Overview
Volume Forge creates localized volumetric objects in Blender. Version 2.0.5 keeps the same core creation logic while adding user presets, clean duplication, append-safe Noise Animation, and a repair tool for transferred or older volumes.
Core logic
| Axis | Option 1 | Option 2 | What changes |
|---|---|---|---|
| Volume type | Light Volume | Real Fog | The shader logic used inside the volume material. |
| Creation method | Cube | From Faces | How the volume geometry is created in the scene. |
Light mode
Light mode uses an emission-driven volume. It is usually faster to render and easier to push toward stylized light shafts, beams, or graphic atmospheric effects.
Fog mode
Fog mode uses a Principled Volume. It is generally more realistic, especially for localized haze or fog with believable shadows inside the volume, but it is also more expensive to render. Real Fog is not emissive, so it needs light in the scene to become clearly visible.
Cube vs From Faces
Cube is the fastest way to place a volume. The object is created at the 3D Cursor and can then be moved and scaled like any other mesh. From Faces is more precise: the volume is built between two selected quad faces, and the selection order matters. The first selected object defines the source side of the volume (for example a window), and the second selected object defines the target side (for example the floor). This creates the A → B direction used by the generated volume.
Animation
Only controls that display Blender’s small keyframe dot in the interface can be animated directly. Noise Animation drives the W dimension of the internal noise; in the current version, its driver is designed to keep working after duplication, append, and file reload.
Reusable workflows
Volume Forge can now save parameter presets from the active volume, apply those presets to another Volume Forge object, and duplicate the selected volume with an independent material setup. These tools are meant to speed up repeated looks without forcing several volumes to share the same material data.