代码搜索结果

// MySocket.cpp: implementation of the CMySocket class. // ////////////////////////////////////////////////////////////////////// #include "stdafx.h" #include "DrawChip.h" #include "MySocket.h"

// MySocket.cpp: implementation of the CMySocket class. // ////////////////////////////////////////////////////////////////////// #include "stdafx.h" #include "DrawChip.h" #include "MySocket.h"

#! /bin/sh rm -f info* pressure* vertical* radial*

#! /bin/sh rm -f info* pressure* vertical* radial*

LOADS#BC # Pressure Show a pressure applied to a surface. # Displacement Show a displacement applied to a geometric element. # Temperature Show a temperature applied to a geometric element. # TM#Temp

function cp=evalcp(comp) %EVALCP Evaluate center of pressure CP. % CP = EVALCP(COMP) evaluates the center of pressure CP for % a rocket by applying the Barrowman method (NARAM-8 1966). % T

function HDF_index = indexHDF( HDF_pathname ) HDF_index = struct([]); if ~exist('HDF_pathname','var') || isempty(HDF_pathname) % Load pathname for HDF files used in last analysis, if availa

function Cp_tr = F_Cp_tr(dir,Ntaps,Npoints) global flnCp % This function loads the pressure coefficient time series %%%%%%%%%%% Pressure coefficient time series: flnCp, Page 2, [Ntaps x Npoints] %

function Cp_tr = F_Cp_tr(dir,Ntaps,Npoints) global flnCp % This function loads the pressure coefficient time series %%%%%%%%%%% Pressure coefficient time series: flnCp, Page 2, [Ntaps x Npoints] %

// //////////////////////////////////////////////////////// // // J_Synchronization.java // // Created by Jun-Hai Yong, on XX xx, xxxx (Date) // /////////////////////////////////////////////