mustache-dev/Mario-Kart-3.js
Mario Kart 3.js
Mario-Kart-3.js es una simulación de carreras en 3D basada en navegador e implementada en JavaScript. Utiliza un motor de juego WebGL para renderizar pistas de carreras y modelos de vehículos tridimensionales directamente en el navegador mediante hardware gráfico.
La simulación cuenta con un sistema de derrape y maniobras basado en física para ganar velocidad, además de un sistema de objetos de poder para obtener ventajas competitivas durante las carreras.
El proyecto incluye un sistema de control de vehículos que mapea las entradas de teclado y ratón a la dirección y aceleración, junto con un motor de simulación que gestiona la detección de colisiones y la lógica de objetos programada.
Features
- Racing Simulations - Provides a full browser-based racing simulation including speed and position tracking.
- Vehicle Simulation Controls - Ships keyboard-driven controls for steering, acceleration, and vehicle navigation.
- 3D Game Engines - Ships a 3D game engine capable of rendering high-performance race tracks and vehicles.
- Collision Detection - Provides collision detection to calculate intersections between vehicles and track geometry.
- WebGL Rendering - Employs WebGL for GPU-accelerated rendering of 3D race tracks and vehicle models.
- HTML5 JavaScript Games - Implements a complete racing game using HTML5 and JavaScript for logic and rendering.
- Racing Game Implementations - Provides a functional JavaScript implementation of kart racing mechanics and physics.
- Tactical Item Systems - Includes a tactical item system for deploying power-ups to gain advantages over opponents.
- Drifting Mechanics - Implements a physics-based drifting system that allows players to gain speed boosts.
- Entity Component Systems - Implements an entity component system for managing kart positions and velocities with high performance.
- Game Loops - Utilizes a core game loop to synchronize physics updates and rendering cycles.
- Game Logic Scripting - Implements scripted logic to define the behavior of power-up items during races.
- Gameplay Mechanics Implementation - Implements core racing mechanics such as drifting for speed boosts and item usage.
- Vehicle State Machines - Uses a state machine to handle transitions between acceleration, steering, and drifting based on user input.
