The Alphabetical listing includes all Connect commands, regardless of their groupings.
| Command |
Format |
Description |
Version |
| ACAT
|
ACAT <AdvCatObjPath> {CalculateOptions} <Parameters> |
Set Advanced CAT properties |
11.6 |
| ACAT LogFile
|
ACAT <AdvCatObjPath> LogFile {On | Off} {Overwrite | Append} {Buffer | Flush} "<FilePath>" |
Write information regarding the effects of filtering on computations to a log file |
4.2.1 |
| ACAT MsgAlertOnHit
|
ACAT <AdvCatObjPath> MsgAlertOnHit {On | Off | True | False} |
Toggle the Advanced CAT message alert on hit flag |
5.0.4 |
| ACAT Probability
|
ACAT <AdvCatObjPath> Probability {Parameters} |
Set the parameters used to compute conjunction probability for nonlinear relative motion. |
9.0 |
| ACAT RelationFile
|
ACAT <AdvCatObjPath> RelationFile {On | Off | "<FilePath>"} |
Set a relationship file to be used during Advanced CAT computations |
11.6 |
| ACAT SSCFile
|
ACAT <AdvCatObjPath> SSCFile {On | Off | "<FilePath>"} |
Set an SSC reference file to be used during Advanced CAT computations |
11.6 |
| ACATEvents_RM
|
ACATEvents_RM <AdvCatObjPath> [{Options}] |
Return event information for conjunction probability computations. |
9.0 |
| ACATProbability_R
|
ACATProbability_R <AdvCatObjPath> Primary <Name> Secondary <Name> TCA "<DateTime>" Method {Method} |
Return the value of a conjunction probability computation. |
10 |
| AER
|
AER <FromObjectPath> <ToObjectPath> [{AccessOptions}] |
Return the azimuth, elevation and range between two objects |
10 |
| Access
|
Access <FromObjectPath> <ToObjectPath> [{AccessOptions}] [ForceRecompute] |
Calculate access intervals between two objects. |
11.1 |
| AccessConfig
|
AccessConfig <ApplicationPath> {AccessConfigOption} |
Adjust the performance of access computations |
11.1 |
| AccessParameters_RM
|
AccessParameters_RM <objPath> |
Returns a list of access parameters settings and values. |
11.7 |
| AddAttitude AngVels
|
AddAttitude <ObjectPath> AngVels {TimeLimitInstant} <XAngVel> <YAngVel> <ZAngVel> |
Adds attitude data based on a time-ordered set of angular velocities. |
10 |
| AddAttitude CBFQuat
|
AddAttitude <ObjectPath> CBFQuat {StartTime} <Q1> <Q2> <Q3> <Q4> |
Adds attitude data based on a time-ordered set of quaternions interpreted relative to CBF |
10 |
| AddAttitude DCM
|
AddAttitude <ObjectPath> DCM {StartTime} <Value1> <Value2> <Value3> <Value4> <Value5> <Value6> <Value7> <Value8> <Value9> |
Add attitude data based on a direction cosine matrix |
10 |
| AddAttitude ECIYPR
|
AddAttitude <ObjectPath> ECIYPR {StartTime} {Sequence} <Yaw> <Pitch> <Roll> |
Adds attitude data based on a time-ordered set of yaw, pitch, roll angles defined with respect to the central body inertial axes (CBI).Similarly to Euler angles, YPR angles specify attitude using three rotations in a chosen sequence: the rotation about the reference X axis is called roll (R),
the rotation about the reference Y axis is called pitch (P), and the rotation about the reference Z axis is called yaw (Y). Sequences are identified
using either numbers (1 is the X axis, 2 is the Y axis, 3 is the Z axis) or letters (R is the X axis, P is the Y axis, Y is the Z axis). Unlike Euler angles, the
rotations are not made about axes defined by an earlier rotation. Instead, each rotation is made about the reference system's axes.In YPR angles, the names yaw, pitch, and roll do NOT refer to the angles normally used in aviation; the terms yaw, pitch, and roll in aviation refer to 321 Euler angles. |
10 |
| AddAttitude Euler
|
AddAttitude <ObjectPath> Euler {StartTime} {Sequence} <Angle1> <Angle2> <Angle3> |
Adds attitude data based on a time-ordered set of Euler angles |
10 |
| AddAttitude EulerRates
|
AddAttitude <ObjectPath> EulerRates {StartTime} {Sequence} <AngleRate1> <AngleRate2> <AngleRate3> |
Adds attitude data based on a time-ordered set of Euler angle rates. |
10 |
| AddAttitude File
|
AddAttitude <VehObjectPath> File "<FilePath.a>" |
Add an additional attitude profile for a vehicle using an external attitude file |
4.3 |
| AddAttitude Profile
|
AddAttitude <ObjectPath> Profile [<ProfileName>] {StartTime} {ProfileType} <Parameters> |
Add further attitude profiles to a single object |
10 |
| AddAttitude Quat
|
AddAttitude <ObjectPath> Quat {StartTime} <Q1> <Q2> <Q3> <Q4> |
Adds attitude data based on a time-ordered set of quaternions |
10 |
| AddAttitude YPR
|
AddAttitude <ObjectPath> YPR {StartTime} {Sequence} <Yaw> <Pitch> <Roll> |
Adds attitude data based on a time-ordered set of YPR yaw, pitch, and roll angles defined with respect to the central body inertial VVLH reference axes (CBIVVLH).Similarly to Euler angles, YPR angles specify attitude using three rotations in a chosen sequence: the rotation about the reference X axis is called roll (R),
the rotation about the reference Y axis is called pitch (P), and the rotation about the reference Z axis is called yaw (Y). Sequences are identified
using either numbers (1 is the X axis, 2 is the Y axis, 3 is the Z axis) or letters (R is the X axis, P is the Y axis, Y is the Z axis). Unlike Euler angles, the
rotations are not made about axes defined by an earlier rotation. Instead, each rotation is made about the reference system's axes.In YPR angles, the names yaw, pitch, and roll do NOT refer to the angles normally used in aviation; the terms yaw, pitch, and roll in aviation refer to 321 Euler angles. |
10 |
| AddTgtSched
|
AddTgtSched <SensorObjectPath> {ScheduleOption} [<Parameters>]
|
Set target schedule data for a sensor |
10 |
| AddWaypoint
|
AddWaypoint <VehObjectPath> {AddMethod} <Parameters> [<TurnRadius>]
|
Add waypoints to a great arc vehicle |
10 |
| AllAccess
|
AllAccess <ApplicationPath> [ElimDups] |
Calculate access between all objects in a scenario |
4.0 |
| AllInstanceNames
|
AllInstanceNames <ApplicationPath> [IncludeAccess] [<Delimiter>] |
Identify all <ObjectPaths> within the current scenario |
11 |
| AllowAnimationUpdate
|
AllowAnimationUpdate <ScenarioPath> {On | Off | Toggle}
|
Controls whether the 2D Graphics and 3D Graphics windows refresh |
6.1 |
| AltitudeRef
|
AltitudeRef <VehObjectPath> {AltRefOption} <Parameters>
|
Set the altitude reference for a Great Arc vehicle. |
6.0 |
| AnalysisWorkbench
|
AnalysisWorkbench <ApplicationPath> {Options}
|
Set global default values for Analysis Workbench. |
10 |
| AnimFrameRate
|
AnimFrameRate <ScenarioPath> |
Return the current scenario's frame rate during animation |
4.0 |
| Animate
|
Animate <ScenarioPath> {AnimateOption} <Parameters> |
Direct animation of a scenario |
10.1 |
| Antenna
|
Antenna <AntObjectPath> {Options} <AttributePath> [<Value>] [<Unit>] |
Set, add and remove properties for an antenna. |
9.0 |
| Antenna_RM
|
Antenna_RM <AntObjectPath> GetValue [<AttributePath>] |
Get information about an antenna. |
9.0 |
| Application
|
Application <ApplicationPath> {AppCmdOption} [<Value>] |
Modify the STK Application window. |
6.2 |
| Async2DKeyboard
|
Async2DKeyboard <ScenarioPath> {On | Off} |
Return a string indicating which keys on the keyboard are pressed |
5.0 |
| Async2DPick
|
Async2DPick <ScenarioPath> {State} <Parameter> |
Return the object name or lat/lon coordinates of a point clicked in a 2D Graphics window |
7.0 |
| Async3DKeyboard
|
Async3DKeyboard <ScenarioPath> {On | Off} |
Return a string indicating which keys on the keyboard are pressed |
4.3 |
| Async3DPick
|
Async3DPick <ScenarioPath> {State} [<Parameter>] |
Return the instance path or position of the central body or object double-clicked with the left mouse button in a 3D window |
6.1.2 |
| AsyncAllowed_R
|
AsyncAllowed_R <ApplicationPath> |
Determine if asynchronous operations are allowed in the current STK session |
7.1 |
| Atmosphere
|
Atmosphere <ObjectPath> SetValue <AttributePath> <Value> [<Unit>] |
Control the use of atmospheric models |
9.0 |
| Atmosphere_RM
|
Atmosphere_RM <ObjectPath> GetValue [<AttributePath>] |
Get information about atmospheric models. |
9.0 |
| AttCov Access
|
AttCov <AttCovObjectPath> Access {ComputeOption} [<Parameters>] |
Compute or clear access calculations for an attitude coverage object and set auto-recompute options |
8.1 |
| AttCov Asset
|
AttCov <AttCovObjectPath> Asset <AssetObjectPath> {Action} |
Identify and manage assets for a attitude coverage object |
8.1 |
| AttCov FOMDefine
|
AttCov <AttFOMObjectPath> FOMDefine {Satisfaction | Limits | Definition} {FOMOption} <Parameters> |
Define an attitude figure of merit object |
10 |
| AttCov Grid
|
AttCov <AttCovObjectPath> Grid {GridOption} <Parameters> |
Define an attitude coverage grid |
9.0 |
| AttCov Interval
|
AttCov <AttCovObjectPath> Interval {TimeInterval} |
Set the attitude coverage interval |
10 |
| AttCov_RM GridPoints
|
AttCov_RM <AttCovObjectPath> GridPoints |
Returns the grid points being used for the specified attitude coverage |
6.0 |
| AttSim (Satellites) |
AttSim <SatObjectPath> {AttSimOption} <Parameters> |
Set values and run the Attitude Simulator |
11.4 |
| AttitudeSegment
|
AttitudeSegment <ObjectPath> {Add | Delete | Modify} {SegmentType} <Parameters> |
Add, modify and delete attitude profile and file segments. |
11.5 |
| Author
|
Author <ScenarioPath> {Option} |
Used to create the VDF files. |
11.4 |
| AutoSave
|
AutoSave <ApplicationPath> {AutoSaveOptions} |
Set the auto save options for the current STK session |
7.0 |
| Command |
Format |
Description |
Version |
| CAT
|
CAT <ObjectPath> {Option} |
Set properties for a Close Approach computation. |
11.6 |
| CAT_RM
|
CAT_RM <ObjectPath> Range <RangeVal> |
Compute close approaches to a vehicle from objects in the current CAT satellite database |
4.1.1 |
| CalculationTool
|
CalculationTool <ScenarioPath> {Options} |
Define coordinate systems and elements used in constructing them, including templates. |
11.5 |
| CalculationTool Condition
|
CalculationTool <ScenarioPath> <ParentObject> {Action} {"Condition" | "ConditionTemplate"} <ComponentName> [{ConditionType} <TypeParams>] |
Define and modify Condition components and templates. |
11.2 |
| CalculationTool Condition Set
|
CalculationTool <ScenarioPath> <ParentObject> {Action} {"Condition Set" | "Condition SetTemplate"} <ComponentName> [{ConditionType} <TypeParams>] |
Define and modify Condition Set components and templates. |
11.5 |
| CalculationTool Parameter Set
|
CalculationTool <ScenarioPath> <ParentObject> {Action} {"Parameter Set" | "Parameter SetTemplate"} <ComponentName> [{ParameterSetType} <TypeParams>] |
Define and modify Parameter Set components and templates. |
10 |
| CalculationTool Scalar Calculation
|
