Confirmed Fib (BOS + Pullback)

indicator("Confirmed Fib (BOS + Pullback)", overlay = true, max_lines_count = 100, max_labels_count = 100, max_boxes_count = 20)

grpS = "Structure"
fastDraw        = input.bool(true, "Fast Draw (skip pullback pivot)", group = grpS, tooltip = "ON: Fib draws as soon as impulse + BOS + displacement confirm. Earliest possible draw, anchors lock once drawn.\nOFF: original behaviour — waits for the pullback pivot before drawing.")
pivotLen        = input.int(8,    "Pivot length (L/R)",        minval = 1, maxval = 30, group = grpS, tooltip = "Bars left & right for STRUCTURAL pivots (prior swing + BOS reference).\n• 15M → 18\n• 1H → 8\n• 4H → 4\n• Daily → 3")
impulseR        = input.int(3,    "Impulse pivot R (Fast Draw)", minval = 1, maxval = 15, group = grpS, tooltip = "Right-side bars before the impulse extreme confirms (Fast Draw only).\nLower = Fib draws sooner relative to the impulse peak.\nWith anchor lock, the first detected impulse is locked even if a higher high prints later.\nSuggested: 3 standard, 2 fast, 5 conservative.")
pullbackPivotL  = input.int(2,    "Pullback pivot length (L/R)", minval = 1, maxval = 15, group = grpS, tooltip = "Only used when Fast Draw is OFF. Bars left & right for the PULLBACK pivot.\nLower = faster draw, weaker pullbacks. Suggested: 2 standard, 1 fast, 5 strict.")
displacementATR = input.float(1.5, "Min displacement (ATR)",   minval = 0.0, maxval = 10.0, step = 0.1, group = grpS, tooltip = "Minimum impulse size in ATR(14) units.\n• 0 → any impulse\n• 1.0 → modest\n• 1.5 → meaningful (default)\n• 2.5+ → major moves only")
invalidBufATR   = input.float(0.25, "Invalidation buffer (ATR)", minval = 0.0, maxval = 2.0, step = 0.05, group = grpS, tooltip = "Wick tolerance on close-below-priorLow (above-priorHigh) invalidation, in ATR(14) units.")
maxLegAgeBars   = input.int(150,  "Max leg age (bars)",        minval = 20, maxval = 2000, group = grpS, tooltip = "Auto-refresh: leg cleared if anchors haven't updated in this many bars.")
historyDepth    = input.int(15,   "Pivots retained",           minval = 6, maxval = 30, group = grpS, tooltip = "Recent pivots kept in memory for sequence lookback.")

grpB = "HTF Bias"
useBias    = input.bool(true, "Use HTF bias filter",  group = grpB, tooltip = "Bias auto-resolves to NEXT standard TF up.")
biasPivotL = input.int(3,     "HTF pivot length (L/R)", minval = 1, maxval = 15, group = grpB)

grpF = "Fib Levels"
lvl0    = input.bool(true, "0.000", group = grpF, inline = "a")
lvl236  = input.bool(true, "0.236", group = grpF, inline = "a")
lvl382  = input.bool(true, "0.382", group = grpF, inline = "b")
lvl5    = input.bool(true, "0.500", group = grpF, inline = "b")
lvl618  = input.bool(true, "0.618", group = grpF, inline = "c")
lvl786  = input.bool(true, "0.786", group = grpF, inline = "c")
lvl1    = input.bool(true, "1.000", group = grpF, inline = "d")

grpV = "Visual"
themeStr    = input.string("SHEPHERDFX Algorithms", "Colour Theme", options = ["SHEPHERDFX Algorithms", "Midnight", "Stealth", "Blood Red", "Matrix", "Arctic", "Neon Orange", "Royal Blue", "Forest", "Monochrome"], group = grpV, tooltip = "Drives dashboard colours and fib line colour.")
midColor    = input.color(color.rgb(160, 160, 170),    "0.500 line color",    group = grpV)
goldFill    = input.color(color.new(#FFD700, 80),      "Golden zone fill",    group = grpV)
goldEdge    = input.color(color.new(#B8860B, 40),      "Golden zone edge",    group = grpV)
impulseCol  = input.color(color.rgb(140, 140, 160),    "Impulse line color",  group = grpV)
showImpulse = input.bool(true,  "Show impulse line", group = grpV)
extendRight = input.bool(true,  "Extend right",   group = grpV)
showLabels  = input.bool(true,  "Price labels",   group = grpV)
showAnchors = input.bool(true,  "Anchor markers", group = grpV)
showInfo    = input.bool(true,  "Info panel",     group = grpV)

