Commencez
PINE LIBRARY
Mis à jour

Aggregation_Library

131
Library "Aggregation_Library"

VWMA(Length, Source, Smooth_Vwma, Smooth_Length)
  Parameters:
    Length (simple int)
    Source (float)
    Smooth_Vwma (bool)
    Smooth_Length (simple int)

TrendMagic(CCI_Period, ATR_Multiplier, ATR_Period)
  Parameters:
    CCI_Period (int)
    ATR_Multiplier (int)
    ATR_Period (int)

AggregateMedians(Median_Length, Start_at_Period)
  Parameters:
    Median_Length (int)
    Start_at_Period (int)

Q_Trend(Source, Trend_Period, ATR_Period, ATR_Multiplier)
  Parameters:
    Source (float)
    Trend_Period (int)
    ATR_Period (simple int)
    ATR_Multiplier (float)

ColdMacd(Source, MA_Length, Slow_Length, Signal_Peroid)
  Parameters:
    Source (float)
    MA_Length (simple int)
    Slow_Length (simple int)
    Signal_Peroid (int)

VelocityNorm(Source, Length, Smoothing_Length, Norm_Period)
  Parameters:
    Source (float)
    Length (int)
    Smoothing_Length (int)
    Norm_Period (int)

KamaFama(Length, Source)
  Parameters:
    Length (int)
    Source (float)

KeltnerTrend(Period, Multiplier, Average_True_Range, Source)
  Parameters:
    Period (int)
    Multiplier (float)
    Average_True_Range (bool)
    Source (float)

AFR(Period, Factor)
  Parameters:
    Period (simple int)
    Factor (float)

RsiMomentumTrend(Rsi, Positive_Above, Negative_Below)
  Parameters:
    Rsi (simple int)
    Positive_Above (int)
    Negative_Below (int)

FdiSupertrend(Source, Fractal_Period_Ingest, Speed, Multiplier, Make_It_Adaptive)
  Parameters:
    Source (float)
    Fractal_Period_Ingest (int)
    Speed (int)
    Multiplier (float)
    Make_It_Adaptive (bool)

Trendilo(LSMA_Length, LSMA_Offset, LSMA_Smoother, HMA_Length)
  Parameters:
    LSMA_Length (int)
    LSMA_Offset (simple int)
    LSMA_Smoother (simple int)
    HMA_Length (simple int)

CE(ATR_Period, ATR_Multiplier, Use_Close_Price_for_Extremums)
  Parameters:
    ATR_Period (simple int)
    ATR_Multiplier (float)
    Use_Close_Price_for_Extremums (bool)

Kama(Fast_Period, Slow_Period, Efficiency_Ratio_Period, Normalization_lookback)
  Parameters:
    Fast_Period (simple int)
    Slow_Period (int)
    Efficiency_Ratio_Period (int)
    Normalization_lookback (int)

ZScore(Source, Length)
  Parameters:
    Source (float)
    Length (int)

LazyIndicator(Short_Term_Trend_ATR_Length, Short_Term_Trend_ATR)
  Parameters:
    Short_Term_Trend_ATR_Length (float)
    Short_Term_Trend_ATR (simple int)

VPT(Lookback_Period, Level_Up, Level_Down)
  Parameters:
    Lookback_Period (int)
    Level_Up (int)
    Level_Down (int)

HarmonicTrend(a, b, c, d, e, h, j, k, l, m, n, o, p, r, z)
  Parameters:
    a (int)
    b (simple int)
    c (simple int)
    d (simple int)
    e (simple int)
    h (simple float)
    j (simple float)
    k (simple float)
    l (simple int)
    m (simple int)
    n (simple int)
    o (simple int)
    p (simple int)
    r (simple int)
    z (float)

TVII(Source, Momentum_Length, Smooth_TVI)
  Parameters:
    Source (float)
    Momentum_Length (simple int)
    Smooth_TVI (simple int)

GKYZFNLRMA(Period, Filter_Multiple, Filter_Period, Source)
  Parameters:
    Period (int)
    Filter_Multiple (float)
    Filter_Period (int)
    Source (float)

ELNL(DMI_Length, ATR_Length, Ema_Base, Trend_EMA_Length)
  Parameters:
    DMI_Length (simple int)
    ATR_Length (int)
    Ema_Base (int)
    Trend_EMA_Length (simple int)

QFFTFP(Source, Calculation_Bars, Harmonic_Period, Frequency_Tolerance, Number_of_Bars_to_Render)
  Parameters:
    Source (float)
    Calculation_Bars (int)
    Harmonic_Period (int)
    Frequency_Tolerance (float)
    Number_of_Bars_to_Render (int)

STC(Length, Fast_Length, Slow_Length, STC_Mulitplier)
  Parameters:
    Length (simple int)
    Fast_Length (simple int)
    Slow_Length (simple int)
    STC_Mulitplier (float)

REDKSSA(Source, Combined_Smootness)
  Parameters:
    Source (float)
    Combined_Smootness (int)

SROC(ROC_Length, Smoothing_Length, Source)
  Parameters:
    ROC_Length (int)
    Smoothing_Length (simple int)
    Source (float)