CalculationTool <ScenarioPath> <ParentObject> {Action} {"Scalar Calculation" | "Scalar CalculationTemplate"} <ComponentName> [{ScalarCalculationType} <TypeParams>] |
Define and modify Scalar Calculation components and templates. |
12.8 |
| CalculationTool_R
|
CalculationTool_R <ScenarioPath> {Option} [<Parameters>] |
Return information about CalculationTool components. |
11 |
| CalculationTool_RM
|
CalculationTool_RM <ScenarioPath> {Option} [<Parameters>] |
Return information about CalculationTool components. |
10.1 |
| CentralBody_R
|
CentralBody_R <ApplicationPath> <ObjectPath> |
Returns the name of the central body of any object |
10.0.2 |
| Chain Processing Delay
|
ChainProcessingDelay <ObjectPath> {Option} [<Parameters>] |
Set the processing delay for an object. |
12.8 |
| Chains
|
Chains <ObjectPath> {ChainOption} [<Parameters>] |
Configure a chain object or computes access for a chain |
12.8 |
| Chains_R
|
Chains_R <ObjectPath> {ChainsOption} |
Return information about a Chain. |
11.4 |
| Chains_RM Access
|
Chains_RM <ApplicationPath> Access {AccessType} |
Calculate various access data within and outside of a chain |
4.1.1 |
| CheckIsAppBusy
|
CheckIsAppBusy <ApplicationPath> |
Determine the busy state of the STK application. |
9.0 |
| CheckScenario
|
CheckScenario <ApplicationPath> |
Determine if a scenario is open in the current STK session |
4.0.2 |
| ClearAccess
|
ClearAccess <FromObjectPath> <ToObjectPath> |
Clear computed access data from one object to another |
10 |
| ClearAllAccess
|
ClearAllAccess <ApplicationPath> |
Clear all calculated accesses |
10 |
| Collection
|
Collection <objPath> {Define|Interval|Metadata|Promote|Reference|Subset} <Parameters> |
Create and set the features of a Satellite Collection object. |
12.8 |
| Collection Define
|
Collection <objPath> Define {Walker <Parameters> | SatDb <Parameters> | Custom <Parameters> | SP3 <Parameters>} |
This command is an action option (Define) of the Collection Connect command. Use the Define action option with the Collection command to create a satellite collection object. |
12.4 |
| Collection Routing
|
Collection <satCollectionPath> Routing {Specify <"filename"> | UseRoutingFile [On | Off]} |
Apply and enable/disable a routing file for a satellite collection. |
12.5 |
| Collection_RM
|
Collection_RM <objPath> GetValue {Type|SubsetNames|Subsets|DefaultReference|SupplementalMetadataFile|Subset|Walker} <Parameters> |
This is the command to return the properties of a Satellite Collection object. |
12.4 |
| Comm CommSystem AccessOptions
|
Comm <CommSysObjectPath> CommSystem AccessOptions <Parameters> |
Set or modify access options for a CommSystem (Deprecated Command) |
11 |
| Comm CommSystem Clear
|
Comm <CommSysObjectPath> CommSystem Clear |
Clear the graphics and any cached compute data. (Deprecated Command) |
11 |
| Comm CommSystem Compute
|
Comm <CommSysObjectPath> CommSystem Compute [NOW] |
Calculates link and interference data for a Comm System (Deprecated Command) |
11 |
| Comm CommSystem IFSources
|
Comm <CommSysObjectPath>
CommSystem IFSources {Action} <TruncObjectPath> |
Add or remove a constellation
from the list of interfering constellations for a comm system (Deprecated Command) |
11 |
| Comm CommSystem Interference
|
Comm <CommSysObjectPath> CommSystem Interference {Yes | No} [{PFDRefBandwidth}] |
Control the calculation of interference (Deprecated Command) |
11 |
| Comm CommSystem Interval
|
Comm <CommSysObjectPath> CommSystem Interval {UseScenarioTime} <StepSize> [{TimeInterval}] |
Set the time interval to be used for computing a comm system (Deprecated Command) |
11 |
| Comm CommSystem LinkDefinition
|
Comm <CommSysObjectPath> CommSystem LinkDefinition {Receive | Transmit} {LinkCriteria} |
Define the constraining constellation and link criteria for a comm system (Deprecated Command) |
11 |
| Comm CommSystem Receive
|
Comm <CommSysObjectPath> CommSystem Receive {Action} <TruncObjectPath> |
Add or remove a constellation(s) to carry out the receive function for the comm system (Deprecated Command) |
11 |
| Comm CommSystem SaveMode
|
Comm <CommSysObjectPath> CommSystem SaveMode {Option} |
Specify save and load behavior for a CommSystem (Deprecated Command) |
11 |
| Comm CommSystem Transmit
|
Comm <CommSysObjectPath> CommSystem Transmit {Action} <TruncObjectPath> |
Add or remove a constellation to carry out the transmit function in the communication link analysis (Deprecated Command) |
11 |
| CommSystem
|
CommSystem <CommSystemPath> {Options} [<Parameters>] |
Set or modify options for a CommSystem. |
11 |
| CommSystem_RM
|
CommSystem_RM <CommSystemPath> GetValue [<AttributePath>] |
Use this command to get information about a CommSystem. |
11 |
| ComputeTerrainMaskAsNeeded
|
ComputeTerrainMaskAsNeeded <FacObjectPath> {On | Off} |
Set flag to partially compute az-el masks for facilities and places. |
10 |
| ConControl
|
ConControl <ApplicationPath> {ConControlOption} |
Control connection between STK and an application using Connect |
9.0 |
| ConFile
|
ConFile <ApplicationPath> "<FilePath>" |
Get commands from a file |
4.0.4 |
| ConnectLog
|
ConnectLog <ApplicationPath>
{State} ["<FilePath>"] |
Control the state
of logging commands to a file |
4.2 |
| Constellation
|
Constellation <ObjectPath> {Option} [<Parameters>] |
Add or remove a subobject of constellation and set routing file information |
12.8 |
| Constellation_R
|
Constellation_R <ObjectPath> {ConstellationOption} |
Return information about a Constellation. |
12.8 |
| Convert CBPosition
|
Convert <ScenarioPath> CBPosition {Planetodetic | Planetocentric} {CentralBodyName} <Latitude> <Longitude> {<Altitude> | <Radius>} |
Convert a planetodetic position to/from a planetocentric position. |
6.1 |
| Convert MapGridPoint
|
Convert <ScenarioPath> MapGridPoint {FromMapGridSpec} {PointDef} {ToMapGridSpec} |
Convert a map point between Latitude/Longitude and UTM. |
6.2 |
| Convert OrbitPointMotion
|
Convert <ScenarioPath> OrbitPointMotion [Precision <Value>] {FromElementsType} <Elements> {ToElementsType} |
Perform orbit element conversions. |
10.1 |
| Copy
|
Copy <ApplicationPath> <CopyFromObjectPath> [{CopyOption}] |
Copy and paste an object. |
8.0 |
| Cov Access
|
Cov <ObjectPath> Access {ComputeOption} [<Parameters>] |
Compute or clear coverage calculations and set auto-recompute options |
11.6 |
| Cov Access (Single Object Coverage) |
Cov <ObjectPath> Access {ComputeOption} [<Parameters>] |
Compute or clear single object coverage calculations |
10 |
| Cov Asset
|
Cov <CovDefnObjectPath> Asset <AssetObjectPath> {Action} |
Identify and manage assets for a coverage definition |
10 |
| Cov FOMDefine
|
Cov <FOMObjectPath> FOMDefine {Satisfaction | InvalidData | Limits | Definition} <Parameters> |
Define a figure of merit object |
11.6 |
| Cov Grid
|
Cov <CovDefnObjectPath> Grid {GridOption} <Parameters> |
Define a coverage grid |
11.6 |
| Cov Interval
|
Cov <CovDefnObjectPath> Interval {TimeInterval} |
Set the coverage interval |
10 |
| Cov_R Inspector
|
Cov_R <ObjectPath> Inspector {GridOption} <Parameters> |
Return information about points or regions in the coverage grid |
4.1.1 |
| Cov_RM Access (Single Object Coverage) |
Cov_RM <ObjectPath> Access Compute "<ReportStyle>" [{TimeIntervals} | UseObjectTimes [TimeStep <Value>]] |
Return report data for single object coverage calculations |
10 |
| Cov_RM GridPoints
|
Cov_RM <CovDefnObjectPath> GridPoints |
Returns the grid points being used for the specified coverage definition |
4.2 |
| CreateTLEFile
|
CreateTLEFile <ScenarioPath> {Source} "<TLEFilePath>" [{Options}] {SearchParameters}
|
Creates a TLE file, using Satellites obtained from the Satellite database. |
11.6 |
| Command |
Format |
Description |
Version |
| GIS Export
|
GIS <ScenarioPath> Export "<ShapefilePath>" {ShapeType} [Object <ObjectPath> | ObjectWithOption <ObjectPath> objectOption] ... [{ExportOptions}] |
Export STK object data into a shapefile |
11.6 |
| GIS Import
|
GIS <ScenarioPath> Import "<ShapefilePath>" {ObjectType} [<ImportOptions>] |
Import GIS shapefile into current scenario |
11 |
| GIS Pattern
|
GIS <ScenarioPath> Pattern "<ShapefilePath>" <SensorObjectPath> |
Export the footprint of a sensor to a shapefile |
11.6 |
| GIS Swath
|
GIS <ScenarioPath> Swath "<ShapefilePath>" <SensorObjectPath> |
Export a sensor swath to a shapefile |
11.6 |
| GIS TA_Export
|
GIS <ScenarioPath> TA_Export "<ShapefilePath>" <ObjectPath> [<TimeStep>] |
Export ephemeris as point shapes |
5.0.4 |
| GISOverlay
|
GISOverlay <ScenarioPath> "STK Overlay" {Add | Delete} "<OverlayFilepath>"
|
Display overlays on STK maps. |
10.1 |
| GRPC
|
GRPC <Application Path> Host <host> Port <Port> Server {Start On | Stop Off} |
Start, Stop, Restart the gRPC server. |
12.8 |
| GenFluxHistory
|
GenFluxHistory <ScenarioPath> ({FluxOption} <Value>)... |
Generate daily solar flux and geomagnetic data histories in the .fxm format based on CSSI predicts files. |
11 |
| GenerateTLE (Satellites) |
GenerateTLE <SatObjectPath> {Method} [{TimeInterval} <TimeStep>] "<TLEEpoch>" <SSCNumber> <MaxIterations> <Convergence> [{Routine}] [<NameOfNewSatellite>] [IntlDes <IntlDesignator>] [ElemNum <ElementNumber>] [BStar <BStarValue>] [Classification <Class>] [RevNumber <Value>] |
Propagate a satellite using SGP4 with the computed best-fit GP data set to the ephemeris of an existing satellite. |
10 |
| GetAccesses
|
GetAccesses <ApplicationPath> [IncludeEmptyAccesses] |
View accesses already calculated |
10.0.2 |
| GetAnimTime
|
GetAnimTime <ScenarioPath> |
Return the current animation time |
4.0 |
| GetAnimationData
|
GetAnimationData <ScenarioPath> {Option} |
Return information about the animation settings. |
11.5 |
| GetAttitude
|
GetAttitude <ObjectPath> {AttOption} |
Return information about the attitude profile in use for a vehicle |
9.1 |
| GetBoundary
|
GetBoundary <ATObjectPath> |
Returns the defining parameters of an area target |
4.1.1 |
| GetConVersion
|
GetConVersion <ApplicationPath> |
Return the Connect version number for the current Connect session |
4.0.2 |
| GetDescription
|
GetDescription <ObjectPath> {Type} |
Return the description of an object |
4.0.6 |
| GetDirectory
|
GetDirectory <ApplicationPath> {DirOption} |
Return the path of the selected directory. |
9.2.1 |
| GetDspTimes
|
GetDspTimes <ObjectPath> {DataOption} |
Return the display time data for an object |
11.5 |
| GetEpoch
|
GetEpoch <ScenarioPath> |
Return the current scenario epoch |
4.0 |
| GetLicenses
|
GetLicenses <ApplicationPath> |
This command returns information about your licenses.
