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wgs84_to_bj54
- 利用仿射变换实现WGS84下经纬度转换成BJ54下的高斯投影坐标。 （包括一个仿射参数计算的函数） 代码写的不够规范，请不要见笑-Using affine transformation of the realization of WGS84 latitude and longitude into BJ54 projection coordinates under the Gaussian. (Including an affine function of parameters) code
asift_source
- asift,全名是 affine scale-invariant feature transform ，即 仿射性尺度不变特征变换，是用来提取较大仿射扭曲不变的特征区域的一种方法，相信对大家有用-asift, full name is the affine scale-invariant feature transform, that is, of scale-invariant features of affine transform, is used to extract more of t
TricksOfThe3DGameProgrammingGurus
- 本书是游戏编程畅销书作者André LaMothe的扛鼎之作，从游戏编程和软件引擎的角度深入探讨了3D图形学的各个重要主题。全书共分5部分，包括16章的内容。第1～3章简要地介绍了Windows和DirectX编程，创建了一个Windows应用程序模板，让读者能够将精力放在游戏逻辑和图形实现中，而不用考虑Windows和DirectX方面的琐事；第4～5章简要地介绍了一些数学知识并实现了一个数学库，供以后编写演示程序时使用；第6章概述了3D图形学，让读者对本书将介绍的内容有大致的了解；第7～11
m1
- 采用仿射变换算法的加密解密系统，可以被改写成dll文件，处理文字加密与解密尝试-Affine transformation algorithm using encryption and decryption system that can be rewritten as dll files, text encryption and decryption attempt to deal with
m2
- 采用对仿射变换算法的加密解密系统破解的时候，对关键的求逆步骤进行计算，可以被改写成dll文件，处理文字加密与解密尝试-Affine transform algorithm used for encryption and decryption system, when the break of key steps in the inverse calculation, can be rewritten as dll files, text encryption and decryption att
0727401191-02
- 计算机图形学中关于图形沿直线进行仿射变换-Computer Graphics——transformations
affine
- 仿射加密，能对这样的任何密码进行处理，功能十分强大-Affine Encryption
107215771l1magic
- 该程序使用matlab开发的规划中的经典算法——基于对偶仿射理论的内点法，在工程中是很常用的-The program developed by the use of matlab classical planning algorithm - based on the theory of dual affine interior point method, in the projects is a very commonly used-该程序使用matlab开发的规划中的经典算法——基于对偶仿射理
mpt_ver262
- 多参数规划工具箱用来计算约束线性及分段仿射系统控制器的最优显式解。-multi-parametric toolbox(MPT)is a matlab toolbox for computing explicit optimal orsub-optimal feedback control laws for constrained linear and piecewise affine systems.
Interior
- 摄影测量解析内定向程序,利用4个框标坐标求仿射变换系数，利用仿射变换方程将像素坐标转换为相片坐标。-Photogrammetry within the orientation program, using four boxes marked seek affine coordinate transform coefficients using the affine transformation equations to convert the pixel coordinates of photo
fangshemima
- 仿射密码的C语言实现 仿射密码的C语言实现-Affine Cipher C-language implementation
27796711AffineTrans
- 很好的仿射变换的源代码，已经测试过可以满足你对仿射变换的要求-Affine transformation a good source code has been tested to meet the requirements of your affine transformation
mathodsofPDEinimageprocessing
- 包含大量关于PDE图像处理方法，如仿射不变性特征提取，图像的结构与纹理分解等.-Contains a large number of PDE Image Processing
Picture
- 本程序为综合图像演示系统，实现了计算机图形学主要实验的演示，包括直线的扫描转换算法，圆与椭圆的扫描，填充，仿射变换，三维变换，基本绘图等功能-This program is an integrated presentation system and realized the main experimental demonstration of computer graphics, scan conversion algorithms, including linear, circular and
digitalimageprocessing
- 一系列数字图像处理的基础算法。包括旋转，仿射变换，阀值分割，图形编码等-The basis of a series of digital image processing algorithms. Including rotation, affine transformation, threshold segmentation, graphics coding
ModernCryptographyAlgorithms
- 利用C++实现:古典密码仿射变换\LFSR及流密码\生成非线性序列\DES算法的加、解密运算,前面几个较简单，DES算法的效果还可以-Using C++ implementation: Classical password affine transformation \ LFSR and stream password \ generate nonlinear sequences \ DES algorithm for encryption and decryption operations,
Image
- 博士论文：图像特征提取、匹配和新视点图像生成技术研究 关键词：基于图像的绘制；虚拟现实；新视点图像生成；宽基线图像匹配；仿射不变量 直线段匹配；立体视觉-Dissertation: Image feature extraction, matching and the new viewpoint image generation technology Keywords: image-based rendering virtual reality new viewpoint image
Desktop
- 求两个数的最大公约数gcd()和仿射加密解密的c++算法- Asks two numbers the greatest common divisor gcd() c++ algorithm
cx6
- 用Hausdorff距离对两角点集进行配准，得到点集间的仿射变换，从而实现图像的自动配准。此算法以角点作为Hausdorff距离的配准特征，与直接选用边缘来配准的方法相比较，大大减小计算量。-Hausdorff distance on the corners with a point set registration, be affine transformation between sets in order to achieve automatic image registration. T
cx7
- 用Hausdorff距离对两角点集进行配准，得到点集间的仿射变换，从而实现图像的自动配准。此算法以角点作为Hausdorff距离的配准特征，与直接选用边缘来配准的方法相比较，大大减小计算量。-Hausdorff distance on the corners with a point set registration, be affine transformation between sets in order to achieve automatic image registration. T