PyANGKernel.GKVehicle

class GKVehicle

Class that defines vehicle characteristics

Synopsis

Methods

• def __init__()

• def addPollutant()

• def addPollutantForEngineType()

• def addVehicleClass()

• def affectedByMFC()

• def affectedByTWOPAS()

• def checkDieselEngineType()

• def checkElectricEngineType()

• def checkEngineType()

• def checkEngineTypePercentages()

• def checkLEMEngineTypePercentages()

• def checkLPGEngineType()

• def checkPetrolEngineType()

• def clearDoors()

• def clearVariableReactionTimes()

• def clearVariableReactionTimesMeso()

• def getAccelerationAggressivenessDeviation()

• def getAccelerationAggressivenessMax()

• def getAccelerationAggressivenessMean()

• def getAccelerationAggressivenessMin()

• def getAccesoriesPowerDev()

• def getAccesoriesPowerMax()

• def getAccesoriesPowerMean()

• def getAccesoriesPowerMin()

• def getAggressivenessLevelMax()

• def getAggressivenessLevelMin()

• def getAllowModel2D()

• def getCACCConnectedDistanceGain()

• def getCACCConnectedSpeedGain()

• def getCACCGapThresholdMax()

• def getCACCGapThresholdMin()

• def getCACCTimeGapFollower()

• def getCACCTimeGapLeader()

• def getCFAggressivenessDeviation()

• def getCFAggressivenessMax()

• def getCFAggressivenessMean()

• def getCFAggressivenessMin()

• def getCapacity()

• def getCapacityAsPassengers()

• def getCapacityType()

• def getCategory()

• def getChangeLaneCooperation()

• def getClearanceDeviation()

• def getClearanceMax()

• def getClearanceMean()

• def getClearanceMin()

• def getClearanceThresholdMax()

• def getClearanceThresholdMin()

• def getCruisingTolerance()

• def getDesiredTimeGapDeviation()

• def getDesiredTimeGapMax()

• def getDesiredTimeGapMean()

• def getDesiredTimeGapMin()

• def getDieselEnginePercentage()

• def getDistanceGain()

• def getElectricEnginePercentage()

• def getEnRouteODRoutesPercentage()

• def getEnRoutePathAssignmentResultsPercentage()

• def getEnRouteRouteChoiceModelsPercentage()

• def getEngineTypeFleetMix()

• def getEquippedVehs()

• def getGapCooperation()

• def getGiveWayDeviation()

• def getGiveWayMax()

• def getGiveWayMean()

• def getGiveWayMin()

• def getGuidanceDeviation()

• def getGuidanceMax()

• def getGuidanceMean()

• def getGuidanceMin()

• def getImprudentLaneChanging()

• def getInitialEnergyLevelDev()

• def getInitialEnergyLevelMax()

• def getInitialEnergyLevelMean()

• def getInitialEnergyLevelMin()

• def getIsPTVehicle()

• def getKeepFastLane()

• def getKeepToTheSide()

• def getLPGEnginePercentage()

• def getLaneRecoverySpeedThreshold()

• def getLateralClearanceDeviation()

• def getLateralClearanceMax()

• def getLateralClearanceMean()

• def getLateralClearanceMin()

• def getLengthDeviation()

• def getLengthMax()

• def getLengthMean()

• def getLengthMin()

• def getLookAheadDistanceFactorMax()

• def getLookAheadDistanceFactorMin()

• def getMaxAccelerationDeviation()

• def getMaxAccelerationMax()

• def getMaxAccelerationMean()

• def getMaxAccelerationMin()

• def getMaxDecelerationDeviation()

• def getMaxDecelerationMax()

• def getMaxDecelerationMean()

• def getMaxDecelerationMin()

• def getMaxLateralSpeedDeviation()

• def getMaxLateralSpeedMax()

• def getMaxLateralSpeedMean()

• def getMaxLateralSpeedMin()

• def getMaxSpeedDeviation()

• def getMaxSpeedMax()

• def getMaxSpeedMean()

• def getMaxSpeedMin()

• def getMinimumHeadwayDeviation()

• def getMinimumHeadwayMax()

• def getMinimumHeadwayMean()

• def getMinimumHeadwayMin()

• def getNormalDecelerationDeviation()

• def getNormalDecelerationMax()

• def getNormalDecelerationMean()

• def getNormalDecelerationMin()

• def getODRoutesPercentage()

• def getOvertakeSpeed()

• def getOvertakingMarginDeviation()

• def getOvertakingMarginMax()

• def getOvertakingMarginMean()

• def getOvertakingMarginMin()

• def getPCU()

• def getPathAssignmentResultsPercentage()

• def getPetrolEnginePercentage()

• def getPollutants()

• def getPollutantsForEngine()

• def getProportionEquippedWithACC()

• def getProportionEquippedWithCACC()

