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柚一

新虫 (初入文坛)

应助: 0 (幼儿园)
金币: 14
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在线: 1.5小时
虫号: 6442227
注册: 2017-05-03
专业: 计算机软件

[求助] 利用udf做边界条件时，导入了c文件，自动生成了h文件，但是h文件报错怎么办？已有1人参与

h 文件是自动生成的，怎么修改呢？
h文件内容如下：
/*
* Copyright 1997 Fluent Inc.
* All Rights Reserved
*
* This is unpublished proprietary source code of Fluent Inc.
* It is protected by U.S. copyright law as an unpublished work
* and is furnished pursuant to a written license agreement.  It
* is considered by Fluent Inc. to be confidential and may not be
* used, copied, or disclosed to others except in accordance with
* the terms and conditions of the license agreement.
*/

#define UDF_COMPILER 1

#define EOF (-1)
#define NULL (0)

#define const
#define register

typedef unsigned long size_t;

/* config.h */

#define RP_2D 0
#define RP_3D 1
#define RP_HOST 0
#define RP_NODE 0
#define RP_DOUBLE 1
#define RP_STORE_FACE_AVE 1
#define RP_STORE_CELL_AVE 1
#define RP_NETWORK 1

#define STRUCT_OFF(t,offset,type)((type*)((char *)(t)+offset))
#define STRUCT_REF(t,offset,type)(*STRUCT_OFF(t,offset,type))

#define DOMAIN_C(t)STRUCT_REF(t,0,Thread *)
#define DOMAIN_NOSOLVE_C(t)STRUCT_REF(t,8,Thread *)
#define DOMAIN_NOSOLVE_EXT_C(t)STRUCT_REF(t,16,Thread *)
#define DOMAIN_F(t)STRUCT_REF(t,24,Thread *)
#define DOMAIN_NOSOLVE_F(t)STRUCT_REF(t,32,Thread *)
#define DOMAIN_ID(t)STRUCT_REF(t,2064,int)
#define PHASE_DOMAIN_INDEX(t)STRUCT_REF(t,2068,int)
#define DOMAIN_N_DOMAINS(t)STRUCT_REF(t,2076,int)
#define DOMAIN_SUPER_DOMAIN(t)STRUCT_REF(t,2256,Domain *)
#define DOMAIN_SUB_DOMAIN(t,i)(STRUCT_OFF(t,2080,Domain *))

#define THREAD_STORAGE(t,nv)(STRUCT_OFF(t,72,void *)[nv])
#define THREAD_T0(t)STRUCT_REF(t,72760,Thread *)
#define THREAD_T1(t)STRUCT_REF(t,72768,Thread *)
#define THREAD_NEXT(t)STRUCT_REF(t,72856,Thread *)
#define THREAD_SHADOW(t)STRUCT_REF(t,72864,Thread *)
#define THREAD_ID(t)STRUCT_REF(t,73160,int)
#define THREAD_NAME(t)STRUCT_REF(t,72488,char *)
#define THREAD_N_ELEMENTS(t)STRUCT_REF(t,72748,int)
#define THREAD_FLAGS(t)STRUCT_REF(t,73164,int)
#define THREAD_SUB_THREAD(t,i)(STRUCT_OFF(t,72928,Thread *))
#define THREAD_SUB_THREADS(t)STRUCT_OFF(t,72928,Thread *)
#define THREAD_SUPER_THREAD(t)STRUCT_REF(t,72904,Thread *)
#define THREAD_DOMAIN(t)STRUCT_REF(t,73176,Domain *)
#define THREAD_HEAD(t)STRUCT_REF(t,0,Thread_Head *)
#define THREAD_MATERIAL(t)(STRUCT_REF(THREAD_HEAD(t),376640,Material *))

#define NODE_COORD(v)STRUCT_OFF(v,0,real)

