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CPU_use
- 使用VHDL语言编写的简单8位流水线CPU 它有六级流水功能，通过仿真 可以下载到实验箱，也有波形仿真-use VHDL to prepare a simple eight pipelined CPU it has six functional water, Simulation experiments can be downloaded to the box, a waveform simulation
sharkgame
- 是一个Applet程序，要在浏览器中或用appletviewer执行。当Applet运行时， 鲨鱼会在水平方向持续移动，单击相应的按钮会改变鲨鱼的运动方向。游戏的目标是当猎物 经过时，如果鲨鱼也处在该位置并且完全没入水中，则猎物才被捕获。猎物被捕获时会发出 相应的提示音，并且猎物消失。-Applet is a procedure, in the browser or appletviewer implementation. When the applet running, the s
typhon-solver-0.3.0-sources.ta
- 二维、非结构网格、有限体积法求解浅水方程代码，带算例。不可多得的源代码。,source code for two dimensional Finite Volume Solver for Nonlinear shallow water equations, with examples included
MSP430_licheng
- MSP430原理与应用教程课件配套实验例程,基于IAR——EW430EV软件平台，例程包括流水灯、矩阵键盘、ADC、USART等外设电路的应用程序。-Principles and Applications of MSP430 Tutorial courseware supporting experimental routine, based on IAR- EW430EV software platform, routines, including water lamps, matrix key
2timer
- 用两定时器，数字5432降至5398同时流水灯，到5398时灯同时闪烁，后数码显示HELO -Two timers, the number of 5432 fell to 5398 at the same time water lights, to 5398 when the lights flicker at the same time, after the digital display HELO
state_machine
- 状态机的描述，基于EasyFPGAv1.04 用状态机描述流水灯，状态机在1s的周期下流水灯，方向又sel控制-Descr iption of state machine, based on the state machine described by EasyFPGAv1.04 water lights, state machine at the cycle 1s under water lights, direction and control of sel
fortran_Simplecalculationofriverflood
- 这是一个fortran语言的简单河道调洪计算程序，或者说是一个一维洪水演进程序，希望对搞流体计算的朋友有所帮助．-This is a simple language fortran river flood program, or is an evolution of a process维洪water, and they hope to engage in fluid has been calculated to help a friend.
01_SprayParticles
- DirectX精通中的实例，通过粒子系统实现了喷水的效果-DirectX examples of good, through the achievement of the water particle system effect
liuchang
- 二维浅水方程运行流场，采用有限元法变成，采用不规则三角形网格的分步杂交方法，在前半步长用特征线法，后半步长用集中质量有限元方法求解方程，是变边界模型-Two-dimensional shallow water equations to run the flow field into a finite element method, using irregular triangle mesh step-by-step hybrid methods, with the former half-len
water-echo
- 用回声隐藏方法实现数字水印的许多程序，欢迎共享-This is some water echo code,I spend a lot of time on it.
SpecialFX
- 张忠帅.VC++2008开发实例 多媒体应用开发实例第十七章 借助DirectDraw实现水波的模拟。实现源代码-Zhang Shuai. VC++2008 Example of Development of Multimedia Application and Development of Chapter XVII for Water Wave Simulation with DirectDraw. Implementation source code
ElecWater
- 问题描述 设计一个水电管理信息系统，能够对高校的水电费用进行管理,包括了登记费用，查询费用，以及住户信息管理等。在设计时要考虑到学生和教工在用水电时的不同，学生可以免费使用一定额度的水电，超过这个额度的随便以后必须自费使用，且自费部分水电费的价格标准要高于教工的收费标准（主要是节约资源）。 基本要求 实现对用户信息的录入 实现水电煤气数据的录入 计算并查询用户应缴费用 查询未缴纳费用名单 测试数据
hengwenshuiyu
- 恒温水浴箱，有无线功能和语音模块功能，还能显示温度曲线-Constant temperature water bath, wireless capabilities and voice modules, but also shows the temperature curve
EDA
- EDA实验代码，有交通灯，流水灯，汽车尾灯，电梯，电子密码锁-The EDA experimental code, traffic lights, water lights, car tail lights, elevators, electronic password lock ~ ~
M2
- 利用渤、北黄海M2同潮图找出北纬34度开边界条件，通过画网格线确定北纬34度处M2的振幅迟角度数。再利用运动方程与控制场以及渤、北黄海水深数据确定M2分潮的潮位在一个周期的变化情况。-Use of the Bohai Sea, the North Yellow Sea the M2 with tidal Figure identify open boundary conditions of 34 degrees north latitude, by drawing grid lines to d
2D_M2
- 利用渤、北黄海M2同潮图找出北纬34度开边界条件，通过画网格线确定北纬34度处M2的振幅迟角度数。再利用运动方程与控制场以及渤、北黄海水深数据确定M2分潮的潮位在一个周期的变化情况。-Use of the Bohai Sea, the North Yellow Sea the M2 with tidal Figure identify open boundary conditions of 34 degrees north latitude, by drawing grid lines to d
HW3_2
- Water-filling MIMO OFDM wireless
Storm-Water-Management-Model-
- 个人收集的SWMM径流管理模型的计算引擎源代码，图形用户界面源代码，接口指南以及动态波流量盐酸质量保证报告（中文注释）-Personal collection the the SWMM runoff management model calculation engine source code, graphical user interface source code, interface guidelines, and dynamic wave flow hydrochloric qualit
jisuanjituxingxue-shuidi
- 利用VC++编写的水滴扩散程序，有助于大家对渐开线的绘制进行初步学习-use vc++ to write water diffusion procedure, help you for the drawing of involute preliminary
2dShallowwaterequationRiemannsolver
- 用MATLAB编写的基于有限体积法求解二维浅水方程边界数值通量的Riemann求解器（HLL格式），可处理干河床问题，适用于规则网格及不规则网格，只需提供边界左右两侧的水深和流速以及外法线矢量-Written using MATLAB numerical flux based on the finite volume method for solving the two-dimensional shallow water equations boundary Riemann solver (HL