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Alerts

ZT_Webhook_LibCompanion library for the Alpha Flow Zone Trader (AFZT) invite-only indicator. Provides the AFZT webhook payload encoders — formats the AFZT|... pipe-delimited strings the Core script sends in its alert() messages on entry, breakeven, close, and S-event signals. Exports: • encode_entry_v1038 — entry-event payload (zone code, base type, confidence, touch count, zone age, entry & stop prices). • encode_be_v1038 — breakeven-event payload. • encode_close_v1038 / encode_close_v1041 / encode_close_v1043_v2 — close-event payloads with progressively richer telemetry (R-multiple, MFE/MAE, zone metadata, stop/BE/TP masks, ATR/risk/zone-width). • encode_signal_v1 / encode_signal_v2 — S-Event signal payload with filter masks (v2 adds 4 upstream ML features: sweep flag, trend bias, HTF direction, liquidity distance). All exports are pure string-formatting functions — no plots, no alerts, no state mutation.
Pine Script® ライブラリ
ragstotradingの投稿
aether_regime_v1Library "aether_regime_v1" getRegime(adxLen, chopLen, adxThreshold, chopLowFib, chopHighFib)   Parameters:      adxLen (simple int)      chopLen (simple int)      adxThreshold (simple float)      chopLowFib (simple float)      chopHighFib (simple float) regimeColor(regimeStr)   Parameters:      regimeStr (simple string) regimeConfidence(adxVal, adxThreshold)   Parameters:      adxVal (simple float)      adxThreshold (simple float)
Pine Script® ライブラリ
lilbenxoの投稿
GBB_lib_webhookLibrary "GBB_lib_webhook" buildPayload(action, comment)   buildPayload @description Builds a JSON string containing standard OHLCV market data and a custom action label, ready to be passed to alert(). Special characters in `action` and `comment` are automatically escaped so the resulting JSON is always valid.   Parameters:      action (string) : (string) Signal label sent in the payload. Typical values: "BUY", "SELL", "CLOSE". Any string is accepted.      comment (string) : (string) Optional free-text field (signal name, setup description, etc.). Defaults to an empty string.   Returns: (string) A JSON object string with the fields: action, ticker, exchange, interval, price, open, high, low, volume, time, comment. buildPayloadFull(action, comment, qty, sl, tp, strategy)   buildPayloadFull @description Builds an extended JSON string that includes all standard OHLCV fields plus position-sizing and strategy metadata. Numeric fields (qty, sl, tp) are serialised as JSON numbers when provided, or as JSON null when omitted (na). String fields are escaped to ensure valid JSON output.   Parameters:      action (string) : (string) Signal label. Typical values: "BUY", "SELL", "CLOSE".      comment (string) : (string) Optional free-text description. Defaults to "".      qty (float) : (float) Position size or quantity. Pass na to omit (serialised as null).      sl (float) : (float) Stop-loss price level. Pass na to omit (serialised as null).      tp (float) : (float) Take-profit price level. Pass na to omit (serialised as null).      strategy (string) : (string) Strategy identifier (e.g. "EMA_Cross"). Defaults to "".   Returns: (string) A JSON object string with the fields: action, ticker, exchange, interval, price, open, high, low, volume, time, comment, qty, sl, tp, strategy. sendSignal(condition, action, comment)   sendSignal @description Fires a TradingView alert containing a basic JSON payload whenever `condition` is true. Alert frequency is set to once_per_bar_close.   Parameters:      condition (bool) : (bool) Trigger condition.      action (string) : (string) Signal label.      comment (string) : (string) Optional description. Defaults to "".   Returns: void sendSignalFull(condition, action, comment, qty, sl, tp, strategy)   sendSignalFull @description Fires a TradingView alert containing an extended JSON payload whenever `condition` is true. Alert frequency is set to once_per_bar_close.   Parameters:      condition (bool) : (bool) Trigger condition.      action (string) : (string) Signal label.      comment (string) : (string) Optional description. Defaults to "".      qty (float) : (float) Position size. Pass na to omit. Defaults to na.      sl (float) : (float) Stop-loss price. Pass na to omit. Defaults to na.      tp (float) : (float) Take-profit price. Pass na to omit. Defaults to na.      strategy (string) : (string) Strategy name. Defaults to "".   Returns: void
Pine Script® ライブラリ
Tunalitoの投稿
MaidongAlertLibraryLibrary "MaidongAlertLibrary" Maidong Alert Library is a Pine Script library built to standardize alert formatting and dispatch across signals, order blocks, setups, and analysis modules. Instead of building alert text separately inside each part of an indicator, this library centralizes message construction, time formatting, directional labeling, and frequency handling into one reusable component. Core features: - Supports `Signal`, `Setup`, `Analysis`, and `Order Block Signal` - Supports `Bullish` and `Bearish` directional alerts - Supports both compact and detailed alert output - Supports timezone-aware timestamp formatting - Supports common TradingView alert frequency modes This library is useful when: - Your script contains multiple modules that all need alerts - You want a consistent alert format across your ecosystem - You want to separate alert formatting from indicator logic AlertSender(condition, alertSetting, alertName, alertType, detectionType, setupData, frequency, utcZone, moreInfo, message, o, h, l, c, entry, tp, sl, distal, proximal)   Parameters:      condition (bool)      alertSetting (string)      alertName (string)      alertType (string)      detectionType (string)      setupData (string)      frequency (string)      utcZone (string)      moreInfo (string)      message (string)      o (float)      h (float)      l (float)      c (float)      entry (float)      tp (float)      sl (float)      distal (float)      proximal (float)
Pine Script® ライブラリ
libai999の投稿
OrderTicketBuilderLibrary "OrderTicketBuilder" Assembles broker order ticket payloads as JSON strings. BuildTicket(licenseId, symbol, action, orderType, tradeType, size, price, tp, sl, risk, trailPrice, trailOffset)   BuildTicket assembles a JSON order ticket string for downstream execution.   Parameters:      licenseId (string) : License identifier      symbol (string) : Symbol to trade      action (string) : "MRKT" or "PENDING"      orderType (string) : "BUY" or "SELL"      tradeType (string) : "SPREAD" or "SINGLE"      size (float) : (Optional) Trade size      price (float) : (Optional) Price for pending orders      tp (float) : (Optional) Take profit      sl (float) : (Optional) Stop loss      risk (float) : (Optional) Percent risk if size unspecified      trailPrice (float) : (Optional) Trailing-stop trigger price      trailOffset (float) : (Optional) Trailing-stop offset   Returns: JSON order ticket string
Pine Script® ライブラリ
PineTraderOfficialの投稿
