This indicator combines three Exponential Moving Averages (EMAs), imbalance gap detection, and a volume profile on the main price chart. It plots customizable short, medium, and long-term EMAs while highlighting Fair Value Gaps (FVG) and Opening Gaps (OG). Add
Indicator · Pine Script v6 · On the chart
[ad] SFP + FVG / IFVG
This overlay indicator draws swing-based liquidity levels, fair value gaps and inverted fair value gaps on the price chart.
GitHub stars1on the repository
Pine versionv6current
Lines of code1,296
Settings40inputs
LicenceMIT
Last update3 weeks ago3 Oct 2026
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
1,296 lines of Pine Script v6 from SK_SFP_Najblizsze_Poziomy.pine, published under MIT. Keep the author's credit and licence lines when you reuse it.
// [ad] SFP + FVG / IFVG v5.17
// Radar aktualnych pul płynności (WATCH), na których może powstać SFP.
// Poziom kandydujący pochodzi wyłącznie z potwierdzonego i jakościowego swingu.
// Sweep knotem i powrót korpusu tworzą RAW. Domyślny sygnał CONF powstaje dopiero po późniejszym
// zamknięciu ceny poza przeciwnym ekstremum świecy SFP (break struktury).
//
// Nie jest to rekomendacja inwestycyjna ani obietnica reakcji ceny.
//@version=6
indicator("[ad] SFP + FVG / IFVG v5.17", shorttitle = "adSFP 5.17", overlay = true, max_lines_count = 500, max_labels_count = 500, max_boxes_count = 60, max_bars_back = 5000, dynamic_requests = true)
// ==================== PROSTE USTAWIENIA ====================
string grupaFunkcji = "Features"
string grupaFvg = "FVG timeframes"
string grupaSrednie = "Moving averages"
string grupaVwap = "Dual Auto VWAP"
string grupaPvp = "PVP naked POC"
string grupaWatermarkMain = "Watermark • Main text"
string grupaWatermarkSecond = "Watermark • Second line"
string grupaWatermarkPosition = "Watermark • Position"
bool wlaczSfp = input.bool(true, "SFP levels and confirmations", group = grupaFunkcji, display = display.data_window)
bool pokazSfpRaw = input.bool(true, "Show SFP RAW after a valid sweep", group = grupaFunkcji, tooltip = "A thin dashed line appears after a wick sweep and a confirmed close back behind the level. RAW is not yet a structure confirmation.", display = display.data_window)
bool wlaczFvg = input.bool(true, "FVG / IFVG nearest zones", group = grupaFunkcji, display = display.data_window)
bool wlaczDni = input.bool(true, "Day / month separators", group = grupaFunkcji, tooltip = "Intraday charts show Warsaw weekdays. Daily, weekly, and monthly charts show month markers instead.", display = display.data_window)
// CRYPTOCAP:TOTAL/TOTAL2/TOTAL3 są indeksami obserwacyjnymi, a nie instrumentami
// do bezpośredniego wejścia. Zostawiamy na nich radar SFP i FVG, ale bez
// kierunkowych czerwonych/zielonych linii RAW/CONF wyglądających jak sygnał.
bool indeksKapitalizacjiKrypto = syminfo.prefix == "CRYPTOCAP"
bool pokazKierunkoweSfp = wlaczSfp and not indeksKapitalizacjiKrypto
string trybTfFvg = input.string("Match chart", "Timeframe mode", options = ["Match chart", "Custom set"], group = grupaFvg, tooltip = "Match chart follows the open chart timeframe. Custom set can show one, two, or three independent confirmed-timeframe zone books at once.", display = display.data_window)
bool wlaczTfA = input.bool(true, "Use", inline = "tfA", group = grupaFvg, display = display.data_window)
string tfAInput = input.timeframe("60", "Timeframe 1", inline = "tfA", group = grupaFvg, display = display.data_window)
bool wlaczTfB = input.bool(true, "Use", inline = "tfB", group = grupaFvg, display = display.data_window)
string tfBInput = input.timeframe("240", "Timeframe 2", inline = "tfB", group = grupaFvg, display = display.data_window)
bool wlaczTfC = input.bool(true, "Use", inline = "tfC", group = grupaFvg, display = display.data_window)
string tfCInput = input.timeframe("1D", "Timeframe 3", inline = "tfC", group = grupaFvg, display = display.data_window)
int ileFvgNadCena = input.int(2, "Nearest zones above per timeframe", minval = 1, maxval = 8, group = grupaFvg, display = display.data_window)
int ileFvgPodCena = input.int(6, "Nearest zones below per timeframe", minval = 1, maxval = 8, group = grupaFvg, tooltip = "Shows a deeper stack of still-active FVG/IFVG zones below price so lower imbalances are not hidden by the nearest-zone limit.", display = display.data_window)
bool pokazEma200 = input.bool(true, "EMA 200", inline = "ema200", group = grupaSrednie, tooltip = "Uses close prices and the current chart timeframe.", display = display.data_window)
color kolorEma200 = input.color(color.rgb(33, 150, 243), "Color", inline = "ema200", group = grupaSrednie, display = display.data_window)
bool pokazEma100 = input.bool(false, "EMA 100", inline = "ema100", group = grupaSrednie, tooltip = "Uses close prices and the current chart timeframe.", display = display.data_window)
color kolorEma100 = input.color(color.rgb(255, 152, 0), "Color", inline = "ema100", group = grupaSrednie, display = display.data_window)
bool pokazEma50 = input.bool(false, "EMA 50", inline = "ema50", group = grupaSrednie, tooltip = "Uses close prices and the current chart timeframe.", display = display.data_window)
color kolorEma50 = input.color(color.rgb(156, 39, 176), "Color", inline = "ema50", group = grupaSrednie, display = display.data_window)
bool pokazEmaWlasna = input.bool(false, "Custom EMA", inline = "emaCustom", group = grupaSrednie, tooltip = "Optional EMA from close on the current chart timeframe.", display = display.data_window)
int dlugoscEmaWlasna = input.int(21, "Length", minval = 1, maxval = 2000, inline = "emaCustom", group = grupaSrednie, display = display.data_window)
color kolorEmaWlasna = input.color(color.rgb(255, 235, 59), "Color", inline = "emaCustom", group = grupaSrednie, display = display.data_window)
int gruboscEma = input.int(2, "Line width", minval = 1, maxval = 4, group = grupaSrednie, display = display.data_window)
bool pokazVwapSzybki = input.bool(true, "Fast VWAP", inline = "vwapFast", group = grupaVwap, tooltip = "Auto anchor: session/day on intraday charts, month on 1D, quarter on 2D-10D, year on 11D-60D, then decade.", display = display.data_window)
color kolorVwapSzybki = input.color(color.rgb(38, 166, 154), "Color", inline = "vwapFast", group = grupaVwap, display = display.data_window)
bool pokazVwapWolny = input.bool(true, "Slow VWAP", inline = "vwapSlow", group = grupaVwap, tooltip = "Auto anchor: week on intraday charts, quarter on 1D, year on 2D-10D, decade on 11D-60D, then century.", display = display.data_window)
color kolorVwapWolny = input.color(color.rgb(126, 87, 194), "Color", inline = "vwapSlow", group = grupaVwap, display = display.data_window)
int gruboscVwap = input.int(1, "Line width", minval = 1, maxval = 4, group = grupaVwap, tooltip = "Both VWAPs use hlc3 = (high + low + close) / 3. No bands or VWAP alerts are generated.", display = display.data_window)
bool pokazPvp = input.bool(true, "PVP naked POC", group = grupaPvp, tooltip = "Shows untouched POC levels from completed Daily, Weekly and Monthly profiles. The calculation is an OHLCV approximation of Periodic Volume Profile, not TradingView's internal tick profile.", display = display.data_window)
string pvpTfProbek = input.timeframe("60", "Profile sample timeframe", options = ["15", "30", "60", "120", "240"], group = grupaPvp, tooltip = "Lower sampling is more precise but uses more history and processing. 1H is the balanced default.", display = display.data_window)
int pvpLiczbaRzedow = input.int(24, "PVP rows", minval = 5, maxval = 200, group = grupaPvp, tooltip = "Match this to the Number Of Rows setting used in Periodic Volume Profile.", display = display.data_window)
bool pvpPokazD = input.bool(true, "Daily", inline = "pvpD", group = grupaPvp, display = display.data_window)
int pvpNajblizszeD = input.int(8, "Nearest", minval = 1, maxval = 30, inline = "pvpD", group = grupaPvp, display = display.data_window)
color pvpKolorD = input.color(color.white, "Color", inline = "pvpD", group = grupaPvp, display = display.data_window)
bool pvpPokazW = input.bool(true, "Weekly", inline = "pvpW", group = grupaPvp, display = display.data_window)
int pvpNajblizszeW = input.int(14, "Nearest", minval = 1, maxval = 40, inline = "pvpW", group = grupaPvp, display = display.data_window)
color pvpKolorW = input.color(color.white, "Color", inline = "pvpW", group = grupaPvp, display = display.data_window)
bool pvpPokazM = input.bool(true, "Monthly", inline = "pvpM", group = grupaPvp, display = display.data_window)
int pvpNajblizszeM = input.int(20, "Nearest", minval = 1, maxval = 60, inline = "pvpM", group = grupaPvp, display = display.data_window)
color pvpKolorM = input.color(color.white, "Color", inline = "pvpM", group = grupaPvp, display = display.data_window)
bool pvpPokazEtykiety = input.bool(true, "Labels", inline = "pvpStyle", group = grupaPvp, display = display.data_window)
int pvpPrzesuniecieEtykiet = input.int(80, "Right offset", minval = 1, maxval = 450, inline = "pvpStyle", group = grupaPvp, tooltip = "Label offset in current chart bars.", display = display.data_window)
const string WM_FONT_SYSTEM = "System"
const string WM_FONT_MONO = "Monospace"
const string WM_FONT_SERIF = "𝐒𝐞𝐫𝐢𝐟"
const string WM_FONT_SERIF_ITALIC = "𝑺𝒆𝒓𝒊𝒇 𝑰𝒕𝒂𝒍𝒊𝒄"
const string WM_FONT_SANS = "𝗦𝗮𝗻𝘀"
const string WM_FONT_SANS_ITALIC = "𝙎𝙖𝙣𝙨 𝙄𝙩𝙖𝙡𝙞𝙘"
const string WM_FONT_SCRIPT = "𝓢𝓬𝓻𝓲𝓹𝓽"
const string WM_FONT_FRAKTUR = "𝕱𝖗𝖆𝖐𝖙𝖚𝖗"
const string WM_FONT_DOUBLE = "𝔻𝕠𝕦𝕓𝕝𝕖-𝕤𝕥𝕣𝕦𝕔𝕜"
const string WM_LINE_NONE = "None"
const string WM_LINE_UNDERLINE = "Underline"
const string WM_LINE_STRIKE = "Strikethrough"
const string WM_POS_TOP_CENTER = "Top center"
const string WM_POS_TOP_LEFT = "Top left"
const string WM_POS_TOP_RIGHT = "Top right"
const string WM_POS_MIDDLE = "Middle center"
const string WM_POS_BOTTOM_CENTER = "Bottom center"
const string WM_POS_BOTTOM_LEFT = "Bottom left"
const string WM_POS_BOTTOM_RIGHT = "Bottom right"
bool wmPokaz = input.bool(true, "Show watermark", group = grupaWatermarkMain, display = display.none)
string wmTekstGlowny = input.string("ig: amadeusz.dyrek", "Text", group = grupaWatermarkMain, tooltip = "Text fixed to the chart viewport. Emoji are supported.", display = display.none)
string wmFontGlowny = input.string(WM_FONT_SYSTEM, "Font", options = [WM_FONT_SYSTEM, WM_FONT_MONO, WM_FONT_SERIF, WM_FONT_SERIF_ITALIC, WM_FONT_SANS, WM_FONT_SANS_ITALIC, WM_FONT_SCRIPT, WM_FONT_FRAKTUR, WM_FONT_DOUBLE], group = grupaWatermarkMain, display = display.none)
bool wmBoldGlowny = input.bool(true, "Bold", inline = "wmMainFmt", group = grupaWatermarkMain, display = display.none)
bool wmItalicGlowny = input.bool(false, "Italic", inline = "wmMainFmt", group = grupaWatermarkMain, display = display.none)
string wmLiniaGlowna = input.string(WM_LINE_NONE, "Line", options = [WM_LINE_NONE, WM_LINE_UNDERLINE, WM_LINE_STRIKE], group = grupaWatermarkMain, display = display.none)
int wmRozmiarGlowny = input.int(14, "Size (pt)", minval = 8, maxval = 120, inline = "wmMainLook", group = grupaWatermarkMain, display = display.none)
color wmKolorGlowny = input.color(color.new(#434651, 25), "Color", inline = "wmMainLook", group = grupaWatermarkMain, display = display.none)
string wmTekstDrugi = input.string("", "Text", group = grupaWatermarkSecond, tooltip = "Smaller text below the main line. Leave empty to hide.", display = display.none)
string wmFontDrugi = input.string(WM_FONT_SYSTEM, "Font", options = [WM_FONT_SYSTEM, WM_FONT_MONO, WM_FONT_SERIF, WM_FONT_SERIF_ITALIC, WM_FONT_SANS, WM_FONT_SANS_ITALIC, WM_FONT_SCRIPT, WM_FONT_FRAKTUR, WM_FONT_DOUBLE], group = grupaWatermarkSecond, display = display.none)
bool wmBoldDrugi = input.bool(false, "Bold", inline = "wmSecondFmt", group = grupaWatermarkSecond, display = display.none)
bool wmItalicDrugi = input.bool(false, "Italic", inline = "wmSecondFmt", group = grupaWatermarkSecond, display = display.none)
string wmLiniaDruga = input.string(WM_LINE_NONE, "Line", options = [WM_LINE_NONE, WM_LINE_UNDERLINE, WM_LINE_STRIKE], group = grupaWatermarkSecond, display = display.none)
int wmRozmiarDrugi = input.int(12, "Size (pt)", minval = 6, maxval = 60, inline = "wmSecondLook", group = grupaWatermarkSecond, display = display.none)
color wmKolorDrugi = input.color(color.new(#434651, 35), "Color", inline = "wmSecondLook", group = grupaWatermarkSecond, display = display.none)
string wmPozycja = input.string(WM_POS_TOP_RIGHT, "Location", options = [WM_POS_TOP_CENTER, WM_POS_TOP_LEFT, WM_POS_TOP_RIGHT, WM_POS_MIDDLE, WM_POS_BOTTOM_CENTER, WM_POS_BOTTOM_LEFT, WM_POS_BOTTOM_RIGHT], group = grupaWatermarkPosition, display = display.none)
float wmOdsuniecie = input.float(7.0, "Edge offset (% of height)", minval = 0, maxval = 40, step = 0.5, group = grupaWatermarkPosition, tooltip = "Moves the text away from the top or bottom edge.", display = display.none)
// Parametry zaawansowane są celowo stałe, żeby panel Inputs pozostał prosty.