|
4.2.1 |
| GetLine
|
GetLine <LTObjectPath> |
Reports points in a line target. |
6.1 |
| GetLocalTimeZoneName_R
|
GetLocalTimeZoneName_R / |
Returns the name of the local time zone |
12.2 |
| GetMapStyles_R
|
GetMapStyles_R <ScenarioPath> |
Return a list of map styles. |
6.1 |
| GetMarkerList
|
GetMarkerList <ScenarioPath> |
Returns a list of available marker types |
4.2.1 |
| GetNumNotes
|
GetNumNotes <ObjectPath> |
Return the number of notes currently registered for an object |
4.0 |
| GetPropName
|
GetPropName <ObjectPath> {DataOption} |
Return the name of the propagator in use |
4.2 |
| GetSTKVersion
|
GetSTKVersion <ApplicationPath> [Details | Platform] |
Identify the version of STK being used during the current Connect session |
10 |
| GetTimePeriod
|
GetTimePeriod <ObjectPath> |
Return the current scenario time period or the start and stop times for a vehicle. |
4.0 |
| GraphCreate
|
GraphCreate <ObjectPath> ({Option} <Value>)... |
Generate a graph to display or save. |
10.1 |
| Graphics (Chains & Constellations) |
Graphics <ObjectPath> {ChainGfxOption} [<Parameters>] |
Set the graphics properties for chains and constellations |
12.8 |
| Graphics (Comm) |
Graphics <CommObjectPath> {GfxType} <Parameters> |
Set the graphics properties of a receiver, transmitter or antenna |
11.4 |
| Graphics (Coverage) |
Graphics <CovDefnObjectPath> {GfxType} {DisplayOption} |
Define the display of graphics for a coverage definition |
10 |
| Graphics (Figure of Merit) |
Graphics <FOMObjectPath> {GfxType} <Parameters> |
Define the graphic properties for a figure of merit |
10 |
| Graphics (MTO) |
Graphics <MTOObjectPath> {GfxOptions} |
Defines the global 2D Graphics attributes for a Multi-Track Object (MTO). |
6.1 |
| Graphics (Radar) |
Graphics <RdrObjectPath> {GfxType} {GfxOption} [{State}] [<Parameters>] |
Set the graphics properties of a radar |
10.1 |
| Graphics (Satellite Collection) |
Graphics <satCollectionPath> {GlobalOpts | SubsetGfx} {options} |
Set the graphics properties for a satellite collection. |
12.4 |
| Graphics (Single Object Coverage) |
Graphics <ObjectPath> {Static | Animation} {On | Off} {GFXOptions} |
Set graphics options for single object coverage |
10 |
| Graphics AccessIntervals (Vehicles) |
Graphics <ObjectPath> AccessIntervals {Action} [<Parameters>] |
Control the display of different graphics attributes during access |
4.1.1 |
| Graphics AsyncPickReturnUnique
|
Graphics <ScenarioPath> AsyncPickReturnUnique {On | Off} |
Set flag to only return unique objects when using the Async2DPick command. |
6.1.2 |
| Graphics AzElMask
|
Graphics <ObjectPath> AzElMask Type {Altitude | Range} [{AzElMaskOptions}] |
Control the display of azimuth-elevation mask graphics for a facility, place or target in the 2D Graphics window |
10 |
| Graphics BackgroundImage
|
Graphics <ScenarioPath> BackgroundImage {Options} |
Set background image options for the 2D Graphics window. |
12 |
| Graphics Basic (Vehicles) |
Graphics <ObjectPath> Basic {AttributeOption} {Action} |
Control the type of attributes to be used to display an object |
8.1 |
| Graphics BingMapsLogo
|
Graphics <ScenarioPath> BingMapsLogo {Options} |
Specify the location of the Microsoft Bing™ Maps logo. |
10 |
| Graphics Boresight (Comm) |
Graphics <ObjectPath> Boresight {On | Off} [{Color} {MarkerType}] |
Control the display of boresight graphics in the 2D Graphics window |
11.6 |
| Graphics Boresight (Sensor) |
Graphics <SensorObjectPath> Boresight {On | Off} [{Color} {MarkerType}] |
Control the display of the sensor boresight in the 2D Graphics window |
11.6 |
| Graphics Boundary
|
Graphics <ATObjectPath> Boundary {On | Off} |
Control the display of an area targets boundary |
4.3 |
| Graphics BoundaryPts
|
Graphics <ATObjectPath> BoundaryPts {On | Off} |
Control the display of an area target's boundary |
4.3 |
| Graphics BoundingRectangle
|
Graphics <ObjectPath> BoundingRectangle {On | Off} |
Toggle the display of the AreaTarget or LineTarget bounding rectangle. |
6.1 |
| Graphics Centroid
|
Graphics <ATObjectPath> Centroid {On | Off} |
Display an area target's centroid |
4.2.1 |
| Graphics ContourSet
|
Graphics <CommObjectPath> ContourSet {ContourOption} <Parameters> |
Control the antenna pattern resolution for contouring. |
11.4 |
| Graphics Contours (Comm & Radar) |
Graphics <ObjectPath> Contours {ContourType} {ShowGfxState} {RelMaxState} |
Set generic contour options for a receiver, transmitter, radar or antenna |
11 |
| Graphics CustomIntervals (Vehicles) |
Graphics <ObjectPath> CustomIntervals {Action} [<Parameters>] |
Control the display of different graphics attributes at specific time intervals during animation |
11.5 |
| Graphics ElevContours
|
Graphics <ObjectPath> ElevContours {AddMethod} [<Parameters>] |
Set elevation angle contour levels for a vehicle |
10 |
| Graphics ExportBlockContours
|
Graphics <FOMObjectPath> ExportBlockContours {Option} <Parameters> [{Option} <Parameters>...] |
Export the block contour graphics of a figure of merit to a texture file. |
10.1 |
| Graphics ExportSmoothContours
|
Graphics <FOMObjectPath> ExportSmoothContours {Option} <Parameters> [{Option} <Parameters>...] |
Export the smooth contour graphics of a figure of merit to a texture file. |
10.1 |
| Graphics ExtEphemPoints
|
Graphics <VehObjectPath> ExtEphemPoints {On | Off} |
Set the display of external ephemeris waypoints in 2d and 3d windows. |
9.0 |
| Graphics FOMContours
|
Graphics <ObjectPath> FOMContours {GfxType} {ContourOption} [<Parameters>] |
Define the display of contour graphics for a figure of merit |
11 |
| Graphics Fill (AreaTarget) |
Graphics <ATObjectPath> Fill {On | Off} |
Control the display of the area covered by an area target |
4.3 |
| Graphics Fill (Sensor) |
Graphics <SensorObjectPath> Fill {On | Off} [{FillStyle}] |
Set the fill style for a sensor projecting to the Earth. |
6.1 |
| Graphics FillTranslucency
|
Graphics <ObjectPath> FillTranslucency <Value> |
Set the percent translucency of the fill for a Sensor or AreaTarget. |
10 |
| Graphics GlobalAttributes
|
Graphics <ScenarioPath> {AttributeOption} {On | Off | <Value>} |
Specify whether or not STK displays a given attribute in the 2D Graphics window. |
12.8 |
| Graphics GroundEllipse
|
Graphics <VehObjectPath> GroundEllipse <SetName> {GraphicsOptions} |
Set the graphics properties for ground ellipses on vehicles. |
6.1 |
| Graphics GroundTrackCBs
|
Graphics <SatObjectPath> GroundTrackCBs Show {On | Off} (CentralBody <CBName>)...
|
Show a Satellite's ground track on other central bodies. |
8.1 |
| Graphics ImageInlay
|
Graphics <ScenarioPath> ImageInlay "<FilePath>" {ImageOption} <Value> [{ImageOption} <Value>...] |
Set properties for an inlay image on a 2D Graphics window |
11.6 |
| Graphics IntervalsHideShowAll
|
Graphics <VehObjectPath> IntervalsHideShowAll {On | Off} |
Control the meaning of the show flag when using graphics intervals |
4.2 |
| Graphics Label
|
Graphics <ObjectPath> Label {Options} |
Control the display of object labels |
9.0 |
| Graphics Legend
|
Graphics <ObjectPath> Legend {GfxType} {DisplayOption} <Value> [{DisplayOption} <Value>...] |
Display a figure of merit contours legend.* |
6.0 |
| Graphics Levels (Comm & Radar) |
Graphics <CommObjectPath>
Levels {AddMethod} <Parameters> |
Set and modify the display of contour levels for a receiver, transmitter, radar or antenna |
7.1 |
| Graphics Lighting
|
Graphics <ObjectPath> Lighting {LightCondition} {LightConditionOption1} <Value1> [{LightConditionOption1} <Value2>... ] |
Control the graphical display of lighting conditions for a vehicle |
4.3 |
| Graphics LineStyle
|
Graphics <ObjectPath> LineStyle {LineStyle} |
Set the line style for a LineTarget, AreaTarget, Sensor or Planet. |
6.2 |
| Graphics LineWidth
|
Graphics <ObjectPath> LineWidth <LineWidth> |
Set the line width for a LineTarget, AreaTarget, Sensor or Planet. |
6.2 |
| Graphics Marker
|
Graphics <ObjectPath> Marker {MarkerType} ["<FilePath>" [{CustomOptions}]] |
Define a marker to represent an object in a 2D Graphics window |
11.6
|
| Graphics NewPointAttributes
|
Graphics <LTObjectPath> NewPointAttributes ({AttributeOption})... |
Set the graphics attributes to be used for new points of a Line Target. |
6.1 |
| Graphics NewWaypointAttributes
|
Graphics <VehObjectPath> NewWaypointAttributes ({GfxOption} <Parameter>)... |
Set 2D Graphics properties for new waypoints and external ephemeris points. |
6.1.2 |
| Graphics Nightlights
|
Graphics <ScenarioPath> Nightlights {DisplayOptions} |
Set options for displaying night lights in the 2d Graphics window |
11.6 |
| Graphics ObjectLine
|
Graphics <ScenarioPath> ObjectLine {Action} FromObj <TruncObjectPath1> ToObj <TruncObjectPath2> [{LineOptions}] |
Display lines connecting objects in the 2D Graphics window |
11.6 |
| Graphics ObjectStateInWin
|
Graphics <ScenarioPath> ObjectStateInWin {Options} |
Control the display of objects' graphics in the 2D window. |
7.0 |
| Graphics Pass2D
|
Graphics <ObjectPath> Pass2D ({LeadTrailOption} <Parameters>)... |
Set leading and trailing graphics for all types of vehicles |
9.1 |
| Graphics Pattern (Comm & Radar) |
Graphics <CommObjectPath> Pattern <NumberOfPhiPoints> <MinPhi> <MaxPhi> <NumberOfThetaPoints> <MinTheta> <MaxTheta> |
Control the antenna grid size and resolution for contour graphics |
4.1.1 |
| Graphics Persist
|
Graphics <SensorObjectPath> Persist {PersistOptions} |
Control the graphical display of the persistence of a sensor's footprint |
10.0.2 |
| Graphics PointAttributes
|
Graphics <LTObjectPath> PointAttributes {PointSpecification} ({AttributeOption})... |
Set the graphics attributes for points of a Line Target. |
6.1 |
| Graphics Points
|
Graphics <LTObjectPath> Points {On | Off} |
Toggle the display of the LineTarget points. |
6.1 |
| Graphics Projection
|
Graphics <SensorObjectPath> Projection {Option} |
Set various options that affect projection of sensor field of view |
10 |
| Graphics RadarCrossSection
|
Graphics <ObjectPath> RadarCrossSection {Option} <Parameters> |
Set and modify the display of Radar Cross Section (RCS) for a specified frequency. |
11.5 |
| Graphics RangeContours
|
Graphics <ObjectPath> RangeContours {AddMethod} [<Parameters>] |
Define and display ground range contours in the 2D Graphics window |
10 |
| Graphics RealTime
|
Graphics <ObjectPath> RealTime Edit {StateOfData} {AttributeOption} {Action} |
Control the graphics attributes displayed when using the real-time propagator |
4.1.1 |
| Graphics SetAccessGfx
|
Graphics <ObjectPath> SetAccessGfx {AccessObject} {AccessGfxOptions} |
Set access graphics for an object or for all objects in a scenario |
12 |
| Graphics SetAttrType (Vehicles) |
Graphics <ObjectPath> SetAttrType {AttributeType} |
Control the type of attributes to be used to display an object |
10 |
| Graphics SetColor
|
Graphics <ObjectPath> SetColor {Color} [{Item}] |
Set the color of a label, marker, ground track, swath or polygon of an object |
10 |
| Graphics SetDynamicState
|
Graphics <ObjectPath> SetDynamicState IsDynamic {On | Off} |
Allow faster rendering on 2d maps if a facility, place, target position or sensor orientation is changed frequently. |
10.1 |
| Graphics Show
|
Graphics <ObjectPath> Show {On | Off} |
To turn on or off the graphics display of an object. |
10 |
| Graphics SmoothFillParameters
|
Graphics <ObjectPath> SmoothFillParameters {Option} |
Define the smooth fill parameters for figure of merit contour graphics. |
10.0.1 |
| Graphics TimeComponents (Vehicles) |
Graphics <ObjectPath> TimeComponents {Action} [<Parameters>] |
Control the display of different graphics attributes for specific time components during animation |
10.1 |
| Graphics TimeEvent
|
Graphics <SatObjectPath> TimeEvent {Action} [{EventType}] <EventParameters> |
Mark specified points of time, along a satellite's ground track, on the 2D Window. |
10 |
| Graphics TurnMarker
|
Graphics <VehObjectPath> TurnMarker {State} |
Controls the display of turn markers for an aircraft, ground vehicle or ship |
4.1.1 |
| Graphics WaypointAttributes
|
Graphics <VehObjectPath> WaypointAttributes {WaypointOptions} ({GfxOption} <Parameter>)... |
Set the 2D graphics properties for existing waypoints and external ephemeris points. |
10 |
| Graphics WaypointTurns