SimTradeIndicatorsLibrary "SimTradeIndicators" SimTrade indicator library — exact parity with Python pipeline (TA-Lib + pandas_ta). Each function replicates the formula used in base.py / signals.py so that TradingView charts match the GPU hunt / validator / live engine outputs. Formula sources: TA-Lib → RSI, ATR, EMA, MACD, CCI, Stoch, WILLR, MFI, ADX, PSAR, OBV, BBANDS, AROON, PPO, AD pandas_ta → SuperTrend, Vortex, Ichimoku, Donchian, HMA, TSI, CMF, EFI, CHOP, Heikin-Ashi Manual → Keltner (EMA+ATR Wilder), TTM Squeeze, Chandelier Exit, VWAP reset, Pivot Points Known intentional deviations (documented): - Stoch trigger 11 uses Full %D (double-smoothed), not single %K - OBV filter 206 uses windowed 800-bar OBV (GPU-aligned, not cumulative) - Pivot Points use rolling window, not session-based (see pivot_pp notes) - EMA has longer warmup in TA-Lib (~50 bars unstable period) vs TW (from bar 1); steady-state identical smma(src, length)   SMMA / Wilder RMA. alpha = 1/length. Matches talib "RMA" used for ATR/RSI internally.   Parameters:      src (float) : Source series      length (simple int) : Period   Returns: RMA value hma(src, length)   HMA (Hull Moving Average). HMA = WMA(2·WMA(N/2) − WMA(N), √N). Matches pandas_ta.hma.   Parameters:      src (float) : Source series      length (simple int) : Period   Returns: HMA value dema(src, length)   DEMA (Double EMA) = 2·EMA − EMA(EMA). Matches talib.DEMA.   Parameters:      src (float) : Source series      length (simple int) : Period   Returns: DEMA value tema(src, length)   TEMA (Triple EMA) = 3·EMA − 3·EMA² + EMA³. Matches talib.TEMA.   Parameters:      src (float) : Source series      length (simple int) : Period   Returns: TEMA value atr_wilder(length)   ATR using Wilder RMA. Identical to talib.ATR and TW ta.atr.   Parameters:      length (simple int) : Period (default 14)   Returns: ATR value atr_percentile_pct(length, lookback)   ATR percentile rank over a rolling window. Matches Python vol_filter 201. Logic: for each bar count how many ATR values in are <= current ATR, return that fraction as 0..100. Warmup bars (< lookback + length) return 50.0.   Parameters:      length (simple int) : ATR period / Wilder RMA (default 14). Matches params .      lookback (simple int) : Rolling window for percentile rank (default 30). Matches params .   Returns: Percentile rank 0..100 (pass filter when >= pct_min / params ) bbands(src, length, mult)   Bollinger Bands. Returns . mid = SMA. Matches talib.BBANDS (matype=0 = SMA).   Parameters:      src (float) : Source series (typically close)      length (simple int) : Period (default 20)      mult (float) : Standard deviation multiplier (default 2.0)   Returns: bb_pctb(src, length, mult)   Bollinger Bands %B = (close − lower) / (upper − lower). Returns 0.5 during warmup (matches Python _nan50 fallback in base.bb_pctb).   Parameters:      src (float) : Source series      length (simple int) : Period (default 20)      mult (float) : Multiplier (default 2.0)   Returns: %B value bb_width_x1000(src, length, mult)   BB bandwidth × 1000 / mid. Used by vol filter 202 (bb_width).   Parameters:      src (float) : Source series      length (simple int) : Period (default 20)      mult (float) : Multiplier (default 2.0)   Returns: (upper − lower) / |mid| × 1000 keltner(ema_period, atr_period, mult)   Keltner Channel. mid = EMA(close, ema_period), band = ATR(atr_period) Wilder RMA. IMPORTANT: this is the TW-standard formula. NOT pandas_ta kc(mamode="ema") which uses EMA(TR). That version produces ~40% narrower bands than TW. This library uses the correct RMA(ATR) band.   Parameters:      ema_period (simple int) : EMA period for midline (default 20)      atr_period (simple int) : ATR period for band width (default 10)      mult (float) : ATR multiplier (default 1.5)   Returns: keltner_width_x1000(period, mult)   Keltner Channel bandwidth × 1000 / mid. Used by vol filter 204 (keltner_width).   Parameters:      period (simple int) : Period for both EMA and ATR (default 20)      mult (float) : ATR multiplier (default 1.5)   Returns: (upper − lower) / |mid| × 1000 choppiness(length)   Choppiness Index. CHOP = 100·log10(Σ ATR1 / (HH − LL)) / log10(N). Matches pandas_ta.chop and TW built-in CHOP. Returns 50.0 during warmup.   Parameters:      length (simple int) : Period (default 14)   Returns: CHOP value rsi_val(src, length)   RSI using Wilder RMA. Identical to talib.RSI and TW ta.rsi. Returns 50.0 during warmup (matches Python _nan50 fallback).   Parameters:      src (float) : Source series (typically close)      length (simple int) : Period (default 14)   Returns: RSI value cci_val(length)   CCI = (typical − SMA(typical)) / (0.015 · mean_deviation). Matches talib.CCI. Returns 0.0 during warmup (matches Python _nan0 fallback).   Parameters:      length (simple int) : Period (default 20)   Returns: CCI value stoch_raw_k(k_period)   Stochastic raw %K (no smoothing). Matches base.stoch_k (talib slowk_period=1). NOTE: TW ta.stoch default smooths %K with SMA(3). This is the unsmoothed fast %K. Used by filter 103 (stoch_k_below).   Parameters:      k_period (simple int) : Lookback period (default 14)   Returns: Raw %K (50.0 during warmup) stoch_full_d(k_period, d_period)   Full Stochastic %D = SMA(SMA(raw%K, d_period), d_period). Matches talib.STOCH output. Used by trigger 11 (stoch_cross). NOT single-smoothed %K — lag is +2-3 bars vs TW default.   Parameters:      k_period (simple int) : Raw %K lookback (default 14)      d_period (simple int) : Smoothing applied twice (default 3)   Returns: Full Stochastic %D (50.0 during warmup) williams_r(length)   Williams %R = −100 · (HH − close) / (HH − LL). Matches talib.WILLR. Range: −100 to 0. Returns −50.0 during warmup.   Parameters:      length (simple int) : Period (default 14)   Returns: Williams %R value mfi_val(length)   MFI (Money Flow Index). Matches talib.MFI. Returns 50.0 during warmup.   Parameters:      length (simple int) : Period (default 14)   Returns: MFI value macd_val(src, fast, slow, signal_period)   MACD. Returns . Identical to talib.MACD. All NaN values replaced with 0.0 (matches Python _nan0).   Parameters:      src (float) : Source series      fast (simple int) : Fast EMA period (default 12)      slow (simple int) : Slow EMA period (default 26)      signal_period (simple int) : Signal EMA period (default 9)   Returns: ppo_val(src, fast, slow)   PPO = (EMA(fast) − EMA(slow)) / EMA(slow) × 100. Matches talib.PPO. Returns 0.0 during warmup.   Parameters:      src (float) : Source series      fast (simple int) : Fast period (default 12)      slow (simple int) : Slow period (default 26)   Returns: PPO value tsi_val(src, long_period, short_period)   TSI (True Strength Index). Matches pandas_ta.tsi parameter order. TSI = 100 · EMA(EMA(Δclose, slow), fast) / EMA(EMA(|Δclose|, slow), fast) slow is the OUTER (first) smoothing, fast is the INNER (second). Same as TW.   Parameters:      src (float) : Source series      long_period (simple int) : Outer (slow) EMA period (default 25)      short_period (simple int) : Inner (fast) EMA period (default 13)   Returns: TSI value (0.0 during warmup) adx_di(length)   ADX + DI lines. Returns . Matches talib.ADX/PLUS_DI/MINUS_DI. Uses Wilder RMA (identical to TW ta.dmi / ta.adx).   Parameters:      length (simple int) : Period (default 14)   Returns: — 0.0 during warmup supertrend_val(length, mult)   SuperTrend direction and value. Matches pandas_ta.supertrend (RMA ATR). Returns : direction = 1 (bull) or −1 (bear).   