TE_QuickLooks
Generate and modify graphics for QuickLooks
Syntax
TE_QuickLooks <ScenarioPath> {Create | Set | Graph | GraphMulti | GraphXY | LinkLine | Vector | Angle | Plane} <Parameters>
Related commands
Description
The T&E Tool Kit Plugin must be installed in order to use this command.
The TE_QuickLooks command with the Create option allows a user to generate the QuickLooks, i.e. create the scalars, between the from and to objects.
The TE_QuickLooks command with the Set option allows a user to set the graphics options for a QuickLooks scalar angle or vector.
The following table describes the parameters for Create option.
{Option} | <Parameters> |
---|---|
From "<ObjectNameOrPath>" | STK Object to start scalar definitions. |
To "<ObjectNameOrPath>" | STK Object to end scalar definitions. |
The following table describes the parameters for Set option.
{Option} | <Parameters> |
---|---|
Ownship "<ObjectNameOrPath>" | The name of the Ownship. This parameter is required. |
Name "<Name>" | The name of the scalar. For valid names see the list below. This parameter is required. |
Color "{Color}" | Set the color of the scalar.
Color may be entered using name, value or %rgb. |
Show "{On | Off}" | Turn off or on the display scalar in 3D window. |
ShowLabel "{On | Off}" | Turn off or on the display name of scalar. The default value is Off. |
ShowValue "{On | Off}" | Turn off or on the display value of scalar. The default value is Off. |
StartTime "<DateTime>" | Set the start of when to display scalars. "<DateTime>" is entered in ISO-YD date format. StartTime and StopTime must be entered together. |
StopTime "<DateTime>" | Set the stop of when to display scalar. "<DateTime>" is entered in ISO-YD date format. StartTime and StopTime must be entered together. |
ClearIntervals | Removes all previously set intervals. |
Scalar must have Show set to On in order to change the ShowLabel or ShowValue values.
The following table describes the parameters for Graph, GraphMulti, and LinkLine options.
{Option} | <Parameters> |
---|---|
Ownship "<ObjectNameOrPath>" | The name of the Ownship. This parameter is required. |
Name "<Name>" | The name of the scalar.
For GraphMulti and LinkLine enter the name of the To "<ObjectNameOrPath>". For Graph see list below. This parameter is required. |
Interval "<Value>" | Specify the name of a time constraint. |
Show "{On | Off}" | Turn the display on or off. |
The following list describes the valid Names for Set and Graph options, the name must include the To or From "<ObjectNameOrPath>" where indicated.
- BodyAspectTo<ToName>
- BodyElevationTo<ToName>
- NorthAzimuthTo<ToName>
- NorthElevationTo<ToName>
- AzimuthFrom<FromName>
- ElevationFrom<FromName>
- BodyAspectTo<ToName>180To180
- NorthAzimuthTo<ToName>180To180
- AzimuthFrom<FromName>180To180
The following table describes the parameters for GraphXY.
{Option} | <Parameters> |
---|---|
Ownship "<ObjectNameOrPath>" | The name of the Ownship. This parameter is required. |
Target "<Name>" | Specify the name of the To object. |
Name "<Name>" | The name of the graph component.
Currently, the only supported graph component is BodyAzEl. |
Show "{On | Off}" | Turn the display on or off. |
The following table describes the parameters for Angle, Vector, and Plane options.
{Option} | <Parameters> |
---|---|
Ownship "<ObjectNameOrPath>" | The name of the Ownship. This parameter is required. |
Name "<Name>" | The name of the angle, plane, or vector component.
For Angle valid values are: BodyAzimuth, BodyElevation, NorthAzimuth, NorthElevation For Plane valid values are: BodyXY, NorthXY For Vector valid values are: Range, North, BodyX |
Show {On | Off} | Turn off or on the display scalar in 3D window.
The On or Off value must be in quotes. |
Target "<Name>" | Specify the name of the To object. |
Examples
Return message
Group membership
This command belongs to the following group(s):
You can use TETK Connect commands in TETK scenarios for pre-flight planning, post-flight analysis, and to support analysis workflows.
You should not use TETK Connect commands when real-time propagators are creating STK vehicles and using STK features instantaneously. The use of Connect commands in a real-time application requires more computational power than STK can support.
TETK functionality that is commonly referred to as "real-time" is actually an offline analysis mode. In this mode, an STK/TETK scenario is prepared with data that is streamed to a particular time in a mission. The post-flight analysis can be prepared again on demand throughout the mission for the data for each time of request. You can use TETK Connect commands in these scenarios.
Version
12