Mallowpress · Jam & Flow
Original game code, interface, scenarios and art preparation: Copyright (c) 2026 SkillSafe app contributors. Code licensed MIT; see LICENSE.txt.

ORIGINAL-GAME FALLBACK
No suitable distinct recently maintained browser-native source was found in the inspected GitHub results. Popular recent candidates either overlapped the existing catalog or required servers/hardware/commercial content. This game was written independently in a temporary development directory.

Scientific GitHub reference ONLY:
https://github.com/yg1523/Suspension-Shear-Thickening
Commit 01af6e66d42955aac1722dc8d06e41dfcb98f446
Observed November 8, 2026: 0 stars, MIT license, last commit July 29, 2025.
The repository contains Jupyter analytical/numerical studies, not a maintained browser game. No upstream code, equations implemented verbatim, PDFs, notebooks, models or artwork are bundled or reused. Its MIT license does not apply to the original game by derivation.

Current-topic inspiration:
High-Rate 3D Printing of Shear-Thickening Fluids and Dense Suspensions Via Dynamic Jamming Suppression. Advanced Functional Materials, first published May 31, 2026. https://doi.org/10.1002/adfm.76203
The published abstract describes vibration-assisted suppression of nozzle jamming during extrusion. No paper images or text are reproduced.

Model notes:
This is a fictional dimensionless contact-memory toy, not computational fluid dynamics or a calibrated manufacturing simulator. Contact equilibrium increases sigmoidally with pressure; exponential relaxation carries memory between arcs. Vibration reduces contact equilibrium. Flow is pressure divided by an increasing contact-dependent resistance. Each arc has a 0.6-second purge lead-in and a 1.6-second scored deposition. Scoring measures absolute flow mismatch, averaged over deposition samples. Vibration is budgeted in whole arc passes. The live preview and recipe solver share a fixed 1/60-second update. The printed stroke width corresponds to the actual flow, around an independently generated porcelain inlay.

GPT assets:
One original transparent porcelain-inlay atlas generated using OpenAI's built-in GPT image tool, cropped and optimized locally to moth.webp, pear.webp, mushroom.webp and shell.webp. No remote assets, fonts, analytics, authentication, backend, downloads or popups are required. Completion and recipes are stored only in localStorage on this device.

Metadata tags: github-source, game.