Parameters:      length (simple int) : ATR period (default 10)      mult (float) : ATR multiplier (default 3.0)   Returns: psar_val(start, inc, max_af)   Parabolic SAR. Returns . Matches talib.SAR. direction = 1 if close > SAR (bull), −1 bear.   Parameters:      start (simple float) : Initial AF / step (default 0.02)      inc (simple float) : AF increment per bar (default 0.02)      max_af (simple float) : Maximum AF cap (default 0.2)   Returns: aroon_val(length)   Aroon Up and Down. Returns . Matches talib.AROON. ta.aroon does not exist in Pine v6 — computed manually: Aroon Up = (length − bars since highest high over length+1 bars) / length × 100 Aroon Down = (length − bars since lowest low over length+1 bars) / length × 100 This is identical to talib.AROON and TradingView's built-in Aroon indicator. Returns 50.0 during warmup (matches Python _nan50).   Parameters:      length (simple int) : Period (default 25)   Returns: vortex_diff(length)   Vortex Indicator difference (VI+ − VI−). Matches base.vortex. Positive = bullish regime, negative = bearish. Returns 0.0 during warmup.   Parameters:      length (simple int) : Period (default 14)   Returns: VI+ minus VI− linreg_slope(src, length)   Linear Regression Slope. Matches talib.LINEARREG_SLOPE exactly. Computes OLS slope for x = 0..N-1 (oldest=0, newest=N-1). Positive = uptrend, negative = downtrend. Returns 0.0 during warmup.   Parameters:      src (float) : Source series      length (simple int) : Period (default 20)   Returns: Slope value obv_val()   OBV (On-Balance Volume). Cumulative. Matches talib.OBV.   Returns: Cumulative OBV vwap_reset(reset_bars)   VWAP with periodic session reset. Matches base.vwap(reset_bars). reset_bars=24 on H1 ≈ daily VWAP (crypto 24/7). reset_bars=6 on H4 ≈ daily. reset_bars=0 uses TW built-in ta.vwap (session anchor).   Parameters:      reset_bars (simple int) : Bars per session (0 = TW session anchor, 24 = H1 daily, 6 = H4 daily)   Returns: VWAP value cmf_val(length)   CMF (Chaikin Money Flow) = Σ(CLV·vol) / Σvol. Matches pandas_ta.cmf. CLV = ((close − low) − (high − close)) / (high − low). Returns 0.0 during warmup.   Parameters:      length (simple int) : Period (default 20)   Returns: CMF value (−1 to 1) ad_val()   Accumulation/Distribution Line. Matches talib.AD.   Returns: Cumulative A/D value efi_val(length)   EFI (Elder Force Index). EFI = EMA((close − close ) · volume, length). Matches pandas_ta.efi. Returns 0.0 during warmup.   Parameters:      length (simple int) : EMA period (default 13)   Returns: EFI value ichimoku_val(tenkan_period, kijun_period, senkou_b_period)   Ichimoku lines. Returns . Matches pandas_ta.ichimoku with CORRECTED column mapping (ISA, ISB, ITS, IKS, ICS). senkou_a/b are plotted 26 bars AHEAD in TW — values here are for current bar alignment.   Parameters:      tenkan_period (simple int) : Tenkan-sen period (default 9)      kijun_period (simple int) : Kijun-sen period (default 26)      senkou_b_period (simple int) : Senkou B period (default 52)   Returns: donchian_val(length)   Donchian Channel. Returns . upper = highest(high, N), lower = lowest(low, N). Matches pandas_ta.donchian. NOTE: lookback may differ ±1 bar from TA-Lib; consistent across all pipeline stages. Trigger 37 (donchian_break) compares close > upper — use upper in Pine.   Parameters:      length (simple int) : Period (default 20)   Returns: ttm_squeeze_val(bb_period, bb_mult, kc_period, kc_mult)   TTM Squeeze. Returns . squeeze_on: BB inside KC (volatility compression). momentum: ta.linreg(close − (donchian_mid + SMA) / 2, bb_period) EXACT match with John Carter formula and base.ttm_squeeze after fix.   Parameters:      bb_period (simple int) : BB period (default 20)      bb_mult (float) : BB multiplier (default 2.0)      kc_period (simple int) : KC period — same for EMA midline and ATR band (default 20)      kc_mult (float) : KC ATR multiplier (default 1.5)   Returns: chandelier_val(period, mult)   Chandelier Exit. Returns . long_exit = highest(high, period) − mult · ATR(period) short_exit = lowest(low, period) + mult · ATR(period) Exact match with base.chandelier_exit. Both include current bar in rolling max/min. Trigger 45 fires when close crosses long_exit or short_exit (up = bull, down = bear).   Parameters:      period (simple int) : Lookback and ATR period (default 22)      mult (float) : ATR multiplier (default 3.0)   Returns: ha_close()   Heikin Ashi close. HA_close = (open + high + low + close) / 4. Matches pandas_ta.ha.   Returns: HA close value ha_open()   Heikin Ashi open. HA_open = (HA_open + HA_close ) / 2. Trigger 48 fires on HA candle color flip: HA_close vs HA_open.   Returns: HA open value pivot_pp(period)   Rolling Pivot Point (floor method). Matches base.pivot_points. pp = (max(high, period bars ago) + min(low, period bars ago) + close ) / 3 NOTE: Rolling window, NOT session-based. H1 default period=24 ≈ 1 day (crypto 24/7). For H4 set period=6 (6 × 4h = 1 day). TW Pivot Points use session H/L/C — differs.   Parameters:      period (simple int) : Rolling lookback (default 24)   Returns: Pivot point value pivot_r1_s1(period)   Rolling R1 and S1 levels. Matches base.pivot_points r1/s1. r1 = 2·pp − lowest_low, s1 = 2·pp − highest_high   Parameters:      period (simple int) : Rolling lookback (default 24)   Returns:
Pine Script® ライブラリ
sergeytapovの投稿
fpa_unified_libLibrary "fpa_unified_lib" lineStyle(styleText)   Parameters:      styleText (string) labelSize(sizeText)   Parameters:      sizeText (string) normalizeSession(sessionInput, hideWeekends)   Parameters:      sessionInput (string)      hideWeekends (bool) isSessionActive(sessionInput, timezoneInput)   Parameters:      sessionInput (string)      timezoneInput (string) tfInRange(lowTf, highTf)   Parameters:      lowTf (string)      highTf (string) parseTradingDayOpenMinutes(sessionInput)   Parameters:      sessionInput (string) safeColor(c, transp)   Parameters:      c (color)      transp (int) updateRay(lineRef, shouldShow, startBarIndex, yPrice, lineColor, lineWidth, lineStyleText, rightOffsetBars, lookbackBars)   Parameters:      lineRef (line)      shouldShow (bool)      startBarIndex (int)      yPrice (float)      lineColor (color)      lineWidth (int)      lineStyleText (string)      rightOffsetBars (int)      lookbackBars (int) updateLabel(labelRef, shouldShow, yPrice, textValue, labelColor, rightOffsetBars, sizeText)   Parameters:      labelRef (label)      shouldShow (bool)      yPrice (float)      textValue (string)      labelColor (color)      rightOffsetBars (int)      sizeText (string) trimLines(arr, limit)   Parameters:      arr (array)      limit (int) trimLabels(arr, limit)   Parameters:      arr (array)      limit (int) parseFloatList(textArea)   Parameters:      textArea (string)
Pine Script® ライブラリ
btraemooreの投稿
VoltRouter Webhook BuilderBuild TradingView alert webhook payloads for VoltRouter — a signal routing service that executes your TradingView strategy alerts directly at your broker. $0.07/signal, pay-as-you-go, no subscription required . Supports: market, limit, stop, bracket (TP+SL), trailing stop, FLAT, and cancel-all. How to use: 1. Sign up at voltrouter.com and connect your broker 2. Import this library in your strategy 3. Paste the output into a TradingView alert → Webhook URL field Setup: voltrouter.com import VoltRouterWebhook as vr // In your strategy alert message field: vr.market("MNQM26", "buy", 1, "ibkr", "my_strategy") vr.bracket("MNQM26", "sell", 1, close + 10, close - 5) vr.flat("MNQM26")
