高校图书馆室内空间的色彩配色

色彩能够对人的生理和心理产生影响,在高校图书馆室内进行合理的色彩配色,能够营造良好的色彩环境,进而调动读者的阅读情绪,提高阅读效率。本文针对读者在阅读认知过程中的心理需求,从探讨对图书馆室内的色彩配色设计进行设计,论述高校图书馆色彩装饰设计的重要作用及对读者产生的重要影响,分析图书馆内部环境的色彩配色的方面,探究图书馆色彩装饰如何使读者既感受到幽雅、舒适,又符合其生理、心理和身心健康。     

浅析陶瓷装饰中色彩运用

文中论述了要使色彩在陶瓷装饰中发挥最佳效果，就要处理好色彩与造型、陶瓷装饰图案中的面积和位置以及配色、陶瓷质地的关系并要体现陶瓷装饰色彩的时代特征。     

谈服装配色

服装配色在服装设计中占有重要的地位．运用配色艺术既能体现服装整体的美,又能体现服装的风格．本文阐述了色的比例,色彩的对比,色彩的调和服装配色中如何运用,理解和运用色彩构成的理论,根据色彩的感情,心理作用,创造出配色和谐统一的服装,增加服装的艺术魅力。     

织物设计中的色彩搭配

本文以色彩构成理论为依据，找出小配色模纹和较大配色模纹的不同配色所产生外观效应的规律，应用色彩构成规律使织物组织的设计尽可能符合美学观点。     

基于Munsell色彩调和理论的地图面状要素配色方法

色彩作为在信息接受过程中的一个相当强烈而迅速的因素,对地图的信息传递有着重要影响。为研究地图制图中配色的定量化问题,探索基于美学的地图自动配色方法。以湖北省为研究区域,2014年湖北省各市、州户籍人口数据为实验数据,构建Munsell色彩调和秩序下的色级底色和区域底色图;基于孟-斯宾瑟色彩调和理论美度评价方法,对生成的专题地图配色方案进行美度评价;研究旨在提出一种基于色彩调和理论的地图配色定量化描述,探索计算机地图制图环境下地图的自动配色方法。     

网页配色技巧

网页配色很重要,网页的颜色搭配是否合理将会直接影响到访问者的情绪。好的色彩搭配会给访问者带来强烈的视觉冲击力,不恰当的色彩搭配则会让访问者浮躁不安。本文结合实际应用,提出了网页配色中遵循的原则,并给出了网页配色的几个技巧,特别指出了在网页设计中几个关键要素该如何进行配色。     

论服装配色

服装色彩的搭配是服装整体设计的重要环节之一。配色的差异不仅影响的整体２效果，而且体现着装者对色彩美的修养。本文依据色彩构成理论，阐述了对比配色与色彩调和在服装配色中的作用。从而引导人们正确运用色彩构成理论，实现服装配公的和谐与统一，使服装给人以独特的风格和美感。     

计算机测配色技术在纺织品图案设计中的应用研究

在分析纺织品图案与色彩构成的基础上,通过研究色彩的空间混合原理,提出了利用计算机编程技术处理纺织品图案设计中织物经纬纱线的配色问题.利用计算机测色技术建立纱线颜色库,再利用配色程序计算出经纬色纱交织后所形成的织物色彩,从而模拟纱线混色后织物的效果,达到快速配色的目的,这样就极大地简化了色织物中经纬纱线的配色问题,提高了纺织产品开发的效率和劳动生产率,能更好更快地满足客户和市场需要.     

浅谈家居装饰中的色彩搭配

今天,随着人们对家居装饰的要求越来越高,色彩的搭配成为一个非常重要的环节,色彩的组合所营造的色调和感觉对环境、对个性、对时尚都是一种不同的体验。家居装饰色彩能影响并调节人的生理和心理,好的家居色彩设计,不仅能提高工作效率、生活质量、美化环境、还能使人们保持健康。作为居室来讲,色彩关系的和谐是第一位的,根据居室里不同房间不同位置的功能,在色彩的搭配方面也有不同的技巧。另外,家居装饰的风格、样式繁多,它不仅由东方文化和西方文化的差异所决定,很大程度上由物主特别的爱好所决定。总之,不管采用什么样的配色方案和装饰风格来装饰居室环境,一定要做到以人为本,从而取得和谐的基本效果。     

