Temporal Assault Constructs. T.A.C

The outrage and negativity from coders towards AI assisted coding especially for games is incredibly revealing. They have a problem with others embracing childlike curiousty and play because they have lost it themselves. AI isn't the problem. Them "growing up" is.

Absolutely. You cannot say as a government that you support free speech if you attempt to implement things that dictators dream of achieving.

Sometimes I see all that I can see. People, faces, dreams, buildings, cars, phones, technologies, intention, hopes, fears, ideas, concepts. For a moment I see so many of the strands connecting it all, and then it's gone, and I never know when I'll see it all again. We all dream

Interferion game version running fully in browser is 80% finished with @grok build. Took around 7 actual working days. Crazy results. Next up AI opponents. Two approaches. Traditional else if scoring system or Monte Carlo/MCTS. Hybrid might work as well. Hype intensifies.

This was a good read. Be coming back to this a few more times in the future.

Day 4 of being locked in with @grok build. Free credits finished, instantly went over to Heavy subscription. Did over 6 months of porting the C# @unity version over to the browser in under 4 days. I still have not written one line of code by hand.

Progress update on the Interferion browser prototype (last ~24 hours): What was done: • Finalized the core 27×20 rectangular hex grid with correct flat-top staggering and coordinate parity to the existing Unity prototype. • Established a single source of truth for coordinates: the q and r values stored in each Hex object are now exactly what gets displayed on labels and used for all data lookups (no more post-generation sign flipping). • Began building the real data layer, modeled after the C# architecture. Introduced a modular system using separate maps (coverMap, etc.) keyed by hex coordinates. • Created src/data/CoverLayouts.js and src/data/BoardLoader.js to handle cover configurations cleanly. • Integrated the first real cover layout data (Complex2Player) from the C# version into the prototype. • Implemented basic layered terrain rendering (base hex smaller cover hex) with live visual tuning controls. • Moved from hardcoded test data to a proper data-driven approach for board setups. What’s next: • Continue populating the remaining 2-player cover layouts (Station, Streets). • Add deployment zone data. • Implement the mirroring system (so we can define raw layouts and mirror them as needed). • Start loading full board configurations based on player count cover type mission. The goal is to keep the JavaScript version modular and close in spirit to the existing C# systems while staying lightweight. (explained by @grok )

Setting up a server at home to run some Hermes Ai-agents with @grok It's incredible that I can just put grok in voice mode and have it walk me through the entire setup. What a time to be alive.

Getting the hang of @getPlasticity to create the modular hexagonal board pieces for Interferion. It's a fantastic piece of software but I'm still going to struggle for a while as I'm so used to a traditional modelling workflow.

Ramen time. Just bought @getPlasticity Time to learn how to do hard surface modelling without the damn triangles. Now I'll be able to accurately create the modular pieces for the battle board.

I need to create modular 3d printed board pieces for the @interferionGame I couldn't find a tool anywhere which allows you to create Polyhexes (clusters of Hexagons) and then play around with layouts. Together with @grok I created this simple tool in a web page.

New features for the @interferionGame app. New SDF fonts. New calibration screen for all mobile phone resolutions. New full screen Shader pipeline working for different visual effects like scanlines noise. New color scheme and UI style.