PHP Code:
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//@version=5
indicator ("Bjorgum SuperScript", ".", true, precision = 3)
// ================================== //
// ---------> User Input <----------- //
// ================================== //
strat = input.string ("Bj Reversal", "Select a Strategy" , group= "Strategy Selector" , options= ["Bj Reversal", "MA", "TRM", "RSI Color"])
source = input.source (close , "MA source" , group= "Strategy Selector")
alphaInput = input.float (0.7 , "T3 Alpha" , group= "Strategy Selector")
t3vis = input.bool (false , "Show Tilson MA's" , group= "Strategy Overides" )
hemavis = input.bool (false , "Show HEMA MA's" , group= "Strategy Overides" )
psarvis = input.bool (false , "Show PSAR" , group= "Strategy Overides" )
arrowvis = input.bool (false , "Show Arrows" , group= "Strategy Overides" )
showTable = input.bool (false , "Show Bjorgum Buy Rating" , group= "Strategy Overides" )
disable = input.bool (false , "Disable Current MA" , group= "Strategy Overides" )
tsistrat = input.string ("Fast" , "TRM Speed Control" , group= "Select a Speed" , options= ["Fast", "Slow"])
rsistrat = input.string ("Slow" , "RSI Bar Color Speed Control" , group= "Select a Speed" , options= ["Slow", "Fast"])
type = input.string ("Hollow" , "Candle Type" , group= "Heikin-Ashi Overlay", options= ["Hollow", "Bars", "Candles"])
haover = input.bool (false , "Overlays HA Plotcandle" , group= "Heikin-Ashi Overlay", tooltip= "(Must 'mute' main candle series while in use. Toggle '👁' symbol next to ticker name to hide candles)")
rPrice = input.bool (false , "Actual Close Value" , group= "Heikin-Ashi Overlay", tooltip= "Displays real close value - useful when using HA overlay")
i_alert_mode = input.string (alert.freq_once_per_bar_close, "Alerts Mode" , group= "Variable Alerts" , options= [alert.freq_once_per_bar, alert.freq_once_per_bar_close], tooltip="Using the alert() function call will allow use of only one alert for any of the following selected. Any current settings in the script will be what is saved at the time the alert is set")
BUY4 = input.bool (false , "TRM Buy" , group= "Variable Alerts" )
SELL4 = input.bool (false , "TRM Sell" , group= "Variable Alerts" )
REVUP = input.bool (false , "Reversal Up" , group= "Variable Alerts" )
REVDWN = input.bool (false , "Reversal Down" , group= "Variable Alerts" )
HCROSSUP = input.bool (false , "MA Cross Up" , group= "Variable Alerts" )
HCROSSDWN = input.bool (false , "MA Cross Down" , group= "Variable Alerts" )
RSIUP = input.bool (false , "RSI Cross Up 50" , group= "Variable Alerts" )
RSIDWN = input.bool (false , "RSI Cross Down 50" , group= "Variable Alerts" )
RSIOB = input.bool (false , "RSI Cross Up 70" , group= "Variable Alerts" )
RSIOS = input.bool (false , "RSI Cross Down 30" , group= "Variable Alerts" )
RSICD = input.bool (false , "RSI Cross Down 70" , group= "Variable Alerts" )
RSICU = input.bool (false , "RSI Cross Up 30" , group= "Variable Alerts" )
DATA = input.bool (false , "TSI Curl Up" , group= "Variable Alerts" )
DTAT = input.bool (false , "TSI Curl Down" , group= "Variable Alerts" )
SARUP = input.bool (false , "Sar Up" , group= "Variable Alerts" )
