红蓝交替显示，戴上立体眼睛可以看立体，已经调试

内存画图DLL，可以快速画出圆，矩形，三角，多边形等常见的图形以及各种曲线-Memory drawing DLL, can quickly draw circle, rectangle, triangle, polygon, such as graphics and a variety of common curve

影像的一维线性变换-dimensional images of a linear transformation

绘图程序，VC中的图象编程基础-mapping procedures, the VC program based Image

德国斯图加特大学图形图像方面的技术超牛的，spvolren是他们的开源体绘制，完全基于C和glut，随意跨平台-Stuttgart, Germany University of graphics images technical super cow, spvolren is their open-source volume rendering, based entirely on the C and the glut, casual cross-platform

《虚拟现实三维立体网络程序设计语言VRML――第二代网络程序设计语言》配书光盘-"virtual reality 3D network programming language VRML-- second-generation network programming language" CD Distribution

200us延时子程序，延时时间可以调整。-200us delay subroutine, delay time can be adjusted.

将BMP格式转换成YUV格式，里面有例子，很好的。

实现提取2值图象的边缘,根据MATLAB中的bwperim函数改编的C函数.-2 the value of the realization of extracting the edge image, in accordance with MATLAB in the adaptation of bwperim function C function.

摘要：在交通场景下进行多目标跟踪时，如何正确检测出车辆间的相互遮挡是影响车辆跟踪结果的关键。针对问题，运用投 影理论分析交通场景的三维几何投影特征．用长方体投影轮廓模型对车辆进行建模，重构其乏维投影轮廓，以进行遮挡的检 测和分离。与以往的方法相比，它在估计出的车辆外形轮廓基础t-进行遮挡检测，不需要匹配操作，计算量较小，并能解决 基于匹配的方法无法对付的初始遮挡问题。用实验验证了该算法的有效性。-In multi―object tracking of traf氍c scene。how to detect the occlusion is a key problem for vehicle tracking．A novel vehicle contour based method is prope∞d to deal with this problem．This method firstly extracts the 3D geometry character from the vehicle images according to the projecting theory，establishes the model of the vehicle with the euboid project contour，and then reconstructs its 3D project contour。detects and segments the occlusion l-e- sious．Compared with traditional method，it deals with the problem with less computation because it generates the ve・ hide contour firstly and no match calculation is needed．Moreover，this method is able to solve the initial occlusion problem，which could not be solved with matching based method．The experimental results show that the

#include "LCD1602.h" void LCD1602Write(UINT8 type, UINT8 data) {  uint8_t  i ;  uint16_t val, tmp = data;  if(type == CMD)     GPIO_ResetBits(LCD1602PROT, RS); //RS = 0 写指令  else   GPIO_SetBits(LCD1602PROT, RS);    //RS = 1 写数据  GPIO_ResetBits(LCD1602PROT, RW);    //RW = 0 ;  for(i=0; i>4)&0x000F)