string tryb = "Selektywny"
int swieceSwingu = 10
float minReakcjaAtr = 1.25
float laczenieAtr = 0.50
int okresAtr = 14
int maksWiek = 400
float maksOdlegloscAtr = 15.0
int ileNadCena = wlaczSfp ? 3 : 0
int ilePodCena = wlaczSfp ? 3 : 0
bool pokazNazwy = wlaczSfp
color kolorHigh = color.rgb(41, 98, 255)
color kolorLow = color.rgb(41, 98, 255)
bool pokazDotkniete = wlaczSfp
int pamiecDotknietych = 12
float usunDotknietyPoAtr = 5.0
int ileDotknietychNaStrone = 2
bool calyKorpus = true
float minSweepAtr = 0.10
float maxSweepAtr = 1.00
float minZakresSetupAtr = 1.20
string sposobPotwierdzenia = "Break struktury"
int oknoPotwierdzenia = 3
float buforUniewaznieniaAtr = 0.10
bool filtrWolumenu = false
int okresWolumenu = 20
float mnoznikWolumenu = 1.20
bool pokazOstatniSygnal = pokazKierunkoweSfp
// CONF jest historycznym potwierdzeniem rozegranego setupu, a nie poziomem
// wejscia przy pozniejszym powrocie ceny. Pokazujemy go tylko na swiecy CONF.
int waznoscSygnalu = 0
int waznoscRaw = 12
color kolorShort = color.rgb(239, 83, 80)
color kolorLong = color.rgb(38, 166, 154)
float minWielkoscFvgAtr = 0.12
int maksWiekStrefFvg = 300
int maksWiekStrefIfvg = 72
color kolorStrefyFvg = color.rgb(255, 193, 7)
int przezroczystoscFvg = 72
bool pokazDniTygodnia = wlaczDni
bool pokazSeparatoryDni = wlaczDni
string strefaCzasowaDni = "Europe/Warsaw"
int przezroczystoscDni = 45
int przezroczystoscSeparatorow = 55
color kolorNazwDni = color.silver
color kolorSeparatorow = color.white
// ==================== ŚREDNIE KROCZĄCE ====================
// Wszystkie EMA liczą się bezpośrednio z zamknięć na aktualnym interwale wykresu.
float ema200 = ta.ema(close, 200)
float ema100 = ta.ema(close, 100)
float ema50 = ta.ema(close, 50)
float emaWlasna = ta.ema(close, dlugoscEmaWlasna)
plot(pokazEma200 ? ema200 : na, title = "EMA 200", color = kolorEma200, linewidth = gruboscEma)
plot(pokazEma100 ? ema100 : na, title = "EMA 100", color = kolorEma100, linewidth = gruboscEma)
plot(pokazEma50 ? ema50 : na, title = "EMA 50", color = kolorEma50, linewidth = gruboscEma)
plot(pokazEmaWlasna ? emaWlasna : na, title = "Custom EMA", color = kolorEmaWlasna, linewidth = gruboscEma)
// ==================== DUAL AUTO VWAP ====================
// Szybka i wolna kotwica zmieniają okres automatycznie wraz z interwałem wykresu.
// Na intraday odpowiadają odpowiednio bieżącej sesji/dniu i bieżącemu tygodniowi.
// Obie linie korzystają z typowej ceny hlc3 i nie emitują żadnych alertów.
float sekundyWykresu = timeframe.in_seconds()
float sekundyJednegoDnia = timeframe.in_seconds("1D")
float sekundyDziesieciuDni = timeframe.in_seconds("10D")
float sekundySzesdziesieciuDni = timeframe.in_seconds("60D")
bool interwalIntraday = timeframe.isintraday
bool interwalJednodniowy = not interwalIntraday and sekundyWykresu <= sekundyJednegoDnia
bool interwalDoDziesieciuDni = not interwalIntraday and not interwalJednodniowy and sekundyWykresu <= sekundyDziesieciuDni
bool interwalDoSzesdziesieciuDni = not interwalIntraday and not interwalJednodniowy and not interwalDoDziesieciuDni and sekundyWykresu <= sekundySzesdziesieciuDni
bool nowaDekada = barstate.isfirst or (year != year[1] and year % 10 == 0)
bool noweStulecie = barstate.isfirst or (year != year[1] and year % 100 == 0)
bool resetVwapSzybki = barstate.isfirst or (interwalIntraday ? timeframe.change("1D") : interwalJednodniowy ? timeframe.change("1M") : interwalDoDziesieciuDni ? timeframe.change("3M") : interwalDoSzesdziesieciuDni ? timeframe.change("12M") : nowaDekada)
bool resetVwapWolny = barstate.isfirst or (interwalIntraday ? timeframe.change("1W") : interwalJednodniowy ? timeframe.change("3M") : interwalDoDziesieciuDni ? timeframe.change("12M") : interwalDoSzesdziesieciuDni ? nowaDekada : noweStulecie)
float vwapSzybki = ta.vwap(hlc3, resetVwapSzybki)
float vwapWolny = ta.vwap(hlc3, resetVwapWolny)
// Nie ukrywamy świecy resetu. ta.vwap() zwraca już na niej pierwszy punkt nowej
// kotwicy, więc linia nie dostaje sztucznej jednoswiecowej dziury.
plot(pokazVwapSzybki ? vwapSzybki : na, title = "Fast Auto VWAP", color = kolorVwapSzybki, linewidth = gruboscVwap, style = plot.style_linebr)
plot(pokazVwapWolny ? vwapWolny : na, title = "Slow Auto VWAP", color = kolorVwapWolny, linewidth = gruboscVwap, style = plot.style_linebr)
// ==================== PAMIĘĆ JAKOŚCIOWYCH SWINGÓW ====================
var float[] cenyHigh = array.new_float()
var int[] baryHigh = array.new_int()
var float[] jakoscHigh = array.new_float()
var float[] cenyLow = array.new_float()
var int[] baryLow = array.new_int()
var float[] jakoscLow = array.new_float()
var float[] dotknieteHigh = array.new_float()
var int[] dotknieteHighPivotBar = array.new_int()
var int[] dotknieteHighBar = array.new_int()
var float[] dotknieteLow = array.new_float()
var int[] dotknieteLowPivotBar = array.new_int()
var int[] dotknieteLowBar = array.new_int()
// Ostatnia zuzyta pula po każdej stronie. Stary poziom nie może wrócić do
// radaru po CONF; poziom o zbliżonej cenie staje się ponownie ważny dopiero,
// gdy po potwierdzeniu powstanie nowy pivot.
var float ostatniZuzytyHigh = na
var int ostatniZuzytyHighBar = na
var float ostatniZuzytyLow = na
var int ostatniZuzytyLowBar = na
f_dodaj_lub_polacz(float[] ceny, int[] bary, float[] jakosci, float nowaCena, int nowyBar, float nowaJakosc, float progLaczenia) =>
int indeks = -1
if array.size(ceny) > 0
for i = 0 to array.size(ceny) - 1
if math.abs(nowaCena - array.get(ceny, i)) <= progLaczenia
indeks := i
break
if indeks >= 0
float staraJakosc = array.get(jakosci, indeks)
int staryBar = array.get(bary, indeks)
if nowaJakosc > staraJakosc or (nowaJakosc == staraJakosc and nowyBar > staryBar)
array.set(ceny, indeks, nowaCena)
array.set(bary, indeks, nowyBar)
array.set(jakosci, indeks, nowaJakosc)
else
array.push(ceny, nowaCena)
array.push(bary, nowyBar)
array.push(jakosci, nowaJakosc)
while array.size(ceny) > 100
array.shift(ceny)
array.shift(bary)
array.shift(jakosci)
f_zapamietaj_dotkniety(float[] ceny, int[] baryPivot, int[] baryDotkniecia, float cena, int pivotBar) =>
array.push(ceny, cena)
array.push(baryPivot, pivotBar)
array.push(baryDotkniecia, bar_index)
while array.size(ceny) > 20
array.shift(ceny)
array.shift(baryPivot)
array.shift(baryDotkniecia)
f_usun_dotkniety(float[] ceny, int[] baryPivot, int[] baryDotkniecia, float cena) =>
if array.size(ceny) > 0
for i = array.size(ceny) - 1 to 0
if math.abs(array.get(ceny, i) - cena) <= syminfo.mintick
array.remove(ceny, i)
array.remove(baryPivot, i)
array.remove(baryDotkniecia, i)
f_usun_aktywna_pule(float[] ceny, int[] bary, float[] jakosci, float cena, int pivotBar) =>
if array.size(ceny) > 0
for i = array.size(ceny) - 1 to 0
bool tenSamPivot = array.get(bary, i) == pivotBar
bool tenSamPoziom = math.abs(array.get(ceny, i) - cena) <= syminfo.mintick
if tenSamPivot or tenSamPoziom
array.remove(ceny, i)
array.remove(bary, i)
array.remove(jakosci, i)
float atr = ta.atr(okresAtr)
float pivotHigh = ta.pivothigh(high, swieceSwingu, swieceSwingu)
float pivotLow = ta.pivotlow(low, swieceSwingu, swieceSwingu)
float atrSwingu = nz(atr[swieceSwingu], atr)
float progLaczenia = math.max(syminfo.mintick, atrSwingu * laczenieAtr)
float najnizszyPoHigh = ta.lowest(low, swieceSwingu + 1)
float najwyzszyPoLow = ta.highest(high, swieceSwingu + 1)
if not na(pivotHigh) and atrSwingu > 0
float reakcja = (pivotHigh - najnizszyPoHigh) / atrSwingu
if reakcja >= minReakcjaAtr
f_dodaj_lub_polacz(cenyHigh, baryHigh, jakoscHigh, pivotHigh, bar_index - swieceSwingu, reakcja, progLaczenia)
if not na(pivotLow) and atrSwingu > 0
float reakcja = (najwyzszyPoLow - pivotLow) / atrSwingu
if reakcja >= minReakcjaAtr
f_dodaj_lub_polacz(cenyLow, baryLow, jakoscLow, pivotLow, bar_index - swieceSwingu, reakcja, progLaczenia)
// Pierwsze dotknięcie jest wykrywane na otwartej świecy, zanim potwierdzona świeca
// przeniesie zużyty poziom z aktywnego radaru do pamięci poziomów dotkniętych.
