sdk-routing / com.tomtom.online.sdk.data.reachablerange / ReachableRangeQuery

ReachableRangeQuery

@DeprecatedSince("2020.06", "com.tomtom.online.sdk.routing.reachablerange.ReachableRangeSpecification") open class ReachableRangeQuery : CommonRequestQuery

Deprecated: Deprecated in Java

The default implementation of the ReachableRangeQuery object which is used to prepare the query for the Routing API.

Constructors

<init>

ReachableRangeQuery(fuelBudgetInLiters: Double!, energyBudgetInKWh: Double!, timeBudgetInSeconds: Double!, distanceBudgetInMeters: Double!, origin: LatLng!, departAt: Date!, routeType: RouteType!, considerTraffic: Boolean!, avoidType: Avoid!, avoidList: MutableList<Avoid!>!, travelMode: TravelMode!, hilliness: Hilliness!, windingness: Windingness!, vehicleMaxSpeedInKph: Int!, vehicleWeightInKg: Int!, vehicleAxleWeightInKg: Int!, vehicleLengthInMeters: Double!, vehicleWidthInMeters: Double!, vehicleHeightInMeters: Double!, isVehicleCommercial: Boolean!, vehicleLoadType: VehicleLoadType!, vehicleEngineType: VehicleEngineType!, constantSpeedConsumptionInLitersPerHundredKm: SpeedToConsumptionMap!, currentFuelInLiters: Double!, auxiliaryPowerInLitersPerHour: Double!, fuelEnergyDensityInMJoulesPerLiter: Double!, accelerationEfficiency: Double!, decelerationEfficiency: Double!, uphillEfficiency: Double!, downhillEfficiency: Double!, constantSpeedConsumptionInKWhPerHundredKm: SpeedToConsumptionMap!, currentChargeInKWh: Double!, maxChargeInKWh: Double!, auxiliaryPowerInKW: Double!, adrTunnelRestrictionCode: AdrTunnelRestrictionCode!)

This constructor creates an instance of ReachableRangeQuery and assigns passed values to proper fields. Instead of directly using this constructor, use the builder ReachableRangeQueryBuilder class.

ReachableRangeQuery(fuelBudgetInLiters: Double!, energyBudgetInKWh: Double!, timeBudgetInSeconds: Double!, distanceBudgetInMeters: Double!, origin: LatLng!, departAt: Date!, routeType: RouteType!, considerTraffic: Boolean!, avoidType: MutableList<Avoid!>!, travelMode: TravelMode!, hilliness: Hilliness!, windingness: Windingness!, vehicleMaxSpeedInKph: Int!, vehicleWeightInKg: Int!, vehicleAxleWeightInKg: Int!, vehicleLengthInMeters: Double!, vehicleWidthInMeters: Double!, vehicleHeightInMeters: Double!, isVehicleCommercial: Boolean!, vehicleLoadType: VehicleLoadType!, vehicleEngineType: VehicleEngineType!, constantSpeedConsumptionInLitersPerHundredKm: SpeedToConsumptionMap!, currentFuelInLiters: Double!, auxiliaryPowerInLitersPerHour: Double!, fuelEnergyDensityInMJoulesPerLiter: Double!, accelerationEfficiency: Double!, decelerationEfficiency: Double!, uphillEfficiency: Double!, downhillEfficiency: Double!, constantSpeedConsumptionInKWhPerHundredKm: SpeedToConsumptionMap!, currentChargeInKWh: Double!, maxChargeInKWh: Double!, auxiliaryPowerInKW: Double!, adrTunnelRestrictionCode: AdrTunnelRestrictionCode!)

Inherited Properties

accelerationEfficiency	`var accelerationEfficiency: Double!`
adrTunnelRestrictionCode	`var adrTunnelRestrictionCode: AdrTunnelRestrictionCode!`
auxiliaryPowerInKW	`var auxiliaryPowerInKW: Double!`
auxiliaryPowerInLitersPerHour	`var auxiliaryPowerInLitersPerHour: Double!`
avoidType	`var avoidType: Avoid!`
considerTraffic	`var considerTraffic: Boolean!`
constantSpeedConsumptionInKWhPerHundredKm	`var constantSpeedConsumptionInKWhPerHundredKm: SpeedToConsumptionMap!`
constantSpeedConsumptionInLitersPerHundredKm	`var constantSpeedConsumptionInLitersPerHundredKm: SpeedToConsumptionMap!`
currentChargeInKWh	`var currentChargeInKWh: Double!`
currentFuelInLiters	`var currentFuelInLiters: Double!`
decelerationEfficiency	`var decelerationEfficiency: Double!`
departAt	`var departAt: Date!`
downhillEfficiency	`var downhillEfficiency: Double!`
fuelEnergyDensityInMJoulesPerLiter	`var fuelEnergyDensityInMJoulesPerLiter: Double!`
hilliness	`var hilliness: Hilliness!`
maxChargeInKWh	`var maxChargeInKWh: Double!`
routeType	`var routeType: RouteType!`
travelMode	`var travelMode: TravelMode!`
uphillEfficiency	`var uphillEfficiency: Double!`
vehicleAxleWeightInKg	`var vehicleAxleWeightInKg: Int!`
vehicleCommercial	`var vehicleCommercial: Boolean!`
vehicleEngineType	`var vehicleEngineType: VehicleEngineType!`
vehicleHeightInMeters	`var vehicleHeightInMeters: Double!`
vehicleLengthInMeters	`var vehicleLengthInMeters: Double!`
vehicleLoadType	`var vehicleLoadType: VehicleLoadType!`
vehicleMaxSpeedInKph	`var vehicleMaxSpeedInKph: Int!`
vehicleWeightInKg	`var vehicleWeightInKg: Int!`
vehicleWidthInMeters	`var vehicleWidthInMeters: Double!`
windingness	`var windingness: Windingness!`

