VDUB-TRENDMASTER_WALL_[RS]

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)
//=================================================