package deepf1.twenty_eighteen.protobuf

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• repeated float control_points_x = 1

• repeated float control_points_z = 2

• float m_sessionTime = 3

Used in: PacketMotionData

• float m_worldPositionX = 1

  World space X position

• float m_worldPositionY = 2

  World space Y position

• float m_worldPositionZ = 3

  World space Z position

• float m_worldVelocityX = 4

  Velocity in world space X

• float m_worldVelocityY = 5

  Velocity in world space Y

• float m_worldVelocityZ = 6

  Velocity in world space Z

• sint32 m_worldForwardDirX = 7

  World space forward X direction (normalised)

• sint32 m_worldForwardDirY = 8

  World space forward Y direction (normalised)

• sint32 m_worldForwardDirZ = 9

  World space forward Z direction (normalised)

• sint32 m_worldRightDirX = 10

  World space right X direction (normalised)

• sint32 m_worldRightDirY = 11

  World space right Y direction (normalised)

• sint32 m_worldRightDirZ = 12

  World space right Z direction (normalised)

• float m_gForceLateral = 13

  Lateral G-Force component

• float m_gForceLongitudinal = 14

  Longitudinal G-Force component

• float m_gForceVertical = 15

  Vertical G-Force component

• float m_yaw = 16

  Yaw angle in radians

• float m_pitch = 17

  Pitch angle in radians

• float m_roll = 18

  Roll angle in radians

Used in: PacketCarSetupData

• uint32 m_frontWing = 1

  Front wing aero

• uint32 m_rearWing = 2

  Rear wing aero

• uint32 m_onThrottle = 3

  Differential adjustment on throttle (percentage)

• uint32 m_offThrottle = 4

  Differential adjustment off throttle (percentage)

• float m_frontCamber = 5

  Front camber angle (suspension geometry)

• float m_rearCamber = 6

  Rear camber angle (suspension geometry)

• float m_frontToe = 7

  Front toe angle (suspension geometry)

• float m_rearToe = 8

  Rear toe angle (suspension geometry)

• uint32 m_frontSuspension = 9

  Front suspension

• uint32 m_rearSuspension = 10

  Rear suspension

• uint32 m_frontAntiRollBar = 11

  Front anti-roll bar

• uint32 m_rearAntiRollBar = 12

  Front anti-roll bar

• uint32 m_frontSuspensionHeight = 13

  Front ride height

• uint32 m_rearSuspensionHeight = 14

  Rear ride height

• uint32 m_brakePressure = 15

  Brake pressure (percentage)

• uint32 m_brakeBias = 16

  Brake bias (percentage)

• float m_frontTyrePressure = 17

  Front tyre pressure (PSI)

• float m_rearTyrePressure = 18

  Rear tyre pressure (PSI)

• uint32 m_ballast = 19

  Ballast

• float m_fuelLoad = 20

  Fuel load

Used in: PacketCarStatusData

• uint32 m_tractionControl = 1

  0 (off) - 2 (high)

• uint32 m_antiLockBrakes = 2

  0 (off) - 1 (on)

• uint32 m_fuelMix = 3

  Fuel mix - 0 = lean, 1 = standard, 2 = rich, 3 = max

• uint32 m_frontBrakeBias = 4

  Front brake bias (percentage)

• uint32 m_pitLimiterStatus = 5

  Pit limiter status - 0 = off, 1 = on

• float m_fuelInTank = 6

  Current fuel mass

• float m_fuelCapacity = 7

  Fuel capacity

• uint32 m_maxRPM = 8

  Cars max RPM, point of rev limiter

• uint32 m_idleRPM = 9

  Cars idle RPM

• uint32 m_maxGears = 10

  Maximum number of gears

• uint32 m_drsAllowed = 11

  0 = not allowed, 1 = allowed, -1 = unknown

• repeated uint32 m_tyresWear = 12

  Tyre wear percentage

• uint32 m_tyreCompound = 13

  Modern - 0 = hyper soft, 1 = ultra soft

• repeated uint32 m_tyresDamage = 14

  2 = super soft, 3 = soft, 4 = medium, 5 = hard 6 = super hard, 7 = inter, 8 = wet Classic - 0-6 = dry, 7-8 = wet

  Tyre damage (percentage)

• uint32 m_frontLeftWingDamage = 15

  Front left wing damage (percentage)

• uint32 m_frontRightWingDamage = 16

  Front right wing damage (percentage)

• uint32 m_rearWingDamage = 17

  Rear wing damage (percentage)

• uint32 m_engineDamage = 18

  Engine damage (percentage)

• uint32 m_gearBoxDamage = 19

  Gear box damage (percentage)

• uint32 m_exhaustDamage = 20

  Exhaust damage (percentage)

