1. AVG Stochastic Calculate 1.1 AVG %K is calculated by apply EMA with smooth K period on Average of Original Stochastic %k & %d + avg_k=ema((%k+%d)/2,smoothK) 1.2 AVG %D is calculated by apply EMA with %d period on AVG %K + avg_d=ema(avg_k,periodD) 2. Parameter + %K Length: 21 + %K Smoothing: 3 + %D Smoothing: 3 + Symbol: BTC/USDT + Timeframe: M30 + Pyramiding: Maximum 3 orders at the same direction. 3. Signal 3.1 Buy Signal + Entry: AVG %K crossover AVG %D and AVG %D < 20 + Exit: AVG %D > 80 3.2 Sell Signal + Entry: AVG %K crossunder AVG %D and AVG %D > 80 + Exit: AVG %D < 20
Hello sir this is excellent thank you. Any chance you can make the oscillator public?
inno14
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@scantor516, you can add 4 code's line below into original Stochastic (build-in TradingView's Library) to plot AVG Stochastic Oscillator _avg_k=ta.ema(math.avg(k,d),smoothK) _avg_d=ta.ema(_avg_k,periodD) p_avg_k=plot(_avg_k,"AVG K",color=color.new(color.aqua,0)) p_avg_d=plot(_avg_d,"AVG D",color=color.new(color.navy,0))