SARDWN = input.bool (false , "Sar Down" , group= "Variable Alerts" )
textSize = input.string ("small" , "Text Size" , group= "Table" , options= ["tiny", "small", "normal", "large", "huge", "auto"])
tableYpos = input.string ("bottom" , "Position" , group= "Table" , options= ["top", "middle", "bottom"])
tableXpos = input.string ("right" , "" , group= "Table" , options= ["left", "center", "right"])
bullRev5 = input.color (color.new (#64b5f6, 0), "", inline= "1" , group= "T3 MA (Bull, Bear, Fill, Length)" )
bearRev5 = input.color (color.new (#ef5350, 0), "", inline= "1" , group= "T3 MA (Bull, Bear, Fill, Length)" )
bullRev8 = input.color (color.new (#64b5f6, 0), "", inline= "2" , group= "T3 MA (Bull, Bear, Fill, Length)" )
bearRev8 = input.color (color.new (#ef5350, 0), "", inline= "2" , group= "T3 MA (Bull, Bear, Fill, Length)" )
bullRevF = input.color (color.new (#64b5f6, 80), "", inline= "1" , group= "T3 MA (Bull, Bear, Fill, Length)" )
bearRevF = input.color (color.new (#ef5350, 80), "", inline= "2" , group= "T3 MA (Bull, Bear, Fill, Length)" )
bullHema1 = input.color (color.new (#64b5f6, 55), "", inline= "4" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bearHema1 = input.color (color.new (#d32f2f, 55), "", inline= "4" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bullHema2 = input.color (color.new (#64b5f6, 45), "", inline= "5" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bearHema2 = input.color (color.new (#d32f2f, 45), "", inline= "5" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bullHema3 = input.color (color.new (#64b5f6, 35), "", inline= "6" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bearHema3 = input.color (color.new (#d32f2f, 35), "", inline= "6" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bullHema1F = input.color (color.new (#64b5f6, 85), "", inline= "4" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bearHema1F = input.color (color.new (#d32f2f, 85), "", inline= "4" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bullHema2F = input.color (color.new (#64b5f6, 80), "", inline= "5" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bearHema2F = input.color (color.new (#d32f2f, 80), "", inline= "5" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bullHema3F = input.color (color.new (#64b5f6, 75), "", inline= "6" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bearHema3F = input.color (color.new (#d32f2f, 75), "", inline= "6" , group= "MA (Bull, Bear, Fill, Length, Type)" )
bullSar = input.color (color.new (#64b5f6, 0), "", inline= "7" , group= "SAR (Bull, Bear)" )
bearSar = input.color (color.new (#ef5350, 0), "", inline= "7" , group= "SAR (Bull, Bear)" )
aLength = input.int (5 , "" , inline="1" , group= "T3 MA (Bull, Bear, Fill, Length)" )
Length = input.int (8 , "" , inline="2" , group= "T3 MA (Bull, Bear, Fill, Length)" )
hemaslow = input.int (5 , "" , inline="4" , group= "MA (Bull, Bear, Fill, Length, Type)" )
hemaslow2 = input.int (9 , "" , inline="5" , group= "MA (Bull, Bear, Fill, Length, Type)" )
hemaslow3 = input.int (21 , "" , inline="6" , group= "MA (Bull, Bear, Fill, Length, Type)" )
