dsp

dsp = CO2MPAS physical model

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

digraph dmap { node [style=filled] label = <dmap> splines = ortho style = filled 321 [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 model (cmv or gspv or dtgs).\""] 322 [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 model (cmv or gspv or dtgs).\""] 323 [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.\""] 324 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">DTGS</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"A decision tree to predict gears.\""] 325 [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 model (cmv or gspv or dtgs).\""] 326 [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 model (cmv or gspv or dtgs).\""] 327 [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].\""] 328 [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].\""] 329 [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 [-].\""] 330 [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\""] 331 [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\""] 332 [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\""] 333 [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\""] 334 [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 [-].\""] 335 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/after_treat_model-function.html">after_treat_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the after treatment.\""] 336 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_cooling_duration</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"After treatment cooling duration [s].\""] 337 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_power_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"After treatment speed model.\""] 338 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_speed_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"After treatment speed model.\""] 339 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_speeds_delta</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Engine speed delta due to the after treatment warm up [RPM].\""] 340 [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].\""] 341 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_warm_up_duration</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"After treatment warm up duration [s].\""] 342 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">after_treatment_warm_up_phases</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Phases when engine speed is affected by the after treatment warm up [-].\""] 343 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">air_density</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Air density [kg/m3].\""] 344 [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].\""] 345 [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.\""] 346 [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 currents [A].\""] 347 [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 [-].\""] 348 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Alternator electric power [kW].\""] 349 [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].\""] 350 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">alternator_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Alternator power [kW].\""] 351 [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].\""] 352 [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].\""] 353 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">atct_family_correction_factor</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="\"Family correction factor for representative regional temperatures [-].\""] 354 [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">0.0213</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Constant power loss due to engine auxiliaries [kW].\""] 355 [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 power losses due to engine auxiliaries [kW].\""] 356 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">auxiliaries_torque_loss</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Constant torque loss due to engine auxiliaries [N*m].\""] 357 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">auxiliaries_torque_loss_factors</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">(0.175, 0.2021)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Constant torque loss factors due to engine auxiliaries [N/m2, N*m].\""] 358 [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].\""] 359 [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 [-].\""] 360 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">belt_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.8</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Belt efficiency [-].\""] 361 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">belt_mean_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Belt mean efficiency [-].\""] 362 [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\""] 363 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/calculate_clutch_tc_powers_out.html">calculate_clutch_tc_powers_out</TD></TR></TABLE>> fillcolor=springgreen shape=box tooltip="\"Calculate gear box power vector [kW].\""] 364 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/calculate_final_drive_powers_out.html">calculate_final_drive_powers_out</TD></TR></TABLE>> fillcolor=springgreen shape=box tooltip="\"Calculate final drive power out [kW].\""] 365 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/calculate_gear_box_powers_out.html">calculate_gear_box_powers_out</TD></TR></TABLE>> fillcolor=springgreen shape=box tooltip="\"Calculate gear box power vector [kW].\""] 366 [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\""] 367 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">cargo_mass</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Cargo mass [kg].\""] 368 [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].\""] 369 [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 [-].\""] 370 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_speed_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Clutch speed model.\""] 371 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_tc_mean_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Clutch or torque converter mean efficiency [-].\""] 372 [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].\""] 373 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">clutch_tc_powers_out</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Clutch or torque converter power out [kW].\""] 374 [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="\"Engine speed delta due to the clutch or torque converter [RPM].\""] 375 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/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.\""] 376 [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].\""] 377 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_EUDC</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"CO2 emission on EUDC NEDC phase [CO2g/km].\""] 378 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_emission_UDC</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"CO2 emission on UDC NEDC phase [CO2g/km].\""] 379 [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].\""] 380 [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].\""] 381 [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].\""] 382 [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].\""] 383 [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 corrected for RCB [CO2g/km].\""] 384 [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].\""] 385 [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)).\""] 386 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/co2_model-function.html">co2_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the legislation corrections.\""] 387 [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) [-].\""] 388 [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).\""] 389 [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).\""] 390 [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.\""] 391 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">co2_rescaling_scores</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"co2_rescaling_scores\""] 392 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/control_model-function.html">control_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the vehicle control strategy.\""] 393 [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?\""] 394 [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.\""] 395 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">corrected_co2_emission_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Corrected CO2 emission value of the cycle [CO2g/km].\""] 396 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">corrected_sustaining_co2_emission_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Corrected CO2 emission value of the cycle [CO2g/km].\""] 397 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">curb_mass</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Curb mass [kg].\""] 398 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/cycle_model-function.html">cycle_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Returns the theoretical times, velocities, and gears.\""] 399 [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).\""] 400 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">dcdc_charging_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Mean charging currents of the DC/DC converter (for negative and positive power)[A].\""] 401 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">dcdc_converter_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"DC/DC converter currents [A].\""] 402 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">dcdc_converter_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.95</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"DC/DC converter efficiency [-].\""] 403 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">dcdc_converter_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"DC/DC converter electric power [kW].\""] 404 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">dcdc_converter_electric_powers_demand</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"DC/DC converter electric power demand [kW].\""] 405 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">dcdc_current_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"DC/DC converter current model.\""] 406 [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\""] 407 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">declared_sustaining_co2_emission_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"declared_sustaining_co2_emission_value\""] 408 [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">0.5</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Time elapsed to turn on the engine with electric starter [s].\""] 409 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">distances</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Cumulative distance vector [m].\""] 410 [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 [-].\""] 411 [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 [-].\""] 412 [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].\""] 413 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_capacity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery capacity [Ah].\""] 414 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery current vector [A].\""] 415 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_delta_state_of_charge</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Overall delta state of charge of the drive battery [%].\""] 416 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery electric power [kW].\""] 417 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_load</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=11, num=0)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive electric load [kW].