package simData

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/ Units for angular measurement

Used in: LabelPrefs

• UNITS_RADIANS = 10

  /< Radians flag

• UNITS_DEGREES = 11

  /< Degrees flag

• UNITS_DEGREES_MINUTES = 12

  /< DM format

• UNITS_DEGREES_MINUTES_SECONDS = 13

  /< DMS format

• UNITS_UTM = 14

  /< UTM flag

• UNITS_BAM = 15

  /< BAM (Binary Angular Measure) flag

• UNITS_MIL = 16

  /< Angular Mil (NATO variant) flag

• UNITS_MILLIRADIANS = 17

  /< Milliradians (0.001 radians) flag

/ Animated Line bending preference

Used in: LobGroupPrefs

• ALB_AUTO = 0

  * Automatic line bending. Lines are straight unless they would intersect the earth, in which case they bend.

• ALB_STRAIGHT = 1

  * Lines are always straight.

• ALB_BEND = 2

  * Lines always bend.

/ define OSG text backdrop implementation

Used in: LabelPrefs

• BDI_POLYGON_OFFSET = 0

• BDI_NO_DEPTH_BUFFER = 1

• BDI_DEPTH_RANGE = 2

• BDI_STENCIL_BUFFER = 3

• BDI_DELAYED_DEPTH_WRITES = 4

/ define OSG text backdrop types

Used in: LabelPrefs

• BDT_SHADOW_BOTTOM_RIGHT = 0

• BDT_SHADOW_CENTER_RIGHT = 1

• BDT_SHADOW_TOP_RIGHT = 2

• BDT_SHADOW_BOTTOM_CENTER = 3

• BDT_SHADOW_TOP_CENTER = 4

• BDT_SHADOW_BOTTOM_LEFT = 5

• BDT_SHADOW_CENTER_LEFT = 6

• BDT_SHADOW_TOP_LEFT = 7

• BDT_OUTLINE = 8

• BDT_NONE = 9

/ timed update to beam prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional BeamPrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a beam

Used in: BeamCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional bool shaded = 2

  / Toggle lighting (shading)

• optional bool blended = 3

  / Toggle alpha blending

• optional BeamPrefs.DrawMode beamDrawMode = 4

  / Rendering mode: solid, wire, combined

• optional double beamScale = 5

  / Rendering scale, typically 1.0; multiplier that applies to the beam length

• optional BeamPrefs.DrawType drawType = 6

  / Rendering style, either as a full pattern or just as a 3 dB beam

• optional uint32 capResolution = 7

  / Number of polygons in the beam's end cap resolution

• optional uint32 coneResolution = 8

  / Number of polygons in the beam's cone

• optional bool renderCone = 9

  / Render beam as a cone instead of a spherical wedge

• optional double sensitivity = 10

  / Controls antenna pattern visibility based on gain (dB)

• optional double gain = 11

  / Main lobe antenna pattern gain (dB)

• optional double fieldOfView = 12

  / Antenna pattern angular field of view (radians)

• optional double detail = 13

  / Angular step size, controlling antenna pattern's degree of detail, in degrees

• optional double power = 14

  / Antenna transmitter peak power, in watts

• optional double frequency = 15

  / Antenna transmitter frequency, in MHz

• optional Polarity polarity = 16

  / Polarization of the antenna

• optional bool colorScale = 17

  / Applies a color gradient based on antenna pattern gain

• optional BeamPrefs.AntennaPattern antennaPattern = 18

  / Antenna pattern data for the beam

• optional string arepsFile = 19

  / AREPS file associated with the beam

• optional bool channel = 20

  / Channel is used for monopulse beams

• optional bool weighting = 21

  / Apply a weighting function to gain value based on beam width (table and relative patterns only)

• optional bool interpolateBeamPos = 22

  / Interpolate between data points

• optional bool useOffsetPlatform = 23

  / Toggle use of platform offsets (as defined by the host platform) in positioning beam / Beams should use host platform offset when setting beam origin

• optional bool useOffsetIcon = 24

  / Toggle use of icon offset (as defined by the host platform) in positioning beam / Icon offset is controlled by data, default condition is to originate from center of host

• optional bool useOffsetBeam = 25

  / Toggle use of beam position and orientation offsets defined below / Beam offset is controlled by data, default condition is to originate from center of host

• optional double azimuthOffset = 26

  / Azimuth offset to apply to updates, in radians

• optional double elevationOffset = 27

  / Elevation offset to apply to updates, in radians

• optional double rollOffset = 28

  / Roll offset to apply to updates, in radians

• optional Position beamPositionOffset = 29

  / Specify an offset relative to center of host platform

• optional uint64 targetId = 30

  / Current target platform; if a BeamType is target, the beam always points to this target

• optional double verticalWidth = 31

  / Full height of the beam relative, in radians; [0, PI/2]

• optional double horizontalWidth = 32

  / Full width of the beam relative, in radians; [0, 2*PI]

• optional bool animate = 33

  / Toggle Beam Pulse Animation

• optional double pulseLength = 34

  / Distance between pulse start and finish, in meters

• optional double pulseRate = 35

  / The rate for a beam to complete the animation pattern, in Hz

• optional uint32 pulseStipple = 36

  / Stipple bit mask for the pattern, with 1 indicating on and 0 indicating off; only uses lower 16 bits

/ Describes the beam's antenna pattern settings

Used in: BeamPrefs

• optional AntennaPattern.Type type = 1

  / Type of pattern; either from a file, or from an algorithm

• optional AntennaPattern.FileFormat fileFormat = 2

  / The following should be specified for file type antenna patterns

• optional string fileName = 3

  / Filename of the antenna, for file-type patterns

• optional AntennaPattern.Algorithm algorithm = 4

  / The following should be specified for algorithm type antenna patterns

/ Algorithms that can be used instead of a file

Used in: AntennaPattern

• PEDESTAL = 1

  /< Pedestal algorithm

• GAUSS = 2

  /< Gaussian algorithm

• CSCSQ = 3

  /< Cosecant squared algorithm

• SINXX = 4

  /< Sin(x/x) algorithm

• OMNI = 5

  /< Omni directional algorithm

/ Different file formats that are supported

Used in: AntennaPattern

• TABLE = 6

  /< Look-up table antenna pattern

• MONOPULSE = 7

  /< Monopulse (sum and delta) antenna pattern

• RELATIVE_TABLE = 9

  /< Relative look-up table antenna pattern

• BILINEAR = 10

  /< Bilinear antenna pattern (type of interpolation)

