V-Ray

Import the architectural model into 3ds Max.

Apply V-Ray materials to surfaces, adjusting parameters for realistic textures and reflections.

Set up lighting using a combination of natural and artificial light sources.

Configure camera angles and depth of field.

Render the scene using V-Ray, leveraging the AI Denoiser for faster results.

Adjust the LightMix parameters in post-processing to fine-tune the lighting.

Export the final rendered image for client presentation.

Import the CAD model of the vehicle into the chosen DCC software.

Apply V-Ray materials to the car's surfaces, ensuring realistic paint finishes and chrome reflections.

Set up lighting using HDR environments and studio lighting techniques.

Configure camera angles to highlight key design elements.

Render the scene using V-Ray, leveraging GPU acceleration for faster results.

Adjust the material properties and lighting in post-processing to achieve the desired look.

Export the final rendered image for marketing materials or design reviews.

Import the scene into the DCC software (e.g., Maya).

Use Phoenix FD to create and simulate the desired atmospheric effects.

Integrate the Phoenix FD simulation with the V-Ray rendering engine.

Adjust the lighting and material properties of the effects.

Render the scene using V-Ray, leveraging the AI Denoiser for faster results.

Composite the rendered effects into the final shot.

Fine tune the final render for cinematic quality.

Import the architectural model and surrounding landscape into the modeling software.

Apply V-Ray materials to building facades, vegetation, and other elements.

Use Chaos Cosmos assets to populate the scene with realistic trees, cars, and people.

Set up lighting using HDR skies and artificial light sources.

Configure camera angles to showcase the building's design and context.

Render the scene using V-Ray, optimizing settings for outdoor environments.

Adjust color and lighting in post-production to create the desired mood and atmosphere.

Import the CAD model of the furniture into the chosen DCC software.

Apply V-Ray materials to the furniture surfaces, paying attention to fabric textures and wood finishes.

Set up studio lighting to highlight the furniture's design details.

Configure camera angles to showcase the furniture from various perspectives.

Render the scene using V-Ray, leveraging GPU acceleration for faster results.

Adjust the material properties and lighting in post-processing to achieve the desired look.

Export the final rendered image for use in online catalogs or marketing materials.

Take a high-resolution photo of the surface with good lighting.

Upload the photo to the V-Ray Material Generator.

The AI analyzes the photo and generates seamless, render-ready PBR material maps (albedo, normal, roughness, etc.).

Download the generated material maps.

Import the material maps into V-Ray's material editor.

Apply the material to the desired object in the scene.

Adjust material parameters as needed for fine-tuning.