grpA = "Alerts"
alertOnNewFib = input.bool(true, "Alert on new fib drawn",      group = grpA)
alertOnZone   = input.bool(true, "Alert on Golden Zone touch",  group = grpA)

color cBg_P     = color.rgb(8,   0,  15)
color cPanel_P  = color.rgb(15,  0,  32)
color cHeader_P = color.rgb(22,  0,  48)
color cBrand_P  = color.rgb(28,  0,  58)
color cFrame_P  = color.rgb(204, 0, 255)
color cGrid_P   = color.rgb(28,  0,  58)
color cFib_P    = color.rgb(156, 39, 176)
color cBull_P   = color.rgb(0,   255, 160)
color cBear_P   = color.rgb(255, 70,  70)

color cBg_M     = color.rgb(5,   5,    8)
color cPanel_M  = color.rgb(10,  10,  14)
color cHeader_M = color.rgb(15,  15,  22)
color cBrand_M  = color.rgb(18,  18,  28)
color cFrame_M  = color.rgb(0,   210, 255)
color cGrid_M   = color.rgb(18,  18,  28)
color cFib_M    = color.rgb(0,   210, 255)
color cBull_M   = color.rgb(0,   255, 160)
color cBear_M   = color.rgb(255, 70,  70)

color cBg_S     = color.rgb(18,  18,  18)
color cPanel_S  = color.rgb(26,  26,  26)
color cHeader_S = color.rgb(34,  34,  34)
color cBrand_S  = color.rgb(40,  40,  40)
color cFrame_S  = color.rgb(200, 160, 40)
color cGrid_S   = color.rgb(40,  40,  40)
color cFib_S    = color.rgb(200, 160, 40)
color cBull_S   = color.rgb(80,  200, 80)
color cBear_S   = color.rgb(220, 60,  60)

color cBg_R     = color.rgb(10,  0,   0)
color cPanel_R  = color.rgb(20,  0,   0)
color cHeader_R = color.rgb(32,  0,   0)
color cBrand_R  = color.rgb(42,  0,   0)
color cFrame_R  = color.rgb(220, 0,   0)
color cGrid_R   = color.rgb(42,  0,   0)
color cFib_R    = color.rgb(220, 0,   0)
color cBull_R   = color.rgb(255, 80,  80)
color cBear_R   = color.rgb(180, 0,   0)

color cBg_X     = color.rgb(0,   5,   0)
color cPanel_X  = color.rgb(0,   10,  0)
color cHeader_X = color.rgb(0,   18,  0)
color cBrand_X  = color.rgb(0,   24,  0)
color cFrame_X  = color.rgb(0,   255, 70)
color cGrid_X   = color.rgb(0,   24,  0)
color cFib_X    = color.rgb(0,   255, 70)
color cBull_X   = color.rgb(0,   255, 70)
color cBear_X   = color.rgb(0,   180, 50)

color cBg_A     = color.rgb(5,   10,  18)
color cPanel_A  = color.rgb(8,   16,  28)
color cHeader_A = color.rgb(12,  22,  40)
color cBrand_A  = color.rgb(15,  28,  50)
color cFrame_A  = color.rgb(140, 210, 255)
color cGrid_A   = color.rgb(15,  28,  50)
color cFib_A    = color.rgb(140, 210, 255)
color cBull_A   = color.rgb(140, 220, 255)
color cBear_A   = color.rgb(80,  160, 220)

