搜索资源列表
221121711222005622135524929143
- 一个画nurbs曲面的vc程序 可能贵站已经有此代码 贵站有许多程序代码我非常有用 需要写进我工作所要做的dxf数据转换程序中 希望站长能开通我的帐号 让我下载贵站代码完成我的工作 完成后我会将代码上传 那是一个将dxf转换成 点 线 面的程序 会转换所有 dxf平面 图形 所有平面的 块 图层 颜色 填充体 现在只差dxf的样条曲线 就会完成 程序 贵站有我需要的B样条 nurbs等 曲线的代码 会帮助我完成程序 完成后我会将代码 上传 我的程序 汇集了 GIS系统 数据转换系统 实现了一些
polygonclip_demo
- Polygon clipping is one of those humble tasks computers do all the time. It s a basic operation in creating graphic output of all kinds. There are several well-known polygon clipping algorithms, each having its strengths and weaknesses. The oldest on
hueituchenxudaquan
- 程序的功能： 一、用两种不同算法（DDA法和中点法）画任意直线，输入方式有鼠标取点点法，和对话框输入直线端点法。直线颜色在画线前任意选取。 二、直线的属性控制。可以从对话框中任意输入线宽画直线。还有画虚线的功能，你可以输入虚线中实线部分的长度和空白间隔的长度来画虚线。 三、用两种算法（中点法和正负法）画任意圆。 四、画任意椭圆。画椭圆时限任意取两点确定一矩形，由该矩形确定椭圆的大小。 五、多边形填充。用鼠标取点画任意多边形，可选取任意颜色去填充多边形区域。 六
CGFramework
- mfc 进行绘图的一个平台。 CGFramework is an auxiliary framework for some homework in the course of Computer Graphics. It aims at shielding the students from complex windows programming issues, and helps them focus on the graphics algorithms, rather than some
HoG.rar
- 经典HOG算法，基于梯度的直方图提取算法，用于人体检测十分有效！,HOG classic algorithms, gradient-based histogram extraction algorithms, used in human testing is very effective!
Yuv_DeIntelace.zip
- 反交錯演算法 Yuv Deinterlace no error no warring in VC6 ,De-interlacing algorithms Yuv Deinterlace no error no warring in VC6
wykobi
- Very fast algorithms to draw graphs/shapes on the canvas in VC++. it s a freeware code.
fenxingcaosuanfa
- 计算机图形学经典算法，分型算法例程。具体实现了，算法中的技巧-Classic computer graphics algorithms, sub-type algorithm routines. Concrete realization of the algorithm in the skills
sibson
- 根据自然邻进法（sibson插值）的算法，可以把上述n个点，分成红，黄，蓝，黑，绿这五种颜色。 ％ 每种颜色的点形成的区域，就是该已知点影响的区域（每种颜色的加权系数都是1） 本人原创-According to the natural neighbors into law (sibson interpolation) algorithms, can be n the above points into the red, yellow, blue, black, green for th
graph
- 用MFC做的绘图程序，里面的画线算法，画圆算法，梁友栋算法，扫描线种子填充算法等等都是严格按照书本的编写，适合学计算机图形学的初学者参考-Using MFC to do the drawing program, draw lines inside algorithm, drawcircle algorithm, You-Xin Liang Dong algorithms, scan line seed fill algorithm and so on are all in strict acco
basicpixel1
- 本章主要介绍图元属性，对于各种图元的属性具有详细的描述，以及相关的算法和思想，还有涉及到区域填充的各种方法，相信对大家的学习有帮助-This chapter introduces the element attributes, for a variety of graphic elements with the attributes described in detail, as well as related algorithms and ideas, but also relates to
FlowChart
- 一款流程图设计软件，可运行设计完成后的流程图并将结果显示在一个输出窗口中，能胜任工业之用！-Flow Chart Visual Programming Language allows to run basic algorithms in a visual way. All you have to do is to place program blocks on the screen, connect them with arrows and run. You can also ru
drawinglinemethods
- 这个包里有有几个在MFC中实现的几种画线的算法，且通过了编译，是最近学习实践的一点东西。-This package has a few in the MFC to implement several algorithms for drawing lines, and passed the compilation, is the latest bit of practice to learn something.
graphAlgorithmFindingPath
- My Graph Algorithms exercise in graphic mode -My Graph Algorithms exercise in graphic mode
Graphic
- 使用C语言编写的一些简单的图形算法基础，其中有中点直线算法，中点画圆，种子填充和裁剪算法。-Using the C language written in the basis of some simple graph algorithms, including the midpoint of a straight line algorithms, the mid-point Circle, seed filling and clipping algorithms.
gyhtdcsf
- 平时, 用惯了API、CDC和封装好的内部函数,关于画线,画圆这些东西都是信手拈来... 最近学习计算机图形学,不得不深入内部研究一下底层算法... 在这里贴几个代码分享一下! (这里只给出MFC的OnDraw函数) -In peacetime, used to use the API, CDC, and packaged inside a function, with regard to drawing lines, draw a circle are all these th
DrawLine
- 用matlab编写的计算机图形学中的画线算法。包括几种经典的画线算法，如中点画线等。-Prepared using matlab draw line in computer graphics algorithms. Includes several classic line drawing algorithm, such as the dotted lines.
Bcircle
- 在C++环境下，采用Bresenham画圆算法绘制圆形（计算机图形学的重要算法）-In C++ environment, using Bresenham circle algorithm to draw a circle (an important computer graphics algorithms)
C
- 计算机图形学中的画圆算法，效率还不错啦。大家-Circle in the computer graphics algorithms, the efficiency of the good thing. We look
huaxian
- 计算机图形学 Bresenham直线算法与画圆算法 -Bresenham line algorithm and draw a circle algorithms in computer graphics