s2-implement-object

To implement Sonic 2 objects accurately, you analyze ASM disassembly to understand object behavior, art, and sound, then integrate them into the OpenGGF engine using specific patterns for simple objects, multi-piece solids, and bosses.

Analyzing Sonic 2 disassembly involves examining ASM code to locate and extract object behavior logic, art assets, and sound data, ensuring accurate cross-validation against the original ROM data during engine integration.

Adding a new badnik to the OpenGGF engine requires researching its ASM disassembly, loading its art and sound, implementing its movement and collision logic in Java, and cross-validating its behavior against the original ROM.

Yes, the OpenGGF engine supports parent-child spawning patterns, which are essential for accurately implementing complex objects like Sonic 2 bosses and multi-piece solids within the Java framework.

Cross-validating object behavior against original Sonic 2 ROM data requires rigorously comparing your Java implementation's movement, collision, and rendering logic with the original ASM disassembly to guarantee ROM-level fidelity.

Implementing Sonic 2 multi-piece solids in Java requires strict adherence to engine-specific patterns for object instance creation and factory registration; deviations can break ROM-level fidelity and cross-validation against the original disassembly.