• NSMA = 11

  /< NSMA antenna pattern format

• EZNEC = 12

  /< EZNEC antenna pattern format

• XFDTD = 13

  /< XFDTD antenna pattern format

/ Antenna patterns can be read from a file or generated from an algorithm

Used in: AntennaPattern

• NONE = 0

• FILE = 1

  /< File based antenna pattern

• ALGORITHM = 2

  /< Algorithmic based antenna pattern

/ Beams can be drawn as a wire, as solid, or solid with wires; NOTE: different than Platform's draw mode

Used in: BeamPrefs

• WIRE = 0

• SOLID = 1

• WIRE_ON_SOLID = 2

/ Rendering type can draw using a pattern or as a 3 dB beam

Used in: BeamPrefs

• BEAM_3DB = 0

  /< Beam drawn using 3 dB half power points

• ANTENNA_PATTERN = 1

  /< Beam drawn using antenna pattern

• COVERAGE = 2

  /< Beam drawn as a spherical slice (cap only)

• LINE = 3

  /< Beam drawn as a line

/ (mostly) unchanging aspects of a beam

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 hostId = 2

  / ID of the beam's host platform

• optional uint64 originalId = 4

  / User-defined ID value, will not change during file conversion

• optional string source = 5

  / User-defined source string

• optional BeamProperties.BeamType type = 6

  / Beam type affects how BeamUpdate values are interpreted

/ Describes how to interpret data points (updates)

Used in: BeamProperties

• ABSOLUTE_POSITION = 1

  /< Beam pointing is defined based on data

• BODY_RELATIVE = 2

  /< Beam pointing is relative to host's body orientation

• TARGET = 3

  /< Beam pointing is towards specified target platform

/ Alignment of a body in 3D space, angles in radians; body centric

Used in: LocalGridPrefs, PlatformPrefs

• optional double yaw = 1

• optional double pitch = 2

• optional double roll = 3

/ Circle highlight shape selection

Used in: PlatformPrefs

• CH_PULSING_CIRCLE = 0

  / Filled-in semitransparent animated with a rotation and slight color pulse

• CH_CIRCLE = 1

  / Circle outline; no animation

• CH_DIAMOND = 2

  / Diamond outline; no animation

• CH_SQUARE = 3

  / Square outline; no animation

• CH_SQUARE_RETICLE = 4

  / Square outline with line sides cut off, looks like reticle; no animation

• CH_COFFIN = 5

  / Coffin shaped, appropriate for e.g. kill/rebirth functionality

/ Preferences shared by all entity types

Used in: BeamPrefs, CustomRenderingPrefs, GatePrefs, LaserPrefs, LobGroupPrefs, PlatformPrefs, ProjectorPrefs

• optional bool dataDraw = 1

  * Indicates that the entity is marked for drawing in the data stream. This is intended as an internal flag that is supposed to match up with items like a BeamOnOffCmd. A user may alter the "draw" flag to turn an object on or off, but if the data overrides the draw from the user, the item is still not drawn. In other words, an entity that is off in data cannot be forced to draw by the end user.

• optional bool draw = 2

  * User-controlled preference for drawing or not drawing an entity. An entity is only drawn if this flag is turned on, and the dataDraw flag is also enabled. This is a more-or-less public flag that corresponds to the Draw flag in Super Form.

• optional string name = 3

  / Entity name string

• optional bool useAlias = 4

  / Indicates whether alias should be used over proper name

• optional string alias = 5

  / Optional secondary name that can be swapped in and out

• optional LabelPrefs labelPrefs = 6

  / Points to label preferences, includes alias settings

• optional fixed32 color = 7

  / Data-driven color for the entity

  yellow

• optional bool useOverrideColor = 8

  / override the normal coloration

• optional fixed32 overrideColor = 9

  / Override color when useOverrideColor is true

  red

• optional double dataLimitTime = 10

  / Entity-specific data limiting value in seconds of history; <= 0 indicates no limiting applied

• optional uint32 dataLimitPoints = 11

  / Entity-specific data limiting value in number of data points; == 0 indicates no limiting applied

• optional LocalGridPrefs localGrid = 12

  / controls the local grid

• optional bool includeInLegend = 13

  / Control Legend display; this may get replaced by more detailed control of legends

• repeated uint64 acceptProjectorIds = 15

  / Current accepted projector IDs; may contain up to 4 projector IDs

/ Coordinate system definition for scenario and platforms

Used in: PlatformProperties, ScenarioProperties

• optional CoordinateSystem coordinateSystem = 1

  / Coordinate system flag. SIMDIS SDK stores all data internally as ECEF; this is only descriptive for input/output

• optional Reference referenceLla = 2

  / Reference origin of the coordinate system; required for tangent plane systems

• optional MagneticVariance magneticVariance = 3

  / Magnetic variance, defaulting to True angles; data normalized in SDK to TRUE angles, this is only descriptive for input/output

• optional double magneticVarianceUserValue = 4

  / Offset to apply if magneticVariance is set to user defined

• optional VerticalDatum verticalDatum = 5

  / Vertical datum to apply to altitudes, defaulting to WGS-84 ellipsoid; data normalized in SDK to WGS84, this is only descriptive for input/output

• optional double verticalDatumUserValue = 6

  / Offset to apply if verticalDatum is set to user defined

• optional double eciReferenceTime = 7

  / Reference for ECI coordinate frame, in seconds since reference year

• optional CoordinateFrame.TangentPlaneOffsets tangentPlaneOffset = 8

  / Generic Tangent Plane offset from the origin; Defined as X offset, Y offset, and tangent plane angle in radians

/ The raw position values are translated by x and y, then rotated clockwise by angle

Used in: CoordinateFrame

• optional double tx = 1

  / Distance along true east from origin

• optional double ty = 2

  / Distance along true north from origin

• optional double angle = 3

  / Clockwise Rotation angle, applied after translation

/ Supported geographic reference frames

Used in: CoordinateFrame, LabelPrefs, LaserProperties, LobGroupProperties

• NED = 1

  /< North/East/Down

• NWU = 2

  /< North/West/Up

• ENU = 3

  /< East/North/Up

• LLA = 4

  /< Lat/Lon/Alt

• ECEF = 5

  /< Earth-centered, Earth-fixed (stationary frame)

• ECI = 6

  /< Earth-centered, inertial (rotates in time)

• XEAST = 7

  /< Tangent plane, X-axis pointing East

• GTP = 8

  /< Generic tangent plane that can be rotated and/or translated

/ timed update to Custom Rendering prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional CustomRenderingPrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a Custom Rendering

Used in: CustomRenderingCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional double persistence = 2

  / How long, in seconds, to display a custom rendering after a data point

• optional double secondsHistory = 3

  * The length of the history in seconds. The history is the smaller of secondsHistory and pointsHistory Not all renderers support this field.

