This is a trend-following strategy based on moving average crossover, combined with stop loss/take profit management and leverage effect, aiming to identify trends across multiple markets and maximize profits.
The strategy uses crossover of fast and slow moving averages as trading signals. It goes long when the fast MA crosses above the slow MA, and goes short when the fast MA crosses below the slow MA.
To filter out noise trades from minor trends, it also uses a 200-day MA as a trend filter. Trade signals are only generated when the price is above or below the 200-day MA.
The strategy uses range trading stops. After entry, fixed percentage stop loss and take profit levels are set, e.g. 1% stop loss and 1% take profit. Positions will be closed when price hits the stop loss or take profit.
Leverage effect is employed to amplify trading profits. Based on different market characteristics, appropriate leverage ratios can be selected, e.g. 10x.
One advantage is that it can identify trends across multiple markets including crypto, stocks and futures, making the strategy widely applicable.
Using fast/slow MA crossover and trend filter can better identify trend direction and achieve good win rate in trending markets.
Range trading stops help control single trade loss within bearable range, allowing stable running of the strategy.
Leverage effect amplifies trading profits, making full use of the strategy edge.
Visual interface design with different background colors for bull/bear markets offers intuitive market insight.
The strategy is trend-following so may underperform in choppy, range-bound markets. Position sizing should be controlled.
Fixed percentage stop loss/take profit carries risk of getting stopped out. Levels should be adjusted based on specific market volatility.
Leverage amplifies position size as well as risks. Leverage ratio should be controlled to avoid oversized losses.
Lagging nature of moving averages may cause delayed trade signals.
Test different parameter combinations and select optimal fast/slow MA lengths.
Incorporate other indicators or models as filter signals to improve accuracy, e.g. ATR stops, RSI etc.
Research other trend identification tools like ADX to further enhance trend capturing ability.
Use machine learning models to optimize strategy signals and find more effective entry/exit points.
Consider dynamic stop loss/take profit based on volatility and market conditions for more sensible stops.
The strategy employs a systematic trend-following approach and uses stops/take profit and leverage to control risk and magnify profits. It is widely applicable across markets with potential for steady alpha. Attention should still be paid to parameter optimization, risk control and strategy iteration for long-term success.
/*backtest
start: 2023-09-10 00:00:00
end: 2023-10-10 00:00:00
period: 2h
basePeriod: 15m
exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}]
*/
////////////////////////////////////////////////////////////////////////////////
// Bozz Strategy
// Developed for Godstime
// Version 1.1
// 11/28/2021
////////////////////////////////////////////////////////////////////////////////
//@version=4
// strategy("Bozz Strategy", "", true, default_qty_type=strategy.percent_of_equity, default_qty_value=100, margin_long=0, margin_short=0)
// ----------------------------- Inputs ------------------------------------- //
source_ma_type = input("EMA", "Source MA Type", options=["SMA", "EMA"])
source_ma_length = input(50, "Source MA Length")
fast_ma_length = input(20, "Fast MA Length")
slow_ma_length = input(50, "Slow MA Length")
use_trend_filter = input(true, "Trend Filter")
trend_filter_ma_type = input("EMA", "Trend Filter MA Type", options=["SMA", "EMA"])
trend_filter_ma_length = input(200, "Trend Filter MA Period")
show_mas = input(true, "Show MAs")
swing_trading_mode = input(false, "Swing Trading")
// -------------------------- Calculations ---------------------------------- //
fast_ma = ema(close, fast_ma_length)
slow_ma = ema(close, slow_ma_length)
source_ma = source_ma_type == "EMA"? ema(close, source_ma_length):
sma(close, source_ma_length)
trend_filter_ma = trend_filter_ma_type == "EMA"? ema(close, trend_filter_ma_length):
sma(close, trend_filter_ma_length)
// --------------------------- Conditions ----------------------------------- //
uptrend = not use_trend_filter or close > trend_filter_ma
buy_cond = crossover(fast_ma, slow_ma) and uptrend
downtrend = not use_trend_filter or close < trend_filter_ma
sell_cond = crossunder(fast_ma, slow_ma) and downtrend
// ---------------------------- Plotting ------------------------------------ //
bgcolor(use_trend_filter and downtrend? color.red: use_trend_filter? color.green: na)
plot(show_mas? fast_ma: na, "Fast MA", color.green)
plot(show_mas? slow_ma: na, "Slow MA", color.red)
plot(show_mas? source_ma: na, "Source MA", color.purple)
plot(show_mas? trend_filter_ma: na, "Trend Filter MA", color.blue)
// ---------------------------- Trading ------------------------------------ //
// Inputs
sl_perc = input(1.0, "Stop Loss (in %)", group="Backtest Control")/100
tp_perc = input(1.0, "Take Profit (in %)", group="Backtest Control")/100
leverage = input(10, "Leverage", maxval=100, group="Backtest Control")
bt_start_time = input(timestamp("2021 01 01"), "Backtest Start Time", input.time, group="Backtest Control")
bt_end_time = input(timestamp("2021 12 31"), "Backtest End Time", input.time, group="Backtest Control")
// Trading Window
in_trading_window = true
trade_qty = (strategy.equity * leverage) / close
// Long Side
strategy.entry("Long Entry", strategy.long, when=buy_cond and in_trading_window)
long_tp = strategy.position_avg_price * (1 + tp_perc)
long_sl = strategy.position_avg_price * (1 - sl_perc)
if not swing_trading_mode
strategy.exit("Long Exit", "Long Entry", limit=long_tp, stop=long_sl)
// Short Side
strategy.entry("Short Entry", strategy.short, when=sell_cond and in_trading_window)
short_tp = strategy.position_avg_price * (1 - tp_perc)
short_sl = strategy.position_avg_price * (1 + sl_perc)
if not swing_trading_mode
strategy.exit("Short Exit", "Short Entry", limit=short_tp, stop=short_sl)
// End of trading window close
strategy.close_all(when=not in_trading_window)