dsp¶
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dsp
= WLTP velocities model¶
Returns the theoretical velocities of WLTP.
base_model |
WLTP base model. |
class_data |
WLTP class data. |
class_powers |
Class motive power [kW]. |
class_times |
Class time vector [s]. |
class_velocities |
Class velocity vector [km/h]. |
downscale_factor |
Velocity downscale factor [-]. |
downscale_factor_threshold |
Velocity downscale factor threshold [-]. |
downscale_phases |
Downscale phases [s]. |
engine_max_power |
Maximum power [kW]. |
engine_speed_at_max_power |
Rated engine speed [RPM]. |
inertial_factor |
|
max_speed_velocity_ratio |
Maximum speed velocity ratio of the gear box [h*RPM/km]. |
max_velocity |
Max vehicle velocity [km/h]. |
resistance_coeffs_regression_curves |
Regression curve coefficient to calculate the default road loads. |
road_loads |
Cycle road loads [N, N/(km/h), N/(km/h)^2]. |
speed_velocity_ratios |
Speed velocity ratios of the gear box [h*RPM/km]. |
theoretical_motive_powers |
|
theoretical_velocities |
Theoretical velocity vector [km/h]. |
times |
Time vector [s]. |
unladen_mass |
Unladen mass [kg]. |
vehicle_mass |
Vehicle mass [kg]. |
velocities |
|
wltc_data |
WLTC data. |
wltp_class |
WLTP vehicle class. |
bypass |
Returns the same arguments. |
calculate_downscale_factor |
Calculates velocity downscale factor [-]. |
calculate_max_speed_velocity_ratio |
Calculates the maximum speed velocity ratio of the gear box [h*RPM/km]. |
calculate_max_velocity |
Calculates max vehicle velocity [km/h]. |
calculate_wltp_class |
Calculates the WLTP vehicle class. |
default_road_loads |
Returns default road loads. |
get_class_data |
Returns WLTP class data. |
get_class_velocities |
Returns time and velocity profiles according to WLTP class data [s, km/h]. |
get_dfl |
Gets default values from wltp base model. |
get_downscale_phases |
Returns downscale phases [s]. |
wltp_velocities |
Returns the downscaled velocity profile [km/h]. |
calculate_class_powers |
Calculates forces and power acting on the vehicle. |
calculate_theoretical_motive_powers |
Calculates forces and power acting on the vehicle. |