color cBg_O     = color.rgb(12,  6,   0)
color cPanel_O  = color.rgb(22,  10,  0)
color cHeader_O = color.rgb(32,  14,  0)
color cBrand_O  = color.rgb(40,  18,  0)
color cFib_O    = color.rgb(255, 120, 0)
color cFrame_O  = color.rgb(255, 120, 0)
color cGrid_O   = color.rgb(40,  18,  0)
color cBull_O   = color.rgb(255, 160, 40)
color cBear_O   = color.rgb(200, 80,  0)

color cBg_B     = color.rgb(4,   6,   18)
color cPanel_B  = color.rgb(6,   10,  30)
color cHeader_B = color.rgb(8,   14,  44)
color cBrand_B  = color.rgb(10,  18,  56)
color cFrame_B  = color.rgb(40,  120, 255)
color cGrid_B   = color.rgb(10,  18,  56)
color cFib_B    = color.rgb(40,  120, 255)
color cBull_B   = color.rgb(100, 180, 255)
color cBear_B   = color.rgb(40,  80,  200)

color cBg_F     = color.rgb(4,   12,  4)
color cPanel_F  = color.rgb(6,   20,  6)
color cHeader_F = color.rgb(8,   28,  8)
color cBrand_F  = color.rgb(10,  36,  10)
color cFrame_F  = color.rgb(100, 255, 50)
color cGrid_F   = color.rgb(10,  36,  10)
color cFib_F    = color.rgb(100, 255, 50)
color cBull_F   = color.rgb(100, 255, 50)
color cBear_F   = color.rgb(50,  180, 20)

color cBg_Mo     = color.rgb(8,   8,   8)
color cPanel_Mo  = color.rgb(16,  16,  16)
color cHeader_Mo = color.rgb(26,  26,  26)
color cBrand_Mo  = color.rgb(34,  34,  34)
color cFrame_Mo  = color.rgb(220, 220, 220)
color cGrid_Mo   = color.rgb(34,  34,  34)
color cFib_Mo    = color.rgb(220, 220, 220)
color cBull_Mo   = color.rgb(200, 200, 200)
color cBear_Mo   = color.rgb(120, 120, 120)

