6.1.1.9. physical

physical()[source]

Defines the CO2MPAS physical model.

Wraps all functions needed to calibrate and predict light-vehicles’ CO2 emissions.

digraph dmap {
	node [style=filled]
	label = <dmap>
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		462 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">CMV</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A gear shifting matrix (cmv or gspv)."]
		463 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">CMV_Cold_Hot</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A gear shifting matrix (cmv or gspv)."]
		464 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">CVT</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Continuously variable transmission model."]
		465 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">DT_VA</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A decision tree classifier to predict gears."]
		466 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">DT_VAP</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A decision tree classifier to predict gears."]
		467 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">DT_VAT</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A decision tree classifier to predict gears."]
		468 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">DT_VATP</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A decision tree classifier to predict gears."]
		469 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">GSPV</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A gear shifting matrix (cmv or gspv)."]
		470 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">GSPV_Cold_Hot</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A gear shifting matrix (cmv or gspv)."]
		471 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">MVL</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Matrix velocity limits (upper and lower bound) [km/h]."]
		472 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">accelerations</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Acceleration vector [m/s2]."]
		473 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">active_cylinder_ratios</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">(1.0,)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Possible active cylinder ratios [-]."]
		474 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">active_cylinders</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=active_cylinders]
		475 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">active_exhausted_gas_recirculations</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=active_exhausted_gas_recirculations]
		476 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">active_lean_burns</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=active_lean_burns]
		477 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">active_variable_valves</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=active_variable_valves]
		478 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">aerodynamic_drag_coefficient</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Aerodynamic drag coefficient [-]."]
		479 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_temperature_threshold</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine coolant temperature threshold when the after treatment system is         warm [°C]."]
		480 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">air_density</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1.2</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Air density [kg/m3]."]
		481 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_charging_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Mean charging currents of the alternator (for negative and positive         power)[A]."]
		482 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_current_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator current model."]
		483 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator current vector [A]."]
		484 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.67</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator efficiency [-]."]
		485 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_initialization_time</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator initialization time delta [s]."]
		486 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_nominal_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator nominal power [kW]."]
		487 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_nominal_voltage</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator nominal voltage [V]."]
		488 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_off_threshold</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">-1.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum negative current for being considered the alternator off [A]."]
		489 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_powers_demand</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator power demand to the engine [kW]."]
		490 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_start_window_width</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">4.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Alternator start window width [s]."]
		491 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_status_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A function that predicts the alternator status."]
		492 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_statuses</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="The alternator status (0: off, 1: on, due to state of charge, 2: on due         to BERS, 3: on and initialize battery) [-]."]
		493 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">angle_slope</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Angle slope [rad]."]
		494 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">angle_slopes</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Angle slope vector [rad]."]
		495 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">auxiliaries_power_loss</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Constant power loss due to engine auxiliaries [kW]."]
		496 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">auxiliaries_power_losses</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine torque losses due to engine auxiliaries [N*m]."]
		497 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">auxiliaries_torque_loss</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Constant torque loss due to engine auxiliaries [N*m]."]
		498 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">auxiliaries_torque_losses</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine torque losses due to engine auxiliaries [N*m]."]
		499 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">bag_phases</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Bag phases [-]."]
		500 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">battery_capacity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Battery capacity [Ah]."]
		501 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">battery_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Low voltage battery current vector [A]."]
		502 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">brake_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=brake_powers]
		503 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">calibration_status</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=calibration_status]
		504 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">calibration_tc_speed_threshold</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">100.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Calibration torque converter speeds delta threshold [RPM]."]
		505 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">change_gear_window_width</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">4.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Time window used to apply gear change filters [s]."]
		506 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">climbing_force</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Vehicle climbing resistance [N]."]
		507 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Clutch prediction model."]
		508 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_phases</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="When the clutch is active [-]."]
		509 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_tc_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Clutch or torque converter power [kW]."]
		510 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_tc_speeds_delta</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Delta engine speed [RPM]."]
		511 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/clutch_torque_converter_model-function.html">clutch_torque_converter_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Models the clutch and torque-converter."]
		512 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_window</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Clutching time window [s]."]
		513 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_extra_high</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission on extra high WLTP phase [CO2g/km]."]
		514 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_high</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission on high WLTP phase [CO2g/km]."]
		515 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_low</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission on low WLTP phase [CO2g/km]."]
		516 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_medium</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission on medium WLTP phase [CO2g/km]."]
		517 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission value of the cycle [CO2g/km]."]
		518 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emissions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 instantaneous emissions vector [CO2g/s]."]
		519 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emissions_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emissions model (co2_emissions = models(params))."]
		520 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_error_function_on_emissions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Error function (according to co2 emissions time series) to calibrate the         CO2 emission model params."]
		521 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_error_function_on_phases</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Error function (according to co2 emissions phases) to calibrate the CO2         emission model params."]
		522 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_normalization_references</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 normalization references (e.g., engine loads) [-]."]
		523 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_params</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">{}</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission model parameters (a2, b2, a, b, c, l, l2, t, trg)."]
		524 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_params_calibrated</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission model parameters (a2, b2, a, b, c, l, l2, t, trg)."]
		525 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_params_initial_guess</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Initial guess of CO2 emission model params."]
		526 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">cold_start_speed_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Cold start speed model."]