Pine Script® ライブラリ
yuzernameの投稿
Vantage_PickMyTrade_IntegrationVantage_PickMyTrade_Integration — Webhook integration library for Pine Script strategies routing orders through PickMyTrade. ───────────────────────────────────────── WHAT IT DOES Constructs and emits JSON webhook payloads in the PickMyTrade format. The library provides a strongly-typed Pine Script interface and emits the alert for you, so your strategy never has to hand-build JSON strings, remember exact field values, or track which fields are conditional. ───────────────────────────────────────── WHAT IT PROVIDES Strong types for every PickMyTrade enumeration — order actions (buy / sell / close), order types (market / limit / stop / stop-limit), and bracket-mode specification (price / dollar / percent). Using a typed enum catches typos at compile time. High-level send functions covering the common order patterns — a stop entry with bracket (pre-placed at the exchange), a market or limit entry with bracket, targeted close by comment tag, a full-flatten for a symbol, and in-place SL/TP modification on an existing position. All share a single underlying builder that handles field ordering, conditional fields, and token-in-body authentication. ───────────────────────────────────────── HOW TO USE A complete example call is in the comment block at the top of the source file — import the library, copy the pattern, adjust to your strategy. Hover any exported type or function in the Pine Editor for per-parameter documentation.
Pine Script® ライブラリ
Vantage-Stackの投稿
Vantage_TradersPostVantage_TradersPost — Webhook integration library for Pine Script strategies routing orders through TradersPost. ───────────────────────────────────────── WHAT IT DOES Constructs and emits JSON webhook payloads in the TradersPost format. The library provides a strongly-typed Pine Script interface and emits the alert for you, so your strategy never has to hand-build JSON strings, remember exact enum values, or track which fields are conditional. ───────────────────────────────────────── WHAT IT PROVIDES Strong types for every TradersPost enumeration — order actions, order types, quantity types, position sentiment, stop-loss types, time-in-force, and the options fields. Using a typed enum in your strategy catches typos at compile time instead of at trade time. High-level send functions covering the common order patterns — a single-call bracket (entry + TP + SL), an advanced send with every TradersPost field exposed, a no-cancel variant, a sentiment-based position-management send, a cancel-all, and two-leg OTO and OCO helpers. ───────────────────────────────────────── HOW TO USE A complete example call is in the comment block at the top of the source file — import the library, copy the pattern, adjust to your strategy. Hover any exported type or function in the Pine Editor for per-parameter documentation. ───────────────────────────────────────── Maintenance of this library was taken over at the request of adam_overton.
Pine Script® ライブラリ
Vantage-Stackの投稿
AvwapLibLibrary "AvwapLib" Shared functions: AVWAP, stage classification, position sizing, swing detection, and risk helpers. Used by all strategy() scripts. NOTE: rs_vs_spy() cannot live here (request.security() banned in library exports) — each strategy implements it inline. avwap(src, anchor_bar, max_lookback)   Anchored VWAP from a specific bar to current bar. Uses loop approach with bounded max_lookback for robustness.   Parameters:      src (float) : Source price (typically hlc3)      anchor_bar (int) : Bar index of anchor point (from find_swing_high/low)      max_lookback (simple int) : Maximum bars to look back (cap for performance, default 500 ~2yr daily)   Returns: AVWAP value, or na if anchor invalid or out of range avwap_slope(avwap_val, lookback)   AVWAP slope — rate of change over lookback period.   Parameters:      avwap_val (float) : AVWAP series      lookback (simple int) : Number of bars for slope calculation   Returns: Slope (positive = rising, negative = falling), or na dcr()   Daily Closing Range — where price closed within the bar's range.   Returns: DCR as percentage (0 = closed at low, 100 = closed at high) rvol(period)   Relative Volume — current bar volume vs historical average. Uses volume offset to avoid including current bar in average.   Parameters:      period (simple int) : Lookback period for average calculation   Returns: RVOL ratio (>1 = above average) is_stage2()   Stage 2 check (simplified Weinstein model). Conditions: price > SMA50, SMA50 rising (vs 10 bars ago), price > SMA200.   Returns: true if all Stage 2 conditions met calc_shares(entry, stop, risk_pct, equity)   Position size: shares = floor(equity * risk% / risk_per_share).   Parameters:      entry (float) : Entry price      stop (float) : Stop-loss price      risk_pct (float) : Risk as decimal (0.01 = 1%)      equity (float) : Account equity   Returns: Number of shares (integer), 0 if invalid rr_valid(entry, stop, target, min_rr)   Validate risk/reward ratio meets minimum threshold.   Parameters:      entry (float) : Entry price      stop (float) : Stop-loss price      target (float) : Target price      min_rr (float) : Minimum required R:R (e.g., 2.0 for 1:2)   Returns: true if R:R >= min_rr confirmed()   Returns true only on confirmed (closed) bars. MUST gate every entry/exit signal to prevent repainting.   Returns: true if bar is confirmed find_swing_high(strength)   Bar index of the most recent confirmed swing high. Uses ta.pivothigh — confirmed 'strength' bars after the actual high. Result persists (via var) until a new swing high is detected.   Parameters:      strength (simple int) : Number of bars required on each side to confirm pivot   Returns: Bar index of last swing high, or na if none found yet find_swing_low(strength)   Bar index of the most recent confirmed swing low. Uses ta.pivotlow — confirmed 'strength' bars after the actual low. Result persists (via var) until a new swing low is detected.   Parameters:      strength (simple int) : Number of bars required on each side to confirm pivot   Returns: Bar index of last swing low, or na if none found yet
Pine Script® ライブラリ
moseslareachの投稿
RiskManagerLibrary "RiskManager" A library for risk management and position sizing calculations. calc_position_size(account_size, risk_pct, entry_price, stop_loss)   Calculates the optimal position size (number of shares/contracts) based on account risk.   Parameters:      account_size (simple float) : The total account balance in your account currency (simple float).      risk_pct (simple float) : The percentage of the account to risk per trade (simple float, e.g., 1.0 for 1%).      entry_price (float) : The planned entry price for the trade (series float).      stop_loss (float) : The planned stop-loss price for the trade (series float).   Returns: The calculated position size (series float). Returns 0 if stop loss equals entry price to avoid division by zero.
