References (iOS)

TripResponseStatus

TripResponseStatus indicates if the analyzed trip by the DriveQuant servers is valid or not (see status property) and provides information on the analysis result:

public class TripResponseStatus: NSObject {
    public let status: TripResponseStatusType
    public let itinId: String?
    public let hasSafetyAndEcoDrivingScore: Bool
    public let info: [TripResponseInfo]
    public let error: TripResponseError?
    
    public func getTrip() -> Trip?
}

Attribute	Type	Description
status	TripResponseStatusType	Can be tripValid or tripError. - tripValid means that the analyzed trip is valid. - tripError means that the trip has been analyzed but an error occurred and data is not valid.
itinId	String?	The id of the trip if status equals tripValid, otherwise nil.
hasSafetyAndEcoDrivingScore	Bool	If false, it means that the trip is valid but too short to be analyzed. In this case, there is no safety or eco-driving score. It cannot be equals to true if status is not tripValid.
info	[TripResponseInfo]	If status equals tripValid, the DriveQuant servers returns a list of information codes. These are not errors.
error	TripResponseError?	If status equals tripError, error gives you more information about the error that occurred.

This object also provides a method, getTrip(), to retrieve from the local database the saved Trip if status is equal to tripValid. In case of error, this method returns nil.

TripResponseInfo

Value	Description
engineSpeedNotAvailable	The engine speed is not available. The trip analysis is performed with an estimated value of the engine speed.
engineSpeedIsNull	The engine speed is always at 0 rpm while the vehicle is moving. The trip analysis is performed but with an estimated value of the engine speed.
noVehicleCharacteristics	The vehicle characteristics are not set or some values are missing. The trip analysis is performed with generic vehicle model parameters.
dataLoss	More than 25% of data loss is detected during the trip.
distanceTooShort	The trip was analysed but the distance is not sufficient to provide an accurate energy analysis.
invalidVehicleCharacteristics	The vehicle characteristics are not in the range of available values. See vehicle characteristics for range limits.
invalidVehicleId	No vehicle found for the vehicleId provided to the API request.

TripResponseError

Value	Description
noAccountSet	The account block is not set in the trip data.
noRouteObjectFound	The route block is not available in the trip data.
invalidRouteDefinition	Error when parsing the route block
noVelocityData	The vehicle or GPS velocity is not available
invalidSamplingPeriod	The input variables have an invalid acquisition period.
invalidCustomerId	Unknown account value. Unauthorised access.
noDateFound	The field vehicleDate or gpsDate is not available.
maxDailyRequestNumberReached	The trip could not be analyzed because you exceeded your daily request quota.
dataError	The service failed to process your data. There is a need to diagnose your data to determine the origin of this problem.
invalidRouteVectors	The route vectors are not of the same size, the service cannot perform the analysis
missingBeacon	The beacon has not been detected and it is required to validate the trip analysis.
invalidBeacon	A beacon was detected during the trip but it does not have the correct identifiers
duplicateTrip	The duplicate trip feature is enabled and the trip has already been analysed
insufficientGpsData	The number of GPS points is too low
userDisabled	The driver is disabled, the service cannot perform the analysis
invalidUser	The user identifier is not valid.
invalidGpsData	The dates are inconstistent, the service cannot perform the analysis
invalidTrip	The trip has already been analysed by the service and considered as invalid
accountLimitReached	The maximum number of user account reached for the customer

Trip

Field	Type	Description
itinId	String?	Trip unique identifier.
endDate	Date?	The end date of the trip.
startDate	Date?	The start date of the trip.
vehicleId	String?	The identifier of the vehicle used for this trip, if known.
transportationMode	Int32	The transportation mode used for this trip, see Transportation Mode for the description of the possible values.
declaredTransportationMode	DeclaredTransportationMode?	The transportation mode declared by the user. See DeclaredTransportationMode.
departureCity	String?	The city of the departure of the trip.
arrivalCity	String?	The city of the arrival of the trip.
departureAddress	String?	The full address of the departure of the trip.
arrivalAddress	String?	The full address of the arrival of the trip.
unscored	Bool	true if has no safety and eco-driving score.
metadata	Dictionary<String, String>?	Your specific data attached to the trip. See Custom metadata.
tripStatistics	TripStatistics?	Indicators that characterize the trip conditions. See ItineraryStatistics.
brakeWear	BrakeWear?	See BrakeWear.
tireWear	TireWear?	See TireWear.
ecoDriving	EcoDriving?	See EcoDriving.
ecoDrivingContexts	NSSet<EcoDrivingContext>?	See AdvancedEcoDriving.
fuelEstimation	FuelEstimation?	See FuelEstimation.
fuelEstimationContexts	NSSet<FuelEstimationContext>?	See Advanced fuel estimation.
safety	Safety?	See Safety.
safetyContexts	NSSet<SafetyContext>?	See AdvancedSafety.
safetyEvents	NSSet<SafetyEvents>?	See SafetyEvents.
driverDistraction	DriverDistraction?	See DriverDistraction.
pollutants	Pollutants?	See Pollutants.
speedingStatistics	DBSpeedingStatistics?	See Speed Limit.
speedLimitContexts	NSSet<DBSpeedLimitContext>?	See SpeedLimitContexts.
calls	NSSet<Call>?	See CallEvent.
energyEstimation	DBEnergyEstimation?	See EnergyEstimation.
advancedEnergyEstimation	NSSet<DBAdvancedEnergyEstimation>?	See AdvancedEnergyEstimation.

