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汇编奥运五环
- 汇编实现的奥运五环，采用了中点Bresenham算法即八分法画圆，来实现-compilation achieve the Olympic rings, using the midpoint of the Bresenham algorithm that interval law Circle to achieve
zhengfufahuayuan
- VC++环境下的编程，实现计算机图形学中的正负法画圆算法的源代码-VC environment of programming, computer graphics of plus or minus Act Circle algorithm source code
wangguanwocaonima
- VC开发的等值线分析代码 -高斯法计算曲面方程值并计算网格点值 这个是简单的用于画直线,圆,以及图象填充等经典算法的实现,跟CAD的画图界面很类似,但是十分简单. -development of the VC contour analysis code-Gaussian surfaces calculated value equation and calculation of grid points is the value of this simple for the painting
TURBOC
- 利用中点算法实现画整圆，利用c语言在turboc下编程
图形学直线和圆的生成算法
- 掌握直线和圆的生成算法,分别用DDA法和中点画线法在屏幕上画两条直线段-grasp of linear and circular generation algorithm, respectively DDA Act and the dotted lines in the screen painting of two straight
图形圆的生成算法
- 斜率为0～1和大于1的Bresenham画线程序，将该算法程序扩展到任一八分圆坐标空间图，从而形成一般的Bresenham画线算法。-slope of 0 to 1 and more than a line drawing of Bresenham procedures, the extension of this algorithm, arrived on January 8 pm Yuan map coordinates space, thus forming a general line
图形学直线的生成算法
- 圆心在原点，半径为R的第一个4分圆的Bresenham画圆算法程序，将该算法程序推广到任一四分圆，从而形成一般的Bresenham画圆算法。并利用Bresenham画圆算法画出一个圆心在点(xc,yc), 半径为R, 圆周颜色为color的圆-Center in the basics of radius R for the first four hours round the Bresenham algorithm Circle procedures, procedures for the pr
hudu
- 实现几种画圆的算法 Ｂrsenham 算法极坐标算法等 是用c实现的-achieve several algorithms Brsenham Circle algorithm Polar algorithm is used to achieve the c
Bresenham
- 汇编语言版的Bresenham算法，画直线，画圆。98下编译通过，XP可能不行。-Assembly language version of the Bresenham algorithm, drawing straight lines, circles. 98 compile, XP may not work.
zywline
- 提供直线的三种算法；提供圆的算法；提供画任意圆弧的算法-Three algorithms to provide a straight line provide round algorithm provide painting arc arbitrary algorithm
CenterandBresenham
- 在Delphi环境下运用计算机图形学上的中心点画圆和Bresenham算法实现画圆。-In the Delphi environment, the use of computer graphics on the center draw a circle and draw a circle Bresenham algorithm.
compiled-graphical-clock
- 汇编语言编写的图形化时钟，采用了Bresenham算法画圆-Graphical assembly language clock, using the Bresenham circle algorithm
OpenGL1
- 基于MFC的OpenGL语言画线、画圆算法，可以实现8个区间。其中每种功能都提供了至少一种函数。-OpenGL language painted line MFC-based, circle algorithm can achieve 8 range. Each of which features at least one function.
line-cilcle
- 通过程序实现Bresenham画线算法，中点画圆算法以及中点画椭圆的算法-Achieved through the process Bresenham line algorithm, the midpoint circle algorithm, and the dotted ellipse algorithm