Pine Script® ライブラリ
Enriusubfの投稿
Lib_Sw_SignalsLibrary "Lib_Sw_Signals" checkPivotCross_Anlik(sysEn, lvlEn, active, inPos, pVal)   Parameters:      sysEn (bool) : Pivot system active      lvlEn (bool) : This level active      active (bool) : This pivot active (reactivated)      inPos (bool) : Already entered from this pivot      pVal (float) : Pivot price value   Returns: Pivot triggered checkPivotCross_MumKapanisi(sysEn, lvlEn, active, inPos, pVal, isLong)   Parameters:      sysEn (bool)      lvlEn (bool)      active (bool)      inPos (bool)      pVal (float)      isLong (bool) checkPivotReactivate(sysEn, pVal, isLong)   Parameters:      sysEn (bool)      pVal (float)      isLong (bool) checkPivotCross(mode, sysEn, lvlEn, active, inPos, pVal, isLong)   Parameters:      mode (string) : 'Anlık' (Instant) or 'Mum Kapanışı' (Bar Close)      sysEn (bool)      lvlEn (bool)      active (bool)      inPos (bool)      pVal (float)      isLong (bool)   Returns: Pivot triggered f_calcMACD(cfg, flagsL, flagsS)   Parameters:      cfg (MACDConfig) : MACD configuration      flagsL (MACDTrigFlags) : Long trigger flags      flagsS (MACDTrigFlags) : Short trigger flags   Returns: allowSignal(enabled, src, lvl, rule)   Parameters:      enabled (bool) : Filter active      src (float) : Source value      lvl (float) : Comparison level      rule (string) : 'Altında Engelle' (Block Below) or 'Üstünde Engelle' (Block Above)   Returns: true = signal allowed allowPriceSignal(enabled, line, rule)   Parameters:      enabled (bool)      line (float)      rule (string) allowZoneSignal(enabled, zoneSrc)   Parameters:      enabled (bool)      zoneSrc (float) : >= 0.5 means zone is active (entry allowed)   Returns: true = signal allowed allowLineRangeDual(enabled, lineLevel, pctAbove, pctBelow, modeAbove, modeBelow)   Parameters:      enabled (bool) : Filter active      lineLevel (float) : Line price level      pctAbove (float) : Above % threshold      pctBelow (float) : Below % threshold      modeAbove (string) : 'Eşik İçi' (Inside) or 'Eşik Dışı' (Outside)      modeBelow (string) : 'Eşik İçi' (Inside) or 'Eşik Dışı' (Outside)   Returns: true = signal allowed blockPass(mode, e1, p1, e2, p2, e3, p3, eZ, pZ)   Parameters:      mode (string) : 'AND' or 'OR'      e1 (bool) : Blocker 1 enabled      p1 (bool) : Blocker 1 passed      e2 (bool) : Blocker 2 enabled      p2 (bool) : Blocker 2 passed      e3 (bool) : Blocker 3 enabled      p3 (bool) : Blocker 3 passed      eZ (bool) : Zone enabled      pZ (bool) : Zone passed   Returns: true = signal allowed checkSignalInstant(use, src)   Parameters:      use (bool) : Source active      src (float) : Source value (0 = no signal)   Returns: true = signal exists detectTick(use, currentVal, lastVal, prevBarVal)   Parameters:      use (bool) : Source active      currentVal (float) : Current source value      lastVal (float) : Last recorded value (held with varip)      prevBarVal (float) : Previous bar value (src )   Returns: true = new signal tick detected zoneOrCombine(enableArray, passArray)   Parameters:      enableArray (array) : bool array: Active states      passArray (array) : bool array: Pass results   Returns: true = all filters passed (or none active) ppZoneBlock(blockEnable, blockMode, inZone, checkSide)   Parameters:      blockEnable (bool) : Block active      blockMode (string) : 'Long', 'Short', 'Her İkisi' (Both)      inZone (bool) : Is in zone (src >= 0.5)      checkSide (string) : 'Long' or 'Short' - checked direction   Returns: true = signal BLOCKED anySignalActive(signals)   Parameters:      signals (array) : array: 7 signal slots + pivot + MACD latch results   Returns: true = at least one signal active finalTrigger(rawTrigger, blockPassResult, zoneCombined, pivotDistPass, ppZoneBlocked)   Parameters:      rawTrigger (bool) : Raw signal (before filters)      blockPassResult (bool) : BlockPass result      zoneCombined (bool) : Zone OR combination      pivotDistPass (bool) : Pivot distance filter      ppZoneBlocked (bool) : PP zone blocked   Returns: true = signal valid (all filters passed) MACDConfig   Fields:      oscType (series string)      fast (series int)      slow (series int)      sig (series int)      sigType (series string)      l1 (series float)      l2 (series float)      l3 (series float)      l4 (series float)      l5 (series float) MACDTrigFlags   Fields:      crossUP (series bool)      crossDN (series bool)      ml1U (series bool)      ml1D (series bool)      ml2U (series bool)      ml2D (series bool)      ml3U (series bool)      ml3D (series bool)      ml4U (series bool)      ml4D (series bool)      ml5U (series bool)      ml5D (series bool)      sl1U (series bool)      sl1D (series bool)      sl2U (series bool)      sl2D (series bool)      sl3U (series bool)      sl3D (series bool)      sl4U (series bool)      sl4D (series bool)      sl5U (series bool)      sl5D (series bool) SignalSlot   Fields:      use (series bool)      src (series float)      srcPrice (series float) BlockerConfig   Fields:      enable (series bool)      src (series float)      level (series float)      rule (series string) LineBlockerConfig   Fields:      enable (series bool)      src (series float)      pctAbove (series float)      pctBelow (series float)      modeAbove (series string)      modeBelow (series string) ZoneBlocker   Fields:      enable (series bool)      src (series float)
Pine Script® ライブラリ
SwSpaceの投稿