|
Graphics <VehObjectPath> WaypointTurns {On | Off} |
Set the display of waypoint turn markers. |
8.0 |
| Graphics Waypoints
|
Graphics <VehObjectPath> Waypoints {On | Off} |
Set the display of waypoints in 2d and 3d windows. |
8.0 |
| Graphics WindowState
|
Graphics <ObjectPath> WindowState {Options} |
Control the display of object graphics in the 2D window. |
10 |
| Graphics_R GetAttrType
|
Graphics_R <VehObjectPath> GetAttrType |
Return the currently active attribute type |
4.1.1 |
| Graphics_R GetLabel
|
Graphics_R <ObjectPath> GetLabel |
Return object graphics label |
6.0 |
| Graphics_R ImageInlay
|
Graphics_R <ScenarioPath> ImageInlay [WindowID <WinNumber>] |
Return name and display order for inlay images on a 2D Graphics window |
11.2 |
| Graphics_R TimeComponents
|
Graphics_R <ObjectPath> TimeComponents {Option} |
Return information about vehicles using time components. |
10.1 |
| GroundEllipse
|
GroundEllipse <VehObjectPath> {EllipseSetOptions} |
Set ground ellipse data for vehicles. |
10 |
| GroundEllipse_R
|
GroundEllipse_R <VehObjectPath> {GetAllSets [IncludeEmptySets] | GetSetEllipses <SetName>} |
Retrieve ground ellipse data from vehicles. |
9.0 |
| Command |
Format |
Description |
Version |
| SDF
|
SDF <ApplicationPath> {Option} [<Parameters>] |
Configure STK Data Federate (SDF) servers. |
11.5 |
| SDFLoad
|
SDFLoad <ApplicationPath> <Parameters> |
Load a VDF or STK file from the STK Data Federate (SDF) servers into STK. |
11.7 |
| SDFSave
|
SDFSave <ApplicationPath> <ObjectPath> "<ServerFilePath>" [<Options>] |
Save or check in a VDF or STK object to the STK Data Federate (SDF) servers. |
11.7 |
| SDFUpload
|
SDF / {Upload/Download} <Filepath> <VDFPath> |
Ability to upload and download files to the SDF. |
12.1 |
| SDF_RM
|
SDF_RM <ApplicationPath> {Option} |
Return information about STK Data Federate (SDF) servers and resources. |
11.5 |
| SEDS
|
SEDS <ApplicationPath> {Option} [<Parameters>] |
Configure STK Enterprise Data Services (SEDS) servers. |
11.4.1 |
| SEDS_RM
|
SEDS_RM <ApplicationPath> {Option} |
Return information about STK Enterprise Data Services (SEDS) servers. |
11.4.1 |
| SEET GCR
|
SEET <VehiclePath> GCR {GCROptions} |
Specify SEET vehicle galactic cosmic radiation (GCR) parameters. |
10.1.1 |
| SEET Graphics (Scenario) |
SEET <ScenarioPath> Graphics MagField {GfxOptions} |
Specify SEET magnetic field graphics options. |
9.1 |
| SEET Graphics (Vehicle) |
SEET <VehiclePath> Graphics {MagFieldLine | SAAContour} {GfxOptions} |
Specify SEET vehicle graphics options. |
10.1.1 |
| SEET MagField
|
SEET <VehiclePath> MagField {FieldOptions} |
Set geomagnetic field parameters. |
9.1 |
| SEET ParticleFlux
|
SEET <VehiclePath> ParticleFlux {FluxOptions} |
Set Particle Flux parameters. |
9.1 |
| SEET Radiation (Scenario) |
SEET <ScenarioPath> Radiation {RadOptions} |
Specify SEET radiation options. |
9.1 |
| SEET Radiation (Vehicle) |
SEET <VehiclePath> Radiation {RadOptions} |
Specify SEET vehicle radiation options. |
10 |
| SEET SAAContour
|
SEET <VehiclePath> SAAContour {SAAOptions} |
Set SAA contour parameters. |
9.1 |
| SEET SEP
|
SEET <VehiclePath> SEP {SEPOptions} |
Specify SEET vehicle solar energetic particles (SEP) options. |
10.1.1 |
| SEET VehTemperature
|
SEET <VehiclePath> VehTemperature {TempOptions} |
Set vehicle temperature parameters. |
9.1 |
| SOC
|
SOC <ScenarioPath> {Options} <Parameters> |
Set search criteria, perform a search, and insert search results into the Scenario |
11.2 |
| SOC_RM
|
SOC_RM <ScenarioPath> {Options} |
Return information needed to set up a search of the SOC |
11.2 |
| Save
|
Save <ApplicationPath> <ObjectPath> ["<SaveInDirectory>"]
|
Save a scenario or object within a scenario |
4.0 |
| SaveAs
|
SaveAs <ApplicationPath> <ObjectPath> "<FilePath>" |
Save a scenario or object within a scenario with a different name |
4.2 |
| SaveComputedData
|
SaveComputedData <ScenarioPath> {Options} |
Save computed data (access intervals, considered times, stagelist derived data). |
12 |
| SavePreferences
|
SavePreferences <ApplicationPath> {SaveOption} <Parameters> |
Set the preferences for saving object data |
9.0 |
| SaveTerrainMaskDataInBinary
|
SaveTerrainMaskDataInBinary <FacObjectPath> {Yes | No}
|
Define if the AzElMask is saved in binary. |
11.6 |
| SensorQuery
|
SensorQuery <SensorObjectPath> [{QueryType}] |
Return information about a sensor |
4.0.6 |
| SetAccessOption
|
SetAccessOption <ObjectPath> {Whole | Any} |
Set access to use the whole object during computations. |
6.2 |
| SetAccessParameters
|
SetAccessParameters <ObjectPath> ({Option} <Value>) |
Set access to use the maximum preferred time step. |
11.7 |
| SetAnalysisTimePeriod
|
SetAnalysisTimePeriod <ScenarioPath> {TimeInterval} |
Establish the scenario's analysis time period |
10 |
| SetAnimation
|
SetAnimation <ScenarioPath> {AnimateOption} <Parameters> |
Set values to control animation. |
10 |
| SetAsDefault
|
SetAsDefault <ApplicationPath> [<ObjectPath>] |
Save the indicated object as the default |
4.2 |
| SetAttitude ClearData
|
SetAttitude <ObjectPath> ClearData [{SegmentOptions}] |
Clear attitude data created using AddAttitude commands |
12.1 |
| SetAttitude DataReference
|
SetAttitude <VehObjectPath> DataReference {ProfileType} <Parameters> |
Specify the reference attitude profile for incoming attitude data |
5.0.3 |
| SetAttitude File
|
SetAttitude <VehObjectPath> File "<FilePath>" [<Blocking>] [{SaveFile | SaveLocally}] |
Reset attitude to read from an external attitude file |
11.5 |
| SetAttitude Offset
|
SetAttitude <ObjectPath> Offset <OffsetValue> |
Reset attitude to use the specified attitude offset |
4.1.1 |
| SetAttitude Profile
|
SetAttitude <ObjectPath> Profile {ProfileType} <Parameters> |
Reset attitude to use the attitude profile and offsets specified |
11 |
| SetAttitude RealTime
|
SetAttitude <ObjectPath> RealTime {LookAheadMethod} [<LookAheadDuration> <LookBehindDuration> <BlockFactor>]
|
Reset attitude to use near-real-time data over a Connect socket |
4.1.1 |
| SetAttitude Standard
|
SetAttitude <ObjectPath> Standard |
Reset attitude to use a standard profile type |
4.1.1 |
| SetAttitude Target
|
SetAttitude <VehicleObjectPath> Target {TargetOption} [<Parameters>] |
Reset attitude to use a targeted type |
11.5 |
| SetAttitude TimeOffset
|
SetAttitude <VehObjectPath> TimeOffset <OffsetValue>
|
Shift the start time for all attitude segments |
5.0.4 |
| SetAzElMask (Facility, Place & Target) |
SetAzElMask <ObjectPath> {UseOption} ["<Parameter>"] |
Set the azimuth-elevation mask for a facility, place, or target |
12.7 |
| SetAzElMask (Sensor) |
SetAzElMask <SensorObjectPath> {UseOption} [<Parameters>] |
Set the azimuth-elevation mask for a sensor |
11.5 |
| SetBoundary
|
SetBoundary <ATObjectPath> {Type} <Parameters> |
Define the perimeter of an area target |
6.2 |
| SetConVersion
|
SetConVersion <ApplicationPath> <VersionNumber> |
Set the version of Connect to be used when sending and receiving commands for the current Connect session |
4.0.2 |
| SetConstraint (Area & Line Targets) |
SetConstraint <ObjectPath> {ConstraintName} <Parameters> |
Set a constraint for an area target or line target |
10.0.1 |
| SetConstraint (Chain or Constellation) |
SetConstraint <ObjectPath> {ConstraintName} {Parameters} |
Set a constraint for a chain or constellation |
11.6
|
| SetConstraint (Comm) |
SetConstraint <ObjectPath> {ConstraintName} <Parameters> |
Set a constraint for a receiver, transmitter or antenna |
11.4 |
| SetConstraint (EOIR) |
SetConstraint <SensorObjectPath> {ConstraintName} <Parameters> |
Set an EOIR constraint for a sensor |
9.2.1 |
| SetConstraint (Facility, Place & Target) |
SetConstraint <ObjectPath> {ConstraintName} <Parameters> |
Set a constraint for a facility, place or target |
11.5 |
| SetConstraint (Planets & Stars) |
SetConstraint <ObjectPath> {ConstraintName} {State} |
Set a constraint for a planet or star |
5.0.3 |
| SetConstraint (Radar) |
SetConstraint <RdrObjectPath> {ConstraintName} <Parameters> |
Set constraints for a radar system |
10.1 |
| SetConstraint (SEET) |
SetConstraint <ObjectPath> {ConstraintName} <Parameters> |
Set a SEET constraint for a vehicle |
9.1 |
| SetConstraint (Sensor) |
SetConstraint <SensorObjectPath> {ConstraintName} <Parameters> |
Set a constraint for a sensor |
11.3 |
| SetConstraint (Vehicles) |
SetConstraint <ObjectPath> {ConstraintName} <Parameters> |
Set a constraint for a vehicle |
11.6
|
| SetConstraintOptions
|
SetConstraintOptions <ObjectPath> {ConstraintName} {Options} |
Set constraint options for an object's active constraints. |
9.2.2 |
| SetDefaultDir
|
SetDefaultDir <ApplicationPath> "<NewDirectoryPath>" |
Set the current default directory path |
4.0.5 |
| SetDescription
|
SetDescription <ObjectPath> {Type} [{Option}] "<Description>" |
Set the long or short description of a scenario or object |
6.2 |
| SetEpoch
|
SetEpoch <ScenarioPath> {"<EpochTime>" | UseAnalysisStartTime} |
Set the scenario epoch |
9.0 |
| SetGreatArcStart
|
SetGreatArcStart <ObjectPath> {TimeValue} |
Set the start time for an aircraft, ground vehicle or ship |
10 |
| SetHeightAboveGround
|
SetHeightAboveGround <ObjectPath> <Height> |
Set the height above ground of a facility, place or target. |
10 |
| SetInterplanetaryMode
|
SetInterplanetaryMode <ApplicationPath> {On | Off} |
Control the ability to use planetary options. |
9.0 |
| SetLifetime
|
SetLifetime <SatObjectPath> {LifeOption} <Value> |
Set parameters for lifetime calculations |
11.6
11.4 |
| SetLightingMaxStep
|
Facility/Place/Target SetLightingMaxStep <ObjectPath> <Duration>Vehicles SetLightingMaxStep <ObjPath> [CbShape|Terrain] <MaxStepsize> {[CbShape|Terrain] <MaxStepsize>} |
For Facilities, Places, and Targets the commmand sets the maximum step to take when computing lighting times when using terrain (or when
using an AzEl mask in the case of Facility/Place/Target).For Vehicles the command sets the maximum step to take when computing lighting times. Vehicles allow a maximum stepsize to be set separately
for each lighting model: central body shape (CbShape) and terrain. In the case of Facility/Place/Target, the maximum
stepsize setting is used when using terrain or an AzElMask as the lighting model. |
12.7 |
| SetLine
|
SetLine <LTObjectPath> [{PointType}] <NumPoints> {PointDefn}... |
Defines the points of a line target. |
6.2 |
| SetLineAnchor
|
SetLineAnchor <LTObjectPath> {AnchorOption} |
Set the anchor point for a LineTarget |
6.2 |
| SetLocalTimeZoneName
|
SetLocalTimeZoneName {"<Time Zone>"} |
Sets the name of the local time zone |
12.2 |
| SetMass (Satellites) |
SetMass <SatObjectPath> {DefineOption} <Parameters> |
Set a satellite's mass |
4.1 |
| SetPassNumber (Satellites) |
SetPassNumber <SatObjectPath> <PassNumber> |
Initialize the pass numbering for a satellite |
4.2 |
| SetPathNumber (Satellites) |
SetPathNumber <SatObjectPath> <PathNumber> <RepeatCount> |
Initialize the numbering of the paths within a repeating ground track cycle for a satellite |
4.2 |
| SetPosition (Facility, Place, Target & Area Target) |
SetPosition <ObjectPath> [{Type}] {CoordType} <Parameters> |
Set the position of a facility, place, target or area target |
10 |
| SetPosition (Vehicles) |
SetPosition <ObjectPath> {PositionType} {TimeValue} <PositionData> |
Set the position of a vehicle |
10 |
| SetPosition DataReference
|
SetPosition <ObjectPath> DataReference "<TruncObjectPath> <CrdnName>" |
Specify the reference coordinate system for incoming ephemeris data. |
5.0 |
| SetPositionCov
|
SetPositionCov <VehObjectPath> [{PositionType}] {TimeValue} [<PositionData>] {CovarianceType} <CovarianceData> |
Set position, velocity and position covariance data |
10 |
| SetPreferences
|
SetPreferences <ApplicationPath> {Type} {Options} |
Set your STK preferences. |
11.4 |
| SetPropSpecific
|
SetPropSpecific <SatObjectPath> {PropOption} <Parameter>
|
Set propagator specific data for a satellite. |
9.0 |
| SetPropagator File
|
SetPropagator <ObjectPath> File {Propagator} "<FilePath>" [{NoProp | {TimeInterval}}]
|
Define a vehicle (any type) using an external file |
11.5 |
| SetPropagator GreatArc
|
SetPropagator <ObjectPath> GreatArc
|
Set the propagator of a great arc vehicle. |
7.0 |
| SetPropagator MissionModeler
