搜索资源列表
amc_sdk
- Axis视频服务器设备编程开发包，包含开发控件和开发文档
tel-axis
- 对于电话号码，整数等，判断单个值 是否落到多个不连续的数据范围内
GrfxProgPHIGS
- Intro/: Directory containing introductory examples. HelloWorld.c A simple program that draws a box and writes \"Hello World\" in HelloWorld.f it. data The data file for the introductory progressive example. Lines.c Reads the data from
lesson04
- 这个程序主要是如何绕轴旋转物体。让物体绕Z轴， X轴，Y轴 或者全部3个轴旋转-this procedure is mainly around how the rotating objects. Let objects around the Z-axis, X-axis, Y-axis or all three-axis rotation
CGHomework
- 这个程序是我的一个图形学课程的小作业，其中实现了Bresenham直线插补算法、Barsky线框裁剪算法、平行六面体自消隐算法以及绕任意轴的旋转算法。-this procedure is a small graphics course operations, which achieved a Bresenham interpolation algorithm, Barsky wireframe cutting algorithm, parallel hexahedron since blanki
PMAC
- PMAC是可编程多轴控制器(Programmable Multi-Axis Controller)的简称，是美国Delta Tau公司生产的功能强大的运动控制器，PMAC是目前世界上功能最强的运动控制器之一，是当前开放式数控系统控制器的突出代表。该文档是PMAC使用中文手册。
PlotSphereIntensity
- PlotSphereIntensity(azimuth, elevation) PlotSphereIntensity(azimuth, elevation, intensity) h = PlotSphereIntensity(...) Plots the intensity (as color) of a number of points on a unit sphere. Input: azimuth (phi), in degrees elevatio
BCS
- A .zip file contains a series of scr ipts that were used in the MathWorks webinar \"Using MATLAB to Develop Portfolio Optimization Models.\" The scr ipts generate 3D efficient frontiers for a universe of 44 stocks with time as the third axis. Additio
circle_f
- function circle_f(r) clf t=0:pi/100:2*pi x=r*exp(i*t) plot(x, r* ) axis( square )
PTdemo
- elan手写 This is a C example that shows how to read touch pad axis position to port IO
circdemo
- This example program shows how to create an multi-axis path with acceleration ramping. It uses low-level function calls to the PIC-SERVO CMC, rather than the higher level functions found in PATHLIB4.DLL. It was created using Borland s C++ Builder. So
Axis
- 利用OpenGL实现二维场景坐标的建立。可以用于函数模拟等
process2
- 找待选物体图像的长轴位置-find objects to be elected to the long axis image location
立方体旋转0
- 立方体沿轴X，Y，Z旋转，但没有对代码作出注释，不过大家应该能看得懂-cube along the axis X, Y and Z rotation, but no right to make Notes code, but we should be able to be able to read! !
二维最近点
- 该程序实现对二维数据轴上的最临近点的求解问题 采用方法：分治方法-procedures to achieve the two-dimensional data of the axis points near the methodology used to solve the problem : the administration
一维最近点（分治法）1
- 该程序实现对一维数据轴上的最临近点的求解问题 采用方法：分治方法1（该方法在递归时由于使用数组的值，使得递归进栈的数据很多，消耗系统空间很大，所以处理的个数经测试不超过70个，可见在设计程序时，考虑空间的使用也是很必要的！）-the process of achieving a dimensional data axis near the point of the methodology used to solve the problem : a partition method (the me
一维最近点（分治法）2
- 该程序实现对一维数据轴上的最临近点的求解问题 采用方法：分治方法(找出中位数,两边递归）-the process of achieving a dimensional data axis near the point of the methodology used to solve the problem : the administration (to identify the median on both sides, the recursive)
一维最近点（传统法）1
- 该程序实现对一维数据轴上的最临近点的求解问题 采用方法：计算每对顶点间的距离，比较之 效率为O(n2)-the process of achieving a dimensional data axis near the point of the methodology used to solve the problem : for each pair of vertices the distance, a comparison of the efficiency of O (n2)
一维最近点（传统法）2
- 该程序实现对一维数据轴上的最临近点的求解问题 采用方法：传统方法2:先排序，然后一次线性扫描，得到最近距离，时间复杂性O（nlogn）-the process of achieving a dimensional data axis near the point of the methodology used to solve the problem : The traditional two methods : first order, and then a linear scan, rece
图形编辑
- 实现四个功能：一、图和图素1． 定义屏幕坐标2． 在屏幕中心作下列图素：点 • ； 小方块 ■ ；大方块 ■ ； 圆点 ● 。以上述图素画线二、3． 用DDA法画线段；4． 用DDA法画圆。三、已知如图所示的多面体，其各棱边长均相等。要求1． 用步进法（即+1比较法）编写AB线段生成程序；2． 用法线法编写消隐程序；3． 编写让多面体绕其中心轴线旋转30o、45o、60o的程序四.在三的基础上自动绘制各棱边，自由旋转任意角度-realization of the four funct