Vehicle.vspec

# Copyright (c) 2016 Contributors to COVESA
#
# This program and the accompanying materials are made available under the
# terms of the Mozilla Public License 2.0 which is available at
# https://www.mozilla.org/en-US/MPL/2.0/
#
# SPDX-License-Identifier: MPL-2.0

#
# Highlevel vehicle signals and attributes.
#

#
# VSS Versioning information
#

VersionVSS:
  type: branch
  description: Supported Version of VSS.

VersionVSS.Major:
  datatype: uint32
  type: attribute
  default: 6
  description: Supported Version of VSS - Major version.

VersionVSS.Minor:
  datatype: uint32
  type: attribute
  default: 0
  description: Supported Version of VSS - Minor version.

VersionVSS.Patch:
  datatype: uint32
  type: attribute
  default: 0
  description: Supported Version of VSS - Patch version.

VersionVSS.Label:
  datatype: string
  type: attribute
  default: 'dev'
  description: Label to further describe the version.
  comment: COVESA VSS project typically use dev for latest master, and empty string for released versions.

#
# Vehicle identification attributes.
#

VehicleIdentification:
  type: branch
  description: Attributes that identify a vehicle.

VehicleIdentification.VIN:
  datatype: string
  type: attribute
  description: 17-character Vehicle Identification Number (VIN) as defined by ISO 3779.
  pattern: ^([0-9A-HJ-NPR-Z]{3})([0-9A-HJ-NPR-Z]{6})([0-9A-HJ-NPR-Z]{4}[0-9]{4})$

VehicleIdentification.WMI:
  datatype: string
  type: attribute
  description: 3-character World Manufacturer Identification (WMI) as defined by ISO 3780.

VehicleIdentification.Brand:
  datatype: string
  type: attribute
  description: Vehicle brand or manufacturer.

VehicleIdentification.Model:
  datatype: string
  type: attribute
  description: Vehicle model.

VehicleIdentification.Year:
  datatype: uint16
  type: attribute
  description: Model year of the vehicle.


#
# Imports from https://schema.org/Car
# Names from https://schema.org/Car reused, but first character capitalized
# Example: Original schema.org name: https://schema.org/acrissCode
#          Name used in VSS: VehicleIdentification.AcrissCode
# Note: Only a subset of the properties from https://schema.org/Car have been imported.

VehicleIdentification.AcrissCode:
  datatype: string
  type: attribute
  description: The ACRISS Car Classification Code is a code used by many car rental companies.

VehicleIdentification.BodyType:
  datatype: string
  type: attribute
  description: Indicates the design and body style of the vehicle (e.g. station wagon, hatchback, etc.).

VehicleIdentification.DateVehicleFirstRegistered:
  datatype: string
  type: attribute
  unit: iso8601
  description: The date in ISO 8601 format of the first registration of the vehicle with the respective public authorities.

VehicleIdentification.LicensePlate:
  datatype: string
  type: attribute
  description: The license plate of the vehicle.
  comment: Depending on the context, this attribute might not be up to date or might be misconfigured, and therefore should be considered untrustworthy in the absence of another method of verification.

VehicleIdentification.MeetsEmissionStandard:
  datatype: string
  type: attribute
  description: Indicates that the vehicle meets the respective emission standard.

VehicleIdentification.ProductionDate:
  datatype: string
  type: attribute
  unit: iso8601
  description: The date in ISO 8601 format of production of the item, e.g. vehicle.

VehicleIdentification.PurchaseDate:
  datatype: string
  type: attribute
  unit: iso8601
  description: The date in ISO 8601 format of the item e.g. vehicle was purchased by the current owner.

VehicleIdentification.VehicleModelDate:
  datatype: string
  type: attribute
  unit: iso8601
  description: The release date in ISO 8601 format of a vehicle model (often used to differentiate versions of the same make and model).

VehicleIdentification.VehicleConfiguration:
  datatype: string
  type: attribute
  description: A short text indicating the configuration of the vehicle, e.g. '5dr hatchback ST 2.5 MT 225 hp' or 'limited edition'.