// Dzięki temu alert nie czeka na zamknięcie świecy.
float cenaOdniesieniaRadaru = barstate.isconfirmed ? close : nz(close[1], close)
float limitOdleglosciRadaru = atr * maksOdlegloscAtr
bool dotkniecieHighTeraz = false
float dotkniecieHighPoziom = na
float dotkniecieHighOdleglosc = 1e20
bool dotkniecieLowTeraz = false
float dotkniecieLowPoziom = na
float dotkniecieLowOdleglosc = 1e20
if array.size(cenyHigh) > 0
for i = 0 to array.size(cenyHigh) - 1
float poziom = array.get(cenyHigh, i)
int pivotBar = array.get(baryHigh, i)
float odleglosc = math.abs(cenaOdniesieniaRadaru - poziom)
bool aktywny = bar_index > pivotBar and bar_index - pivotBar <= maksWiek and odleglosc <= limitOdleglosciRadaru
if aktywny and high >= poziom and odleglosc < dotkniecieHighOdleglosc
dotkniecieHighTeraz := true
dotkniecieHighPoziom := poziom
dotkniecieHighOdleglosc := odleglosc
if array.size(cenyLow) > 0
for i = 0 to array.size(cenyLow) - 1
float poziom = array.get(cenyLow, i)
int pivotBar = array.get(baryLow, i)
float odleglosc = math.abs(cenaOdniesieniaRadaru - poziom)
bool aktywny = bar_index > pivotBar and bar_index - pivotBar <= maksWiek and odleglosc <= limitOdleglosciRadaru
if aktywny and low <= poziom and odleglosc < dotkniecieLowOdleglosc
dotkniecieLowTeraz := true
dotkniecieLowPoziom := poziom
dotkniecieLowOdleglosc := odleglosc
bool dotkniecieShortAlert = dotkniecieHighTeraz and (not dotkniecieLowTeraz or dotkniecieHighOdleglosc <= dotkniecieLowOdleglosc)
bool dotkniecieLongAlert = dotkniecieLowTeraz and not dotkniecieShortAlert
// ==================== SWEEP = SETUP, BREAK STRUKTURY = CONF ====================
float sredniWolumen = ta.sma(volume, okresWolumenu)
bool wolumenOk = not filtrWolumenu or (not na(volume) and not na(sredniWolumen) and volume >= sredniWolumen * mnoznikWolumenu)
float minSweep = atr * minSweepAtr
float maxSweep = maxSweepAtr == 0.0 ? 1e20 : atr * maxSweepAtr
bool bearishSetup = false
float bearishSetupPoziom = na
int bearishSetupPivotBar = na
float bearishSetupWybicie = na
bool bullishSetup = false
float bullishSetupPoziom = na
int bullishSetupPivotBar = na
float bullishSetupWybicie = na
if barstate.isconfirmed and array.size(cenyHigh) > 0
for i = array.size(cenyHigh) - 1 to 0
float poziom = array.get(cenyHigh, i)
int pivotBar = array.get(baryHigh, i)
bool wygasl = bar_index - pivotBar > maksWiek
bool naruszony = high >= poziom
if wygasl or naruszony
if naruszony
if pokazDotkniete
f_zapamietaj_dotkniety(dotknieteHigh, dotknieteHighPivotBar, dotknieteHighBar, poziom, pivotBar)
float wybicie = high - poziom
bool zakresOk = minZakresSetupAtr == 0.0 or high - low >= atr * minZakresSetupAtr
bool setup = close < poziom and (not calyKorpus or open < poziom) and wybicie >= minSweep and wybicie <= maxSweep and wolumenOk and zakresOk
if setup and (not bearishSetup or poziom < bearishSetupPoziom)
bearishSetup := true
bearishSetupPoziom := poziom
bearishSetupPivotBar := pivotBar
bearishSetupWybicie := wybicie
array.remove(cenyHigh, i)
array.remove(baryHigh, i)
array.remove(jakoscHigh, i)
if barstate.isconfirmed and array.size(cenyLow) > 0
for i = array.size(cenyLow) - 1 to 0
float poziom = array.get(cenyLow, i)
int pivotBar = array.get(baryLow, i)
bool wygasl = bar_index - pivotBar > maksWiek
bool naruszony = low <= poziom
if wygasl or naruszony
if naruszony
if pokazDotkniete
f_zapamietaj_dotkniety(dotknieteLow, dotknieteLowPivotBar, dotknieteLowBar, poziom, pivotBar)
float wybicie = poziom - low
bool zakresOk = minZakresSetupAtr == 0.0 or high - low >= atr * minZakresSetupAtr
bool setup = close > poziom and (not calyKorpus or open > poziom) and wybicie >= minSweep and wybicie <= maxSweep and wolumenOk and zakresOk
if setup and (not bullishSetup or poziom > bullishSetupPoziom)
bullishSetup := true
bullishSetupPoziom := poziom
bullishSetupPivotBar := pivotBar
bullishSetupWybicie := wybicie
array.remove(cenyLow, i)
array.remove(baryLow, i)
array.remove(jakoscLow, i)
// Po pierwszym naruszeniu poziom trafia do krótkiej pamięci. Drugi osobny retest
// (cena musi najpierw wrócić na właściwą stronę) usuwa go natychmiast, żeby stara
// pula płynności nie wisiała na wykresie po wielokrotnym przykryciu.
float limitDotknietych = atr * usunDotknietyPoAtr
if barstate.isconfirmed and array.size(dotknieteHigh) > 0
for i = array.size(dotknieteHigh) - 1 to 0
float poziom = array.get(dotknieteHigh, i)
bool zaStary = bar_index - array.get(dotknieteHighBar, i) > pamiecDotknietych
bool zaDaleko = math.abs(close - poziom) > limitDotknietych
bool drugiRetest = bar_index > array.get(dotknieteHighBar, i) and high >= poziom and high[1] < poziom
if not pokazDotkniete or zaStary or zaDaleko or drugiRetest
array.remove(dotknieteHigh, i)
array.remove(dotknieteHighPivotBar, i)
array.remove(dotknieteHighBar, i)
if barstate.isconfirmed and array.size(dotknieteLow) > 0
for i = array.size(dotknieteLow) - 1 to 0
float poziom = array.get(dotknieteLow, i)
bool zaStary = bar_index - array.get(dotknieteLowBar, i) > pamiecDotknietych
bool zaDaleko = math.abs(close - poziom) > limitDotknietych
bool drugiRetest = bar_index > array.get(dotknieteLowBar, i) and low <= poziom and low[1] > poziom
if not pokazDotkniete or zaStary or zaDaleko or drugiRetest
array.remove(dotknieteLow, i)
array.remove(dotknieteLowPivotBar, i)
array.remove(dotknieteLowBar, i)
var bool oczekujeBear = false
var float oczekujeBearPoziom = na
var int oczekujeBearPivotBar = na
var float oczekujeBearHigh = na
var float oczekujeBearLow = na
var float oczekujeBearAtr = na
var float oczekujeBearWybicie = na
var int oczekujeBearBar = na
var bool oczekujeBull = false
var float oczekujeBullPoziom = na
var int oczekujeBullPivotBar = na
var float oczekujeBullHigh = na
var float oczekujeBullLow = na
var float oczekujeBullAtr = na
var float oczekujeBullWybicie = na
var int oczekujeBullBar = na
bool bearishSfp = false
float bearishPoziom = na
int bearishPivotBar = na
float bearishWybicie = na
bool bullishSfp = false
float bullishPoziom = na
int bullishPivotBar = na
float bullishWybicie = na
if barstate.isconfirmed and sposobPotwierdzenia == "Break struktury"
if oczekujeBear and bar_index > oczekujeBearBar
bool uniewazniony = high > oczekujeBearHigh + oczekujeBearAtr * buforUniewaznieniaAtr
bool wygasl = bar_index - oczekujeBearBar > oknoPotwierdzenia
bool potwierdzony = close < oczekujeBearLow
if uniewazniony or wygasl
oczekujeBear := false
else if potwierdzony
bearishSfp := true
bearishPoziom := oczekujeBearPoziom
bearishPivotBar := oczekujeBearPivotBar
bearishWybicie := oczekujeBearWybicie
oczekujeBear := false
if oczekujeBull and bar_index > oczekujeBullBar
bool uniewazniony = low < oczekujeBullLow - oczekujeBullAtr * buforUniewaznieniaAtr
bool wygasl = bar_index - oczekujeBullBar > oknoPotwierdzenia
bool potwierdzony = close > oczekujeBullHigh
if uniewazniony or wygasl
oczekujeBull := false
else if potwierdzony
bullishSfp := true
bullishPoziom := oczekujeBullPoziom
bullishPivotBar := oczekujeBullPivotBar
bullishWybicie := oczekujeBullWybicie
oczekujeBull := false
if bearishSetup
if sposobPotwierdzenia == "Sam powrót świecy"
bearishSfp := true
bearishPoziom := bearishSetupPoziom
bearishPivotBar := bearishSetupPivotBar
bearishWybicie := bearishSetupWybicie
else
oczekujeBear := true
oczekujeBearPoziom := bearishSetupPoziom
oczekujeBearPivotBar := bearishSetupPivotBar
oczekujeBearHigh := high
oczekujeBearLow := low
oczekujeBearAtr := atr
oczekujeBearWybicie := bearishSetupWybicie
oczekujeBearBar := bar_index
if bullishSetup
if sposobPotwierdzenia == "Sam powrót świecy"
bullishSfp := true
bullishPoziom := bullishSetupPoziom
bullishPivotBar := bullishSetupPivotBar
bullishWybicie := bullishSetupWybicie
else
oczekujeBull := true
oczekujeBullPoziom := bullishSetupPoziom
oczekujeBullPivotBar := bullishSetupPivotBar
oczekujeBullHigh := high
oczekujeBullLow := low
oczekujeBullAtr := atr
oczekujeBullWybicie := bullishSetupWybicie
oczekujeBullBar := bar_index
// Potwierdzony setup jest już rozegranym zdarzeniem. Usuwamy jego poziom z
// pamięci dotkniętych pul przed rysowaniem radaru, żeby nie wyglądał później
// jak aktualny poziom wejścia przy retescie.