color cBg     = themeStr == "Midnight" ? cBg_M     : themeStr == "Stealth" ? cBg_S     : themeStr == "Blood Red" ? cBg_R     : themeStr == "Matrix" ? cBg_X     : themeStr == "Arctic" ? cBg_A     : themeStr == "Neon Orange" ? cBg_O     : themeStr == "Royal Blue" ? cBg_B     : themeStr == "Forest" ? cBg_F     : themeStr == "Monochrome" ? cBg_Mo     : cBg_P
color cPanel  = themeStr == "Midnight" ? cPanel_M  : themeStr == "Stealth" ? cPanel_S  : themeStr == "Blood Red" ? cPanel_R  : themeStr == "Matrix" ? cPanel_X  : themeStr == "Arctic" ? cPanel_A  : themeStr == "Neon Orange" ? cPanel_O  : themeStr == "Royal Blue" ? cPanel_B  : themeStr == "Forest" ? cPanel_F  : themeStr == "Monochrome" ? cPanel_Mo  : cPanel_P
color cHeader = themeStr == "Midnight" ? cHeader_M : themeStr == "Stealth" ? cHeader_S : themeStr == "Blood Red" ? cHeader_R : themeStr == "Matrix" ? cHeader_X : themeStr == "Arctic" ? cHeader_A : themeStr == "Neon Orange" ? cHeader_O : themeStr == "Royal Blue" ? cHeader_B : themeStr == "Forest" ? cHeader_F : themeStr == "Monochrome" ? cHeader_Mo : cHeader_P
color cBrand  = themeStr == "Midnight" ? cBrand_M  : themeStr == "Stealth" ? cBrand_S  : themeStr == "Blood Red" ? cBrand_R  : themeStr == "Matrix" ? cBrand_X  : themeStr == "Arctic" ? cBrand_A  : themeStr == "Neon Orange" ? cBrand_O  : themeStr == "Royal Blue" ? cBrand_B  : themeStr == "Forest" ? cBrand_F  : themeStr == "Monochrome" ? cBrand_Mo  : cBrand_P
color cFrame  = themeStr == "Midnight" ? cFrame_M  : themeStr == "Stealth" ? cFrame_S  : themeStr == "Blood Red" ? cFrame_R  : themeStr == "Matrix" ? cFrame_X  : themeStr == "Arctic" ? cFrame_A  : themeStr == "Neon Orange" ? cFrame_O  : themeStr == "Royal Blue" ? cFrame_B  : themeStr == "Forest" ? cFrame_F  : themeStr == "Monochrome" ? cFrame_Mo  : cFrame_P
color cGrid   = themeStr == "Midnight" ? cGrid_M   : themeStr == "Stealth" ? cGrid_S   : themeStr == "Blood Red" ? cGrid_R   : themeStr == "Matrix" ? cGrid_X   : themeStr == "Arctic" ? cGrid_A   : themeStr == "Neon Orange" ? cGrid_O   : themeStr == "Royal Blue" ? cGrid_B   : themeStr == "Forest" ? cGrid_F   : themeStr == "Monochrome" ? cGrid_Mo   : cGrid_P
color cFib    = themeStr == "Midnight" ? cFib_M    : themeStr == "Stealth" ? cFib_S    : themeStr == "Blood Red" ? cFib_R    : themeStr == "Matrix" ? cFib_X    : themeStr == "Arctic" ? cFib_A    : themeStr == "Neon Orange" ? cFib_O    : themeStr == "Royal Blue" ? cFib_B    : themeStr == "Forest" ? cFib_F    : themeStr == "Monochrome" ? cFib_Mo    : cFib_P
color cBull   = themeStr == "Midnight" ? cBull_M   : themeStr == "Stealth" ? cBull_S   : themeStr == "Blood Red" ? cBull_R   : themeStr == "Matrix" ? cBull_X   : themeStr == "Arctic" ? cBull_A   : themeStr == "Neon Orange" ? cBull_O   : themeStr == "Royal Blue" ? cBull_B   : themeStr == "Forest" ? cBull_F   : themeStr == "Monochrome" ? cBull_Mo   : cBull_P
color cBear   = themeStr == "Midnight" ? cBear_M   : themeStr == "Stealth" ? cBear_S   : themeStr == "Blood Red" ? cBear_R   : themeStr == "Matrix" ? cBear_X   : themeStr == "Arctic" ? cBear_A   : themeStr == "Neon Orange" ? cBear_O   : themeStr == "Royal Blue" ? cBear_B   : themeStr == "Forest" ? cBear_F   : themeStr == "Monochrome" ? cBear_Mo   : cBear_P

color cText   = color.rgb(235, 235, 235)
color cSub    = color.rgb(150, 150, 160)
color cDim    = color.rgb(110, 110, 125)

color brandBG  = color.new(cBrand,  0)
color headerBG = color.new(cHeader, 0)
color panelBG  = color.new(cPanel,  0)
color frameCl  = color.new(cFrame,  0)
color gridCl   = color.new(cGrid,   0)

int chartSec = timeframe.in_seconds(timeframe.period)
int sec1H    = timeframe.in_seconds("60")
int sec4H    = timeframe.in_seconds("240")
int secD     = timeframe.in_seconds("D")
int secW     = timeframe.in_seconds("W")
int secM     = timeframe.in_seconds("M")

string biasTF        = chartSec < sec1H ? "60" : chartSec < sec4H ? "240" : chartSec < secD ? "D" : chartSec < secW ? "W" : chartSec < secM ? "M" : ""
bool   biasAvailable = biasTF != ""
bool   effBias       = useBias and biasAvailable

string biasTFname = ""
if biasTF == "60"
    biasTFname := "1H"
else if biasTF == "240"
    biasTFname := "4H"
else if biasTF == "D"
    biasTFname := "Daily"
else if biasTF == "W"
    biasTFname := "Weekly"
else if biasTF == "M"
    biasTFname := "Monthly"

ph = ta.pivothigh(high, pivotLen, pivotLen)
pl = ta.pivotlow(low,   pivotLen, pivotLen)