• def getQuartetEmissionUsages()

• def getSafetyMarginFactorDeviation()

• def getSafetyMarginFactorMax()

• def getSafetyMarginFactorMean()

• def getSafetyMarginFactorMin()

• def getSeatingCapacity()

• def getSeatingCapacityAsPassengers()

• def getSensitivityFactorDeviation()

• def getSensitivityFactorMax()

• def getSensitivityFactorMean()

• def getSensitivityFactorMin()

• def getSpeedAcceptanceDeviation()

• def getSpeedAcceptanceMax()

• def getSpeedAcceptanceMean()

• def getSpeedAcceptanceMin()

• def getSpeedGainFollowing()

• def getSpeedGainFreeFlow()

• def getStopAndGo()

• def getTransportationMode()

• def getValueOfTimeDeviation()

• def getValueOfTimeMax()

• def getValueOfTimeMean()

• def getValueOfTimeMin()

• def getVariableReactionTimes()

• def getVariableReactionTimesMeso()

• def getVehicleClasses()

• def getWeightDeviation()

• def getWeightFrontAreaDeviation()

• def getWeightFrontAreaMax()

• def getWeightFrontAreaMean()

• def getWeightFrontAreaMin()

• def getWeightHorsePowerDeviation()

• def getWeightHorsePowerMax()

• def getWeightHorsePowerMean()

• def getWeightHorsePowerMin()

• def getWeightMax()

• def getWeightMean()

• def getWeightMin()

• def getWidthDeviation()

• def getWidthMax()

• def getWidthMean()

• def getWidthMin()

• def isCar()

• def isMotorbike()

• def isMotorized()

• def pertainToVehicleClass()

• def removePollutant()

• def removePollutantForEngineType()

• def removeVehicleClass()

• def renamePollutant()

• def setAccelerationAggressiveness()

• def setAccelerationAggressivenessDeviation()

• def setAccelerationAggressivenessMax()

• def setAccelerationAggressivenessMean()

• def setAccelerationAggressivenessMin()

• def setAccesoriesPowerDev()

• def setAccesoriesPowerMax()

• def setAccesoriesPowerMean()

• def setAccesoriesPowerMin()

• def setAffectedByMFC()

• def setAffectedByTWOPAS()

• def setAggressivenessLevelMax()

• def setAggressivenessLevelMin()

• def setAllowModel2D()

• def setArticulated()

• def setCACCConnectedDistanceGain()

• def setCACCConnectedSpeedGain()

• def setCACCGapThresholdMax()

• def setCACCGapThresholdMin()

• def setCACCTimeGapLeader()

• def setCFAggressiveness()

• def setCFAggressivenessDeviation()

• def setCFAggressivenessMax()

• def setCFAggressivenessMean()

• def setCFAggressivenessMin()

• def setCapacity()

• def setCapacityAsPassengers()

• def setCapacityType()

• def setCategory()

• def setChangeLaneCooperation()

• def setClearance()

• def setClearanceDeviation()

• def setClearanceMax()

• def setClearanceMean()

• def setClearanceMin()

• def setClearanceThresholdMax()

• def setClearanceThresholdMin()

• def setCruisingTolerance()

• def setDesiredTimeGap()

• def setDesiredTimeGapDeviation()

• def setDesiredTimeGapMax()

• def setDesiredTimeGapMean()

• def setDesiredTimeGapMin()

• def setDieselEnginePercentage()

• def setDistanceGain()

• def setElectricEnginePercentage()

• def setEnRouteODRoutesPercentage()

• def setEnRoutePathAssignmentResultsPercentage()

• def setEnRouteRouteChoiceModelsPercentage()

• def setEngineTypeFleetMix()

• def setEquippedVehs()

• def setGapCooperation()

• def setGiveWay()

• def setGiveWayDeviation()

• def setGiveWayMax()

• def setGiveWayMean()

• def setGiveWayMin()

• def setGuidance()

• def setGuidanceDeviation()

• def setGuidanceMax()

• def setGuidanceMean()

• def setGuidanceMin()

• def setImprudentLaneChanging()

• def setInitialEnergyLevelDev()

• def setInitialEnergyLevelMax()

• def setInitialEnergyLevelMean()

• def setInitialEnergyLevelMin()

• def setIsPTVehicle()

• def setKeepFastLane()

• def setKeepToTheSide()

• def setLPGEnginePercentage()

• def setLaneRecoverySpeedThreshold()

• def setLateralClearance()

• def setLateralClearanceDeviation()

• def setLateralClearanceMax()

• def setLateralClearanceMean()

• def setLateralClearanceMin()

• def setLength()

• def setLengthDeviation()

• def setLengthMax()

• def setLengthMean()

• def setLengthMin()

• def setLookAheadDistanceFactorMax()

• def setLookAheadDistanceFactorMin()