if bearishSfp
ostatniZuzytyHigh := bearishPoziom
ostatniZuzytyHighBar := bar_index
f_usun_aktywna_pule(cenyHigh, baryHigh, jakoscHigh, bearishPoziom, bearishPivotBar)
f_usun_dotkniety(dotknieteHigh, dotknieteHighPivotBar, dotknieteHighBar, bearishPoziom)
if bullishSfp
ostatniZuzytyLow := bullishPoziom
ostatniZuzytyLowBar := bar_index
f_usun_aktywna_pule(cenyLow, baryLow, jakoscLow, bullishPoziom, bullishPivotBar)
f_usun_dotkniety(dotknieteLow, dotknieteLowPivotBar, dotknieteLowBar, bullishPoziom)
// ==================== WYBÓR TYLKO NAJBLIŻSZYCH POZIOMÓW ====================
var float[] wybraneHigh = array.new_float()
var int[] wybraneHighBar = array.new_int()
var float[] wybraneLow = array.new_float()
var int[] wybraneLowBar = array.new_int()
array.clear(wybraneHigh)
array.clear(wybraneHighBar)
array.clear(wybraneLow)
array.clear(wybraneLowBar)
float limitOdleglosci = limitOdleglosciRadaru
if ileNadCena > 0 and array.size(cenyHigh) > 0
for i = 0 to array.size(cenyHigh) - 1
float poziom = array.get(cenyHigh, i)
int pivotBar = array.get(baryHigh, i)
bool zuzytyPrzedConf = not na(ostatniZuzytyHigh) and pivotBar <= ostatniZuzytyHighBar and math.abs(poziom - ostatniZuzytyHigh) <= progLaczenia
if not zuzytyPrzedConf and poziom > cenaOdniesieniaRadaru and poziom - cenaOdniesieniaRadaru <= limitOdleglosci
int pozycja = array.size(wybraneHigh)
if array.size(wybraneHigh) > 0
for j = 0 to array.size(wybraneHigh) - 1
if poziom < array.get(wybraneHigh, j)
pozycja := j
break
array.insert(wybraneHigh, pozycja, poziom)
array.insert(wybraneHighBar, pozycja, array.get(baryHigh, i))
while array.size(wybraneHigh) > ileNadCena
array.pop(wybraneHigh)
array.pop(wybraneHighBar)
if ilePodCena > 0 and array.size(cenyLow) > 0
for i = 0 to array.size(cenyLow) - 1
float poziom = array.get(cenyLow, i)
int pivotBar = array.get(baryLow, i)
bool zuzytyPrzedConf = not na(ostatniZuzytyLow) and pivotBar <= ostatniZuzytyLowBar and math.abs(poziom - ostatniZuzytyLow) <= progLaczenia
if not zuzytyPrzedConf and poziom < cenaOdniesieniaRadaru and cenaOdniesieniaRadaru - poziom <= limitOdleglosci
int pozycja = array.size(wybraneLow)
if array.size(wybraneLow) > 0
for j = 0 to array.size(wybraneLow) - 1
if poziom > array.get(wybraneLow, j)
pozycja := j
break
array.insert(wybraneLow, pozycja, poziom)
array.insert(wybraneLowBar, pozycja, array.get(baryLow, i))
while array.size(wybraneLow) > ilePodCena
array.pop(wybraneLow)
array.pop(wybraneLowBar)
// ==================== CZYSTE RYSOWANIE RADARU ====================
var line[] linieRadaru = array.new_line()
var label[] etykietyRadaru = array.new_label()
if barstate.islast
if array.size(linieRadaru) > 0
for i = array.size(linieRadaru) - 1 to 0
line.delete(array.get(linieRadaru, i))
if array.size(etykietyRadaru) > 0
for i = array.size(etykietyRadaru) - 1 to 0
label.delete(array.get(etykietyRadaru, i))
array.clear(linieRadaru)
array.clear(etykietyRadaru)
if array.size(wybraneHigh) > 0
for i = 0 to array.size(wybraneHigh) - 1
float poziom = array.get(wybraneHigh, i)
int pivotBar = array.get(wybraneHighBar, i)
int przezroczystosc = i == 0 ? 0 : 25
bool dotknietyNaOtwartej = not barstate.isconfirmed and high >= poziom
line ln = line.new(pivotBar, poziom, bar_index, poziom, xloc = xloc.bar_index, extend = extend.right, color = color.new(kolorHigh, dotknietyNaOtwartej ? 48 : przezroczystosc), style = dotknietyNaOtwartej ? line.style_dashed : line.style_solid, width = dotknietyNaOtwartej ? 1 : i == 0 ? 2 : 1, force_overlay = true)
array.push(linieRadaru, ln)
if pokazNazwy
string tekst = dotknietyNaOtwartej ? "SFP" : "SFP?"
label lb = label.new(bar_index + 1, poziom, tekst, xloc = xloc.bar_index, yloc = yloc.price, style = label.style_label_left, color = color.new(kolorHigh, dotknietyNaOtwartej ? 62 : 15), textcolor = color.white, size = size.tiny, force_overlay = true)
array.push(etykietyRadaru, lb)
if array.size(wybraneLow) > 0
for i = 0 to array.size(wybraneLow) - 1
float poziom = array.get(wybraneLow, i)
int pivotBar = array.get(wybraneLowBar, i)
int przezroczystosc = i == 0 ? 0 : 25
bool dotknietyNaOtwartej = not barstate.isconfirmed and low <= poziom
line ln = line.new(pivotBar, poziom, bar_index, poziom, xloc = xloc.bar_index, extend = extend.right, color = color.new(kolorLow, dotknietyNaOtwartej ? 48 : przezroczystosc), style = dotknietyNaOtwartej ? line.style_dashed : line.style_solid, width = dotknietyNaOtwartej ? 1 : i == 0 ? 2 : 1, force_overlay = true)
array.push(linieRadaru, ln)
if pokazNazwy
string tekst = dotknietyNaOtwartej ? "SFP" : "SFP?"
label lb = label.new(bar_index + 1, poziom, tekst, xloc = xloc.bar_index, yloc = yloc.price, style = label.style_label_left, color = color.new(kolorLow, dotknietyNaOtwartej ? 62 : 15), textcolor = color.white, size = size.tiny, force_overlay = true)
array.push(etykietyRadaru, lb)
if pokazDotkniete and ileDotknietychNaStrone > 0 and array.size(dotknieteHigh) > 0
int narysowaneHigh = 0
for i = array.size(dotknieteHigh) - 1 to 0
if narysowaneHigh < ileDotknietychNaStrone
float poziom = array.get(dotknieteHigh, i)
int pivotBar = array.get(dotknieteHighPivotBar, i)
bool zuzytyPrzedConf = not na(ostatniZuzytyHigh) and pivotBar <= ostatniZuzytyHighBar and math.abs(poziom - ostatniZuzytyHigh) <= progLaczenia
if not zuzytyPrzedConf
line ln = line.new(pivotBar, poziom, bar_index, poziom, xloc = xloc.bar_index, extend = extend.right, color = color.new(kolorHigh, 58), style = line.style_dashed, width = 1, force_overlay = true)
array.push(linieRadaru, ln)
if pokazNazwy
label lb = label.new(bar_index + 1, poziom, "SFP", xloc = xloc.bar_index, yloc = yloc.price, style = label.style_label_left, color = color.new(kolorHigh, 62), textcolor = color.white, size = size.tiny, force_overlay = true)
array.push(etykietyRadaru, lb)
narysowaneHigh += 1
if pokazDotkniete and ileDotknietychNaStrone > 0 and array.size(dotknieteLow) > 0
int narysowaneLow = 0
for i = array.size(dotknieteLow) - 1 to 0
if narysowaneLow < ileDotknietychNaStrone
float poziom = array.get(dotknieteLow, i)
int pivotBar = array.get(dotknieteLowPivotBar, i)
bool zuzytyPrzedConf = not na(ostatniZuzytyLow) and pivotBar <= ostatniZuzytyLowBar and math.abs(poziom - ostatniZuzytyLow) <= progLaczenia
if not zuzytyPrzedConf
line ln = line.new(pivotBar, poziom, bar_index, poziom, xloc = xloc.bar_index, extend = extend.right, color = color.new(kolorLow, 58), style = line.style_dashed, width = 1, force_overlay = true)
array.push(linieRadaru, ln)
if pokazNazwy
label lb = label.new(bar_index + 1, poziom, "SFP", xloc = xloc.bar_index, yloc = yloc.price, style = label.style_label_left, color = color.new(kolorLow, 62), textcolor = color.white, size = size.tiny, force_overlay = true)
array.push(etykietyRadaru, lb)
narysowaneLow += 1
// ==================== FVG / IFVG — CONFIRMED MULTI-TIMEFRAME BOOKS ====================
// Every source uses the last closed source candle with lookahead_on. This is the
// non-repainting HTF request pattern: a zone can only change on a confirmed
// source-timeframe close, never while that source candle is still forming.
f_tf_label(string tf) =>
tf == "1" ? "1m" : tf == "3" ? "3m" : tf == "5" ? "5m" : tf == "15" ? "15m" : tf == "30" ? "30m" : tf == "60" ? "1H" : tf == "120" ? "2H" : tf == "240" ? "4H" : tf == "1D" or tf == "D" ? "1D" : tf == "1W" or tf == "W" ? "1W" : tf
f_clear_book(float[] tops, float[] bottoms, int[] directions, bool[] inversions, int[] startTimes, int[] inversionTimes) =>
array.clear(tops)
array.clear(bottoms)
array.clear(directions)
array.clear(inversions)
array.clear(startTimes)
array.clear(inversionTimes)
f_update_book(float[] tops, float[] bottoms, int[] directions, bool[] inversions, int[] startTimes, int[] inversionTimes, bool enabled, int sourceTime, float sourceHigh, float sourceLow, float sourceClose, float firstHigh, float firstLow, float sourceAtr, int sourceMs) =>
bool newBullFvg = false
bool newBearFvg = false
bool newBullIfvg = false
bool newBearIfvg = false
float newFvgTop = na
float newFvgBottom = na
float newIfvgTop = na
float newIfvgBottom = na
int sourceTimeChange = ta.change(sourceTime)
bool newClosedSourceBar = enabled and not na(sourceTime) and sourceTimeChange != 0
if not enabled
f_clear_book(tops, bottoms, directions, inversions, startTimes, inversionTimes)
if newClosedSourceBar
if array.size(tops) > 0
for i = array.size(tops) - 1 to 0
float zoneTop = array.get(tops, i)
float zoneBottom = array.get(bottoms, i)
int direction = array.get(directions, i)
bool inverted = array.get(inversions, i)
int ageStart = inverted and not na(array.get(inversionTimes, i)) ? array.get(inversionTimes, i) : array.get(startTimes, i)
int maxAge = inverted ? maksWiekStrefIfvg : maksWiekStrefFvg
bool removeZone = sourceTime - ageStart > maxAge * sourceMs
if not removeZone and not inverted
bool inversion = (direction == 1 and sourceClose < zoneBottom) or (direction == -1 and sourceClose > zoneTop)
bool filled = (direction == 1 and sourceLow <= zoneBottom) or (direction == -1 and sourceHigh >= zoneTop)
if inversion
int newDirection = -direction
bool invertedFilled = (newDirection == 1 and sourceLow <= zoneBottom) or (newDirection == -1 and sourceHigh >= zoneTop)
if invertedFilled
removeZone := true
else
array.set(directions, i, newDirection)
array.set(inversions, i, true)
array.set(inversionTimes, i, sourceTime)
newBullIfvg := newBullIfvg or newDirection == 1
newBearIfvg := newBearIfvg or newDirection == -1
newIfvgTop := zoneTop
newIfvgBottom := zoneBottom
else if filled
removeZone := true
else if not removeZone
bool filledIfvg = (direction == 1 and sourceLow <= zoneBottom) or (direction == -1 and sourceHigh >= zoneTop)
if filledIfvg
removeZone := true
if removeZone
array.remove(tops, i)
array.remove(bottoms, i)
array.remove(directions, i)
array.remove(inversions, i)
array.remove(startTimes, i)
array.remove(inversionTimes, i)
bool bullCandidate = not na(sourceAtr) and sourceAtr > 0 and sourceLow > firstHigh and sourceLow - firstHigh >= sourceAtr * minWielkoscFvgAtr
bool bearCandidate = not na(sourceAtr) and sourceAtr > 0 and sourceHigh < firstLow and firstLow - sourceHigh >= sourceAtr * minWielkoscFvgAtr
if bullCandidate or bearCandidate
bool bull = bullCandidate
float zoneTop = bull ? sourceLow : firstLow
float zoneBottom = bull ? firstHigh : sourceHigh
array.push(tops, zoneTop)
array.push(bottoms, zoneBottom)
array.push(directions, bull ? 1 : -1)
array.push(inversions, false)
array.push(startTimes, sourceTime)
array.push(inversionTimes, int(na))
newBullFvg := bull
newBearFvg := not bull
newFvgTop := zoneTop
newFvgBottom := zoneBottom
while array.size(tops) > 60
array.shift(tops)
array.shift(bottoms)
array.shift(directions)
array.shift(inversions)
array.shift(startTimes)
array.shift(inversionTimes)
[newBullFvg, newBearFvg, newBullIfvg, newBearIfvg, newFvgTop, newFvgBottom, newIfvgTop, newIfvgBottom]
f_draw_book(float[] tops, float[] bottoms, int[] directions, bool[] inversions, int[] startTimes, bool enabled, string tfLabel, float liveHigh, float liveLow, box[] rendered) =>
int[] selectedAbove = array.new_int()
int[] selectedBelow = array.new_int()
if enabled and array.size(tops) > 0
int ileSlotow = math.max(ileFvgNadCena, ileFvgPodCena)
for slot = 0 to ileSlotow - 1
int bestAbove = -1
float bestAboveDistance = 1e20
int newestAbove = 0
int bestBelow = -1
float bestBelowDistance = 1e20
int newestBelow = 0
for i = 0 to array.size(tops) - 1
float zoneTop = array.get(tops, i)
float zoneBottom = array.get(bottoms, i)
int direction = array.get(directions, i)
int startTime = array.get(startTimes, i)
bool liveFilled = (direction == 1 and liveLow <= zoneBottom) or (direction == -1 and liveHigh >= zoneTop)
bool intersects = not liveFilled and close >= zoneBottom and close <= zoneTop
