threejs-lighting

To configure realistic Three.js lighting for outdoor daylight, you combine a key directional light with a soft ambient or hemisphere fill. This skill provides the exact setup to balance illumination and performance for daylight environments.

Tuning shadow softness and bias in Three.js involves adjusting shadow map size, bias, and camera bounds. This skill configures these shadow parameters to improve visual quality and eliminate artifacts without wasting rendering performance.

Setting up three-point studio lighting in Three.js requires layering directional, area, and ambient lights. This skill provides production-ready templates for studio setups, ensuring controllable illumination for product visualization and animated scenes.

Yes, Three.js environment mapping works with physically based materials by using environment maps and light probes. This skill configures environment lighting to support reflections and provide accurate ambient fill for PBR rendering.

Pixelated or jagged Three.js shadows usually result from low shadow map sizes or tight camera bounds. This skill helps you tune shadow map resolution and light camera bounds to render clean, high-quality shadows.

Yes, you can use rectangular area lights for indoor product visualization in Three.js. This skill guides you through selecting and positioning area lights alongside environment lighting to achieve realistic studio illumination.