• def setMaxAcceleration()

• def setMaxAccelerationDeviation()

• def setMaxAccelerationMax()

• def setMaxAccelerationMean()

• def setMaxAccelerationMin()

• def setMaxDeceleration()

• def setMaxDecelerationDeviation()

• def setMaxDecelerationMax()

• def setMaxDecelerationMean()

• def setMaxDecelerationMin()

• def setMaxLateralSpeed()

• def setMaxLateralSpeedDeviation()

• def setMaxLateralSpeedMax()

• def setMaxLateralSpeedMean()

• def setMaxLateralSpeedMin()

• def setMaxSpeed()

• def setMaxSpeedDeviation()

• def setMaxSpeedMax()

• def setMaxSpeedMean()

• def setMaxSpeedMin()

• def setMinimumHeadway()

• def setMinimumHeadwayDeviation()

• def setMinimumHeadwayMax()

• def setMinimumHeadwayMean()

• def setMinimumHeadwayMin()

• def setNormalDeceleration()

• def setNormalDecelerationDeviation()

• def setNormalDecelerationMax()

• def setNormalDecelerationMean()

• def setNormalDecelerationMin()

• def setODRoutesPercentage()

• def setOvertakeSpeed()

• def setOvertakingMargin()

• def setOvertakingMarginDeviation()

• def setOvertakingMarginMax()

• def setOvertakingMarginMean()

• def setOvertakingMarginMin()

• def setPCU()

• def setPathAssignmentResultsPercentage()

• def setPetrolEnginePercentage()

• def setProportionEquippedWithACC()

• def setProportionEquippedWithCACC()

• def setQuartetEmissionUsages()

• def setSafetyMarginFactor()

• def setSafetyMarginFactorDeviation()

• def setSafetyMarginFactorMax()

• def setSafetyMarginFactorMean()

• def setSafetyMarginFactorMin()

• def setSeatingCapacity()

• def setSeatingCapacityAsPassengers()

• def setSensitivityFactor()

• def setSensitivityFactorDeviation()

• def setSensitivityFactorMax()

• def setSensitivityFactorMean()

• def setSensitivityFactorMin()

• def setSpeedAcceptance()

• def setSpeedAcceptanceDeviation()

• def setSpeedAcceptanceMax()

• def setSpeedAcceptanceMean()

• def setSpeedAcceptanceMin()

• def setSpeedGainFollowing()

• def setSpeedGainFreeFlow()

• def setStopAndGo()

• def setTimeGapFollower()

• def setTransportationMode()

• def setValueOfTime()

• def setValueOfTimeDeviation()

• def setValueOfTimeMax()

• def setValueOfTimeMean()

• def setValueOfTimeMin()

• def setVariableReactionTimes()

• def setVariableReactionTimesMeso()

• def setWeight()

• def setWeightDeviation()

• def setWeightFrontArea()

• def setWeightFrontAreaDeviation()

• def setWeightFrontAreaMax()

• def setWeightFrontAreaMean()

• def setWeightFrontAreaMin()

• def setWeightHorsePower()

• def setWeightHorsePowerDeviation()

• def setWeightHorsePowerMax()

• def setWeightHorsePowerMean()

• def setWeightHorsePowerMin()

• def setWeightMax()

• def setWeightMean()

• def setWeightMin()

• def setWidth()

• def setWidthDeviation()

• def setWidthMax()

• def setWidthMean()

• def setWidthMin()

Static functions

• def getEngineTypeFromObsoleteLEM()

Note

This documentation may contain snippets that were automatically translated from C++ to Python. We always welcome contributions to the snippet translation. If you see an issue with the translation, you can also let us know by creating a ticket on https:/bugreports.qt.io/projects/PYSIDE

class CapacityType

__init__()

addPollutant(aPollutant)

Parameters:

aPollutant – GKVehiclePollutant

Adds a new pollutant. If a pollutant with the same name exists it is replaced.

addPollutantForEngineType(aEngineType, aPollutant)

Parameters:

• aEngineType – EngineType

• aPollutant – GKVehiclePollutant

Adds a new pollutant for a engine type. If a pollutant with the same name exists it is replaced.

addVehicleClass(aclass)

Parameters:

aclass – GKVehicleClass

This vehicle will use this vehicle class

affectedByMFC()

Return type:

bool

Gets if it is affected by acceleration model of MFC

See also

setAffectedByMFC()

affectedByTWOPAS()

Return type:

bool

Gets if it is affected by acceleration model of TWOPAS

See also

setAffectedByTWOPAS()

checkDieselEngineType()

Return type:

bool

checkElectricEngineType()

Return type:

bool

checkEngineType(aEngineType)

Parameters:

aEngineType – EngineType

Return type:

bool

checkEngineTypePercentages()

Return type:

bool

checkLEMEngineTypePercentages()