\""] 418 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_loads</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery load vector [kW].\""] 419 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery current model.\""] 420 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_n_cells</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="\"Number of battery cells [-].\""] 421 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_n_parallel_cells</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Number of battery cells in parallel [-].\""] 422 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_n_series_cells</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Number of battery cells in series [-].\""] 423 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_nominal_voltage</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery nominal voltage [V].\""] 424 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_ocv</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery open circuit voltage [V].\""] 425 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_r0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery resistance [ohm].\""] 426 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_state_of_charges</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"State of charge of the drive battery [%].\""] 427 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_technology</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">unknown</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery technology type (e.g., NiMH, Li-NCA (Li-Ni-Co-Al), etc.).\""] 428 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">drive_battery_voltages</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Drive battery voltage [V].\""] 429 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">ecms_s</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Equivalent Consumption Minimization Strategy params.\""] 430 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/electric_model-function.html">electric_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the vehicle electrics.\""] 431 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">electrical_hybridization_degree</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electrical hybridization degree (i.e., mild, full, plugin, electric).\""] 432 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">elevations</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Elevation vector [m].\""] 433 [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?\""] 434 [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?\""] 435 [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].\""] 436 [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].\""] 437 [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].\""] 438 [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?\""] 439 [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? [-].\""] 440 [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].\""] 441 [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].\""] 442 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_inertia_powers_losses</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Engine power losses due to inertia [kW].\""] 443 [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.\""] 444 [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].\""] 445 [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="\"Engine nominal power [kW].\""] 446 [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].\""] 447 [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 torque [N*m].\""] 448 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/engine_model-function.html">engine_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the vehicle engine.\""] 449 [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].\""] 450 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_n_cylinders</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">4</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Number of engine cylinders [-].\""] 451 [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].\""] 452 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_speed_at_max_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated engine speed [RPM].\""] 453 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_speed_at_max_velocity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Engine speed at maximum velocity [RPM].\""] 454 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">engine_speeds_base</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Engine speed at hot condition [RPM].\""] 455 [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].\""] 456 [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].\""] 457 [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 [-].\""] 458 [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].\""] 459 [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].\""] 460 [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="\"Engine temperature regression engine_temperature_regression_model.\""] 461 [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 thermostat temperature [°C].\""] 462 [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].\""] 463 [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).\""] 464 [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].\""] 465 [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="\"Extended CO2 emission of cycle phases [CO2g/km].\""] 466 [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="\"Extended cycle phases integration times [s].\""] 467 [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.\""] 468 [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.\""] 469 [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)].\""] 470 [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].\""] 471 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Final drive efficiency [-].\""] 472 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_mean_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Final drive mean efficiency [-].\""] 473 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/final_drive_model-function.html">final_drive_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the final drive.\""] 474 [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].\""] 475 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">final_drive_powers_out</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Final drive power out [kW].\""] 476 [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 [-].\""] 477 [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 [-].\""] 478 [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="\"Final drive speed in [RPM].\""] 479 [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].\""] 480 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">first_gear_box_ratio</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Gear box ratio of the first gear [-].\""] 481 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fmep_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Engine FMEP model.\""] 482 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">force_on_engine</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Phases when engine is on because parallel mode is forced [-].\""] 483 [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].\""] 484 [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].\""] 485 [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 [%].\""] 486 [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="\"The instantaneous fuel consumption vector [g/s].\""] 487 [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].\""] 488 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_heating_value</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Fuel heating value [kWh/l].\""] 489 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_map</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Fuel consumption map [RPM, kW, g/s].\""] 490 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">fuel_mass</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">25</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Fuel mass [kg].\""] 491 [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?\""] 492 [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, methanol, biodiesel, propane).\""] 493 [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.\""] 494 [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].\""] 495 [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].\""] 496 [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="\"T1 map torque vector [N*m].\""] 497 [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 [-].\""] 498 [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.\""] 499 [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:\""] 500 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_mean_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Gear box mean efficiency [-].\""] 501 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_mean_efficiency_guess</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Gear box mean efficiency guess [-].\""] 502 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/gear_box_model-function.html">gear_box_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Models the gear box.\""] 503 [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].\""] 504 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gear_box_powers_out</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Gear box power vector [kW].\""] 505 [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 [-].\""] 506 [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 [RPM].\""] 507 [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].\""] 508 [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].\""] 509 [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].\""] 510 [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].\""] 511 [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).\""] 512 [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 [-].\""] 513 [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 [-].\""] 514 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">gross_engine_powers_out</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Gross engine power (pre-losses) [kW].\""] 515 [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="\"Is the vehicle equipped with any brake energy recuperation technology?\""] 516 [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?\""] 517 [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?\""] 518 [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?\""] 519 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p0</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P0?\""] 520 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p1</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P1?\""] 521 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p2</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P2?\""] 522 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p2_planetary</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in planetary P2?\""] 523 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p3_front</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P3 front?\""] 524 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p3_rear</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P3 rear?\""] 525 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p4_front</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P4 front?\""] 526 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_motor_p4_rear</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">False</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=3)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Has the vehicle a motor in P4 rear?