• int32 m_vehicleFiaFlags = 21

  -1 = invalid/unknown, 0 = none, 1 = green

• float m_ersStoreEnergy = 22

  2 = blue, 3 = yellow, 4 = red

  ERS energy store in Joules

• uint32 m_ersDeployMode = 23

  ERS deployment mode, 0 = none, 1 = low, 2 = medium

• float m_ersHarvestedThisLapMGUK = 24

  3 = high, 4 = overtake, 5 = hotlap

  ERS energy harvested this lap by MGU-K

• float m_ersHarvestedThisLapMGUH = 25

  ERS energy harvested this lap by MGU-H

• float m_ersDeployedThisLap = 26

  ERS energy deployed this lap

Used in: PacketCarTelemetryData

• uint32 m_speed = 1

  Speed of car in kilometres per hour

• uint32 m_throttle = 2

  Amount of throttle applied (0 to 100)

• sint32 m_steer = 3

  Steering (-100 (full lock left) to 100 (full lock right))

• uint32 m_brake = 4

  Amount of brake applied (0 to 100)

• uint32 m_clutch = 5

  Amount of clutch applied (0 to 100)

• sint32 m_gear = 6

  Gear selected (1-8, N=0, R=-1)

• uint32 m_engineRPM = 7

  Engine RPM

• uint32 m_drs = 8

  0 = off, 1 = on

• uint32 m_revLightsPercent = 9

  Rev lights indicator (percentage)

• repeated uint32 m_brakesTemperature = 10

  Brakes temperature (celsius)

• repeated uint32 m_tyresSurfaceTemperature = 11

  Tyres surface temperature (celsius)

• repeated uint32 m_tyresInnerTemperature = 12

  Tyres inner temperature (celsius)

• uint32 m_engineTemperature = 13

  Engine temperature (celsius)

• repeated float m_tyresPressure = 14

  Tyres pressure (PSI)

Used in: PacketLapData

• float m_lastLapTime = 1

  Last lap time in seconds

• float m_currentLapTime = 2

  Current time around the lap in seconds

• float m_bestLapTime = 3

  Best lap time of the session in seconds

• float m_sector1Time = 4

  Sector 1 time in seconds

• float m_sector2Time = 5

  Sector 2 time in seconds

• float m_lapDistance = 6

  Distance vehicle is around current lap in metres – could

• float m_totalDistance = 7

  be negative if line hasn’t been crossed yet

  Total distance travelled in session in metres – could

• float m_safetyCarDelta = 8

  be negative if line hasn’t been crossed yet

  Delta in seconds for safety car

• uint32 m_carPosition = 9

  Car race position

• uint32 m_currentLapNum = 10

  Current lap number

• uint32 m_pitStatus = 11

  0 = none, 1 = pitting, 2 = in pit area

• uint32 m_sector = 12

  0 = sector1, 1 = sector2, 2 = sector3

• uint32 m_currentLapInvalid = 13

  Current lap invalid - 0 = valid, 1 = invalid

• uint32 m_penalties = 14

  Accumulated time penalties in seconds to be added

• uint32 m_gridPosition = 15

  Grid position the vehicle started the race in

• uint32 m_driverStatus = 16

  Status of driver - 0 = in garage, 1 = flying lap

• uint32 m_resultStatus = 17

  2 = in lap, 3 = out lap, 4 = on track

  Result status - 0 = invalid, 1 = inactive, 2 = active

• float angle_min = 1

• float angle_max = 2

• float angle_increment = 3

• float time_increment = 4

• float scan_time = 5

• float range_min = 6

• float range_max = 7

• repeated float ranges = 8

• repeated float intensities = 9

• double session_time = 10

• protobuf.eigen.FrameId frame = 11

Used in: PacketSessionData

• float m_zoneStart = 1

  Fraction (0..1) of way through the lap the marshal zone starts

• int32 m_zoneFlag = 2

  -1 = invalid/unknown, 0 = none, 1 = green, 2 = blue, 3 = yellow, 4 = red

Used in: TimestampedPacketCarSetupData

• optional PacketHeader m_header = 1

  Header

• repeated CarSetupData m_carSetups = 2

Used in: TimestampedPacketCarStatusData

• optional PacketHeader m_header = 1

  Header

• repeated CarStatusData m_carStatusData = 2

Used in: TimestampedPacketCarTelemetryData

• optional PacketHeader m_header = 1

  Header

• repeated CarTelemetryData m_carTelemetryData = 2

• uint32 m_buttonStatus = 3

  Bit flags specifying which buttons are being

Used in: TimestampedPacketEventData

• optional PacketHeader m_header = 1

  Header

• string m_eventStringCode = 2

  Event string code, see above

Used in: PacketCarSetupData, PacketCarStatusData, PacketCarTelemetryData, PacketEventData, PacketLapData, PacketMotionData, PacketParticipantsData, PacketSessionData