DeclaredTransportationMode

The user has the possibility to declare the transportation mode that was used during a trip to confirm the one detected or to change it, and to declare whether the trip was made as a passenger or as the driver.

Here is the description of the corresponding object:

Field	Type	Description
transportationMode	Int32	The transportation mode declared by the user for this trip. See Transportation Mode for the description of the possible values.
passenger	Boolean?	true if the trip was made as a passenger, false if the trip was made as the driver.
comment	String?	The comment associated to this declaration.

StartMode

StartMode indicates how the trip is started. It is an enum with the following values:

Value	Description
gps	Automatic start when the SDK detects a change in user's position
beacon	Automatic start due to the presence of a beacon
manual	Trip started manually by calling the method startTrip
geozone	Automatic start when the SDK detects that you exit the zone where your vehicle may be parked
bluetooth	Automatic start by detecting a connection to a known vehicle's Bluetooth system
unknown_bluetooth	Automatic start by detecting a connection to an unknown vehicle's Bluetooth system

public enum StartMode: Int {
    case gps = 1
    case beacon = 2
    case manual = 3
    case geozone = 4
    case bluetooth = 5
    case unknown_bluetooth = 6
}

CancelTrip

CancelTrip indicates how the trip was cancelled. It is an enum with the following values:

Value	Description
user	Trip cancelled by calling the method cancelTrip
highspeed	Trip cancelled because speed was too high (train, airplane)
noSpeed	Trip cancelled because speed was too slow to be in a vehicle
noBeacon	Trip cancelled because the beacon was not detected while it was required
missingConfiguration	Trip cancelled because DriveKit was not configured
noGPSData	Trip cancelled because no GPS data was recorded
reset	Trip cancelled because SDK configuration has been reset
beaconNoSpeed	Trip cancelled because the beacon is near the smartphone but there is no movement (zero or low speed)
bluetoothDeviceNoSpeed	Trip cancelled because the Bluetooth device is connected to the smartphone but there was no movement (zero or low speed)

public enum CancelTrip {
    case user, highspeed, noSpeed, noBeacon, missingConfiguration, noGPSData, reset, beaconNoSpeed, bluetoothDeviceNoSpeed
}

TripPoint

TripPoint is an object that contains data for each location registered by the SDK.

public struct TripPoint {
    let latitude: Double
    let longitude: Double
    let speed: Double
    let accuracy: Double
    let elevation: Double
    let distance: Double
    let heading: Double
    let duration: Double
}

Attribute	Type	Description
latitude	Double	Latitude
longitude	Double	Longitude
speed	Double	Speed in km/h
accuracy	Double	Accuracy of the GPS data in meter
elevation	Double	Elevation in meter
distance	Double	Distance since the beginning of the trip in meter
heading	Double	Heading
duration	Double	Duration since the beginning of the trip in second

TripVehicle

TripVehicle is an object that contains vehicle detailed characteristics.

public class TripVehicle {
    public var carTypeIndex: Int = 1
    public var carEngineIndex: Int = 1
    public var carPower: Double = 150.0
    public var carMass: Double = 1400.0
    public var carGearboxIndex: Int = 2
    public var carConsumption: Double = 4.5
    public var carAutoGearboxNumber: Int = 0
    public var engineDisplacement: Double = 1_200.0
    public var frontTireSize: String?
    public var rearTireSize: String?
    public var length: Double
    public var width: Double
    public var height: Double
    public var engineCylinderNb: Int
    public var driveWheels: Int
}