maType1 = input.string ("HEMA" , "" , inline= "4" , group= "MA (Bull, Bear, Fill, Length, Type)", options= ["SMA", "EMA", "HEMA", "T3", "DEMA", "TEMA", "HMA", "WMA", "VWMA", "SWMA", "VWAP"])
maType2 = input.string ("HEMA" , "" , inline= "5" , group= "MA (Bull, Bear, Fill, Length, Type)", options= ["SMA", "EMA", "HEMA", "T3", "DEMA", "TEMA", "HMA", "WMA", "VWMA", "SWMA", "VWAP"])
maType3 = input.string ("HEMA" , "" , inline= "6" , group= "MA (Bull, Bear, Fill, Length, Type)", options= ["SMA", "EMA", "HEMA", "T3", "DEMA", "TEMA", "HMA", "WMA", "VWMA", "SWMA", "VWAP"])
bullcol = input.color (#64b5f6 , "Bull Trend Color" , group= "Bar Color" )
bearcol = input.color (#ef5350 , "Bear Trend Color" , group= "Bar Color" )
bullrev = input.color (#faea56 , "Bullish Reversal Color" , group= "Bar Color" )
bearrev = input.color (#da42f8 , "Bearish Reversal Color" , group= "Bar Color" )
hemabull = input.color (#64b5f6 , "MA Bull Color" , group= "Bar Color" )
hemabear = input.color (#e91e63 , "MA Bear Color" , group= "Bar Color" )
hemahold = input.color (#b2b5be , "MA Hold Color" , group= "Bar Color" )
trmbull = input.color (#3BB3E4 , "TRM Buy" , group= "Bar Color" )
trmbear = input.color (#ffeb3b , "TRM Sell" , group= "Bar Color" )
trmhold = input.color (#b2b5be , "TRM Hold" , group= "Bar Color" )
rsi5 = input.color (#17ff00 , "RSI 0-5" , group= "Bar Color" )
rsi10 = input.color (#17ff00 , "RSI 5-10" , group= "Bar Color" )
rsi15 = input.color (#ffffff , "RSI 10-15" , group= "Bar Color" )
rsi20 = input.color (#ffffff , "RSI 15-20" , group= "Bar Color" )
rsi25 = input.color (#ffffff , "RSI 20-25" , group= "Bar Color" )
rsi30 = input.color (#ffffff , "RSI 25-30" , group= "Bar Color" )
rsi35 = input.color (#ffffff , "RSI 30-35" , group= "Bar Color" )
rsi40 = input.color (#ffffff , "RSI 35-40" , group= "Bar Color" )
rsi45 = input.color (#ffffff , "RSI 40-45" , group= "Bar Color" )
rsi50 = input.color (#ffffff , "RSI 45-50" , group= "Bar Color" )
rsi55 = input.color (#2196f3 , "RSI 50-55" , group= "Bar Color" )
rsi60 = input.color (#2196f3 , "RSI 55-60" , group= "Bar Color" )
rsi65 = input.color (#2196f3 , "RSI 60-65" , group= "Bar Color" )
rsi70 = input.color (#2196f3 , "RSI 65-70" , group= "Bar Color" )
rsi75 = input.color (#2196f3 , "RSI 70-75" , group= "Bar Color" )
rsi80 = input.color (#2196f3 , "RSI 75-80" , group= "Bar Color" )
rsi85 = input.color (#9c27b0 , "RSI 80-85" , group= "Bar Color" )
rsi90 = input.color (#9c27b0 , "RSI 85-90" , group= "Bar Color" )
rsi95 = input.color (#ff0000 , "RSI 90-95" , group= "Bar Color" )
rsi100 = input.color (#ff0000 , "RSI 95-100" , group= "Bar Color" )
longf = input.int (25 , "Long Length" , group= "TSI Fast Settings" )
shortf = input.int (5 , "Short Length" , group= "TSI Fast Settings" )
signalf = input.int (14 , "Signal Length" , group= "TSI Fast Settings" )
lenf = input.int (5 , "RSI Length" , group= "TSI Fast Settings" )
longs = input.int (25 , "Long Length" , group= "TSI Slow Settings" )
shorts = input.int (13 , "Short Length" , group= "TSI Slow Settings" )
signals = input.int (13 , "Signal Length" , group= "TSI Slow Settings" )
lens = input.int (14 , "RSI Length" , group= "TSI Slow Settings" )
