Documentation
How to use the DeepUnity tools, what the inputs and results mean, and where the models stop being reliable.
Start here
- Open Strength prediction. The form is filled with a worked example; press Run prediction and read the governing unity.
- Change one input at a time, say the in-plane end expansion at hub 1, and watch where the governing element moves.
- When you have a span and a seabed in mind, use Configuration design to search geometries instead of guessing them.
- Before relying on a number, check your inputs against the training ranges.
Pages
Strength prediction →
Enter one jumper and read per-element unity: the form, the 3D view, the profile chart, exports.
Configuration design →
Search seven-segment geometries for a span and seabed, and read the ranked results.
Inputs and training ranges →
All 32 inputs with units, meaning, and the range the model was trained on.
Results and code checks →
What longitudinal and combined unity mean, the ASME B31.8 basis, and the limits of a surrogate.
API →
Call the prediction and design services from a script.
Release notes →
What changed, version by version.
Also useful
- Papers and articles behind each model, including the ISOPE 2026 paper on the strength and design tools.
- Interactive API explorer generated by the backend.
- Contact for a result that looks wrong; include the CSV or JSON download.