		527 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">cold_start_speeds_delta</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine speed delta due to the cold start [RPM]."]
		528 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">cold_start_speeds_phases</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Phases when engine speed is affected by the cold start [-]."]
		529 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">correct_f0</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A different preconditioning cycle was used for WLTP and NEDC?"]
		530 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">correct_start_stop_with_gears</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="A flag to impose engine on when there is a gear > 0."]
		531 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/cycle_model-function.html">cycle_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Returns the theoretical times, velocities, and gears."]
		532 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">cycle_type</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Cycle type (WLTP or NEDC)."]
		533 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">declared_co2_emission_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Declared CO2 emission value of the cycle [CO2g/km]."]
		534 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">delta_time_engine_starter</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Time elapsed to turn on the engine with electric starter [s]."]
		535 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">downscale_factor</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Velocity downscale factor [-]."]
		536 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">downscale_factor_threshold</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Velocity downscale factor threshold [-]."]
		537 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">downscale_phases</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Downscale phases [s]."]
		538 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">driver_mass</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Driver mass [kg]."]
		539 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">electric_load</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Vehicle electric load (engine off and on) [kW]."]
		540 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/electric_model-function.html">electric_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Models the vehicle electrics."]
		541 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">electrics_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Electrics model."]
		542 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">enable_phases_willans</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Enable the calculation of Willans coefficients for all phases?"]
		543 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">enable_willans</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Enable the calculation of Willans coefficients for the cycle?"]
		544 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_capacity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine capacity [cm3]."]
		545 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_coolant_temperatures</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine coolant temperature vector [°C]."]
		546 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_fuel_lower_heating_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel lower heating value [kJ/kg]."]
		547 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_has_cylinder_deactivation</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the engine have cylinder deactivation technology?"]
		548 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_has_variable_valve_actuation</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the engine feature variable valve actuation? [-]."]
		549 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_heat_capacity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine heat capacity [kg*J/K]."]
		550 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_idle_fuel_consumption</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel consumption at hot idle engine speed [g/s]."]
		551 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_is_turbo</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">True</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="If the engine is equipped with any kind of charging."]
		552 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_mass</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine mass [kg]."]
		553 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_max_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum power [kW]."]
		554 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_max_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum allowed engine speed [RPM]."]
		555 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_max_speed_at_max_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Rated engine speed [RPM]."]
		556 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_max_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine nominal power [kW]."]
		557 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/engine_model-function.html">engine_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Models the vehicle engine."]
		558 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_moment_inertia</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine moment of inertia [kg*m2]."]
		559 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_powers_out</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine power vector [kW]."]
		560 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_speeds_out</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine speed [RPM]."]
		561 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_speeds_out_hot</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine speed at hot condition [RPM]."]
		562 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_starts</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="When the engine starts [-]."]
		563 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_stroke</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine stroke [mm]."]
		564 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_temperature_derivatives</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Derivative of the engine temperature [°C/s]."]
		565 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_temperature_regression_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="The calibrated engine temperature regression model."]
		566 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_thermostat_temperature</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine normalization temperature [°C]."]
		567 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_thermostat_temperature_window</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Thermostat engine temperature limits [°C]."]
		568 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_type</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine type (positive turbo, positive natural aspiration, compression)."]
		569 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">equivalent_gear_box_heat_capacity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Equivalent gear box heat capacity [kg*J/K]."]
		570 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">extended_phases_co2_emissions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission of cycle phases [CO2g/km]."]
		571 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">extended_phases_integration_times</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Cycle phases integration times [s]."]
		572 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">f0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Rolling resistance force [N] when angle_slope == 0."]
		573 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">f0_uncorrected</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Uncorrected rolling resistance force [N] when angle_slope == 0."]
		574 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">f1</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Defined by dyno procedure [N/(km/h)]."]
		575 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">f2</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="As used in the dyno and defined by respective guidelines [N/(km/h)^2]."]
		576 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Final drive efficiency [-]."]
		577 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/final_drive_model-function.html">final_drive_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Models the final drive."]
		578 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_powers_in</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Final drive power in [kW]."]
		579 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Final drive ratio [-]."]
		580 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_ratios</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Final drive ratios [-]."]
		581 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_speeds_in</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Wheel speed vector [RPM]."]
		582 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_torque_loss</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Constant Final drive torque loss [N*m]."]
		583 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_torques_in</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Final drive torque in [N*m]."]
		584 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">frontal_area</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Frontal area of the vehicle [m2]."]
		585 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_carbon_content</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel carbon content [CO2g/g]."]
		586 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_carbon_content_percentage</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel carbon content [%]."]
		587 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_consumptions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Instantaneous fuel consumption vector [g/s]."]
		588 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_density</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel density [g/l]."]
		589 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_saving_at_strategy</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">True</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Apply the eco-mode gear shifting?"]
		590 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_type</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel type (diesel, gasoline, LPG, NG, ethanol, biodiesel)."]
		591 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">full_load_curve</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Vehicle full load curve."]
		592 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">full_load_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="T1 map power vector [kW]."]
		593 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">full_load_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="T1 map speed vector [RPM]."]
		594 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">full_load_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Torque at the wheel [N*m]."]
		595 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_efficiencies</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box efficiency vector [-]."]
		596 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_efficiency_constants</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Vehicle gear box efficiency constants."]