RMITrendSniper(RMI_Length, Positive_Above, Negative_Below)
  Parameters:
    RMI_Length (simple int)
    Positive_Above (int)
    Negative_Below (int)

KijunSenBase(Kijun_Period, MA_Length, MA_Source)
  Parameters:
    Kijun_Period (int)
    MA_Length (int)
    MA_Source (float)

SimpleKijunSenBase(Base_Length)
  Parameters:
    Base_Length (int)

LNL()

MedianStDev(Source, Length, StDev_Length)
  Parameters:
    Source (float)
    Length (int)
    StDev_Length (simple int)

MedianSupertrend(Supertrend_Length, Supertrend_Multiplier, Median_Length)
  Parameters:
    Supertrend_Length (simple int)
    Supertrend_Multiplier (float)
    Median_Length (int)

MedianForLoop(Length, Source, a, b)
  Parameters:
    Length (int)
    Source (float)
    a (int)
    b (int)

DemaSmaStDev(DEMA_Length, DEMA_Source, SMA_Length, SD_Length)
  Parameters:
    DEMA_Length (simple int)
    DEMA_Source (float)
    SMA_Length (int)
    SD_Length (int)

DoublesrcSmaStDev(MA_Source, MA_Length, StDev_Length)
  Parameters:
    MA_Source (float)
    MA_Length (int)
    StDev_Length (int)

ALMA(Source, Entry_Source, WindowSize, Offset, Sigma, HMA_Length)
  Parameters:
    Source (float)
    Entry_Source (float)
    WindowSize (int)
    Offset (simple float)
    Sigma (simple float)
    HMA_Length (simple int)

LSMAforLoop(Length, a, b)
  Parameters:
    Length (int)
    a (int)
    b (int)

Stop(Length, Source, Multiplier)
  Parameters:
    Length (simple int)
    Source (float)
    Multiplier (float)

ElderForceVolumeIndex(Length)
  Parameters:
    Length (simple int)

DSMA(SMA_Length, DMSA_Length)
  Parameters:
    SMA_Length (simple int)
    DMSA_Length (simple int)

MedianMLCloseSrc(DEMA_Length, DEMA_Source, Median_Length)
  Parameters:
    DEMA_Length (simple int)
    DEMA_Source (float)
    Median_Length (int)

LSMA(Length)
  Parameters:
    Length (int)

ViEMA(Length, Source)
  Parameters:
    Length (simple int)
    Source (float)

LSMaATR(Length, Source, ATR_Length)
  Parameters:
    Length (int)
    Source (float)
    ATR_Length (simple int)

KamaTrendFollower(Length, Trend_Threshold_Percentage, Trend_Threshold_Period, Trend_smooth)
  Parameters:
    Length (int)
    Trend_Threshold_Percentage (float)
    Trend_Threshold_Period (int)
    Trend_smooth (bool)

TrendTrader(Length, Multiplier)
  Parameters:
    Length (int)
    Multiplier (int)

BullBearPower(Length)
  Parameters:
    Length (simple int)

WhiteNoise(Source, Noise_Length, Use_Normalization, Normalization_Lookback)
  Parameters:
    Source (float)
    Noise_Length (simple int)
    Use_Normalization (bool)
    Normalization_Lookback (int)

DonchianTrendSignals(Length, Complex_Mode, Close_Mode)
  Parameters:
    Length (int)
    Complex_Mode (bool)
    Close_Mode (bool)

GaussianRibbon(Source, Length, Offset, Sigma)
  Parameters:
    Source (float)
    Length (simple int)
    Offset (simple float)
    Sigma (simple float)

WeightedBullsBearsSmoothed(Length, MA_Length, MovingAverage_Type)
  Parameters:
    Length (int)
    MA_Length (simple int)
    MovingAverage_Type (simple string)

RSIAGKYZDEMA(Source, RSI_Length, Filter_Deviations, Filter_Period)
  Parameters:
    Source (float)
    RSI_Length (simple int)
    Filter_Deviations (float)
    Filter_Period (simple int)

KalmanFilteredRsiOsc(Source, Measurement_Noise, RSI_Length, Filter_Order)
  Parameters:
    Source (float)
    Measurement_Noise (float)
    RSI_Length (simple int)
    Filter_Order (int)

KalmanPriceFilter(Source, Measurement_Noise, Filter_Order)
  Parameters:
    Source (float)
    Measurement_Noise (simple float)
    Filter_Order (int)

KalmanHullSupertrend(Source, Measurement_Noise, ATR_Length, ATR_Multiplier)
  Parameters:
    Source (float)
    Measurement_Noise (float)
    ATR_Length (simple int)
    ATR_Multiplier (float)

EnhancedWaveTrendOsc(Source, Channel_Length, Average_Length, Signal_Length)
  Parameters:
    Source (float)
    Channel_Length (simple int)
    Average_Length (simple int)
    Signal_Length (simple int)

DemaRsiOverlay(Source, DEMA_Length, RSI_Length, Long_Treshold, Short_Treshold)
  Parameters:
    Source (float)
    DEMA_Length (simple int)
    RSI_Length (simple int)
    Long_Treshold (int)
    Short_Treshold (int)

