corner-lasers

Anchor the composition to an off-center corner point and derive two or three beam directions from it using signed-distance or line-distance shader logic. Keep each beam thin with a white-hot core, then add concentrated bloom at the junction and subtle atmospheric fog around the beams.

Use signed-distance or line-distance functions so each beam stays crisp and continuous with a narrow core. Tune the outer glow separately from the core thickness so the lasers remain elegant rather than becoming thick neon bars.

Yes, derive the halo and atmospheric haze tint from the design's primary or strongest accent color instead of hardcoding blue. Keep the brightest beam core near white regardless of the chosen accent color.

Avoid it for generic centered lasers, particle scenes, or unrelated motion systems, and do not use symmetrical centered compositions when the goal is an off-axis corner effect. It is scoped specifically to beams converging at a corner or edge junction.

Flat results come from missing localized glow around the emitter. Add bloom concentrated at the corner junction plus subtle fog or light diffusion tied to the emitter position, and avoid full-screen fog with no spatial relationship to the corner.