塑料镀膜用涂料

与金属材料相此,塑料价格低廉,易加工成各种型材,因而被大量用作装饰材料。但是,塑料表面光泽度低,花色品种少,配色难,用作装饰材料受到一定限制。应用真空镀膜技术在塑料底材上镀膜,可大大提高塑料材料的表面光泽。该镀膜易于喷涂各色涂料,配色方便,装饰效果好。受到塑料装饰行业的普遍重视。为此,笔者将合成的单组份湿固化聚     

装饰色彩设计规律的探讨

装饰色彩是一门研究以色彩来美化人们生活的理论与实践的艺术学科。本文就装饰色彩的科学原理与属性、装饰色彩的心理效应、装饰色彩的特性以及装饰色彩的应用等方面作一番探讨。     

Disruptive coloration and background pattern matching

Effective camouflage renders a target indistinguishable from irrelevant background objects. Two interrelated but logically distinct mechanisms for this are background pattern matching (crypsis) and disruptive coloration: in the former, the animal's colours are a random sample of the background; in the latter, bold contrasting colours on the animal's periphery break up its outline. The latter has long been proposed as an explanation for some apparently conspicuous coloration in animals, and is standard textbook material. Surprisingly, only one quantitative test of the theory exists, and one experimental test of its effectiveness against non-human predators. Here we test two key predictions: that patterns on the body's outline should be particularly effective in promoting concealment and that highly contrasting colours should enhance this disruptive effect. Artificial moth-like targets were exposed to bird predation in the field, with the experimental colour patterns on the 'wings' and a dead mealworm as the edible 'body'. Survival analysis supported the predictions, indicating that disruptive coloration is an effective means of camouflage, above and beyond background pattern matching.     

从色彩理论探讨地图减色印刷

地图作为空间信息的载体与传输工具,与色彩(之称颜色)的关系十分密切。为了深入理解色彩的基本同性,逐步实施地图的科学用色,本文论述了色彩基本理论与地图科学用色的关系,说明了对色彩进行测量、标定的方法,探讨了色彩数据化与地图设色的关系。     

Long-range colour-generating interactions across the retina

The existence of colour-generating interactions across the corpus callosum has recently been suggested from observations with a 'split-brain' patient, thus indicating long-range colour computations at the cortical level. Observations on induced colours described here suggest long-range colour computations at the retinal level. If a white surface surrounded by a particular colour is fixated for some time, the resulting after-image has two colours: the surround appears in complementary colour, whereas the white centre takes on the colour of the surround. The question of whether such colour induction is located in the retina or more centrally was tested in a brain-injured patient with hemianopia. It could be demonstrated that areas of the visual field that are no longer represented in the geniculo-striatal pathway still contribute to colour induction, suggesting that colour induction is a retinal phenomenon.     

Clothing Colour Preferences in A Hospital Environment in Hong Kong:Part Ⅱ-Paediatric Nurses’Preferences of Colour on Their Uniform

The present study investigated nurses'colour prefer-ences on their uniform in paediatric wards.Results ofthe study provided guidelines for the selecting of ap-propriate colours for nurses'uniforms for paediatricwards,and the comparison of nurses'preferences ofcolours on their uniform and child patients'colourpreferences of nurses'uniform was drawn.     

A spatially organized representation of colour in macaque cortical area V2

Neurons responding selectively to different colours have been found in various cortical areas in macaque monkeys; however, little is known about whether and how the representation of colour is spatially organized in any cortical area. Cortical area V2 contains modules that respond preferentially to chromatic modulation, which are located in thin cytochrome oxidase stripes. Here we show that within and beyond these modules, gratings of different colours produce activations that peak at different locations. Optical recording of intrinsic signals revealed that the peak regions of the responses to different colours were spatially organized in the same order as colour stimuli are arranged in the DIN (German standard colour chart) colour system. Nearby regions represented colours of a similar hue. We found that the set of colour-specific regions formed 0.07-0.32-mm-wide and approximately 1.3-mm long bands that varied in shape from linear to nearly circular. Our finding suggests that thin stripes in V2 contain functional maps where the colour of a stimulus is represented by the location of its response activation peak.     

几个特殊图的全着色

设G是一个图,G的全着色是一个映射π:V(G)YE(G)C,使得相关联或相邻的元素着不同色;G的所有全着色中,使得色数的最小者,称为G的全色数,记为χT(G);得到了几个特殊图的全色数     

工业设计的色彩量化处理

从色系的建立，色彩的标准化，色彩心理效应的表格化等方面讨论了建立色彩ＣＡＤ软件模型的基础－色彩处理量化的可行性，并从目标色的选择和配制等方面提出量化方法的构想。