bool above = not liveFilled and (zoneBottom > close or (intersects and direction == -1))
bool below = not liveFilled and (zoneTop < close or (intersects and direction == 1))
float aboveDistance = above ? math.max(zoneBottom - close, 0.0) : 1e20
float belowDistance = below ? math.max(close - zoneTop, 0.0) : 1e20
bool betterAbove = aboveDistance < bestAboveDistance or (aboveDistance == bestAboveDistance and startTime > newestAbove)
bool betterBelow = belowDistance < bestBelowDistance or (belowDistance == bestBelowDistance and startTime > newestBelow)
if above and not array.includes(selectedAbove, i) and betterAbove
bestAbove := i
bestAboveDistance := aboveDistance
newestAbove := startTime
if below and not array.includes(selectedBelow, i) and betterBelow
bestBelow := i
bestBelowDistance := belowDistance
newestBelow := startTime
if slot < ileFvgNadCena and bestAbove >= 0
array.push(selectedAbove, bestAbove)
if slot < ileFvgPodCena and bestBelow >= 0
array.push(selectedBelow, bestBelow)
if enabled and array.size(selectedAbove) > 0
for i = 0 to array.size(selectedAbove) - 1
int index = array.get(selectedAbove, i)
string zoneText = (array.get(inversions, index) ? "IFVG " : "FVG ") + tfLabel
box zone = box.new(left = array.get(startTimes, index), top = array.get(tops, index), right = time_close, bottom = array.get(bottoms, index), xloc = xloc.bar_time, extend = extend.none, border_color = color.new(kolorStrefyFvg, 100), border_width = 0, bgcolor = color.new(kolorStrefyFvg, przezroczystoscFvg), text = zoneText, text_color = color.white, text_size = size.small, text_halign = text.align_center, text_valign = text.align_center)
array.push(rendered, zone)
if enabled and array.size(selectedBelow) > 0
for i = 0 to array.size(selectedBelow) - 1
int index = array.get(selectedBelow, i)
string zoneText = (array.get(inversions, index) ? "IFVG " : "FVG ") + tfLabel
box zone = box.new(left = array.get(startTimes, index), top = array.get(tops, index), right = time_close, bottom = array.get(bottoms, index), xloc = xloc.bar_time, extend = extend.none, border_color = color.new(kolorStrefyFvg, 100), border_width = 0, bgcolor = color.new(kolorStrefyFvg, przezroczystoscFvg), text = zoneText, text_color = color.white, text_size = size.small, text_halign = text.align_center, text_valign = text.align_center)
array.push(rendered, zone)
bool matchChart = trybTfFvg == "Match chart"
string tfA = matchChart ? timeframe.period : tfAInput
string tfB = tfBInput
string tfC = tfCInput
bool useA = wlaczFvg and (matchChart or wlaczTfA)
bool useB = wlaczFvg and not matchChart and wlaczTfB and (not useA or tfB != tfA)
bool useC = wlaczFvg and not matchChart and wlaczTfC and (not useA or tfC != tfA) and (not useB or tfC != tfB)
[sourceTimeA, sourceHighA, sourceLowA, sourceCloseA, firstHighA, firstLowA, sourceAtrA] = request.security(syminfo.tickerid, tfA, [time[1], high[1], low[1], close[1], high[3], low[3], ta.atr(14)[1]], gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_on)
[sourceTimeB, sourceHighB, sourceLowB, sourceCloseB, firstHighB, firstLowB, sourceAtrB] = request.security(syminfo.tickerid, tfB, [time[1], high[1], low[1], close[1], high[3], low[3], ta.atr(14)[1]], gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_on)
[sourceTimeC, sourceHighC, sourceLowC, sourceCloseC, firstHighC, firstLowC, sourceAtrC] = request.security(syminfo.tickerid, tfC, [time[1], high[1], low[1], close[1], high[3], low[3], ta.atr(14)[1]], gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_on)
[liveHighA, liveLowA] = request.security(syminfo.tickerid, tfA, [high, low], gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_off)
[liveHighB, liveLowB] = request.security(syminfo.tickerid, tfB, [high, low], gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_off)
[liveHighC, liveLowC] = request.security(syminfo.tickerid, tfC, [high, low], gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_off)
int sourceMsA = int(timeframe.in_seconds(tfA) * 1000)
int sourceMsB = int(timeframe.in_seconds(tfB) * 1000)
int sourceMsC = int(timeframe.in_seconds(tfC) * 1000)
var float[] topsA = array.new_float()
var float[] bottomsA = array.new_float()
var int[] directionsA = array.new_int()
var bool[] inversionsA = array.new_bool()
var int[] startTimesA = array.new_int()
var int[] inversionTimesA = array.new_int()
var float[] topsB = array.new_float()
var float[] bottomsB = array.new_float()
var int[] directionsB = array.new_int()
var bool[] inversionsB = array.new_bool()
var int[] startTimesB = array.new_int()
var int[] inversionTimesB = array.new_int()
var float[] topsC = array.new_float()
var float[] bottomsC = array.new_float()
var int[] directionsC = array.new_int()
var bool[] inversionsC = array.new_bool()
var int[] startTimesC = array.new_int()
var int[] inversionTimesC = array.new_int()
var box[] narysowaneStrefyFvg = array.new_box()
[newBullFvgA, newBearFvgA, newBullIfvgA, newBearIfvgA, newFvgTopA, newFvgBottomA, newIfvgTopA, newIfvgBottomA] = f_update_book(topsA, bottomsA, directionsA, inversionsA, startTimesA, inversionTimesA, useA, sourceTimeA, sourceHighA, sourceLowA, sourceCloseA, firstHighA, firstLowA, sourceAtrA, sourceMsA)
[newBullFvgB, newBearFvgB, newBullIfvgB, newBearIfvgB, newFvgTopB, newFvgBottomB, newIfvgTopB, newIfvgBottomB] = f_update_book(topsB, bottomsB, directionsB, inversionsB, startTimesB, inversionTimesB, useB, sourceTimeB, sourceHighB, sourceLowB, sourceCloseB, firstHighB, firstLowB, sourceAtrB, sourceMsB)
[newBullFvgC, newBearFvgC, newBullIfvgC, newBearIfvgC, newFvgTopC, newFvgBottomC, newIfvgTopC, newIfvgBottomC] = f_update_book(topsC, bottomsC, directionsC, inversionsC, startTimesC, inversionTimesC, useC, sourceTimeC, sourceHighC, sourceLowC, sourceCloseC, firstHighC, firstLowC, sourceAtrC, sourceMsC)
if barstate.islast
if array.size(narysowaneStrefyFvg) > 0
for i = array.size(narysowaneStrefyFvg) - 1 to 0
box.delete(array.get(narysowaneStrefyFvg, i))
array.clear(narysowaneStrefyFvg)
f_draw_book(topsA, bottomsA, directionsA, inversionsA, startTimesA, useA, f_tf_label(tfA), liveHighA, liveLowA, narysowaneStrefyFvg)
f_draw_book(topsB, bottomsB, directionsB, inversionsB, startTimesB, useB, f_tf_label(tfB), liveHighB, liveLowB, narysowaneStrefyFvg)
f_draw_book(topsC, bottomsC, directionsC, inversionsC, startTimesC, useC, f_tf_label(tfC), liveHighC, liveLowC, narysowaneStrefyFvg)
// ==================== KALENDARZ (CZAS WARSZAWSKI) ====================
int czasDniaWarszawa = time("D", "0000-2359:1234567", strefaCzasowaDni)
int zmianaDniaWarszawa = ta.change(czasDniaWarszawa)
bool poczatekDniaWarszawa = not na(czasDniaWarszawa) and zmianaDniaWarszawa != 0
int dzienWarszawa = dayofweek(time, strefaCzasowaDni)
int godzinaWarszawa = hour(time, strefaCzasowaDni)
int godzinaPoprzedniejSwiecyWarszawa = hour(time[1], strefaCzasowaDni)
int miesiacWarszawa = month(time, strefaCzasowaDni)
int rokWarszawa = year(time, strefaCzasowaDni)
int poprzedniMiesiacWarszawa = month(time[1], strefaCzasowaDni)
int poprzedniRokWarszawa = year(time[1], strefaCzasowaDni)
bool trybMiesiecy = timeframe.isdaily or timeframe.isweekly or timeframe.ismonthly
bool poczatekMiesiacaWarszawa = na(time[1]) or miesiacWarszawa != poprzedniMiesiacWarszawa or rokWarszawa != poprzedniRokWarszawa
// Nazwa trafia na pierwszą świecę po lokalnym południu, czyli w środek
// odcinka wyznaczonego przez dwie kolejne północe. Działa także wtedy,
// gdy wybrany interwał nie ma świecy otwieranej dokładnie o 12:00.
bool srodekDniaWarszawa = not na(czasDniaWarszawa) and godzinaWarszawa >= 12 and (na(czasDniaWarszawa[1]) or czasDniaWarszawa != czasDniaWarszawa[1] or godzinaPoprzedniejSwiecyWarszawa < 12)
// Intraday: dzień tygodnia. D/W/M: jeden znacznik miesiąca zamiast białego paska na każdej świecy.
plotchar(pokazDniTygodnia and pokazSeparatoryDni and not trybMiesiecy and poczatekDniaWarszawa, title = "Początek dnia", char = "l", location = location.bottom, color = color.new(kolorSeparatorow, przezroczystoscSeparatorow), size = size.tiny, display = display.pane, force_overlay = true)
plotchar(pokazDniTygodnia and pokazSeparatoryDni and trybMiesiecy and not timeframe.ismonthly and poczatekMiesiacaWarszawa, title = "Początek miesiąca", char = "l", location = location.bottom, color = color.new(kolorSeparatorow, przezroczystoscSeparatorow), size = size.tiny, display = display.pane, force_overlay = true)
color tloNazwyDnia = color.new(kolorNazwDni, 100)
color tekstNazwyDnia = color.new(kolorNazwDni, przezroczystoscDni)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.monday, title = "Poniedziałek", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Poniedziałek", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.tuesday, title = "Wtorek", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Wtorek", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.wednesday, title = "Środa", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Środa", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.thursday, title = "Czwartek", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Czwartek", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.friday, title = "Piątek", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Piątek", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.saturday, title = "Sobota", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Sobota", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazDniTygodnia and not trybMiesiecy and srodekDniaWarszawa and dzienWarszawa == dayofweek.sunday, title = "Niedziela", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Niedziela", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
bool pokazNazweMiesiaca = pokazDniTygodnia and trybMiesiecy and poczatekMiesiacaWarszawa
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 1, title = "Styczeń", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Sty", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 2, title = "Luty", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Lut", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 3, title = "Marzec", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Mar", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 4, title = "Kwiecień", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Kwi", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 5, title = "Maj", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Maj", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 6, title = "Czerwiec", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Cze", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 7, title = "Lipiec", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Lip", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 8, title = "Sierpień", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Sie", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 9, title = "Wrzesień", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Wrz", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 10, title = "Październik", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Paź", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 11, title = "Listopad", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Lis", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
plotshape(pokazNazweMiesiaca and miesiacWarszawa == 12, title = "Grudzień", style = shape.labelup, location = location.bottom, color = tloNazwyDnia, text = "Gru", textcolor = tekstNazwyDnia, size = size.tiny, display = display.pane, force_overlay = true)
// ==================== TYLKO OSTATNI SFP RAW ====================
// RAW powstaje dopiero na zamknięciu świecy, gdy knot zamiata potwierdzony
// swing, a cały korpus wraca za poziom. To nadal setup oczekujący na CONF.
