Zelda64Recomp/Zelda64Recomp

Features

• Game Engine Porting - Executes original game logic directly on modern CPUs and GPUs by replacing binary instructions with native code.
• Native Recompilations - Executes original game logic directly on modern CPUs and GPUs to remove emulator overhead and improve performance.
• AOT Binary Recompilation - Implements static translation of legacy game binary instructions into host-compatible source code to eliminate emulator overhead.
• Moddable Engines - Provides a framework for applying community texture packs and code patches to the natively recompiled game.
• Game Asset Importers - Automatically loads game assets from original files without requiring manual extraction.
• Engine Modernizers - Updates a classic title with widescreen support, high frame rates, and modern controller mappings.
• Native Game Ports - Provides a high-performance native implementation that runs original game logic directly on modern CPUs and GPUs.
• Modding Frameworks - Provides a framework and interface to apply community-created content and texture packs.
• Native Controller Mappings - Connecting modern gamepads and gyroscope sensors to legacy control schemes for a more precise playing experience.
• Binary Instruction Patching - Modifies original binary instructions and memory addresses to fix crashes and optimize performance for modern hardware.
• Nintendo 64 Recompilation - Translates Nintendo 64 binaries and symbol data into a native application for modern hardware.
• Logic-Rendering Decouplers - Decouples the rendering speed from the game simulation clock to maintain consistent timing across different refresh rates.
• Game Asset Injection - Loads original game data files directly into a modern memory layout without requiring a full emulator.
• Game Input Mapping - Translates raw gamepad and hardware inputs into virtual game actions through a standardized mapping database.
• Cross-Platform Porting - Adapts original console hardware logic into a containerized application that runs across different modern platforms.
• Game Memory Modifiers - Allows modification of gameplay variables like movement speed and item availability through configuration files.
• Game Modding Interfaces - Load community-made modifications and textures using a drag-and-drop interface or an integrated menu.
• Sensor Input Handlers - Implements native support for controller gyroscopes to allow precise first-person aiming.
• Frame Rate Capping - Enables graphics to run at any target frame rate without altering the speed of game physics or events.
• Surface Effect Rendering - Replicates original hardware graphical effects and lighting using native rendering techniques.
• Input Remapping - Allows remapping physical controller buttons to virtual actions with options for axis inversion and deadzones.
• Input Control Assignment - Connect physical gamepad buttons and axes to virtual controls using a standardized input database.
• Symbol-Based Patching - Modifies native binary instructions by resolving original symbol addresses to apply fixes or optimize logic.
• Game Binary Patching - Modifies memory addresses and instructions to prevent crashes or optimize original game behavior.
• Display Scaling - Provides options to scale the image to fit widescreen and ultrawide aspect ratios with a repositionable HUD.
• Native Input Mappers - Maps modern gamepad and gyroscope signals into kernel-level input events for legacy control schemes.
• Control Scheme Customization - Implements modern control schemes including dual analog cameras, gyro-aiming, and adjustable stick deadzones.

Star history