图形

The first type is the scanner signature files that provides a Kodak, Agfa or Fuji company's standard quadrochromatic and the quadrochromatic standard data, use of scanner input these quadrochromatic, scan data and the difference between the standard quadrochromatic data reflects the scanner's properties; the second is the display characteristics of the file, which provides software that you can detect your display's color temperature, and then generate a color swatch on the screen, these swatches of information reflects the characteristics of the display; and the third being the print device signature files, it also provides a suite of software, the software in a computer-generated that contains hundreds of color swatch in the graphic, and then the graphic output on the output device, if it is a printer, printing press with respect to direct proof in respect of the first film, proofing and printing, the image on the output measure that is a reflection of the print device's characteristics file information.

第一类是扫描仪特征文件，它供应了柯达、爱克发、富士公司的尺度草稿及这些草稿的尺度数据，诳骗扫描仪不输不入这些草稿，扫描数据与尺度草稿数据的差值反响了扫描仪的共性；第二类是表现器的特征文件，它供应了一些软件，可测不入表现器的色温，然后在屏幕上天生一色块，这些色块新闻反响不入了表现器的特征；第不一类为打印摆设的特征文件，它也供应了一套软件，该软件在计算机洋天生一个含有数百个色块的图形，然后不兵图形在输不入摆设上输不入，如果是打印机不离间接打样，印刷机不离不后不入胶片、打样再印刷，差这些输不入的图像举行丈度即反响不入打印摆设的特征文件新闻。

In this study, we try to form a concept in impossible objects to see if we can observe priming effect.

在本研究中，我们将不可能图形与概念性内隐记忆结合起来，同时对不可能图形在大脑中的表征问题也进行了探讨。

Show 3D process, it should not only two-dimensional projection of the plane, but also to ...

显示三维图形的过程中，不仅要将它投影到二维平面上，还要确定一个视见体，在投影之前对物体进行裁剪，只显示我们感兴趣的那部分图形。

In this paper, We only analyse the projective transformation in3- Dimension space, explain the geometric significance of its column and row's correlation coefficient and give the method of changing the non-full rank projective transformation of3- Dimension to2- Dimension.

对三维空间中的射影变换加以分析，说明其行、相关系数的几何意义及将三维非满秩射影变换改为二维满秩射影变换的处理方法进行探索，这对计算机辅助设计中的图形处理和建立图形数据库是有利的。

A parametric study graphic nature of the projection, that is, they read the projective transformation, remained the same graphic nature of the geometry, the branches. 2D projective transformation is a more common transform method, used in the camera lens of the camera plane, and applied to various fields of study.

射影几何是研究图形的射影性质，即它们经过射影变换后，依然保持不变的图形性质的几何学分支学科。2D射影变换是一种较为常见的变换方法，发生在用透视摄像机对平面摄像的时候，并应用于各个研究领域。

Planar and quadric objects are often used in computer graphics. They can easily be modeled and rendered because of their simple shapes, and so many objects are composed of them in our daily life.

镜面反射和折射场景的真实感图形绘制一直是计算机图形学领域具有挑战性的研究课题之一。

Based on Lissajou figures, using radius vector deviation to express figure form deviation, the relation between radius vector deviation and signal waveform parameters is analyzed.

以Lissajou图形计算法为基础，用向径偏差来表征图形形状偏差，分析了向径偏差与信号波形参数之间的关系，设计了编码器动态细分误差快速评价系统。

Dithering The growth of raster graphics has made color and grayscale an integral part of contemporary computer graphics.

抖动 光栅图形的发展使得颜色和灰度成为了当代计算机图形的一个组成部分。

It includes image preprocessing, graphics auto-recognition, graphics format conversion and human-computer interactive method, such as raster image edition and vector graphics edition.

它包括图像预处理、自动矢量化、图形格式转换以及人工交互方式的光栅图像和矢量图形编辑等功能。

Vexel art is a digital art that is an entirely pixel-based form of raster art that imitates the vector graphics technique, but is distinguished from normal vector graphics or raster images.

Vexel art是一种数字艺术，完全是基于像素的光栅艺术形式，模仿矢量图形技术，但正常的矢量图形和光栅图像是有区别的。

The good news is that after formatting from the command line to FAT32 (format /fs:fat32 /a:4096 drive:) all but one of the problematic games that I tested work perfectly.

好消息是，从指挥线后格式化了FAT32(格式/曾荫权：了FAT32/答：4096年径：)所有问题，但其中的游戏测试工作，我很好。

In Amsterdam. He is a Dutch painter, draftsman, and etcher of the 17th century, the greatest artist of the Dutch school, a master of light and shadow whose paintings, drawings, and etchings made him a giant in the history of art.

伦勃朗是一位17世纪画家、绘图家、版画家，荷兰学派的最伟大艺术家，他的明暗法的大师，他的绘画、素描和版画使他成为一位艺术史上的巨匠，其画作体裁广泛，擅长肖像画、风景画、风俗画、宗教画、历史画等。