Real time rendering iridescent colors appearing on soap bubbles

Citations

SCOPUS

0

초록

We present a novel technique for real-time rendering of iridescent colors appearing on soap bubbles. Previous techniques are based on multi-stage ray tracing techniques, or depend on user specified manual textures, which are unsuitable for real-time dynamic environment such as games. To render iridescent colors appearing on soap bubbles, we deploy optical phase reflectance based on light polarized perpendicular and parallel to the incident plane. On this framework, we implement intersection of the primary rays using rasterization, and efficiently approximate refraction and reflection for real-time performance. In addition, we simulate sloshing effects between the soap film using GPU based Perlin noise. This makes it possible to render the soap bubbles with visually convincing results in real-time dynamic environment.

키워드

Iridescent colors; Multi-stage; Novel techniques; Optical phase; Perlin noise; Polarized perpendicular; Rasterization; Ray-tracing technique; Real time performance; Real-time dynamics; Real-time rendering; Sloshing effects; Soap bubbles; Soap films; Electrical engineering; Mathematical techniques; Color
제목
Real time rendering iridescent colors appearing on soap bubbles
저자
Kim, N.; Park, K.
DOI
10.1007/978-94-007-5076-0_45
발행일
2012-09
유형
Conference Paper
저널명
Lecture Notes in Electrical Engineering
권
181 LNEE
페이지
377 ~ 384