Enum tacview::record::Property [−][src]
pub enum Property {
Show 88 variants
T(Coords),
Name(String),
Type(HashSet<Tag>),
Parent(u64),
Next(u64),
CallSign(String),
Registration(String),
Squawk(String),
ICAO24(String),
Pilot(String),
Group(String),
Country(String),
Coalition(String),
Color(Color),
Shape(String),
Debug(String),
Label(String),
FocusedTarget(u64),
LockedTarget(u64),
Importance(f64),
Slot(u64),
Disabled(bool),
Visible(bool),
Health(f64),
Length(f64),
Width(f64),
Height(f64),
Radius(f64),
IAS(f64),
CAS(f64),
TAS(f64),
Mach(f64),
AOA(f64),
AOS(f64),
AGL(f64),
HDG(f64),
HDM(f64),
Throttle(f64),
Afterburner(f64),
AirBrakes(f64),
Flaps(f64),
LandingGear(f64),
LandingGearHandle(f64),
Tailhook(f64),
Parachute(f64),
DragChute(f64),
FuelWeight(u8, f64),
FuelVolume(u8, f64),
FuelFlowWeight(u8, f64),
FuelFlowVolume(u8, f64),
RadarMode(f64),
RadarAzimuth(f64),
RadarElevation(f64),
RadarRoll(f64),
RadarRange(f64),
RadarHorizontalBeamwidth(f64),
RadarVerticalBeamwidth(f64),
LockedTargetMode(f64),
LockedTargetAzimuth(f64),
LockedTargetElevation(f64),
LockedTargetRange(f64),
EngagementMode(f64),
EngagementMode2(f64),
EngagementRange(f64),
EngagementRange2(f64),
VerticalEngagementRange(f64),
VerticalEngagementRange2(f64),
RollControlInput(f64),
PitchControlInput(f64),
YawControlInput(f64),
RollControlPosition(f64),
PitchControlPosition(f64),
YawControlPosition(f64),
RollTrimTab(f64),
PitchTrimTab(f64),
YawTrimTab(f64),
AileronLeft(f64),
AileronRight(f64),
Elevator(f64),
Rudder(f64),
PilotHeadRoll(f64),
PilotHeadPitch(f64),
PilotHeadYaw(f64),
VerticalGForce(f64),
LongitudinalGForce(f64),
LateralGForce(f64),
ENL(f64),
Unknown(String, String),
}Variants
T(Coords)Object Coordinates.
Tuple Fields of T
0: CoordsName(String)The object name should use the most common notation for each object. It is strongly recommended to use ICAO or NATO names like: C172 or F/A-18C. This will help Tacview to associate each object with the corresponding entry in its database. Type and Name are the only properties which CANNOT be predefined in Tacview database.
Tuple Fields of Name
0: StringObject types are built using tags. This makes object management much more powerful and transparent than with the previous exclusive types. Type and Name are the only properties which CANNOT be predefined in Tacview database.
Parent(u64)Parent object id. Useful to associate for example a missile (child object) and its launcher aircraft (parent object).
Tuple Fields of Parent
0: u64Next(u64)ID of the following object. Typically used to link waypoints together.
Tuple Fields of Next
0: u64CallSign(String)The call sign will be displayed in priority over the object name and sometimes pilot name, especially in the 3D view and selection boxes. This is handy for mission debriefings where call signs are more informative than aircraft names.
Tuple Fields of CallSign
0: StringRegistration(String)Aircraft registration (aka tail number)
Tuple Fields of Registration
0: StringSquawk(String)Current transponder code. Any code is possible, there is no limitation like with the old 4 digit transponders.
Tuple Fields of Squawk
0: StringICAO24(String)Mode S equipped aircraft uniquely assigned ICAO 24-bit address.
Tuple Fields of ICAO24
0: StringPilot(String)Aircraft pilot in command name.
Tuple Fields of Pilot
0: StringGroup(String)Group the object belongs to. Used to group objects together. For example, a formation of F-16 flying a CAP together.
Tuple Fields of Group
0: StringCountry(String)ISO 3166-1 alpha-2 country code.
Tuple Fields of Country
0: StringCoalition(String)Coalition.
Tuple Fields of Coalition
0: StringColor(Color)Color of the object.
Tuple Fields of Color
0: ColorShape(String)Filename of the 3D model which will be used to represent the object in the 3D view. 3D models must be in Wavefront .obj file format and stored in either %ProgramData%\Tacview\Data\Meshes\ or %APPDATA%\Tacview\Data\Meshes.
Tuple Fields of Shape
0: StringDebug(String)Debug text visible in the 3D view when Tacview is launched with the /Debug:on command line argument.
Tuple Fields of Debug
0: StringLabel(String)Free real-time text displayable in the 3D view and telemetry windows (to provide miscellaneous info to the end-user)
Tuple Fields of Label
0: StringFocusedTarget(u64)Target currently focused by the object (typically used to designate laser beam target object, can also be used to show what the pilot is currently focused on)
Tuple Fields of FocusedTarget
0: u64LockedTarget(u64)Primary target id (could be locked using any device, like radar, IR, NVG, …)
Tuple Fields of LockedTarget
0: u64Importance(f64)The higher the ratio, the more important is the object is (e.g. locally simulated aircraft could be 1.0 importance factor). Unit: ratio
Tuple Fields of Importance
0: f64Slot(u64)Plane position in its Group (the lowest is the leader).
