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Graphics
- 一个集成的图形界面的程序，可调用每一次作业子程序。 一、调用画点的函数，用DDA、中点算法画直线和中点算法画圆和椭圆。 二、多边形扫描转换算法和区域填充算法实现（扫描线算法为必做，基于求余运算的边缘填充和边标志算法为任选；基于种子的区域填充采用4连通区域的递归种子填充算法，或扫描线种子填充算法，要求种子点(x,y)可交互输入）。 三、线段裁剪和多边形裁剪算法的动画演示实现。（两种线段裁剪算法和H-S多边形逐边裁剪算法）多边形裁剪算法的动画演示要求先画出一个封闭的多边形，再画矩形的裁剪
Clip
- VC6.0实现多边形裁剪。单击左键记录目标多边形，右键记录多边形定点，双击右键闭合多边形。再左键记录裁剪多边形，右键记录多边形定点，双击右键闭合多边形。实现裁剪。-VC6.0 achieve polygon clipping. Click the left records the target polygon, right-record fixed-point polygon, double-click the right-closed polygon. Polygon Clipping rec
vccut
- 多边形裁剪算 法多边形裁剪算法-Polygon Clipping Algorithm Polygon Clipping Algorithm
Cohen-Sutherland
- 程序运行Cohen-Sutherland线段裁剪算法 ，所用坐标系为笛卡尔直角坐标系. 起始状：用户输入所画线段的起点和终点坐标 结束状态：程序打印出裁剪以后的线段-Program runs Cohen-Sutherland Line Clipping algorithm, used for the Cartesian coordinates Cartesian coordinate system. Start-shaped: the user to enter the draw
rotate
- 对一个图像的一些基本操作 如旋转 压缩 平移 裁剪-An image of some of the basic operations such as rotary cutting compression translation
DibTransform
- 该程序实现一个灰度图像的放大功能和缩小功能，以及裁剪功能。-The program realization of a gray image magnification function and reduce the function, as well as cutting function.
cut
- 计算机图形学里的一项重要技术:区域裁剪技术,用可MFC完成可视化界面.-Computer graphics in an important technology: the regional cutting technology, using MFC complete visualization interface.
polygon_cut
- 多边形裁剪算法研究与实现 多边形裁剪算法研究与实现-the algorithm of cuting from polygons.
Graphics
- 计算机图形学的各种实验，里面包含主要内容包括线段、园、区域填充、线型线宽、字符、裁剪、等基本图形生成算法；样条、Bezier、等常用曲线的生成算法；Coons曲面、Bezier曲面、B样条曲面等常用曲面的生成算法。含实验报告-Computer graphics, various experiments, which contains the main contents include the line, park, area filling, line width, character, cut
clip
- 利用vc++实现的裁剪功能，可实现凹多边形、凸多边形的线裁剪-Using vc++ implementation of the clipping function can be realized concave polygon, convex polygon of the line cutting
PolygonClipping
- 基于divide and conquer策略的Sutherland-Hodgeman多边形裁剪算法的Matlab程序-Divide and conquer strategy based on the Sutherland-Hodgeman polygon clipping algorithm of Matlab procedures
homeworkofgraphics
- 画点、画线、二维裁剪平移、填充算法、三维显示、二维基本变换、bezier曲线。-Painting, the painting line, cutting two-dimensional translation, filling algorithm, three-dimensional display, the basic two-dimensional transform, bezier curves.
liangyoudong
- 在VC++环境下实现实现梁友栋裁剪算法，-You-Xin Liang Dong cutting algorithm to achieve
newmorning
- 详细讲述了二维线画图元的生成（包括二维直线、圆、椭圆、抛物线的生成）、二维填充图元的生成（图形的填充、字符的输出）、二维裁剪、图形变换（平移、旋转、放缩三种变换）、投影（透视投影）和曲线生成（Hermite曲线和Bezier曲线的生成）的算法思想以及程序实现。-A detailed account of the two-dimensional line drawing of the generating element (including the two-dimensional linear,
include2
- 了解二维图形裁剪的原理（点的裁剪、直线的裁剪、多边形的裁剪），利用VC+OpenGL实现直线的裁剪算法。-Understanding of the principles of cutting two-dimensional graphics (point of cutting, cutting a straight line, polygon clipping), the use of VC+ OpenGL to achieve a straight line cutting algorithm
LineClipping
- 计算机图形学中的线段裁剪算法，包括：区域编码，中点算法和liang算法-Computer graphics in the cut-line algorithm, including: regional coding, the mid-point algorithm and algorithm liang
piccutting
- 计算机图形学方面图形裁剪实例。包括典型的裁剪算法。-CG Cutting arithmetic
a
- 运用Sutherland-Hodgeman算法的多边形裁剪算法。C语言实现。-The use of the Sutherland-Hodgeman polygon clipping algorithm algorithm. C language.
imchange
- 本程序可以完成批量图片的裁剪和压缩，是非常适合OpevCV初学者学习的程序。-This program can complete the picture cutting and compression volume is very suitable for beginners to learn OpevCV procedures.
duobianxingcaijian
- 学习图形学时编制的多边形裁剪算法实例，希望对学习图形血的朋友们有所助益-Graphics prepared to learn when the polygon clipping algorithm for instance, want to learn graphic bloody helpful friends