CyberBilliards

Step inside a responsive, physics-driven arcade workbench that throws out the boring limitations of standard pool games. Cyberbilliards is a local-first 2D vector kinematics simulator engineered to deliver pure geometric satisfaction. Fusing the surgical layout targeting and tactical English spin mechanics of 16-bit Sega Genesis classics with the chaotic table layouts and adjustable friction variables of Lunar Pool on the NES, this title transforms digital billiards into a vibrant tactical playground.

Challenge an adaptive, turn-based computer opponent that scans table coordinate arrays in real time to fire precise target vector responses straight back at you. Every element on the green felt cloth is driven by true physical conservation of momentum math.

Core Gameplay Features:

• Polymorphic Table Topologies: Dynamically flip between 6 unique table architectures, ranging from traditional green rectangles to chaotic hexagonal grids, bottleneck tunnel corridors, and diamond bumper obstacles.
• Sega Genesis Vector Aiming: Click and drag anywhere on the canvas to cast a highly visual, dashed trajectory alignment line, complete with a physical wooden cue stick overlay extending directly behind the ball for flawless shot angling.
• Dynamic English & Spin Offsets: Set left, right, or top-spin parameters on request to alter reflection vectors, apply precise friction drag coefficients, and escape complex cluster traps.
• True-Table Regulations & Racks: Experience pristine, high-fidelity ball styling featuring fully saturated solid colors and sharp white base spheres with wide colored bands for stripes. Standard 8-Ball mode automatically packs a regulations-compliant triangle rack, while 9-Ball Rotation constructs a flawless diamond formation tracking sequential numeric hits.
• Decoupled Standalone Playability: Packaged natively as both a universal cross-platform archive and a self-contained Linux system installation binary (.deb) that drops directly into your system applications deck with zero absolute path footprints.