co2mpas_driver.model

Functions and a model dsp to process a CO2MPAS input file.

Sub-Modules: .. currentmodule:: co2mpas_driver.model .. autosummary:

:nosignatures:
:toctree: model/
co2mpas
simulation

Functions

Armax(car_type, vehicle_mass, max_power[, ...])	Calculate the maximum acceleration possible for the vehicle object my_car, under road_type conditions.
calculate_curves_to_use(poly_spline, ...)	Calculate the final speed acceleration curves based on full load curves and resistances for all curves.
calculate_deceleration_curves_to_use(stop)	Calculate deceleration curves .
calculate_full_load_curve(xp, fp, fuel_mode)
calculate_motor_full_load_powers(...)
calculate_motor_full_load_speeds_and_torques(...)
calculate_veh_road_loads(vehicle_mass, ...)
default_gs(motor_speed_per_gear, ...[, ...])
define_discrete_acceleration_curves(curves, ...)	Define discrete acceleration curves.
define_discrete_car_res_curve(car_res_curve, ...)	Define discrete car resistance curve.
define_discrete_car_res_curve_force(...)	Define discrete resistance force.
define_discrete_deceleration_curves(...)	Define discrete deceleration curves.
define_discrete_poly(poly_spline, sp_bins)	Define discrete poly.
define_driver_simulation_model(vehicle_mass, ...)	Defines the drivers simulation model.
define_sp_bins(stop)	Define speed bins.
define_times(sim_start, duration, sim_step)	Define times for simulation.
electric_poly_spline(poly_spline_electric, ...)
electric_start_stop(start_electric, ...)
empty_full_load_curve_for_electrics(fuel_mode)
ev_curve(fuel_mode, gear_box_ratios, ...)	electric poly_spline (based on Yinglong).
find_list_of_tans_from_coefs(coefs_per_gear, ...)	Get coefficients and speed boundaries and return Tans value for per speed per gear.
gear_linear(speed_per_gear_updated, ...[, ...])	Return the gear limits based on gear_shifting_style, using linear gear swifting strategy.
gear_points_from_tan(tans, ...[, use_linear_gs])	Get the gear cuts based on gear shifting style and tangent values.
get_cubic_splines_of_speed_acceleration_relationship(...)	Based on speed/acceleration points per gear, cubic splines are calculated (old MFC).
get_resistances(f0, f1, f2, sp_bins, ...[, ...])	Calculate the resistances that a vehicle faces, per speed.
get_speeds_n_accelerations_per_gear(...)	Speed and acceleration points per gear are calculated based on full load curve, new version works with array and forbid acceleration over the maximum vehicle speed.
get_speeds_n_accelerations_per_gear_electric(...)	Speed and acceleration points per gear are calculated based on full load curve, new version works with array and forbid acceleration over the maximum vehicle speed.
get_spline_out_of_coefs(coefs_per_gear, ...)	Use the coefficients to get a "spline" that could be used.
get_start_stop(gear_box_ratios, ...)	Calculate Speed boundaries for each gear.
get_start_stop_electric(...)
get_tan_coefs(speed_per_gear, acc_per_gear, ...)	Calculate the coefficients of the polynomial for each gear Full load curve is fitted to a polynomial of degree.
light_co2mpas_series(vehicle_mass, ...)	Computes the CO2 emissions in grams for
run_simulation(driver_simulation_model, ...)	Run simulation.