Futures Scalper

After an initial fill, the “Futures Scalper” will place a new buy order below that price and a new sell order above that price. New orders that add to the established position are placed at the scalp interval, while new orders with position-closing effect are placed at the profit interval. Users can choose between two different modes of booking orders: either persistent order mode (which can allow multiple orders to become laddered in the book for better queue position) or non-persistent order mode (which will never book more than one order above and/or one order below the current price). An optional user-configurable smoothing parameter allows the algo to compute a “true price” point in realtime. This “true price” involves a double-weighting of both volume-at-price and time-at-price. This feature can enhance the profitability of transient, small-scale deviations away from the “true price” by dynamically expanding the profit interval at appropriate times.

The “Futures Scalper” job also contains logic to widen out intervals by a user-defined multiplier in the case of increased volatility. By allowing the user to set a “move duration” and a “move size” for each contract, the job will automatically apply a multiplier if the future moves greater than the “move size” within the specified “move duration”. The job’s parameters will return to their normal state once the market returns to normal conditions.

Please contact the developer at kevin@axonetric.com with any questions you might have regarding technicalities, client use cases, etc.

All of the variables below can be configured or modified at runtime. This gives users the power to modify their job behavior throughout the day without having to make code changes.

Name	Type	Default	Description
smoothing_window	int	45	in seconds (2-100), or 0=disabled
onPriceLimitsExceeded	int	0	0=work one-sided market only, 1=close out position and deactivate row
remainingPositionOnRowDeactivation	int	0	0=leave as-is, 1=close out position
algoBias	int	2	0=auto, 1=aggressive, 2=normal, 3=conservative
grid_name	string		the main grid will be named ‘scalpers_[grid_name]’
verbosity	int	1	log verbosity: 1=normal, 2=detailed, 3=extended
makeOrdersPersistent	int	0	0=no, 1=yes
persistentOrderDensityControl	int	0	0=off, 1=opening side only, 2=opening and closing sides