var line ostatniaRawLinia = na
var label ostatniaRawEtykieta = na
var int ostatniRawBar = na
var float ostatniRawPoziom = na
var int ostatniRawKierunek = 0 // -1 = SHORT, 1 = LONG
if bearishSetup or bullishSetup
if not na(ostatniaRawLinia)
line.delete(ostatniaRawLinia)
ostatniaRawLinia := na
if not na(ostatniaRawEtykieta)
label.delete(ostatniaRawEtykieta)
ostatniaRawEtykieta := na
bool rawShort = bearishSetup
float rawPoziom = rawShort ? bearishSetupPoziom : bullishSetupPoziom
int rawPivotBar = rawShort ? bearishSetupPivotBar : bullishSetupPivotBar
color rawKolor = rawShort ? kolorShort : kolorLong
if pokazKierunkoweSfp and pokazSfpRaw
ostatniaRawLinia := line.new(rawPivotBar, rawPoziom, bar_index, rawPoziom, xloc = xloc.bar_index, extend = extend.right, color = color.new(rawKolor, 28), style = line.style_dashed, width = 1, force_overlay = true)
ostatniaRawEtykieta := label.new(bar_index + 1, rawPoziom, rawShort ? "SFP RAW SHORT" : "SFP RAW LONG", xloc = xloc.bar_index, yloc = yloc.price, style = label.style_none, textcolor = color.new(rawKolor, 8), size = size.tiny, force_overlay = true)
ostatniRawBar := bar_index
ostatniRawPoziom := rawPoziom
ostatniRawKierunek := rawShort ? -1 : 1
if not na(ostatniRawBar) and bar_index - ostatniRawBar > waznoscRaw
if not na(ostatniaRawLinia)
line.delete(ostatniaRawLinia)
ostatniaRawLinia := na
if not na(ostatniaRawEtykieta)
label.delete(ostatniaRawEtykieta)
ostatniaRawEtykieta := na
ostatniRawBar := na
ostatniRawPoziom := na
ostatniRawKierunek := 0
// ==================== TYLKO OSTATNI POTWIERDZONY SFP CONF ====================
var label ostatniaEtykieta = na
var int ostatniSygnalBar = na
var string ostatniSygnal = "Brak"
var float ostatniPoziom = na
if bearishSfp or bullishSfp
if not na(ostatniaEtykieta)
label.delete(ostatniaEtykieta)
bool shortSignal = bearishSfp
float poziom = shortSignal ? bearishPoziom : bullishPoziom
int pivotBar = shortSignal ? bearishPivotBar : bullishPivotBar
color sygnalKolor = shortSignal ? kolorShort : kolorLong
int kierunekSygnalu = shortSignal ? -1 : 1
// Ostatni RAW w tym samym kierunku jest poprzednikiem bieżącego CONF.
// Nie wymagamy identycznej ceny co do ticka, bo poziom oczekującego setupu
// może zostać znormalizowany inaczej między świecą RAW i potwierdzeniem.
bool tenSamRaw = ostatniRawKierunek == kierunekSygnalu
if tenSamRaw
if not na(ostatniaRawLinia)
line.delete(ostatniaRawLinia)
ostatniaRawLinia := na
if not na(ostatniaRawEtykieta)
label.delete(ostatniaRawEtykieta)
ostatniaRawEtykieta := na
ostatniRawBar := na
ostatniRawPoziom := na
ostatniRawKierunek := 0
if pokazOstatniSygnal
// CONF to zdarzenie historyczne, nie poziom wejscia przy pozniejszym retescie.
// Zostawiamy tylko krotka etykiete na swiecy potwierdzenia, bez poziomej linii.
ostatniaEtykieta := label.new(bar_index, poziom, shortSignal ? "SFP CONF SHORT" : "SFP CONF LONG", xloc = xloc.bar_index, yloc = yloc.price, style = label.style_none, textcolor = sygnalKolor, size = size.tiny, force_overlay = true)
ostatniSygnalBar := bar_index
ostatniSygnal := shortSignal ? "Bearish / SHORT" : "Bullish / LONG"
ostatniPoziom := poziom
if not na(ostatniSygnalBar) and bar_index - ostatniSygnalBar > waznoscSygnalu
if not na(ostatniaEtykieta)
label.delete(ostatniaEtykieta)
ostatniaEtykieta := na
// ==================== PVP NAKED POC ====================
// POC jest deterministycznym przybliżeniem na podstawie OHLCV próbek.
// Skrypt nie ma dostępu do wewnętrznego, tickowego silnika PVP TradingView.
int PVP_MASK_D = 1
int PVP_MASK_W = 2
int PVP_MASK_M = 4
int PVP_MAX_LEVELS = 260
int PVP_REQUEST_BARS = 50000
var float[] pvpCeny = array.new_float()
var int[] pvpMaski = array.new_int()
var int[] pvpCzasyStart = array.new_int()
var int[] pvpCzasyPochodzenia = array.new_int()
var line[] pvpLinie = array.new_line()
var label[] pvpEtykiety = array.new_label()
f_pvp_poc(float[] highs, float[] lows, float[] volumes, float[] closes, int requestedRows) =>
int sampleCount = array.size(highs)
float result = na
if sampleCount > 0
float profileLow = array.min(lows)
float profileHigh = array.max(highs)
float profileRange = profileHigh - profileLow
if profileRange <= syminfo.mintick
result := array.get(closes, sampleCount - 1)
else
float rawTicksPerRow = profileRange / syminfo.mintick / requestedRows
int ticksDown = math.max(1, int(math.floor(rawTicksPerRow)))
int ticksUp = math.max(1, int(math.ceil(rawTicksPerRow)))
int rowsWithDown = int(math.ceil(profileRange / (ticksDown * syminfo.mintick)))
int rowsWithUp = int(math.ceil(profileRange / (ticksUp * syminfo.mintick)))
int ticksPerRow = math.abs(rowsWithUp - requestedRows) <= math.abs(rowsWithDown - requestedRows) ? ticksUp : ticksDown
float binSize = ticksPerRow * syminfo.mintick
int bins = math.max(1, int(math.ceil(profileRange / binSize)))
float[] histogram = array.new_float(bins, 0.0)
for sampleIndex = 0 to sampleCount - 1
float barHigh = array.get(highs, sampleIndex)
float barLow = array.get(lows, sampleIndex)
float barClose = array.get(closes, sampleIndex)
float barVolume = nz(array.get(volumes, sampleIndex), 0.0)
float barRange = barHigh - barLow
if barRange <= syminfo.mintick
int singleBin = math.max(0, math.min(bins - 1, int(math.floor((barClose - profileLow) / binSize))))
array.set(histogram, singleBin, array.get(histogram, singleBin) + barVolume)
else
int firstBin = math.max(0, math.min(bins - 1, int(math.floor((barLow - profileLow) / binSize))))
int lastBin = math.max(0, math.min(bins - 1, int(math.floor((barHigh - profileLow) / binSize))))
for binIndex = firstBin to lastBin
float binLow = profileLow + binIndex * binSize
float binHigh = binLow + binSize
float overlap = math.max(0.0, math.min(barHigh, binHigh) - math.max(barLow, binLow))
array.set(histogram, binIndex, array.get(histogram, binIndex) + barVolume * overlap / barRange)
int pocBin = array.indexof(histogram, array.max(histogram))
result := profileLow + (pocBin + 0.5) * binSize
result
f_pvp_wyczysc_probki(float[] highs, float[] lows, float[] volumes, float[] closes) =>
array.clear(highs)
array.clear(lows)
array.clear(volumes)
array.clear(closes)
f_pvp_dodaj_probke(float[] highs, float[] lows, float[] volumes, float[] closes) =>
array.push(highs, high)
array.push(lows, low)
array.push(volumes, volume)
array.push(closes, close)
f_pvp_silnik(int rows) =>
var float[] dHighs = array.new_float()
var float[] dLows = array.new_float()
var float[] dVolumes = array.new_float()
var float[] dCloses = array.new_float()
var float[] wHighs = array.new_float()
var float[] wLows = array.new_float()
var float[] wVolumes = array.new_float()
var float[] wCloses = array.new_float()
var float[] mHighs = array.new_float()
var float[] mLows = array.new_float()
var float[] mVolumes = array.new_float()
var float[] mCloses = array.new_float()
var float dailyPoc = na
var float weeklyPoc = na
var float monthlyPoc = na
var int dailyEvent = na
var int weeklyEvent = na
var int monthlyEvent = na
var int dailyOrigin = na
var int weeklyOrigin = na
var int monthlyOrigin = na
if timeframe.change("D")
if array.size(dHighs) > 0
dailyPoc := f_pvp_poc(dHighs, dLows, dVolumes, dCloses, rows)
dailyEvent := time
dailyOrigin := time("D")[1]
f_pvp_wyczysc_probki(dHighs, dLows, dVolumes, dCloses)
if timeframe.change("W")
if array.size(wHighs) > 0
weeklyPoc := f_pvp_poc(wHighs, wLows, wVolumes, wCloses, rows)
weeklyEvent := time
weeklyOrigin := time("W")[1]
f_pvp_wyczysc_probki(wHighs, wLows, wVolumes, wCloses)
if timeframe.change("M")
if array.size(mHighs) > 0
monthlyPoc := f_pvp_poc(mHighs, mLows, mVolumes, mCloses, rows)
monthlyEvent := time
monthlyOrigin := time("M")[1]
f_pvp_wyczysc_probki(mHighs, mLows, mVolumes, mCloses)
f_pvp_dodaj_probke(dHighs, dLows, dVolumes, dCloses)
f_pvp_dodaj_probke(wHighs, wLows, wVolumes, wCloses)
f_pvp_dodaj_probke(mHighs, mLows, mVolumes, mCloses)
[dailyPoc, dailyEvent, weeklyPoc, weeklyEvent, monthlyPoc, monthlyEvent, high, low, time, barstate.isconfirmed, dailyOrigin, weeklyOrigin, monthlyOrigin]
f_pvp_ma_maske(int mask, int flag) =>
mask % (flag * 2) >= flag
f_pvp_tekst(int mask) =>
mask == PVP_MASK_D ? "ndPOC" : mask == PVP_MASK_W ? "nwPOC" : "nmPOC"