		597 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_efficiency_parameters_cold_hot</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Parameters of gear box efficiency model for cold/hot phases:"]
		598 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/gear_box_model-function.html">gear_box_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Models the gear box."]
		599 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_powers_in</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box power vector [kW]."]
		600 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_ratios</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box ratios [-]."]
		601 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_speeds_in</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box speed vector [RPM]."]
		602 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_temperature_references</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">(40.0, 80.0)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Cold and hot reference temperatures [°C]."]
		603 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_temperatures</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Temperature vector [°C]."]
		604 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_torque_losses</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box torques losses [N*m]."]
		605 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_torques_in</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Torque required vector [N*m]."]
		606 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_type</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box type (manual or automatic or cvt)."]
		607 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_shifts</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="When there is a gear shifting [-]."]
		608 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gears</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear vector [-]."]
		609 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_energy_recuperation</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">True</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the vehicle have energy recuperation features?"]
		610 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_exhausted_gas_recirculation</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the engine have exhaust gas recirculation technology?"]
		611 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_gear_box_thermal_management</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the gear box have some additional technology to heat up faster?"]
		612 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_lean_burn</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the engine have lean burn technology?"]
		613 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_periodically_regenerating_systems</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the vehicle has periodically regenerating systems? [-]."]
		614 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_selective_catalytic_reduction</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the engine have selective catalytic reduction technology?"]
		615 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_start_stop</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">True</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the vehicle have start/stop system?"]
		616 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_sufficient_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="If the vehicle has sufficient power."]
		617 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_torque_converter</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Does the vehicle use torque converter? [-]"]
		618 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">identified_co2_emissions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 instantaneous emissions vector [CO2g/s]."]
		619 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">idle_engine_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Idle engine speed and its standard deviation [RPM]."]
		620 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">idle_engine_speed_median</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Idle engine speed [RPM]."]
		621 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">idle_engine_speed_std</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">100.0</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">20</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Standard deviation of idle engine speed [RPM]."]
		622 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">ignition_type</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine ignition type (positive or compression)."]
		623 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">inertial_factor</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Factor that considers the rotational inertia [%]."]
		624 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_engine_temperature</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine initial temperature [°C]"]
		625 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_friction_params</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Engine initial friction params l & l2 [-]."]
		626 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_gear_box_temperature</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="initial_gear_box_temperature [°C]."]
		627 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_state_of_charge</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Initial state of charge of the battery [%]."]
		628 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_temperature</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Initial engine temperature [°C]."]
		629 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">is_cycle_hot</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Is an hot cycle?"]
		630 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">is_hybrid</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Is the vehicle hybrid?"]
		631 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">k1</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="K1 NEDC parameter (first or second gear) [-]."]
		632 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">k2</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">2</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="K2 NEDC parameter (first or second gear) [-]."]
		633 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">k5</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">2</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">10</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="K5 NEDC parameter (first or second gear) [-]."]
		634 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">ki_factor</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Correction for vehicles with periodically regenerating systems [-]."]
		635 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">lock_up_tc_limits</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">(48.0, 0.3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Limits (vel, acc) when torque converter is active [km/h, m/s]."]
		636 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">lockup_speed_ratio</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Minimum speed ratio where torque ratio==1."]
		637 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_battery_charging_current</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum charging current of the battery [A]."]
		638 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_engine_coolant_temperature</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum engine coolant temperature [°C]."]
		639 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_gear</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum gear of the gear box [-]."]
		640 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_speed_velocity_ratio</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum speed velocity ratio of the gear box [h*RPM/km]."]
		641 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_time</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum time [s]."]
		642 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_velocity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Max vehicle velocity [km/h]."]
		643 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">max_velocity_full_load_correction</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">100.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum velocity to apply the correction due to the full load curve."]
		644 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">min_engine_on_speed</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">10.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Minimum engine speed to consider the engine to be on [RPM]."]
		645 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">min_time_engine_on_after_start</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">4.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Minimum time of engine on after a start [s]."]
		646 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">missing_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Missing powers [kW]."]
		647 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motive_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Motive power [kW]."]
		648 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">n_dyno_axes</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Number of dyno axes [-]."]
		649 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">n_gears</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Number of gears [-]."]
		650 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">n_wheel_drive</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">2</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Number of wheel drive [-]."]
		651 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">obd_velocities</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="OBD velocity vector [km/h]."]
		652 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">on_engine</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="If the engine is on [-]."]
		653 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">on_idle</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="If the engine is on idle [-]."]
		654 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">optimal_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Optimal efficiency and the respective parameters:"]
		655 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">phases_co2_emissions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="CO2 emission of cycle phases [CO2g/km]."]
		656 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">phases_fuel_consumptions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Fuel consumption of cycle phases [l/100km]."]
		657 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">phases_integration_times</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Cycle phases integration times [s]."]
		658 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">phases_willans_factors</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Willans factors:"]
		659 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">plateau_acceleration</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.10000011920928956</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum acceleration to be at constant velocity [m/s2]."]
		660 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/predict_vehicle_electrics_and_engine_behavior.html">predict_vehicle_electrics_and_engine_behavior</TD></TR><TR><TD align="RIGHT" border="1">weight</TD><TD align="LEFT" border="1">10</TD></TR></TABLE>> fillcolor=springgreen shape=box tooltip="Predicts alternator and battery currents, state of charge, alternator     status, if the engine is on and when the engine starts, the engine speed at     hot condition, and the engine coolant temperature."]