phFast = ta.pivothigh(high, pivotLen, impulseR)
plFast = ta.pivotlow(low,   pivotLen, impulseR)

phPull = ta.pivothigh(high, pullbackPivotL, pullbackPivotL)
plPull = ta.pivotlow(low,   pullbackPivotL, pullbackPivotL)

var float[] phPrices = array.new_float()
var int[]   phBars   = array.new_int()
var float[] plPrices = array.new_float()
var int[]   plBars   = array.new_int()

var float[] phFastPrices = array.new_float()
var int[]   phFastBars   = array.new_int()
var float[] plFastPrices = array.new_float()
var int[]   plFastBars   = array.new_int()

var float[] phPullPrices = array.new_float()
var int[]   phPullBars   = array.new_int()
var float[] plPullPrices = array.new_float()
var int[]   plPullBars   = array.new_int()

if not na(ph)
    array.push(phPrices, ph)
    array.push(phBars,   bar_index - pivotLen)
    if array.size(phPrices) > historyDepth
        array.shift(phPrices)
        array.shift(phBars)
if not na(pl)
    array.push(plPrices, pl)
    array.push(plBars,   bar_index - pivotLen)
    if array.size(plPrices) > historyDepth
        array.shift(plPrices)
        array.shift(plBars)

if not na(phFast)
    array.push(phFastPrices, phFast)
    array.push(phFastBars,   bar_index - impulseR)
    if array.size(phFastPrices) > historyDepth
        array.shift(phFastPrices)
        array.shift(phFastBars)
if not na(plFast)
    array.push(plFastPrices, plFast)
    array.push(plFastBars,   bar_index - impulseR)
    if array.size(plFastPrices) > historyDepth
        array.shift(plFastPrices)
        array.shift(plFastBars)

if not na(phPull)
    array.push(phPullPrices, phPull)
    array.push(phPullBars,   bar_index - pullbackPivotL)
    if array.size(phPullPrices) > historyDepth
        array.shift(phPullPrices)
        array.shift(phPullBars)
if not na(plPull)
    array.push(plPullPrices, plPull)
    array.push(plPullBars,   bar_index - pullbackPivotL)
    if array.size(plPullPrices) > historyDepth
        array.shift(plPullPrices)
        array.shift(plPullBars)

f_structBias() =>
    pHi = ta.pivothigh(high, biasPivotL, biasPivotL)
    pLo = ta.pivotlow(low,   biasPivotL, biasPivotL)
    lastPH  = ta.valuewhen(not na(pHi), pHi, 0)
    priorPH = ta.valuewhen(not na(pHi), pHi, 1)
    lastPL  = ta.valuewhen(not na(pLo), pLo, 0)
    priorPL = ta.valuewhen(not na(pLo), pLo, 1)
    bull = not na(lastPH) and not na(priorPH) and not na(lastPL) and not na(priorPL) and lastPH > priorPH and lastPL > priorPL
    bear = not na(lastPH) and not na(priorPH) and not na(lastPL) and not na(priorPL) and lastPH < priorPH and lastPL < priorPL
    bull ? 1 : bear ? -1 : 0

string biasTFsafe = biasAvailable ? biasTF : "D"
structB = request.security(syminfo.tickerid, biasTFsafe, f_structBias(), barmerge.gaps_off, barmerge.lookahead_off)

int htfBias = not effBias ? 0 : structB

atr14 = ta.atr(14)

var table myTable = table.new(position.bottom_right, 1, 1, border_width=1, frame_color=color.black, bgcolor=color.white)

table.cell(myTable, 0, 0, "Join Telegram @shepherdfxtradingtools", bgcolor=color.blue, text_color=color.white, text_size=size.normal)

var int    trend       = 0
var float  anchorHi    = na
var int    anchorHiBar = na
var float  anchorLo    = na
var int    anchorLoBar = na
var string stateStr    = "No Active Structure"
var int    stickyAge   = 0

var float  zoneTop        = na
var float  zoneBot        = na
var bool   zoneAlertFired = false

Показано первые 50% кода (символов: 23071)