|
SetPropagator <AircraftObjPath> MissionModeler
|
Set the propagator of an aircraft to MissionModeler |
7.0 |
| SetPropagatorDefaults
|
SetPropagatorDefaults <ApplicationPath> {Propagator} {PropOptions}
|
Set default values for SGP4 and GPS propagators. |
9.0 |
| SetResolution
|
SetResolution <SensorObjectPath> {ResolutionOption} <Value> |
Set resolution properties for a sensor |
4.0.2 |
| SetSGP4Prop
|
SetSGP4Prop <SatObjectPath> {Routine} |
Set the routine for an SGP4 propagator |
5.0.3 |
| SetState
|
SetState <VehiclePath> {Method} <Parameters>
|
Set the state of a vehicle using propagator, coordinates or file. |
10 |
| SetState (Missile) |
SetState <MissileObjectPath> {CoordinateType} TwoBody {TimeInterval} <StepSize> {CoordSystem} "<OrbitEpoch>" <CoordTypeParameters> ["<CoordEpoch>"] |
Set the trajectory of a missile using the TwoBody propagator. |
10 |
| SetState 11Parameter
|
SetState <SatObjectPath> 11Parameter <Options> |
Set the orbit state of a satellite from an 11-Parameter file. |
11.5 |
| SetState Cartesian
|
SetState <VehObjectPath> Cartesian {Propagator} {NoProp | {TimeInterval}} <StepSize> {CoordSystem} "<OrbitEpoch>" <X> <Y> <Z> <vX> <vY> <vZ> ["<CoordEpoch>"] |
Set the state of a satellite or missile using Cartesian coordinates |
10.1 |
| SetState Classical
|
SetState <VehObjectPath> Classical {Propagator} {NoProp | {TimeInterval}} <StepSize> {CoordSystem} "<OrbitEpoch>" <SemiMajorAxis> <Eccentricity> <Inclination> <ArgOfPerigee> <RAAN> <MeanAnom> ["<CoordEpoch>"] |
Set the orbit state of a satellite or missile using classical coordinates |
10.1 |
| SetState Equi
|
SetState <VehObjectPath> Equi {Propagator} {NoProp | {TimeInterval}} <StepSize> {CoordSystem} "<OrbitEpoch>" <SemimajorAxis> <h> <k> <p> <q> <MeanLon> {Retrograde | Posigrade} ["<CoordEpoch>"] |
Set the orbit state of a satellite or missile using equinoctial coordinates |
10.1 |
| SetState FromFile
|
SetState <VehObjectPath> FromFile "<FilePath>" [{Options}] |
Set the path of a vehicle from an external ephemeris file |
11.5 |
| SetState GPS
|
SetState <SatObjectPath> GPS <PRN> [{SetStateOption} <Value> ...] |
Set the orbit state of a satellite from a GPS file. |
11.5 |
| SetState MixedSpherical
|
SetState <VehObjectPath> MixedSpherical {Propagator} {NoProp | {TimeInterval}} <StepSize> {CoordSystem} "<OrbitEpoch>" <Longitude> <GeodeticLatitude> <Altitude> <HorizontalFlightPathAngle> <FlightPathAzimuth> <Velocity> ["<CoordEpoch>"] |
Set the orbit state of a satellite or missile using mixed spherical coordinates |
10.1 |
| SetState SGP4 (Satellites) |
SetState <SatObjectPath> SGP4 {NoProp | {TimeInterval}} <StepSize> <SSCNumber>
TLESource {Automatic | DefineElements} [<Parameters>]
|
Set the orbit state of a satellite and propagate an SGP4 orbit |
11.5 |
| SetState SP3
|
SetState <SatObjectPath> SP3 <Options> |
Set the orbit state of a satellite from an SP3 file. |
11.5 |
| SetState SPICE
|
SetState <SatObjectPath> SPICE <Options> |
Set the orbit state of a satellite from an SPICE file. |
11.5 |
| SetState SimpleAscent (Launch Vehicle) |
SetState <LVObjectPath> SimpleAscent {StartTime} [{StopTime}] <StepSize> {Geodetic | Geocentric} <LaunchLat> <LaunchLon> {<LaunchAlt> | <LaunchRadius>} <BurnoutVelocity> <BurnoutLat> <BurnoutLon> {<BurnoutAlt> | <BurnoutRadius>} [NoProp] |
Set the trajectory of a launch vehicle |
10.1 |
| SetState Spherical
|
SetState <VehObjectPath> Spherical {Propagator} {NoProp | {TimeInterval}} <StepSize> {CoordSystem} "<OrbitEpoch>" <RightAscension> <Declination> <Radius> <HorizontalFlightPathAngle> <FlightPathAzimuth> <Velocity> ["<CoordEpoch>"] |
Set the orbit state of a satellite or missile using spherical coordinates |
10.1 |
| SetState TLE (Satellites) |
SetState <SatObjectPath> TLE "<TLECard1>" "<TLECard2>" [{Options}] |
Set the orbit state of a satellite using a two-line element set. |
10.1 |
| SetStateIgnoreCB
|
SetStateIgnoreCB <SatObjectPath> {ElementSetType} {Parameters} |
Set the orbit state of a vehicle, ignoring propagation intersections with the central body. |
11.1.1 |
| SetSwath
|
SetSwath <SensorObjectPath> {Options} |
Set the properties of a Sensor Swath. |
10 |
| SetTerrainNormal
|
SetTerrainNormal <ObjectPath> {SurfaceNormal | Manual {Option} <Parameters>} |
Set the direction perpendicular to the local terrain for a facility, place or target. |
10 |
| ShowBrowser
|
ShowBrowser <ApplicationPath> |
Show the Object Browser in STK. |
9.0 |
| ShowNames
|
ShowNames <ScenarioPath> [SubObjects [<ParentPath>]] [Class <ClassName>] |
Identify the subobjects of an object or all objects of a certain type |
10.1 |
| SoftVTR2D
|
SoftVTR2D <ScenarioPath> {SoftVTROption} <Value> [{SoftVTROption} <Value>...] |
Control soft video tape recording features for a 2D Graphics window (Deprecated Command) |
11.5 |
| SoftVTR2D_R
|
SoftVTR2D_R <ScenarioPath> {Options} |
Return information about Soft VTR settings (Deprecated Command) |
11.5 |
| SoftVTR3D
|
SoftVTR3D <ScenarioPath> {SoftVTROptions} |
Control soft video tape recording features for a 3D window (Deprecated Command) |
11.5 |
| SpatialTool
|
SpatialTool <ScenarioPath> {Options} |
Define volumes and elements used in constructing them, including templates. |
11.5 |
| SpatialTool Spatial Calculation
|
SpatialTool <ScenarioPath> <ParentObject> {Action} {Spatial Calculation | Spatial CalculationTemplate} <Spatial CalculationName> [{Spatial CalculationType} <Spatial CalculationTypeParams>] |
Define and modify Spatial Calculation components and templates. |
11.5 |
| SpatialTool Spatial Condition
|
SpatialTool <ScenarioPath> <ParentObject> {Action} {Spatial Condition | Spatial ConditionTemplate} <Spatial ConditionName> [{Spatial ConditionType} <Spatial ConditionTypeParams>] |
Define and modify Spatial Condition components and templates. |
11.2 |
| SpatialTool Volume Grid
|
SpatialTool <ScenarioPath> <ParentObject> {Action} {Volume Grid | Volume GridTemplate} <Volume GridName> [{Volume GridType} <Volume GridTypeParams>] |
Define and modify Volume Grid components and templates. |
11 |
| SpatialTool_R
|
SpatialTool_R <ScenarioPath> {Option} [<Parameters>] |
Return information about Spatial components. |
11 |
| SpatialTool_RM
|
SpatialTool_RM <ScenarioPath> {Option} [<Parameters>] |
Return information about SpatialTool components. |
11 |
| Spice
|
Spice <ScenarioPath> {Action} [<Parameters>] |
Loads, removes, or reorders Spice ephemeris files. |
12.4 |
| Spice_RM
|
Spice_RM <ScenarioPath> {FileList, BodyList, BodySegments, FileSegments} <Parameters> |
Returns information about Spice files. |
12.4 |
| StarData_RM
|
StarData_RM <ScenarioPath> |
Return data about stars |
9.2.1 |
| StopWatch
|
StopWatch <ApplicationPath> {Start | Reset}
|
Start or reset a counter to time commands |
4.0.5 |
| StopWatchGet
|
StopWatchGet <ApplicationPath> {Stop | Split} [{TimeUnits}] |
Stop the StopWatch counter and return the time or return split times without stopping the counter |
4.0.5 |
| SubObjUnload
|
SubObjUnload <ObjectPath> |
Unload all subobjects of a scenario or object |
4.0 |
| Surveillance
|
Surveillance <ObjectPath> {SurveillanceOptions} <Parameters> |
Set surveillance properties for an object |
10 |
| Swath (Vehicles) |
Swath <ObjectPath> {Type} <Value> [{DisplayOption}] |
Calculate and display a vehicle's swath |
8.1 |
| Swath RemoveAll (Sensor) |
Swath <SensorObjectPath> RemoveAll |
Remove the display of all sensor swath |
4.2.1 |
| Command |
Format |
Description |
Version |
| TE_AdditionalData
|
TE_AdditionalData <ScenarioPath> Add File "<FileName>" Ownship "<OwnshipName>"
TE_AdditionalData <ScenarioPath> Delete SourcePath "<FilePath>"
|
Import Additional Data |
11.7 |
| TE_AnalysisObject
|
TE_AnalysisObject <ScenarioPath> Add {<Parameters>}
TE_AnalysisObject <ScenarioPath> Delete Ownship "<OwnshipName>" SourcePath "<FilePath>"
|
Import an Ownship data file. |
12 |
| TE_AssociatedObject
|
TE_AssociatedObject <ScenarioPath> Add {<Parameters>}
TE_AssociatedObject <ScenarioPath> Delete|Reload Ownship "<OwnshipName>" SourcePath "<FilePath>"
|
Import an Associated Object data file for a known ownship |
12 |
| TE_Atc
|
TE_Atc "<ObjectPath>" {Add | Delete | Modify | Promote} Name "<Name>" AnalysisObject "<Name>" "<Parameters>" |
Imports Air Traffic Control (ATC) data into TETK. You can Add, Modify, and Delete this data. Individual tracks can use Delete and Promote. |
TETK 2.3.1 |
| TE_CalcScalar
|
TE_CalcScalar {Add | Delete} AnalysisObject "<Name>" DataElement "<name>" |
Promotes a piece of TETK data to an STK calc scalar. |
12.4 |
| TE_Contours
|
TE_Contours <ObjectPath> {Add | Modify} Name "<Name>" AnalysisObject "<Name>" [Time Constraint "<Value>"] {Offset OffsetHoriz | OffsetX OffsetY OffsetZ OffsetFrame}[LineWidth "<Value>"]{Intervals | Levels} <Parameters> {Show "<On | Off>"} |
Create a contour to color the data. |
12.2 |
| TE_DataDisplay
|
TE_DataDisplay <ObjectPath> {Add | Modify} Name "<Name>" AnalysisObject "<Name>" {Interval | Numeric} <Parameters> {Show "<On | Off>"} |
Add a display which shows data changing over time. |
12.2 |
| TE_DirectMops
|
TE_DirectMops <objectPath> {Add, Delete, Modify, Save, Execute} Name <value> AnalysisObject <value> {parameters} |
Generate, Delete and Execute a DirectMops workflow for T&E Tool Kit. |
11.7.1 |
| TE_Graph
|
TE_Graph <ObjectPath> {Add | Save | Delete | Modify | Refresh} Name "<Name>" AnalysisObject "<Name>" {GraphXY | Multigraph | ColorLine | BoxWhiskerVert | BoxWhiskerHoriz | Histogram} <Parameters> {Stat} <Parameters> {Show "<On | Off>"} |
Create, modify, or remove a graph. |
12.2 |
| TE_LinkLine
|
TE_LinkLine <ObjectPath> Add | Modify Name "<Name>" AnalysisObject "<Name>" <Parameters> |
Create a link line in T&E. |
11.7.1 |
| TE_Mapping
|
TE_Mapping <ObjectPath> Import File "<FilePath>" |
Load a *.tedm file into T&E. |
11.6 |
| TE_QuickLooks
|
TE_QuickLooks <ScenarioPath> {Create | Set | Graph | GraphMulti | GraphXY | LinkLine | Vector | Angle | Plane} <Parameters> |
Generate and modify graphics for QuickLooks |
12 |
| TE_ScrollingDataDisplay
|
TE_ScrollingDataDisplay <ObjectPath> {Add | Delete | Set} <Name> AnalysisObject <Name> |
Add or delete a Scrolling Data Display log and set the scenario animation time value. |
12.5 |
| TE_SegmentDefinition
|
TE_SegmentDefinition <ScenarioPath> {Add | Import} <Parameters> |
Create a time segment definition. |
11.5 |
| TE_SensorQuickLooks
|
TE_SensorQuickLooks <ScenarioPath> {Action} From <SensorName> To <TargetName> {Options} |
Create, graph or delete a sensor quick look pairing. |
11.6 |
| TE_TimeComponent
|
TE_TimeComponent <ObjectPath> {Type} Name "<Name>" AnalysisObject "<Name>" <Parameters> |
Create one of five types of Time Components. |
11.6 |
| TE_Track
|
TE_Track <ScenarioPath> {Add | Promote | Demote | Point | Label | Filter} <Parameters> |
Add or promote a Track |
12.7 |
| TE_TrackComparison
|
TE_TrackComparison <ScenarioPath> {Add | Export} <Parameters> |
Generate a Track comparison |
11.5 |
| TE_TrackComparisonCalculator_RM
|
TE_TrackComparisonCalculator_RM <ScenarioPath> Name <TrackName> [{Filters}] |
Return information for a Track comparison |
11.3 |
| TE_TrackTraceability_RM
|
TE_TrackTraceability_RM <ScenarioPath> Name "<TrackName>" [ID "<PointID>"] |
Retrieve Track traceability information |
11.3 |
| TE_TrackTruthMatch
|
TE_TrackTruthMatch * {Add | Remove} Name "<Name>" AnalysisObject "<Name>" <Parameters> |
Execute a Track Truth workflow in T&E Tool Kit. |
12.2 |
| TE_TrackTruthMatch_RM
|
TE_TrackTruthMatch_RM * Results Name "<Name>" AnalysisObject "<Name>" |
Retrieve the results of a Track Truth workflow. |
12.2 |
| TE_VDF
|
TE_VDF <ScenarioPath> Save File "<FileName>" [IncludeData] |
Saves or exports the scenario and scenario objects. |
12.7 |
| TE_Vector
|
TE_Vector <ObjectPath> <Add | Modify> Name "<Name>" AnalysisObject "<Name>" Mapping "<Name>" PointPath "<Name>" <Parameters> {Show "<On | Off>"} {ShowLabel "<On | Off>"} {ShowValue "<On | Off>"} |
Generate a vector for T&E. |
12.2 |
| TE_Waypoint
|
TE_Waypoint * Create AnalysisObject <Value> Order <Parameter>
TE_Waypoint * Save AnalysisObject<Value> File <Parameter>
|
Create or Save waypoints for Aviator aircraft in STK. |
11.7 |
| TLEFileOptions
|
TLEFileOptions <SatObjectPath> (AddFile "<FilePath>")...
