搜索资源列表
huffman_f
- huffman_f 在huffman_e的基础上，将排序改为利用堆排序原理选择最小的两个权值。也即，将所有元素的权值组织成堆后，每次堆内的根结点就是最小值了。每取出一个根结点后，就把堆尾元素调到根结点重建堆。取出两个最小值合并成一个子树后，再把子树作为叶子结点放到堆中，并让其上升到合适的位置，保持堆性质不变。因为每次不必完成整个排序过程，而只是组织成堆，因此，这种方法要比使用快速排序更快。上述算法参考了mg-1.2.1中Huffman编码的实现，见http://www.cs.mu.oz.au/m
Planetsfly
- 采用基于子画面动画的行星飞行程序，其中的三个行星在碰到屏幕边缘时分别采用停止、环绕、反弹三种不同的边界动作- Uses based on the sub- picture animation planet flight procedure, three planets are bumping into the screen edge time-sharing not to use stop, surrounding, the resilience three kind of differen
ClockDisplay
- C++实现利用表盘来显示时间。设计思想：将系统时间通过极坐标转换为坐标，然后作直线，即表针。-C system to use the dial to show time. Design thinking : the system by the time of the polar coordinate conversion, and then straight for that hand.
adaptive_anisotropic_2D_gaussian_filter
- Gaussian filtering in one, two or three dimensions is among the most commonly needed tasks in signal and image processing. Finite impulse response filters in the time domain with Gaussian masks are easy to implement in either floating or fixe
Camera-(OV7725)
- * THE PRESENT FIRMWARE WHICH IS FOR GUIDANCE ONLY AIMS AT PROVIDING CUSTOMERS * WITH CODING INFORMATION REGARDING THEIR PRODUCTS IN ORDER FOR THEM TO SAVE * TIME. AS A RESULT, STMICROELECTRONICS SHALL NOT BE HELD LIABLE FOR ANY * DIRECT, IN
period_mean_fft
- 利用这个方法计算混沌时间序列的平均轨道周期p-Use this method to calculate the average orbital period of chaotic time series p
lyapunov_wolf
- 利用此wolf方法计算混沌时间序列的最大李雅普诺夫指数-Largest Lyapunov exponent calculated use of this wolf chaotic time series
MatrixCalculator
- 好用的矩阵计算代码。 网上下到的。VC6可以直接运行，VC8或VC9编译时要进行少量修改。 希望对需要的朋友们有所帮助-Matrix-to-use code. To online. VC6 can be directly run, VC8 or VC9 to carry out a small amount of compile-time modifications. Hope that friends in need of help
ShowReport
- 一个图形的绘制界面，同时可以显示鼠标点处的坐标数值，自己用vc编的，应该很有参考价值。-A graphical drawing interface, at the same time can show the coordinates of the mouse point value, their use vc series, it should be a good reference.
0514001
- 典型的多边形填充算法主要包括扫描线填充算法和轮廓标志域填充算法，适用于矢量多边形文件的填充算 法为扫描线填充算法。论文对原有的多边形扫描线填充算法中的最常用的活性边表和传统扫描线算法进行了分析，结 合活性边表和传统的扫描线填充算法的特点，针对复杂的大数据量的多边形填充时间效率较低的问题，提出了一种改 进的扫描线多边形填充算法一混合填充算法。该算法采用链表和数组结合的数据结构，形成连续的填充轨迹，有效地 提高了时间效率。 -Polygon Filling Algorithm t
levelset_withoutreinitialization
- 利用水平集函数来检测物体轮廓，一般水平集收敛用到signed distance function的，但是这里实现的程序不用每次都要进行reinitialization就可以使水平集函数趋于收敛。-The use of level set function to detect an object contour, the general level set signed distance function used in the convergence, but the program here
Wiser
- 使用BMP换肤的VC++液晶电子钟 使用BMP换肤的VC++液晶电子钟，每次打开的时候都会换一种窗口皮肤，液晶钟的样式很讨人喜欢，程序打开后还能在系统托盘处显示图标，比较方便控制那种。 -The use of BMP peeling of the VC++ LCD clock using BMP peeling of the VC++ LCD electronic clock, the time will change each time you open a window skin,
shrink_image
- This program can be used for shrink all images that in a folder. For example you want to upload 100 photo to a web site but one of them size is 3 MB. You can use this program to decrease size of pictures by deacrease resolution of pictures at one tim
201462215535338
- vc写程序最讨厌就是做界面,尤其是画柱状图,饼图等,网上也可以找到一些这类的源码,但是显示效果都不太好,感谢作者贾鹏给我们带来了精彩的仪表盘源码,如果用来学习,那么是一个非常好的例子,但是要是用于商业软件则效果略显粗糙,所以花了一点时间作了平滑处理,主要用了gdi技术.效果变得非常好,供大家参考.-vc write programs that do the most annoying interface, especially painting histograms, pie charts, e
UseDotNetDrawingToRotatePicture
- 本项目是用c#语言编写WINFORM程序 1. 演示了如何用.net的System.Drawing类库 2. loadImage方法的演示 3. 在Winform上对pictureBox进行即时性动态操作 4. 图片的放大缩小，重新绘制填充边角 5. 动态的旋转一个图片到任意角度 -This project is written in c# WINFORM program 1. demonstrate how to use. NET System.Drawing cl
HDFGMGQ
- 用vc++实现矢量地图背景下的实时显示源代码 很好的-Use vc++ realize vector map under the background of real-time display source code, very good
BRRQEU
- 用vc++实现矢量地图背景下的实时显示源代码 很好的-Use vc++ realize vector map under the background of real-time display source code, very good
56273607
- 采用VC++实现时钟的圆盘式显示,使用time_t time精确到秒-Using vc++ realize the disc type display of the clock, use time_t time, accurate to seconds,
014532
- 采用VC++实现时钟的圆盘式显示,使用time_t time精确到秒-Using vc++ realize the disc type display of the clock, use time_t time, accurate to seconds,