Return type:

bool

checkLPGEngineType()

Return type:

bool

checkPetrolEngineType()

Return type:

bool

clearDoors()

Deletes all door information

clearVariableReactionTimes()

Discard the variable reaction times info

clearVariableReactionTimesMeso()

Discard the variable reaction times info to be used in the Meso experiment.

getAccelerationAggressivenessDeviation()

Return type:

float

getAccelerationAggressivenessMax()

Return type:

float

getAccelerationAggressivenessMean()

Return type:

float

getAccelerationAggressivenessMin()

Return type:

float

getAccesoriesPowerDev()

Return type:

float

Gets the transmission efficiency Dev. Battery Consumption Model

getAccesoriesPowerMax()

Return type:

float

Gets the transmission efficiency Max. Battery Consumption Model

getAccesoriesPowerMean()

Return type:

float

Gets the transmission efficiency Mean. Battery Consumption Model

getAccesoriesPowerMin()

Return type:

float

Gets transmission efficiency Min. Battery Consumption Model

getAggressivenessLevelMax()

Return type:

float

getAggressivenessLevelMin()

Return type:

float

getAllowModel2D()

Return type:

bool

Gets if the model allows Non-Lane Based Movements

getCACCConnectedDistanceGain()

Return type:

float

getCACCConnectedSpeedGain()

Return type:

float

getCACCGapThresholdMax()

Return type:

float

getCACCGapThresholdMin()

Return type:

float

getCACCTimeGapFollower()

Return type:

float

getCACCTimeGapLeader()

Return type:

float

getCFAggressivenessDeviation()

Return type:

float

getCFAggressivenessMax()

Return type:

float

getCFAggressivenessMean()

Return type:

float

getCFAggressivenessMin()

Return type:

float

getCapacity()

Return type:

float

Get the maximum capacity of this vehicle in the capacity type defined, either number of passengers or length multiplying factor

getCapacityAsPassengers()

Return type:

float

Get the maximum capacity in number of passenger units of this vehicle

getCapacityType()

Return type:

CapacityType

Gets the capacity type of this vehicle

getCategory()

Return type:

VehicleCategory

Gets the Vehicle Category

getChangeLaneCooperation()

Return type:

bool

getClearanceDeviation()

Return type:

float

getClearanceMax()

Return type:

float

getClearanceMean()

Return type:

float

getClearanceMin()

Return type:

float

getClearanceThresholdMax()

Return type:

float

getClearanceThresholdMin()

Return type:

float

getCruisingTolerance()

Return type:

float

getDesiredTimeGapDeviation()

Return type:

float

getDesiredTimeGapMax()

Return type:

float

getDesiredTimeGapMean()

Return type:

float

getDesiredTimeGapMin()

Return type:

float

getDieselEnginePercentage()

Return type:

float

Gets the percentage of the Diesel engine vehicles

getDistanceGain()

Return type:

float

getElectricEnginePercentage()

Return type:

float

Gets the percentage of the Electric engine vehicles

getEnRouteODRoutesPercentage()

Return type:

float

getEnRoutePathAssignmentResultsPercentage()

Return type:

float

getEnRouteRouteChoiceModelsPercentage()

Return type:

float

getEngineTypeFleetMix()

Return type:

.std.mapGK.EngineType,double

static getEngineTypeFromObsoleteLEM(aFuelTypeInternalName, aIsValid)

Parameters:

• aFuelTypeInternalName – str

• aIsValid – bool

Return type:

EngineType

getEquippedVehs()

Return type:

float

getGapCooperation()

Return type:

bool

getGiveWayDeviation()

Return type:

float

getGiveWayMax()

Return type:

float

getGiveWayMean()

Return type:

float

getGiveWayMin()

Return type:

float

getGuidanceDeviation()

Return type:

float

getGuidanceMax()

Return type:

float

getGuidanceMean()

Return type:

float

getGuidanceMin()

Return type:

float

getImprudentLaneChanging()

Return type:

bool

getInitialEnergyLevelDev()

Return type:

float

Gets the initial Energy Level Dev. Fuel & Battery Consumption Model

getInitialEnergyLevelMax()

Return type:

float

Gets the initial Energy Level Max. Fuel & Battery Consumption Model

getInitialEnergyLevelMean()

Return type:

float

Gets the initial Energy Level Mean. Fuel & Battery Consumption Model

getInitialEnergyLevelMin()

Return type:

float

Gets the initial Energy Level Min. Fuel & Battery Consumption Model

getIsPTVehicle()

Return type:

bool

Returns whether a vehicle is a Transit vehicle or not

getKeepFastLane()

Return type:

float

getKeepToTheSide()

Return type:

bool

Gets if, when Non-Lane Based Movements are allowed, the vehicle must keep to the Left or Right side

getLPGEnginePercentage()