VehicleIdentification.VehicleSeatingCapacity:
  datatype: uint16
  type: attribute
  description: The number of passengers that can be seated in the vehicle, both in terms of the physical space available, and in terms of limitations set by law.

VehicleIdentification.VehicleSpecialUsage:
  datatype: string
  type: attribute
  description: Indicates whether the vehicle has been used for special purposes, like commercial rental, driving school.

VehicleIdentification.VehicleExteriorColor:
  datatype: string
  type: attribute
  description: The main color of the exterior within the basic color palette (eg. red, blue, black, white, ...).

VehicleIdentification.VehicleInteriorColor:
  datatype: string
  type: attribute
  description: The color or color combination of the interior of the vehicle.

VehicleIdentification.VehicleInteriorType:
  datatype: string
  type: attribute
  description: The type or material of the interior of the vehicle (e.g. synthetic fabric, leather, wood, etc.).

VehicleIdentification.KnownVehicleDamages:
  datatype: string
  type: attribute
  description: A textual description of known damages, both repaired and unrepaired.

VehicleIdentification.OptionalExtras:
  datatype: string[]
  type: attribute
  description: Optional extras refers to all car equipment options that are not installed as standard by the manufacturer.
  comment: Allowed values are not standardized, each OEM can specify detail descriptions of array elements.
#
# Vehicle signals
#

LowVoltageSystemState:
  datatype: string
  type: sensor
  allowed: [
    'UNDEFINED', # State of low voltage system not known
    'LOCK',      # Low voltage system off, steering lock or equivalent engaged
    'OFF',       # Low voltage system off, steering lock or equivalent not engaged
    'ACC',       # Vehicle Accessories on/living
    'ON',        # Engine start enabled (e.g. ignition on, diesel pre-heating, electrical drive released)
    'START'      # Engine starter relay closed (not applicable for electrical vehicles)
    ]
  description: State of the supply voltage of the control units (usually 12V).

##
#  Low voltage battery
##
LowVoltageBattery:
  type: branch
  description: Signals related to low voltage battery.

#include Battery.vspec LowVoltageBattery


Speed:
  datatype: float
  type: sensor
  unit: km/h
  description: Vehicle speed.

TraveledDistance:
  datatype: float
  type: sensor
  unit: km
  description: Odometer reading, total distance traveled during the lifetime of the vehicle.

TraveledDistanceSinceStart:
  datatype: float
  type: sensor
  unit: km
  description: Distance traveled since start of current trip.
  comment: A new trip is considered to start when engine gets enabled (e.g. LowVoltageSystemState in ON or START mode).
           A trip is considered to end when engine is no longer enabled.
           The signal may however keep the value of the last trip until a new trip is started.

StartTime:
  datatype: string
  type: attribute
  default: '0000-01-01T00:00Z'
  unit: iso8601
  description: Start time of current or latest trip, formatted according to ISO 8601 with UTC time zone.
  comment: This signal is supposed to be set whenever a new trip starts.
           A new trip is considered to start when engine gets enabled (e.g. LowVoltageSystemState in ON or START mode).
           A trip is considered to end when engine is no longer enabled.
           The default value indicates that the vehicle never has been started, or that latest start time is unknown.

TripDuration:
  datatype: float
  type: sensor
  unit: s
  description: Duration of latest trip.
  comment: This signal is not assumed to be continuously updated, but instead set to 0 when a trip starts
           and set to the actual duration of the trip when a trip ends.
           A new trip is considered to start when engine gets enabled (e.g. LowVoltageSystemState in ON or START mode).
           A trip is considered to end when engine is no longer enabled.

TripMeterReading:
  datatype: float
  type: actuator
  unit: km
  description: Trip meter reading.
  comment: The trip meter is an odometer that can be manually reset by the driver

IsBrokenDown:
  datatype: boolean
  type: sensor
  description: Vehicle breakdown or any similar event causing vehicle to stop on the road,
               that might pose a risk to other road users.
               True = Vehicle broken down on the road, due to e.g. engine problems, flat tire, out of gas, brake problems.
               False = Vehicle not broken down.
  comment: Actual criteria and method used to decide if a vehicle is broken down is implementation specific.