• optional uint32 pointsHistory = 4

  * How many data points before the current data point to display as a history. Default to 0, which is no history. Not all renderers support this field.

• optional bool outline = 5

  / If true, show outline instead of the shape. Not all renderers support this field.

• optional bool useHistoryOverrideColor = 6

  * A flag to determine if the history override color should be applied Not all renderers support this field.

• optional fixed32 historyOverrideColor = 7

  * The history override color Not all renderers support this field.

• optional bool centerAxis = 8

  / If true, show center axis inside the shape. Shape color must be semitransparent. Not all renderers support this field.

• optional bool showLighted = 9

  / If true, show a lighted shape. Not all renderers support this field

• optional bool depthTest = 10

  / if true, depth testing is active

/ (mostly) unchanging aspects of a Custom Rendering

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 hostId = 2

  / ID of the Custom's host, if any

• optional uint64 originalId = 3

  / User-defined ID value, will not change during file conversion

• optional string source = 4

  / User-defined source string

• optional string renderer = 5

  / The name of the renderer that should process this entity

/ Units for distance measurement

Used in: LabelPrefs, LocalGridPrefs, PlatformPrefs

• UNITS_METERS = 20

  /< Meters constant flag

• UNITS_KILOMETERS = 21

  /< Kilometers constant flag

• UNITS_YARDS = 22

  /< Yards constant flag

• UNITS_MILES = 23

  /< Statute Miles constant flag

• UNITS_FEET = 24

  /< Feet constant flag

• UNITS_INCHES = 25

  /< Inches constant flag

• UNITS_NAUTICAL_MILES = 26

  /< Nautical Miles constant flag

• UNITS_CENTIMETERS = 27

  /< Centimeters constant flag

• UNITS_MILLIMETERS = 28

  /< Millimeters constant flag

• UNITS_KILOYARDS = 29

  /< Kiloyards constant flag

• UNITS_DATAMILES = 30

  /< Data Miles constant flag

• UNITS_FATHOMS = 31

  /< Fathoms constant flag

• UNITS_KILOFEET = 32

  /< Kilofeet constant flag = 1000 feet)

/ Algorithm selection for Dynamic Scale

Used in: PlatformPrefs

• DSA_CONSISTENT_SIZING = 0

  * Traditional SIMDIS Dynamic Scaling algorithm. When objects are far away, they are scaled to a relatively consistent size based on the maximum X Y or Z dimension of the model. Therefore a large ship might appear the same size as a small biplane. This algorithm reverts to normal scaling when zoomed in closely to the entry. The scaling is impacted by the static scale, dynamic scale scalar, and the dynamic scale offset.

• DSA_METERS_TO_PIXELS = 1

  * Directly map up the model's dimensions to pixels on the screen. This means larger models will be larger on the screen, and smaller models will be smaller on the screen. Combined with image icons, this makes an image icon appear as the same dimension as the source image, which DSA_CONSISTENT_SIZING cannot not guarantee. As a result, zooming into an entity will not change its size, even as you get close to the object. Scaling is impacted by static scale and the dynamic scale scalar only. Dynamic scale offset does not affect the displayed icon size with this algorithm.

/ Elapsed time formats supported in the SDK. Elapsed time is a relative measure of time from some epoch.

Used in: LocalGridPrefs.SpeedRing, PlatformPrefs, TimeTickPrefs

• ELAPSED_SECONDS = 1

  /< SS.sssss

• ELAPSED_MINUTES = 2

  /< MM:SS.sssss

• ELAPSED_HOURS = 3

  /< HH:MM:SS.sssss

/ Fragment shader effects applied to 3-D graphics in 2-D screen space.

Used in: PlatformPrefs

• FE_NONE = 0

  / No fragment effect on icon (default).

• FE_FORWARD_STRIPE = 1

  / Forward striping, like forward slash. Fragment color replaces existing value.

• FE_BACKWARD_STRIPE = 2

  / Backward striping, like backslash. Fragment color replaces existing value.

• FE_HORIZONTAL_STRIPE = 3

  / Horizontal striping along the X axis. Fragment color replaces existing value.

• FE_VERTICAL_STRIPE = 4

  / Vertical striping along the Y axis. Fragment color replaces existing value.

• FE_CHECKERBOARD = 5

  / Combination of horizontal and vertical striping. Fragment color replaces existing value.

• FE_DIAMOND = 6

  / Combination of forward and backward striping. Fragment color replaces existing value.

• FE_GLOW = 7

  / Icon color changes gradually in a glow. Fragment color is unused.

• FE_FLASH = 8

  / Icon blinks on and off. Fragment color is unused.

/ timed update to gate prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional GatePrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a gate

Used in: GateCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional bool gateLighting = 2

  / Toggle lighting (shading)

• optional bool gateBlending = 3

  / Toggle alpha blending

• optional GatePrefs.DrawMode gateDrawMode = 4

  / Type of gate to draw

• optional GatePrefs.FillPattern fillPattern = 5

  / Specifies the way the gate volume is filled

• optional bool drawCentroid = 6

  / Toggle drawing of the centroid

• optional bool interpolateGatePos = 7

  / Interpolate between data points

• optional double gateAzimuthOffset = 8

  / Azimuth offset to apply to updates, in radians

• optional double gateElevationOffset = 9

  / Elevation offset to apply to updates, in radians

• optional double gateRollOffset = 10

  / Roll offset to apply to updates, in radians

• optional bool drawOutline = 11

  / Toggle drawing of the outline

• optional fixed32 centroidColor = 12

  / Color for the centroid

/ Enumerations of different types of gates

Used in: GatePrefs

• UNKNOWN = 0

• RANGE = 1

• GUARD = 2

• ANGLE = 4

  TARGET = 3;

• RAIN = 5

• CLUTTER = 6

• FOOTPRINT = 7

• SECTOR = 8

• PUSH = 9

• COVERAGE = 10

  /< Gate rendered as a spherical slice

/ Different ways to fill the gate area

Used in: GatePrefs

• STIPPLE = 0

• SOLID = 1

• ALPHA = 2

• WIRE = 3

• CENTROID = 4

/ (mostly) unchanging aspects of a gate

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 hostId = 2

  / ID of the gate's host beam

• optional uint64 originalId = 4

  / User-defined ID value, will not change during file conversion

• optional string source = 5

  / User-defined source string

• optional GateProperties.GateType type = 6

  / Gate type affects how GateUpdate values are interpreted

/ Describes how to interpret data points (updates)

Used in: GateProperties

• ABSOLUTE_POSITION = 1

  /< Gate pointing is defined based on data

• BODY_RELATIVE = 2

  /< Gate pointing is relative to host's body orientation

• TARGET = 3

  /< Gate pointing is towards specified target platform

/ Units for geodetic angular measurement

Used in: LabelPrefs

• GEODETIC_DEGREES = 11

  /< Degrees flag

• GEODETIC_DEGREES_MINUTES = 12

  /< DM format

• GEODETIC_DEGREES_MINUTES_SECONDS = 13

  /< DMS format

* Settings for how to orient an image icon relative to the eye. This option is unused unless an image icon (PNG, JPG, BMP, etc.) is loaded for the platform model.