|
Add TLE files to SGP4 vehicles |
11.5 |
| TLESwitchMethod
|
TLESwitchMethod <SatObjectPath> {Epoch | Midpoint | TCA | Override "<OverrideTime>" | Disable} [<ElSetNumber>]
|
Set the TLE switch method for SGP4 vehicles |
9.0 |
| Terrain
|
Terrain <ScenarioPath> {Action} <Parameters> |
Add or remove terrain data to be used in STK calculations |
12.8 |
| TerrainServer
|
TerrainServer <ApplicationPath> <Parameters> |
Specify a terrain server to be used in STK calculations |
11.7 |
| TerrainServer_RM
|
TerrainServer_RM <ApplicationPath> {Option} |
To get information about the terrain server being used in STK calculations |
11.7 |
| Terrain_RM
|
Terrain_RM <ScenarioPath> TerrainServer {Option} |
Return information about the Terrain Server. |
12.8 |
| TimeTool
|
TimeTool <ScenarioPath> {Options} |
Define components defining instances or intervals of time. |
11.5 |
| TimeTool Collection of Interval Lists
|
TimeTool <ScenarioPath> <ParentObject> {Action} {"Collection of Interval Lists" | "Collection of Interval ListsTemplate"} <ComponentName> [{CollectionOfIntervalListsType} <TypeParams>] |
Define and modify Collection of Interval Lists components and templates. |
10.1 |
| TimeTool Interval
|
TimeTool <ScenarioPath> <ParentObject> {Action} {"Interval" | "IntervalTemplate"} <ComponentName> [{IntervalType} <TypeParams>] |
Define and modify Interval components and templates. |
11.3 |
| TimeTool Interval List
|
TimeTool <ScenarioPath> <ParentObject> {Action} {"Interval List" | "Interval ListTemplate"} <ComponentName> [{IntervalListType} <TypeParams>] |
Define and modify Interval List components and templates. |
11.5 |
| TimeTool Time Array
|
TimeTool <ScenarioPath> <ParentObject> {Action} {"Time Array" | "Time ArrayTemplate"} <ComponentName> [{TimeArrayType} <TypeParams>] |
Define and modify Time Array components and templates. |
11.7.1 |
| TimeTool Time Instant
|
TimeTool <ScenarioPath> <ParentObject> {Action} {"Time Instant" | "Time InstantTemplate"} <ComponentName> [{TimeInstantType} <TypeParams>] |
Define and modify Time Instant components and templates. |
10 |
| TimeTool_R
|
TimeTool_R <ScenarioPath> {Option} [<Parameters>] |
Return information about TimeTool components. |
10 |
| TimeTool_RM
|
TimeTool_RM <ScenarioPath> {Option} [<Parameters>] |
Return information about TimeTool components. |
10.1 |
| TimeVaryingSensor
|
<Option> <SensorObjectPath> TmVarying |
This is the command to create sensor definitions which vary with time. |
11.7 |
| Timeline
|
Timeline <ScenarioPath> {Option} <Parameters> |
Define and manage the Timeline in STK |
10.1 |
| Track
|
Track <MTOObjectPath> {TrackOption} |
Define a track in a Multi-Track Object (MTO). |
11.6 |
| Track2d
|
Track2d <MTOObjectPath> {TrackOption} |
Defines 2D Graphics of tracks for a Multi-Track Object (MTO). |
12.1 |
| Track3d
|
Track3d <MTOObjectPath> {TrackOption} |
Defines 3D Graphics of tracks for a Multi-Track Object (MTO). |
11.6
|
| Transmitter
|
Transmitter <XmObjectPath> {Option} <AttributePath> [<Value>] [<Unit>] |
Set, add and remove properties for a transmitter. |
10 |
| Transmitter_RM
|
Transmitter_RM <ObjectPath> GetValue [<AttributePath>] |
Get information about a transmitter's properties. |
10 |
| Command |
Format |
Description |
Version |
| VO 3DTiles
|
VO <ScenarioPath> 3DTiles {AddTileset | RemoveTileset} {Options} |
Add, remove, or modify a 3DTiles tileset for display in the 3D Graphics window. |
12.8 |
| VO AOULabelSwapDist
|
VO <ObjectPath> AOULabelSwapDist {<Value> | All | ModelLabel | MarkerLabel | Marker | Point} |
Set label swap distance for a vehicle's AOU. |
8.0 |
| VO AccessText
|
VO <ScenarioPath> AccessText {AccTextOption} <Parameters> [WindowID <WinNumber>] |
Define the display of access text in the 3D Graphics window |
6.1 |
| VO AddArticulation
|
VO <ObjectPath> AddArticulation {ArticulateOptions} |
Adds an articulation to the given model. |
10 |
| VO AdvCATAttributes
|
VO <AdvCATObjPath> AdvCATAttributes {DisplayOption} <Value> [{DisplayOption} <Value>...] |
Set 3D graphics for an advanced CAT object |
10 |
| VO Annotation
|
VO <ScenarioPath> Annotation {AnnotationAction} <Parameters> |
Control the display of annotations in the 3D window |
11.6
|
| VO Annotation DataDisplayArea
|
VO <ScenarioPath> Annotation DataDisplayArea {AnnotationOption} |
Set up the data display area on a 3d window. |
6.2 |
| VO Annotation Declutter
|
VO <ScenarioPath> Annotation Declutter {On | Off} |
Declutter text annotations in 3D windows |
9.2.2 |
| VO Annotation Frame
|
VO <ScenarioPath> Annotation Frame {AnnotationOption} <Parameters> |
Display the currently selected viewer reference frame in a 3D window |
6.2 |
| VO Annotation Selection
|
VO <ScenarioPath> Annotation Selection {AnnotationOption} <Parameters> |
Enable display of an object label or information about any point in the 3D Graphics window by double-clicking on it with the mouse.
|
6.2 |
| VO Annotation Time
|
VO <ScenarioPath> Annotation Time {AnnotationOption} <Parameters> |
Display the time in a 3D window |
5.0 |
| VO Annotation ViewerPos
|
VO * Annotation ViewerPos {AnnotationOption} <Parameters> |
Control the display properties of the viewer position annotation |
6.2 |
| VO Area
|
VO <ObjectPath> Area {AreaOption} <Parameters> |
Calculate the area of a model |
10 |
| VO Articulate
|
VO <ObjectPath> Articulate "<StartTime>" <Duration> <ArticName> <TransformationName> <BeginningArticValue> <EndArticValue> |
Articulate the appendages of a 3D model while an animation is in progress |
4.1.1 |
| VO ArticulationFile
|
VO <ObjectPath> ArticulationFile <Options> |
Controls the articulation file used for 3D model articulations. |
11.6 |
| VO AttCovAttributes
|
VO <AttCovObjectPath> AttCovAttributes {Show {On | Off} | {AttCovOptions}} |
Display 3D coverage graphics for an attitude coverage object |
11.1.1 |
| VO AttFOMAttributes
|
VO <AttFOMObjectPath> AttFOMAttributes {Show {On | Off} | {AttFOMOptions}} |
Define 3D graphics for an attitude coverage figure of merit object |
10 |
| VO AttFOMContours
|
VO <AttFOMObjectPath> AttFOMContours {GfxType} {ContourOption} [<Parameters>] |
Display 3D contour graphics for an attitude figure of merit |
10 |
| VO AttFOMLegend
|
VO <AttFOMObjectPath> AttFOMLegend {GfxType} {DisplayOption1} <Value> [{DisplayOption2} <Value> ...] |
Display the Attitude Coverage contours legend. |
6.1 |
| VO AttitudeView
|
VO <ObjectPath> AttitudeView {AttitudeViewOption} <Parameters> |
Define and display an attitude sphere for a vehicle, facility, place, target or sensor. |
10 |
| VO Attributes (Scenario) |
VO <ScenarioPath> Attributes {AttributeOption} <Parameters> [<WinNumber>] |
Set the attributes of a 3D Graphics window |
11.6
|
| VO Attributes (Star) |
VO <StarPath> Attributes {AttributeOption} <Parameters> |
Set the 3D attributes of a Star object |
10.1 |
| VO AzElMask
|
VO <ObjectPath> AzElMask [Type {Altitude | Range}] {DisplayOption} <Value> [{DisplayOption} <Value>...] |
Define the display of an objects azimuth elevation mask in the 3D Graphics window |
8.0 |
| VO AzElMaskTool
|
VO <SensorObjectPath> AzElMaskTool {AzElOption} |
Generate static body masking files (.bmsk), which are used to restrict visibility to a sensor. |
11.6
|
| VO BearingBox
|
VO <ObjectPath> BearingBox {Keyword} <Value> [{Keyword} <Value>...] |
Define a volume, relative to a bearing from the North, around an object.
|
10.1 |
| VO BearingEllipse
|
VO <ObjectPath> BearingEllipse {Keyword} <Value> [{Keyword} <Value>...] |
Define an ellipse, relative to a bearing from the North, around an object.
|
10.1 |
| VO BorderWall
|
VO <ObjectPath> BorderWall {BorderWallOption} <Value> [{BorderWallOption} <Value>...] |
Define the boundary wall of an area target, or the border wall of range rings of a facility, place, target or vehicle. |
10 |
| VO Boresight (Comm) |
VO <ObjectPath> Boresight {On | Off} |
Control the display of boresight graphics in the 3D Graphics window |
11.4 |
| VO Boresight (Sensor) |
VO <SensorObjectPath> Boresight {On | Off} |
Control the display of the sensor boresight |
4.2.1 |
| VO CameraControl
|
VO <ScenarioPath> CameraControl {CameraOptions} |
Set parameters for controlling a camera path.