Lib_SW_AlertsLibrary "Lib_SW_Alerts" buildCode(action, cfg)   Parameters:      action (string) : Action code (e.g., 'ENTER-LONG', 'EXIT-SHORT', etc.)      cfg (BotConfig) : Bot configuration   Returns: Formatted code string buildMPTPSL(tpsl)   Parameters:      tpsl (AlertTPSL) : TP/SL configuration   Returns: JSON string (,"takeProfits": ,"stopLoss":{...}) enterLong(cfg, amount, tpsl)   Parameters:      cfg (BotConfig) : Bot configuration      amount (float) : Trade amount (USDT)      tpsl (AlertTPSL) : TP/SL configuration (for MP mode, if na not added)   Returns: JSON string enterShort(cfg, amount, tpsl)   Parameters:      cfg (BotConfig) : Bot configuration      amount (float) : Trade amount (USDT)      tpsl (AlertTPSL) : TP/SL configuration (for MP mode)   Returns: JSON string exitLong(cfg)   Parameters:      cfg (BotConfig) : Bot configuration   Returns: JSON string exitShort(cfg)   Parameters:      cfg (BotConfig) : Bot configuration   Returns: JSON string exitLongPartial(cfg, totalNotional, pctClose)   Parameters:      cfg (BotConfig) : Bot configuration      totalNotional (float) : Current total position volume      pctClose (float) : Percentage to close (100 = full)   Returns: JSON string exitShortPartial(cfg, totalNotional, pctClose)   Parameters:      cfg (BotConfig) : Bot configuration      totalNotional (float) : Current total position volume      pctClose (float) : Percentage to close   Returns: JSON string buildTPSL_Normal(tp1_pct, tp1_port, tp2_pct, tp2_port, tp3_pct, tp3_port, sl_pct)   Parameters:      tp1_pct (float)      tp1_port (float)      tp2_pct (float)      tp2_port (float)      tp3_pct (float)      tp3_port (float)      sl_pct (float) buildTPSL_DCA(dca_tp1_pct, dca_tp1_port, dca_tp2_pct, dca_tp2_port, dca_tp3_pct, dca_tp3_port, dca_sl_pct)   Parameters:      dca_tp1_pct (float)      dca_tp1_port (float)      dca_tp2_pct (float)      dca_tp2_port (float)      dca_tp3_pct (float)      dca_tp3_port (float)      dca_sl_pct (float) selectTPSL(level, normalTPSL, dcaTPSL)   Parameters:      level (int) : Current DCA level      normalTPSL (AlertTPSL) : Normal entry TP/SL      dcaTPSL (AlertTPSL) : DCA entry TP/SL   Returns: Appropriate AlertTPSL formatPnL(pnl)   Parameters:      pnl (float) : PnL value   Returns: Formatted string formatPct(pct)   Parameters:      pct (float) : Percentage value   Returns: Formatted string formatPrice(price)   Parameters:      price (float) : Price value   Returns: Formatted string buildEntryLabel(isLong, level, price, amount, leverage)   Parameters:      isLong (bool) : Is Long      level (int) : DCA level      price (float) : Entry price      amount (float) : Trade amount      leverage (int) : Leverage   Returns: (emoji) Level - price - amount buildTPLabel(isLong, tpNum, price, pnl, isDCA)   Parameters:      isLong (bool) : Is Long      tpNum (int) : TP number (1, 2, 3)      price (float) : Exit price      pnl (float) : PnL value      isDCA (bool) : Is DCA TP   Returns: Formatted label string buildSLLabel(isLong, price, pnl, isTrailing)   Parameters:      isLong (bool)      price (float)      pnl (float)      isTrailing (bool) buildForceExitLabel(isLong, price, pnl)   Parameters:      isLong (bool)      price (float)      pnl (float) buildSwingLabel(isLong, price, pnl)   Parameters:      isLong (bool)      price (float)      pnl (float) swb_secretPart(cfg)   Parameters:      cfg (SWBotConfig) swb_base(cfg, action)   Parameters:      cfg (SWBotConfig) : SWBot configuration      action (string) : Action type ('BUY', 'SELL', 'CLOSE_LONG', etc.)   Returns: JSON start swb_buy(cfg, lotSize, slPrice)   Parameters:      cfg (SWBotConfig) : SWBot configuration      lotSize (float) : Lot amount      slPrice (float) : SL price (if na, SL not added)   Returns: JSON string swb_sell(cfg, lotSize, slPrice)   Parameters:      cfg (SWBotConfig) : SWBot configuration      lotSize (float) : Lot amount      slPrice (float) : SL price (if na, SL not added)   Returns: JSON string swb_buy_tpsl(cfg, lotSize, slPips, tpPips)   Parameters:      cfg (SWBotConfig)      lotSize (float)      slPips (float) : SL distance (pips)      tpPips (float) : TP distance (pips)   Returns: JSON string swb_sell_tpsl(cfg, lotSize, slPips, tpPips)   Parameters:      cfg (SWBotConfig)      lotSize (float)      slPips (float)      tpPips (float) swb_closeLong(cfg)   Parameters:      cfg (SWBotConfig) swb_closeShort(cfg)   Parameters:      cfg (SWBotConfig) swb_closeLongPartial(cfg, lotToClose)   Parameters:      cfg (SWBotConfig)      lotToClose (float) : Lot amount to close swb_closeShortPartial(cfg, lotToClose)   Parameters:      cfg (SWBotConfig)      lotToClose (float) swb_amendLong(cfg, slPrice, tpPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) : New SL price      tpPrice (float) : New TP price swb_amendShort(cfg, slPrice, tpPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float)      tpPrice (float) swb_amendSLLong(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) swb_amendSLShort(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) swb_amendTrailingLong(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) : SL price (broker trailing start point) swb_amendTrailingShort(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) exchA_openLong(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigA) : configuration      qtyInCoin (float) : Trade amount in Coin exchA_openShort(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigA)      qtyInCoin (float) exchA_closeLong(cfg)   Parameters:      cfg (ExchangeConfigA) exchA_closeShort(cfg)   Parameters:      cfg (ExchangeConfigA) exchA_closeLongPartial(cfg, pct)   Parameters:      cfg (ExchangeConfigA)      pct (float) exchA_closeShortPartial(cfg, pct)   Parameters:      cfg (ExchangeConfigA)      pct (float) exchB_base(cfg)   Parameters:      cfg (ExchangeConfigB) exchB_openLong(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_openShort(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_closeLong(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_closeShort(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_closeLongPartial(cfg, partialQty)   Parameters:      cfg (ExchangeConfigB)      partialQty (float) exchB_closeShortPartial(cfg, partialQty)   Parameters:      cfg (ExchangeConfigB)      partialQty (float) BotConfig   Fields:      exchangeName (series string)      symbolInput (series string)      botName (series string)      tfStr (series string)      botID (series string)      useMultiPair (series bool)      leverage (series int) AlertTPSL   Fields:      tp1_pct (series float)      tp1_port (series float)      tp2_pct (series float)      tp2_port (series float)      tp3_pct (series float)      tp3_port (series float)      sl_pct (series float) SWBotConfig   Fields:      licenseKey (series string)      secretKey (series string)      symbol (series string)      pipValue (series float)      contractSize (series float)      useBrokerTPSL (series bool)      useMultiPos (series bool) ExchangeConfigA   Fields:      symbol (series string)      strategyId (series string)      maxLag (series int) ExchangeConfigB   Fields:      symbol (series string)      signalId (series string)      uid (series string)      positionSide (series string)
