![]() The tool's purpose is to enable you to save any number of objects, with their associated properties and object dependencies, as a “template” such that you can import it into any new scenario. Templates Templates is one of the most powerful tools available in Operator’s Toolbox because of its ability to quickly recreate entire object configurations of any type. See Operator's Toolbox Training or tutorials using some of the tools in typical use cases. ODTK 7.2 or higher is required for use of OD Simulator. To obtain older versions of OT, including versions compatible with STK 11, please contact AGI support. ![]() OT V1.3 is only available for STK 12.0 and higher, and V1.3 is required for STK 12.3 or higher. Please also make sure to read the section regarding known issues, especially blocked DLL issues and GUI graphics issues. AGI recommends reading the documentation prior to use. Unzip this file onto your local drive and then, at a minimum, read through the Getting Started and Setup section of the documentation. ![]() You can read the full overview of the toolbox in the attached documentation.įull installation instructions and feature descriptions are available in the documentation, which is in the attached resource file. This article contains detailed descriptions of each tool. Operator’s Toolbox contains a total of 16 tools to automate various processes, including but not limited to: predictive orbit determination, TLE import and update functionality, improved stored views functionality, automated chain/tracking interval creation, and new custom ground classification types. The tools made available in this plugin are mainly based on customer requests to automate certain processes within STK in an effort to reduce analysis time for real-world scenarios. Using SVGs can add unique value and visual creativity to your STK scenarios, helping you to communicate data more clearly and effectively.Operator’s Toolbox (OT) is an STK UI plugin designed specifically to improve the efficiency of common operational tasks. All these components can be hooked up to existing STK data providers or to external data files that have been loaded through TETK. This could be text values that are changing, bar graphs moving up and down, a needle spinning on a gauge, etc. ![]() In STK, the real benefit comes when data is used to drive the components of an SVG. A significant advantage of this image format is its ability to display dynamic animations by moving or changing certain components. These images can consist of text, lines, plots, geometrical shapes, and graphical images. SVGs are a standard vector-based graphics file type that are commonly used to render two-dimensional images. Support for Scalable Vector Graphics FilesĪnsys 2022 R2 brings some improvements to one of the newer Test and Evaluation Tool Kit (TETK) features to STK: support for scalable vector graphics (SVGs) files. These can be seen in the figure below and are referred to as primary and secondary skywaves. For a one-way path (emitter to target), there will be two skywave dopplers. When performing OTH HF analysis using the VOACAP propagation model, you can now report multiple skywave dopplers. Modeling more than one doppler obtained from multiple paths of propagation enables you to understand the maneuvers of a mobile object. Understanding Asset Movement Using Multiple Dopplers You can use Celestrak to obtain past and predicted values to specify in STK. This release uses the ITU-R P.371 specification to convert between sunspot number and solar flux. Now, you can specify the VOACAP model in terms of the SFI. It represents the amount of noise or flux at a frequency of 2800 MHz. The solar flux index (SFI) is also referred to as the F10.7 index and is measured in solar flux units (SFU). The solar flux is a popular index often used to understand the state of the ionosphere. Now, we’ve added specific solar flux indexing and multiple doppler return modeling and analysis. Previously, we introduced Voice of America Coverage Analysis Program (VOACAP) propagation models to model over-the-horizon (OTH) high-frequency (HF) systems. Enhancing Over-The-Horizon High-Frequency Analysis
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