Functions

dispose	`open fun dispose(): Unit`
equals	`open fun equals(other: Any?): Boolean`
getAvoidList	`open fun getAvoidList(): MutableList<Avoid!>!`
getDistanceBudgetInMeters	`open fun getDistanceBudgetInMeters(): Double!` Returns the distance budget in meters that determines the maximal range which can be traveled. The Consumption Model will only affect the range when the routeType is eco.
getEnergyBudgetInKWh	`open fun getEnergyBudgetInKWh(): Double!` Returns the electric energy budget in kilowatt hours (kWh) that determines the maximum range that can be traveled using the specified Electric Consumption Model.
getFuelBudgetInLiters	`open fun getFuelBudgetInLiters(): Double!` Returns a fuel budget in liters that determines the maximum range that can be traveled using the specified Combustion Consumption Model.
getNativeHandle	`open fun getNativeHandle(): Long`
getOrigin	`open fun getOrigin(): LatLng!` Returns origin position.
getTimeBudgetInSeconds	`open fun getTimeBudgetInSeconds(): Double!` Returns the time budget in seconds that determines the maximum range that can be traveled within a given time. The consumption parameters will only affect eco-routes and thereby indirectly affect the driving time.
hashCode	`open fun hashCode(): Int`
prepare	`open fun prepare(): Long`
toString	`open fun toString(): String`

Inherited Functions

getAccelerationEfficiency	`open fun getAccelerationEfficiency(): Double!`
getAdrTunnelRestrictionCode	`open fun getAdrTunnelRestrictionCode(): AdrTunnelRestrictionCode!`
getAuxiliaryPowerInKW	`open fun getAuxiliaryPowerInKW(): Double!`
getAuxiliaryPowerInLitersPerHour	`open fun getAuxiliaryPowerInLitersPerHour(): Double!`
getAvoidType	`open fun getAvoidType(): Avoid!`
getConsiderTraffic	`open fun getConsiderTraffic(): Boolean!`
getConstantSpeedConsumptionInKWhPerHundredKm	`open fun getConstantSpeedConsumptionInKWhPerHundredKm(): SpeedToConsumptionMap!`
getConstantSpeedConsumptionInLitersPerHundredKm	`open fun getConstantSpeedConsumptionInLitersPerHundredKm(): SpeedToConsumptionMap!`
getCurrentChargeInKWh	`open fun getCurrentChargeInKWh(): Double!`
getCurrentFuelInLiters	`open fun getCurrentFuelInLiters(): Double!`
getDecelerationEfficiency	`open fun getDecelerationEfficiency(): Double!`
getDepartAt	`open fun getDepartAt(): Date!`
getDownhillEfficiency	`open fun getDownhillEfficiency(): Double!`
getFuelEnergyDensityInMJoulesPerLiter	`open fun getFuelEnergyDensityInMJoulesPerLiter(): Double!`
getHilliness	`open fun getHilliness(): Hilliness!`
getMaxChargeInKWh	`open fun getMaxChargeInKWh(): Double!`
getRouteType	`open fun getRouteType(): RouteType!`
getTravelMode	`open fun getTravelMode(): TravelMode!`
getUphillEfficiency	`open fun getUphillEfficiency(): Double!`
getVehicleAxleWeightInKg	`open fun getVehicleAxleWeightInKg(): Int!`
getVehicleCommercial	`open fun getVehicleCommercial(): Boolean!`
getVehicleEngineType	`open fun getVehicleEngineType(): VehicleEngineType!`
getVehicleHeightInMeters	`open fun getVehicleHeightInMeters(): Double!`
getVehicleLengthInMeters	`open fun getVehicleLengthInMeters(): Double!`
getVehicleLoadType	`open fun getVehicleLoadType(): VehicleLoadType!`
getVehicleMaxSpeedInKph	`open fun getVehicleMaxSpeedInKph(): Int!`
getVehicleWeightInKg	`open fun getVehicleWeightInKg(): Int!`
getVehicleWidthInMeters	`open fun getVehicleWidthInMeters(): Double!`
getWindingness	`open fun getWindingness(): Windingness!`
prepareCommonsParams	`open fun prepareCommonsParams(): CommonParamsBuilder`