Second version of the CCTBBO strategy. CCTBBO is a price oscillator that fluctuate between -200 and 200 according to price volatility. Value 0 represent mean price - 2 * StdDev and value 100 represent mean price + 2 * StdDev.
Signal is generated when oscillator cross over / under it's EMA. Position is closed with trailing stop. Source of the indicator is the highs of the last n bars.
Tips if you want to trade with it :
- use small EMA period to increase number of signals and fasten detection of price reversal.
- If there is too much signals you can try increase EMA or filter noise by playing with the margin. The margin is the minimum value between the oscillator and it's moving average to consider a signal valid.
- define your trailing stop by percentage of the price or by ticks. Default value 0.013 equal 1.3% of the Bitcoin price which is approximatly $5.
- make sure you correctly set the number of digits of your current security
Signal is generated when oscillator cross over / under it's EMA. Position is closed with trailing stop. Source of the indicator is the highs of the last n bars.
Tips if you want to trade with it :
- use small EMA period to increase number of signals and fasten detection of price reversal.
- If there is too much signals you can try increase EMA or filter noise by playing with the margin. The margin is the minimum value between the oscillator and it's moving average to consider a signal valid.
- define your trailing stop by percentage of the price or by ticks. Default value 0.013 equal 1.3% of the Bitcoin price which is approximatly $5.
- make sure you correctly set the number of digits of your current security
//@version=2
// This strategy is based on the CCT Bollinger Band Oscillator (CCTBO)
// developed by Steve Karnish of Cedar Creek Trading and coded by LazyBear.
// Indicator is available here https://www.tradingview.com/v/iA4XGCJW/
strategy("Strategy CCTBBO v2 | Fadior", shorttitle="Strategy CCTBBO v2", pyramiding=0, precision=2, calc_on_order_fills=false, initial_capital=1000, default_qty_type=strategy.percent_of_equity, currency="USD", default_qty_value=100, overlay=false)
length_stddev=input(title="Stddev loopback period",defval=20)
length_ema=input(title="EMA period", defval=2)
margin=input(title="Margin", defval=0, type=float, step=0.1)
price = input(title="Source", type=source, defval=high)
digits= input(title="Number of digits",type=integer,defval=2,step=1,minval=2,maxval=6)
offset = input(title="Trailing offset (0.01 = 1%) :", defval=0.013, type=float, step=0.01)
pips= input(title="Offset in ticks ?",defval=false,type=bool)
src=security(tickerid, "1440", price)
cctbbo=100 * ( src + 2*stdev( src, length_stddev) - sma( src, length_stddev ) ) / ( 4 * stdev( src, length_stddev ) )
ul=hline(150, color=gray, editable=true)
ll=hline(-50, color=gray)
hline(50, color=gray)
fill(ul,ll, color=green, transp=90)
plot(style=line, series=cctbbo, color=blue, linewidth=2)
plot(ema(cctbbo, length_ema), color=red)
d = digits == 2 ? 100 : digits == 3 ? 1000 : digits == 4 ? 10000 : digits == 5 ? 100000 : digits == 6 ? 1000000 : na
TS = 1
TO = pips ? offset : close*offset*d
CQ = 100
TSP = TS
TOP = (TO > 0) ? TO : na
longCondition = crossover(cctbbo, ema(cctbbo, length_ema)) and cctbbo - ema(cctbbo, length_ema) > margin
if (longCondition)
strategy.entry("Long", strategy.long)
strategy.exit("Close Long", "Long", qty_percent=CQ, trail_points=TSP, trail_offset=TOP)
shortCondition = crossunder(cctbbo, ema(cctbbo, length_ema)) and cctbbo - ema(cctbbo, length_ema) < -margin
if (shortCondition)
strategy.entry("Short", strategy.short)
strategy.exit("Close Short", "Short", qty_percent=CQ, trail_points=TSP, trail_offset=TOP)