Exploring how atmospheric scattering and shader techniques recreate realistic skies, sunsets, and planets in real time, inspired by space imagery and recent projects.
Rendering the Sky, Sunsets, and Planets
Browsing Category
Color Science & Theory
60 posts
CIE XYZ Without the Headache: The Map Behind Every Screen Color
What makes CIE XYZ the essential color map behind every screen, and why is understanding it the key to consistent colors everywhere?
MacAdam Ellipses in 5 Minutes: What ‘1‑Step’ Actually Means
Fascinating insights into MacAdam ellipses reveal how tiny color differences can influence perception, but understanding what ‘1‑step’ truly means will surprise you.
White Point Wars: D65 vs D50 and Why Your Prints Look ‘Off’
The true impact of white point choices—D65 vs D50—can make or break your print accuracy, and understanding why your prints look ‘off’ is essential for perfect results.
Metamerism: The Sneaky Reason Colors Match… Until They Don’t
Fascinating yet deceptive, metamerism explains why colors can appear identical but deceive your eyes under certain lighting—discover what causes this phenomenon.
Achromatic Colors: Black, White, Gray
Meta description: “Master the art of using achromatic colors—black, white, and gray—to elevate your designs with timeless elegance and subtle sophistication.
Chromatic Aberration in Lenses
Chromatic aberration happens when your lens can’t focus all colors of light…
Computational Color Constancy
Solving how cameras perceive true colors under varying lighting involves computational color constancy techniques that ensure consistent, natural-looking images.
Fluorescence and Phosphorescence Science
Discover how fluorescence and phosphorescence illuminate the world around us and unlock fascinating scientific insights waiting to be explored.
Pigment Chemistry: Absorption and Reflection
Most pigments’ colors result from specific absorption and reflection of light, shaping their vividness and durability—discover how molecular structure influences these processes.
