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SmaCrossover


class backtide.strategies.SmaCrossover(fast_period=20, slow_period=50)

Simple Moving Average crossover strategy using fast and slow periods.

Generates buy and sell signals based on moving-average crossovers. A golden cross (fast MA crosses above slow MA) triggers a buy; a death cross (fast MA crosses below slow MA) triggers a sell. More robust than the naive SMA strategy because it requires confirmation from two different time horizons.

Parameters

fast_period : int, default=20

Fast moving average period.

slow_period : int, default=50
Slow moving average period.

Attributes

name : str

Human-readable strategy name.

is_multi_asset : bool
Whether this is a multi-asset strategy.


See Also

Macd

Moving Average Convergence Divergence crossover strategy.

Momentum

Trend-following strategy driven by short-term price momentum.

SmaNaive

Naive single Simple Moving Average trend-following strategy.


Methods

description Short explanation of what the strategy does.
evaluate Evaluate the strategy and return orders.
required_indicators Indicators that must be computed up-front for this strategy.


method description()

Short explanation of what the strategy does.

Returns

str

The description.



method evaluate(data, portfolio, state, indicators=None)

Evaluate the strategy and return orders.

Parameters

data : dict[str, np.array | pd.DataFrame | pl.DataFrame]

Keys are the experiment's symbols and values are the historical OHLCV data available up to the current bar.

portfolio : Portfolio
Current portfolio holdings (cash, positions and open orders).

state : State
Current simulation state.

indicators : dict[str, dict[str, np.array | pd.DataFrame | pl.DataFrame]] | None
The first keys are the indicator names. The second keys are the experiment's symbols. The values are the pre-computed indicator values. None if no indicators were selected.

Returns

list[Order]

Orders to place this tick.



method required_indicators()

Indicators that must be computed up-front for this strategy.

Returns a list of indicator instances, already parameterized with this strategy's current settings, that the engine will auto-include before the backtest starts.

Returns

list[BaseIndicator]

The required indicator instances.