                iff((close>= dtime_s6ab)  and (close<=dtime_s5ab)         and not (close>dtime_s5ab)                                  , dtime_s6ab, na)
//PLOT CHAR
plotchar(ij2 and HTFo     ? HTFo    :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo1    ? HTFo1   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo2    ? HTFo2   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo3    ? HTFo3   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo4    ? HTFo4   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo5    ? HTFo5   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo6    ? HTFo6   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo7    ? HTFo7   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo8    ? HTFo8   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo9    ? HTFo9   :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo10   ? HTFo10  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo11   ? HTFo11  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo12   ? HTFo12  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo13   ? HTFo13  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo6a   ? HTFo6a  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo7a   ? HTFo7a  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo8a   ? HTFo8a  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo9a   ? HTFo9a  :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo10a  ? HTFo10a :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo6a1  ? HTFo6a1 :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo7a1  ? HTFo7a1 :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo8a1  ? HTFo8a1 :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
plotchar(ij2 and HTFo9a1  ? HTFo9a1 :na    ,char="□",     location=location.absolute,     size=size.tiny,     color=colorag,      transp=tra1)
//BAR COLOR CHANGE DEFVAL 720 (12 HOURS)
High1a  = security(syminfo.tickerid,        "720",      high[1],        barmerge.gaps_off,      barmerge.lookahead_on)
Low1a   = security(syminfo.tickerid,        "720",      low[1],         barmerge.gaps_off,      barmerge.lookahead_on)
Close1a = security(syminfo.tickerid,        "720",      close[1],       barmerge.gaps_off,      barmerge.lookahead_on)
king = (High1a + Low1a + Close1a ) / 3.0
barcolor(iff(andy, close>king ? colorag : color.black, na)) 

//LABELS
tim1          = iff(tim=="D", "DAILY", iff(tim=="W", "WEEKLY", iff(tim=="M", "MONTHLY", iff(tim=="3M", "QUATERLY", iff(tim=="12M", "YEARLY", iff(tim=="6M", "HALF-YEAR", na))))))
calculation   = iff(type_sw=="Fibonacci","Fibonacci", iff(type_sw=="Camarilla", "Camarilla", iff(type_sw=="Traditional", "Traditional", iff(type_sw=="Standard D.", "Standard D.", na))))
// Label for S/R
chper = time - time[1]
chper := change(chper) > 0 ? chper[1] : chper

_COLOR = type_color == "BLACK" ? color.white : color.black
// Labels
if showlabels
    var label s1blabel = na, var label s1alabel = na, var label s2blabel = na, var label s2alabel = na, var label s3blabel = na, var label s3alabel = na, var label s4blabel = na, var label s4alabel = na, var label s5blabel = na, var label s5alabel = na, var label s6alabel = na, var label pvilabel = na
    var label r1blabel = na, var label r1alabel = na, var label r2blabel = na, var label r2alabel = na, var label r3blabel = na, var label r3alabel = na, var label r4blabel = na, var label r4alabel = na, var label r5blabel = na, var label r5alabel = na, var label r6alabel = na
    
