unity-smart

You can query Unity GameObjects using SQL-like property conditions to find components matching specific criteria, such as locating all lights with an intensity greater than two. This allows precise filtering by component properties, string contains matches, and numerical comparisons to quickly identify misconfigured objects.

Yes, you can automatically arrange Unity scene objects in linear, grid, circle, or arc layouts. The layout tools distribute selected objects evenly between endpoints and snap them to configurable grids, ensuring consistent spatial distribution for level construction without manual placement.

Auto-binding spawn point lists to a GameManager is done by matching GameObjects by tag or name to populate List or Array fields. This auto-fill mechanism targets serialized reference fields on components, simplifying tasks like populating spawn point arrays or collectible lists without manual dragging.

To find GameObjects within a spatial region, you perform spatial region searches using sphere or box volumes in the Unity scene. This locates objects based on their physical presence within defined areas, which is useful for grouping entities by proximity before applying layouts or reference bindings.

Unity scene layout and query supports raycast-based ground alignment to snap objects to terrain surfaces. Additionally, you can replace selections with prefabs while preserving their original transforms, ensuring replaced objects maintain their spatial position and rotation during scene maintenance.

SQL-like scene queries are needed for Unity level design to eliminate tedious manual searching for objects by properties. They quickly locate high-impact or misconfigured objects across complex scenes, allowing designers to filter by component conditions and spatial regions, reducing repetitive editor work and focusing on design.