		661 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">r_dynamic</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Dynamic radius of the wheels [m]."]
		662 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">r_wheels</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Radius of the wheels [m]."]
		663 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">road_loads</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Cycle road loads [N, N/(km/h), N/(km/h)^2]."]
		664 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">rolling_resistance_coeff</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Rolling resistance coefficient [-]."]
		665 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">specific_gear_shifting</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Specific gear shifting model."]
		666 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">speed_velocity_ratios</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Speed velocity ratios of the gear box [h*RPM/km]."]
		667 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">stand_still_torque_ratio</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Torque ratio when speed ratio==0."]
		668 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">start_demand</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Energy required to start engine [kJ]."]
		669 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">start_stop_activation_time</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">30</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Start-stop activation time threshold [s]."]
		670 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">start_stop_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Start/stop model."]
		671 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">state_of_charge_balance</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Battery state of charge balance [%]."]
		672 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">state_of_charge_balance_window</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Battery state of charge balance window [%]."]
		673 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">state_of_charges</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="State of charge of the battery [%]."]
		674 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">stop_velocity</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1.0000001192092896</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Maximum velocity to consider the vehicle stopped [km/h]."]
		675 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">time_cold_hot_transition</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">300.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Time at cold hot transition phase [s]."]
		676 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">time_sample_frequency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1.0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Time frequency [1/s]."]
		677 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">times</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Time vector [s]."]
		678 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">torque_converter_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Torque converter model."]
		679 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">tyre_code</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Tyre code (e.g.,P225/70R14)."]
		680 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">tyre_dimensions</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Tyre dimensions."]
		681 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">tyre_dynamic_rolling_coefficient</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9713375796178343</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">50</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Dynamic rolling coefficient [-]."]
		682 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">use_basic_start_stop</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="If True the basic start stop model is applied, otherwise complex one."]
		683 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">use_dt_gear_shifting</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="If to use decision tree classifiers to predict gears."]
		684 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">vehicle_mass</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Vehicle mass [kg]."]
		685 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/vehicle_model-function.html">vehicle_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="Calculates forces and power acting on the vehicle."]
		686 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">velocities</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Velocity vector [km/h]."]
		687 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">velocity_speed_ratios</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Gear box ratios [-]."]
		688 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">wheel_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Power at the wheels [kW]."]
		689 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">wheel_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Rotating speed of the wheel [RPM]."]
		690 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">wheel_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Torque at the wheels [N*m]."]