Tuple Fields of Slot
0: u64Disabled(bool)Specifies that an object is disabled (typically out-of-combat) without being destroyed yet. This is particularly useful for combat training and shotlogs.
Tuple Fields of Disabled
0: boolVisible(bool)This flag is useful to hide specific objects from the 3D view. Can be used for a fog-of-war effect, or to prevent virtual objects from being displayed.
Tuple Fields of Visible
0: boolHealth(f64)Use this attribute to record the current health status of an object. The ratio is equal to 1.0 when the object is brand new, and 0.0 whenever the object is out of combat/dead/destroyed. This attribute as currently no effect on the events, you still need to remove the object manually whenever it is destroyed. Unit: ratio
Tuple Fields of Health
0: f64Length(f64)Object length. Especially useful when displaying buildings. Unit: m
Tuple Fields of Length
0: f64Width(f64)Object width. Especially useful when displaying buildings. Unit: m
Tuple Fields of Width
0: f64Height(f64)Object height. Especially useful when displaying buildings. Unit: m
Tuple Fields of Height
0: f64Radius(f64)Object bounding sphere radius. Object bounding sphere radius. Can be used to define custom explosion, smoke/grenade radius. Can be animated. Unit: m
Tuple Fields of Radius
0: f64IAS(f64)Indicated airspeed. Unit: m/s
Tuple Fields of IAS
0: f64CAS(f64)Calibrated airspeed. Unit: m/s
Tuple Fields of CAS
0: f64TAS(f64)True airspeed. Unit: m/s
Tuple Fields of TAS
0: f64Mach(f64)Mach number. Unit: ratio
Tuple Fields of Mach
0: f64AOA(f64)Angle of attack. Unit: deg
Tuple Fields of AOA
0: f64AOS(f64)Sideslip angle, also called angle of sideslip. Unit: deg
Tuple Fields of AOS
0: f64AGL(f64)Object altitude above ground level. Unit: m
Tuple Fields of AGL
0: f64HDG(f64)Aircraft heading. When there is no roll and pitch data available, this property can be used to specify the yaw while keeping full rotation emulation in the 3D view. Unit: deg
Tuple Fields of HDG
0: f64HDM(f64)Aircraft magnetic heading. Heading relative to local magnetic north. Unit: deg
Tuple Fields of HDM
0: f64Throttle(f64)Main/engine #1 throttle handle position (could be >1 for Afterburner and <0 for reverse). Unit: ratio
Tuple Fields of Throttle
0: f64Afterburner(f64)Main/engine #1 afterburner status. Unit: ratio
Tuple Fields of Afterburner
0: f64AirBrakes(f64)Air brakes status. Unit: ratio
Tuple Fields of AirBrakes
0: f64Flaps(f64)Flaps position. Unit: ratio
Tuple Fields of Flaps
0: f64LandingGear(f64)Landing gear status. Unit: ratio
Tuple Fields of LandingGear
0: f64LandingGearHandle(f64)Landing gear handle position. Unit: ratio
Tuple Fields of LandingGearHandle
0: f64Tailhook(f64)Arresting hook status. Unit: ratio
Tuple Fields of Tailhook
0: f64Parachute(f64)Parachute status (not to be mistaken for DragChute). Unit: ratio
Tuple Fields of Parachute
0: f64DragChute(f64)Drogue/Drag Parachute status. Unit: ratio
Tuple Fields of DragChute
0: f64Fuel quantity currently available in each tanks (up to 10 tanks supported). Unit: kg
Fuel quantity currently available in each tanks (up to 10 tanks supported). Unit: l
Fuel flow for each engine (up to 8 engines supported). Unit: kg/hour
Fuel flow for each engine (up to 8 engines supported). Unit: l/hour
RadarMode(f64)Radar mode (0 = off)
Tuple Fields of RadarMode
0: f64RadarAzimuth(f64)Radar azimuth (heading) relative to aircraft orientation. Unit: deg
Tuple Fields of RadarAzimuth
0: f64RadarElevation(f64)Radar elevation relative to aircraft orientation. Unit: deg
Tuple Fields of RadarElevation
0: f64RadarRoll(f64)Radar roll angle relative to aircraft orientation. Unit: deg
Tuple Fields of RadarRoll
0: f64RadarRange(f64)Radar scan range. Unit: m
Tuple Fields of RadarRange
0: f64RadarHorizontalBeamwidth(f64)Radar beamwidth in azimuth. Unit: deg
Tuple Fields of RadarHorizontalBeamwidth
0: f64RadarVerticalBeamwidth(f64)Radar beamwidth in elevation. Unit: deg
Tuple Fields of RadarVerticalBeamwidth
0: f64LockedTargetMode(f64)Primary target lock mode (0 = no lock/no target).