\""] 527 [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? [-].\""] 528 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">has_roof_box</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="\"Has the vehicle a roof box? [-].\""] 529 [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?\""] 530 [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?\""] 531 [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="\"The cycle's percentage in which the vehicle has sufficient power [%].\""] 532 [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? [-]\""] 533 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">hybrid_modes</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Hybrid mode status (0: EV, 1: Parallel, 2: Serial).\""] 534 [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].\""] 535 [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="\"Engine speed idle median and std [RPM].\""] 536 [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].\""] 537 [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].\""] 538 [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).\""] 539 [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 [%].\""] 540 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_drive_battery_state_of_charge</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Initial state of charge of the drive battery [%].\""] 541 [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="\"Initial engine temperature [°C].\""] 542 [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 [-].\""] 543 [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].\""] 544 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_service_battery_state_of_charge</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Initial state of charge of the service battery [%].\""] 545 [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].\""] 546 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">initial_velocity</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="\"Initial velocity [km/h].\""] 547 [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?\""] 548 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">is_hybrid</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Is the vehicle hybrid?\""] 549 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">is_plugin</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="\"First arg.\""] 550 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">is_serial</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 serial hybrid?\""] 551 [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) [-].\""] 552 [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) [-].\""] 553 [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) [-].\""] 554 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">kco2_nedc_correction_factor</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"kco2 NEDC correction factor [CO2g/km/Ah].\""] 555 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">kco2_wltp_correction_factor</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"kco2 WLTP correction factor [CO2g/Wh].\""] 556 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">ki_additive</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Additive correction for vehicles with periodically regenerating systems [CO2g/km].\""] 557 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">ki_multiplicative</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Multiplicative correction for vehicles with periodically regenerating systems [-].\""] 558 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">last_gear_box_ratio</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Gear box ratio of the last gear [-].\""] 559 [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.\""] 560 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">m1000_curve_factor</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rescaling factor of m1000 curve [N*m/1e6].\""] 561 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">m1000_curve_norm_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Normalized torques of m1000 curve [-].\""] 562 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">m1000_curve_ratios</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Speed ratios of m1000 curve [-].\""] 563 [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].\""] 564 [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 [-].\""] 565 [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].\""] 566 [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].\""] 567 [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].\""] 568 [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.\""] 569 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">maximum_vehicle_laden_mass</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Technically permissible maximum laden mass [kg].\""] 570 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">maximum_velocity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum velocity [km/h].\""] 571 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">mean_piston_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Mean piston speed vector [m/s].\""] 572 [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].\""] 573 [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].\""] 574 [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 engine power [kW].\""] 575 [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].\""] 576 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P0 efficiency [-].\""] 577 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P0 [kW].\""] 578 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P0 [kW].\""] 579 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_maximum_power_function</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power function of motor P0.\""] 580 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P0 [kW].\""] 581 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P0 [N*m].\""] 582 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P0 [kW].\""] 583 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P0 [RPM].\""] 584 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">3</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P0 speed and engine speed [-].\""] 585 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P0 [RPM].\""] 586 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p0_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P0 [N*m].\""] 587 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P1 efficiency [-].\""] 588 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P1 [kW].\""] 589 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P1 [kW].\""] 590 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_maximum_power_function</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power function of motor P1.\""] 591 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P1 [kW].\""] 592 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P1 [N*m].\""] 593 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P1 [kW].\""] 594 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P1 [RPM].\""] 595 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P1 speed and engine speed [-].\""] 596 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P1 [RPM].\""] 597 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p1_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P1 [N*m].\""] 598 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P2 efficiency [-].\""] 599 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P2 [kW].\""] 600 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P2 [kW].\""] 601 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P2 [kW].\""] 602 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P2 [N*m].\""] 603 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P2 efficiency [-].\""] 604 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of planetary motor P2 [kW].\""] 605 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of planetary motor P2 [kW].\""] 606 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_maximum_power_function</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power function of planetary motor P2.\""] 607 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of planetary motor P2 [kW].\""] 608 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of planetary motor P2 [N*m].\""] 609 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at planetary motor P2 [kW].\""] 610 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of planetary motor P2 [RPM].\""] 611 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between planetary motor P2 speed and planetary speed [-].\""] 612 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of planetary motor P2 [RPM].\""] 613 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_planetary_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at planetary motor P2 [N*m].\""] 614 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P2 [kW].\""] 615 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P2 [RPM].\""] 616 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P2 speed and gear box speed [-].\""] 617 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P2 [RPM].\""] 618 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p2_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P2 [N*m].\""] 619 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P3 efficiency [-].\""] 620 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P3 front [kW].\""] 621 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P3 [kW].\""] 622 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P3 front [kW].\""] 623 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P3 [N*m].\""] 624 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P3 front [kW].\""] 625 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P3 [RPM].\""] 626 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P3 speed and final drive speed in [-].\""] 627 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P3 [RPM].\""] 628 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_front_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P3 [N*m].\""] 629 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P3 efficiency [-].\""] 630 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P3 rear [kW].\""] 631 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P3 [kW].\""] 632 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P3 rear [kW].\""] 633 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P3 [N*m].\""] 634 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P3 rear [kW].\""] 635 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P3 [RPM].\""] 636 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P3 speed and final drive speed in [-].\""] 637 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P3 [RPM].\""] 638 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p3_rear_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P3 [N*m].\""] 639 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P4 efficiency [-].\""] 640 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P4 front [kW].\""] 641 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P4 [kW].\""] 642 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P4 front [kW].\""] 643 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P4 [N*m].\""] 644 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P4 front [kW].\""] 645 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P4 [RPM].\""] 646 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P4 speed and wheel speed [-].\""] 647 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P4 [RPM].\""] 648 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_front_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P4 [N*m].\""] 649 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.9</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Motor P4 efficiency [-].