		691 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-8e174a35884e86b90dddba93bad718ba9179ec20/wheels_model-function.html">wheels_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="It models the wheel dynamics."]
		692 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">willans_factors</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="Willans factors:"]
		693 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">wltp_base_model</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">{}</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip=wltp_base_model]
		694 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">wltp_class</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="WLTP vehicle class."]
			598 -> 639
			557 -> 622
			557 -> 558
			557 -> 560
			694 -> 531
			619 -> 598
			557 -> 550
			491 -> 540
			601 -> 660
			660 -> 561
			471 -> 598
			557 -> 588
			608 -> 598
			647 -> 691
			511 -> 507
			652 -> 540
			598 -> 464
			624 -> 598
			592 -> 557
			611 -> 598
			674 -> 540
			565 -> 660
			556 -> 557
			554 -> 557
			693 -> 531
			531 -> 677
			673 -> 540
			662 -> 691
			557 -> 670
			560 -> 557
			623 -> 685
			600 -> 577
			540 -> 673
			462 -> 598
			557 -> 610
			689 -> 577
			550 -> 557
			557 -> 568
			532 -> 531
			685 -> 648
			684 -> 685
			593 -> 557
			472 -> 557
			670 -> 660
			494 -> 685
			634 -> 557
			547 -> 557
			557 -> 559
			557 -> 520
			557 -> 479
			685 -> 506
			557 -> 655
			555 -> 531
			531 -> 686
			472 -> 531
			585 -> 557
			598 -> 604
			488 -> 540
			578 -> 557
			557 -> 653
			478 -> 685
			660 -> 673
			542 -> 557
			557 -> 561
			557 -> 527
			506 -> 531
			686 -> 598
			598 -> 649
			472 -> 660
			548 -> 557
			606 -> 598
			511 -> 508
			670 -> 557
			532 -> 598
			685 -> 494
			540 -> 485
			557 -> 591
			679 -> 691
			598 -> 467
			606 -> 557
			584 -> 685
			575 -> 685
			557 -> 638
			557 -> 587
			594 -> 557
			557 -> 619
			666 -> 531
			573 -> 685
			638 -> 660
			631 -> 531
			472 -> 598
			684 -> 531
			685 -> 686
			557 -> 519
			540 -> 627
			557 -> 564
			505 -> 691
			557 -> 552
			619 -> 540
			608 -> 511
			686 -> 531
			529 -> 685
			514 -> 557
			612 -> 557
			511 -> 617
			544 -> 557
			551 -> 557
			543 -> 557
			556 -> 598
			597 -> 598
			678 -> 511
			540 -> 539
			553 -> 531
			537 -> 531
			640 -> 531
			598 -> 608
			690 -> 577
			663 -> 685
			598 -> 468
			638 -> 557
			586 -> 557
			540 -> 671
			691 -> 681
			557 -> 566
			560 -> 598
			531 -> 657
			677 -> 685
			560 -> 511
			599 -> 540
			672 -> 540
			684 -> 598
			557 -> 477
			486 -> 540
			598 -> 603
			620 -> 557
			489 -> 557
			642 -> 531
			599 -> 511
			661 -> 598
			472 -> 511
			667 -> 511
			596 -> 598
			659 -> 691
			577 -> 583
			504 -> 511
			645 -> 660
			553 -> 557
			557 -> 656
			557 -> 618
			523 -> 557
			652 -> 557
			572 -> 685
			637 -> 540
			660 -> 483
			682 -> 557
			466 -> 598
			503 -> 557
			540 -> 483
			660 -> 562
			663 -> 531
			545 -> 557
			511 -> 678
			660 -> 545
			473 -> 557
			574 -> 685
			598 -> 666
			688 -> 577
			557 -> 524
			539 -> 540
			557 -> 625
			651 -> 685
			639 -> 531
			511 -> 512
			683 -> 598
			624 -> 660
			648 -> 577
			509 -> 557
			557 -> 521
			560 -> 691
			557 -> 553
			540 -> 501
			691 -> 688
			472 -> 540
			464 -> 598
			579 -> 577
			608 -> 577
			540 -> 492
			561 -> 511
			629 -> 557
			621 -> 557
			686 -> 660
			468 -> 598
			635 -> 511
			617 -> 598
			526 -> 557
			647 -> 598
			590 -> 557
			598 -> 462
			686 -> 540
			674 -> 598
			558 -> 540
			557 -> 555
			608 -> 557
			622 -> 557
			614 -> 557
			555 -> 557
			557 -> 634
			615 -> 660
			552 -> 557
			557 -> 682
			644 -> 598
			505 -> 598
			530 -> 557
			557 -> 545
			636 -> 511
			538 -> 531
			617 -> 511
			567 -> 557
			516 -> 557
			566 -> 557
			578 -> 660
			484 -> 540
			482 -> 540
			580 -> 691
			557 -> 528
			555 -> 598
			685 -> 647
			557 -> 620
			671 -> 540
			647 -> 531
			674 -> 511
			633 -> 531
			557 -> 517
			557 -> 475
			628 -> 557 [xlabel=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_temperature --&gt; engine_model</TD></TR><TR><TD align="RIGHT" border="1">weight</TD><TD align="LEFT" border="1">5</TD></TR></TABLE>>]
			598 -> 469
			540 -> 672
			557 -> 565
			577 -> 581
			598 -> 569
			513 -> 557
			483 -> 540
			467 -> 598
			557 -> 556
			600 -> 598
			578 -> 598
			691 -> 661
			465 -> 598
			677 -> 511
			623 -> 531
			606 -> 577
			685 -> 623
			660 -> 501
			598 -> 599
			673 -> 557
			686 -> 511
			608 -> 691
			557 -> 554
			512 -> 511
			608 -> 531
			577 -> 578
			610 -> 557
			685 -> 572
			598 -> 687
			659 -> 557
			677 -> 540
			494 -> 557
			557 -> 526
			540 -> 491
			557 -> 502
			687 -> 577
			686 -> 685
			653 -> 557
			598 -> 463
			650 -> 577
			557 -> 567
			606 -> 531
			609 -> 540
			481 -> 540
			499 -> 531
			557 -> 592
			553 -> 598
			687 -> 691
			522 -> 557
			677 -> 531
			607 -> 511
			661 -> 691 [xlabel=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">r_dynamic --&gt; wheels_model</TD></TR><TR><TD align="RIGHT" border="1">weight</TD><TD align="LEFT" border="1">3</TD></TR></TABLE>>]
			507 -> 511
			685 -> 472
			601 -> 511
			677 -> 598
			557 -> 503
			563 -> 557
			598 -> 465
			557 -> 585
			557 -> 562
			557 -> 621
			541 -> 660
			668 -> 540
			557 -> 692
			600 -> 691
			598 -> 665
			497 -> 557
			485 -> 540
			680 -> 691
			613 -> 557
			540 -> 489
			540 -> 482
			580 -> 577
			557 -> 616
			657 -> 557
			470 -> 598
			691 -> 679
			557 -> 496
			645 -> 557