• uint32 m_packetFormat = 1

  2018

• uint32 m_packetVersion = 2

  Version of this packet type, all start from 1

• uint32 m_packetId = 3

  Identifier for the packet type, see below

• uint64 m_sessionUID = 4

  Unique identifier for the session

• float m_sessionTime = 5

  Session timestamp

• uint32 m_frameIdentifier = 6

  Identifier for the frame the data was retrieved on

• uint32 m_playerCarIndex = 7

  Index of player's car in the array

Used in: TimestampedPacketLapData

• optional PacketHeader m_header = 1

  Header

• repeated LapData m_lapData = 2

  Lap data for all cars on track

Used in: TimestampedPacketMotionData

• optional PacketHeader m_header = 1

  Header

• repeated CarMotionData m_carMotionData = 2

  Data for all cars on track

• repeated float m_suspensionPosition = 3

  Extra player car ONLY data

  Note: All wheel arrays have the following order:

• repeated float m_suspensionVelocity = 4

  RL, RR, FL, FR

• repeated float m_suspensionAcceleration = 5

  RL, RR, FL, FR

• repeated float m_wheelSpeed = 6

  Speed of each wheel

• repeated float m_wheelSlip = 7

  Slip ratio for each wheel

• float m_localVelocityX = 8

  Velocity in local space

• float m_localVelocityY = 9

  Velocity in local space

• float m_localVelocityZ = 10

  Velocity in local space

• float m_angularVelocityX = 11

  Angular velocity x-component

• float m_angularVelocityY = 12

  Angular velocity y-component

• float m_angularVelocityZ = 13

  Angular velocity z-component

• float m_angularAccelerationX = 14

  Angular velocity x-component

• float m_angularAccelerationY = 15

  Angular velocity y-component

• float m_angularAccelerationZ = 16

  Angular velocity z-component

• float m_frontWheelsAngle = 17

  Current front wheels angle in radians

Used in: TimestampedPacketParticipantsData

• optional PacketHeader m_header = 1

  Header

• uint32 m_numCars = 2

  Number of cars in the data

• repeated ParticipantData m_participants = 3

Used in: TimestampedPacketSessionData

• optional PacketHeader m_header = 1

  Header

• uint32 m_weather = 2

  Weather - 0 = clear, 1 = light cloud, 2 = overcast

• sint32 m_trackTemperature = 3

  3 = light rain, 4 = heavy rain, 5 = storm

  Track temp. in degrees celsius

• sint32 m_airTemperature = 4

  Air temp. in degrees celsius

• uint32 m_totalLaps = 5

  Total number of laps in this race

• uint32 m_trackLength = 6

  Track length in metres

• uint32 m_sessionType = 7

  0 = unknown, 1 = P1, 2 = P2, 3 = P3, 4 = Short P

• sint32 m_trackId = 8

  5 = Q1, 6 = Q2, 7 = Q3, 8 = Short Q, 9 = OSQ 10 = R, 11 = R2, 12 = Time Trial

  -1 for unknown, 0-21 for tracks, see appendix

• uint32 m_era = 9

  Era, 0 = modern, 1 = classic

• uint32 m_sessionTimeLeft = 10

  Time left in session in seconds

• uint32 m_sessionDuration = 11

  Session duration in seconds

• uint32 m_pitSpeedLimit = 12

  Pit speed limit in kilometres per hour

• uint32 m_gamePaused = 13

  Whether the game is paused

• uint32 m_isSpectating = 14

  Whether the player is spectating

• uint32 m_spectatorCarIndex = 15

  Index of the car being spectated

• uint32 m_sliProNativeSupport = 16

  SLI Pro support, 0 = inactive, 1 = active

• uint32 m_numMarshalZones = 17

  Number of marshal zones to follow

• repeated MarshalZone m_marshalZones = 18

  List of marshal zones – max 21

• uint32 m_safetyCarStatus = 19

  0 = no safety car, 1 = full safety car

• uint32 m_networkGame = 20

  2 = virtual safety car

  0 = offline, 1 = online

Used in: PacketParticipantsData

• uint32 m_aiControlled = 1

  Whether the vehicle is AI (1) or Human (0) controlled

• uint32 m_driverId = 2

  Driver id - see appendix

• uint32 m_teamId = 3

  Team id - see appendix

• uint32 m_raceNumber = 4

  Race number of the car

• uint32 m_nationality = 5

  Nationality of the driver

• string m_name = 6

  Name of participant in UTF-8 format – null terminated

• optional PacketCarSetupData udp_packet = 1

• double timestamp = 2

• optional PacketCarStatusData udp_packet = 1

• double timestamp = 2

• optional PacketCarTelemetryData udp_packet = 1

• double timestamp = 2

• optional PacketEventData udp_packet = 1

• double timestamp = 2

• optional PacketLapData udp_packet = 1

• double timestamp = 2

• optional PacketMotionData udp_packet = 1

• double timestamp = 2

• optional PacketParticipantsData udp_packet = 1

• double timestamp = 2

• optional PacketSessionData udp_packet = 1

• double timestamp = 2