• Title/Summary/Keyword: Color name

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The Influence of Luminous Source on Fabric Chromatic Change Effects (광원색이 직물의 색 변화에 미치는 영향)

  • Jeong, Ji-Yeun;Lee, Eun-Kyung
    • Journal of the Korean Home Economics Association
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    • v.48 no.5
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    • pp.17-24
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    • 2010
  • Although design, color, and material are important elements in stage costumes, stage lightning also plays significant role in the presentation of stage costumes. Costumes color, material and perception can be significantly influenced by visual effects. Stage illumination can be arranged or managed so that colors are closely related to or enhanced or change the effects of costume colors on the runway or display at specific times. The results of this thesis are as follow; 1) Fabric tone, name, brightness, and chroma of colors were changed by the colors of stage lighting. 2) An achromatic color was changed to a chromatic color after being combined with colors of stage lighting. 3) Stage illuminations can make fabric, colors look similar to stage colors. 4) Plain satin silk fabric which reflects light shows high brightness and chroma after being influenced by stage lighting its shining effects and color changes were clear and apparent. 5) Velvet pile fabric which absorbs light shows low brightness and chroma after being influenced by stage lightning its shining effects and changes of colors were not clear and apparent. In conclusion, natural lights did not significantly influence fabric colors and perception, while artificial lights had wide range of effects on fabric colors and perception.

Taxonomic Review of Chrysis smaragdula Group (Hymenoptera: Chrysididae) from Korea

  • Jeong-Kyu Kim;Minkyu Jeong
    • Animal Systematics, Evolution and Diversity
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    • v.40 no.2
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    • pp.150-156
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    • 2024
  • A taxonomic review of the Korean Chrysis smaragdula group (Hymenoptera: Chrysididae), characterized by the six apical teeth (including lateral angles or obtuse protuberances) of metasomal tergum 3, is presented. Three species, namely Chrysis daphne, C. equestris, C. principalis, are included herein. Of these, C. equestreis is recorded from Korea for the first time. Chrysis daphne is a corrected name for the previous Korean records under the name of C. fasciata. A determination key to species complemented with illustrations is made. Additional diagnoses including color variations and descriptions of male genitalia (unavailable in C. equestris) based on Korean materials are also provided.

Classifying Color Codes Via k-Mean Clustering and L*a*b* Color Model (k-평균 클러스터링과 L*a*b* 칼라 모델에 의한 칼라코드 분류)

  • Yoo, Hyeon-Joong
    • The Journal of the Korea Contents Association
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    • v.7 no.2
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    • pp.109-116
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    • 2007
  • To reduce the effect of color distortions on reading colors, it is more desirable to statistically process as many pixels in the individual color region as possible. This process may require segmentation, which usually requires edge detection. However, edges in color codes can be disconnected due to various distortions such as dark current, color cross, zipper effect, shade and reflection, to name a few. Edge linking is also a difficult process. In this paper, k-means clustering was performed on the images where edge detectors failed segmentation. Experiments were conducted on 311 images taken in different environments with different cameras. The primary and secondary colors were randomly selected for each color code region. While segmentation rate by edge detectors was 89.4%, the proposed method increased it to 99.4%. Color recognition was performed based on hue, a*, and b* components, with the accuracy of 100% for the successfully segmented cases.

Color Code Detection and Recognition Using Image Segmentation Based on k-Means Clustering Algorithm (k-평균 클러스터링 알고리즘 기반의 영상 분할을 이용한 칼라코드 검출 및 인식)

  • Kim, Tae-Woo;Yoo, Hyeon-Joong
    • Journal of the Korea Academia-Industrial cooperation Society
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    • v.7 no.6
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    • pp.1100-1105
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    • 2006
  • Severe distortions of colors in the obtained images have made it difficult for color codes to expand their applications. To reduce the effect of color distortions on reading colors, it will be more desirable to statistically process as many pixels in the individual color region as possible, than relying on some regularly sampled pixels. This process may require segmentation, which usually requires edge detection. However, edges in color codes can be disconnected due tovarious distortions such as zipper effect and reflection, to name a few, making segmentation incomplete. Edge linking is also a difficult process. In this paper, a more efficient approach to reducing the effect of color distortions on reading colors, one that excludes precise edge detection for segmentation, was obtained by employing the k-means clustering algorithm. And, in detecting color codes, the properties of both six safe colors and grays were utilized. Experiments were conducted on 144, 4M-pixel, outdoor images. The proposed method resulted in a color-code detection rate of 100% fur the test images, and an average color-reading accuracy of over 99% for the detected codes, while the highest accuracy that could be achieved with an approach employing Canny edge detection was 91.28%.

