dsp¶

Defines an omni-comprehensive gear shifting model for automatic vehicles.

**Automatic gear model’s data**¶
`CMV`	A gear shifting model (cmv or gspv or dtgs).
`CMV_Cold_Hot`	A gear shifting model (cmv or gspv or dtgs).
`DTGS`
`GSPV`	A gear shifting model (cmv or gspv or dtgs).
`GSPV_Cold_Hot`	A gear shifting model (cmv or gspv or dtgs).
`MVL`	Matrix velocity limits (upper and lower bound) [km/h].
`accelerations`	Vehicle acceleration [m/s2].
`change_gear_window_width`	Time window used to apply gear change filters [s].
`correct_gear`	A function to correct the predicted gear.
`cycle_type`	Cycle type (WLTP or NEDC).
`engine_coolant_temperatures`
`engine_speeds_out`
`fuel_saving_at_strategy`	Apply the eco-mode gear shifting?
`full_load_curve`	Vehicle full load curve.
`gear_filter`	Gear filter function.
`gears`	Predicted gears.
`idle_engine_speed`	Engine speed idle median and std [RPM].
`max_velocity_full_load_correction`	Maximum velocity to apply the correction due to the full load curve.
`motive_powers`	Motive power [kW].
`plateau_acceleration`	Maximum acceleration to be at constant velocity [m/s2].
`specific_gear_shifting`	Sink node of the dispatcher that collects all unused outputs.
`stop_velocity`
`time_cold_hot_transition`
`times`	Time vector [s].
`use_dt_gear_shifting`	If to use decision tree classifiers to predict gears.
`velocities`	Vehicle velocity [km/h].
`velocity_speed_ratios`	Constant velocity speed ratios of the gear box [km/(h*RPM)].

**Automatic gear model’s functions**¶
`correct_gear_v0`	Returns a function to correct the gear predicted according to `correct_gear_mvl()` and `correct_gear_full_load()`.
`correct_gear_v1`	Returns a function to correct the gear predicted according to `correct_gear_mvl()`.
`correct_gear_v2`	Returns a function to correct the gear predicted according to `correct_gear_full_load()`.
`correct_gear_v3`	Returns a function that does not correct the gear predicted.
`define_gear_filter`	Defines a gear filter function.

**Automatic gear model’s dispatchers**¶
`cmv_ch_model`	Corrected Matrix Velocity Approach with Cold/Hot
`cmv_model`	Corrected Matrix Velocity Approach
`dtgs_model`	Decision Tree Approach
`gspv_ch_model`	Gear Shifting Power Velocity Approach with Cold/Hot
`gspv_model`	Gear Shifting Power Velocity Approach