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fitellipse.rar
- 椭圆拟合,用于在jpg格式的图片上寻找椭圆,并进行拟合,Ellipse fitting to the picture in jpg format to find oval, and fitting
OpenGL_ellipse
- 用OpenGL实现的中点画椭圆算法,包括实现了调整窗口大小,椭圆不会变形。-OpenGL implementation in the dotted ellipse algorithm, including the realization of the window is resized, the ellipse will not be deformed.
3
- 实验要求:1、分别用圆的参数生成法和Bresenham算法画圆 2、请调用画圆和画椭圆的函数画出右图提示:openGL 里可通过glrotatef函数实现坐标系的旋转,如绕Z轴旋转45度(相当于XY平面内图形绕原点旋转45度)通过glrotatef(45,0,0,1)来实现。 -Experimental requirements: 1, respectively, the parameters used to generate a round and Bresenham algo
ellipse
- ellipse using openGL
Drawgraph
- 计算机图形学中绘制椭圆,矩形,折线,圆在GDI和OpenGL中实现-Computer graphics, drawing ellipse, rectangle, line, round to achieve in the GDI and OpenGL
openGL
- 此程序的功能是实现基本的openGL中的画线算法,总共有四个算法。DDA画线算法,中点Bresenham算法画直线,改进Bresenham算法画直线以及 四分法绘制椭圆-Feature of this program is to achieve the basic openGL draw lines in the algorithm, a total of four algorithms. DDA line drawing algorithm, Bresenham midpoint line d
Painter
- 画图,OpenGL实现,可以画点,线,圆,椭圆,矩形,多边形等,可以设置颜色和线的粗细,点的大小-Drawing, OpenGL implementation, can draw points, lines, circles, ellipses, rectangles, polygons, etc., you can set the color and line thickness, point sizes
Ellipse
- OpenGL中椭圆的源代码,MFC类响应OnDRAWEllipseTO中的代码编写-OpenGL source code of the ellipse, the MFC class response code is written in OnDRAWEllipseTO
ellipse
- 给定平面5点,判断是否能组成一个椭圆。使用opengl交互及绘制-given five points, determine whether they make a ellipse, and display in OpenGL
Ellipse
- OpenGL中椭圆的源代码,MFC类响应OnDRAWEllipseTO中的代码编写-OpenGL source code of the ellipse, the MFC class response code is written in OnDRAWEllipseTO
OpenGL-Shapes-Translation
- circle translating in y axis, ellipse rotating, triangle scaling in continually with GLui interface buttons
opengl-shape-translation
- circle translating in y axis, ellipse rotating, triangle scaling in continually with GLui interface buttons. this program use opengl that include freeglut and glew and glui libraries.
SolarSystem
- 该实验以太阳系的八大行星为理论基础,通过对各个行星的大小、与太阳的距离,自转周期和公转周期等参数进行设置,采用基于C语言,调用OpenGL的库函数来完成对太阳系的模拟。包括太阳、八大行星及月亮围绕地球转的模拟,为了是效果更加逼真,为各个球体添加纹理。其中八大行星分别为:水星(Mercury)、金星(Venus)、地球(Earth)、火星(Mars)、木星(Jupiter)、土星(Saturn)、天王星(Uranus)和海王星(Neptune),这八颗行星都在地球绕太阳公转的轨道平面的附近,轨道都