登录
首页 » C# » WindowsApplication_Example

WindowsApplication_Example

于 2007-10-08 发布 文件大小:165KB
0 106
下载积分: 1 下载次数: 6

代码说明:

  VSharp学习软件源代码WindowsApplication_Example示例程序(VSharp learning software WindowsApplication_Example sample application source code)

文件列表:

WindowsApplication_Example
..........................\EmployeeDataForm

..........................\................\AssemblyInfo.cs
..........................\................\bin
..........................\................\...\Debug
..........................\................\...\.....\EmployeeDataForm.exe
..........................\................\...\.....\EmployeeDataForm.pdb
..........................\................\EmployeeDataForm.csproj
..........................\................\EmployeeDataForm.csproj.user
..........................\................\Form1.cs
..........................\................\Form1.resx
..........................\................\obj
..........................\................\...\Debug
..........................\................\...\.....\EmployeeDataForm.exe
..........................\................\...\.....\EmployeeDataForm.Form1.resources
..........................\................\...\.....\EmployeeDataForm.pdb
..........................\................\...\.....\temp
..........................\................\...\.....\TempPE
..........................\GDIPlusDemo

..........................\...........\AssemblyInfo.cs
..........................\...........\bin
..........................\...........\...\Debug
..........................\...........\...\.....\GDIPlusDemo.exe
..........................\...........\...\.....\GDIPlusDemo.pdb
..........................\...........\Form1.cs
..........................\...........\Form1.cs.bak
..........................\...........\Form1.resx
..........................\...........\GDIPlusDemo.csproj
..........................\...........\GDIPlusDemo.csproj.user
..........................\...........\obj
..........................\...........\...\Debug
..........................\...........\...\.....\GDIPlusDemo.exe
..........................\...........\...\.....\GDIPlusDemo.Form1.resources
..........................\...........\...\.....\GDIPlusDemo.pdb
..........................\...........\...\.....\temp
..........................\...........\...\.....\TempPE
..........................\GDIPlusDEMO2

..........................\............\AssemblyInfo.cs
..........................\............\bin
..........................\............\...\Debug
..........................\............\...\.....\GDIPlusDEMO2.exe
..........................\............\...\.....\GDIPlusDEMO2.pdb
..........................\............\Form1.cs
..........................\............\Form1.resx
..........................\............\GDIPlusDEMO2.csproj
..........................\............\GDIPlusDEMO2.csproj.user
..........................\............\obj
..........................\............\...\Debug
..........................\............\...\.....\GDIPlusDEMO2.exe
..........................\............\...\.....\GDIPlusDEMO2.Form1.resources
..........................\............\...\.....\GDIPlusDEMO2.pdb
..........................\............\...\.....\temp
..........................\............\...\.....\TempPE
..........................\Helloworld

..........................\..........\AssemblyInfo.cs
..........................\..........\bin
..........................\..........\...\Debug
..........................\..........\...\.....\Helloworld.exe
..........................\..........\...\.....\Helloworld.pdb
..........................\..........\Form1.cs
..........................\..........\Form1.resx
..........................\..........\Helloworld.csproj
..........................\..........\Helloworld.csproj.user
..........................\..........\obj
..........................\..........\...\Debug
..........................\..........\...\.....\Helloworld.exe
..........................\..........\...\.....\Helloworld.Form1.resources
..........................\..........\...\.....\Helloworld.pdb
..........................\..........\...\.....\temp
..........................\..........\...\.....\TempPE
..........................\InterestCalc

..........................\............\AssemblyInfo.cs
..........................\............\bin
..........................\............\...\Debug
..........................\............\...\.....\InterestCalc.exe
..........................\............\...\.....\InterestCalc.pdb
..........................\............\Form1.cs
..........................\............\Form1.resx
..........................\............\InterestCalc.csproj
..........................\............\InterestCalc.csproj.user
..........................\............\obj
..........................\............\...\Debug
..........................\............\...\.....\InterestCalc.exe
..........................\............\...\.....\InterestCalc.Form1.resources
..........................\............\...\.....\InterestCalc.pdb
..........................\............\...\.....\temp
..........................\............\...\.....\TempPE
..........................\MyControl