Return type:

float

Gets the percentage of the LPG engine vehicles

getLaneRecoverySpeedThreshold()

Return type:

float

getLateralClearanceDeviation()

Return type:

float

getLateralClearanceMax()

Return type:

float

getLateralClearanceMean()

Return type:

float

getLateralClearanceMin()

Return type:

float

getLengthDeviation()

Return type:

float

getLengthMax()

Return type:

float

getLengthMean()

Return type:

float

getLengthMin()

Return type:

float

getLookAheadDistanceFactorMax()

Return type:

float

getLookAheadDistanceFactorMin()

Return type:

float

getMaxAccelerationDeviation()

Return type:

float

getMaxAccelerationMax()

Return type:

float

getMaxAccelerationMean()

Return type:

float

getMaxAccelerationMin()

Return type:

float

getMaxDecelerationDeviation()

Return type:

float

getMaxDecelerationMax()

Return type:

float

getMaxDecelerationMean()

Return type:

float

getMaxDecelerationMin()

Return type:

float

getMaxLateralSpeedDeviation()

Return type:

float

getMaxLateralSpeedMax()

Return type:

float

getMaxLateralSpeedMean()

Return type:

float

getMaxLateralSpeedMin()

Return type:

float

getMaxSpeedDeviation()

Return type:

float

getMaxSpeedMax()

Return type:

float

getMaxSpeedMean()

Return type:

float

getMaxSpeedMin()

Return type:

float

getMinimumHeadwayDeviation()

Return type:

float

getMinimumHeadwayMax()

Return type:

float

getMinimumHeadwayMean()

Return type:

float

getMinimumHeadwayMin()

Return type:

float

getNormalDecelerationDeviation()

Return type:

float

getNormalDecelerationMax()

Return type:

float

getNormalDecelerationMean()

Return type:

float

getNormalDecelerationMin()

Return type:

float

getODRoutesPercentage()

Return type:

float

getOvertakeSpeed()

Return type:

float

getOvertakingMarginDeviation()

Return type:

float

getOvertakingMarginMax()

Return type:

float

getOvertakingMarginMean()

Return type:

float

getOvertakingMarginMin()

Return type:

float

getPCU()

Return type:

float

getPathAssignmentResultsPercentage()

Return type:

float

getPetrolEnginePercentage()

Return type:

float

Gets the percentage of the Petrol engine vehicles

getPollutants()

Return type:

.std.vectorGKVehiclePollutant

Gets all the pollutants.

getPollutantsForEngine(aEngineType)

Parameters:

aEngineType – EngineType

Return type:

.std.vectorGKVehiclePollutant

Gets all the pollutants for an Engine Type.

getProportionEquippedWithACC()

Return type:

float

getProportionEquippedWithCACC()

Return type:

float

getQuartetEmissionUsages()

Return type:

.std.mapGK.EngineType,std.vectorGKVehiclePollutant

getSafetyMarginFactorDeviation()

Return type:

float

getSafetyMarginFactorMax()

Return type:

float

getSafetyMarginFactorMean()

Return type:

float

getSafetyMarginFactorMin()

Return type:

float

getSeatingCapacity()

Return type:

float

Gets the seating capacity of this vehicle in the capacity type defined, either number of passengers or length multiplying factor

getSeatingCapacityAsPassengers()

Return type:

float

Gets the seating capacity in number of passenger units of this vehicle

getSensitivityFactorDeviation()

Return type:

float

getSensitivityFactorMax()

Return type:

float

getSensitivityFactorMean()

Return type:

float

getSensitivityFactorMin()

Return type:

float

getSpeedAcceptanceDeviation()

Return type:

float

getSpeedAcceptanceMax()

Return type:

float

getSpeedAcceptanceMean()

Return type:

float

getSpeedAcceptanceMin()

Return type:

float

getSpeedGainFollowing()

Return type:

float

getSpeedGainFreeFlow()

Return type:

float

getStopAndGo()

Return type:

bool

getTransportationMode()

Return type:

GKObject

Transportation mode

getValueOfTimeDeviation()

Return type:

float

getValueOfTimeMax()

Return type:

float

getValueOfTimeMean()

Return type:

float

getValueOfTimeMin()

Return type:

float

getVariableReactionTimes()

Return type:

.list of GKVehicleReactionTimes

Gets all the variable reaction times.

getVariableReactionTimesMeso()

Return type:

.list of GKVehicleReactionTimes

Gets all the variable reaction times to be used in the Meso experiment.

getVehicleClasses()

Return type:

.list of GKVehicleClass

Returns the list of vehicle Classes of this vehicle

getWeightDeviation()

Return type:

float

getWeightFrontAreaDeviation()

Return type:

float

getWeightFrontAreaMax()

Return type:

float

getWeightFrontAreaMean()

Return type:

float

getWeightFrontAreaMin()