start = input.float (.043 , "Start" , group="PSAR" )
inc = input.float (.043 , "Increment" , group="PSAR" )
max = input.float (.34 , "Max" , group="PSAR" )
// ================================== //
// -----> Immutable Constants <------ //
// ================================== //
cell1 = color.new (color.silver , 80)
bjrev = strat == "Bj Reversal"
hema = strat == "MA"
trm = strat == "TRM"
rsicol = strat == "RSI Color"
tsifast = tsistrat == "Fast"
tsislow = tsistrat == "Slow"
rsifast = rsistrat == "Fast"
rsislow = rsistrat == "Slow"
hollow = type == "Hollow"
bars = type == "Bars"
candle = type == "Candles"
shortvar = tsifast ? shortf : shorts
longvar = tsifast ? longf : longs
signalvar = tsifast ? signalf : signals
len = tsifast ? lenf :
tsislow ? lens :
rsifast ? lenf :
rsislow ? lens : lens
// ================================== //
// ---> Functional Declarations <---- //
// ================================== //
_gd(src, length, alpha) =>
float result = ta.ema(src, length) * (1 + alpha) - ta.ema(ta.ema(src, length), length) * alpha
_t3(src, length, alpha = 0.7) =>
float result = _gd(_gd(_gd(src, length, alpha), length, alpha), length, alpha)
_dema(src, length) =>
float ema1 = ta.ema(src, length)
float ema2 = ta.ema(ema1, length)
float result = 2 * ema1 - ema2
_tema(src, length) =>
float ema1 = ta.ema(src, length)
float ema2 = ta.ema(ema1, length)
float ema3 = ta.ema(ema2, length)
float result = 3 * (ema1 - ema2) + ema3
_haVal() =>
float _c = (open + high + low + close) / 4
float _o = float(na)
_o := na(_o[1]) ? (open + close) / 2 : (nz(_o[1]) + nz(_c[1])) / 2
float _h = math.max (high , math.max (_o, _c))
float _l = math.min (low , math.min (_o, _c))
[_o, _h, _l, _c]
[o_,h_,l_,c_] = _haVal ()
_ma(src, type, length) =>
float result = switch type
"EMA" => ta.ema (src, length)
"HEMA" => ta.ema (o_, length)
"SMA" => ta.sma (src, length)
"HMA" => ta.hma (src, length)
"WMA" => ta.wma (src, length)
"VWMA" => ta.vwma(src, length)
"DEMA" => _dema (src, length)
"TEMA" => _tema (src, length)
"T3" => _t3 (src, length, alphaInput)
"SWMA" => ta.swma(src)
"VWAP" => ta.vwap(src)
_alert(cond, txt) =>
if cond
alert (txt + timeframe.period + ' chart. Price is ' + str.tostring(close), i_alert_mode)
_triGrad(src, min, max, midCol, bearCol, bullCol) =>
float center = min + (max - min) / 2
color result = src >= center ?
color.from_gradient(src, center, max, midCol, bullCol) :
color.from_gradient(src, min, center, bearCol, midCol)
_populate(id, names, syms, col1, col2) =>
if showTable
for [i, a] in names
s = array.get(syms, i)
table.cell(table_id= id, column= 0, row= i, bgcolor= cell1, text= a, text_color= col1, text_size= textSize)
table.cell(table_id= id, column= 1, row= i, bgcolor= color(na), text= s, text_color= col2, text_size= textSize)
// ================================== //
// ----> Variable Calculations <----- //
// ================================== //
tsi = ta.tsi (close , shortvar, longvar )
tsl = ta.ema (tsi , signalvar )
rsi = ta.rsi (close , len )
anT3Average = _t3 (source, aLength, alphaInput)
nT3Average = _t3 (source, Length, alphaInput)
bjhemaslow = _ma (source, maType1, hemaslow )