..........................\.........\AssemblyInfo.cs
..........................\.........\bin
..........................\.........\...\Debug
..........................\.........\...\.....\MyControl.exe
..........................\.........\...\.....\MyControl.pdb
..........................\.........\Form1.cs

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • noTHtransmitPAM
    此函数用于产生脉冲超宽带系统的训练序列的波形。输出参数有三个:bits--发送的数据,stx--发送的信号,ref--参考信号 发送端调制方式为TH-PAM(The emerging ultra-wideband (UWB) system offers a great potential for high data rate wireless multimedia applications of the home entertainment and industry, as well as for low data rate sensor networks involving low power devices~cite{paragraph1}. One of the most acute challenges in realizing these potentials of the UWB systems is the timing acquisition. Timing errors as small as fractions of a nanosecond could seriously degrade the system performance~cite{paragraph21}. The difficulty in UWB synchronization arises from UWB signals being the ultrashort low-duty-cycle pulses operating at very low power density.)
    2010-06-15 11:28:02下载
    积分:1
  • duichenzhenzi
    画出对称阵子的仿真图 用matlab实现()
    2008-04-09 09:07:19下载
    积分:1
  • MATLAB
    说明:  首页-MATLAB-数据处理-一个文件数据处理小程序(Home-MATLAB-data-processing- a small data-processing procedures document)
    2008-11-24 20:57:31下载
    积分:1
  • nihe
    数据拟合程序 用2次多项式 ax^2+bx+c 拟合给定的数据(最小二乘解)(Data fitting procedure)
    2011-11-24 15:07:22下载
    积分:1
  • Matlab
    此为本人matlab学习笔记,从入门开始,手把手教你学会(the matlab self study)
    2010-08-28 10:53:52下载
    积分:1
  • The_Fields_Of_Electronics--Understanding_Electron
    A USEFUL BOOK TO UNDERSTAND THE BASICS OF ELECTRONICS AND ELECTRICAL CIRCUITS
    2010-09-15 20:50:50下载
    积分:1
  • 258mimo_ofdm
    信道建模的大牛Laurent Schumacher的MIMO信道MATLAB仿真程序的使用方法说明文件(PDF格式),完整的图像显示和分析,对MIMO研究工作很有帮助。(The result is an IS-95CDMA forward link software simulation package ,which mimics real-time data communication from a basestation to a cellular unit)
    2009-05-11 01:20:54下载
    积分:1
  • SAR-CSA(matlab)
    SAR成像算法系列,有助于对SAR算法进行研究(SAR imaging algorithm series, contribute to the SAR algorithm research)
    2013-10-22 11:09:07下载
    积分:1
  • fcn_SR_KF
    This file compares three different versions of the Kalman filter. The Kalman filter is used for recursive parameter estimation. The Kalman filter can handle noisy measurements. The first implemented filter (fcn_KF) is the Kalman filter with standard update of the covariance matrix P. The covariance matrix reflects the uncertainties of the predictions. To improve the numerical stability Potter developed a square root update (fcn_KF_SRP) of the covariance matrix P. Another version is the square root covariance update via triangularization (fcn_KF_SRT). This file generates a model. Then the three Kalman filters perform an estimation of the model parameter. At the end the results are compared. Sources: Simon, D. (2006): Optimal state estimation Kaminski, P. (1971): Discrete Square Root Filtering: A Survey of Current Techniques Golub, G. (1996): Matrix Computations
    2014-02-14 18:30:49下载
    积分:1
  • clpso
    说明:  CLPSO算法,里面还有其他有关的PSO算法(CLPSO algorithm, there are other related PSO algorithms)
    2020-04-30 16:16:23下载
    积分:1
  • 696524资源总数
  • 103930会员总数
  • 47今日下载