Return type:

float

getWeightHorsePowerDeviation()

Return type:

float

getWeightHorsePowerMax()

Return type:

float

getWeightHorsePowerMean()

Return type:

float

getWeightHorsePowerMin()

Return type:

float

getWeightMax()

Return type:

float

getWeightMean()

Return type:

float

getWeightMin()

Return type:

float

getWidthDeviation()

Return type:

float

getWidthMax()

Return type:

float

getWidthMean()

Return type:

float

getWidthMin()

Return type:

float

isCar()

Return type:

bool

isMotorbike()

Return type:

bool

isMotorized()

Return type:

bool

pertainToVehicleClass(aclass)

Parameters:

aclass – GKVehicleClass

Return type:

bool

This vehicle pertains to a vehicle class?

removePollutant(aPollutantName)

Parameters:

aPollutantName – str

Removes a pollutant (by name).

removePollutantForEngineType(aEngineType, aPollutantName)

Parameters:

• aEngineType – EngineType

• aPollutantName – str

Removes a pollutant for a engine type (by name).

removeVehicleClass(aclass)

Parameters:

aclass – GKVehicleClass

This vehicle will not use this vehicle class

renamePollutant(aEngineType, aOldName, aNewName)

Parameters:

• aEngineType – EngineType

• aOldName – str

• aNewName – str

Renames a pollutant

setAccelerationAggressiveness(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setAccelerationAggressivenessDeviation(value)

Parameters:

value – float

setAccelerationAggressivenessMax(value)

Parameters:

value – float

setAccelerationAggressivenessMean(value)

Parameters:

value – float

setAccelerationAggressivenessMin(value)

Parameters:

value – float

setAccesoriesPowerDev(aAccesoriesPowerDev)

Parameters:

aAccesoriesPowerDev – float

Sets the transmission efficiency Dev. Battery Consumption Model

setAccesoriesPowerMax(aAccesoriesPowerMax)

Parameters:

aAccesoriesPowerMax – float

Sets transmission efficiency Max. Battery Consumption Model

setAccesoriesPowerMean(aAccesoriesPowerMean)

Parameters:

aAccesoriesPowerMean – float

Sets the transmission efficiency Mean. Battery Consumption Model

setAccesoriesPowerMin(aAccesoriesPowerMin)

Parameters:

aAccesoriesPowerMin – float

Sets the transmission efficiency Min. Battery Consumption Model

setAffectedByMFC(aAffectedByMFC)

Parameters:

aAffectedByMFC – bool

Sets affected by acceleration model of MFC

See also

affectedByMFC()

setAffectedByTWOPAS(aAffectedByTWOPAS)

Parameters:

aAffectedByTWOPAS – bool

Sets affected by acceleration model of TWOPAS

See also

affectedByTWOPAS()

setAggressivenessLevelMax(value)

Parameters:

value – float

setAggressivenessLevelMin(value)

Parameters:

value – float

setAllowModel2D(allow)

Parameters:

allow – bool

Sets if the model allows Non-Lane Based Movements

setArticulated(value)

Parameters:

value – bool

Sets the vehicle type as articulated or not

See also

isArticulated()

setCACCConnectedDistanceGain(value)

Parameters:

value – float

setCACCConnectedSpeedGain(value)

Parameters:

value – float

setCACCGapThresholdMax(value)

Parameters:

value – float

setCACCGapThresholdMin(value)

Parameters:

value – float

setCACCTimeGapLeader(value)

Parameters:

value – float

setCFAggressiveness(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setCFAggressivenessDeviation(value)

Parameters:

value – float

setCFAggressivenessMax(value)

Parameters:

value – float

setCFAggressivenessMean(value)

Parameters:

value – float

setCFAggressivenessMin(value)

Parameters:

value – float

setCapacity(value)

Parameters:

value – float

Sets the maximum capacity of this vehicle in the capacity type defined, either number of passengers or length multiplying factor

setCapacityAsPassengers(value)

Parameters:

value – float

Sets the maximum capacity in number of passenger units of this vehicle

setCapacityType(iCapacityType)

Parameters:

iCapacityType – CapacityType

Sets the capacity type of this vehicle

setCategory(aCategory)

Parameters:

aCategory – VehicleCategory

Sets the Vehicle Category

setChangeLaneCooperation(value)

Parameters:

value – bool

setClearance(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setClearanceDeviation(value)

Parameters:

value – float

setClearanceMax(value)

Parameters:

value – float

setClearanceMean(value)

Parameters:

value – float

setClearanceMin(value)

Parameters:

value – float

setClearanceThresholdMax(value)

Parameters:

value – float

setClearanceThresholdMin(value)

Parameters:

value – float

setCruisingTolerance(value)

Parameters:

value – float

setDesiredTimeGap(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setDesiredTimeGapDeviation(value)

Parameters:

value – float

setDesiredTimeGapMax(value)

