광학적 수형의 디지털 시각화를 이용한 수색분석
Analyzing Optical Water Type Using Digital Visualization
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초록
This study investigated the optical characterization of water types based on Jerlov’s classification, employing the CIE colorimetric system. Digital visualization techniques were applied to articulate watercolor manifestations intuitively. The L* luminance parameter exhibited a discernible reduction from optical water type I III and from type 1 to 9, registering a range between 66 and 84. Analysis of color attributes in each optical water type revealed that in the transition from type I to III, the color a* values spanned from -7.43 to -8.32, while color b* values ranged from -2.97 to -3.33. a* values for optical water types 1 to 9 varied between -6.28 and -10.50, with corresponding b* values ranging from -2.51 to -4.20. Consequently, optical water type I, IA, IB, II, and III were discretely categorized by independent color values, as were optical water types 1, 3, 5, 7, and 9. The digitized representation of watercolor in this inquiry facilitated comprehensive information asso,o;atopm. The study highlights limitations in Jerlov’s classification for representing watercolors in different ocean conditions. It emphasized the need to collect color data from various marine areas and formulate a novel color standard or method for comparing colors.
Abstract
This study investigated the optical characterization of water types based on Jerlov’s classification, employing the CIE colorimetric system. Digital visualization techniques were applied to articulate watercolor manifestations intuitively. The L* luminance parameter exhibited a discernible reduction from optical water type I III and from type 1 to 9, registering a range between 66 and 84. Analysis of color attributes in each optical water type revealed that in the transition from type I to III, the color a* values spanned from -7.43 to -8.32, while color b* values ranged from -2.97 to -3.33. a* values for optical water types 1 to 9 varied between -6.28 and -10.50, with corresponding b* values ranging from -2.51 to -4.20. Consequently, optical water type I, IA, IB, II, and III were discretely categorized by independent color values, as were optical water types 1, 3, 5, 7, and 9. The digitized representation of watercolor in this inquiry facilitated comprehensive information asso,o;atopm. The study highlights limitations in Jerlov’s classification for representing watercolors in different ocean conditions. It emphasized the need to collect color data from various marine areas and formulate a novel color standard or method for comparing colors.
참고문헌 (17)
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