搜索资源列表
panzoomrot
- Panning zooming and rotation in OpenGL
sui
- 利用Opengl设定MFC的视图环境，三维显示三维数据，处理大量点云数据的显示旋转、平移、缩放等-use Opengl set MFC View environment, three-dimensional display of 3D data, handling a large number of point cloud data show rotation, translation, zooming, etc.
04 VC图像的几何变换源代码
- 04 VC图像的几何变换源代码，旋转，比例缩放，等等几何变换-04 VC images of the geometric transform source code, rotation, scaling, zooming, etc. Geometry Transformation
714771751206myvido
- 图象的处理关于图像显示、旋转、缩放的，看了看，还是没明白所以（主要是还是对图像的结构没有弄清除造成的），后来拿了一本〖VC++数字图像处理〗，主要是针对位图的基本格式及结构，搞清除后，自已试着用程序来读位图里面的信息，基本成功了 -image processing on the image display, rotation, zooming, read, or not understand why (mainly right image or not get the structure o
TTransformShow
- 一个简单的图像变换程序的VC++源代码 可以实现包括旋转、剪裁、镜像、缩放等等功能。-a simple procedure Image Transform VC source code can be achieved, including rotation, tailoring, mirroring, zooming and so on.
207
- 一个很简单的opengl程序，功能包括：简单模拟了太阳、地球月亮的运行，画立方体、直线、点等几何图元，bezier曲线及反求bezier控制点（点的数量为4），nurbs曲线及裁剪，图像可以平移、缩放和旋转（由于是本人初学opengl，所以请多多包含）-a very simple opengl procedures, functions include : simulation of a simple sun, the earth the moon operation, painting cub
bmp12345
- 这一讲我们将介绍图象的几何变换，包括图象的平移，旋转，镜象变换，转置，放缩等。如果你熟悉矩阵运算，你将发现，实现这些变换是非常容易的。-the stresses we will be presenting images of geometric transformation, including images of translation, rotation, mirroring, transform, to home, Zooming so. If you are familiar with
LaserCAM
- 一个封装的比较好的OpenGL框架，可以实现放大缩小，平移旋转等功能，直接在OnDrawGL中绘制想要的图像即可-a package of relatively good OpenGL framework can be achieved zooming and rotation features such as translation, OnDrawGL directly in the drawing unwanted images can be
Gaphics
- 我是一名大学的学生，我没有做过很复杂的编程练习，这也是我第一次上传源程序，这次上传的是我做计算机图形学的练习时在WIN-TC环境下所编的一些程序，其中有二维图形的基本变换（平移，旋转，错切，放缩，对称）的动画演示、三维图在二维平面上的消隐图的显示、线条的裁减、抛物线的绘制以及B样条曲线的绘制，程序中有详细的注释，希望对学生朋友们能够有所帮助。-I was a university student, I had not done a very complex programming exercis
basicvector
- 作者: junglesong 这是我过去进行一个OpenGL项目时使用到的\"三维空间向量/点\"类及相关函数,使用它们可以定义一个空间向量/点,实现向量的平移,缩放和旋转等,使用相关函数还可以实现两向量的叉乘,得到一个向量的绝对长度,将一个向量单位化,得到一个三点决定的平面的垂直向量(经过单位化),得到空间中两点的距离,得到两向量的点积,得到两向量的夹角等操作,为方便用户的使用,每个函数都有详细的注释,特别重要的向量计算如点积,叉乘还有相关说明,希望对大家有所用处. 由于源程序涉及到保
invariance
- 不变矩由于对图像旋转、放大、平移具有不变性，因此广泛用于目标识别中，本程序求出了HU提出的七个不变矩。-moment because of the same image rotation, zooming, with translation invariance, it is widely used to target identification, The procedures are determined by the seven HU the same moment.
实验八 二维几何变换
- 加深对常用的二维几何变换的了解，如平移，旋转，放大缩小等，掌握变换顺序和变换矩阵的用法。-better used to transform the two-dimensional geometry of understanding, such as translation, rotation, zooming, and the master sequence transform matrix of usage.
sanjiaozhangliang
- 一篇关于三焦张量的文章，值得参考To overcome some drawbacks of the block matching algorithm BMA which can not accurately describe object rotation camerapanning and zooming thispaper introduces the trilinear constraint -An article on the triple tensor article, it is a
rotate
- 图像的旋转与缩放，此代码应用于opencv，具有旋转、放大与缩小的功能。-Image rotation and scaling, this code applies to opencv, with rotation, zooming and narrow features.
PictureManage
- 图像处理，各种图像变换算法实现，图像的旋转，缩放，底色，浮雕，水印等各种效果，图像亮度调节-Image processing, a variety of image transform algorithms, image rotation, zooming, background, relief, watermarks and other effects, image brightness adjustment
GeometryTransSHow
- 在灰度图像的几何变换中，使用了邻近插值，线性插值，以及立方卷积插值。其中还包括图像的旋转、缩放等。-In the gray image of the geometric transformation, the use of the adjacent interpolation, linear interpolation, and cubic convolution interpolation. It also includes image rotation, zooming.
1008
- 数字图像处理文件，用于图像的旋转，缩放以及平移-Digital image processing of documents for image rotation, zooming and panning
IMAGE-ROTATE
- 实现图像的几何变换，包括旋转、缩放和平移等功能-Image of the geometric transformation, including rotation, zooming and panning functions
cylinder-win32keyboardPmove
- WIN32环境下的OPENGL编程。实现功能：通过构建二次方程绘制三维图形，光照和材料设置，圆柱体上下表面封闭处理，键盘控制物体的旋转，缩放和移动。-WIN32 environment OPENGL programming. Function: quadratic equation by constructing three-dimensional graphics rendering, lighting and material set, the upper and lower surface
图像处理脚本
- 各种边缘检测算子和图像的旋转、缩放、二色、浮雕、马赛克、反色、黑白、柔化、锐化、雾化、霓虹等处理方法(Various edge detection operators and image rotation, zooming, dichromatic, relief, Mosaic, anti-color, black and white, softening, sharpening, atomization, neon and other treatment methods)