debug出的问题，请达人指点

aleisia

大家好，我的代码如下，出问题的是下面红色的五个地方，错误为：
..\..\src\udfsource1.c(28) : error C2143: syntax error : missing ')' before ';'
..\..\src\udfsource1.c(28) : error C2059: syntax error : ')'
..\..\src\udfsource1.c(29) : error C2143: syntax error : missing ')' before ';'
..\..\src\udfsource1.c(29) : error C2059: syntax error : ')'
..\..\src\udfsource1.c(90) : error C2143: syntax error : missing ')' before ';'
..\..\src\udfsource1.c(90) : error C2059: syntax error : ')'
..\..\src\udfsource1.c(91) : error C2143: syntax error : missing ')' before ';'
..\..\src\udfsource1.c(91) : error C2059: syntax error : ')'
..\..\src\udfsource1.c(110) : error C2143: syntax error : missing ')' before ';'
..\..\src\udfsource1.c(110) : error C2143: syntax error : missing ';' before ','
..\..\src\udfsource1.c(110) : error C2059: syntax error : ')'

其他没有报错。
我的机器是win7 64bit 系统，装的是ansys 12.1.4，用的方法是fluent技术支持提供的方法：
visual studio 2010 express edition+windows SDK 7.0+.net framwork 3.5 sp1，从SDK7.0里面打开命令，我确定那个dos界面显示的是x64，而不是ntx86，说明是64位的，之后打开fluent无误，可是compile udf就出现上面的问题。

请问我是否需要手动添加lib.libpath,path,include这四个环境变量？

有人说这类errors是因为在定义变量之前有其他非定义的语句，可是我已经排除了这个情况，不知道还有什么别的原因么？谢谢！

呼唤gearboy大牛解答下问题，谢谢！~~~
#include "udf.h"
#include "mem.h"
#include "unsteady.h"

#define inlet_ID  12;
#define filter_ID  2;

   real source;
   real tepflowrate;
   real vol_tot;
   face_t f;
   cell_t c;  

DEFINE_ADJUST(adjust, d)
{
#if !RP_HOST
   int i=0;  
/*   real A[ND_ND]; */
/*   real flux[ND_ND]; */
   real NV_VEC(flux);
   real NV_VEC(A);     /* declaring vectors flux and A */
/*   real source;   */
   real massflowrate=0.;
   real vol=0.;
/*   real ti = RP_Get_Real("flow-time"); */              /* ti = CURRENT_TIME;*/
   Thread *t;
   Thread *thread;  
        thread=Lookup_Thread(d,filter_ID);    /* defining the filter volume thread by specifying the Zone_ID*/
        t=Lookup_Thread(d,inlet_ID);            /* defining the inlet surface thread by specifying the Zone_ID*/

/* Send the ID value to all the nodes */
/* host_to_node_real_4(f, t, c, thread);Does nothing in serial, t is the thread of inlet surface, thread is the thread of the filter volume */

/*Start to calculate the mass flow rate through the inlet surface and store it in UDM*/
/* begin_f_loop(f,t) */
if PRINCIPAL_FACE_P(f,t)          /* tests if the face is the principle face FOR COMPILED UDFs ONLY */
{
NV_D(flux, =, F_U(f,t), F_V(f,t), F_W(f,t));     /* defining flux in terms of velocity field */
NV_S(flux, *=, F_R(f,t));                   /* multiplying density to get flux vector */
F_AREA(A,f,t);                                 /* face normal vector returned from F_AREA */
massflowrate = F_YI(f,t,i)*NV_DOT(flux,A);  /* dot product of the inlet surface flux and area vector,  multiplied by the mass fraction of species i */
}
/* end_f_loop(f,t) */

# if RP_NODE /* Perform node synchronized actions here, Does nothing in Serial */
massflowrate = PRF_GRSUM1(massflowrate);
# endif  /* RP_NODE */


begin_f_loop(f,t)
if PRINCIPAL_FACE_P(f,t)          /* tests if the face is the principle face FOR COMPILED UDFs ONLY */
       {
        F_UDMI(f, t, 0)= massflowrate;  /* YOU MAY NEED TO CHECK THE NODE AS THE SUMMED UP VALUE OF massflowrate IS DONE AT node0. */
       }
end_f_loop(f,t)

/*Start to calculate the total volume of filter volume and store it in UDM */
begin_c_loop(c,thread)
       {
         vol += C_VOLUME(c,thread);   /* get cell volume */
       }
end_c_loop(c,thread)

#if RP_NODE /* Perform node synchronized actions here, Does nothing in Serial */
vol= PRF_GRSUM1(vol);
# endif /* RP_NODE */

     begin_c_loop(c,thread)
       {
        C_UDMI(c, thread, 1)= vol; /* YOU MAY NEED TO CHECK THE NODE AS THE SUMMED UP VALUE OF massflowrate IS DONE AT node0. */
       }
     end_c_loop(c,thread)
#endif   /* !RP_HOST */
}

DEFINE_SOURCE(cell_SO2mass_source, c, thread, dS, eqn)
{
#if !RP_HOST
/*   int i;   */
/*   real A[ND_ND];  */
/*   real flux[ND_ND]; */  
/*   real NV_VEC(flux);  */
/*   real NV_VEC(A);  */   /* declaring vectors flux and A */

   real ti = RP_Get_Real("flow-time");              /* ti = CURRENT_TIME;*/
   Domain *d = Get_Domain(1);   
   Thread *t;

/*   Thread *thread;   */
     thread=Lookup_Thread(d,filter_ID);    /* defining the filter volume thread by specifying the Zone_ID*/
     t=Lookup_Thread(d,inlet_ID);             /* defining the inlet surface thread by specifying the Zone_ID*/
/*   face_t f; */

/* #endif */   /* !RP_HOST */  

/*  #if !RP_HOST   */

tepflowrate= F_UDMI(f, t, 0);
vol_tot = C_UDMI(c, thread, 1);

#endif   /* !RP_HOST */

/* Pass the node's SO2 mass flow rate and volume to the Host for calculating source */
node_to_host_real_2(tepflowrate, vol_tot); /* Does nothing in SERIAL */

#if !RP_NODE         /* SERIAL or HOST */
source=-0.999989*tepflowrate/vol_tot;
dS[eqn]=0.0;
return source;
Message("Sink Rate in Filter %d is %f (kg/m^3/s)\n",filter_ID,source);
#endif /* !RP_NODE */

}

[ 本帖最后由 aleisia 于 2011-6-21 20:58 编辑 ]