Parameters:

value – float

setDesiredTimeGapMean(value)

Parameters:

value – float

setDesiredTimeGapMin(value)

Parameters:

value – float

setDieselEnginePercentage(aDieselEnginePercentage)

Parameters:

aDieselEnginePercentage – float

Sets the percentage of the Diesel engine vehicles

setDistanceGain(value)

Parameters:

value – float

setElectricEnginePercentage(aElectricEnginePercentage)

Parameters:

aElectricEnginePercentage – float

Sets the percentage of the Electric engine vehicles

setEnRouteODRoutesPercentage(value)

Parameters:

value – float

setEnRoutePathAssignmentResultsPercentage(value)

Parameters:

value – float

setEnRouteRouteChoiceModelsPercentage(value)

Parameters:

value – float

setEngineTypeFleetMix(aEngineTypeFleetMix)

Parameters:

aEngineTypeFleetMix – .std.mapGK.EngineType,double

setEquippedVehs(value)

Parameters:

value – float

setGapCooperation(value)

Parameters:

value – bool

setGiveWay(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setGiveWayDeviation(value)

Parameters:

value – float

setGiveWayMax(value)

Parameters:

value – float

setGiveWayMean(value)

Parameters:

value – float

setGiveWayMin(value)

Parameters:

value – float

setGuidance(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setGuidanceDeviation(value)

Parameters:

value – float

setGuidanceMax(value)

Parameters:

value – float

setGuidanceMean(value)

Parameters:

value – float

setGuidanceMin(value)

Parameters:

value – float

setImprudentLaneChanging(value)

Parameters:

value – bool

setInitialEnergyLevelDev(aInitialEnergyLevelDev)

Parameters:

aInitialEnergyLevelDev – float

Sets the initial Energy Level Dev. Fuel & Battery Consumption Model

setInitialEnergyLevelMax(aInitialEnergyLevelMax)

Parameters:

aInitialEnergyLevelMax – float

Sets the initial Energy Level Max. Fuel & Battery Consumption Model

setInitialEnergyLevelMean(aInitialEnergyLevelMean)

Parameters:

aInitialEnergyLevelMean – float

Sets the initial Energy Level Mean. Fuel & Battery Consumption Model

setInitialEnergyLevelMin(aInitialEnergyLevelMin)

Parameters:

aInitialEnergyLevelMin – float

Sets the initial Energy Level Min. Fuel & Battery Consumption Model

setIsPTVehicle(val)

Parameters:

val – bool

Sets whether a vehicle is a Transit vehicle or not

setKeepFastLane(value)

Parameters:

value – float

setKeepToTheSide(keepToSide)

Parameters:

keepToSide – bool

Sets if, when Non-Lane Based Movements are allowed, the vehicle must keep to the Left or Right side

setLPGEnginePercentage(aLPGEnginePercentage)

Parameters:

aLPGEnginePercentage – float

Sets the percentage of the LPG engine vehicles

setLaneRecoverySpeedThreshold(value)

Parameters:

value – float

setLateralClearance(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setLateralClearanceDeviation(value)

Parameters:

value – float

setLateralClearanceMax(value)

Parameters:

value – float

setLateralClearanceMean(value)

Parameters:

value – float

setLateralClearanceMin(value)

Parameters:

value – float

setLength(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setLengthDeviation(value)

Parameters:

value – float

setLengthMax(value)

Parameters:

value – float

setLengthMean(value)

Parameters:

value – float

setLengthMin(value)

Parameters:

value – float

setLookAheadDistanceFactorMax(value)

Parameters:

value – float

setLookAheadDistanceFactorMin(value)

Parameters:

value – float

setMaxAcceleration(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setMaxAccelerationDeviation(value)

Parameters:

value – float

setMaxAccelerationMax(value)

Parameters:

value – float

setMaxAccelerationMean(value)

Parameters:

value – float

setMaxAccelerationMin(value)

Parameters:

value – float

setMaxDeceleration(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setMaxDecelerationDeviation(value)

Parameters:

value – float

setMaxDecelerationMax(value)

Parameters:

value – float

setMaxDecelerationMean(value)

Parameters:

value – float

setMaxDecelerationMin(value)

Parameters:

value – float

setMaxLateralSpeed(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setMaxLateralSpeedDeviation(value)

Parameters:

value – float

setMaxLateralSpeedMax(value)

Parameters:

value – float

setMaxLateralSpeedMean(value)

Parameters:

value – float

setMaxLateralSpeedMin(value)

Parameters:

value – float

setMaxSpeed(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setMaxSpeedDeviation(value)

Parameters:

value – float

setMaxSpeedMax(value)

Parameters:

value – float

setMaxSpeedMean(value)

Parameters:

value – float

setMaxSpeedMin(value)