Used in: PlatformPrefs

• IR_2D_UP = 0

  * Billboard Pointing Up -- orient the icon so that "up is up" and the full icon always faces viewer

• IR_2D_YAW = 1

  * Billboard with Yaw -- Orient icon based on yaw of platform it represents. Icon will always be oriented so that it faces the viewer, but can rotate about the center to reflect platform yaw.

• IR_3D_YPR = 2

  * Follow Platform -- orient icon using the yaw, pitch, and roll of the platform it represents.

• IR_3D_NORTH = 3

  * Flat Oriented North -- Orient the icon flat (zero pitch) with respect to the Earth's surface. The orientation of the icon will always be facing North.

• IR_3D_YAW = 4

  * Flat with Yaw -- Orient the icon flat (zero pitch) with respect to the Earth's surface. Orientation of the icon will be rotated based on the yaw of the platform it represents.

/ preferences which all labels share

Used in: CommonPrefs

• optional bool draw = 1

  / Toggles display of the label

• optional fixed32 color = 2

  / Label color

  off-white

• optional TextOutline textOutline = 3

• optional fixed32 outlineColor = 4

  black (full alpha)

• optional BackdropType backdropType = 33

• optional BackdropImplementation backdropImplementation = 34

• optional string overlayFontName = 5

• optional fixed32 overlayFontPointSize = 6

• optional int32 offsetX = 7

• optional int32 offsetY = 8

• optional TextAlignment alignment = 35

• optional double priority = 26

  / Positive high values have precedence over positive low values; Negative values are always shown

• optional LabelPrefs.DisplayFields displayFields = 11

  / Display contents of the label

• optional LabelPrefs.DisplayFields legendDisplayFields = 22

  / Display contents of the legend

• optional LabelPrefs.DisplayFields hoverDisplayFields = 23

  / Display contents of the mouse-over/hover text popup

• optional LabelPrefs.DisplayFields hookDisplayFields = 36

  / Display contents of the hook window

• optional bool applyHeightAboveTerrain = 12

  / Toggle height above terrain for LLA altitude

• optional bool applyRoll = 13

  / Toggle use of roll in AoA and Side slip calculations

• optional CoordinateSystem coordinateSystem = 14

  / Earth model to use for label calculations

• optional VerticalDatum verticalDatum = 15

  / Vertical datum to apply to altitude values for display

• optional MagneticVariance magneticVariance = 16

  / Magnetic variance to apply to horizontal angle calculations for display

• optional DistanceUnits distanceUnits = 17

  / Distance units for distance based label values

• optional AngleUnits angleUnits = 18

  / Angle units for angle based label values

• optional SpeedUnits speedUnits = 19

  / Speed units are only used in platform calculations

• optional int32 precision = 20

  / number of digits of precision in numerical displays but can be overridden by the fields below

• optional int32 nameLength = 21

  / Maximum length of the name (character limit)

• optional GeodeticUnits geodeticUnits = 24

  / Units for display LLA angles, Degrees, Degrees-Minutes, Degrees-Minutes-Seconds

• optional DistanceUnits altitudeUnits = 25

  / Units for displaying altitude

• optional int32 distancePrecision = 27

  / If set overrides the precision field and sets the precision for distance

• optional int32 anglePrecision = 28

  / If set overrides the precision field and sets the precision for angle

• optional int32 speedPrecision = 29

  / If set overrides the precision field and sets the precision for speed

• optional int32 geodeticPrecision = 30

  / If set overrides the precision field and sets the precision for geodetic

• optional int32 altitudePrecision = 31

  / If set overrides the precision field and sets the precision for altitude

• optional int32 timePrecision = 32

  / If set overrides the precision field and sets the precision for time

• optional LabelPrefs.UseValue useValues = 37

  / Indicates which value to use in labels

Used in: LabelPrefs

• optional bool xLat = 1

  / Toggle display of X or Latitude value in the label (based on coordinateSystem)

• optional bool yLon = 2

  / Toggle display of Y or Longitude value in the label (based on coordinateSystem)

• optional bool zAlt = 3

  / Toggle display of Z or Altitude value in the label (based on coordinateSystem)

• optional bool genericData = 4

  / Toggle all generic data

• optional bool categoryData = 5

  / Toggle all category data on and off

• optional bool yaw = 6

  / Toggle Platform Yaw or Psi (based on coordinateSystem)

• optional bool pitch = 7

  / Toggle Platform Pitch or Theta (based on coordinateSystem)

• optional bool roll = 8

  / Toggle Platform Roll or Phi (based on coordinateSystem)

• optional bool course = 11

  / Toggle course on/off for platform (velocity-based azimuth)

• optional bool flightPathElevation = 12

  / Toggle flight path angle on/off for platform (velocity-based elevation)

• optional bool displayVX = 13

  / Toggle velocity X component (based on coordinateSystem)

• optional bool displayVY = 14

  / Toggle velocity Y component (based on coordinateSystem)

• optional bool displayVZ = 15

  / Toggle velocity Z component (based on coordinateSystem)

• optional bool speed = 16

  / Toggle speed component

• optional bool mach = 17

  / Toggle mach component

• optional bool angleOfAttack = 18

  / Toggle angle of attack (alpha) component; roll affects calculation if applyRoll set

• optional bool sideSlip = 19

  / Toggle side slip (beta) component; roll affects calculation if applyRoll is set

• optional bool totalAngleOfAttack = 20

  / Toggle total angle of attack

• optional bool solarAzimuth = 21

  / Toggle azimuth angle to sun

• optional bool solarElevation = 22

  / Toggle elevation angle to the sun

• optional bool solarIlluminance = 23

  / Toggle solar illuminance value

• optional bool lunarAzimuth = 24

  / Toggle azimuth angle to moon

• optional bool lunarElevation = 25

  / Toggle elevation angle to the moon

• optional bool lunarIlluminance = 26

  / Toggle illuminance value from moon

• optional bool late = 27

  / Toggle late value which is seconds since last point

• optional bool useLabelCode = 28

  / Flag to use embedded scripting to generate the label text

• optional string labelCode = 29

  / Embedded scripting code to generate the label

Used in: LabelPrefs

• ACTUAL_VALUE = 0

  /< labels use actual data value

• DISPLAY_VALUE = 1

  /< labels use display value, which may include adjustments like clamping and offsets