Pine Script® ライブラリ
SwSpaceの投稿
Lib_AlertswLibrary "Webhook_Payload_Builder" buildCode(action, cfg)   Parameters:      action (string) : Action code (e.g., 'ENTER-LONG', 'EXIT-SHORT', etc.)      cfg (BotConfig) : Bot configuration   Returns: Formatted code string buildMPTPSL(tpsl)   Parameters:      tpsl (AlertTPSL) : TP/SL configuration   Returns: JSON string (,"takeProfits": ,"stopLoss":{...}) enterLong(cfg, amount, tpsl)   Parameters:      cfg (BotConfig) : Bot configuration      amount (float) : Trade amount (USDT)      tpsl (AlertTPSL) : TP/SL configuration (for MP mode, if na not added)   Returns: JSON string enterShort(cfg, amount, tpsl)   Parameters:      cfg (BotConfig) : Bot configuration      amount (float) : Trade amount (USDT)      tpsl (AlertTPSL) : TP/SL configuration (for MP mode)   Returns: JSON string exitLong(cfg)   Parameters:      cfg (BotConfig) : Bot configuration   Returns: JSON string exitShort(cfg)   Parameters:      cfg (BotConfig) : Bot configuration   Returns: JSON string exitLongPartial(cfg, totalNotional, pctClose)   Parameters:      cfg (BotConfig) : Bot configuration      totalNotional (float) : Current total position volume      pctClose (float) : Percentage to close (100 = full)   Returns: JSON string exitShortPartial(cfg, totalNotional, pctClose)   Parameters:      cfg (BotConfig) : Bot configuration      totalNotional (float) : Current total position volume      pctClose (float) : Percentage to close   Returns: JSON string buildTPSL_Normal(tp1_pct, tp1_port, tp2_pct, tp2_port, tp3_pct, tp3_port, sl_pct)   Parameters:      tp1_pct (float)      tp1_port (float)      tp2_pct (float)      tp2_port (float)      tp3_pct (float)      tp3_port (float)      sl_pct (float) buildTPSL_DCA(dca_tp1_pct, dca_tp1_port, dca_tp2_pct, dca_tp2_port, dca_tp3_pct, dca_tp3_port, dca_sl_pct)   Parameters:      dca_tp1_pct (float)      dca_tp1_port (float)      dca_tp2_pct (float)      dca_tp2_port (float)      dca_tp3_pct (float)      dca_tp3_port (float)      dca_sl_pct (float) selectTPSL(level, normalTPSL, dcaTPSL)   Parameters:      level (int) : Current DCA level      normalTPSL (AlertTPSL) : Normal entry TP/SL      dcaTPSL (AlertTPSL) : DCA entry TP/SL   Returns: Appropriate AlertTPSL formatPnL(pnl)   Parameters:      pnl (float) : PnL value   Returns: Formatted string formatPct(pct)   Parameters:      pct (float) : Percentage value   Returns: Formatted string formatPrice(price)   Parameters:      price (float) : Price value   Returns: Formatted string buildEntryLabel(isLong, level, price, amount, leverage)   Parameters:      isLong (bool) : Is Long      level (int) : DCA level      price (float) : Entry price      amount (float) : Trade amount      leverage (int) : Leverage   Returns: (emoji) Level - price - amount buildTPLabel(isLong, tpNum, price, pnl, isDCA)   Parameters:      isLong (bool) : Is Long      tpNum (int) : TP number (1, 2, 3)      price (float) : Exit price      pnl (float) : PnL value      isDCA (bool) : Is DCA TP   Returns: Formatted label string buildSLLabel(isLong, price, pnl, isTrailing)   Parameters:      isLong (bool)      price (float)      pnl (float)      isTrailing (bool) buildForceExitLabel(isLong, price, pnl)   Parameters:      isLong (bool)      price (float)      pnl (float) buildSwingLabel(isLong, price, pnl)   Parameters:      isLong (bool)      price (float)      pnl (float) swb_secretPart(cfg)   Parameters:      cfg (SWBotConfig) swb_base(cfg, action)   Parameters:      cfg (SWBotConfig) : SWBot configuration      action (string) : Action type ('BUY', 'SELL', 'CLOSE_LONG', etc.)   Returns: JSON start swb_buy(cfg, lotSize, slPrice)   Parameters:      cfg (SWBotConfig) : SWBot configuration      lotSize (float) : Lot amount      slPrice (float) : SL price (if na, SL not added)   Returns: JSON string swb_sell(cfg, lotSize, slPrice)   Parameters:      cfg (SWBotConfig) : SWBot configuration      lotSize (float) : Lot amount      slPrice (float) : SL price (if na, SL not added)   Returns: JSON string swb_buy_tpsl(cfg, lotSize, slPips, tpPips)   Parameters:      cfg (SWBotConfig)      lotSize (float)      slPips (float) : SL distance (pips)      tpPips (float) : TP distance (pips)   Returns: JSON string swb_sell_tpsl(cfg, lotSize, slPips, tpPips)   Parameters:      cfg (SWBotConfig)      lotSize (float)      slPips (float)      tpPips (float) swb_closeLong(cfg)   Parameters:      cfg (SWBotConfig) swb_closeShort(cfg)   Parameters:      cfg (SWBotConfig) swb_closeLongPartial(cfg, lotToClose)   Parameters:      cfg (SWBotConfig)      lotToClose (float) : Lot amount to close swb_closeShortPartial(cfg, lotToClose)   Parameters:      cfg (SWBotConfig)      lotToClose (float) swb_amendLong(cfg, slPrice, tpPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) : New SL price      tpPrice (float) : New TP price swb_amendShort(cfg, slPrice, tpPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float)      tpPrice (float) swb_amendSLLong(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) swb_amendSLShort(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) swb_amendTrailingLong(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) : SL price (broker trailing start point) swb_amendTrailingShort(cfg, slPrice)   Parameters:      cfg (SWBotConfig)      slPrice (float) exchA_openLong(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigA) : configuration      qtyInCoin (float) : Trade amount in Coin exchA_openShort(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigA)      qtyInCoin (float) exchA_closeLong(cfg)   Parameters:      cfg (ExchangeConfigA) exchA_closeShort(cfg)   Parameters:      cfg (ExchangeConfigA) exchA_closeLongPartial(cfg, pct)   Parameters:      cfg (ExchangeConfigA)      pct (float) exchA_closeShortPartial(cfg, pct)   