transform-axis-winding-hardening

Fix flipped normals and negative scaling in Godot 4.7 by enforcing transform axis consistency and correct winding order at the source geometry level. This validates local and global transforms at boundaries, correcting orientation issues before scene assembly.

Inconsistent forward and up axis conventions occur due to varying transform rules across asset families. Enforcing strict import pipeline rules for axis conventions and pivot points ensures robust, predictable orientation across all imported 3D geometry.

Preventing pivot drift in architectural models requires strict pivot point management during the 3D asset import process. Validating transform usage at geometry boundaries ensures correct placement and prevents downstream issues during GridMap assembly.

Yes, you can validate local and global transform usage at geometry boundaries in Godot. This process treats normal and winding fixes as source-level corrections, enforcing transform axis consistency across different asset families.

Godot 4.7 supports hardening the 3D asset import pipeline by enforcing strict rules for axis conventions, scaling, and winding order. This ensures complex game assets maintain correct transforms and orientation from the start.

Source-level normal and winding corrections should not be applied when geometry boundaries lack clear local or global transform validation. Avoid this approach if asset families lack consistent pivot points or transform rules, requiring manual intervention instead.