f_pvp_kolor(int mask) =>
mask == PVP_MASK_D ? pvpKolorD : mask == PVP_MASK_W ? pvpKolorW : pvpKolorM
f_pvp_usun(int index) =>
line oldLine = array.get(pvpLinie, index)
label oldLabel = array.get(pvpEtykiety, index)
if not na(oldLine)
line.delete(oldLine)
if not na(oldLabel)
label.delete(oldLabel)
array.remove(pvpCeny, index)
array.remove(pvpMaski, index)
array.remove(pvpCzasyStart, index)
array.remove(pvpCzasyPochodzenia, index)
array.remove(pvpLinie, index)
array.remove(pvpEtykiety, index)
f_pvp_przytnij() =>
while array.size(pvpCeny) > PVP_MAX_LEVELS
int farthestIndex = 0
float farthestDistance = -1.0
for index = 0 to array.size(pvpCeny) - 1
float distance = math.abs(array.get(pvpCeny, index) - close)
if distance > farthestDistance
farthestDistance := distance
farthestIndex := index
f_pvp_usun(farthestIndex)
f_pvp_dodaj_poziom(float poc, int eventTime, int originTime, int mask, bool enabled) =>
if pokazPvp and enabled and not na(poc) and not na(eventTime) and not na(originTime)
array.push(pvpCeny, poc)
array.push(pvpMaski, mask)
array.push(pvpCzasyStart, eventTime)
array.push(pvpCzasyPochodzenia, originTime)
array.push(pvpLinie, na)
array.push(pvpEtykiety, na)
f_pvp_przytnij()
f_pvp_dotkniecia(float sourceHigh, float sourceLow, int sourceTime) =>
if array.size(pvpCeny) > 0
for index = array.size(pvpCeny) - 1 to 0
float levelPrice = array.get(pvpCeny, index)
int startTime = array.get(pvpCzasyStart, index)
if sourceTime >= startTime and sourceLow <= levelPrice and sourceHigh >= levelPrice
f_pvp_usun(index)
f_pvp_przetworz(float dPoc, int dEvent, float wPoc, int wEvent, float mPoc, int mEvent, float sourceHigh, float sourceLow, int sourceTime, bool sourceConfirmed, int prevD, int prevW, int prevM, int dOrigin, int wOrigin, int mOrigin) =>
int nextD = prevD
int nextW = prevW
int nextM = prevM
if sourceConfirmed
if not na(dEvent) and (na(nextD) or dEvent != nextD)
f_pvp_dodaj_poziom(dPoc, dEvent, dOrigin, PVP_MASK_D, pvpPokazD)
nextD := dEvent
if not na(wEvent) and (na(nextW) or wEvent != nextW)
f_pvp_dodaj_poziom(wPoc, wEvent, wOrigin, PVP_MASK_W, pvpPokazW)
nextW := wEvent
if not na(mEvent) and (na(nextM) or mEvent != nextM)
f_pvp_dodaj_poziom(mPoc, mEvent, mOrigin, PVP_MASK_M, pvpPokazM)
nextM := mEvent
f_pvp_dotkniecia(sourceHigh, sourceLow, sourceTime)
[nextD, nextW, nextM]
var int pvpOstatniD = na
var int pvpOstatniW = na
var int pvpOstatniM = na
var int pvpOstatniCzasProbki = na
bool pvpUzyjTablicIntrabar = timeframe.in_seconds() > timeframe.in_seconds(pvpTfProbek)
if pokazPvp and pvpUzyjTablicIntrabar
[pvpDPocs, pvpDEvents, pvpWPocs, pvpWEvents, pvpMPocs, pvpMEvents, pvpHighs, pvpLows, pvpTimes, pvpConfirmed, pvpDOrigins, pvpWOrigins, pvpMOrigins] = request.security_lower_tf(syminfo.tickerid, pvpTfProbek, f_pvp_silnik(pvpLiczbaRzedow), ignore_invalid_timeframe = true, calc_bars_count = PVP_REQUEST_BARS)
if array.size(pvpTimes) > 0
for sourceIndex = 0 to array.size(pvpTimes) - 1
[nextD, nextW, nextM] = f_pvp_przetworz(array.get(pvpDPocs, sourceIndex), array.get(pvpDEvents, sourceIndex), array.get(pvpWPocs, sourceIndex), array.get(pvpWEvents, sourceIndex), array.get(pvpMPocs, sourceIndex), array.get(pvpMEvents, sourceIndex), array.get(pvpHighs, sourceIndex), array.get(pvpLows, sourceIndex), array.get(pvpTimes, sourceIndex), array.get(pvpConfirmed, sourceIndex), pvpOstatniD, pvpOstatniW, pvpOstatniM, array.get(pvpDOrigins, sourceIndex), array.get(pvpWOrigins, sourceIndex), array.get(pvpMOrigins, sourceIndex))
pvpOstatniD := nextD
pvpOstatniW := nextW
pvpOstatniM := nextM
else if pokazPvp
[pvpDPoc, pvpDEvent, pvpWPoc, pvpWEvent, pvpMPoc, pvpMEvent, pvpSourceHigh, pvpSourceLow, pvpSourceTime, pvpSourceConfirmed, pvpDOrigin, pvpWOrigin, pvpMOrigin] = request.security(syminfo.tickerid, pvpTfProbek, f_pvp_silnik(pvpLiczbaRzedow), gaps = barmerge.gaps_off, lookahead = barmerge.lookahead_off, calc_bars_count = PVP_REQUEST_BARS)
if not na(pvpSourceTime) and (na(pvpOstatniCzasProbki) or pvpSourceTime != pvpOstatniCzasProbki)
[nextD, nextW, nextM] = f_pvp_przetworz(pvpDPoc, pvpDEvent, pvpWPoc, pvpWEvent, pvpMPoc, pvpMEvent, pvpSourceHigh, pvpSourceLow, pvpSourceTime, pvpSourceConfirmed, pvpOstatniD, pvpOstatniW, pvpOstatniM, pvpDOrigin, pvpWOrigin, pvpMOrigin)
pvpOstatniD := nextD
pvpOstatniW := nextW
pvpOstatniM := nextM
pvpOstatniCzasProbki := pvpSourceTime
int pvpLabelIndex = bar_index + pvpPrzesuniecieEtykiet
if barstate.islast and array.size(pvpCeny) > 0
for index = 0 to array.size(pvpCeny) - 1
float levelPrice = array.get(pvpCeny, index)
int levelMask = array.get(pvpMaski, index)
float ownDistance = math.abs(levelPrice - close)
int closerD = 0
int closerW = 0
int closerM = 0
for otherIndex = 0 to array.size(pvpCeny) - 1
if otherIndex != index and math.abs(array.get(pvpCeny, otherIndex) - close) < ownDistance
int otherMask = array.get(pvpMaski, otherIndex)
closerD += f_pvp_ma_maske(otherMask, PVP_MASK_D) ? 1 : 0
closerW += f_pvp_ma_maske(otherMask, PVP_MASK_W) ? 1 : 0
closerM += f_pvp_ma_maske(otherMask, PVP_MASK_M) ? 1 : 0
bool shouldShow = (f_pvp_ma_maske(levelMask, PVP_MASK_D) and closerD < pvpNajblizszeD) or (f_pvp_ma_maske(levelMask, PVP_MASK_W) and closerW < pvpNajblizszeW) or (f_pvp_ma_maske(levelMask, PVP_MASK_M) and closerM < pvpNajblizszeM)
line currentLine = array.get(pvpLinie, index)
label currentLabel = array.get(pvpEtykiety, index)
if shouldShow
color drawColor = f_pvp_kolor(levelMask)
int futureMs = int(nz(timeframe.in_seconds(), 86400) * 1000) * (pvpPrzesuniecieEtykiet + 500)
int lineSecondTime = time_close + futureMs
int lineOriginTime = array.get(pvpCzasyPochodzenia, index)
if na(currentLine)
currentLine := line.new(lineOriginTime, levelPrice, lineSecondTime, levelPrice, xloc = xloc.bar_time, extend = extend.right, color = drawColor, width = 1, force_overlay = true)
array.set(pvpLinie, index, currentLine)
else
line.set_xy1(currentLine, lineOriginTime, levelPrice)
line.set_xy2(currentLine, lineSecondTime, levelPrice)
line.set_color(currentLine, drawColor)
line.set_width(currentLine, 1)
line.set_extend(currentLine, extend.right)
if pvpPokazEtykiety
string labelText = f_pvp_tekst(levelMask)
if na(currentLabel)
currentLabel := label.new(pvpLabelIndex, levelPrice, labelText, xloc = xloc.bar_index, yloc = yloc.price, style = label.style_label_right, color = chart.bg_color, textcolor = drawColor, size = size.tiny, textalign = text.align_right, force_overlay = true)
array.set(pvpEtykiety, index, currentLabel)
else
label.set_xy(currentLabel, pvpLabelIndex, levelPrice)
label.set_text(currentLabel, labelText)
label.set_color(currentLabel, chart.bg_color)
label.set_textcolor(currentLabel, drawColor)
else if not na(currentLabel)
label.delete(currentLabel)
array.set(pvpEtykiety, index, na)
else
if not na(currentLine)
line.delete(currentLine)
array.set(pvpLinie, index, na)
if not na(currentLabel)
label.delete(currentLabel)
array.set(pvpEtykiety, index, na)
// ==================== WATERMARK ====================
const string WM_PLAIN = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"
const string WM_MAP_SERIF = "𝐀 𝐁 𝐂 𝐃 𝐄 𝐅 𝐆 𝐇 𝐈 𝐉 𝐊 𝐋 𝐌 𝐍 𝐎 𝐏 𝐐 𝐑 𝐒 𝐓 𝐔 𝐕 𝐖 𝐗 𝐘 𝐙 𝐚 𝐛 𝐜 𝐝 𝐞 𝐟 𝐠 𝐡 𝐢 𝐣 𝐤 𝐥 𝐦 𝐧 𝐨 𝐩 𝐪 𝐫 𝐬 𝐭 𝐮 𝐯 𝐰 𝐱 𝐲 𝐳 𝟎 𝟏 𝟐 𝟑 𝟒 𝟓 𝟔 𝟕 𝟖 𝟗"
const string WM_MAP_SERIF_ITALIC = "𝑨 𝑩 𝑪 𝑫 𝑬 𝑭 𝑮 𝑯 𝑰 𝑱 𝑲 𝑳 𝑴 𝑵 𝑶 𝑷 𝑸 𝑹 𝑺 𝑻 𝑼 𝑽 𝑾 𝑿 𝒀 𝒁 𝒂 𝒃 𝒄 𝒅 𝒆 𝒇 𝒈 𝒉 𝒊 𝒋 𝒌 𝒍 𝒎 𝒏 𝒐 𝒑 𝒒 𝒓 𝒔 𝒕 𝒖 𝒗 𝒘 𝒙 𝒚 𝒛 𝟎 𝟏 𝟐 𝟑 𝟒 𝟓 𝟔 𝟕 𝟖 𝟗"
const string WM_MAP_SANS = "𝗔 𝗕 𝗖 𝗗 𝗘 𝗙 𝗚 𝗛 𝗜 𝗝 𝗞 𝗟 𝗠 𝗡 𝗢 𝗣 𝗤 𝗥 𝗦 𝗧 𝗨 𝗩 𝗪 𝗫 𝗬 𝗭 𝗮 𝗯 𝗰 𝗱 𝗲 𝗳 𝗴 𝗵 𝗶 𝗷 𝗸 𝗹 𝗺 𝗻 𝗼 𝗽 𝗾 𝗿 𝘀 𝘁 𝘂 𝘃 𝘄 𝘅 𝘆 𝘇 𝟬 𝟭 𝟮 𝟯 𝟰 𝟱 𝟲 𝟳 𝟴 𝟵"
const string WM_MAP_SANS_ITALIC = "𝘼 𝘽 𝘾 𝘿 𝙀 𝙁 𝙂 𝙃 𝙄 𝙅 𝙆 𝙇 𝙈 𝙉 𝙊 𝙋 𝙌 𝙍 𝙎 𝙏 𝙐 𝙑 𝙒 𝙓 𝙔 𝙕 𝙖 𝙗 𝙘 𝙙 𝙚 𝙛 𝙜 𝙝 𝙞 𝙟 𝙠 𝙡 𝙢 𝙣 𝙤 𝙥 𝙦 𝙧 𝙨 𝙩 𝙪 𝙫 𝙬 𝙭 𝙮 𝙯 𝟬 𝟭 𝟮 𝟯 𝟰 𝟱 𝟲 𝟳 𝟴 𝟵"
const string WM_MAP_SCRIPT = "𝓐 𝓑 𝓒 𝓓 𝓔 𝓕 𝓖 𝓗 𝓘 𝓙 𝓚 𝓛 𝓜 𝓝 𝓞 𝓟 𝓠 𝓡 𝓢 𝓣 𝓤 𝓥 𝓦 𝓧 𝓨 𝓩 𝓪 𝓫 𝓬 𝓭 𝓮 𝓯 𝓰 𝓱 𝓲 𝓳 𝓴 𝓵 𝓶 𝓷 𝓸 𝓹 𝓺 𝓻 𝓼 𝓽 𝓾 𝓿 𝔀 𝔁 𝔂 𝔃 𝟎 𝟏 𝟐 𝟑 𝟒 𝟓 𝟔 𝟕 𝟖 𝟗"
const string WM_MAP_FRAKTUR = "𝕬 𝕭 𝕮 𝕯 𝕰 𝕱 𝕲 𝕳 𝕴 𝕵 𝕶 𝕷 𝕸 𝕹 𝕺 𝕻 𝕼 𝕽 𝕾 𝕿 𝖀 𝖁 𝖂 𝖃 𝖄 𝖅 𝖆 𝖇 𝖈 𝖉 𝖊 𝖋 𝖌 𝖍 𝖎 𝖏 𝖐 𝖑 𝖒 𝖓 𝖔 𝖕 𝖖 𝖗 𝖘 𝖙 𝖚 𝖛 𝖜 𝖝 𝖞 𝖟 𝟎 𝟏 𝟐 𝟑 𝟒 𝟓 𝟔 𝟕 𝟠 𝟡"
const string WM_MAP_DOUBLE = "𝔸 𝔹 ℂ 𝔻 𝔼 𝔽 𝔾 ℍ 𝕀 𝕁 𝕂 𝕃 𝕄 ℕ 𝕆 ℙ ℚ ℝ 𝕊 𝕋 𝕌 𝕍 𝕎 𝕏 𝕐 ℤ 𝕒 𝕓 𝕔 𝕕 𝕖 𝕗 𝕘 𝕙 𝕚 𝕛 𝕜 𝕝 𝕞 𝕟 𝕠 𝕡 𝕢 𝕣 𝕤 𝕥 𝕦 𝕧 𝕨 𝕩 𝕪 𝕫 𝟘 𝟙 𝟚 𝟛 𝟜 𝟝 𝟞 𝟟 𝟠 𝟡"
