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SimStudio 0.1.0 · Alpha
Pre-releaseSimStudio 0.1.0 · Alpha
An auditable compiler and Codex Skill for ANSYS Mechanical linear static analysis.
Start with a reviewed specification, inspect the generated script, then explicitly execute and verify.
Explore
In this release
- Deterministic, unit-aware YAML validation and Mechanical script generation. Dry-run remains the default.
- Explicit Windows
mechanical_batchexecution, structured status checks, and saved-process logs. - Mechanical 2026 R1 compatibility fixes for scoping, template synchronization, Unicode, and independent DPF extraction.
- Bilingual documentation, three original Mechanical result images, a static demonstration, and hash-checked public evidence.
What was actually tested
The September 6, 2026 benchmark recorded 9 passing cases across 5 real solves with ANSYS Student
Mechanical 2026 R1 and the explicitly chosen batch backend. Cantilever tip Z displacement was
−0.127583 mm, 2.0664% from the approximately 0.125 mm analytical reference, within the 15%
tolerance. Support Z resultant was approximately 1000 N.
All five runs retain engineering status WARN. Stress-singularity review is pending, and safety
factor, automated visual review, mesh convergence, other Mechanical versions, and remote transport
were not validated. This installation's gRPC handshake failed; batch success does not resolve it.
The package and documentation checks performed at release time are offline and do not repeat the
historical solves.
Choose a download
| Asset | Contents |
|---|---|
SimStudio-0.1.0-source.zip |
Reviewed source, Skill, example, bilingual report, public evidence, and static demo |
text_to_ansys-0.1.0.tar.gz |
Python source distribution with the same project files as the source ZIP |
text_to_ansys-0.1.0-py3-none-any.whl |
Installable CLI only; use the repository or source package for the example and reports |
SHA256SUMS |
SHA-256 checksums of the three release packages |
The base CLI supports Python 3.11–3.13; optional ANSYS clients require Python 3.12–3.13. Mechanical
and a valid license must be provisioned separately for real execution. No ANSYS binaries, raw
solver archives, licensing diagnostics, or private local records are distributed.
Project code: MIT. Images used courtesy of ANSYS, Inc. This is an independent project, not
affiliated with or endorsed by ANSYS. See NOTICE for third-party content.