			591 -> 531
			624 -> 557
			557 -> 654
			619 -> 557
			532 -> 685
			535 -> 531
			627 -> 660
			663 -> 598
			674 -> 691
			582 -> 577
			495 -> 557
			565 -> 557
			660 -> 492
			557 -> 474
			531 -> 608
			540 -> 486
			472 -> 691
			511 -> 636
			546 -> 557
			659 -> 598
			557 -> 624
			674 -> 557
			515 -> 557
			557 -> 652
			463 -> 598
			691 -> 662
			676 -> 531
			487 -> 540
			532 -> 540
			608 -> 660
			562 -> 540
			480 -> 685
			501 -> 540
			665 -> 598
			540 -> 637
			619 -> 691
			469 -> 598
			643 -> 598
			615 -> 557
			691 -> 690
			500 -> 540
			669 -> 660
			591 -> 598
			598 -> 595
			557 -> 498
			568 -> 557
			588 -> 557
			685 -> 663
			677 -> 557
			681 -> 691
			677 -> 691
			660 -> 652
			598 -> 605
			630 -> 557
			510 -> 557
			557 -> 646
			493 -> 685
			576 -> 577
			599 -> 660
			669 -> 557
			628 -> 598 [xlabel=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_temperature --&gt; gear_box_model</TD></TR><TR><TD align="RIGHT" border="1">weight</TD><TD align="LEFT" border="1">5</TD></TR></TABLE>>]
			511 -> 509
			524 -> 557
			531 -> 628
			557 -> 518
			511 -> 510
			557 -> 658
			511 -> 667
			557 -> 571
			557 -> 586
			577 -> 580
			601 -> 557
			675 -> 598
			490 -> 540
			557 -> 549
			686 -> 557
			580 -> 598
			598 -> 607
			652 -> 598
			557 -> 525
			687 -> 598
			540 -> 541
			626 -> 598
			619 -> 660
			557 -> 546
			536 -> 531
			627 -> 540
			647 -> 557
			682 -> 660
			557 -> 533
			534 -> 540
			559 -> 557
			677 -> 660
			557 -> 570
			686 -> 691
			557 -> 593
			649 -> 598
			566 -> 598
			632 -> 531
			602 -> 598
			545 -> 598
			641 -> 531
			664 -> 685
			589 -> 598
			598 -> 601
			557 -> 476
			530 -> 660
			598 -> 640
			625 -> 557
			644 -> 557
			581 -> 598
			619 -> 531
			552 -> 598
			606 -> 511
			598 -> 471
			598 -> 470
			557 -> 530
			527 -> 511
			540 -> 668
			691 -> 689
			598 -> 466
			562 -> 557
			561 -> 557
			648 -> 685
			598 -> 600
			492 -> 540
}
CO2MPAS physical model’s data
CMV A gear shifting matrix (cmv or gspv).
CMV_Cold_Hot A gear shifting matrix (cmv or gspv).
CVT Continuously variable transmission model.
DT_VA A decision tree classifier to predict gears.
DT_VAP A decision tree classifier to predict gears.
DT_VAT A decision tree classifier to predict gears.
DT_VATP A decision tree classifier to predict gears.
GSPV A gear shifting matrix (cmv or gspv).
GSPV_Cold_Hot A gear shifting matrix (cmv or gspv).
MVL Matrix velocity limits (upper and lower bound) [km/h].
accelerations Acceleration vector [m/s2].
active_cylinder_ratios Possible active cylinder ratios [-].
active_cylinders  
active_exhausted_gas_recirculations  
active_lean_burns  
active_variable_valves  
aerodynamic_drag_coefficient Aerodynamic drag coefficient [-].
after_treatment_temperature_threshold Engine coolant temperature threshold when the after treatment system is warm [°C].
air_density Air density [kg/m3].
alternator_charging_currents Mean charging currents of the alternator (for negative and positive power)[A].
alternator_current_model Alternator current model.
alternator_currents Alternator current vector [A].
alternator_efficiency Alternator efficiency [-].
alternator_initialization_time Alternator initialization time delta [s].
alternator_nominal_power Alternator nominal power [kW].
alternator_nominal_voltage Alternator nominal voltage [V].
alternator_off_threshold Maximum negative current for being considered the alternator off [A].
alternator_powers_demand Alternator power demand to the engine [kW].
alternator_start_window_width Alternator start window width [s].
alternator_status_model A function that predicts the alternator status.
alternator_statuses The alternator status (0: off, 1: on, due to state of charge, 2: on due to BERS, 3: on and initialize battery) [-].
angle_slope Angle slope [rad].
angle_slopes Angle slope vector [rad].
auxiliaries_power_loss Constant power loss due to engine auxiliaries [kW].
auxiliaries_power_losses Engine torque losses due to engine auxiliaries [N*m].
auxiliaries_torque_loss Constant torque loss due to engine auxiliaries [N*m].
auxiliaries_torque_losses Engine torque losses due to engine auxiliaries [N*m].
bag_phases Bag phases [-].
battery_capacity Battery capacity [Ah].
battery_currents Low voltage battery current vector [A].
brake_powers  
calibration_status  
calibration_tc_speed_threshold Calibration torque converter speeds delta threshold [RPM].
change_gear_window_width Time window used to apply gear change filters [s].
climbing_force Vehicle climbing resistance [N].
clutch_model Clutch prediction model.
clutch_phases When the clutch is active [-].
clutch_tc_powers Clutch or torque converter power [kW].
clutch_tc_speeds_delta Delta engine speed [RPM].
clutch_window Clutching time window [s].
co2_emission_extra_high CO2 emission on extra high WLTP phase [CO2g/km].
co2_emission_high CO2 emission on high WLTP phase [CO2g/km].
co2_emission_low CO2 emission on low WLTP phase [CO2g/km].
co2_emission_medium CO2 emission on medium WLTP phase [CO2g/km].
co2_emission_value CO2 emission value of the cycle [CO2g/km].
co2_emissions CO2 instantaneous emissions vector [CO2g/s].
co2_emissions_model CO2 emissions model (co2_emissions = models(params)).
co2_error_function_on_emissions Error function (according to co2 emissions time series) to calibrate the CO2 emission model params.
co2_error_function_on_phases Error function (according to co2 emissions phases) to calibrate the CO2 emission model params.