bjhemaslow2 = _ma (source, maType2, hemaslow2 )
bjhemaslow3 = _ma (source, maType3, hemaslow3 )
bjhemafast = ta.ema (hl2 , 1 )
sar = ta.sar (start , inc, max )
// ================================== //
// ----> Conditional Parameters <---- //
// ================================== //
hadu = c_ >= o_
buy1 = ta.crossover (tsi,tsl) and rsi > 50
buy2 = ta.crossover (rsi,50) and tsi > tsl
buy3 = ta.crossover (tsi,tsl) and ta.crossover (rsi,50)
sell1 = ta.crossunder (tsi,tsl) and rsi < 50
sell2 = ta.crossunder (rsi,50) and tsi < tsl
sell3 = ta.crossunder (tsi,tsl) and ta.crossunder (rsi,50)
rsicross = ta.cross (rsi, 50)
rsiup = ta.crossover (rsi, 50)
rsidwn = ta.crossunder (rsi, 50)
rsiob = ta.crossover (rsi, 70)
rsios = ta.crossunder (rsi, 30)
rsicd = ta.crossunder (rsi, 70)
rsicu = ta.crossover (rsi, 30)
revbar = ta.cross (close, nT3Average)
trendbar = ta.cross (nT3Average, anT3Average)
revup = ta.crossover (close, nT3Average)
revdwn = ta.crossunder (close, nT3Average)
emasig = ta.cross (close, bjhemaslow) and ta.cross (close, bjhemaslow2)
hemauc = (close> bjhemaslow) and (close > bjhemaslow2)
hemadc = (close< bjhemaslow) and (close < bjhemaslow2)
crossup1 = ta.crossover (close, bjhemaslow) and (close > bjhemaslow2)
crossup2 = ta.crossover (close, bjhemaslow2) and (close > bjhemaslow)
crossup3 = ta.crossover (close, bjhemaslow2) and ta.crossover (close, bjhemaslow)
crossdown1 = ta.crossunder (close, bjhemaslow) and (close < bjhemaslow2)
crossdown2 = ta.crossunder (close, bjhemaslow2) and (close < bjhemaslow)
crossdown3 = ta.crossunder (close, bjhemaslow2) and ta.crossunder(close, bjhemaslow)
sarup = ta.crossover (close, sar)
sardwn = ta.crossunder (close, sar)
Hcrossup = crossup1 or crossup2 or crossup3
Hcrossdwn = crossdown1 or crossdown2 or crossdown3
buy4 = buy1 or buy2 or buy3
sell4 = sell1 or sell2 or sell3
buy = tsi > tsl and rsi > 50
sell = tsi < tsl and rsi < 50
data = tsi < tsl and tsi > tsi [1]
dtat = tsi > tsl and tsi < tsi [1]
colOne = anT3Average > anT3Average [1]
upCol = nT3Average > nT3Average [1]
fillData = anT3Average > nT3Average
uc = (anT3Average >= nT3Average) and (close > nT3Average)
dc = (anT3Average <= nT3Average) and (close < nT3Average)
dr = (anT3Average >= nT3Average) and (close < nT3Average)
ur = (anT3Average <= nT3Average) and (close > nT3Average)
hauc = (anT3Average >= nT3Average) and (c_ > nT3Average)
hadc = (anT3Average <= nT3Average) and (c_ < nT3Average)
hadr = (anT3Average >= nT3Average) and (c_ < nT3Average)
haur = (anT3Average <= nT3Average) and (c_ > nT3Average)
up = bjhemaslow > bjhemaslow [1]
up2 = bjhemaslow2 > bjhemaslow2 [1]
up3 = bjhemaslow3 > bjhemaslow3 [1]
hfillData = bjhemaslow < bjhemafast
hfillDtat = bjhemaslow2 < bjhemaslow
hfillDat = bjhemaslow3 < bjhemaslow2
ema1 = bjhemaslow < close
ema2 = bjhemaslow2 < close
ema3 = bjhemaslow3 < close
sarUp = close >= sar
rsiUp = rsi > 50
tsiUp = tsi > tsl
rsiH = rsi >= 90 or rsi <= 10
// ================================== //
// ------> Statistical Rating <------ //
// ================================== //
names = array.from(
"TRM" ,
"Rev" ,
"Curl" ,
"RSI" ,
"TSI" ,
str.format("{0} {1}", maType1, hemaslow) ,