Attribute	Type	Description	Default value, if not specified
carTypeIndex	Int	Vehicle body type	1
carEngineIndex	Int	Engine type	1
carPower	Double	Vehicle power in hp. This value must be entered in horsepower. In case you only have the engine power in kW you can apply the following formula: $P [hp] = P [kW] / 0.7355$ (min: 40 hp, max 450 hp)	150
carMass	Double	Vehicle mass in kg (min: 700 kg, max: 3500 kg)	1400
carGearboxIndex	Int	Gearbox type	2
carConsumption	Double	Combined fuel consumption [l/100km] measured during the New European Driving Cycle (NEDC). (min: 3 l/100km, max: 20 l/100km)	4.5
carAutoGearboxNumber	Int	Number of gear ratios for the automatic gearbox. This parameter is taken into account only if carGearboxIndex is set to 1.	6
engineDisplacement	double	Engine displacement in liters	1200
frontTireSize	string	Front tire size	"205/55/16"
rearTireSize	string	Rear tire size	"205/55/16"
length	double	Vehicle length in meter	4.5
width	double	Vehicle width in meter	1.8
height	double	Vehicle height in meter	1.45
driveWheels	Int	​Drive wheels type​	0
engineCylinderNb	Int	Number of cylinders	4

BeaconData

BeaconData is an object that contains beacon characteristics.

public class BeaconData {
    public let proximityUuid: String
    public let major: Int
    public let minor: Int
}

Attribute	Type	Description
proximityUuid	String	Beacon proximity UUID
major	Int	Beacon major value (optional)
minor	Int	Beacon minor value (optional)

BluetoothData

BluetoothData is an object that contains the Bluetooth device characteristics.

public class BluetoothData {
    public var name: String
    public var macAddress: String
}

Attribute	Type	Description
macAddress	String	Required MAC address of the device
name	String	Optional display name of the device

DKCrashInfo

Crash information object have the following structure

public class DKCrashInfo {
    public let crashId: String
    public let date: Date
    public let probability: Int
    public let latitude: Double
    public let longitude: Double
    public let velocity: Double
    public let crashStatus: DKCrashStatus
}

with the following enumeration for crash status

public enum DKCrashStatus {
    case unconfirmed
    case confirmed
}

Attribute	Type	Description
crashId	String	Crash unique identifier
date	Date	Crash date Example: 2023-03-07T09:13:22.461+0200
probability	Int	Crash probability (in %)
latitude	Double	Coordinates (latitude) of the crash
longitude	Double	Coordinates (longitude) of the crash
velocity	Double	Velocity at time of crash
crashStatus	DKCrashStatus enum	Crash status. Two possible values: confirmed or unconfirmed

DKCrashFeedbackConfig

DKCrashFeedbackConfig is an object used to configure the Crash Detection feedback feature.

public class DKCrashFeedbackConfig: NSObject {
    public let crashVelocityThreshold: Double
    public let notification: DKCrashFeedbackNotification
}

with the following class for DKCrashFeedbaclNotification

public class DKCrashFeedbackNotification: NSObject {
    public let title: String
    public let message: String
    public let crashAlert: DKCrashAlert
}

Attribute	Type	Description
notification	DKCrashFeedbackNotification	Configuration of the notification
crashVelocityThreshold	Double	Minimal speed when the crash occurred. For example, if crashVelocityThreshold is set at 20 km/h and a crash occurred at 10 km/h, feedback will not be sent to the user. Default value: 0.0 km/h

DKCrashFeedbackNotification

public class DKCrashFeedbackNotification: NSObject {
    public let title: String
    public let message: String
    public let crashAlert: DKCrashAlert
}

Attribute	Type	Description
title	String	Title that appears on the notification
message	String	Message that appears on the notification
crashAlert	DKCrashAlert	Enum value that describes how the user will be noticed when a feedback is asked Default value: silence

DKCrashAlert

public enum DKCrashAlert: Int {
    case silence
    case vibration
    case soundAndVibration
}

Enum value	Description
silence	Device will not vibrate nor ring
vibration	Device will vibrate
soundAndVibration	Device will ring and vibrate

CrashFeedbackType

Enum value	Description
noCrash	User said that no crash occurred
confirmed	User confirmed a crash
noFeedback	User did not provide any feedback

CrashFeedbackSeverity

Enum value	Description
none	User said that no crash occurred
minor	User confirmed a minor crash
critical	User confirmed a critical crash