\""] 650 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Electric power of motor P4 rear [kW].\""] 651 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_maximum_power</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power of motor P4 [kW].\""] 652 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_maximum_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum power vector of motor P4 rear [kW].\""] 653 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_maximum_torque</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum torque of motor P4 [N*m].\""] 654 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Power at motor P4 rear [kW].\""] 655 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_rated_speed</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rated speed of motor P4 [RPM].\""] 656 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_speed_ratio</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">1</TD></TR><TR><TD align="RIGHT" border="1">initial_dist</TD><TD align="LEFT" border="1">inf(inf=10, num=1)</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Ratio between motor P4 speed and wheel speed [-].\""] 657 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_speeds</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Rotating speed of motor P4 [RPM].\""] 658 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motor_p4_rear_torques</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque at motor P4 [N*m].\""] 659 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">motors_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Cumulative motors electric power [kW].\""] 660 [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 [-].\""] 661 [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 [-].\""] 662 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">n_passengers</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="\"Number of passengers including driver [-].\""] 663 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">n_wheel</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Total number of wheels [-].\""] 664 [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 [-].\""] 665 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">obd_fuel_type_code</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"OBD fuel type of the vehicle [-].\""] 666 [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].\""] 667 [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 [-].\""] 668 [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 [-].\""] 669 [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:\""] 670 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">passenger_mass</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">75</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Average passenger mass [kg].\""] 671 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">path_distances</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Cumulative distance vector [m].\""] 672 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">path_elevations</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Elevation vector [m].\""] 673 [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].\""] 674 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">phases_distances</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Cycle phases distances [km].\""] 675 [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].\""] 676 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">phases_indices</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Indices of the cycle phases [-].\""] 677 [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].\""] 678 [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:\""] 679 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">planetary_mean_efficiency</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Planetary mean efficiency [-].\""] 680 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">planetary_ratio</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Fundamental planetary speed ratio [-].\""] 681 [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">0.10000011920929</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum acceleration to be at constant velocity [m/s2].\""] 682 [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].\""] 683 [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].\""] 684 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">rcb_correction</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 RCB correction?\""] 685 [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].\""] 686 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">road_state</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">dry</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Road state (i.e., dry, wet, rainfall, puddles, ice).\""] 687 [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 [-].\""] 688 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_capacity</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery capacity [Ah].\""] 689 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_charging_statuses</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery charging statuses (0: Discharge, 1: Charging, 2: BERS, 3: Initialization) [-].\""] 690 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery current vector [A].\""] 691 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_delta_state_of_charge</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Overall delta state of charge of the service battery [%].\""] 692 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery electric power [kW].\""] 693 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_electric_powers_supply_threshold</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery not charging power threshold [kW].\""] 694 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_initialization_time</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery initialization time delta [s].\""] 695 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_load</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service electric load (engine off and on) [kW].\""] 696 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_loads</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery load vector [kW].\""] 697 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_nominal_voltage</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery nominal voltage [V].\""] 698 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_start_window_width</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery start window width [s].\""] 699 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_state_of_charge_balance</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery state of charge balance [%].\""] 700 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_state_of_charge_balance_window</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Service battery state of charge balance [%].\""] 701 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_state_of_charges</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"State of charge of the service battery [%].\""] 702 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">service_battery_status_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"A function that predicts the service battery charging status.\""] 703 [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.\""] 704 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">speed_distance_correction</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Apply speed distance correction?\""] 705 [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].\""] 706 [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.\""] 707 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">start_stop_activation_time</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Start-stop activation time threshold [s].\""] 708 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">start_stop_hybrid_params</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Params of start stop model for hybrid electric vehicles.\""] 709 [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.\""] 710 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">starter_currents</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Starter currents [A].\""] 711 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">starter_efficiency</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">0.7</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Starter efficiency [-].\""] 712 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">starter_electric_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Starter electric power [kW].\""] 713 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">starter_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Starter model.\""] 714 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">starter_nominal_voltage</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Starter nominal voltage [V].\""] 715 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">starter_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Starter power [kW].\""] 716 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">static_friction</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Static friction coefficient [-].\""] 717 [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">1.00000011920929</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Maximum velocity to consider the vehicle stopped [km/h].\""] 718 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">theoretical_motive_powers</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Theoretical motive power [kW].\""] 719 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">theoretical_velocities</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Theoretical velocity vector [km/h].\""] 720 [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].\""] 721 [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].\""] 722 [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].\""] 723 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">torque_converter_speed_model</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Torque converter speed model.\""] 724 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">traction_acceleration_limit</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"traction_acceleration_limit\""] 725 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">traction_deceleration_limit</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"traction_deceleration_limit\""] 726 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">tyre_category</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Tyre category (i.e., A, B, C, D, E, F, and G).\""] 727 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">tyre_class</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">C1</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Tyre class (i.e., C1, C2, and C3).\""] 728 [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).\""] 729 [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.\""] 730 [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 [-].\""] 731 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">tyre_state</TD></TR><TR><TD align="RIGHT" border="1">default</TD><TD align="LEFT" border="1">new</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Tyre state (i.e., new or worm).\""] 732 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">unladen_mass</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Unladen mass [kg].\""] 733 [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.\""] 734 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">vehicle_body</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Vehicle body (i.e., cabriolet, sedan, hatchback, stationwagon, suv/crossover, mpv, coupé, bus, bestelwagen, pick-up).