str.format("{0} {1}", maType2, hemaslow2),
str.format("{0} {1}", maType3, hemaslow3),
"SAR" )
syms = array.from(
buy ? "✅" : sell ? "❌" : "➖" ,
uc ? "✅" : dc ? "❌" : "🔸" ,
data ? "✅" : dtat ? "❌" : "➖" ,
rsiH ? "🔥": rsiUp ? "✅" : "❌" ,
tsiUp ? "✅" : "❌" ,
ema1 ? "✅" : "❌" ,
ema2 ? "✅" : "❌" ,
ema3 ? "✅" : "❌" ,
sarUp ? "✅" : "❌" )
sigs = array.from(
buy ? 1 : sell ? -1 : 0 ,
uc ? 1 : dc ? -1 : 0 ,
data ? 1 : dtat ? -1 : 0 ,
rsiUp ? 1 : -1 ,
tsiUp ? 1 : -1 ,
ema1 ? 1 : -1 ,
ema2 ? 1 : -1 ,
ema3 ? 1 : -1 ,
sarUp ? 1 : -1 )
sigSum = array.sum (sigs)
tabCol = _triGrad (sigSum, -6, 6, color.gray, #ff0000, color.green)
var stats = table.new (position=tableYpos + "_" + tableXpos, columns=2, rows=9, border_color= color.new(color.gray, 60), border_width=1)
_populate (stats, names, syms, tabCol, tabCol)
// ================================== //
// ------> Graphical Display <------- //
// ================================== //
color2 = colOne ? bullRev5 : bearRev5
myColor = upCol ? bullRev8 : bearRev8
revFillCol = fillData ? bullRevF : bearRevF
hfillCol1 = hfillData ? bullHema1F : bearHema1F
hfillCol2 = hfillDtat ? bullHema2F : bearHema2F
hfillCol3 = hfillDat ? bullHema3F : bearHema3F
mycolor = up ? bullHema1 : bearHema1
mycolor2 = up2 ? bullHema2 : bearHema2
mycolor3 = up3 ? bullHema3 : bearHema3
colUp = sarUp ? bullSar : bearSar
hadefval = hadu ? bullcol : bearcol
trmcolor = buy ? trmbull : sell ? trmbear : trmhold
hemabar = hemauc ? hemabull : hemadc ? hemabear : hemahold
rsicon = rsi > 0 and rsi <= 5 ? rsi5 :
rsi > 5 and rsi <= 10 ? rsi10 :
rsi > 10 and rsi <= 15 ? rsi15 :
rsi > 15 and rsi <= 20 ? rsi20 :
rsi > 20 and rsi <= 25 ? rsi25 :
rsi > 25 and rsi <= 30 ? rsi30 :
rsi > 30 and rsi <= 35 ? rsi35 :
rsi > 35 and rsi <= 40 ? rsi40 :
rsi > 40 and rsi <= 45 ? rsi45 :
rsi > 45 and rsi <= 50 ? rsi50 :
rsi > 50 and rsi <= 55 ? rsi55 :
rsi > 55 and rsi <= 60 ? rsi60 :
rsi > 60 and rsi <= 65 ? rsi65 :
rsi > 65 and rsi <= 70 ? rsi70 :
rsi > 70 and rsi <= 75 ? rsi75 :
rsi > 75 and rsi <= 80 ? rsi80 :
rsi > 80 and rsi <= 85 ? rsi85 :
rsi > 85 and rsi <= 90 ? rsi90 :
rsi > 90 and rsi <= 95 ? rsi95 :
rsi > 95 and rsi <= 100? rsi100: hadefval
bjrevcol = uc ? bullcol :
dc ? bearcol :
dr ? bearrev :
ur ? bullrev : na
habjrevcol = hauc ? bullcol :
hadc ? bearcol :
hadr ? bearrev :
haur ? bullrev : hadefval
barColor = trm ? trmcolor :
bjrev ? bjrevcol :
rsicol ? rsicon :
hema ? hemabar : na
habarColor = trm ? trmcolor :
bjrev ? habjrevcol :
rsicol ? rsicon :
hema ? hemabar : na
//p2 = plot ((t3vis or (not disable and bjrev)) ? anT3Average : na, "T3 Fast" , color2 )
//p1 = plot ((t3vis or (not disable and bjrev)) ? nT3Average : na, "T3 Slow" , myColor )
//hemaslowplot = plot ((hemavis or (not disable and hema)) ? bjhemaslow : na, 'EMA 5' , mycolor )
//hemaslowplot2 = plot ((hemavis or (not disable and hema)) ? bjhemaslow2 : na, 'EMA 9' , mycolor2)
//hemaslowplot3 = plot ((hemavis or (not disable and hema)) ? bjhemaslow3 : na, 'EMA 21' , mycolor3)
//hemafastplot = plot (bjhemafast , 'EMA fast', #FF000000 , display=display.none, editable=false)
//fill (hemaslowplot , hemafastplot , color= hemavis or hema ? hfillCol1 : na, title= "5 - Plot Fill")
