What is the difference between Gaussian Splatting and photogrammetry?
Gaussian Splatting represents scenes with many visual Gaussians, while photogrammetry usually creates textured polygon meshes.
This difference affects the workflow. Gaussian Splatting is often better for realistic visual inspection and real-time rendering. Photogrammetry is often better when the final output must be a clean editable mesh.
Splatware focuses on Gaussian Splatting but also supports related outputs such as point clouds and dense mesh options for users who need more than visual splats.
When is Gaussian Splatting better?
Gaussian Splatting is better when appearance, speed, immersive viewing, and web sharing matter most.
- Product visualization.
- Real estate tours.
- Drone visual reconstruction.
- Portfolio and art scenes.
- Browser-based client review.
- Fast rendered images and videos from real scenes.
- Virtual tours where realism matters more than mesh topology.
When is photogrammetry better?
Photogrammetry is better when clean polygon geometry is required.
- CAD-style workflows.
- Mesh editing.
- Precise surface reconstruction.
- Physics and collision.
- Simulation workflows.
- 3D printing or manufacturing-style geometry.
- Measurement-heavy workflows.
How does Splatware combine the advantages?
Splatware can create high-fidelity splats and provide output workflows such as point clouds, dense mesh options, downloads, converter formats, and hosted viewers.
Hybrid workflow
| Need | Splatware workflow | Result |
|---|---|---|
| Photorealistic view | Train Cinematic or Ultra splat. | High-fidelity visual model. |
| Geometry | Use dense mesh option. | Physics or downstream geometry support. |
| Point inspection | Use point cloud output. | Structural review. |
| Web sharing | Use hosting or HTML export. | Interactive browser access. |
| Media | Use Studio renders. | Images, videos, animations. |
| Format compatibility | Use Converter. | SPZ, SOG, PLY, glTF, HTML, CSV, and more. |
How should you choose between Gaussian Splatting and photogrammetry?
Choose based on final output, not based on hype.
Decision guide
| Question | If yes | Choose |
|---|---|---|
| Do you need realistic web viewing? | Yes | Gaussian Splatting. |
| Do you need clean editable geometry? | Yes | Photogrammetry or dense mesh. |
| Do you need a virtual tour? | Yes | Gaussian Splatting with Splatware. |
| Do you need collision or physics? | Yes | Dense mesh / mesh workflow. |
| Do you need fast product visuals? | Yes | Gaussian Splatting. |
| Do you need measurement-grade mesh? | Yes | Photogrammetry-oriented workflow. |
Frequently asked questions
Is Gaussian Splatting replacing photogrammetry?
No. It replaces some visual presentation workflows, but mesh workflows are still important.
Is Gaussian Splatting better for real estate?
Often yes for immersive visual tours and browser viewing.
Is Gaussian Splatting better for products?
Often yes when visual realism and interactive inspection matter.
Is photogrammetry better for measurement?
Usually yes when clean geometry and measurement workflows are required.
Can Splatware create dense mesh output?
Yes. Splatware can provide dense mesh options for geometry, physics, simulation, and downstream workflows.
Can Splatware render images and videos from splats?
Yes. Splatware Studio can render images, videos, animations, and camera-path outputs.
Can Splatware host splats online?
Yes. Splatware can host interactive Gaussian Splatting models and virtual tours.
Which should I choose?
Choose Gaussian Splatting for visual realism and web presentation; choose mesh/photogrammetry workflows when geometry is the priority.