IsMoving:
  datatype: boolean
  type: sensor
  description: Indicates whether the vehicle is stationary or moving.

AverageSpeed:
  datatype: float
  type: sensor
  unit: km/h
  description: Average speed for the current trip.
  comment: A new trip is considered to start when engine gets enabled (e.g. LowVoltageSystemState in ON or START mode).
           A trip is considered to end when engine is no longer enabled.
           The signal may however keep the value of the last trip until a new trip is started.
           Calculation of average speed may exclude periods when the vehicle for example is not moving or transmission is in neutral.

#
# Spatial Acceleration
#
Acceleration:
  type: branch
  description: Spatial acceleration. Axis definitions according to ISO 8855.

Acceleration.Longitudinal:
  datatype: float
  type: sensor
  unit: m/s^2
  description: Vehicle acceleration in X (longitudinal acceleration).

Acceleration.Lateral:
  datatype: float
  type: sensor
  unit: m/s^2
  description: Vehicle acceleration in Y (lateral acceleration).

Acceleration.Vertical:
  datatype: float
  type: sensor
  unit: m/s^2
  description: Vehicle acceleration in Z (vertical acceleration).


#
# Spatial Rotation
#
AngularVelocity:
  type: branch
  description: Spatial rotation. Axis definitions according to ISO 8855.

AngularVelocity.Roll:
  datatype: float
  type: sensor
  unit: degrees/s
  description: Vehicle rotation rate along X (longitudinal).

AngularVelocity.Pitch:
  datatype: float
  type: sensor
  unit: degrees/s
  description: Vehicle rotation rate along Y (lateral).

AngularVelocity.Yaw:
  datatype: float
  type: sensor
  unit: degrees/s
  description: Vehicle rotation rate along Z (vertical).

#
# Schema from schema.org
#

RoofLoad:
  datatype: int16
  type: attribute
  unit: kg
  description: The permitted total weight of cargo and installations (e.g. a roof rack) on top of the vehicle.

CargoVolume:
  datatype: float
  type: attribute
  unit: l
  description: The available volume for cargo or luggage. For automobiles, this is usually the trunk volume.
  min: 0

EmissionsCO2:
  datatype: int16
  type: attribute
  description: The CO2 emissions.
  unit: g/km


#
# Vehicle Weight and Dimension attributes
#

CurrentOverallWeight:
  datatype: uint16
  type: sensor
  unit: kg
  description: Current overall Vehicle weight. Including passengers, cargo and other load inside the car.

CurbWeight:
  datatype: uint16
  type: attribute
  default: 0
  unit: kg
  description: Vehicle curb weight, including all liquids and full tank of fuel, but no cargo or passengers.

GrossWeight:
  datatype: uint16
  type: attribute
  default: 0
  unit: kg
  description: Curb weight of vehicle, including all liquids and full tank of fuel and full load of cargo and passengers.

MaxTowWeight:
  datatype: uint16
  type: attribute
  default: 0
  unit: kg
  description: Maximum weight of trailer.

MaxTowBallWeight:
  datatype: uint16
  type: attribute
  default: 0
  unit: kg
  description: Maximum vertical weight on the tow ball of a trailer.

Length:
  datatype: uint16
  type: attribute
  default: 0
  unit: mm
  description: Overall vehicle length.

Height:
  datatype: uint16
  type: attribute
  default: 0
  unit: mm
  description: Overall vehicle height.

WidthExcludingMirrors:
  datatype: uint16
  type: attribute
  default: 0
  unit: mm
  description: Overall vehicle width excluding mirrors, as defined by SAE J1100-2009 W103.

WidthIncludingMirrors:
  datatype: uint16
  type: attribute
  unit: mm
  description: Overall vehicle width including mirrors, as defined by SAE J1100-2009 W144.

WidthFoldedMirrors:
  datatype: uint16
  type: attribute
  unit: mm
  description: Overall vehicle width with mirrors folded, as defined by SAE J1100-2009 W145.

