搜索资源列表
midline12
- 在c的环境下实现直线中点算法实现,可以实现任意斜率的直线绘制.-in the environment to achieve straight midpoint algorithm can achieve arbitrary slope of the straight-line drawing.
slope.level
- 绘制完成的工作面沿倾向方向的水平变形曲面图形和生成的倾向方向水平变形等值线图
实验报告2
- 重点撑握数值微分法.此法主要内容为先算出直线的斜率 k=△y/△x 其中, △x=x1-x0, △y=y1-y0,(x0,y0)和(x1,y1)分别是直线的端点坐标。然后,从直线的起点开始,确定最佳逼近于直线的y坐标均为整数,让X从起点到终点变化,每步递增1,计算对应的y坐标,y=kx+B,并取象素(x,round(y))。用这个方法既直观,以可行,然而效率低。-focus on shoring grip numerical differentiation. This method is mai
txx
- 计算机图形中,简单的画直线,画圆用C语言实现。其中包括斜率的讨论,用对话框对直线的坐标进行输入-Computer graphics, a simple line drawing, draw a circle with the C language. Including discussion of the slope, with the coordinates of the dialog box for input of line
Bresenham_Line
- 中点画直线法的扫描转换程序:用中点法绘制的直线,可以是任意斜率。-Straight-line method of stippling the scan conversion process: A straight line drawn by the mid-point method, the slope can be arbitrary.
BoLangXian
- 要通过一条样条曲线绘制出另外一条样条正弦样条曲线(或波浪线),原理是先求原曲线的曲线斜率在通过鼠标判断在曲线那边做,求偏移的点数组等方法,完成绘制波浪线-By a spline curve drawn through a sine-spline-spline curve (or wave lines), the principle is to seek the original curve in the curve slope in the curve through the side of t
DDALine
- dda画线,实现不同斜率的画线,用VC++开发-dda draw lines, draw lines of different slope to achieve, with VC++ Developer
drawline
- 分别用DDA算法、中心点画线法和Bresenham算法实现任何斜率、任何方向直线绘制的演示程序。-DDA algorithm respectively, the center dotted line method and the Bresenham algorithm to any slope in any direction to draw a straight line demonstration program.
jisunjituxingxue
- 利用计算机编程语言绘制图形,主要实现以下内容: (1)、中点算法生成任意斜率直线,并设置线型线宽。 (2)、中点算法生成圆 (3)、中点算法生成椭圆 (4)、扫描算法实现任意多边形填充 (5)、Cohen_Sutherland裁剪 (6)、自由曲线与曲面的绘制 (7)、二维图形变换 (8)、三视图变换 -Draw graphics using computer programming languages, mainly to achieve the follo
LineCircle
- 计算机图形学中画直线和圆的程序。分别用三种算法实现各种斜率的画直线!-Computer graphics, drawing lines and circles in the program. Three algorithms were used to draw a straight line to achieve a variety of slope!
DDA
- DDA画直线,画任意斜率,可为填充算法准备。-Any straight line the slope of the DDA painting, but as the filling algorithm to prepare.
bresenham
- 将中点Bresenham算法推广到绘制任意斜率的直线段。使用对话框输入直线的起点和终点坐标。-Midpoint Bresenham algorithm will be extended to the slope of the straight line segments drawn arbitrarily using dialog to enter the line start and end coordinates.
test1
- 将中点Bresenham算法推广到绘制任意斜率的直线段。使用对话框输入直线的起点和终点坐标,以屏幕中心为二维坐标系原点,绘制任意斜率的直线段。编制CLine类,成员函数为MoveTo()和LineTo()。对边界像素的处理原则是“起点闭区间、终点开区间”,即要求所绘直线达到VC++的MoveTo()和LineTo()函数的绘制效果。-Midpoint Bresenham algorithm will be extended to the slope of the straight line se
2
- 将中点Bresenham算法推广到绘制任意斜率的直线段。使用对话框输入直线的起点和终点坐标,试以屏幕中心为二维坐标系原点,绘制任意斜率的直线段。要求编制CLine类,成员函数为MoveTo()和LineTo()。对边界像素的处理原则是“起点闭区间、终点开区间”,即要求所绘直线达到VC++的MoveTo()和LineTo()函数的绘制效果。-Midpoint Bresenham algorithm will be extended to the slope of the straight line
line2
- 绘制任意斜率的直线段 设计CLine直线类,其数据成员为直线段的起点坐标P0和终点坐标P1,成员函数为MoveTo()和LineTo()函数。 CLine类的LineTo()函数使用中点Bresenham算法绘制任意斜率k的直线段,包括k=±∞、k>1、0≤k≤1、-1≤k<0和k<-1五种情况。 在屏幕客户区按下鼠标左键选择直线的起点,保持鼠标左键按下并移动鼠标到另一位置,弹起鼠标左键绘制任意斜率的直线段。 在状态栏动态显示鼠标光标移动时的位置坐标。-The slope of
汽车理论MATLAB
- 在汽车理论中,利用Matlab图形用户界面对汽车动力学性能进行了计算。可绘制驱动力-阻力平衡图、爬坡图、加速度曲线图、动力系数图和功率平衡图。(The Matlab GUI interface is used to calculate the vehicle dynamic performance in automobile theory. It can draw driving force resistance balance diagram, climbing slope diagram,