DemaAdjustedATR(DEMA_Length, Source, ATR_Length, ATR_Factor)
  Parameters:
    DEMA_Length (simple int)
    Source (float)
    ATR_Length (simple int)
    ATR_Factor (float)

GaussianPriceFilter(Source, Filter_Length, Standard_Deviation)
  Parameters:
    Source (float)
    Filter_Length (simple int)
    Standard_Deviation (simple float)

ExponWeightedMANormalisedOsc(Length, Source, Normalization_Lookback)
  Parameters:
    Length (int)
    Source (float)
    Normalization_Lookback (int)

VolatilityWMACross(Short_length, Long_length, Source)
  Parameters:
    Short_length (simple int)
    Long_length (simple int)
    Source (float)

BBPCT(BB_Length, Source, Multiplier)
  Parameters:
    BB_Length (simple int)
    Source (float)
    Multiplier (float)

BollingerBands(BB_Length, Multiplier)
  Parameters:
    BB_Length (simple int)
    Multiplier (float)

PSAR(Start, Increment, Maximum)
  Parameters:
    Start (simple float)
    Increment (simple float)
    Maximum (simple float)

SupertrendVPT(VPT_Length, Supertrend_Multiplier, Supertrend_Length)
  Parameters:
    VPT_Length (simple int)
    Supertrend_Multiplier (float)
    Supertrend_Length (simple int)

T3Stripped(Length, T3Hot)
  Parameters:
    Length (int)
    T3Hot (float)

HullSuite(Source, Length, Length_Multiplier)
  Parameters:
    Source (float)
    Length (simple int)
    Length_Multiplier (simple int)

OctupleMA(Source, Length, L)
  Parameters:
    Source (float)
    Length (simple int)
    L (simple int)

RibbonMachineLearning(Short_Period, Long_Period, Neighbours_Count, Long_Sensitivity, Short_Sensitivity)
  Parameters:
    Short_Period (simple int)
    Long_Period (simple int)
    Neighbours_Count (int)
    Long_Sensitivity (float)
    Short_Sensitivity (float)

SupertrendMAs(MA_Length, ATR_Period, ATR_Multiplier)
  Parameters:
    MA_Length (simple int)
    ATR_Period (simple int)
    ATR_Multiplier (int)
Notes de version
v2

Added:
VWMAA(Length, Source, Smooth_Vwma, Smooth_Length)
  Parameters:
    Length (simple int)
    Source (float)
    Smooth_Vwma (bool)
    Smooth_Length (simple int)

Removed:
VWMA(Length, Source, Smooth_Vwma, Smooth_Length)
Notes de version
v3

Updated:
HarmonicTrend(a, b, c, d, e, h, j, k, l, m, n, o, p, r, z)
  Parameters:
    a (int)
    b (simple int)
    c (simple int)
    d (simple int)
    e (simple int)
    h (simple float)
    j (simple float)
    k (simple float)
    l (simple int)
    m (simple int)
    n (simple float)
    o (simple int)
    p (simple int)
    r (simple int)
    z (float)
Notes de version
v4

Updated:
TrendMagic(Period)
  Parameters:
    Period (simple int)

CE(ATR_Period)
  Parameters:
    ATR_Period (simple int)

HarmonicTrend()
Notes de version
v5

Updated:
TrendMagic(CCI_Period, ATR_Multiplier, ATR_Period)
  Parameters:
    CCI_Period (simple int)
    ATR_Multiplier (float)
    ATR_Period (simple int)
Notes de version
v6
Notes de version
v7

Bibliothèque Pine

Dans le plus pur esprit TradingView, l'auteur a publié ce code Pine en tant que bibliothèque open-source afin que d'autres programmeurs Pine de notre communauté puissent le réutiliser. Bravo à l'auteur! Vous pouvez utiliser cette bibliothèque en privé ou dans d'autres publications à code source ouvert, mais la réutilisation de ce code dans des publications est régie par nos Règles.

korchon
strategies

Clause de non-responsabilité

Les informations et les publications ne sont pas destinées à être, et ne constituent pas, des conseils ou des recommandations en matière de finance, d'investissement, de trading ou d'autres types de conseils fournis ou approuvés par TradingView. Pour en savoir plus, consultez les Conditions d'utilisation.
strategies

Bibliothèque Pine

Dans le plus pur esprit TradingView, l'auteur a publié ce code Pine en tant que bibliothèque open-source afin que d'autres programmeurs Pine de notre communauté puissent le réutiliser. Bravo à l'auteur! Vous pouvez utiliser cette bibliothèque en privé ou dans d'autres publications à code source ouvert, mais la réutilisation de ce code dans des publications est régie par nos Règles.

korchon

Clause de non-responsabilité

Les informations et les publications ne sont pas destinées à être, et ne constituent pas, des conseils ou des recommandations en matière de finance, d'investissement, de trading ou d'autres types de conseils fournis ou approuvés par TradingView. Pour en savoir plus, consultez les Conditions d'utilisation.