\""] 735 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">vehicle_category</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Vehicle category (i.e., A, B, C, D, E, F, S, M, and J).\""] 736 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">vehicle_height</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Vehicle height [m].\""] 737 [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].\""] 738 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/vehicle_model-function.html">vehicle_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"Calculates forces and power acting on the vehicle.\""] 739 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">vehicle_width</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Vehicle width [m].\""] 740 [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].\""] 741 [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="\"Constant velocity speed ratios of the gear box [km/(h*RPM)].\""] 742 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2">wheel_drive_load_fraction</TD></TR></TABLE>> fillcolor=cyan shape=box style="rounded,filled" tooltip="\"Repartition of the load on wheel drive axles [-].\""] 743 [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].\""] 744 [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].\""] 745 [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 wheel [N*m].\""] 746 [label=<<TABLE border="0" cellspacing="0"><TR><TD border="0" colspan="2" href="./dispatcher-1c6e8f280871dd06fc2def7627abfbe2bbed5cf5/wheels_model-function.html">wheels_model</TD></TR></TABLE>> fillcolor=springgreen shape=note style=filled tooltip="\"It models the wheel dynamics.\""] 747 [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:\""] 748 [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 params.\""] 749 [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.\""] 672 -> 738 398 -> 513 398 -> 545 398 -> 677 398 -> 718 398 -> 719 398 -> 722 398 -> 740 328 -> 398 328 -> 746 328 -> 502 328 -> 375 328 -> 430 328 -> 448 328 -> 392 328 -> 386 359 -> 398 399 -> 398 399 -> 738 399 -> 502 399 -> 430 399 -> 386 410 -> 398 411 -> 398 412 -> 398 445 -> 398 445 -> 502 445 -> 448 445 -> 386 446 -> 398 446 -> 502 446 -> 375 446 -> 448 452 -> 398 452 -> 502 452 -> 448 493 -> 398 493 -> 502 493 -> 375 493 -> 392 511 -> 398 511 -> 473 511 -> 502 511 -> 375 511 -> 448 511 -> 392 513 -> 398 513 -> 746 513 -> 473 513 -> 502 513 -> 375 513 -> 392 513 -> 335 535 -> 398 535 -> 746 535 -> 502 535 -> 375 535 -> 448 535 -> 392 535 -> 335 539 -> 398 539 -> 738 551 -> 398 552 -> 398 553 -> 398 564 -> 398 565 -> 398 566 -> 398 567 -> 398 575 -> 398 575 -> 746 575 -> 502 575 -> 430 575 -> 392 575 -> 386 685 -> 398 685 -> 738 685 -> 502 705 -> 398 721 -> 398 722 -> 398 722 -> 738 722 -> 746 722 -> 502 722 -> 375 722 -> 430 722 -> 448 722 -> 392 722 -> 335 722 -> 386 732 -> 398 732 -> 738 737 -> 398 737 -> 738 740 -> 398 740 -> 738 740 -> 746 740 -> 502 740 -> 375 740 -> 448 740 -> 392 740 -> 335 740 -> 386 748 -> 398 749 -> 398 545 -> 502 [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>>] 545 -> 448 [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>>] 677 -> 448 677 -> 386 718 -> 386 719 -> 386 738 -> 328 738 -> 352 738 -> 397 738 -> 409 738 -> 467 738 -> 469 738 -> 470 738 -> 539 738 -> 575 738 -> 660 738 -> 685 738 -> 716 738 -> 724 738 -> 725 738 -> 732 738 -> 737 738 -> 740 738 -> 742 334 -> 738 343 -> 738 351 -> 738 352 -> 738 352 -> 386 367 -> 738 393 -> 738 397 -> 738 432 -> 738 467 -> 738 467 -> 502 468 -> 738 469 -> 738 470 -> 738 483 -> 738 490 -> 738 528 -> 738 546 -> 738 660 -> 738 662 -> 738 663 -> 738 664 -> 738 664 -> 473 666 -> 738 670 -> 738 671 -> 738 686 -> 738 687 -> 738 716 -> 738 724 -> 738 725 -> 738 726 -> 738 727 -> 738 731 -> 738 734 -> 738 735 -> 738 736 -> 738 739 -> 738 742 -> 738 409 -> 386 746 -> 682 746 -> 683 746 -> 728 746 -> 730 746 -> 743 746 -> 744 746 -> 745 368 -> 746 368 -> 502 455 -> 746 455 -> 502 455 -> 375 455 -> 430 455 -> 448 455 -> 392 455 -> 335 455 -> 386 477 -> 746 477 -> 473 477 -> 502 505 -> 746 505 -> 502 506 -> 746 506 -> 502 506 -> 375 506 -> 430 506 -> 392 506 -> 335 667 -> 746 667 -> 502 667 -> 430 667 -> 448 667 -> 392 667 -> 335 681 -> 746 681 -> 502 682 -> 746 [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>>] 682 -> 502 683 -> 746 717 -> 746 717 -> 502 717 -> 375 717 -> 448 717 -> 335 728 -> 746 729 -> 746 730 -> 746 741 -> 746 741 -> 502 743 -> 364 744 -> 473 744 -> 430 364 -> 475 644 -> 364 644 -> 430 654 -> 364 654 -> 430 475 -> 473 473 -> 472 473 -> 474 473 -> 477 473 -> 478 473 -> 479 471 -> 473 476 -> 473 661 -> 473 661 -> 502 472 -> 502 472 -> 392 474 -> 365 478 -> 502 478 -> 430 478 -> 392 365 -> 504 624 -> 365 624 -> 430 634 -> 365 634 -> 430 504 -> 502 504 -> 448 502 -> 321 502 -> 322 502 -> 323 502 -> 324 502 -> 325 502 -> 326 502 -> 327 502 -> 453 502 -> 464 502 -> 480 502 -> 497 502 -> 500 502 -> 501 502 -> 503 502 -> 505 502 -> 506 502 -> 508 502 -> 509 502 -> 510 502 -> 512 502 -> 513 502 -> 558 502 -> 564 502 -> 565 502 -> 570 502 -> 661 502 -> 703 502 -> 705 502 -> 741 321 -> 502 322 -> 502 323 -> 502 324 -> 502 325 -> 502 326 -> 502 327 -> 502 436 -> 502 436 -> 448 436 -> 392 436 -> 386 444 -> 502 444 -> 448 447 -> 502 447 -> 448 453 -> 502 461 -> 502 461 -> 448 461 -> 392 480 -> 502 491 -> 502 495 -> 502 495 -> 448 498 -> 502 499 -> 502 507 -> 502 517 -> 502 532 -> 502 532 -> 375 541 -> 502 541 -> 448 543 -> 502 558 -> 502 568 -> 502 569 -> 502 570 -> 502 572 -> 502 572 -> 448 572 -> 335 572 -> 386 703 -> 502 720 -> 502 733 -> 502 500 -> 392 501 -> 392 503 -> 363 510 -> 375 512 -> 375 363 -> 373 614 -> 363 614 -> 430 373 -> 375 375 -> 369 375 -> 370 375 -> 371 375 -> 372 375 -> 374 375 -> 376 375 -> 532 375 -> 559 375 -> 560 375 -> 706 375 -> 723 370 -> 375 376 -> 375 454 -> 375 454 -> 335 456 -> 375 456 -> 448 456 -> 392 456 -> 335 559 -> 375 560 -> 375 561 -> 375 562 -> 375 706 -> 375 723 -> 375 371 -> 392 372 -> 448 374 -> 448 430 -> 345 430 -> 346 430 -> 348 430 -> 349 430 -> 350 430 -> 401 430 -> 402 430 -> 404 430 -> 405 430 -> 408 430 -> 413 430 -> 414 430 -> 415 430 -> 416 430 -> 417 430 -> 418 430 -> 419 430 -> 420 430 -> 421 430 -> 422 430 -> 423 430 -> 424 430 -> 425 430 -> 426 430 -> 428 430 -> 455 430 -> 478 430 -> 506 430 -> 519 430 -> 520 430 -> 521 430 -> 522 430 -> 523 430 -> 524 430 -> 525 430 -> 526 430 -> 540 430 -> 544 430 -> 548 430 -> 577 430 -> 578 430 -> 579 430 -> 580 430 -> 581 430 -> 582 430 -> 583 430 -> 584 430 -> 585 430 -> 586 430 -> 588 430 -> 589 430 -> 590 430 -> 591 430 -> 592 430 -> 593 430 -> 594 430 -> 595 430 -> 596 430 -> 597 430 -> 599 430 -> 600 430 -> 601 430 -> 602 430 -> 604 430 -> 605 430 -> 606 430 -> 607 430 -> 608 430 -> 609 430 -> 610 430 -> 611 430 -> 612 430 -> 613 430 -> 614 430 -> 615 430 -> 616 430 -> 617 430 -> 618 430 -> 620 430 -> 621 430 -> 622 430 -> 623 430 -> 624 430 -> 625 430 -> 626 430 -> 627 430 -> 628 430 -> 630 430 -> 631 430 -> 632 430 -> 633 430 -> 634 430 -> 635 430 -> 636 430 -> 637 430 -> 638 430 -> 640 430 -> 641 430 -> 642 430 -> 643 430 -> 644 430 -> 645 430 -> 646 430 -> 647 430 -> 648 430 -> 650 430 -> 651 430 -> 652 430 -> 653 430 -> 654 430 -> 655 430 -> 656 430 -> 657 430 -> 658 430 -> 659 430 -> 679 430 -> 680 430 -> 688 430 -> 689 430 -> 690 430 -> 691 430 -> 692 430 -> 693 430 -> 694 430 -> 695 430 -> 696 430 -> 697 430 -> 699 430 -> 700 430 -> 701 430 -> 702 430 -> 710 430 -> 712 430 -> 713 430 -> 714 430 -> 715 430 -> 744 344 -> 430 345 -> 430 346 -> 430 347 -> 430 347 -> 386 348 -> 430 349 -> 430 400 -> 430 401 -> 430 402 -> 430 402 -> 392 403 -> 430 404 -> 430 405 -> 430 408 -> 430 413 -> 430 413 -> 386 414 -> 430 416 -> 430 416 -> 386 417 -> 430 418 -> 430 420 -> 430 421 -> 430 422 -> 430 423 -> 430 423 -> 386 424 -> 430 425 -> 430 426 -> 430 426 -> 392 427 -> 430 428 -> 430 431 -> 430 449 -> 430 449 -> 392 451 -> 430 451 -> 448 451 -> 392 451 -> 335 451 -> 386 457 -> 430 457 -> 335 515 -> 430 519 -> 430 520 -> 430 521 -> 430 522 -> 430 522 -> 392 523 -> 430 524 -> 430 525 -> 430 526 -> 430 540 -> 430 544 -> 430 576 -> 430 576 -> 392 577 -> 430 577 -> 392 578 -> 430 578 -> 392 581 -> 430 582 -> 430 582 -> 448 583 -> 430 584 -> 430 584 -> 392 585 -> 430 586 -> 430 587 -> 430 587 -> 392 588 -> 430 588 -> 392 589 -> 430 589 -> 392 592 -> 430 593 -> 430 593 -> 448 594 -> 430 595 -> 430 595 -> 392 596 -> 430 597 -> 430 598 -> 430 598 -> 392 599 -> 430 599 -> 392 600 -> 430 600 -> 392 602 -> 430 603 -> 430 603 -> 392 604 -> 430 604 -> 392 605 -> 430 605 -> 392 608 -> 430 609 -> 430 609 -> 448 610 -> 430 611 -> 430 611 -> 392 612 -> 430 613 -> 430 615 -> 430 616 -> 430 617 -> 430 618 -> 430 619 -> 430 619 -> 392 620 -> 430 620 -> 392 621 -> 430 621 -> 392 623 -> 430 625 -> 430 626 -> 430 627 -> 430 628 -> 430 629 -> 430 629 -> 392 630 -> 430 630 -> 392 631 -> 430 631 -> 392 633 -> 430 635 -> 430 636 -> 430 637 -> 430 638 -> 430 639 -> 430 639 -> 392 640 -> 430 640 -> 392 641 -> 430 641 -> 392 643 -> 430 645 -> 430 646 -> 430 647 -> 430 648 -> 430 649 -> 430 649 -> 392 650 -> 430 650 -> 392 651 -> 430 651 -> 392 653 -> 430 655 -> 430 656 -> 430 657 -> 430 658 -> 430 679 -> 430 679 -> 392 680 -> 430 680 -> 392 688 -> 430 689 -> 430 690 -> 430 692 -> 430 692 -> 386 693 -> 430 694 -> 430 695 -> 430 696 -> 430 697 -> 430 698 -> 430 699 -> 430 700 -> 430 701 -> 430 702 -> 430 711 -> 430 712 -> 430 714 -> 430 350 -> 448 415 -> 386 419 -> 392 548 -> 448 548 -> 392 548 -> 335 548 -> 386 579 -> 392 590 -> 392 601 -> 392 606 -> 392 622 -> 392 632 -> 392 642 -> 392 652 -> 392 659 -> 392 713 -> 392 448 -> 330 448 -> 331 448 -> 332 448 -> 333 448 -> 340 448 -> 354 448 -> 355 448 -> 356 448 -> 358 448 -> 361 448 -> 362 448 -> 366 448 -> 384 448 -> 385 448 -> 389 448 -> 390 448 -> 391 448 -> 436 448 -> 437 448 -> 440 448 -> 441 448 -> 442 448 -> 444 448 -> 445 448 -> 446 448 -> 447 448 -> 449 448 -> 451 448 -> 452 448 -> 455 448 -> 456 448 -> 459 448 -> 460 448 -> 461 448 -> 462 448 -> 463 448 -> 465 448 -> 466 448 -> 481 448 -> 484 448 -> 486 448 -> 489 448 -> 492 448 -> 493 448 -> 494 448 -> 495 448 -> 514 448 -> 516 448 -> 531 448 -> 534 448 -> 535 448 -> 536 448 -> 537 448 -> 538 448 -> 541 448 -> 542 448 -> 548 448 -> 563 448 -> 571 448 -> 574 329 -> 448 339 -> 448 339 -> 335 354 -> 448 354 -> 392 356 -> 448 356 -> 392 357 -> 448 360 -> 448 366 -> 448 387 -> 448 388 -> 448 389 -> 448 389 -> 386 435 -> 448 435 -> 386 437 -> 448 437 -> 386 438 -> 448 439 -> 448 441 -> 448 443 -> 448 450 -> 448 458 -> 448 458 -> 386 460 -> 448 462 -> 448 463 -> 448 463 -> 386 484 -> 448 484 -> 386 486 -> 448 492 -> 448 492 -> 386 494 -> 448 496 -> 448 516 -> 448 518 -> 448 529 -> 448 536 -> 448 537 -> 448 538 -> 448 542 -> 448 547 -> 448 547 -> 392 547 -> 335 563 -> 448 665 -> 448 668 -> 448 668 -> 335 673 -> 448 673 -> 386 674 -> 448 361 -> 392 384 -> 386 481 -> 386 489 -> 392 571 -> 386 574 -> 386 392 -> 342 392 -> 394 392 -> 429 392 -> 454 392 -> 456 392 -> 457 392 -> 482 392 -> 533 392 -> 577 392 -> 588 392 -> 599 392 -> 604 392 -> 620 392 -> 630 392 -> 640 392 -> 650 392 -> 667 392 -> 707 392 -> 708 392 -> 709 336 -> 392 336 -> 335 341 -> 392 341 -> 335 342 -> 392 342 -> 335 342 -> 386 394 -> 392 429 -> 392 530 -> 392 533 -> 392 550 -> 392 573 -> 392 707 -> 392 708 -> 392 709 -> 392 482 -> 386 335 -> 336 335 -> 337 335 -> 338 335 -> 339 335 -> 341 335 -> 342 335 -> 454 335 -> 668 337 -> 335 338 -> 335 386 -> 383 386 -> 395 386 -> 396 386 -> 406 386 -> 407 386 -> 484 386 -> 485 386 -> 488 386 -> 554 386 -> 555 386 -> 557 386 -> 669 386 -> 673 386 -> 674 386 -> 675 386 -> 676 386 -> 678 386 -> 684 386 -> 747 353 -> 386 377 -> 386 378 -> 386 379 -> 386 380 -> 386 381 -> 386 382 -> 386 383 -> 386 433 -> 386 434 -> 386 485 -> 386 487 -> 386 527 -> 386 549 -> 386 554 -> 386 555 -> 386 556 -> 386 557 -> 386 684 -> 386 704 -> 386 }

CO2MPAS physical 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).