Tuple Fields of LockedTargetMode
0: f64LockedTargetAzimuth(f64)Primary target azimuth (heading) relative to aircraft orientation. Unit: deg
Tuple Fields of LockedTargetAzimuth
0: f64LockedTargetElevation(f64)Primary target elevation relative to aircraft orientation. Unit: deg
Tuple Fields of LockedTargetElevation
0: f64LockedTargetRange(f64)Primary target distance to aircraft. Unit: m
Tuple Fields of LockedTargetRange
0: f64EngagementMode(f64)Enable/disable engagement range (such as when a SAM site turns off its radar) (0 = off).
Tuple Fields of EngagementMode
0: f64EngagementMode2(f64)Enable/disable engagement range (such as when a SAM site turns off its radar) (0 = off).
Tuple Fields of EngagementMode2
0: f64EngagementRange(f64)Engagement range for anti-aircraft units. This is the radius of the sphere which will be displayed in the 3D view. Typically used for SAM and AAA units, but this can be also relevant to warships. Unit: m
Tuple Fields of EngagementRange
0: f64EngagementRange2(f64)Engagement range for anti-aircraft units. This is the radius of the sphere which will be displayed in the 3D view. Typically used for SAM and AAA units, but this can be also relevant to warships. Unit: m
Tuple Fields of EngagementRange2
0: f64VerticalEngagementRange(f64)Engagement range for anti-aircraft units. This is the radius of the sphere which will be displayed in the 3D view. Typically used for SAM and AAA units, but this can be also relevant to warships. Unit: m
Tuple Fields of VerticalEngagementRange
0: f64VerticalEngagementRange2(f64)Engagement range for anti-aircraft units. This is the radius of the sphere which will be displayed in the 3D view. Typically used for SAM and AAA units, but this can be also relevant to warships. Unit: m
Tuple Fields of VerticalEngagementRange2
0: f64RollControlInput(f64)Raw player HOTAS/Yoke position in real-life (flight sim input device). Unit: ratio
Tuple Fields of RollControlInput
0: f64PitchControlInput(f64)Raw player HOTAS/Yoke position in real-life (flight sim input device). Unit: ratio
Tuple Fields of PitchControlInput
0: f64YawControlInput(f64)Raw player HOTAS/Yoke position in real-life (flight sim input device). Unit: ratio
Tuple Fields of YawControlInput
0: f64RollControlPosition(f64)HOTAS/Yoke position in simulated (with response curves) or real-life cockpit. Unit: ratio
Tuple Fields of RollControlPosition
0: f64PitchControlPosition(f64)HOTAS/Yoke position in simulated (with response curves) or real-life cockpit. Unit: ratio
Tuple Fields of PitchControlPosition
0: f64YawControlPosition(f64)HOTAS/Yoke position in simulated (with response curves) or real-life cockpit. Unit: ratio
Tuple Fields of YawControlPosition
0: f64RollTrimTab(f64)Trim position for each axis. Unit: ratio
Tuple Fields of RollTrimTab
0: f64PitchTrimTab(f64)Trim position for each axis. Unit: ratio
Tuple Fields of PitchTrimTab
0: f64YawTrimTab(f64)Trim position for each axis. Unit: ratio
Tuple Fields of YawTrimTab
0: f64AileronLeft(f64)Control surfaces position on the aircraft. Unit: ratio
Tuple Fields of AileronLeft
0: f64AileronRight(f64)Control surfaces position on the aircraft. Unit: ratio
Tuple Fields of AileronRight
0: f64Elevator(f64)Control surfaces position on the aircraft. Unit: ratio
Tuple Fields of Elevator
0: f64Rudder(f64)Control surfaces position on the aircraft. Unit: ratio
Tuple Fields of Rudder
0: f64PilotHeadRoll(f64)Pilot head orientation in the cockpit relative to the aircraft orientation Unit: ratio
Tuple Fields of PilotHeadRoll
0: f64PilotHeadPitch(f64)Pilot head orientation in the cockpit relative to the aircraft orientation Unit: ratio
Tuple Fields of PilotHeadPitch
0: f64PilotHeadYaw(f64)Pilot head orientation in the cockpit relative to the aircraft orientation Unit: ratio
Tuple Fields of PilotHeadYaw
0: f64VerticalGForce(f64)Gravitational force equivalent of the acceleration in each axis relative to the aircraft orientation Unit: g
Tuple Fields of VerticalGForce
0: f64LongitudinalGForce(f64)Gravitational force equivalent of the acceleration in each axis relative to the aircraft orientation Unit: g
Tuple Fields of LongitudinalGForce
0: f64LateralGForce(f64)Gravitational force equivalent of the acceleration in each axis relative to the aircraft orientation Unit: g
Tuple Fields of LateralGForce
0: f64ENL(f64)Ratio between 0 and 1 describing the current Environmental Noise Level measured by the flight recorder. Typically used by gliders to detect engine use. This is the equivalent of the ENL field which can be found in IGC files. Unit: ratio
Tuple Fields of ENL
0: f64Unknown property. This only exists for forward compatibility and using it is not recommended as the property you are using could be move to the known properties in a future release.