EOIR
Set values for Electro-optical infrared sensing.
Syntax
EOIR <VehPath> {Option} <Parameters>
Related commands
Description
Use the EOIR command to set values for Electro-optical infrared sensing for a vehicle.
This command is valid for Satellite, Aircraft, and Missile only.
The following table describes the valid values for {Option} and associated parameters.
| {Option} <Parameters> | Description |
|---|---|
| Shape ({ShapeOption} [<Parameter>]...) | Set Shape values. The valid values for {ShapeOption} and associated parameters are described in the following tables.
This option is valid for Satellite and Aircraft only. |
| Shape {Add | Modify | Delete} [<Name>] ({ShapeOption} [<Parameter>]...) | Manage shapes for Missiles. The valid values for {ShapeOption} and associated parameters are described in the following tables.
If Modify or Delete is entered then a valid Component name must also be entered. Use the EOIR_R command to get component names. This option is valid for Missile only. |
| Stage ({StageOption} [<Parameter>]...) | Set values for a Missile Stage. The valid values for {StageOption} and associated parameters are described in the following tables.
This option is valid for Missile only. |
| TargetConfig {AddTarget | RemoveTarget} <Value> | Add or remove a target from the EOIR configuration. Valid targets include aircraft, satellites, missiles, places, and facilities. |
The following table describes the valid values for {ShapeOption} and associated parameters.
| {ShapeOption} <Parameter> | Description |
|---|---|
| Type {TypeOption} [<Parameters>] | Define the shape type. The valid values for {TypeOption} and associated parameters are described in the following tables. |
| BodyTemperature <Value> | Define the body temperature. Enter the <Value> in Scenario temperature unit. |
| TemperatureProfile <FilePath> | This is a time-dynamic temperature profile in the EOIR TPF format, defined in STK Help > Capabilities > EOIR > External File Formats > Time Dynamic Temperature Profile. |
| Material <String> | Define the material type that appears on the surface of the entire shape. <String> is case-sensitive, and does not contain any spaces. Valid values for <String> for Aircraft are: Aluminum, BurnishedAluminum, Gold, GrayBody, MixedForestCamouflage, Silver, SoilCamouflage and WaterCamouflage. Valid values for <String> for Missile are: AluminumMLI, BlackThermalControl, BurnishedAluminum, GoldMLI, GrayBody, SilverMLI and WhiteThermalControl. Valid values for <String> for Satellite are: AluminumMLI, BlackThermalControl, BurnishedAluminum, GoldMLI, GrayBody, SilverMLI, SolarPanel and WhiteThermalControl. |
| Reflectance <Value> | Define the reflectance for a shape whose material is GrayBody. The <Value> is a percentage between 0.0 and 100.0.
This option is only valid if Material is GrayBody. |
| SetAtmosphere [<Parameters>], <Value> | Valid MODE parameter values: 0 for off, 1 for simple, 2 for MODTRAN Valid AEROSOL parameter values: 0 for rural, 1 for urban, 2 for maritime, 3 for tropospheric Valid VISIBILITY parameter values in km and can't be negative Valid HUMIDITY parameter values in % between 0 and 100 Valid CLOUDS parameter values: ON and OFF |
| TargetSignatureFile <FilePath> | The file that contains the target signature information in terms of intensity, and optionally, as a function of time, relative angle and wavelength. Valid for PointSourceSignature shape types only. |
| CustomMeshModelFile <FilePath> | The file that contains the 3D model to be used as the shape in .obj format. |
The following table describes the valid values for {TypeOption} and associated parameters to be used with the Shape {Option}. All <Parameter> values are entered in Connect distance units.
The {TypeOption} is case-sensitive, and does not contain any spaces.
| {TypeOption} | Parameters |
|---|---|
| Box | <Height> <Width> <Depth> |
| Cone | <Height> <Radius> |
| Coupler | <Radius1> <Height> <Radius2> |
| Cylinder | <Height> <Radius> |
| Plate | <Width> <Length> |
| CustomMesh | <Max Dimension> |
| Sphere | <Radius> |
| PointSourceSignature | NA |
| GEOComm | NA Valid for Satellite only. GEOComm is based on the Boeing 702 design. |
| LEOComm | NA Valid for Satellite only. LEOComm is based on Iridium or Globalstar. |
| LEOImaging | NA Valid for Satellite only. LEOImaging is based on Ikonos. |
| None | NA |
The following table describes the valid values for {StageOption} and associated parameters for Missile objects.
| {StageOption} <Parameter> | Description |
|---|---|
| Plume {PlumeOptions...} | Set the plume values for a Missile. The valid values for {PlumeOptions} and associated parameters are described in the following tables. |
The following table describes the valid values for {PlumeOption} and associated parameters to be used with the Stage {Option}.
| {PlumeOption} <Parameter> | Description |
|---|---|
| OnTimeDelta <Value> | The <Value> is entered in Connect Time unit and is between 0 seconds and 86,400 seconds. |
| OffTimeDelta <Value> | The <Value> is entered in Connect Time unit and is between 0 seconds and 86,400 seconds. |
| Temperature <Value> | The <Value> is entered in Scenario temperature unit and is between 500 degrees Kelvin and 50,000 degrees Kelvin. |
| RelativeWidth <Value> | The <Value> is entered in a unitless ratio. |
| RelativeLength <Value> | The <Value> is entered in a unitless ratio. |
Examples
To set a variety of Shape options for a Satellite:
To set Stage options for a Missile:
To add a default component to a Missile:
To modify the Component2 component:
To Add a component, and define the Shape Type:
To add a target aircraft:
To remove a target missile:
To set the mode for atmosphere:
To set a custom mesh dimension:
Set the custom mesh file: :
Return message
Group membership
This command belongs to the following group(s):
Version
12