Maxwell Render

Import the building model into the 3D software.

Apply realistic materials to surfaces, using measured BRDF data.

Set up lighting using IES profiles or physically accurate light sources.

Configure render settings for high-quality output.

Render the scene and review the results.

Adjust lighting and materials as needed.

Post-process the final image for presentation.

Import the car model into the 3D software.

Apply car paint materials with accurate reflection properties.

Set up lighting using a HDR environment map.

Configure render settings for high-resolution output.

Render the scene and review the results.

Adjust lighting and materials to match real-world references.

Post-process the final image for marketing materials.

Import the scene into the 3D software.

Create a fire effect using Maxwell Fire.

Adjust the fire simulation parameters.

Set up lighting and configure render settings.

Render the scene and review the results.

Composite the fire effect with the live-action footage.

Apply final color correction and grading.

Import the jewelry model.

Assign gem and metal materials.

Adjust refractive indices and dispersion values.

Set up lighting to highlight facets and sparkle.

Configure render settings for optimal quality.

Render and refine the image until satisfactory.

Post-process for final adjustments.

Model the museum environment accurately.

Import 3D models of the artwork and exhibits.

Simulate lighting conditions (natural and artificial) accurately.

Configure render settings to capture subtle light interactions.

Render the scene and review results.

Adjust lighting to preserve artwork integrity.

Finalize and post-process.