gpu 实现marching cube

一个基于Fortran的Opengl程序，给出了使用一般Fortran开发Opengl的框架。-a Opengl the Fortran-based procedures, given the use of general Opengl Fortran development framework.

VC++和OPENGL，编写的齿轮齿坯图，实现了控件的旋转以及光照效果，按键盘上的上下左右键可以实现齿坯图形的旋转，同时，也增加了光照的效果。源代码中有具体的实现方法，非常适合OPENGL的初学者，很实用。

OpenGL做的三维几何零件图形,使用到了glut32库-OpenGL 3D graphics geometric parts, the use of the library glut32

学习图形图像时运用c语言编写的opengl图像程序，雪地中的松树。-The use of graphic images to learn c language opengl image process, the snow in the pines.

初学OpenGL很好的框架，添加了画出三角形和四边形的代码，完成上色并且实现了旋转效果，入门基础。-Good beginner OpenGL framework, added a painted triangle and quadrilateral code, complete and realize the rotating color effect, the basis for entry.

利用opengl绘制三次bezier曲线,B--绘制曲线 C--全部重绘 E--重绘曲线 Q--退出-Use opengl rendering three Bezier curves, B drawn curve C all redraw redraw E curve Q Quit

This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2 / ((ball.x - x)2 + (ball.y - y)2 + (ball.z - z)2) for all balls. The surface is defined to be where the sum is one.-This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2/((ball.x- x)2+ (ball.y- y)2+ (ball.z- z)2) for all balls. The surface is defined to be where the sum is one.

OpenGL中使用混合技术创造艺术效果的源程序-mixed use OpenGL technology to create artistic effects of the source

一个教您给三角形和四边形添加2种不同类型的着色方法的opengl程序，使用Smooth coloring(平滑着色)将三角形的三个顶点的不同颜色混合在一起，创建漂亮的色彩混合。效果相当不错！-teaches you to a triangular and quadrilateral add two different types of coloring method opengl procedures, Use Smooth coloring (coloring smoothing) triangle vertices of the three different colors mixed in a , to create beautiful color mixing. The results are pretty good!