搜索资源列表
sift
- 利用c++语言一步 的实现了sift算法-utilize c++ to realize sift step by step
ComputerGraphics
- 是我的计算机图形学的大作业，其中包括的算法有： 直线绘制的DDA算法，bresenham算法，中点算法，绘制圆和椭圆的中点算法，扫描线种子填充算法。N次贝塞尔曲线的绘制以及对他的平移旋转和缩放变换。还有颜色对话框的调用等等，操作方法在帮助里也写明了。另外，还附有一个编写说明书，适合初学者一步步的自己编写出程序来。-Is my great work in computer graphics, including the algorithm are: line drawing of the DDA
lcms-1.18a
- This file has been written to present the lcms core library to would-be writers of applications. It first describes the concepts on which the engine is based, and then how to use it to obtain transformations, colorspace conversions and s
SIN_ANIMATION
- This program discribes Sin wave animation graphically in step by step manner. It can be run on mathematical software "Mathematica" -This program discribes Sin wave animation graphically in step by step manner. It can be run on mathematical software
3step
- This algorithm was introduced by Koga et al in 1981. It became very popular because of its simplicity and also robust and near optimal performance. It searches for the best motion vectors in a coarse to fine search pattern. The algorithm may be descr
Transeperency
- Image and Object transparency by Java.Total 11 step where opaque to obsequre mode is found in JFrame.
GUIerjie
- 通过matlab实现以下功能：设计GUI界面实现二阶系统阶跃响应-Design GUI interface to achieve second-order system step response by matlab to achieve the following functions:
TsaiC
- 通过C语言，实现了相机标定经典算法中TSAI两步法的编程-By C language to achieve a classic camera calibration algorithm TSAI two-step programming
bianyuanjiance--canny
- Canny边缘检测算子（Canny，1983；Brady，1984；Canny，1986）可以说是当前最受欢迎的边缘检测技术，它对受白噪声影响的阶跃性边缘是最优的。-Canny edge detection operator (Canny, 1983 Brady, 1984 Canny, 1986) can be said to be currently the most popular edge detection technology, it s a step by the white
bpf
- CT重建滤波反投影BPF算法，虽然可以用MATLAB直接实现，但原理需要写开代码才能看到。这个是一步一步写出的，但速度慢。(Although the back projection BPF algorithm of CT reconstruction filtering can be directly implemented by MATLAB, the principle needs to be written code to see. It's written step by step, b