iamkun/tower_game
Tower Game
Tower Game is a browser-based JavaScript engine designed for building physics-driven stacking simulations. It provides a framework for developing interactive arcade-style challenges where players align blocks to build structures, with core systems that manage collision logic, health tracking, and precision-based scoring.
The engine distinguishes itself through a modular architecture that allows for deep customization of gameplay mechanics. Developers can inject custom functions to override default movement speeds, oscillation angles, and scoring triggers at runtime. Additionally, the system supports decoupled asset management, enabling the replacement of default visual and auditory media without requiring modifications to the underlying source code.
The platform utilizes an immediate-mode rendering approach on the HTML5 canvas, synchronized with the display refresh rate to maintain consistent simulation timing. It offers a comprehensive environment for prototyping game rules and mechanical simulations, accessible directly within a web browser without the need for external plugins.
Features
- Physics-Based Stacking Simulators - Provides a physics-based stacking engine where players align blocks to build a tower while tracking health and scoring.
- Game Loops - Synchronizes simulation updates and visual rendering with the display refresh rate to maintain smooth motion and consistent timing.
- Browser-Based Engines - Provides a framework for building interactive web games that run directly in a browser without external plugins.
- State-Driven Physics Engines - Calculates object positions and collision logic based on a central data model that updates independently of the visual representation.
- Immediate Mode Canvas Renderers - Draws the entire game state onto a single HTML5 canvas element during every animation frame to ensure high performance.
- Logic Injection Hooks - Allows developers to override core game mechanics by passing custom logic functions into the simulation engine at runtime.
- 2D Game Engines - Acts as a browser-based framework for building physics-driven stacking simulations with customizable logic and rendering.
- Simulation Configuration Frameworks - Allows developers to adjust core mechanics like scoring logic, movement speeds, and visual dimensions.
- Game Development Libraries - Provides a collection of tools for creating interactive web games that support custom physics and modular asset replacement.
- Arcade Mechanic Prototypers - Facilitates developing and refining core gameplay rules such as scoring systems and difficulty scaling.
- Movement Physics Simulation - Supports building and customizing mechanical simulations where objects interact through movement, oscillation, and collision logic.
- Physics Logic Overriders - Supports overriding default movement speeds, oscillation angles, and scoring triggers by providing custom functions.
- Physics Simulation Environments - Offers a simulation environment for managing block stacking mechanics, player health tracking, and precision-based scoring.
- Event-Driven Scoring Engines - Triggers point calculations and health updates through a centralized observer monitoring block placement precision.
- Stacking Progress Trackers - Tracks player health and awards points based on block placement accuracy and consecutive perfect stacks.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