co2_normalization_references CO2 normalization references (e.g., engine loads) [-].
co2_params CO2 emission model parameters (a2, b2, a, b, c, l, l2, t, trg).
co2_params_calibrated CO2 emission model parameters (a2, b2, a, b, c, l, l2, t, trg).
co2_params_initial_guess Initial guess of CO2 emission model params.
cold_start_speed_model Cold start speed model.
cold_start_speeds_delta Engine speed delta due to the cold start [RPM].
cold_start_speeds_phases Phases when engine speed is affected by the cold start [-].
correct_f0 A different preconditioning cycle was used for WLTP and NEDC?
correct_start_stop_with_gears A flag to impose engine on when there is a gear > 0.
cycle_type Cycle type (WLTP or NEDC).
declared_co2_emission_value Declared CO2 emission value of the cycle [CO2g/km].
delta_time_engine_starter Time elapsed to turn on the engine with electric starter [s].
downscale_factor Velocity downscale factor [-].
downscale_factor_threshold Velocity downscale factor threshold [-].
downscale_phases Downscale phases [s].
driver_mass Driver mass [kg].
electric_load Vehicle electric load (engine off and on) [kW].
electrics_model Electrics model.
enable_phases_willans Enable the calculation of Willans coefficients for all phases?
enable_willans Enable the calculation of Willans coefficients for the cycle?
engine_capacity Engine capacity [cm3].
engine_coolant_temperatures Engine coolant temperature vector [°C].
engine_fuel_lower_heating_value Fuel lower heating value [kJ/kg].
engine_has_cylinder_deactivation Does the engine have cylinder deactivation technology?
engine_has_variable_valve_actuation Does the engine feature variable valve actuation? [-].
engine_heat_capacity Engine heat capacity [kg*J/K].
engine_idle_fuel_consumption Fuel consumption at hot idle engine speed [g/s].
engine_is_turbo If the engine is equipped with any kind of charging.
engine_mass Engine mass [kg].
engine_max_power Maximum power [kW].
engine_max_speed Maximum allowed engine speed [RPM].
engine_max_speed_at_max_power Rated engine speed [RPM].
engine_max_torque Engine nominal power [kW].
engine_moment_inertia Engine moment of inertia [kg*m2].
engine_powers_out Engine power vector [kW].
engine_speeds_out Engine speed [RPM].
engine_speeds_out_hot Engine speed at hot condition [RPM].
engine_starts When the engine starts [-].
engine_stroke Engine stroke [mm].
engine_temperature_derivatives Derivative of the engine temperature [°C/s].
engine_temperature_regression_model The calibrated engine temperature regression model.
engine_thermostat_temperature Engine normalization temperature [°C].
engine_thermostat_temperature_window Thermostat engine temperature limits [°C].
engine_type Engine type (positive turbo, positive natural aspiration, compression).
equivalent_gear_box_heat_capacity Equivalent gear box heat capacity [kg*J/K].
extended_phases_co2_emissions CO2 emission of cycle phases [CO2g/km].
extended_phases_integration_times Cycle phases integration times [s].
f0 Rolling resistance force [N] when angle_slope == 0.
f0_uncorrected Uncorrected rolling resistance force [N] when angle_slope == 0.
f1 Defined by dyno procedure [N/(km/h)].
f2 As used in the dyno and defined by respective guidelines [N/(km/h)^2].
final_drive_efficiency Final drive efficiency [-].
final_drive_powers_in Final drive power in [kW].
final_drive_ratio Final drive ratio [-].
final_drive_ratios Final drive ratios [-].
final_drive_speeds_in Wheel speed vector [RPM].
final_drive_torque_loss Constant Final drive torque loss [N*m].
final_drive_torques_in Final drive torque in [N*m].
frontal_area Frontal area of the vehicle [m2].
fuel_carbon_content Fuel carbon content [CO2g/g].
fuel_carbon_content_percentage Fuel carbon content [%].
fuel_consumptions Instantaneous fuel consumption vector [g/s].
fuel_density Fuel density [g/l].
fuel_saving_at_strategy Apply the eco-mode gear shifting?
fuel_type Fuel type (diesel, gasoline, LPG, NG, ethanol, biodiesel).
full_load_curve Vehicle full load curve.
full_load_powers T1 map power vector [kW].
full_load_speeds T1 map speed vector [RPM].
full_load_torques Torque at the wheel [N*m].
gear_box_efficiencies Gear box efficiency vector [-].
gear_box_efficiency_constants Vehicle gear box efficiency constants.
gear_box_efficiency_parameters_cold_hot Parameters of gear box efficiency model for cold/hot phases:
gear_box_powers_in Gear box power vector [kW].
gear_box_ratios Gear box ratios [-].
gear_box_speeds_in Gear box speed vector [RPM].
gear_box_temperature_references Cold and hot reference temperatures [°C].
gear_box_temperatures Temperature vector [°C].
gear_box_torque_losses Gear box torques losses [N*m].
gear_box_torques_in Torque required vector [N*m].
gear_box_type Gear box type (manual or automatic or cvt).
gear_shifts When there is a gear shifting [-].
gears Gear vector [-].
has_energy_recuperation Does the vehicle have energy recuperation features?
has_exhausted_gas_recirculation Does the engine have exhaust gas recirculation technology?
has_gear_box_thermal_management Does the gear box have some additional technology to heat up faster?