TurningDiameter:
  datatype: uint16
  type: attribute
  unit: mm
  description: Minimum turning diameter, Wall-to-Wall, as defined by SAE J1100-2009 D102.

#
# Trailer
#
Trailer:
  type: branch
  description: Trailer signals.

Trailer.IsConnected:
  datatype: boolean
  type: sensor
  description: Signal indicating if trailer is connected or not.

#
# Location
#

CurrentLocation:
  type: branch
  description: The current latitude and longitude of the vehicle.

CurrentLocation.Timestamp:
  datatype: string
  type: sensor
  unit: iso8601
  description: Timestamp from GNSS system for current location, formatted according to ISO 8601 with UTC time zone.

CurrentLocation.Latitude:
  datatype: double
  type: sensor
  min: -90
  max: 90
  unit: degrees
  description: Current latitude of vehicle in WGS 84 geodetic coordinates, as measured at the position of GNSS receiver antenna.

CurrentLocation.Longitude:
  datatype: double
  type: sensor
  min: -180
  max: 180
  unit: degrees
  description: Current longitude of vehicle in WGS 84 geodetic coordinates, as measured at the position of GNSS receiver antenna.

CurrentLocation.Heading:
  datatype: double
  type: sensor
  min: 0
  max: 360
  unit: degrees
  description: Current heading relative to geographic north.
               0 = North, 90 = East, 180 = South, 270 = West.

CurrentLocation.HorizontalAccuracy:
  datatype: double
  type: sensor
  unit: m
  description: Accuracy of the latitude and longitude coordinates.

CurrentLocation.Altitude:
  datatype: double
  type: sensor
  unit: m
  description: Current altitude relative to WGS 84 reference ellipsoid, as measured at the position of GNSS receiver antenna.

CurrentLocation.VerticalAccuracy:
  datatype: double
  type: sensor
  unit: m
  description: Accuracy of altitude.

CurrentLocation.GNSSReceiver:
  type: branch
  description: Information on the GNSS receiver used for determining current location.

CurrentLocation.GNSSReceiver.FixType:
  datatype: string
  type: sensor
  allowed: ['NONE',
            'TWO_D',
            'TWO_D_SATELLITE_BASED_AUGMENTATION',
            'TWO_D_GROUND_BASED_AUGMENTATION',
            'TWO_D_SATELLITE_AND_GROUND_BASED_AUGMENTATION',
            'THREE_D',
            'THREE_D_SATELLITE_BASED_AUGMENTATION',
            'THREE_D_GROUND_BASED_AUGMENTATION',
            'THREE_D_SATELLITE_AND_GROUND_BASED_AUGMENTATION']
  description: Fix status of GNSS receiver.

CurrentLocation.GNSSReceiver.MountingPosition:
  type: branch
  description: Mounting position of GNSS receiver antenna relative to vehicle coordinate system.
               Axis definitions according to ISO 8855. Origin at center of (first) rear axle.

CurrentLocation.GNSSReceiver.MountingPosition.X:
  datatype: int16
  type: attribute
  unit: mm
  description: Mounting position of GNSS receiver antenna relative to vehicle coordinate system.
               Axis definitions according to ISO 8855. Origin at center of (first) rear axle.
               Positive values = forward of rear axle. Negative values = backward of rear axle.

CurrentLocation.GNSSReceiver.MountingPosition.Y:
  datatype: int16
  type: attribute
  unit: mm
  description: Mounting position of GNSS receiver antenna relative to vehicle coordinate system.
               Axis definitions according to ISO 8855. Origin at center of (first) rear axle.
               Positive values = left of origin. Negative values = right of origin.
               Left/Right is as seen from driver perspective, i.e. by a person looking forward.

CurrentLocation.GNSSReceiver.MountingPosition.Z:
  datatype: int16
  type: attribute
  unit: mm
  description: Mounting position of GNSS receiver on Z-axis.
               Axis definitions according to ISO 8855. Origin at center of (first) rear axle.
               Positive values = above center of rear axle. Negative values = below center of rear axle.

#include include/PowerOptimize.vspec