/ timed update to laser prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional LaserPrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a laser

Used in: LaserCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional Position laserXyzOffset = 2

  / Positional offset from the host platform

• optional double maxRange = 3

  / Range of the laser in meters

• optional int32 laserWidth = 4

  / Width of the laser in pixels on the screen

/ (mostly) unchanging aspects of a laser

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 hostId = 2

  / ID of the laser's host platform

• optional uint64 originalId = 3

  / User-defined ID value, will not change during file conversion

• optional string source = 4

  / User-defined source string

• optional CoordinateSystem coordinateSystem = 5

  / Coordinate system for orientation angle interpretation; only used in loading/saving, all angles stored internally are normalized

• optional bool azElRelativeToHostOri = 6

  / Indicates that the orientation values are in body angles relative to platform (true), or true angles (false)

/ Platform lifespan definition options for file mode

Used in: PlatformPrefs

• LIFE_FIRST_LAST_POINT = 0

  * Platform lifespan defined by the first and last point. Static entities exist at all times and are static. Single point platforms exist only at the instant in time of their single data point. This is the legacy SIMDIS behavior in file mode that has been used as the default until approximately 2024.

• LIFE_EXTEND_SINGLE_POINT = 1

  * Platform lifespan defined by the first and last point. Static entities exist at all times and are static. Single point platforms start existing at the time of their data point, and exist until the end of the scenario, until removed, or until some preference rule turns them off. This is useful for data sources recorded in live mode, with a propensity of single point entities, where the data source does not correctly terminate the platform's lifespan with an ending point. This is intended to be a low-risk improvement to LIFE_FIRST_LAST_POINT for what typically otherwise might signal an error condition (having a platform with only one point existing only for one instant in time).

/ timed update to line of bearing (LOB) group prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional LobGroupPrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a line of bearing (LOB) group

Used in: LobGroupCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional Position xyzOffset = 2

  / Positional offset from the host platform

• optional int32 lobwidth = 3

  / Width of the LOBs in pixels on the screen

• optional fixed32 color1 = 4

  / Color of the first part of the stipple pattern; RRGGBBA

  green

• optional fixed32 color2 = 5

  / Color of the second part of the stipple pattern; RRGGBBA

  red

• optional uint32 stipple1 = 6

  / GL stipple pattern of color1; 0xffff for a solid line

• optional uint32 stipple2 = 7

  / GL stipple pattern of color2; 0xffff for a solid line

• optional double maxDataSeconds = 8

  / the maximum number of seconds of history data to display

• optional uint32 maxDataPoints = 9

  / the maximum number of data points to display

• optional bool lobUseClampAlt = 10

  / Clamp to ground if true, otherwise no clamping

• optional bool useRangeOverride = 11

  / Override the range indicated by data

• optional double rangeOverrideValue = 12

  / Value to use for range (m) when overriding

• optional AnimatedLineBend bending = 13

  / Line bending preference

/ (mostly) unchanging aspects of a line of bearing (LOB) group

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 hostId = 2

  / ID of the LOB's host platform

• optional uint64 originalId = 3

  / User-defined ID value, will not change during file conversion

• optional string source = 4

  / User-defined source string

• optional CoordinateSystem coordinateSystem = 5

  / Coordinate system for orientation angle interpretation; only used in loading/saving, all angles stored internally are normalized

• optional bool azElRelativeToHostOri = 6

  / Indicates that the orientation values are in body angles relative to platform (true), or true angles (false)

/ a grid attached to an entity

Used in: CommonPrefs

• optional LocalGridPrefs.Type gridType = 1

  /< draw mode

• optional bool gridLabelDraw = 2

  /< is the grid label shown in the display

• optional fixed32 gridLabelColor = 3

  /< color of the grid label text (default: yellow)

• optional TextOutline gridLabelTextOutline = 4

  /< style of the grid label text outline

• optional fixed32 gridLabelOutlineColor = 5

  /< color of the grid label text outline (default: black)

• optional string gridLabelFontName = 6

  /< font file name of the grid label text

• optional fixed32 gridLabelFontSize = 7

  /< font point size of the grid label text

• optional int32 gridLabelPrecision = 19

  /< precision to use for grid label text

• optional bool drawGrid = 8

  /< is the grid shown in the display

• optional fixed32 gridColor = 9

  /< color for lines (text has its own color settings)(default: yellow)

• optional double size = 10

  /< total grid size (full diameter of the local grid, in sizeUnits)

• optional LocalGridPrefs.SpeedRing speedRing = 11

• optional LocalGridPrefs.GridSettings gridSettings = 12

• optional Position gridPositionOffset = 13

  /< x/y/z offset in units as described below

• optional DistanceUnits positionOffsetUnits = 20

• optional BodyOrientation gridOrientationOffset = 14

  /< yaw/pitch/roll offset in radians

• optional bool followYaw = 15

• optional bool followPitch = 16

• optional bool followRoll = 17

• optional DistanceUnits sizeUnits = 18

  /< units of the local grid size value, and of grid labels

/ grid division settings (all modes)

Used in: LocalGridPrefs

• optional uint32 numDivisions = 1

  /< bold, thick lines spaced evenly out to grid size

• optional uint32 numSubDivisions = 2

  /< lighter lines placed in between divisions

• optional double sectorAngle = 3

  /< for polar plots and speed rings

/ settings for SPEED_RINGS mode

Used in: LocalGridPrefs

• optional bool useFixedTime = 1

  /< use fixedTime below, instead of using radius (which is a relative time)

• optional string fixedTime = 2

  /< this ordinal-format time specifies speed rings extent for speed rings

• optional ElapsedTimeFormat timeFormat = 3

  /< user-specified units for the speed rings radius value and for speed ring labels

• optional double radius = 4

  /< if !useFixedTimetime, this value specifies speed rings extent for speed rings, in units specified by timeFormat above

• optional bool usePlatformSpeed = 5

  /< use platform's speed for speed rings calculations

• optional double speedToUse = 6

  /< if !usePlatformSpeed, use this user-specified speed for speed rings calculations

• optional bool displayTime = 7

  /< when set, speed rings labels display time, rather than distance

• optional SpeedUnits speedUnits = 8

  /< user-specified units for speedToUse, determines conversion of speedToUse to m/s

/ shape of local grid

Used in: LocalGridPrefs

• CARTESIAN = 1

  /< a square grid

• POLAR = 2

  /< circles drawn at each range subdivision, with lines sectoring

• RANGE_RINGS = 3

  /< polar, with no sector lines

• SPEED_RINGS = 4

  /< polar rings, where the size is based on speed * time

• SPEED_LINE = 5

  /< a line drawn out to speed * time

/ Magnetic variance to apply to orientation angles

Used in: CoordinateFrame, LabelPrefs

• MV_WMM = 1

  /< Variance based on World Magnetic Model (WMM)

