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* Add type, dispersion, min_value, max_value and other relevant internal members of MonteCarloVariable* classes to the output of MonteCarlo_Meta_data_output. Motivation is for users wanting to post-process dispersion parameters used during generation of runs * Protect against invalid memory access when length of values is zero in MonteCarloVariableRandomStringSet::generate_assignment(). Add a new verif sim warning case to cover these new lines * Update new verif data for SIM_mc_generation to support these changes Closes #1574 Co-authored-by: Dan Jordan <daniel.d.jordan@nasa.gov>
The Trick Simulation Environment, developed at the NASA Johnson Space Center, is a powerful simulation development framework that enables users to build applications for all phases of space vehicle development. Trick expedites the creation of simulations for early vehicle design, performance evaluation, flight software development, flight vehicle dynamic load analysis, and virtual/hardware in the loop training. Trick's purpose is to provide a common set of simulation capabilities that allow users to concentrate on their domain specific models, rather than simulation-specific functions like job ordering, input file processing, or data recording.
| Install Guide | Tutorial | Documentation |
|---|---|---|
| Follow the installation guide to properly configure Trick on your operating system. | Complete the tutorial to become familiar with the basics. | Visit the documentation for a more complete understanding of Trick. |
| Related Projects | Frequently Asked Questions | How-To Guides |
|---|---|---|
| View some of the many projects that use Trick. | Read some of the most frequently asked questions pertaining to Trick. | See a collection of how-to guides detailing common Trick processes. |
| Developer Docs |
|---|
| Read detailed documentation for various Trick internals and processes. |
Trick is released under the NASA Open Source Agreement Version 1.3 license.