|
10 |
| VO Celestial
|
VO <ScenarioPath> Celestial {Sun | Moon | Stars} {Options}
|
Define the graphical display of the sun, moon, and celestial sphere in the 3D Graphics window |
11.6
|
| VO CentralBody
|
VO <ScenarioPath> CentralBody <CBName> [<WinNumber>] |
Set the central body displayed in a 3d window. |
6.0 |
| VO Clipping
|
VO <ScenarioPath> Clipping {ClipType} <Distance> <WinNumber> |
Set the clipping planes for the view in the 3D window |
4.1.1 |
| VO Compass
|
VO * Compass ({CompassOption} <value>)... |
Add a 3D Compass. |
9.1 |
| VO Contours
|
VO <ObjectPath> Contours {On | Off} |
Display contour levels in a 3D window for Comm and Radar objects. |
11.4 |
| VO ControlBox
|
VO <VehObjectPath> ControlBox {Keyword} <Value> [{Keyword} <Value>...] |
Define a volume around an object that moves with the object.
|
10 |
| VO CovAttributes
|
VO <ObjectPath> CovAttributes {DisplayOption} <Value> [{DisplayOption} <Value>...] |
Display 3D coverage graphics for a coverage definition object |
11.1.1 |
| VO CovarPointContours
|
VO <VehObjectPath> CovarPointContours {CovarOption} <Parameters> |
Define the display of covariance pointing contours |
10 |
| VO Covariance
|
VO <VehObjectPath> Covariance {CovarOption} <Parameters> |
Set or modify Covariance graphics properties (Deprecated Command) |
11.7
|
| VO CreateMarker
|
VO <ObjectPath> CreateMarker MarkerType {MultiImage | MultiFont} KeyName "<KeyName>"
[{MarkerOptions}] {TypeSpecificOptions} |
Create a textured marker from multiple images or create a marker from multiple fonts. |
8.0 |
| VO Declutter
|
VO <ScenarioPath> Declutter {DeclutterOption} <DeclutterValue> [{DeclutterOption} <DeclutterValue>...] |
Reposition the labels on objects that are close together so they don't obstruct one another. |
7.0 |
| VO DeleteStoredView
|
VO <ScenarioPath> DeleteStoredView "<ViewName>" [<WinNumber>]
|
Delete the specified stored view from the selected 3D window. |
6.2 |
| VO DestroyMarker
|
VO <ObjectPath> DestroyMarker MarkerType {MultiImage | MultiFont} KeyName <KeyName> |
Delete a textured marker or multi-font marker created using the VO CreateMarker command. |
6.1 |
| VO DisableViewErrMsgs
|
VO <ScenarioPath> DisableViewErrMsgs {Yes | No} |
Turn on or off the 3D Graphics View error messages. |
11.3 |
| VO DrawRouteOnSurface
|
VO <ObjectPath> DrawRouteOnSurface {On | Off} |
Set how the route is drawn for a ground vehicle or a ship. |
9.2 |
| VO DynDataText
|
VO <ObjectPath> DynDataText {DynDataTextOption} <Parameters> [{DisplayOption} <Value>] [WindowID <WinNumber>] |
Control the display of dynamic data text reports in the 3D window |
11.7
|
| VO EarthShapeModel
|
VO <ScenarioPath> EarthShapeModel {WGS84 | MSL} |
Show the globe in VO as the MSL surface or WGS84. |
7.0 |
| VO ElevContours
|
VO <ObjectPath> ElevContours {Options} |
Display elevation angle contour levels, for vehicles, in a 3D window |
6.2 |
| VO Ellipsoid
|
VO <VehObjectPath> Ellipsoid {Keyword} <Value> [{Keyword} <Value>...] |
Define an ellipsoid around an object that moves with the object.
|
10 |
| VO EphemDropLines
|
VO <VehObjectPath> EphemDropLines Type {WGS84 | Terrain | MSL} {DropLineOption} <Value> [{DropLineOption} <Value>...] |
Display Vehicle ephemeris drop lines. |
8.0 |
| VO FOMAttributes
|
VO <ObjectPath> FOMAttributes {DisplayOption} <Value> [{DisplayOption} <Value>...] |
Display 3D coverage graphics for a figure of merit object |
10 |
| VO Fill
|
VO <ObjectPath> Fill {On | Off} |
Set the fill option to be used on an area target or a sensor |
6.1 |
| VO FillGranularity
|
VO <ObjectPath> FillGranularity <Value> |
Set the granularity to be used when filling an area target. |
7.1 |
| VO FillTranslucency
|
VO <SensorObjectPath> FillTranslucency <TranslucencyValue> |
Set the translucency of a sensor's pattern as displayed on the central body in the 3D Graphics window. |
6.1 |
| VO Fonts
|
VO <ScenarioPath> Fonts [{Small | Medium | Large}] {FontOptions} |
Set the font styles to be used on the 3D Graphics window |
9.1 |
| VO Globe
|
VO <ScenarioPath> Globe {GlobeOption} <Value> |
Control the appearance of the central body in a 3D Graphics window |
11.2 |
| VO GlobeDetails
|
VO <ScenarioPath> GlobeDetails {DetailOption} <DetailParams> [WindowID <WinNumber>]
|
Add details to the globe in the VO window |
6.2 |
| VO Grids
|
VO <ScenarioPath> Grids {GridType} {DisplayOption} <Value> |
Control the display of celestial and space grids in the 3D window |
6.0 |
| VO GroundMarker (Vehicles) |
VO <ObjectPath> GroundMarker {MarkerOption} <Parameters> |
Define the display of markers representing vehicles in the 3D window |
6.0 |
| VO ImageSetDef
|
VO <ScenarioPath> ImageSetDef {Action} {ImageSetOptions} |
Define an image set. |
10 |
| VO InitializeSolarPanelsToSun
|
VO <ObjectPath> InitializeSolarPanelsToSun Enable {Yes | No}
|
Change the default setting for solar panel pointing. |
6.2 |
| VO KML
|
VO <ScenarioPath> KML {KMLOption} <Parameters> [WindowID <WinNumber>] |
Manipulate KML files in the 3D Window. |
9.2 |
| VO LabelLOD
|
VO <ObjectPath> LabelLOD {LODOption} <Value> [{LODOption} <Value>...] |
Define the level of detail for displaying an area or line target label |
6.0 |
| VO LabelOffsetInPixels
|
VO <ObjectPath> LabelOffsetInPixels {On | Off} |
Offset an object label in pixel coordinates |
5.0.4 |
| VO LabelXYZ
|
VO <ObjectPath> LabelXYZ <XValue> <YValue> <ZValue> |
Specify the position of an object label offset |
5.0.4 |
| VO LevelOfDetail
|
VO <ScenarioPath> LevelOfDetail {Terrain | GlobeTexture} {Increase | Decrease} [WindowID <WinNumber>] |
Control the level of terrain and globe texture detail in the 3D graphics window. |
8.0 |
| VO LightSource
|
VO <ScenarioPath> LightSource {Add | Delete | Modify | DeleteAll} [{LightOption} <Parameter>]...
|
Add a new light source |
9.0 |
| VO Lighting
|
VO <ScenarioPath> Lighting {LightOption} [<Parameter>]
|
Control the lighting level in a 3D window |
11.7 |
| VO LineOfBearing
|
VO <ObjectPath> LineOfBearing {Keyword} <Value> [{Keyword} <Value>...] |
Define an Line of Bearing which is drawn from an origin in the direction of a bearing.
|
10.1 |
| VO LineWall
|
VO <LTObjectPath> LineWall {LineWallOption} <Value> [{LineWallOption} <Value>...] |
Define the wall of a line target |
8.0 |
| VO MTOAttributes
|
VO <MTOObjectPath> MTOAttributes {VOOptions} |
Defines global 3D Graphics attributes for a Multi-Track Object (MTO). |
7.0 |
| VO Marker
|
VO <ObjectPath> Marker ({MarkerOption} <value>)... |
Define the display of markers representing objects in the 3D window |
11.6
|
| VO Model
|
VO <ObjectPath> Model {Option1} <Value1> [{Option2} <Value2>]... |
Assign a model to a facility, place, target or vehicle (any type) |
12.1 |
| VO ModelDetail
|
VO <ObjectPath> ModelDetail {On | Off | Set} [{LevelOption} <value>]... |
Assign a level of detail to a model |
6.1.2 |
| VO ModelList
|
VO <ObjectPath> ModelList {ModelOption} [<Parameters>] |
Set up a model list to be used during animation |
11.6
|
| VO ModelOffset
|
VO <ObjectPath> ModelOffset {OffsetOption} {On | Off} [<X> <Y> <Z>] |
Assign a position offset to a model |
4.2 |
| VO ModelPointing
|
VO <ObjectPath> ModelPointing "<AttachPoint>" {ModelPointOption} <Value> |
Point parts of a model representing a facility, place, target or vehicle toward another object |
11.6
|
| VO NewWaypointAttributes
|
VO <VehObjectPath> NewWaypointAttributes ({GfxOption} <Parameter>)... |
Set the 3D Graphics properties for new waypoints and external ephemeris points. |
5.0.4 |
| VO ObjectLine
|
VO <ScenarioPath> ObjectLine {Action} {FromObj <TruncObjectPath1>} {ToObj <TruncObjectPath2>} [{LineOptions}] |
Display lines connecting objects in the 3D Graphics window |
11.6
|
| VO ObjectLineAttachPt
|
VO <ObjectPath> ObjectLineAttachPt {Options} |
Set ObjectLine attach points. |
7.1 |
| VO ObjectStateInWin
|
VO <ScenarioPath> ObjectStateInWin {Options} |
Control the display of object graphics in the 3D window. |
7.0 |
| VO Obscuration
|
VO <SensorObjectPath> Obscuration {ObscurationOption} <Parameters> |
Set sensor obscuration parameters and compute sensor obscuration |
10.1 |
| VO OpenGLInitParms
|
VO <ApplicationPath> OpenGLInitParms {Options} <Parameters> |
Provide support for advanced 3D viewing options |
11.5 |
| VO OrbitSystem
|
VO <VehObjectPath> OrbitSystem {Action} {Options} |
Set the frame of reference for a vehicle's orbit or trajectory. |
11.1 |
| VO Overlay
|
VO <ScenarioPath> Overlay {Action} "<FilePath>" [{OverlayOption} <Value>] |
Control the display and placement of overlay images in a 3D window. |
11.6
|
| VO Pass3D
|
VO <ObjectPath> Pass3D {LeadTrailOption} <Parameters> |
Set leading and trailing graphics in a 3D window for all types of vehicles |
9.0 |
| VO PersistPartialCBIntersectProjLines
|
VO <SensorObjectPath> PersistPartialCBIntersectProjLines {On | Off} |
Control the display of the persistance of lines intersecting a central body. |
9.1 |
| VO PersistSpaceProjLines
|
VO <SensorObjectPath> PersistSpaceProjLines {On | Off} |
Control the display of the persistance of projected lines. |
9.1 |
| VO PixelAspectRatio
|
VO <ScenarioPath> PixelAspectRatio Value <Value> [WindowID <WinNumber>]
|
Use to control the pixel aspect ratio while recording frames.
|
6.1 |
| VO Point
|
VO <ObjectPath> Point {PointOptions} |
Set Point attributes for Vehicles and Facilities. |
6.1.2 |
| VO PosDropLine
|
VO <VehObjectPath> PosDropLine Type {WGS84 | Terrain | MSL} {DropLineOption} <Value> [{DropLineOption} <Value>...] |
Display Vehicle position drop lines. |
8.0 |
| VO Position Covariance
|
VO <VehObjectPath> PositionCovariance {CovarOption} <Parameters> |
Set or modify Position Covariance graphics properties |
11.7 |
| VO Primitive
|
VO <ScenarioPath> Primitive {Add | Modify | Delete | Import | Export} {PrimitiveID} [Type {PrimitiveType}] ({PrimitiveOption} <Value>)... |
Defines and modifies programmable graphics primitives. |
12.1 |
| VO Projection
|
VO <ObjectPath> Projection {ProjectionOption} |
Control the projection of a sensor in the 3D window |
7.1 |
| VO PruneArtic
|
VO <ObjectPath> PruneArtic {PruneOption} |
Control the amount of data stored for an articulation (data thinning) |
10 |
| VO Pulse
|
VO <SensorObjectPath> Pulse {PulseOption1} <Value1> [{PulseOption2} <Value2>...] |
Set or modify Sensor Pulse graphics properties |
8.1 |
| VO RadarCrossSection
|
VO <ObjectPath> RadarCrossSection {Option} <Parameters> |
Set the display of Radar Cross Section (RCS) contour lines and volumes. |
11.7 |
| VO RadialLines
|
VO <SensorObjectPath> RadialLines {On | Off} |
Turn on or off the radial lines on a sensor dome |
4.1.1 |
| VO RangeContours
|
VO <ObjectPath> RangeContours {AddMethod} <Parameters> |
Display ground range contours in the 3D Graphics window |
8.0 |
| VO RefreshArticState
|
VO <ObjectPath> RefreshArticState |
Refresh the articulation state for facilities, places, targets and vehicles (any type) |
10.1 |
| VO ReloadArticFile
|
VO <ObjectPath> ReloadArticFile |
Reload an external articulation file for facilities, places, targets and vehicles (any type) |
10 |
| VO SaveArticStateAsDef
|
VO <ObjectPath> SaveArticStateAsDef {On | Off} |
Specify whether to save articulation values as default. |
10 |
| VO SaveStoredView
|
VO <ScenarioPath> SaveStoredView "<ViewName>" [<WinNumber>]
|
Save the current view in the selected 3D window |
6.2 |
| VO ScaleLog
|
VO <ObjectPath> ScaleLog <Value> |
Set the scale of the object's model as displayed in the 3D window |
4.1.1 |
| VO ScaleMarkersByDistVals
|
VO <MTOObjectPath> ScaleMarkersByDistVals {(<Distance> <ScaleVal>) (<Distance> <ScaleVal>)...} |
Set the distance and scale values for dynamic sizing of MTO markers. |
11.1 |
| VO ScaleModel
|
VO <ObjectPath> ScaleModel <ScaleFactor> |
Set the absolute scale factor for a facility, place, target or vehicle (any type) as displayed in a 3D window |
10 |
| VO SetDefaultCameraPos
|
VO <ScenarioPath> SetDefaultCameraPos <ObjectClass> <Azimuth> <Elevation> |
Specify customized camera positions to be used when zooming.