• MV_TRUE = 2

  /< No variance, also known as True North

• MV_USER = 3

  /< User defined variance

/ Polygon draw style for models; can draw filled (solid), lines (wireframe), or points

Used in: PlatformPrefs

• MDM_SOLID = 0

  /< polygons are filled by surface textures

• MDM_WIRE = 1

  /< model is shown as a wireframe (polygons are lines)

• MDM_POINTS = 2

  /< a cloud of points (no lines between the points of the polygons)

/ Override color combination mode

Used in: PlatformPrefs

• MULTIPLY_COLOR = 0

  / Multiply the override color against incoming color; good for shaded items and 2D images

• REPLACE_COLOR = 1

  / Replace the incoming color with the override color; good for flat items

• INTENSITY_GRADIENT = 2

  / Apply color by copying the previous color intensity and replacing with this one, retaining shading better than REPLACE_COLOR

/ timed update to platform prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional PlatformPrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a platform

Used in: PlatformCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional string icon = 2

  / 2D or 3D model file location

• optional ModelDrawMode drawMode = 3

  / Model draw mode for wireframe, points, or solid models

• optional FragmentEffect fragmentEffect = 77

  / Shader effect to apply to graphics

• optional fixed32 fragmentEffectColor = 79

  / Color associated with the fragment effect

• optional IconRotation rotateIcons = 4

  / Flag indicating how to draw 2D icons in 3D space; only applies to image icons

• optional bool noDepthIcons = 5

  / Turns off the depth buffer for drawing 2D icons; can address flickering with surface icons

• optional TextAlignment iconAlignment = 63

  / Sets the horizontal and vertical alignment for 2D image icons

• optional OverrideColorCombineMode overrideColorCombineMode = 76

  / Method for applying the override color combine mode (only applies for platforms)

• optional TrackPrefs trackPrefs = 6

  / Display options for the track history

• optional bool useClampAlt = 7

  / Clamps the altitude between certain geodetic values during display

• optional double clampValAltMin = 8

  / Minimum altitude when useClampAlt is enabled, in meters

• optional double clampValAltMax = 9

  / Maximum altitude when useClampAlt is enabled, in meters

• optional bool useClampYaw = 10

  / Enables clamping for the Yaw values; useful to keep stationary entities pointing in the same direction

• optional double clampValYaw = 11

  / Yaw orientation for clamping, in radians

• optional bool useClampPitch = 12

  / Enables clamping for the Pitch values; useful to keep stationary entities pointing in the same direction

• optional double clampValPitch = 13

  / Pitch orientation for clamping, in radians

• optional bool useClampRoll = 14

  / Enables clamping for the Roll values; useful to keep stationary entities pointing in the same direction

• optional double clampValRoll = 15

  / Roll orientation for clamping, in radians

• optional bool clampOrientationAtLowVelocity = 60

  / Automatically use the platform's orientation clamp values at extremely low velocity.

• optional bool surfaceClamping = 61

  / Keep platform clamp to the surface

• optional bool aboveSurfaceClamping = 69

  / Keep platform above the surface

• optional bool lighted = 16

  / Toggles lighting

• optional bool drawBox = 17

  / Toggles box mode, drawing a 3D box around the entity position

• optional bool drawBodyAxis = 18

  / Toggles flag for drawing the body rotational axis

• optional bool drawInertialAxis = 19

  / Toggle scenario reference axis

• optional bool drawSunVec = 20

  / Toggles a vector drawn towards the current sun position

• optional bool drawMoonVec = 21

  / Toggles a vector drawn towards the current moon position

• optional double axisScale = 22

  / Scale for the body, inertial, sun, and moon axis

• optional bool wireFrame = 23

  / Toggle wireframe display of EM/EO beam

• optional bool drawOpticLos = 24

  / Toggle display of optical line of sight range

• optional bool drawRfLos = 25

  / Toggle display of radio horizon range

• optional string rcsFile = 26

  / Radar cross section file specific to the platform

• optional bool drawRcs = 27

  / Toggle display of the 2-D RCS pattern; white ring at 0 dB, rings every 10 dB

• optional bool draw3dRcs = 28

  / Toggle display of the 3-D RCS pattern

• optional fixed32 rcsColor = 29

  / RCS data color

• optional bool rcsColorScale = 30

  / Applies a color gradient based on RCS return

• optional Polarity rcsPolarity = 31

  / RCS pattern polarization

• optional double rcsElevation = 32

  / Elevation angle incident on RCS pattern, in degrees

• optional double rcsFrequency = 33

  / RF frequency in MHz

• optional double rcsDetail = 34

  / Angular detail of RCS pattern in degrees

• optional bool drawCircleHilight = 35

  / Draws a rotating "circle" highlight about the model position; useful for drawing attention to platforms

• optional fixed32 circleHilightColor = 36

  / Color value for the "circular" highlight; see drawCircleHilight

• optional CircleHilightShape circleHilightShape = 71

  / Shape for "circle" highlight

• optional double circleHilightSize = 75

  / Shape size in meters; 0 means use icon size

• optional bool hilightFollowYaw = 78

  / Highlight shape will follow platform's yaw

• optional bool interpolatePos = 37

  / Position values are interpolated between data points

• optional bool extrapolatePos = 38

  / Position values are extrapolated past end of time for a platform

• optional double scale = 39

  / Scalar to apply to the model, applies same scale to all dimensions of model

• optional int32 brightness = 40

  / Adjusts platform brightness (0-100)

• optional bool dynamicScale = 41

  / Toggle dynamic scaling based on eye position

• optional double dynamicScaleOffset = 42

• optional double dynamicScaleScalar = 43

• optional DynamicScaleAlgorithm dynamicScaleAlgorithm = 74

• optional bool drawVelocityVec = 44

  / Toggle velocity vector

• optional fixed32 velVecColor = 72

  / Color for the velocity vector line

• optional bool velVecUseStaticLength = 45

  / Toggle between static length and length based on time

• optional double velVecStaticLen = 46

  / Sets the length of the velocity vector, in velVecStaticLenUnits

• optional DistanceUnits velVecStaticLenUnits = 47

  / Velocity vector length's distance units

• optional double velVecTime = 48

  / If velVecUseStaticLength is false, this is time value for velocity length calculation in velVecTimeUnits