CVT Continuously variable transmission model.
DTGS A decision tree to predict gears.
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 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_cooling_duration After treatment cooling duration [s].
after_treatment_power_model After treatment speed model.
after_treatment_speed_model After treatment speed model.
after_treatment_speeds_delta Engine speed delta due to the after treatment warm up [RPM].
after_treatment_temperature_threshold Engine coolant temperature threshold when the after treatment system is warm [°C].
after_treatment_warm_up_duration After treatment warm up duration [s].
after_treatment_warm_up_phases Phases when engine speed is affected by the after treatment warm up [-].
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 currents [A].
alternator_efficiency Alternator efficiency [-].
alternator_electric_powers Alternator electric power [kW].
alternator_nominal_voltage Alternator nominal voltage [V].
alternator_powers Alternator power [kW].
angle_slope Angle slope [rad].
angle_slopes Angle slope vector [rad].
atct_family_correction_factor Family correction factor for representative regional temperatures [-].
auxiliaries_power_loss Constant power loss due to engine auxiliaries [kW].
auxiliaries_power_losses Engine power losses due to engine auxiliaries [kW].
auxiliaries_torque_loss Constant torque loss due to engine auxiliaries [N*m].
auxiliaries_torque_loss_factors Constant torque loss factors due to engine auxiliaries [N/m2, N*m].
auxiliaries_torque_losses Engine torque losses due to engine auxiliaries [N*m].
bag_phases Bag phases [-].
belt_efficiency Belt efficiency [-].
belt_mean_efficiency Belt mean efficiency [-].
brake_powers  
calibration_status  
cargo_mass Cargo mass [kg].
change_gear_window_width Time window used to apply gear change filters [s].
clutch_phases When the clutch is active [-].
clutch_speed_model Clutch speed model.
clutch_tc_mean_efficiency Clutch or torque converter mean efficiency [-].
clutch_tc_powers Clutch or torque converter power [kW].
clutch_tc_powers_out Clutch or torque converter power out [kW].
clutch_tc_speeds_delta Engine speed delta due to the clutch or torque converter [RPM].
clutch_window Clutching time window [s].
co2_emission_EUDC CO2 emission on EUDC NEDC phase [CO2g/km].
co2_emission_UDC CO2 emission on UDC NEDC phase [CO2g/km].
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 corrected for RCB [CO2g/km].
co2_emissions CO2 instantaneous emissions vector [CO2g/s].
co2_emissions_model CO2 emissions model (co2_emissions = models(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.
co2_rescaling_scores  
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.
corrected_co2_emission_value Corrected CO2 emission value of the cycle [CO2g/km].
corrected_sustaining_co2_emission_value Corrected CO2 emission value of the cycle [CO2g/km].
curb_mass Curb mass [kg].
cycle_type Cycle type (WLTP or NEDC).
dcdc_charging_currents Mean charging currents of the DC/DC converter (for negative and positive power)[A].
dcdc_converter_currents DC/DC converter currents [A].
dcdc_converter_efficiency DC/DC converter efficiency [-].
dcdc_converter_electric_powers DC/DC converter electric power [kW].
dcdc_converter_electric_powers_demand DC/DC converter electric power demand [kW].
dcdc_current_model DC/DC converter current model.
declared_co2_emission_value  
declared_sustaining_co2_emission_value  
delta_time_engine_starter Time elapsed to turn on the engine with electric starter [s].
distances Cumulative distance vector [m].
downscale_factor Velocity downscale factor [-].
downscale_factor_threshold Velocity downscale factor threshold [-].
downscale_phases Downscale phases [s].
drive_battery_capacity Drive battery capacity [Ah].
drive_battery_currents Drive battery current vector [A].
drive_battery_delta_state_of_charge Overall delta state of charge of the drive battery [%].
drive_battery_electric_powers Drive battery electric power [kW].
drive_battery_load Drive electric load [kW].
drive_battery_loads Drive battery load vector [kW].
drive_battery_model Drive battery current model.
drive_battery_n_cells Number of battery cells [-].
drive_battery_n_parallel_cells Number of battery cells in parallel [-].
drive_battery_n_series_cells Number of battery cells in series [-].
drive_battery_nominal_voltage Drive battery nominal voltage [V].
drive_battery_ocv Drive battery open circuit voltage [V].
drive_battery_r0 Drive battery resistance [ohm].
drive_battery_state_of_charges State of charge of the drive battery [%].
drive_battery_technology Drive battery technology type (e.g., NiMH, Li-NCA (Li-Ni-Co-Al), etc.).
drive_battery_voltages Drive battery voltage [V].
ecms_s Equivalent Consumption Minimization Strategy params.
electrical_hybridization_degree Electrical hybridization degree (i.e., mild, full, plugin, electric).
elevations Elevation vector [m].
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_inertia_powers_losses Engine power losses due to inertia [kW].
engine_is_turbo If the engine is equipped with any kind of charging.
engine_mass Engine mass [kg].
engine_max_power Engine nominal power [kW].
engine_max_speed Maximum allowed engine speed [RPM].
engine_max_torque Engine nominal torque [N*m].
engine_moment_inertia Engine moment of inertia [kg*m2].
engine_n_cylinders Number of engine cylinders [-].
engine_powers_out Engine power vector [kW].
engine_speed_at_max_power Rated engine speed [RPM].
engine_speed_at_max_velocity Engine speed at maximum velocity [RPM].
engine_speeds_base Engine speed at hot condition [RPM].
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 Engine temperature regression engine_temperature_regression_model.
engine_thermostat_temperature Engine thermostat 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 Extended CO2 emission of cycle phases [CO2g/km].
extended_phases_integration_times Extended 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_mean_efficiency Final drive mean efficiency [-].
final_drive_powers_in Final drive power in [kW].
final_drive_powers_out Final drive power out [kW].
final_drive_ratio Final drive ratio [-].
final_drive_ratios Final drive ratios [-].
final_drive_speeds_in Final drive speed in [RPM].
final_drive_torques_in Final drive torque in [N*m].
first_gear_box_ratio Gear box ratio of the first gear [-].
fmep_model Engine FMEP model.
force_on_engine Phases when engine is on because parallel mode is forced [-].
