A NASA-developed simulation framework for building applications across all phases of space vehicle development.
Trick is a simulation development framework developed at NASA Johnson Space Center that provides a common set of simulation capabilities and utilities. It enables users to build applications for all phases of space vehicle development, from early design to flight software development and training simulations. The framework automates many simulation-specific functions so developers can focus on their domain-specific models.
Space vehicle engineers, simulation developers, flight software engineers, and training system developers working on NASA or aerospace projects. It's particularly valuable for teams building complex simulations for vehicle design, performance evaluation, and hardware-in-the-loop testing.
As a NASA-developed framework, Trick offers proven, battle-tested simulation capabilities specifically designed for aerospace applications. It provides standardized components that accelerate simulation development while ensuring reliability for critical space vehicle systems.
Trick Simulation Environment. Trick provides a common set of simulation capabilities and utilities to build simulations automatically.
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Developed and used by NASA for critical space vehicle simulations, ensuring proven reliability in aerospace applications, as highlighted in its value proposition.
Provides standardized components for automated simulation development, reducing time spent on simulation-specific functions like job ordering and data recording, per the README.
Supports all phases from early design to training, enabling integrated simulations for vehicle development lifecycle, as specified in the key features.
Enables virtual and hardware-in-the-loop training simulations, essential for aerospace testing, as noted in the multi-phase support description.
The domain-specific focus and comprehensive capabilities require significant expertise, especially for users unfamiliar with aerospace simulation frameworks.
The installation guide indicates detailed configuration is needed, which can be time-consuming and challenging on non-standard operating systems.
Being optimized for aerospace, it has a smaller community and fewer third-party integrations compared to general simulation tools like Simulink.