Generate a menu concept for a realistic, die-cast-style 3D racing game with loop-the-loop tracks and nitrous. Show five course choices, varying difficulty, three assist levels, and best-time records in a clear, readable layout.
Generate an on-track concept for the same die-cast-style racing game. Show a blue car racing toward orange loop-the-loop track, with a readable lap timer and nitro indicator. Make the course, car, and racing direction clear.
Build the first running menu for the racing game. Let players choose among five courses, select an assist level, inspect their best times, and start a race. Keep the layout readable on desktop and mobile.
Build a playable die-cast-style 3D racer with five continuous courses, including loop-the-loops and varying difficulty. Add nitrous, three assist levels, timers, medals, and personal-best ghosts. Support keyboard, touch, and gamepad controls, sound, camera switching, and mobile layouts. Play races across all five courses to check how they feel.
Review and playtest the racer, then improve grip, banking, loop contact, and landings. Keep the React, TypeScript, and Three.js architecture with deterministic simulation. Make recorded inputs and ghost playback consistent across frame rates, add adaptive graphics and WebGL recovery, and repeat complete races to evaluate the changes.
Develop miniature workshop environments with warmer lighting, detailed cars, licensed scenery, and generated surface materials. Refine suspension, tire contact, jumps, rivals, and the camera so the vehicles feel grounded. Playtest steering and visibility through loops.
Generate a nine-region material atlas for a miniature 3D workshop, including plaster, oak, painted timber, brass, limestone, leather, and terracotta. Make each region useful as a surface texture on modeled geometry, with consistent scale and lighting. Do not paint the whole workshop as a backdrop.
Add a multi-race Workshop Series and a five-course Grand Tour. Tie rewards and clear feedback to controlled drifting, clean recovery, timed boosts, braking, and racing personal-best ghosts. Improve the mobile HUD and retry flow while preserving earned records and older ghosts.
Add Atelier GT, Comet Sprint, Apex Needle, and Titan RS, each with different speed, acceleration, grip, braking, and nitro. Keep the home flow focused on choosing a car, choosing a track, and racing. Balance the cars across tracks and assist levels.
Keep each car’s garage model, portrait, and on-track model consistent. Add sign-in and persistent shared rankings, with server-side replay verification that checks submitted times against race inputs. Show standings from the home screen and after a race.
Make the chase camera comfortable through loops, jumps, and landings. Refine nitro duration and recharge, improve jump approaches and landing visibility, and lengthen Ignition, Neon, and Skyline. Check responsive gamepad input and mobile multitouch across every car and track.
Play through the complete racing flow and refine Next, Retry, car switching, finish clocks, and medal targets. Make account recovery, rankings, model loading, camera transitions, and imported-record eligibility reliable. Preserve older replays and earned records, and keep the racing interface clear.
Check the completed home screen on a narrow phone viewport. Keep car and track choices, leaderboard access, Settings, and Race visible and easy to use. Verify touch controls and preserve the desktop layout.
