Simulation Instructions Controls & Navigation Launch Angle: Adjust using the Left/Right arrow keys. Propulsion Power: Adjust using the Up/Down arrow keys. Execute Launch: Press the Spacebar to release the projectile. Environment Toggle: Press the 0 key to enable Infinite World mode. Performance Mode: Press the P key to toggle high-fidelity background effects. Simulation Parameters Please note that this environment is a frictionless vacuum currently in active development. As there is no defined objective or "goal" at this stage, users are encouraged to explore the physics engine freely. Audio Experience The simulation features a curated rotation of six tracks. The final two selections in the cycle are specifically composed for a tranquil, ambient experience. Terms of Use If you choose to remix this project or utilize these assets in your own work, please provide appropriate attribution. Thank you for participating in this physics simulation. Visual Environment The simulation features a high-fidelity Aesthetic Background designed for maximum immersion. It consists of: Neon Geometry: Floating 3D wireframes and glowing polygons that react to the dark, shadowy environment. Dynamic Motion: Fluid, shifting light streaks and background animations that create a constant sense of movement. Shadowy Depth: A deep, cool-toned color palette (navy, charcoal, and violet) that allows neon elements to pop with high contrast.
Change Log v1.1.0 (Current): Visual Overhaul: Implemented a motion-based background with aesthetic neon geometric shapes and floating objects. Logic Optimization: Refined physics controller for smoother projectile tracking. Stability Patch: Addressed boundary clipping errors at high velocities. v1.0.0: Initial release with projectile motion and adjustable parameters. Implemented Infinite World toggle and 6-track cycling playlist. Technical Specifications Version: 1.1.0 Physics Engine: Custom 2D kinematic solver ( ). Background Engine: Dynamic VJ-style looping animations with multi-layered parallax for geometric depth. Environment: Zero-friction vacuum. Project Status & Future Development Known Issues Performance: Older hardware may experience frame drops with the new high-motion background. UI Scaling: Certain text elements may overlap on non-standard aspect ratios. Roadmap Next Milestone: Implementation of a dynamic Goal System and interactive targets. Future Features: Introduction of variable gravity presets and air resistance.
