Fryrender

Import CAD model from Rhino

Apply measured spectral diamond materials

Set up a physical environment map

Enable spectral dispersion

Render using the 'Unbiased' mode for maximum caustics accuracy.

Layer materials with flake controllers

Set up a 3-point studio light rig

Use Multi-light to test different light colors on the body

Compare spectral reflections with real-world samples.

Geolocate the scene coordinates

Set the Sun/Sky system to the winter solstice

Use 'Light Mix' to analyze the contribution of windows vs. artificial lamps

Export high-dynamic-range images for lux analysis.

Import high-poly watch movements

Assign anisotropic metal materials

Use the macro-lens camera settings

Render with high-sample counts to resolve micro-caustics.

Model the container and liquid volume

Assign Sub-Surface Scattering (SSS) properties to the plastic

Place the product in a virtual light box

Render and use the denoiser for quick iterations.

Import lens geometry with correct IOR

Place a point light source behind the lens

Observe the resulting caustic focal points

Verify the dispersion pattern against theoretical models.

Set up a master room scene

Use the material swapper to cycle through wood grains

Render 32-bit images for easy color correction

Batch render the entire collection.