const string WM_EXTRA = "ąćęłńóśźżĄĆĘŁŃÓŚŹŻáàâäãåéèêëíìîïòôöõúùûüñçÁÀÂÄÃÅÉÈÊËÍÌÎÏÒÔÖÕÚÙÛÜÑÇ!#$%&()*+,-./:;<=>?@[]^_{|}~"
const string WM_UNDERLINE = "̲"
const string WM_STRIKE = "̶"
f_wm_mapa(string font) =>
switch font
WM_FONT_SERIF => WM_MAP_SERIF
WM_FONT_SERIF_ITALIC => WM_MAP_SERIF_ITALIC
WM_FONT_SANS => WM_MAP_SANS
WM_FONT_SANS_ITALIC => WM_MAP_SANS_ITALIC
WM_FONT_SCRIPT => WM_MAP_SCRIPT
WM_FONT_FRAKTUR => WM_MAP_FRAKTUR
WM_FONT_DOUBLE => WM_MAP_DOUBLE
=> ""
f_wm_stylizuj(string source, string font, string lineStyle) =>
string mark = lineStyle == WM_LINE_UNDERLINE ? WM_UNDERLINE : lineStyle == WM_LINE_STRIKE ? WM_STRIKE : ""
string mapText = f_wm_mapa(font)
bool restyle = mapText != ""
string[] charMap = restyle ? str.split(mapText, " ") : array.new_string()
string result = source
if restyle or mark != ""
for i = 0 to str.length(WM_PLAIN) - 1
string plain = str.substring(WM_PLAIN, i, i + 1)
result := str.replace_all(result, plain, (restyle ? array.get(charMap, i) : plain) + mark)
if mark != ""
for i = 0 to str.length(WM_EXTRA) - 1
string extra = str.substring(WM_EXTRA, i, i + 1)
result := str.replace_all(result, extra, extra + mark)
result := str.replace_all(result, " ", " " + mark)
result
f_wm_font(string font) =>
font == WM_FONT_MONO ? font.family_monospace : font.family_default
f_wm_format(bool bold, bool italic) =>
(bold ? text.format_bold : text.format_none) + (italic ? text.format_italic : text.format_none)
f_wm_position(string choice) =>
switch choice
WM_POS_TOP_LEFT => position.top_left
WM_POS_TOP_RIGHT => position.top_right
WM_POS_MIDDLE => position.middle_center
WM_POS_BOTTOM_CENTER => position.bottom_center
WM_POS_BOTTOM_LEFT => position.bottom_left
WM_POS_BOTTOM_RIGHT => position.bottom_right
=> position.top_center
f_wm_align(string choice) =>
choice == WM_POS_TOP_LEFT or choice == WM_POS_BOTTOM_LEFT ? text.align_left : choice == WM_POS_TOP_RIGHT or choice == WM_POS_BOTTOM_RIGHT ? text.align_right : text.align_center
bool wmNaDole = wmPozycja == WM_POS_BOTTOM_CENTER or wmPozycja == WM_POS_BOTTOM_LEFT or wmPozycja == WM_POS_BOTTOM_RIGHT
bool wmUzyjOdsuniecia = wmOdsuniecie > 0 and wmPozycja != WM_POS_MIDDLE
bool wmMaGlowny = wmPokaz and str.length(str.trim(wmTekstGlowny)) > 0
bool wmMaDrugi = wmPokaz and str.length(str.trim(wmTekstDrugi)) > 0
var table wmTabela = table.new(f_wm_position(wmPozycja), 1, 3, frame_width = 0, border_width = 0)
var string wmGlownyPoStylu = f_wm_stylizuj(wmTekstGlowny, wmFontGlowny, wmLiniaGlowna)
var string wmDrugiPoStylu = f_wm_stylizuj(wmTekstDrugi, wmFontDrugi, wmLiniaDruga)
if barstate.islast
table.clear(wmTabela, 0, 0, 0, 2)
if wmPokaz
string align = f_wm_align(wmPozycja)
int row = 0
if wmUzyjOdsuniecia and not wmNaDole
table.cell(wmTabela, 0, row, "", height = wmOdsuniecie)
row += 1
if wmMaGlowny
table.cell(wmTabela, 0, row, wmGlownyPoStylu, text_color = wmKolorGlowny, text_size = wmRozmiarGlowny, text_halign = align, text_font_family = f_wm_font(wmFontGlowny), text_formatting = f_wm_format(wmBoldGlowny, wmItalicGlowny))
row += 1
if wmMaDrugi
table.cell(wmTabela, 0, row, wmDrugiPoStylu, text_color = wmKolorDrugi, text_size = wmRozmiarDrugi, text_halign = align, text_font_family = f_wm_font(wmFontDrugi), text_formatting = f_wm_format(wmBoldDrugi, wmItalicDrugi))
row += 1
if wmUzyjOdsuniecia and wmNaDole
table.cell(wmTabela, 0, row, "", height = wmOdsuniecie)
Overview
[ad] SFP + FVG / IFVG marks a sweep as RAW after a wick takes a swing and price closes back, then shows a short confirmation label after a later close beyond the opposite extreme. Users can match the chart timeframe or combine up to three custom timeframes, and choose how many nearest zones sit above and below price. Optional EMAs, dual session VWAPs, naked point-of-control lines and weekday or month separators are included. It does not place trades or set stops.
- SFP sweep RAW and confirmation labels
- Nearest FVG and IFVG zone books
- Match-chart or three custom timeframes
- EMA overlays and dual Auto VWAP
- Naked daily, weekly and monthly POC
Details
Published by
amadeo987 on GitHub
Type
Indicator, Pine Script v6
Draws
On the price chart
Category
SMC / ICT / price action, Support & resistance, Moving averages, Volume
Markets
Any symbol
Timeframes
Any timeframe
Risk Notes
No repainting, lookahead or stacked entries were found in its code or README. That says nothing about how well it works: test it first.
Topics
crypto-tradingfair-value-gappine-scripttechnical-analysistradingviewswing-failure-pattern
Settings
The inputs you can change from the gear icon on the chart. Defaults are the author's.
| Setting | Type | Default | Variable |
|---|---|---|---|
| SFP levels and confirmations | bool | true | wlaczSfp |
| Show SFP RAW after a valid sweep | bool | true | pokazSfpRaw |
| FVG / IFVG nearest zones | bool | true | wlaczFvg |
| Day / month separators | bool | true | wlaczDni |
| Timeframe mode | string | Match chart | trybTfFvg |
| Use | bool | true | wlaczTfA |
| Timeframe 1 | timeframe | 60 | tfAInput |
| Use | bool | true | wlaczTfB |
| Timeframe 2 | timeframe | 240 | tfBInput |
| Use | bool | true | wlaczTfC |
| Timeframe 3 | timeframe | 1D | tfCInput |
| Nearest zones above per timeframe | int | 2 | ileFvgNadCena |
Show all 40 settings
| Setting | Type | Default | Variable |
|---|---|---|---|
| Nearest zones below per timeframe | int | 6 | ileFvgPodCena |
| EMA 200 | bool | true | pokazEma200 |
| Color | color | color.rgb(33, 150, 243) | kolorEma200 |
| EMA 100 | bool | false | pokazEma100 |
| Color | color | color.rgb(255, 152, 0) | kolorEma100 |
| EMA 50 | bool | false | pokazEma50 |
| Color | color | color.rgb(156, 39, 176) | kolorEma50 |
| Custom EMA | bool | false | pokazEmaWlasna |
| Length | int | 21 | dlugoscEmaWlasna |
| Color | color | color.rgb(255, 235, 59) | kolorEmaWlasna |
| Line width | int | 2 | gruboscEma |
| Fast VWAP | bool | true | pokazVwapSzybki |
| Color | color | color.rgb(38, 166, 154) | kolorVwapSzybki |
| Slow VWAP | bool | true | pokazVwapWolny |
| Color | color | color.rgb(126, 87, 194) | kolorVwapWolny |
| Line width | int | 1 | gruboscVwap |
| PVP naked POC | bool | true | pokazPvp |
| Profile sample timeframe | timeframe | 60 | pvpTfProbek |
| PVP rows | int | 24 | pvpLiczbaRzedow |
| Daily | bool | true | pvpPokazD |
| Nearest | int | 8 | pvpNajblizszeD |
| Color | color | color.white | pvpKolorD |
| Weekly | bool | true | pvpPokazW |
| Nearest | int | 14 | pvpNajblizszeW |
| Color | color | color.white | pvpKolorW |
| Monthly | bool | true | pvpPokazM |
| Nearest | int | 20 | pvpNajblizszeM |
| Color | color | color.white | pvpKolorM |
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.
Similar Pine Scripts
Liquidity Location Detector is a TradingView Pine Script indicator that plots fast and slow EMA lines on the price chart along with crossover signals. It detects and draws liquidity zones as colored boxes representing support and resistance levels based on nor
This overlay indicator marks call and put setups from EMAs, RSI, MACD, and a SPY volume ratio. A call needs higher highs, RSI above its minimum, rising MACD, above-average proxy volume, and a rising trend EMA; a put reverses those tests. Early markers use an E
The Midnight VWAP indicator calculates and overlays two distinct Volume Weighted Average Price (VWAP) lines on the price chart based on customizable session timeframes. It tracks an overnight or pre-market session alongside regular trading hours, resetting cal
This indicator plots two Hull moving averages on the price chart, one of the selected price and one of close, and optionally smooths both with a Kahlman filter. It fills the space between them and marks buy and sell labels when they cross, provided scaled volu
The indicator detects liquidity sweeps across key price levels and calculates a cumulative volume delta proxy. It uses pivot high and low lookbacks to identify swing points, marking sweeps when price breaks beyond a level and quickly closes back inside. Featur
Trade Your Charts With a Regulated Broker
Compare brokers that connect to TradingView, with spreads, minimum deposits and leverage side by side.
Compare brokers