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 The instantaneous fuel consumption vector [g/s].
fuel_density Fuel density [g/l].
fuel_heating_value Fuel heating value [kWh/l].
fuel_map Fuel consumption map [RPM, kW, g/s].
fuel_mass Fuel mass [kg].
fuel_saving_at_strategy Apply the eco-mode gear shifting?
fuel_type Fuel type (diesel, gasoline, LPG, NG, ethanol, methanol, biodiesel, propane).
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 T1 map torque vector [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_mean_efficiency Gear box mean efficiency [-].
gear_box_mean_efficiency_guess Gear box mean efficiency guess [-].
gear_box_powers_in Gear box power vector [kW].
gear_box_powers_out Gear box power vector [kW].
gear_box_ratios Gear box ratios [-].
gear_box_speeds_in Gear box speed [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 [-].
gross_engine_powers_out Gross engine power (pre-losses) [kW].
has_energy_recuperation Is the vehicle equipped with any brake energy recuperation technology?
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_motor_p0 Has the vehicle a motor in P0?
has_motor_p1 Has the vehicle a motor in P1?
has_motor_p2 Has the vehicle a motor in P2?
has_motor_p2_planetary Has the vehicle a motor in planetary P2?
has_motor_p3_front Has the vehicle a motor in P3 front?
has_motor_p3_rear Has the vehicle a motor in P3 rear?
has_motor_p4_front Has the vehicle a motor in P4 front?
has_motor_p4_rear Has the vehicle a motor in P4 rear?
has_periodically_regenerating_systems Does the vehicle has periodically regenerating systems? [-].
has_roof_box Has the vehicle a roof box? [-].
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 The cycle’s percentage in which the vehicle has sufficient power [%].
has_torque_converter Does the vehicle use torque converter? [-]
hybrid_modes Hybrid mode status (0: EV, 1: Parallel, 2: Serial).
identified_co2_emissions CO2 instantaneous emissions vector [CO2g/s].
idle_engine_speed Engine speed idle median and std [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_drive_battery_state_of_charge Initial state of charge of the drive battery [%].
initial_engine_temperature Initial engine temperature [°C].
initial_friction_params Engine initial friction params l & l2 [-].
initial_gear_box_temperature Initial gear box temperature [°C].
initial_service_battery_state_of_charge Initial state of charge of the service battery [%].
initial_temperature Initial engine temperature [°C].
initial_velocity Initial velocity [km/h].
is_cycle_hot Is an hot cycle?
is_hybrid Is the vehicle hybrid?
is_plugin First arg.
is_serial Is the vehicle serial 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) [-].
kco2_nedc_correction_factor kco2 NEDC correction factor [CO2g/km/Ah].
kco2_wltp_correction_factor kco2 WLTP correction factor [CO2g/Wh].
ki_additive Additive correction for vehicles with periodically regenerating systems [CO2g/km].
ki_multiplicative Multiplicative correction for vehicles with periodically regenerating systems [-].
last_gear_box_ratio Gear box ratio of the last gear [-].
lockup_speed_ratio Minimum speed ratio where torque ratio==1.
m1000_curve_factor Rescaling factor of m1000 curve [N*m/1e6].
m1000_curve_norm_torques Normalized torques of m1000 curve [-].
m1000_curve_ratios Speed ratios of m1000 curve [-].
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.
maximum_vehicle_laden_mass Technically permissible maximum laden mass [kg].
maximum_velocity Maximum velocity [km/h].
mean_piston_speeds Mean piston speed vector [m/s].
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 engine power [kW].
motive_powers Motive power [kW].
motor_p0_efficiency Motor P0 efficiency [-].
motor_p0_electric_powers Electric power of motor P0 [kW].
motor_p0_maximum_power Maximum power of motor P0 [kW].
motor_p0_maximum_power_function Maximum power function of motor P0.
motor_p0_maximum_powers Maximum power vector of motor P0 [kW].
motor_p0_maximum_torque Maximum torque of motor P0 [N*m].
motor_p0_powers Power at motor P0 [kW].
motor_p0_rated_speed Rated speed of motor P0 [RPM].
motor_p0_speed_ratio Ratio between motor P0 speed and engine speed [-].
motor_p0_speeds Rotating speed of motor P0 [RPM].
motor_p0_torques Torque at motor P0 [N*m].
motor_p1_efficiency Motor P1 efficiency [-].
motor_p1_electric_powers Electric power of motor P1 [kW].
motor_p1_maximum_power Maximum power of motor P1 [kW].
motor_p1_maximum_power_function Maximum power function of motor P1.
motor_p1_maximum_powers Maximum power vector of motor P1 [kW].
motor_p1_maximum_torque Maximum torque of motor P1 [N*m].
motor_p1_powers Power at motor P1 [kW].
motor_p1_rated_speed Rated speed of motor P1 [RPM].
motor_p1_speed_ratio Ratio between motor P1 speed and engine speed [-].
motor_p1_speeds Rotating speed of motor P1 [RPM].
motor_p1_torques Torque at motor P1 [N*m].
motor_p2_efficiency Motor P2 efficiency [-].
motor_p2_electric_powers Electric power of motor P2 [kW].
motor_p2_maximum_power Maximum power of motor P2 [kW].
motor_p2_maximum_powers Maximum power vector of motor P2 [kW].
motor_p2_maximum_torque Maximum torque of motor P2 [N*m].
motor_p2_planetary_efficiency Motor P2 efficiency [-].
motor_p2_planetary_electric_powers Electric power of planetary motor P2 [kW].
motor_p2_planetary_maximum_power Maximum power of planetary motor P2 [kW].
motor_p2_planetary_maximum_power_function Maximum power function of planetary motor P2.
motor_p2_planetary_maximum_powers Maximum power vector of planetary motor P2 [kW].
motor_p2_planetary_maximum_torque Maximum torque of planetary motor P2 [N*m].
motor_p2_planetary_powers Power at planetary motor P2 [kW].
motor_p2_planetary_rated_speed Rated speed of planetary motor P2 [RPM].
motor_p2_planetary_speed_ratio Ratio between planetary motor P2 speed and planetary speed [-].
motor_p2_planetary_speeds Rotating speed of planetary motor P2 [RPM].
motor_p2_planetary_torques Torque at planetary motor P2 [N*m].
motor_p2_powers Power at motor P2 [kW].
motor_p2_rated_speed Rated speed of motor P2 [RPM].
motor_p2_speed_ratio Ratio between motor P2 speed and gear box speed [-].
motor_p2_speeds Rotating speed of motor P2 [RPM].
motor_p2_torques Torque at motor P2 [N*m].
motor_p3_front_efficiency Motor P3 efficiency [-].
motor_p3_front_electric_powers Electric power of motor P3 front [kW].
motor_p3_front_maximum_power Maximum power of motor P3 [kW].
motor_p3_front_maximum_powers Maximum power vector of motor P3 front [kW].
motor_p3_front_maximum_torque Maximum torque of motor P3 [N*m].
motor_p3_front_powers Power at motor P3 front [kW].
motor_p3_front_rated_speed Rated speed of motor P3 [RPM].