has_lean_burn Does the engine have lean burn technology?
has_periodically_regenerating_systems Does the vehicle has periodically regenerating systems? [-].
has_selective_catalytic_reduction Does the engine have selective catalytic reduction technology?
has_start_stop Does the vehicle have start/stop system?
has_sufficient_power If the vehicle has sufficient power.
has_torque_converter Does the vehicle use torque converter? [-]
identified_co2_emissions CO2 instantaneous emissions vector [CO2g/s].
idle_engine_speed Idle engine speed and its standard deviation [RPM].
idle_engine_speed_median Idle engine speed [RPM].
idle_engine_speed_std Standard deviation of idle engine speed [RPM].
ignition_type Engine ignition type (positive or compression).
inertial_factor Factor that considers the rotational inertia [%].
initial_engine_temperature Engine initial temperature [°C]
initial_friction_params Engine initial friction params l & l2 [-].
initial_gear_box_temperature initial_gear_box_temperature [°C].
initial_state_of_charge Initial state of charge of the battery [%].
initial_temperature Initial engine temperature [°C].
is_cycle_hot Is an hot cycle?
is_hybrid Is the vehicle hybrid?
k1 K1 NEDC parameter (first or second gear) [-].
k2 K2 NEDC parameter (first or second gear) [-].
k5 K5 NEDC parameter (first or second gear) [-].
ki_factor Correction for vehicles with periodically regenerating systems [-].
lock_up_tc_limits Limits (vel, acc) when torque converter is active [km/h, m/s].
lockup_speed_ratio Minimum speed ratio where torque ratio==1.
max_battery_charging_current Maximum charging current of the battery [A].
max_engine_coolant_temperature Maximum engine coolant temperature [°C].
max_gear Maximum gear of the gear box [-].
max_speed_velocity_ratio Maximum speed velocity ratio of the gear box [h*RPM/km].
max_time Maximum time [s].
max_velocity Max vehicle velocity [km/h].
max_velocity_full_load_correction Maximum velocity to apply the correction due to the full load curve.
min_engine_on_speed Minimum engine speed to consider the engine to be on [RPM].
min_time_engine_on_after_start Minimum time of engine on after a start [s].
missing_powers Missing powers [kW].
motive_powers Motive power [kW].
n_dyno_axes Number of dyno axes [-].
n_gears Number of gears [-].
n_wheel_drive Number of wheel drive [-].
obd_velocities OBD velocity vector [km/h].
on_engine If the engine is on [-].
on_idle If the engine is on idle [-].
optimal_efficiency Optimal efficiency and the respective parameters:
phases_co2_emissions CO2 emission of cycle phases [CO2g/km].
phases_fuel_consumptions Fuel consumption of cycle phases [l/100km].
phases_integration_times Cycle phases integration times [s].
phases_willans_factors Willans factors:
plateau_acceleration Maximum acceleration to be at constant velocity [m/s2].
r_dynamic Dynamic radius of the wheels [m].
r_wheels Radius of the wheels [m].
road_loads Cycle road loads [N, N/(km/h), N/(km/h)^2].
rolling_resistance_coeff Rolling resistance coefficient [-].
specific_gear_shifting Specific gear shifting model.
speed_velocity_ratios Speed velocity ratios of the gear box [h*RPM/km].
stand_still_torque_ratio Torque ratio when speed ratio==0.
start_demand Energy required to start engine [kJ].
start_stop_activation_time Start-stop activation time threshold [s].
start_stop_model Start/stop model.
state_of_charge_balance Battery state of charge balance [%].
state_of_charge_balance_window Battery state of charge balance window [%].
state_of_charges State of charge of the battery [%].
stop_velocity Maximum velocity to consider the vehicle stopped [km/h].
time_cold_hot_transition Time at cold hot transition phase [s].
time_sample_frequency Time frequency [1/s].
times Time vector [s].
torque_converter_model Torque converter model.
tyre_code Tyre code (e.g.,P225/70R14).
tyre_dimensions Tyre dimensions.
tyre_dynamic_rolling_coefficient Dynamic rolling coefficient [-].
use_basic_start_stop If True the basic start stop model is applied, otherwise complex one.
use_dt_gear_shifting If to use decision tree classifiers to predict gears.
vehicle_mass Vehicle mass [kg].
velocities Velocity vector [km/h].
velocity_speed_ratios Gear box ratios [-].
wheel_powers Power at the wheels [kW].
wheel_speeds Rotating speed of the wheel [RPM].
wheel_torques Torque at the wheels [N*m].
willans_factors Willans factors:
wltp_base_model  
wltp_class WLTP vehicle class.
CO2MPAS physical model’s functions
predict_vehicle_electrics_and_engine_behavior Predicts alternator and battery currents, state of charge, alternator status, if the engine is on and when the engine starts, the engine speed at hot condition, and the engine coolant temperature.
CO2MPAS physical model’s dispatchers
clutch_torque_converter_model Models the clutch and torque-converter.
cycle_model Returns the theoretical times, velocities, and gears.
electric_model Models the vehicle electrics.
engine_model Models the vehicle engine.
final_drive_model Models the final drive.
gear_box_model Models the gear box.
vehicle_model Calculates forces and power acting on the vehicle.
wheels_model It models the wheel dynamics.
Returns:The CO2MPAS physical model.
Return type:schedula.Dispatcher