• optional ElapsedTimeFormat velVecTimeUnits = 62

  / Velocity vector length's time units

• optional Position platPositionOffset = 49

  / Position offset in X/Y/Z space relative to an ENU frame at platform center

• optional BodyOrientation orientationOffset = 50

  / Offset to apply to orientation values, in body angles

• repeated string gogFile = 51

  / Attached GOG files

• optional Position scaleXYZ = 52

  * Vector scale to apply to the model, where x is the major axis/length of the model, y is the width, and z the depth; overrides scaleLevel when applied at same time Note: A value of 0.0 or less for any component means no scaling

• optional bool alphaVolume = 53

  / Toggles drawing the platform icon with a second pass that draws back-facing polygons, to show model even when inside

• optional bool useCullFace = 54

  / Toggles the use of polygon culling for the platform icon

• optional PolygonFace cullFace = 55

  / The platform icon polygon faces to be culled

• optional PolygonFace polygonModeFace = 56

  / Polygon face to be rendered using the specified polygonMode

• optional PolygonMode polygonMode = 57

  / Polygon rasterization mode to be applied to the face specified by polygonModeFace; mode may be GL_POINT, GL_LINE, or GL_FILL

• optional bool usePolygonStipple = 58

  / Toggles drawing the platform icon using the polygonStipple option

• optional uint32 polygonStipple = 59

  / The polygonStipple rendering option, a value between 1 and 9 corresponding to 9 SIMDIS stipple patterns

• optional fixed32 visibleLosColor = 64

  / The color to use for visible horizon line of sight areas

• optional fixed32 obstructedLosColor = 65

  / The color to use for obstructed horizon line of sight areas

• optional double losRangeResolution = 66

  / The range resolution to use for line of sight calculations, in meters

• optional double losAzimuthalResolution = 67

  / The azimuthal resolution to use for line of sight calculations, in degrees

• optional double losAltitudeOffset = 68

  / The altitude offset applied to the Platform's altitude when calculating LOS, in meters

• optional bool animateDofNodes = 70

  / Automatic animation of Degree-of-Freedom nodes is enabled or disabled

• optional bool eciDataMode = 73

  / Toggles whether the platform data should be interpreted as Earth-Fixed or Inertial

• optional PlatformPrefs.DrawOffBehavior drawOffBehavior = 80

  / Behavior when commonPrefs.draw is false

• optional LifespanMode lifespanMode = 81

  / Explains how platform TSPI data relates to calculated platform lifespan in file mode.

* Controls how to interpret commonPrefs.draw when set to false. When commonPrefs.draw is set to false the default behavior is to not draw the platform, but to continue drawing the platform's children and continue displaying the platform in the entity list. if drawOffBehavior is set to OMIT_CHILDREN_AND_VIS_UPDATE both the platform and the platform's children are not displayed, and omit the platform and its children from the entity list.

Used in: PlatformPrefs

• DEFAULT_BEHAVIOR = 0

  /< Hide the platform, but continue displaying the platform's children

• OMIT_CHILDREN_AND_VIS_UPDATE = 1

  /< Hide the platform and the platform's children

/ (mostly) unchanging aspects of a platform

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 originalId = 2

  / User-defined ID value, will not change during file conversion

• optional string source = 3

  / User-defined source string

• optional CoordinateFrame coordinateFrame = 6

  / Coordinate reference frame, used for defining input/output formats; data still stored internally as ECEF

/ Enumeration of antenna/rcs polarizations

Used in: BeamPrefs, PlatformPrefs

• POL_UNKNOWN = 0

  /< Unknown polarity

• POL_HORIZONTAL = 1

  /< Horizontal RCV and XMT polarity

• POL_VERTICAL = 2

  /< Vertical RCV and XMT polarity

• POL_CIRCULAR = 3

  /< Circular RCV and XMT polarity

• POL_HORZVERT = 4

  /< Horizontal RCV and vertical XMT polarity

• POL_VERTHORZ = 5

  /< Vertical RCV and horizontal XMT polarity

• POL_LEFTCIRC = 6

  /< Left circular RCV and XMT polarity

• POL_RIGHTCIRC = 7

  /< Right circular RCV and XMT polarity

• POL_LINEAR = 8

  /< Linear RCV and XMT polarity

/ Polygon face corresponds to the front, back, or the front-and-back faces

Used in: PlatformPrefs

• FRONT_AND_BACK = 0

  /< Corresponds to GL_FRONT_AND_BACK

• FRONT = 1

  /< GL_FRONT

• BACK = 2

  /< GL_BACK

/ Polygon rasterization mode; these values match GL defines, and osg::PolygonMode enum

Used in: PlatformPrefs

• POINT = 6912

  /< GL_POINT

• LINE = 6913

  /< GL_LINE

• FILL = 6914

  /< GL_FILL

/ Position in 3D space

Used in: BeamPrefs, LaserPrefs, LobGroupPrefs, LocalGridPrefs, PlatformPrefs

• optional double x = 1

• optional double y = 2

• optional double z = 3

/ timed update to projector prefs; commands override prefs

• optional double time = 1

  / The time at which the command should be executed

• optional ProjectorPrefs updatePrefs = 2

  / The prefs message that will contain the command's settings

• optional bool isClearCommand = 3

  / Indicates that the command will clear the values that are set in updatePrefs from the command set

/ preferences for the display of a projector

Used in: ProjectorCommand

• optional CommonPrefs commonPrefs = 1

  / Contains name, draw/active flags, label prefs, data limiting, and possibly other settings

• optional string rasterFile = 2

  / Projector image filename

• optional bool showFrustum = 3

  / Determine if we want to show projector frustum

• optional float projectorAlpha = 4

  / Projector alpha for blending [0.0, 1.0]

• optional bool interpolateProjectorFov = 5

  / Determine if we should interpolate FOV

• optional bool overrideFov = 6

  / Override the field of view Y (vertical FOV) value display if true, using overrideFovValue and ignoring projector updates

• optional double overrideFovAngle = 7

  / Field of view for projector Y (vertical FOV) value in radians, if overrideFov is true (default is ~10 degrees)

• optional bool overrideHFov = 11

  / Override the field of view X (horizontal FOV) value display if true, using overrideFovValue and ignoring projector updates

• optional double overrideHFovAngle = 12

  / Field of view for projector X (horizontal FOV) value in radians, if overrideFov is true (default is ~10 degrees)

• optional bool shadowMapping = 8

  / Determine if the projector should use shadow mapping

• optional float maxDrawRange = 9

  / Maximum distance from projector at which to draw projected image (<=0 means no limiting)

• optional bool doubleSided = 10

  / Whether to project on backfacing geometry as well as front

/ Unchanging aspects of a projector

• optional uint64 id = 1

  / ID assigned to the entity from the data store; unchangeable; might change during file conversion

