OpenGL高级编程与可视化系统开发（高级编程篇）的随书源码

opengl游戏编程 书中实例的第6章代码-opengl game programming book, the code examples in Chapter 6

In this tutorial we use Multiple Transforations to simulate the shoulder and elbow of a robotic arm.

Zooming and Panning an Orthographic Projection对OpenGL图形进行缩放和panning操作-Orthographic projection of an OpenGL graphics for panning and zooming operation

ini项目mata kuliah interaksi manusia dan komputer第3学期。

检查某一点是否位于平截头体内，并据此决定是否显示。用dev-c++编译。-check whether a certain point in the first-cut body, and accordingly decide whether to show. With dev- c compiler.

经典的nehe的opengl教程源码，lesson01－48。提供打包下载的真少。-classic source of opengl Guide, lesson01-48. Download package for the true small.

实现opengl三维坐标的绘制和任意旋转-Opengl realize three-dimensional coordinates of the mapping and arbitrary rotation

C写的游戏，下载下来可以试一试，里面的内容还可以的啊-C write the game, download it may try it, which can also be the content of the ah

本人为了图像处理的需要，很想实现二维图像的三维显示，于是写了本代码，希望与此有兴趣的读者共享。图像的获取一是bmp图像文件，二是来自剪贴板。本代码在MFC中调用OpenGL库函数来实现二维图像的三维显示，图像的宽度、高度和象素的亮度分别为三维空间的x,z,y坐标。程序主要有初始化、绘图、资源释放和操作部分，这些功能在OGL_MFCView.cpp文件中实现。OpenGL库的初始化在该文件中的OnCreate，InitScene和DrawScene函数中实现，主要初始化OpenGL运行时的环境变量，三维物体的光照，材质等，由于介绍OpenGL库的初始化的文档很多，在这里我就不多说了，感兴趣的读者可以参考有关的文档。在DrawScene函数中调用全局函数GLDraw3DBMP完成绘图部分。 编译源代码时，必须把opengl32.lib glu32.lib链到工程中。 可以通过对话框改变材质。按上下箭头键可以实现三维图像的绕x轴旋转，按左右箭头键可以实现三维图像绕z轴旋转。 本代码在Windows2000下编译通过。-image processing to the needs and would like to achieve th ree-dimensional two-dimensional images, then wrote the code, with the readers are interested in sharing. Image Access First bmp image files, two from the clipboard. The MFC code Calling OpenGL library functions to achieve the three-dimensional two-dimensional image display, image width, height and pixel brightness of the three-dimensional space x, z, y coordinates. Main initialization procedures, mapping, the release of resources and operation, the function of these documen

信成为可能，因而用户可以用计算机控制仪器，可 以依赖计算机为工具开发自己的强有力的软件来增强 自己的仪器系统的功能，使他能够分析和处理特定的 数据并显示结果，而不是限于仪器的固-letter as possible, so users can use computer-controlled equipment, it can rely on the computer as a tool to develop their own powerful software to enhance their own instrument system functions, so that he can analyze and process-specific data and display the results and not be confined to equipment Solid