|
10 |
| VO SetModelColorToObjColor
|
VO <ObjectPath> SetModelColorToObjColor {On | Off} |
Specify whether a 3D model should track the color of the object. |
10 |
| VO SetVectorGeometry
|
VO <ObjectPath> SetVectorGeometry {Option} <Parameters> [WindowID <WinNumber>] |
Define the display of geometric components in the 3D Graphics window |
12 |
| VO SnapFrame
|
VO <ScenarioPath> SnapFrame {SnapOption} [<Parameters>] [WindowID <WinNumber>] |
Take a picture of the current 3D window and save it |
11.4 |
| VO SolarPanel
|
VO <ObjectPath> SolarPanel {CommandOption} |
To model the exposure of solar panels over a given time interval |
10 |
| VO SpaceProjection
|
VO <SensorObjectPath> SpaceProjection {Options} |
Set a Sensor's space projection distance. |
8.1 |
| VO StopAtMinAlt
|
VO <ScenarioPath> StopAtMinAlt {On | Off} [MinimumAltitude <MinAlt>] [WindowID <WinNumber>]
|
Define how the central body will be treated when it obstructs the path of the viewer while zooming or rotating with the View Pilot Tool. |
6.1 |
| VO StopAtObject
|
VO <ScenarioPath> StopAtObject {On | Off} [<WinNumber>] |
Define how objects will be treated when they obstruct the path of the viewer while zooming |
5.0 |
| VO SurfaceLines
|
VO <ScenarioPath> SurfaceLines {LineOptions} |
Set lines in a 3D Grapphics window to be drawn on terrain. |
11.0 |
| VO System
|
VO <MTOObjectPath> System {"<System>" | "None"} |
Define a system in which to display the Multi-Track Object (MTO). |
11.1 |
| VO TerrainAndImagery
|
VO <ScenarioPath> TerrainAndImagery {Options} <Parameters> |
Manipulate VO terrain and imagery. |
12 |
| VO TgtExtensionDist
|
VO <SensorObjectPath> TgtExtensionDist {Options} |
Set a Sensor's targeting distance. |
8.1 |
| VO TickMarks
|
VO <ObjectPath> TickMarks ({TickOption} <Parameters>)... |
Define the display of tick marks in a 3D window. |
9.0 |
| VO Translucency
|
VO <ObjectPath> Translucency <TranslucencyValue> |
Set the translucency of a sensor projection or an area target's fill color as displayed in the 3D window. |
4.1.1 |
| VO TranslucentLines
|
VO <SensorObjectPath> TranslucentLines {On | Off} |
Control the display of the translucent lines on a sensor dome in the 3D window. |
4.1.1 |
| VO UseLabelOffset
|
VO <ObjectPath> UseLabelOffset {On | Off} |
Enable the ability to offset the position of an object label |
5.0.4 |
| VO UseScaleMarkersByDist
|
VO <MTOObjectPath> UseScaleMarkersByDist {On | Off} |
Enable or disable dynamic sizing for MTO markers. |
11.1 |
| VO UseSmoothTransition
|
VO <ScenarioPath> UseSmoothTransition {On | Off} |
Enable or disable smooth transitions between stored views |
10 |
| VO UseStoredView
|
VO <ScenarioPath> UseStoredView "<ViewName>" [<WinNumber>] |
Set the current view in a 3D window to a previously stored view |
4.1.1 |
| VO UseStoredViewImageSets
|
VO <ScenarioPath> UseStoredViewImageSets {On | Off} |
Enable or disable option for stored views to use image set states. |
10 |
| VO UseStoredViewTime
|
VO <ScenarioPath> UseStoredViewTime {On | Off} |
Use or ignore the stored time when displaying a stored view |
4.1.1 |
| VO VPF
|
VO <ScenarioPath> VPF {Add | Modify | Delete} {VPFIdentification} ({VPFOption} <Value>)... |
Load and display Vector Product Format data in the 3D window. |
6.1.2 |
| VO VaporTrail
|
VO <ObjectPath> VaporTrail {Keyword} <Value> [{Keyword} <Value>...] |
Define a vapor trail to be displayed around a vehicle, facility, place or target.
|
11.6
|
| VO Velocity Covariance
|
VO <VehObjectPath> VelocityCovariance {CovarOption} <Parameters> |
Set or modify Velocity Covariance graphics properties |
11.7 |
| VO VertexOffset
|
VO <SensorObjectPath> VertexOffset {VertexOption} [<Parameters>] |
To offset the projection of a sensor as displayed in the 3D window |
4.1.1 |
| VO View
|
VO <ScenarioPath> View {Options} |
Set parameters for the view in a 3D window |
11 |
| VO ViewAlongDirection
|
VO <ScenarioPath> ViewAlongDirection {From | To} "<ObjectSpec>" Direction "<DirSpec>" [WindowID <WinNumber>] |
Create a view along a Vector. |
9.2 |
| VO ViewFromTo
|
VO <ScenarioPath> ViewFromTo {ViewOptions} <Parameters> |
Set parameters for the view in a 3D window (simplified form). |
9.2 |
| VO ViewPath
|
VO <ScenarioPath> ViewPath "<ViewPathName>" {ViewPathOption} [{State}] <WinNumber> |
Set the display characteristics of a view path |
6.2 |
| VO ViewerPosition
|
VO <ScenarioPath> ViewerPosition <Declination> <RightAscension> <Range> [<WinNumber>] |
Control the viewer position. |
6.1 |
| VO Volumes
|
VO <ObjectPath> Volumes {VolumeOption} [<Parameter>] |
Display antenna patterns in the 3D Graphics window |
11.4 |
| VO VolumetricGfx
|
VO <VolumetricPath> VolumetricGfx {{GfxOptions} | {Legend Options}} |
Define the 3d graphics properties of a volumetric object. |
11 |
| VO WaypointAttributes
|
VO <VehObjectPath> WaypointAttributes {WaypointOptions} ({GfxOption} <Parameter>)... |
Set the 3D Graphics properties for existing waypoints and external ephemeris points. |
11.6 |
| VO WindowState
|
VO <ObjectPath> WindowState {Options} |
Control the display of object graphics in the 3D window. |
10 |
| VO_R 3DView
|
VO_R <ScenarioPath> 3DView [<WinNumber>] |
Return information about the current view |
9.2 |
| VO_R 3DViewCmd
|
VO_R <ScenarioPath> 3DViewCmd [<WinNumber>] |
Return a connect command that can be used to recreate the current view |
9.2 |
| VO_R AvailableVrDevices
|
VO_R <ScenarioPath> AvailableVrDevices |
Returns list of available VR devices. |
11.3 |
| VO_R CameraControl
|
VO_R <ScenarioPath> CameraControl {CameraOptions} |
Return information about camera paths in a scenario.
|
9.2.1 |
| VO_R GetReferenceFrame
|
VO_R <ScenarioPath> GetReferenceFrame [<WinNumber>] |
Return the reference frame for the selected 3D window. |
9.2.1 |
| VO_R GetTracks
|
VO_R <MTOObjectPath> GetTracks [ModelExists {On | Off}] [ModelShowing {On | Off}] |
Reports information about track models for a Multi-Track Object (MTO). |
6.1 |
| VO_R MapID
|
VO_R <ScenarioPath> MapID [{Type} | Count [{Type}]] |
Return information about the open 3D windows. |
10.1 |
| VO_R Overlays
|
VO_R <ScenarioPath> Overlays [<WinNumber>] |
Return list of overlays for the current view |
9.0 |
| VO_R Primitive
|
VO_R <ScenarioPath> Primitive Add ID Auto Type {PrimitiveType} ({PrimitiveOption} <Value>)... |
Create a Primitive and return the ID of that primitive. |
8.0 |
| VO_R RecordMovie3D
|
VO <ScenarioPath> RecordMovie3D {Options} |
Return information about movie recording settings. |
11.5 |
| VO_R SoftVTR3D
|
VO <ScenarioPath> SoftVTR3D {Options} |
Return information about Soft VTR settings (Deprecated Command) |
11.5 |
| VO_R StoredViewNames
|
VO_R <ScenarioPath> StoredViewNames [<WinNumber> | All] |
Returns the names of any stored views |
9.0 |
| VO_R ViewPoint
|
VO_R <ScenarioPath> ViewPoint [<WinNumber>] |
Return the coordinates of the current view in a given 3D window |
4.1.1 |
| VO_R VisualTerrainCurrentServer
|
VO_R <ScenarioPath> VisualTerrainCurrentServer |
Returns current visual terrain server. (Deprecated Command) |
11 |
| VO_RM Annotation
|
VO_RM <ScenarioPath> Annotation {Option} [WindowID <WinNumber>] |
Return information about text annotations on a 3D window. |
10.1 |
| VO_RM KML
|
VO_RM <ScenarioPath> KML {KMLOption} [{Parameters}] [WindowID <WinNumber>] |
Return information about KML documents in a 3D window |
9.2 |
| VO_RM TerrainAndImagery
|
VO_RM <ScenarioPath> TerrainAndImagery [Visibility] [WindowID <WinNumber>] |
Return the current terrain and imagery in a 3D window |
9.2 |
| VO_RM VisualTerrainServers
|
VO_RM <ScenarioPath> VisualTerrainServers |
Returns list of visual terrain servers (Deprecated Command). |
11 |
| VO_RM VisualTerrainTilesets
|
VO_RM <ScenarioPath> VisualTerrainTilesets [Server <ServerName>] |
Returns list of visual terrain tile sets. (Deprecated Command) |
11 |
| VO_RM VolumetricGfx
|
VO_RM <VolumetricPath> VolumetricGfx {Type} |
Return information about Volumetric object graphics. |
11.2 |
| VectorTool
|
VectorTool <ScenarioPath> {Options} |
Define coordinate systems and elements used in constructing them, including templates. |
11.5 |
| VectorTool Angle
|
VectorTool <ScenarioPath> <ParentObject> {Action} {Angle | AngleTemplate} <AngleName> [{AngleType} <AngleTypeParams>] |
Define and modify Angle geometry components and templates. |
10 |
| VectorTool Axes
|
VectorTool <ScenarioPath> <ParentObject> {Action} {Axes | AxesTemplate} <AxesName> [{AxesType} <AxesTypeParams>] |
Define and modify Axes geometry components and templates. |
11.5 |
| VectorTool Plane
|
VectorTool <ScenarioPath> <ParentObject> {Action} {Plane | PlaneTemplate} <PlaneName> [{PlaneType} <PlaneTypeParams>] |
Define and modify Plane geometry components and templates. |
11.2 |
| VectorTool Point
|
VectorTool <ScenarioPath> <ParentObject> {Action} {Point | PointTemplate} <PointName> [{PointType} <PointTypeParams>] |
Define and modify Point geometry components and templates. |
12.7 |
| VectorTool System
|
VectorTool <ScenarioPath> <ParentObject> {Action} {System | SystemTemplate} <SystemName> [{SystemType} <SystemTypeParams>] |
Define and modify System geometry components and templates. |
10 |
| VectorTool Vector
|
VectorTool <ScenarioPath> <ParentObject> {Action} {Vector | VectorTemplate} <VectorName> [{VectorType} <VectorTypeParams>] |
Define and modify Vector geometry components and templates. |
12.8 |
| VectorTool_R
|
VectorTool_R <ScenarioPath> {Option} [<Parameters>] |
Return information about VectorTool components. |
10.1 |
| VectorTool_RM
|
VectorTool_RM <ScenarioPath> {Option} [<Parameters>] |
Return information about VectorTool components. |
10.1 |
| Visibility_RM
|
Visibility_RM <MTOObjectPath> Object <ObjectPath> {VisOptions} |
Compute visibility to an identified number of MTO tracks from an STK Object. |
11.4 |
| Volumetric
|
Volumetric <VolumetricPath> {Define | Compute | Clear | Reload | Export] [<Parameters>] |
Define the basic properties of a Volumetric object |
11.6
|
| Volumetric_RM
|
Volumetric_RM <VolumetricPath> {Type} |
Return information about a Volumetric object. |
11.2 |