• optional uint64 hostId = 2

  / ID of the projector's host platform

• optional uint64 originalId = 3

  / User-defined ID value, will not change during file conversion

• optional string source = 4

  / User-defined source string

/ Reference origins, in geodetic coordinates

Used in: CoordinateFrame

• optional double lat = 1

  /< Latitude value, in radians

• optional double lon = 2

  /< Longitude value, in radians

• optional double alt = 3

  /< Altitude value, in meters

/ Global settings for a scene

• optional uint32 version = 1

  / User defined version field

• optional CoordinateFrame coordinateFrame = 2

  / Note that all values stored internally as ECEF; this is a hint to import/export code

• optional uint32 referenceYear = 3

  / Reference year that time values are referenced to

• optional ScenarioProperties.Classification classification = 4

• optional bool degreeAngles = 5

  / Note that degreeAngles only affects input and output. All angles are stored internally as radians

• optional string description = 6

  / Textual scenario description, e.g. as set by PIData::setDescription()

• optional string source = 19

  * Source location for the data store, typically a file path. For live data, this may be set to a generic description or empty. For example, SIMDIS 10 will place the filename hint from PIData::initializeScenario() in this field.

• optional double windAngle = 7

  / Wind direction in radians

• optional double windSpeed = 8

  / Wind speed in meters per second

• optional string viewFile = 9

• optional string ruleFile = 10

• optional string terrainFile = 11

• optional ScenarioProperties.SoundFile soundFile = 12

• repeated string mediaFile = 13

• repeated string dedFile = 14

• repeated string wvsFile = 15

• repeated string gogFile = 16

• optional double dataLimitTime = 17

  / Scenario level data table and generic data limiting value in seconds of history; <= 0 indicates no limiting applied

• optional uint32 dataLimitPoints = 18

  / Scenario level data table and generic data limiting value in number of data points; == 0 indicates no limiting applied

• optional bool ignoreDuplicateGenericData = 20

  / Flags whether Generic Data duplicate entries should be filtered (live mode only)

Used in: ScenarioProperties

• optional string label = 1

• optional fixed32 fontColor = 2

  green

Used in: ScenarioProperties

• optional string filename = 1

• optional double startTime = 2

• optional double endTime = 3

/ Units for speed measurement.

Used in: LabelPrefs, LocalGridPrefs.SpeedRing

• UNITS_METERS_PER_SECOND = 40

  /< m/s constant flag

• UNITS_KILOMETERS_PER_HOUR = 41

  /< km/h constant flag

• UNITS_KNOTS = 42

  /< knots constant flag

• UNITS_MILES_PER_HOUR = 43

  /< mph constant flag

• UNITS_FEET_PER_SECOND = 44

  /< ft/sec constant flag

• UNITS_KILOMETERS_PER_SECOND = 46

  Note: Index 45 is reserved and not for public use.

  /< km/s constant flag

• UNITS_DATAMILES_PER_HOUR = 47

  /< Data miles per hour constant flag

• UNITS_YARDS_PER_SECOND = 48

  /< Yds per second constant flag

/ define OSG text alignment

Used in: LabelPrefs, PlatformPrefs

• ALIGN_LEFT_TOP = 0

• ALIGN_LEFT_CENTER = 1

• ALIGN_LEFT_BOTTOM = 2

• ALIGN_CENTER_TOP = 3

• ALIGN_CENTER_CENTER = 4

• ALIGN_CENTER_BOTTOM = 5

• ALIGN_RIGHT_TOP = 6

• ALIGN_RIGHT_CENTER = 7

• ALIGN_RIGHT_BOTTOM = 8

/ define the text outline style

Used in: LabelPrefs, LocalGridPrefs

• TO_NONE = 0

• TO_THIN = 1

• TO_THICK = 2

/ preferences for the display of platform time ticks

Used in: TrackPrefs

• optional TimeTickPrefs.DrawStyle drawStyle = 1

  / Indicates how to render time ticks

• optional fixed32 color = 2

  / default color is translucent white

• optional double interval = 3

  / time tick interval in seconds

• optional uint32 largeIntervalFactor = 4

  / defines interval to draw the tick larger, draws at multiple of the tick interval; 0 means no large ticks

• optional uint32 labelIntervalFactor = 5

  / defines interval to draw a label on the tick, draws at a multiple of the tick interval; 0 means no labels

• optional string labelFontName = 6

  / Font name to use for the labels

• optional fixed32 labelFontPointSize = 7

  / Size of the text in the given font for time tick labels

• optional fixed32 labelColor = 13

  / Label color; if 0, then use the "color" field

• optional double lineLength = 8

  / tick line length in meters

• optional uint32 largeSizeFactor = 9

  / defines how big to draw the large line tick or the point tick, draws large tick as a multiple of lineLength and large point tick as a multiple of lineWidth

• optional ElapsedTimeFormat labelTimeFormat = 10

  / format for the time shown in the label text

• optional double lineWidth = 11

  / line and point width for drawing the time ticks

Used in: TimeTickPrefs

• NONE = 0

  /< Do not draw time ticks

• POINT = 1

  /< draw ticks as points

• LINE = 2

  /< draw ticks as lines

/ preferences for the display of platform tracks

Used in: PlatformPrefs

• optional fixed32 trackColor = 1

  / off-white, the default color to use for track history. Track color history at time is defined in a data table, simData::INTERNAL_TRACK_HISTORY_TABLE, in column simData::INTERNAL_TRACK_HISTORY_COLOR_COLUMN

• optional bool multiTrackColor = 2

• optional bool flatMode = 3

  / Flattens the track history to the earth surface

• optional bool altMode = 4

  / Indicates whether to drop a line to the earth for altitude mode

• optional bool expireMode = 5

• optional bool usePlatformColor = 6

• optional bool useTrackOverrideColor = 7

• optional fixed32 trackOverrideColor = 8

• optional int32 trackLength = 9

  /< Length in seconds with < 0 meaning unlimited

• optional double lineWidth = 10

• optional TrackPrefs.Mode trackDrawMode = 11

• optional TimeTickPrefs timeTicks = 12

/ mode for drawing track position

Used in: TrackPrefs

• OFF = 0

  /< nothing is drawn

• POINT = 1

  /< draw a point at each previous position

• LINE = 2

  /< draw a line connecting previous positions

• RIBBON = 3

  /< a line with wings showing roll

• BRIDGE = 4

  /< "ribbon" plus a drop line down to the ground

/ Vertical datum to apply to altitude values in certain systems

Used in: CoordinateFrame, LabelPrefs

• VD_WGS84 = 1

  /< Referenced to WGS-84 ellipsoid

• VD_MSL = 2

  /< Referenced to Earth Gravity Model (EGM)

• VD_USER = 3

  /< User defined datum