Parameters:

value – float

setMinimumHeadway(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setMinimumHeadwayDeviation(value)

Parameters:

value – float

setMinimumHeadwayMax(value)

Parameters:

value – float

setMinimumHeadwayMean(value)

Parameters:

value – float

setMinimumHeadwayMin(value)

Parameters:

value – float

setNormalDeceleration(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setNormalDecelerationDeviation(value)

Parameters:

value – float

setNormalDecelerationMax(value)

Parameters:

value – float

setNormalDecelerationMean(value)

Parameters:

value – float

setNormalDecelerationMin(value)

Parameters:

value – float

setODRoutesPercentage(value)

Parameters:

value – float

setOvertakeSpeed(value)

Parameters:

value – float

setOvertakingMargin(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setOvertakingMarginDeviation(value)

Parameters:

value – float

setOvertakingMarginMax(value)

Parameters:

value – float

setOvertakingMarginMean(value)

Parameters:

value – float

setOvertakingMarginMin(value)

Parameters:

value – float

setPCU(value)

Parameters:

value – float

setPathAssignmentResultsPercentage(value)

Parameters:

value – float

setPetrolEnginePercentage(aPetrolEnginePercentage)

Parameters:

aPetrolEnginePercentage – float

Sets the percentage of the Petrol engine vehicles

setProportionEquippedWithACC(value)

Parameters:

value – float

setProportionEquippedWithCACC(value)

Parameters:

value – float

setQuartetEmissionUsages(aQuartetEmissionUsages)

Parameters:

aQuartetEmissionUsages – .std.mapGK.EngineType,std.vectorGKVehiclePollutant

setSafetyMarginFactor(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setSafetyMarginFactorDeviation(value)

Parameters:

value – float

setSafetyMarginFactorMax(value)

Parameters:

value – float

setSafetyMarginFactorMean(value)

Parameters:

value – float

setSafetyMarginFactorMin(value)

Parameters:

value – float

setSeatingCapacity(value)

Parameters:

value – float

Sets the seating capacity of this vehicle in the capacity type defined, either number of passengers or length multiplying factor

setSeatingCapacityAsPassengers(value)

Parameters:

value – float

Sets the seating capacity in number of passenger units of this vehicle

setSensitivityFactor(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setSensitivityFactorDeviation(value)

Parameters:

value – float

setSensitivityFactorMax(value)

Parameters:

value – float

setSensitivityFactorMean(value)

Parameters:

value – float

setSensitivityFactorMin(value)

Parameters:

value – float

setSpeedAcceptance(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setSpeedAcceptanceDeviation(value)

Parameters:

value – float

setSpeedAcceptanceMax(value)

Parameters:

value – float

setSpeedAcceptanceMean(value)

Parameters:

value – float

setSpeedAcceptanceMin(value)

Parameters:

value – float

setSpeedGainFollowing(value)

Parameters:

value – float

setSpeedGainFreeFlow(value)

Parameters:

value – float

setStopAndGo(value)

Parameters:

value – bool

setTimeGapFollower(value)

Parameters:

value – float

setTransportationMode(mode)

Parameters:

mode – GKObject

Transportation mode

setValueOfTime(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setValueOfTimeDeviation(value)

Parameters:

value – float

setValueOfTimeMax(value)

Parameters:

value – float

setValueOfTimeMean(value)

Parameters:

value – float

setValueOfTimeMin(value)

Parameters:

value – float

setVariableReactionTimes(times)

Parameters:

times – .list of GKVehicleReactionTimes

Sets the variable reaction times by vehicle type.

setVariableReactionTimesMeso(times)

Parameters:

times – .list of GKVehicleReactionTimes

Sets the variable reaction times by vehicle type to be used in the Meso experiment.

setWeight(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setWeightDeviation(value)

Parameters:

value – float

setWeightFrontArea(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setWeightFrontAreaDeviation(value)

Parameters:

value – float

setWeightFrontAreaMax(value)

Parameters:

value – float

setWeightFrontAreaMean(value)

Parameters:

value – float

setWeightFrontAreaMin(value)

Parameters:

value – float

setWeightHorsePower(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setWeightHorsePowerDeviation(value)

Parameters:

value – float

setWeightHorsePowerMax(value)

Parameters:

value – float

setWeightHorsePowerMean(value)

Parameters:

value – float

setWeightHorsePowerMin(value)

Parameters:

value – float

setWeightMax(value)

Parameters:

value – float

setWeightMean(value)

Parameters:

value – float

setWeightMin(value)

Parameters:

value – float

setWidth(min, max, mean[, deviation=0.0])

Parameters:

• min – float

• max – float

• mean – float

• deviation – float

setWidthDeviation(value)

Parameters:

value – float

setWidthMax(value)

Parameters:

value – float

setWidthMean(value)

Parameters:

value – float

setWidthMin(value)

Parameters:

value – float