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3Dtransform
- 对正立方体图形进行平移、旋转、变比、对城、错切等几何变换及平行投影和透视图等投影变换。-Graphics on the cube is translation, rotation, variable ratio, on the City, shear, such as geometric transformations and parallel projection and perspective projection transformation and so on.
3DTrans
- 实现三维图像的平移，放缩，镜像，错切变换。用vc++6.0实现-The realization of three-dimensional image of the pan, zoom, mirror, shear transformation. Using vc++6.0 to achieve
3DTranslation
- 计算机图形三维变换，基本实现了对称，旋转，投影，三视图，错切图等-It really does pay to be a doctor, with an international survey showing the medical profession is the most trusted, among the most admired and includes the most eligible marriage partners.
cuoqie
- turbo c 三维变换 错切-turbo c three-dimensional shear transformation
Tuxingbianhuan
- 计算机图形学中图形基本变换，包括错切，平移，放缩，对称，旋转等，用Visual C++ 6.0编写-Graphics computer graphics basic transformation, including shear, translation, zoom, symmetry, rotation and so on, using Visual C++ 6.0 to prepare
yuan
- 此程序包含源代码,可执行文件，能够实现二维旋转、缩放、错切、镜像等多种功能。-This program contains the source code, executable files, be able to achieve two-dimensional rotation, scaling, shear, mirroring and other features.
3d-restruction
- 目的 利用 CT、 MR等获得的图像 ,重构出器官、 骨骼或组织的三维形体 ,帮助医生诊断、 治疗或制订手术方案。方法hear2Warp 算法通过将三维数据场的投影分解为错切变换( shear ) 和变形变换(warp)两步来实现三维重建 ,显著减少了计算量。先对体数据进行错切变换 ,然后在错切空间根据阈值法获取三维表面 ,根据光照模型得到三维表面的亮度 ,最后通过变形变换得到最终的结果图像。-The purpose of the use of CT, MR and other availabl
ifs_code_matlab
- 实现了平移、缩放、旋转和错切等仿射变换的问题，并用MATLAB逼真模拟了蕨类叶、变形蕨类叶与拟仿射变换分形图。-Achieved a pan, zoom, rotate and cross cutting issues such as affine transformations, and use MATLAB to simulate real fern leaf, fern leaves and to be deformed affine fractal images.
zhongzitianchong
- 实现坐标系的变换，把原点定义在显示器的中心点，显示X,Y坐标轴； 2.绘制一个二维图形（可以使用语言库中的画多边形函数）； 3.实现二维图形的平移、比例、对称、选择、错切、复合变换。 -To achieve the coordinate system transformation, the origin define the center of the display shows X, Y axis 2. Draw a two-dimensional graphics (you
ComputerGraphics
- 计算机图形学课程设计，实现了多边形裁剪、矩阵平移、旋转、错切变换，Bezier曲线。直线和圆均自己实现。-Computer Graphics Course Design, including Polygon Clips, Figure Rotation, Stretch and Translation, Bezier Curve.Line Drawing and Circle Drawing has also been implemented.
geometric
- 三维立体模型的几何变换，对图形进行平移、旋转、对称、错切，以及投影变换,包括三视图、轴测图以及透视图等-Three-dimensional model of the geometric transformation, on the graphics translation, rotation, symmetry, shear, and projection transformation, including the three views, axonometric drawing and per
graphic
- 主要功能有： 1) 具有菜单，通过菜单执行各种操作； 2) 采用图元的扫描转换算法绘制各种基本图元，如直线、圆、圆弧、多边形 3) 实现图形的平移、缩放、旋转、对称、错切及组合变化； 4) 能够拾取图形，并修改所选的图形的颜色、线型等； 5) 能够采用各种算法填充多边形、圆、扇形区域； 6) 能够采用各种算法实现直线裁剪、多边形裁剪； 7) 能够绘制各种样条曲线。 8) 能够绘制三维图形的投影图，包括：三视图、轴侧图、透视图； 9) 能够绘制分形图形，例如，K
E4
- 1，本实验用VS2008编译； 2，程序运行的时候弹出windows窗口，单击平移演示按钮北极星图形会演x轴动态平移； 3，单击比例演示按钮，北极星图像会动态地先缩小再放大； 4，单击旋转演示按钮，北极星图像会动态的顺时针旋转，每次旋转30°； 5，单击错切演示按钮，北极星图像会动态的沿x轴错切； 6，单击对称演示按钮，北极星图像会关于x=100对称变换； 7，单击恢复原图按钮，北极星图形会恢复； 8，单击退出按钮，演示结束； 9，在penal中用switch语句
E4
- 画“北极星”可移动 错切，旋转，缩小，放大 对称的功能-draw star
jibensanweibianhuan
- 可以实现旋转，错切，各种投影图，透视图。是学习三维变换很好的原始参考资料-Can rotate, shear, a variety of projection, perspective. Is to learn the original three-dimensional transform good reference
tuxingzhuanhuan
- 可实现二维及三维图形的放大，旋转，对称，错切转换-Two-dimensional and three-dimensional graphics can achieve magnification, rotation, symmetry, shear transformation
case9
- 本程序实现了二维几何图形的各种变换，包括平移、放大缩小、错切等。有界面可以直接运行，方便简洁。-This program implements a variety of two-dimensional geometric transformations, including translation, zoom, shear and so on. There can be run directly interface to facilitate simple.
wuliao
- 计算机图形学中基本的图形变换，对称、平移、错切、旋转、比例放大-Computer graphics, basic graphics transformations, symmetry, translation, shear, rotation, scaling. . .
Three-dimensional
- 计算机图形学中的三维变换，几何变换，包括平移、错切、对称；投影变换，包括平行投影和透视图-Three-dimensional computer graphics, transformations, geometric transformations, including translation, shear, symmetry projection transformation, including the parallel projection and perspective
erweituxingbianhuan
- 本程序实现了二维图形的变换，包括平移旋转变比错切以及对称的变换-This application implements a two-dimensional graphic transform, including translation rotating transformer ratios shear and symmetrical transform