Creates a scenario that demonstrates an aircraft carrier landing using two Aviator aircraft with custom procedures. All inputs are available for editing, though this is better used as a reference for planning Aviator missions programmatically.
- Licenses: STK Premium Air
- Other Scripts: N/A
- Scenario: N/A
STK Object Model Walkthrough using Python with comtypes. In the incomplete version, the user is meant to write lines where "Action" is requested in a comment. The comtypes interface is no longer the recommended way of interacting with STK via python (see the Python API available in STK 12.1+), but this tutorial is helpful for understanding how the STK object model works. More tutorial content for the STK object model is available in the Level 2 Integration Certification.
- Licenses: STK Pro
- Other Scripts: N/A
- Scenario: N/A
These notebooks walk you through an introduction to STK Astrogator object model. The tutorial builds a LEO to GEO transfer using a combined inclination and apogee raise maneuver at GEO. The walkthrough demonstrates using a target sequence for a Hohmann Transfer. The comtypes interface is no longer the recommended way of interacting with STK via python (see the Python API available in STK 12.1+), but this tutorial is helpful for understanding how the STK Astrogator object model works. More tutorial content for the STK object model is available in the Level 2 Integration Certification.
- Licenses: STK Premium Space
- Other Scripts: N/A
- Scenario: N/A
This notebook gives an example or running Astrogator in single segment mode
- Licenses: STK Premium Space
- Other Scripts: N/A
- Scenario: N/A
Made with Python API available in STK 12.1+
This script is a demo of the STK Python API that creates a complex search and rescue scenario using custom Aviator models and mission procedures. The only user input required is a Cesium Ion access code, but Cesium Ion buildings can be turned off in the variable list at the top of the script. This script should prove a useful tool for learning to use the Python API for creating Aviator and Communications objects. A custom 3D model of a Cessna 206 aircraft is included with this demo.
- Licenses: STK Premium Air
- Other Scripts: N/A
- Scenario: N/A
Performs an end-to-end volumetric coverage analysis with sensors. It will build a scenario with three GEO satellites, a volume grid that covers the GEO belt, and a volumetric object to perform the analysis.
There are two versions of the script, one leveraging comtypes and the other leveraging the Python API available in STK 12.1+.
- Licenses: STK Pro
- Other Scripts: N/A
- Scenario: N/A