QuantitativeExhaustion

[RS][JR]RSI Ribbon + Candle

RSI Ribbon + Candle
By Ricardo Santos and JR

In this chart rendering we are combining RSI and Moving Averages. For an added features we included colors to the candles and ribbons. Lime and green displays a strong bullish trend , yellow is caution or no trade, red and maroon are bearish trends. You can also find divergences using the ribbon.

Divergence

开源脚本

本着真正的TradingView精神,该脚本的作者将其开源发布,以便交易者可以理解和验证它。为作者喝彩!您可以免费使用它,但在出版物中重复使用此代码受网站规则的约束。 您可以收藏它以在图表上使用。

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想在图表上使用此脚本?
study(title="[RS][JR]RSI Ribbon + Candle", shorttitle="[RS][JR]RSI.MA", overlay=false)

//  ||-----------------------------------------------------------
//  ||---   Inputs:
//  ||-----------------------------------------------------------
src = input(defval=close, type=source, title="RSI Source:")
fast_rsi_length = input(defval=14, minval=1, title="Fast RSI Period Length:")
ma_length_scalar = input(defval=2, minval=1, title="MA Period Length Incremental Scalar:")
exponential = input(true, title="Exponential MA Set 1?")
//  ||-----------------------------------------------------------
//  ||---   RSI MA Function:
//  ||-----------------------------------------------------------
isExpMA(isExp, src, length) => isExp ? ema(src, length) : sma(src, length)
//  ||-----------------------------------------------------------
//  ||---   RSI MA Function:
//  ||-----------------------------------------------------------
rsiMA_barColor(tpower) =>
        tpower >= 10 and tpower < 20 ? green :
        tpower >= 4 and tpower < 10 ? lime :
        tpower >= -4 and tpower < 4 ? yellow :
        tpower <= -4 and tpower > -10 ? red :
        tpower <= -10 and tpower > -20 ? maroon : na
//  ||-----------------------------------------------------------
//  ||---   RSI MA Trend Line Strength Function:
//  ||-----------------------------------------------------------
maRank(ma, maRef1, maRef2) => 
              change(ma)>=0 and maRef1>maRef2 ? +1
            : change(ma)<0  and maRef1>maRef2 ? -1
            : change(ma)<=0 and maRef1<maRef2 ? -2
            : change(ma)>=0 and maRef1<maRef2 ? +2
            : 0//  ||-----------------------------------------------------------
//  ||-----------------------------------------------------------
//  ||---   Usage:
//  ||---   barcolor(rsiMA_barColor(true, rsi(close, 14), 30, 50))
//  ||-----------------------------------------------------------
//  ||-----------------------------------------------------------
//  ||---   RSI Basis:
//  ||-----------------------------------------------------------
fast_rsi = rsi(src, fast_rsi_length)

plot(fast_rsi, color=black)
//  ||-----------------------------------------------------------
//  ||---   MA's:
//  ||-----------------------------------------------------------

src0 = (fast_rsi)

ma01 = isExpMA(exponential, fast_rsi, ma_length_scalar)
ma02 = isExpMA(exponential, fast_rsi, ma_length_scalar*2)
ma03 = isExpMA(exponential, fast_rsi, ma_length_scalar*4)
ma04 = isExpMA(exponential, fast_rsi, ma_length_scalar*8)
ma05 = isExpMA(exponential, fast_rsi, ma_length_scalar*16)
ma06 = isExpMA(exponential, fast_rsi, ma_length_scalar*32)
ma07 = isExpMA(exponential, fast_rsi, ma_length_scalar*64)
ma08 = isExpMA(exponential, fast_rsi, ma_length_scalar*128)
ma09 = isExpMA(exponential, fast_rsi, ma_length_scalar*256)


maColor(ma, maRef) => 
              change(ma)>=0 and ma02>maRef ? lime
            : change(ma)<0  and ma02>maRef ? red
            : change(ma)<=0 and ma02<maRef ? maroon
            : change(ma)>=0 and ma02<maRef ? green
            : gray
            
plot( ma01, color=maColor(ma01,ma09), style=line, title="MMA05", linewidth=1)
plot( ma02, color=maColor(ma02,ma09), style=line, title="MMA30", linewidth=2)
plot( ma03, color=maColor(ma03,ma09), style=line, title="MMA50", linewidth=3)
plot( ma04, color=maColor(ma04,ma09), style=line, title="MMA70", linewidth=4)
plot( ma05, color=maColor(ma05,ma09), style=line, title="MMA90", linewidth=4)
plot( ma06, color=maColor(ma06,ma09), style=line, title="MMA90", linewidth=3)
plot( ma07, color=maColor(ma07,ma09), style=line, title="MMA90", linewidth=2)
plot( ma08, color=maColor(ma08,ma09), style=line, title="MMA90", linewidth=1)

//plot( ma01, color=maColor(ma01,ma09), style=columns, title="MMA05", transp=70, histbase=50)
//plot( ma02, color=maColor(ma02,ma09), style=columns, title="MMA30", transp=70, histbase=50)
//plot( ma03, color=maColor(ma03,ma09), style=columns, title="MMA50", transp=70, histbase=50)
//plot( ma04, color=maColor(ma04,ma09), style=columns, title="MMA70", transp=70, histbase=50)
//plot( ma05, color=maColor(ma05,ma09), style=columns, title="MMA90", transp=70, histbase=50)
//plot( ma06, color=maColor(ma06,ma09), style=columns, title="MMA90", transp=70, histbase=50)
//plot( ma07, color=maColor(ma07,ma09), style=columns, title="MMA90", transp=70, histbase=50)
//plot( ma08, color=maColor(ma08,ma09), style=columns, title="MMA90", transp=70, histbase=50)

//  ||-----------------------------------------------------------
//  ||---   Bar Color:
//  ||-----------------------------------------------------------
hline(0, color=black, title="RSI 0 Line")
hline(50, color=black, title="RSI 50 Line")
hline(100, color=black, title="RSI 100 Line")
//  ||-----------------------------------------------------------
//  ||---   Bar Color:
//  ||-----------------------------------------------------------
ma_TPower = maRank(ma01, ma02, ma09) + maRank(ma02, ma02, ma09) + maRank(ma03, ma02, ma09) + maRank(ma04, ma02, ma09) + maRank(ma05, ma02, ma09) + maRank(ma06, ma02, ma09) + maRank(ma07, ma02, ma09) + maRank(ma08, ma02, ma09)

barcolor(rsiMA_barColor(ma_TPower))