上海贝时腾科技

%%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a %%%%a

把上述字符加到批处理前面，再加一个清屏命令就行了

＠cls

@echo off
@hm.exe thermal.hm > nul

REM ＠关闭命令回显

REM > nul 关闭程序执行输出

To start an interactive ANSYS session in graphics mode on UNIX systems, type the following command at the prompt:

 ansys100 -g 

To start ANSYS from the MS-DOS command prompt on a Windows system, type the following command:

 ansys100 

Always use the ANSYS-supplied scripts (ansys100 and launcher100) for running ANSYS. User-written scripts for running ANSYS products are not supported.

You can specify any of the following options for the ANSYS execution command:

/nolist在batch模式下不输出命令回显
/golist恢复在batch模式下输出命令回显

在iSight中集成CFX分三步：pre solve post，具体代码示例如下：

（1） Pre(下列代码作适当修改，保存为*.bat，在iSight中调用即可，2-Solver、3-Post亦同):

if exist *.def del *.def
if exist *.res del *.res
if exist *.out del *.out
if exist *.lock del *.lock

'D:\Ansys Inc\CFX\CFX-10.0\bin\cfx5pre.exe' -batch missile.pre
'D:\Ansys Inc\CFX\CFX-10.0\bin\cfx5pre.exe' -cfx missile.cfx -gtm missile.gtm

(2) Solver:

'D:\Ansys Inc\CFX\CFX-10.0\bin\cfx5solve.exe' -definition missile.def

(3) Post:

'D:\Ansys Inc\CFX\CFX-10.0\bin\cfx5export.exe' -ansysfsi -name missile_ansysfsi -eltype 154 -regions 'Domain 1 Default' Missile_001.res

'D:\Ansys Inc\CFX\CFX-10.0\bin\cfx5post.exe' -session missile.cse

 参考：http://forum.simwe.com/viewthread.php?tid=865583   感谢 jacicka1984

！start_line＝插入开始位置

!end_line＝插入结束位置

!Filename1='文本名' 

*dim,Astr3,String,
*dim,Astr4,String,
*Sread,Astr3,'%Filename1%',inp,,128,0,start_line-1
*Sread,Astr4,'%Filename1%',inp,,128,end_line,
*CFOPEN,'%Filename1%',inp,,
*VWRITE,AStr3(1,1)
%C
*vwrite,zr_out(1,1),zr_out(1,2)           ！插入内容
(3x,f11.8,4x,f11.8)
*VWRITE,AStr4(1,1)
%C
*cfclos

! This code just for study, It doesn't work without certain input files.

finish
/clear,nostart

/INPUT,'Analysis','inp','','',0
!----------------normalized  curve start--------------------------------
 fix_p2z=1    ! 1: fix p2z=p3z, 0: free p2z
 f_line=end_line-start_line+1
 *dim,tbzr,table,f_line,1
 *dim,zrt,array,f_line,3

 *tread,tbzr(1,0),'%Filename1%',inp,,start_line-1
 *voper,zrt(1,1),1,mult,tbzr(1,0)
 *voper,zrt(1,2),1,mult,tbzr(1,1)
  cpts=4
 *dim,cpzr,array,cpts,2
!calculate the sum distance
 dist=0
 *do,i,1,f_line
 j=i+1
 dist_z=zrt(j,1)-zrt(i,1)
 dist_r=zrt(j,2)-zrt(i,2)
 dist=SQRT(dist_z**2+dist_r**2)
 sum=sum+dist
 *if,j,eq,f_line,exit
 *enddo

!calculate the normalized distance ratio
 dist=0