VDUB-TRENDMASTER_WALL_[RS] — Indicateur par vdubus

A follow on addition to
RS-VDUB-TRENDMASTER-IV-V0-01/
A massive thanks to @RicardoSantos for all the coding

Script open-source

Dans le véritable esprit de TradingView, l'auteur de ce script l'a publié en open-source, afin que les traders puissent le comprendre et le vérifier. Bravo à l'auteur! Vous pouvez l'utiliser gratuitement, mais la réutilisation de ce code dans une publication est régie par le règlement. Vous pouvez le mettre en favori pour l'utiliser sur un graphique.

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.

Vous voulez utiliser ce script sur un graphique ?

study("VDUB-TRENDMASTER_WALL[RS]", overlay=true)
//  ||-->   Concept vdubus, Code RicardoSantos. <-------------------------------------------------------------------------------------------------------|| 
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
//  ||-->   Input:  <-----------------------------------------------------------------------------------------------------------------------------------||
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
_Type = input(defval=0, minval=0, maxval=2, title='0: Crossover, 1: MACD, 2: STOCH')
_A = input(defval=0, minval=0, maxval=6, title='Input A for Crossover:(0: SMA, 1: WMA, 2: EMA, 3: Kijun-Sen(Base), 4: Tenkan-Sen(Conversion), 5: Senkou Span A(Leading A), 6: Senkou Span B(Leading B))')
_B = input(defval=0, minval=0, maxval=6, title='Input B for Crossover:(0: SMA, 1: WMA, 2: EMA, 3: Kijun-Sen(Base), 4: Tenkan-Sen(Conversion), 5: Senkou Span A(Leading A), 6: Senkou Span B(Leading B))')
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
//  ||-->   SMA, EMA, WMA Inputs:  <--------------------------------------------------------------------------------------------------------------------||
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
_MA_SRC = input(close)
_MA_A_Length = input(12)
_MA_B_Length = input(24)
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
//  ||-->   Ichimoku cloud  <---------------------------------------------------------------------------------------------------------------------------||
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
IC_A_conversionPeriods = input(34)
IC_A_basePeriods = input(26)
IC_A_laggingSpan2Periods = input(52)
IC_A_displacement = input(26)
IC_B_conversionPeriods = input(34)
IC_B_basePeriods = input(26)
IC_B_laggingSpan2Periods = input(52)
IC_B_displacement = input(26)
//  ||-->   Functions:  <-------------------------------------------------------------------------------------------------------------------------------||
donchian(len) => avg(lowest(len), highest(len))
leadLine1(_conversionPeriods, _basePeriods)=>
    _conversionLine = donchian(_conversionPeriods)
    _baseLine = donchian(_basePeriods)
    avg(_conversionLine, _baseLine)
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
//  ||-->   MACD  <-------------------------------------------------------------------------------------------------------------------------------------||
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
_MACD_SRC = input(close)
_MACD_K = input(21)
_MACD_D = input(34)
_MACD_I = input(4)
//  ||-->   Functions:  <-------------------------------------------------------------------------------------------------------------------------------||
_MACD_FAST()=>
    [_fast, _, _] = macd(_MACD_SRC, _MACD_K, _MACD_D, _MACD_I)
    _fast
_MACD_SLOW()=>
    [_, _slow, _] = macd(_MACD_SRC, _MACD_K, _MACD_D, _MACD_I)
    _slow
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
//  ||-->   STOCH  <------------------------------------------------------------------------------------------------------------------------------------||
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
_STOCH_SRC = input(close)
_STOCH_Length = input(14)
_STOCH_K = input(2)
_STOCH_D = input(4)
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
//  ||-->   Output:  <----------------------------------------------------------------------------------------------------------------------------------||
//  ||--------------------------------------------------------------------------------------------------------------------------------------------------||
CrossOverA = _Type == 0 and _A == 0 ? sma(_MA_SRC, _MA_A_Length) :
        _Type == 0 and _A == 1 ? wma(_MA_SRC, _MA_A_Length) :
        _Type == 0 and _A == 2 ? ema(_MA_SRC, _MA_A_Length) :
        _Type == 0 and _A == 3 ? donchian(IC_A_basePeriods) :                            // Ichimoku Baseline
        _Type == 0 and _A == 4 ? donchian(IC_A_conversionPeriods) :                      // Ichimoku Conversion
        _Type == 0 and _A == 5 ? leadLine1(IC_A_conversionPeriods, IC_A_basePeriods) :   // Ichimoku leading A
        _Type == 0 and _A == 6 ? donchian(IC_A_laggingSpan2Periods) :                    // Ichimoku leading B
        _Type == 1 ? _MACD_FAST() :
        _Type == 2 ? sma(stoch(_STOCH_SRC, high, low, _STOCH_Length), _STOCH_K) :
        na
 
CrossOverB = _Type == 0 and _B == 0 ? sma(_MA_SRC, _MA_B_Length) :
        _Type == 0 and _B == 1 ? wma(_MA_SRC, _MA_B_Length) :
        _Type == 0 and _B == 2 ? ema(_MA_SRC, _MA_B_Length) :
        _Type == 0 and _B == 3 ? donchian(IC_B_basePeriods) :                            // Ichimoku Baseline
        _Type == 0 and _B == 4 ? donchian(IC_B_conversionPeriods) :                      // Ichimoku Conversion
        _Type == 0 and _B == 5 ? leadLine1(IC_B_conversionPeriods, IC_A_basePeriods) :   // Ichimoku leading A
        _Type == 0 and _B == 6 ? donchian(IC_B_laggingSpan2Periods) :                    // Ichimoku leading B
        _Type == 1 ? _MACD_SLOW() :
        _Type == 2 ? sma(stoch(_STOCH_SRC, high, low, _STOCH_Length), _STOCH_D) :
        na
 
OutputSignal = CrossOverA >= CrossOverB ? 1 : 0
bgcolor(OutputSignal>0?gray:red)
//=================================================