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Weighted Edge Adaptive POCS Demosaicking Algorithm (Edge 가중치를 이용한 적응적인 POCS Demosaicking 알고리즘)

  • Park, Jong-Soo;Lee, Seong-Won
    • Journal of the Institute of Electronics Engineers of Korea SP
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    • v.45 no.3
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    • pp.46-54
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    • 2008
  • Most commercial CCD/CMOS image sensors have CFA(Color Filter Array) where each pixel gathers light of a selective color to reduce the sensor size and cost. There are many algorithms proposed to reconstruct the original clolr image by adopting pettern recognition of regularization methods to name a few. However the resulting image still suffer from errors such as flase color, zipper effect. In this paper we propose an adaptive edge weight demosaicking algorithm that is based on POCS(Projection Onto Convex Sets) not only to improve the entire image's PSNR but also to reduce the edge region's errors that affect subjective image quality. As a result, the proposed algorithm reconstruct better quality images especially at the edge region.

A Study on the Ritual Dress of Jeung San Kyo (증산교 의례복식에 관한 연구)

  • 임상임;김현경
    • Journal of the Korean Home Economics Association
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    • v.39 no.5
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    • pp.89-105
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    • 2001
  • This study on Jeung San Kyo, one of Korea's new religions, considered the name, kind, form, color and the thoughts of ritual dress which is involved in 15 religious blanches acting currently according to books and the actual research. The following is below. 1 Each names of ritual dresses called rigious branches are Bob Bok(법복), Doh Bok(도복), Yeah Bok(예복) and Jea Bok(제복). 2 In most religious blanches, ritual dress is the Korean cloths which Poh is wear above and Kwan is put on, and the form of Poh(포) is the similar with Durumagi(두루마기), Danryungpoh(단령포), Jungchimak(중치막), Jikryungpoh(직령포) etc, but not the form of Git, Moo and Yiohmim. Kwanmoh is named Chill-Chung-Kwan(칠층관), Yiun-Hwa-Kwan(연화관), Yiun-Kwan(연관), In-Hwa-Kwan(인화관), Tong-Chon-Kwan(통천관) etc. 3. In most religious orders but Dae Suun Jin Li Hueay(대순진리회), Jeung San Doe Jang(증산도장), Colors are used, white, lightblue, and yellow is used in Jeung San Pop Jong Kyo(증산법종교), Dong Doe Pop Jong Gyum Gang Doe(동도법 종금강도). White color means the mind of a people tradition, and light blue expresses an Oriental nation, namely, “Korea”, and is the color representing Jeung San Kyo, and yellow shows the central religion in the future. 4. Jeung San Kyo ceremony fashion reflects the ideologies of the principal role, the Um and Yang-five elements, and, nationalism according to form, color.

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A fundamental study on the Color Perference and the Recognition of Color Names among College Students (대학생의 색기호와 색명 인지도에 관한 기초적 연구)

  • 이정옥;진현선
    • The Proceedings of the Korean Institute of Illuminating and Electrical Installation Engineers
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    • v.11 no.3
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    • pp.63-70
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    • 1997
  • The objective of this study was to investigate the color preference and the recognition of color names among college students. The study revealed the following: 1) The most favorite colors included blue, purple, white and green in that order; and the least favorite colors included achromatic colors, ocher and red in that order. 2) Brown was the favorite color in furniture while red was the disliked color; In colthing, white was preferred while red was disliked; Red was appropriate for accent colors, and bright colors were for product packages. 3) In regards with seasonal image, yellow, blue, brown and white were associated with spring, summer, fall and winter, respectively; Blue represented self-image most. 4) Black, grey, red and green in that order showed the higest recognitions in color names while indigo, crimson, deep carmine and havy blue showed the lowesR ; Color name recognitions showed the order of achomatic, neutial, warm and cool colors.

