opengl prepared by a senior animation procedures to be carried out by right

经过包装的OpenGL类-packaged OpenGL category

一个多文档多视的opengl 环境 可以在其他两个视里随便写一些东西-More than one document and more as the opengl environment in the other two, as in not write something

应用背景1。试验目的通过设计一个简单的机器人动画程序，了解OpenGL变换，几何变换观测方法和矩阵栈的集合。2。试验内容（1）该程序blcu_robot.exe特征的观察与分析，使用变换和几何变换的观测分析。（2）学习文件夹opengl_robot–指程序中的程序。（3）例如7个扩展程序，该程序具有此功能。（4）编写程序文件。3。程序文件实验程序：（1）建立人体模型，包括：躯干、手臂、手、腿、脚。（2）添加blcu_robot.exe功能。通过按住鼠标左键并拖动来移动机器人；通过按住鼠标右键，拖动xoy平面内移动相机实现按住鼠标中间键改变机器人增加了关键的反应控制权的手臂旋转增加了按键的反应，右手臂控制前臂旋转增加了按键的“女”响应控制左脚转身。H.添加键的响应来模拟步行的四肢的平行影响（左手臂和右腿的同步，右手臂和左腿）。关键技术C++，OpenGL动画。动画可以用来理解的旋转的茶壶的工作

Nehe OpenGL教程最全的源码资料集，帮你从入门到精通OpenGL-Nehe OpenGL tutorials most of the source data sets to help you from entry to proficient in OpenGL

/* Draw circles of radius 9, 8 and 7 with the colours shown around (0,0) Draw the x and y axis Draw the diagonal line Draw the 12 by 6 quad around (0,0) When the left mouse button is pressed the diagonal line moves as shown. When the right button is pressed the diagonal line is reset to its original position The right button also toggles the direction from + to - x Pressing Esc exits the program */-/* Draw circles of radius 9, 8 and 7 with the colours shown around (0,0) Draw the x and y axis Draw the diagonal line Draw the 12 by 6 quad around (0,0) When the left mouse button is pressed the diagonal line moves as shown. When the right button is pressed the diagonal line is reset to its original position The right button also toggles the direction from+ to- x Pressing Esc exits the program */

opengl作业，可以按键控制偏移，改变视角，缩放。实现交互。-opengl operations, offset control buttons, changing perspectives, zoom. Interactive.

使用OPENGL实现场景的雾化效果，提供键盘接口，动态调节效果-use OpenGL scene atomizing effect, keyboard interface, dynamic adjustment results

 1、实现边缘检测算子功能： 通过Visual C++6.0来实现边缘检测算子的功能，先对Sobel算子、Prewitt算子、Roberts算子等进行函数定义，然后再进行函数调用，就可以得到边缘检测的不同效果。 2、比较分析边缘检测算子，得出适合应用与TIP技术中的算子： 比较各种边缘检测算子得到的边缘检测图像，选择适合在TIP技术中实现的边缘检测算法，自动提取前景掩模与背景图像。

适合于初学者刚接触opengl 简单的地形图表面

The concept of particle effects is very simple. Particle effects can be used to simulate fire, fireworks, water fountains, snow, rain, explosions and many other things. The effects are created by creating a definite number of particles. Depending on the need for performance and realistic appearance, the number of particles can range from 50 to thousands. Each particle has its own location, size, velocity, color, life and image. The particle engine controls the particles and makes them react according to the rules of the particle .