motor_p3_front_speed_ratio Ratio between motor P3 speed and final drive speed in [-].
motor_p3_front_speeds Rotating speed of motor P3 [RPM].
motor_p3_front_torques Torque at motor P3 [N*m].
motor_p3_rear_efficiency Motor P3 efficiency [-].
motor_p3_rear_electric_powers Electric power of motor P3 rear [kW].
motor_p3_rear_maximum_power Maximum power of motor P3 [kW].
motor_p3_rear_maximum_powers Maximum power vector of motor P3 rear [kW].
motor_p3_rear_maximum_torque Maximum torque of motor P3 [N*m].
motor_p3_rear_powers Power at motor P3 rear [kW].
motor_p3_rear_rated_speed Rated speed of motor P3 [RPM].
motor_p3_rear_speed_ratio Ratio between motor P3 speed and final drive speed in [-].
motor_p3_rear_speeds Rotating speed of motor P3 [RPM].
motor_p3_rear_torques Torque at motor P3 [N*m].
motor_p4_front_efficiency Motor P4 efficiency [-].
motor_p4_front_electric_powers Electric power of motor P4 front [kW].
motor_p4_front_maximum_power Maximum power of motor P4 [kW].
motor_p4_front_maximum_powers Maximum power vector of motor P4 front [kW].
motor_p4_front_maximum_torque Maximum torque of motor P4 [N*m].
motor_p4_front_powers Power at motor P4 front [kW].
motor_p4_front_rated_speed Rated speed of motor P4 [RPM].
motor_p4_front_speed_ratio Ratio between motor P4 speed and wheel speed [-].
motor_p4_front_speeds Rotating speed of motor P4 [RPM].
motor_p4_front_torques Torque at motor P4 [N*m].
motor_p4_rear_efficiency Motor P4 efficiency [-].
motor_p4_rear_electric_powers Electric power of motor P4 rear [kW].
motor_p4_rear_maximum_power Maximum power of motor P4 [kW].
motor_p4_rear_maximum_powers Maximum power vector of motor P4 rear [kW].
motor_p4_rear_maximum_torque Maximum torque of motor P4 [N*m].
motor_p4_rear_powers Power at motor P4 rear [kW].
motor_p4_rear_rated_speed Rated speed of motor P4 [RPM].
motor_p4_rear_speed_ratio Ratio between motor P4 speed and wheel speed [-].
motor_p4_rear_speeds Rotating speed of motor P4 [RPM].
motor_p4_rear_torques Torque at motor P4 [N*m].
motors_electric_powers Cumulative motors electric power [kW].
n_dyno_axes Number of dyno axes [-].
n_gears Number of gears [-].
n_passengers Number of passengers including driver [-].
n_wheel Total number of wheels [-].
n_wheel_drive Number of wheel drive [-].
obd_fuel_type_code OBD fuel type of the vehicle [-].
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:
passenger_mass Average passenger mass [kg].
path_distances Cumulative distance vector [m].
path_elevations Elevation vector [m].
phases_co2_emissions CO2 emission of cycle phases [CO2g/km].
phases_distances Cycle phases distances [km].
phases_fuel_consumptions Fuel consumption of cycle phases [l/100km].
phases_indices Indices of the cycle phases [-].
phases_integration_times Cycle phases integration times [s].
phases_willans_factors Willans factors:
planetary_mean_efficiency Planetary mean efficiency [-].
planetary_ratio Fundamental planetary speed ratio [-].
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].
rcb_correction Apply RCB correction?
road_loads Cycle road loads [N, N/(km/h), N/(km/h)^2].
road_state Road state (i.e., dry, wet, rainfall, puddles, ice).
rolling_resistance_coeff Rolling resistance coefficient [-].
service_battery_capacity Service battery capacity [Ah].
service_battery_charging_statuses Service battery charging statuses (0: Discharge, 1: Charging, 2: BERS, 3: Initialization) [-].
service_battery_currents Service battery current vector [A].
service_battery_delta_state_of_charge Overall delta state of charge of the service battery [%].
service_battery_electric_powers Service battery electric power [kW].
service_battery_electric_powers_supply_threshold Service battery not charging power threshold [kW].
service_battery_initialization_time Service battery initialization time delta [s].
service_battery_load Service electric load (engine off and on) [kW].
service_battery_loads Service battery load vector [kW].
service_battery_nominal_voltage Service battery nominal voltage [V].
service_battery_start_window_width Service battery start window width [s].
service_battery_state_of_charge_balance Service battery state of charge balance [%].
service_battery_state_of_charge_balance_window Service battery state of charge balance [%].
service_battery_state_of_charges State of charge of the service battery [%].
service_battery_status_model A function that predicts the service battery charging status.
specific_gear_shifting Specific gear shifting model.
speed_distance_correction Apply speed distance correction?
speed_velocity_ratios Speed velocity ratios of the gear box [h*RPM/km].
stand_still_torque_ratio Torque ratio when speed ratio==0.
start_stop_activation_time Start-stop activation time threshold [s].
start_stop_hybrid_params Params of start stop model for hybrid electric vehicles.
start_stop_model Start/stop model.
starter_currents Starter currents [A].
starter_efficiency Starter efficiency [-].
starter_electric_powers Starter electric power [kW].
starter_model Starter model.
starter_nominal_voltage Starter nominal voltage [V].
starter_powers Starter power [kW].
static_friction Static friction coefficient [-].
stop_velocity Maximum velocity to consider the vehicle stopped [km/h].
theoretical_motive_powers Theoretical motive power [kW].
theoretical_velocities Theoretical velocity vector [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_speed_model Torque converter speed model.
traction_acceleration_limit  
traction_deceleration_limit  
tyre_category Tyre category (i.e., A, B, C, D, E, F, and G).
tyre_class Tyre class (i.e., C1, C2, and C3).
tyre_code Tyre code (e.g.,P225/70R14).
tyre_dimensions Tyre dimensions.
tyre_dynamic_rolling_coefficient Dynamic rolling coefficient [-].
tyre_state Tyre state (i.e., new or worm).
unladen_mass Unladen mass [kg].
use_dt_gear_shifting If to use decision tree classifiers to predict gears.
vehicle_body Vehicle body (i.e., cabriolet, sedan, hatchback, stationwagon, suv/crossover, mpv, coupé, bus, bestelwagen, pick-up).
vehicle_category Vehicle category (i.e., A, B, C, D, E, F, S, M, and J).
vehicle_height Vehicle height [m].
vehicle_mass Vehicle mass [kg].
vehicle_width Vehicle width [m].
velocities Velocity vector [km/h].
velocity_speed_ratios Constant velocity speed ratios of the gear box [km/(h*RPM)].
wheel_drive_load_fraction Repartition of the load on wheel drive axles [-].
wheel_powers Power at the wheels [kW].
wheel_speeds Rotating speed of the wheel [RPM].
wheel_torques Torque at the wheel [N*m].
willans_factors Willans factors:
wltp_base_model WLTP base model params.
wltp_class WLTP vehicle class.
CO2MPAS physical model’s functions
calculate_clutch_tc_powers_out Calculate gear box power vector [kW].
calculate_final_drive_powers_out Calculate final drive power out [kW].
calculate_gear_box_powers_out Calculate gear box power vector [kW].
CO2MPAS physical model’s dispatchers
after_treat_model Models the after treatment.
clutch_torque_converter_model Models the clutch and torque-converter.
co2_model Models the legislation corrections.
control_model Models the vehicle control strategy.
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.