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A Study on Infant s Wear Brand Positioning according to Fashion Lifestyle of Missy Women (신세대 주부의 패션라이프스타일 유형에 따른 유아복 상표 포지셔닝에 관한 연구)

  • 구양숙;박현희;이승민
    • Journal of the Korean Society of Costume
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    • v.51 no.1
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    • pp.49-59
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    • 2001
  • This study was designed to identify the brand positioning of Infant's wear according to fashion lifestyle of missy women. Cluster analysis on fashion lifestyle classified three groups according to fashion lifestyle factors : Fashion Indifference group(34%), Fashion & Individuality Oriented group(27%), Rationality Oriented group(37% ). The analysis of positioning map with satisfaction of seven brand image attributes (color, design, price, utility, quality brand name, fashion) showed the distance of satisfaction was different among three groups.

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"원씨물어"나타난 복식자료 연구

  • 문광희
    • Journal of the Korean Society of Clothing and Textiles
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    • v.21 no.1
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    • pp.155-169
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    • 1997
  • This paper is a study on the expression of Clothing and Textiles recorded in $\ulcorner$Genjimonokatary (원씨물어)$\lrcorner$. This book is a novel written by a Japanese sextant worked in the Royal Court around the year 1010. In this book, about 110 different kinds of Garments, Ornaments, Colors and Materials were mentioned. The results of this paper were as follows. 1. About the Garments 8f Ornaments ; All the Clothing and Textiles in $\ulcorner$Genjimonkatary$\lrcorner$ were reflections of the reality of that time. In the Clothing, Color, Textile and even Hair style, the Symbol of Buddism appeared. Many technical methods were developed in the garment shaping, dyeng and wearing methods. 2. About the Colors Sf Dyes; There were many kinds of Color SE Dyes described in $\ulcorner$Genjimonokatary$\lrcorner$. This means color was developed more than other elements in that period. Among them, gray and black colors were mentioned, this means Buddist Color was fashioned in that period. $\ulcorner$Kasaneno-irome (강색목)$\lrcorner$ was changed from Ungan (운간) that had been origined of China and Korea. But it became one of the Japanese Costume. That have some reasons, for instance, high materials could not be imported from other countris and many people were controlled by the Taboo of clothing (금제) so they wanted the better method, such as Kasaneno-irome. Many kinds of colors'name was origined from flowers and plants. It also represented the seasons. Yurusi-iro (청색) was meaning the permitable color to the popular people. Without the head word, Deep Color' and 'Pale Color' meant those things of the purple and red. 3. About the Materials IE Patterns : The materials imported from other country, China and Korea, were good in quality, but those produced in Japan were not good. There were many kinds of dyeing method, especially Srijome (신염) was very special and nice method in that period.

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A Chinese Wood Species, Hongmu and Its Characteristics for Identification

  • Fu, Yunlin;Liu, Zhi;Chun, Su-Kyoung
    • Journal of the Korea Furniture Society
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    • v.17 no.2
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    • pp.1-7
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    • 2006
  • A chinese wood species called China Hongmu, is an excellent wood to make high quality furniture owing to attracting color, beautiful grain, and durability. Hongmu is not a tree or wood species name. The general designation in Hongmu group is a similar to one of its density, structure, color and use. Hongmu considers more than 30 hardwood species of Pterocarpus, Dalbergia, Diospyros, Millettia, and Cassia. According to the macrostructural characteristics and properties, Hongmu group can be classified into 8 groups which are Zitanmulei, Hualimulei, Heisuanzhimulei, Hongsuanzhimulei, Xiangzhimulei, Wumulei, Tiaowenwumulei and Jichimulei. In this paper, the growing areas, scientific names and identifiable characteristics of these Hongmu group species were introduced for help to identify China Hongmu and its products in the market as well.

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