//fill (hemaslowplot , hemaslowplot2, color= hemavis or hema ? hfillCol2 : na, title= "5 - 9 Fill" )
//fill (hemaslowplot2, hemaslowplot3, color= hemavis or hema ? hfillCol3 : na, title= "9 - 21 Fill" )
//fill (p1 , p2 , color= t3vis or bjrev ? revFillCol : na, title= "T3 Fill" )
//plotshape (arrowvis ? data : na, style=shape.triangleup, location=location.belowbar, color= #17ff00, title="Curl Up" )
//plotshape (arrowvis ? dtat : na, style=shape.triangledown, location=location.abovebar, color= #FFEB3B, title="Curl Down")
//plot (psarvis ? sar : na, "SAR" , colUp , style= plot.style_circles , linewidth= 1)
//plot (rPrice ? close : na, "Real Close", habarColor, trackprice=true, offset=-9999, editable= false)
candleCol = haover and hollow ? c_ < o_ ? habarColor : na :
haover and candle ? habarColor : na
wickCol = (hollow or candle) and haover ? #b2b5be : na
borderCol = (hollow or candle) and haover ? habarColor : na
barCol = haover and bars ? habarColor : na
//plotcandle (o_, h_, l_, c_, "Hollow Candles", candleCol, wickCol, bordercolor= borderCol)
//plotbar (o_, h_, l_, c_, 'Heikin-Ashi' , barCol)
barcolor (color=barColor)
//@version=5
pvtLenL = input.int(5, minval=1, title='Pivot Length Left Hand Side')
pvtLenR = input.int(3, minval=1, title='Pivot Length Right Hand Side')
maxLvlLen = input.int(0, minval=0, title='Maximum Extension Length')
ShowHHLL = input(false, title='Show HH,LL,LH,HL Markers On Pivots Points')
WaitForClose = input(false, title='Wait For Candle Close Before Printing Pivot')
// Get High and Low Pivot Points
pvthi_ = ta.pivothigh(high, pvtLenL, pvtLenR)
pvtlo_ = ta.pivotlow(low, pvtLenL, pvtLenR)
// Force Pivot completion before plotting.
Shunt = WaitForClose ? 1 : 0
pvthi = pvthi_[Shunt]
pvtlo = pvtlo_[Shunt]
// ||-----------------------------------------------------------------------------------------------------||
// ||--- Higher Highs, Lower Highs, Higher Lows, Lower Lows -------------------------------------------||
valuewhen_1 = ta.valuewhen(pvthi, high[pvtLenR + Shunt], 1)
valuewhen_2 = ta.valuewhen(pvthi, high[pvtLenR + Shunt], 0)
higherhigh = na(pvthi) ? na : valuewhen_1 < valuewhen_2 ? pvthi : na
valuewhen_3 = ta.valuewhen(pvthi, high[pvtLenR + Shunt], 1)
valuewhen_4 = ta.valuewhen(pvthi, high[pvtLenR + Shunt], 0)
lowerhigh = na(pvthi) ? na : valuewhen_3 > valuewhen_4 ? pvthi : na
valuewhen_5 = ta.valuewhen(pvtlo, low[pvtLenR + Shunt], 1)
valuewhen_6 = ta.valuewhen(pvtlo, low[pvtLenR + Shunt], 0)
higherlow = na(pvtlo) ? na : valuewhen_5 < valuewhen_6 ? pvtlo : na
valuewhen_7 = ta.valuewhen(pvtlo, low[pvtLenR + Shunt], 1)
valuewhen_8 = ta.valuewhen(pvtlo, low[pvtLenR + Shunt], 0)
lowerlow = na(pvtlo) ? na : valuewhen_7 > valuewhen_8 ? pvtlo : na
plot(not ShowHHLL ? pvthi : na, title='PH *', style=plot.style_cross, ****=false, color=color.new(color.red, 0), offset=-pvtLenR - Shunt, linewidth=4)
plot(not ShowHHLL ? pvtlo : na, title='PL *', style=plot.style_cross, ****=false, color=color.new(color.lime, 0), offset=-pvtLenR - Shunt, linewidth=4)
Originally Posted by Dore
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