    label.delete(s1blabel), label.delete(s1alabel), label.delete(s2blabel), label.delete(s2alabel), label.delete(s3blabel), label.delete(s3alabel), label.delete(s4blabel), label.delete(s4alabel), label.delete(s5blabel), label.delete(s5alabel), label.delete(s6alabel), label.delete(pvilabel)
    label.delete(r1blabel), label.delete(r1alabel), label.delete(r2blabel), label.delete(r2alabel), label.delete(r3blabel), label.delete(r3alabel), label.delete(r4blabel), label.delete(r4alabel), label.delete(r5blabel), label.delete(r5alabel), label.delete(r6alabel)
    r6alabel := label.new(x = time + chper * 20, y = HTFo   , text = "R6= " + tostring(dtime_r6ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r5alabel := label.new(x = time + chper * 20, y = HTFo1  , text = iff(type_sw=="Standard D.", "R4= ","R5= ") + tostring(dtime_r5ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r5blabel := label.new(x = time + chper * 20, y = HTFo2  , text = iff(type_sw=="Standard D.", "R4= ","R5= ") + tostring(dtime_r5ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r4alabel := label.new(x = time + chper * 20, y = HTFo3  , text = iff(type_sw=="Standard D.", "R3= ","R4= ") + tostring(dtime_r4ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r4blabel := label.new(x = time + chper * 20, y = HTFo4  , text = iff(type_sw=="Standard D.", "R3= ","R4= ") + tostring(dtime_r4ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r3alabel := label.new(x = time + chper * 20, y = HTFo5  , text = iff(type_sw=="Standard D.", "R2= ","R3= ") + tostring(dtime_r3ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r3blabel := label.new(x = time + chper * 20, y = HTFo6  , text = iff(type_sw=="Standard D.", "R2= ","R3= ") + tostring(dtime_r3ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r2alabel := label.new(x = time + chper * 20, y = HTFo6a , text = "R2= " + tostring(dtime_r2ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r2blabel := label.new(x = time + chper * 20, y = HTFo7a , text = "R2= " + tostring(dtime_r2ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r1alabel := label.new(x = time + chper * 20, y = HTFo8a , text = "R1= " + tostring(dtime_r1ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    r1blabel := label.new(x = time + chper * 20, y = HTFo9a , text = "R1= " + tostring(dtime_r1ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    pvilabel := label.new(x = time + chper * 20, y = HTFo10a, text = "P = " + tostring(pivot     , "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s1blabel := label.new(x = time + chper * 20, y = HTFo6a1, text = "S1= " + tostring(dtime_s1ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s1alabel := label.new(x = time + chper * 20, y = HTFo7a1, text = "S1= " + tostring(dtime_s1ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s2blabel := label.new(x = time + chper * 20, y = HTFo8a1, text = "S2= " + tostring(dtime_s2ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s2alabel := label.new(x = time + chper * 20, y = HTFo9a1, text = "S2= " + tostring(dtime_s2ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s3blabel := label.new(x = time + chper * 20, y = HTFo7  , text = iff(type_sw=="Standard D.", "S2= ", "S3= ") + tostring(dtime_s3ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s3alabel := label.new(x = time + chper * 20, y = HTFo8  , text = iff(type_sw=="Standard D.", "S2= ", "S3= ") + tostring(dtime_s3ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s4blabel := label.new(x = time + chper * 20, y = HTFo9  , text = iff(type_sw=="Standard D.", "S3= ", "S4= ") + tostring(dtime_s4ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s4alabel := label.new(x = time + chper * 20, y = HTFo10 , text = iff(type_sw=="Standard D.", "S3= ", "S4= ") + tostring(dtime_s4ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s5blabel := label.new(x = time + chper * 20, y = HTFo11 , text = iff(type_sw=="Standard D.", "S4= ", "S5= ") + tostring(dtime_s5ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s5alabel := label.new(x = time + chper * 20, y = HTFo12 , text = iff(type_sw=="Standard D.", "S4= ", "S5= ") + tostring(dtime_s5ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)
    s6alabel := label.new(x = time + chper * 20, y = HTFo13 , text = "S6= " + tostring(dtime_s6ab, "#.####") + "\n" + tim1 + "\n" + calculation, color = colorag, textcolor=_COLOR, style=label.style_label_left, xloc = xloc.bar_time, yloc=yloc.price)

Overview

AG DETECTOR supports multiple pivot calculation formulas including Traditional, Camarilla, Fibonacci, and Standard Deviation based on user-selected higher timeframes. Settings allow customization of the evaluation resolution, historical index lookback, candle recoloring, and display labels. Note that the indicator uses higher timeframe data with lookahead enabled.

Multi-timeframe pivot calculations
Support for Traditional, Camarilla, Fibonacci, and Standard Deviation pivots
Customizable higher timeframe and historical offset
Option to recolor candles based on pivot levels
Configurable level labels and plot settings

Details

Published by

Anderson-ALGO on GitHub

Code credit

Anderson_Guilcapi, as written in the script's header

Type

Indicator, Pine Script v4

Draws

On the price chart

Markets

Any symbol

Timeframes

Any timeframe

Risk Notes

Reads higher-timeframe data with lookahead on, so the history can show signals that were not there in real time

File

Pine/PineScript/Miscellaneous/DETECTOR.pine

Repository

github.com/Anderson-ALGO/Anderson-ALGO.github.io. See its other scripts in the library

Settings

The inputs you can change from the gear icon on the chart. Defaults are the author's.

Setting	Type	Default	Variable
TIME FOR DETECTOR	`string`	`W`	`tim`
Pivots Calculation	`string`	`Camarilla`	`type_sw`
Index Back	`int`	`1`	`_i`
Color	`string`	`BLACK`	`type_color`
Transparency	`int`	`0`	`tra1`
PLOT SETTINGS	`string`	`PLOT All`	`type_sw1`
Number of Days Back	`int`	`7`	`daily_adr`
Change Candle Colour?	`bool`	`true`	`andy`
Labels	`bool`	`true`	`showlabels`

Third-party code. ForexR did not write, test or endorse this script, and the summary above was generated automatically from its code and README. Indicators describe the past, and a strategy's backtest can look better than live trading, especially when a script repaints. Check it in the Strategy Tester and on a demo account before you rely on it.

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