Parameters:      cfg (ExchangeConfigA)      pct (float) exchB_base(cfg)   Parameters:      cfg (ExchangeConfigB) exchB_openLong(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_openShort(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_closeLong(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_closeShort(cfg, qtyInCoin)   Parameters:      cfg (ExchangeConfigB)      qtyInCoin (float) exchB_closeLongPartial(cfg, partialQty)   Parameters:      cfg (ExchangeConfigB)      partialQty (float) exchB_closeShortPartial(cfg, partialQty)   Parameters:      cfg (ExchangeConfigB)      partialQty (float) BotConfig   Fields:      exchangeName (series string)      symbolInput (series string)      botName (series string)      tfStr (series string)      botID (series string)      useMultiPair (series bool)      leverage (series int) AlertTPSL   Fields:      tp1_pct (series float)      tp1_port (series float)      tp2_pct (series float)      tp2_port (series float)      tp3_pct (series float)      tp3_port (series float)      sl_pct (series float) SWBotConfig   Fields:      licenseKey (series string)      secretKey (series string)      symbol (series string)      pipValue (series float)      contractSize (series float)      useBrokerTPSL (series bool)      useMultiPos (series bool) ExchangeConfigA   Fields:      symbol (series string)      strategyId (series string)      maxLag (series int) ExchangeConfigB   Fields:      symbol (series string)      signalId (series string)      uid (series string)      positionSide (series string)
Pine Script® ライブラリ
SwSpaceの投稿
TO_JSONTO_JSON A lightweight Pine Script v6 library for converting TradingView series data into JSON-formatted alert payloads. `TO_JSON` is designed for users who want to export chart data to external systems through TradingView alerts. It helps transform rolling series such as OHLCV, indicator values, or text states into JSON-compatible arrays and wraps them into a structured message for webhooks, bots, dashboards, or automated workflows. What this library does This library provides helper functions to: - convert float series into JSON arrays - convert integer series into JSON arrays using a sentinel value as `null` - convert string series into JSON arrays with fallback filling and JSON-safe escaping - wrap custom payloads into a top-level JSON alert message with symbol, timeframe, timestamp, and token It is especially useful when you want to send the latest `N` bars of market data or indicator values to an external service. Features - Rolling array export for `float`, `int`, and `string` series - Chronological output from oldest to newest - `null` support for missing values - JSON-safe string escaping - Simple wrapper for alert message generation - Works well for webhook-based automation and downstream parsing Exported functions ### `series_to_array_float_null(series float src, int N)` Converts the latest `N` values of a float series into a JSON array string. Missing values are exported as `null`. `series_to_array_int_sentinel(series int src, int N, int sentinel)` Converts the latest `N` values of an integer series into a JSON array string. The specified sentinel value is exported as `null`. `series_to_array_str_fill(series string src, int N, string fill="")` Converts the latest `N` values of a string series into a JSON array string. Missing values are replaced with `fill`, and strings are escaped for JSON compatibility. `json(simple string token="1234567890", string info="", simple string symbol="AUTO")` Wraps a custom JSON payload into a top-level alert message including: - symbol - timeframe - current timestamp - human-readable time - info payload - token Typical use case A common use case is exporting the last bars of: - time - open - high - low - close - volume - moving averages - custom signals into one flat JSON object, then embedding it into the alert message. Example ```pine //@version=6 import veegee82/TO_JSON/1 as json indicator("TO_JSON Example", overlay=false) stO = open stH = high stL = low stC = close stV = volume ema_50 = ta.ema(close, 50) ema_100 = ta.ema(close, 100) ema_200 = ta.ema(close, 200) ema_500 = ta.ema(close, 500) ema_1000 = ta.ema(close, 1000) json_flat(int n=50) => s_name = '"name":"' + 'vision_' + timeframe.period + '"' s_tf = ',"timeframe":"' + timeframe.period + '"' s_ts = ',"ts":' + json.series_to_array_float_null(time, n) s_o = ',"open":' + json.series_to_array_float_null(stO, n) s_h = ',"high":' + json.series_to_array_float_null(stH, n) s_l = ',"low":' + json.series_to_array_float_null(stL, n) s_c = ',"close":' + json.series_to_array_float_null(stC, n) s_v = ',"volume":' + json.series_to_array_float_null(stV, n) s_ema_50 = ',"ema_50":' + json.series_to_array_float_null(ema_50, n) s_ema_100 = ',"ema_100":' + json.series_to_array_float_null(ema_100, n) s_ema_200 = ',"ema_200":' + json.series_to_array_float_null(ema_200, n) s_ema_500 = ',"ema_500":' + json.series_to_array_float_null(ema_500, n) s_ema_1000 = ',"ema_1000":' + json.series_to_array_float_null(ema_1000, n) "{" + s_name + s_tf + s_ts + s_o + s_h + s_l + s_c + s_v + s_ema_50 + s_ema_100 + s_ema_200 + s_ema_500 + s_ema_1000 + "}" info = json_flat(100) alert( message = json.json(token = "1234567890", info = info, symbol = "AUTO"), freq = alert.freq_once_per_bar_close )
Pine Script® ライブラリ
veegee82の投稿
_MyLibraryV1Library "_MyLibraryV1" maStackedBull(src, fastLen, midLen, slowLen)   Parameters:      src (float)      fastLen (int)      midLen (int)      slowLen (int) maStackedBear(src, fastLen, midLen, slowLen)   Parameters:      src (float)      fastLen (int)      midLen (int)      slowLen (int) bullCross(src1, src2)   Parameters:      src1 (float)      src2 (float) bearCross(src1, src2)   Parameters:      src1 (float)      src2 (float) bullRegime(src, len)   Parameters:      src (float)      len (int) bearRegime(src, len)   Parameters:      src (float)      len (int) rsiBull(len)   Parameters:      len (simple int) rsiBear(len)   Parameters:      len (simple int) atrExpansion(len)   Parameters:      len (simple int) atrContraction(len)   Parameters:      len (simple int)
Pine Script® ライブラリ
i_bodnarの投稿