这是一个java写的俄罗斯方块的程序，使用frame写的，而不是传统的applet，希望大家玩过之后给点意见 lzz_zsu_2005@yahoo.com.cn...

[斐波那契运算DEV-C++编译器]学习，学习东西，以实现C语言的方式。

一个利用SELECTINFO生成临时列表的小工程，值得-SELECTINFO generated using a provisional list of small-scale projects, it is worth a look

各种JTAG：包括ALTERA、ARM、AVR、LATTICE、S52、XILINX。-various JTAG include : Altera, ARM, AVR, LATTICE, S52, XILINX.

最短路径和最小生成树-shortest path and minimum spanning tree

本人设计了一个小的播放器，是以vc++开发的，希望大家喜欢-I designed a small player, is vc development, I hope you like them

在dreamveaver 中实现添加功能-Add to achieve in dreamveaver function

用于在MATLAB中绘制多坐标轴，将多个变量绘制在一张图中-MATLAB is used to draw multiple axes, multiple variables are plotted in a graph

M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D - the leading performance measurement tool for mobile 3D graphics, M3GExport lets use sophisticated features of M3G format like skeletal animation, morphing meshes, triangle stripping and other useful optimisations. M3GExport for Maya is available in two editions, Limited and Standard. The Standard version contains sophisticated optimisation options used mostly by commercial game developers.-M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D- the leading performance measurement tool for mobile 3D graphics, M3GExport lets use sophisticated features of M3G format like skeletal animation,

距离分辨率 thrt0=1*pi/6 斜视角 angb=0.6*lamda/res_a 合成波束宽度 Rr=5000 目标中心到航迹垂直距离 V=100 飞机的航速 Tp=1e-6 脉冲宽度 T=10e-3 脉冲周期 B=0.5*c/res_r 脉冲频宽 Kr=B/Tp 频率调制率 fc=c/lamda 载波频率 Rx=Rr*tan(thrt0) 目标区中心横坐标 R0=Rr*sec(thrt0) 目标区中x心距离 Lc0=1.0*angb*R0 正视有效积累长度 Lc=Lc0*sec(thrt0) 斜视有效积累长度 Tc=Lc/V 相干积累时间 wx=100 场景长度-距离分辨率 thrt0=1*pi/6 斜视角 angb=0.6*lamda/res_a 合成波束宽度 Rr=5000 目标中心到航迹垂直距离 V=100 飞机的航速 Tp=1e-6 脉冲宽度 T=10e-3 脉冲周期 B=0.5*c/res_r 脉冲频宽 Kr=B/Tp 频率调制率 fc=c/lamda 载波频率 Rx=Rr*tan(thrt0) 目标区中心横坐标 R0=Rr*sec(thrt0) 目标区中x心距离 Lc0=1.0*angb*R0 正视有效积累长度 Lc=Lc0*sec(thrt0) 斜视有效积累长度 Tc=Lc/V 相干积累时间 wx=100 场景长度

labview 实验教材...供大家参考.-labview test materials ... for your reference.