#define P_INIT_DIAM(p)STRUCT_REF(p,432,real)
#define P_INIT_MASS(p)STRUCT_REF(p,448,real)
#define P_INIT_RHO(p)STRUCT_REF(p,440,real)
#define P_INIT_TEMP(p)STRUCT_REF(p,456,real)
#define P_INIT_LF(p)STRUCT_REF(p,472,real)
#define P_VFF(p)STRUCT_REF(p,5192,real)
#define P_DT(p)STRUCT_REF(p,56,real)
#define P_DIAM(p)STRUCT_REF(p,624,real)
#define P_T(p)STRUCT_REF(p,648,real)
#define P_VEL(p)STRUCT_OFF(p,600,real)
#define P_RHO(p)STRUCT_REF(p,632,real)
#define P_LF(p)STRUCT_REF(p,664,real)
#define P_MASS(p)STRUCT_REF(p,640,real)
#define P_TIME(p)STRUCT_REF(p,656,real)
#define P_DIAM0(p)STRUCT_REF(p,528,real)
#define P_VEL0(p)STRUCT_OFF(p,504,real)
#define P_T0(p)STRUCT_REF(p,552,real)
#define P_RHO0(p)STRUCT_REF(p,536,real)
#define P_LF0(p)STRUCT_REF(p,568,real)
#define P_MASS0(p)STRUCT_REF(p,544,real)
#define P_TIME0(p)STRUCT_REF(p,560,real)
#define P_CURRENT_LAW_INDEX(p)STRUCT_REF(p,276,int)
#define P_INJECTION(p)STRUCT_REF(p,368,Injection *)
#define P_EVAP_SPECIES_INDEX(p)STRUCT_REF(P_INJECTION(p),1032,int)
#define P_DEVOL_SPECIES_INDEX(p)STRUCT_REF(P_INJECTION(p),1036,int)
#define P_OXID_SPECIES_INDEX(p)STRUCT_REF(P_INJECTION(p),1040,int)
#define P_PROD_SPECIES_INDEX(p)STRUCT_REF(P_INJECTION(p),1044,int)
#define P_LAWS(p,in)STRUCT_OFF(P_INJECTION(p),116,int)[in]

#define MATERIAL_PROPERTY(m)STRUCT_OFF(m,64,Property)
#define PROPERTY_LENGTH 144
#define MATERIAL_PROPERTY_ELEMENT(m,i)((Property *)((char *)MATERIAL_PROPERTY(m)+PROPERTY_LENGTH*i))
#define MATERIAL_PROP(m,i)(STRUCT_REF(MATERIAL_PROPERTY_ELEMENT(m,i),4,float))

#define NW_CELL(n) STRUCT_REF(((char *)network+n*24),16,Network_cell *)
#define NWC_T(n,c) STRUCT_REF(((char *)NW_CELL(n)+c*376),200,real)
#define NWE_T(e) STRUCT_REF(((char *)nw_end + e*264),8,real)
c文件内容如下：
#include "udf.h"
DEFINE_PROFILE(unsteady_velocity,thread,position)
{
face_t f;
begin_f_loop(f,thread)
   {
      real t=RP_Get_Real("flow-time";
real T=10; /* T 是周期 */
real g=9.81; /* g 为重力加速度 */
real H1=4.5; /* H 为上游水位 */
real A=3.14; /* A 为入口断面面积 */
if (t<=T)
{
F_PROFILE(f,thread,position)=0.6*sqrt(2*g*H1)*t/T;
}
else
  {
F_PROFILE(f,thread,position)=1.78; /* 阀门全开时的入口速度 */
}
   }
end_f_loop(f,thread)
}

#include "udf.h"
DEFINE_INIT(my_init_function, domain)
{
cell_t c;
Thread *t;
real xc[ND_ND]; /* loop over all cell threads in the domain */
thread_loop_c (t,domain)
  {/* loop over all cells */
begin_c_loop_all (c,t)
{
C_CENTROID(xc,c,t);
if (xc[1]>=2.5)
C_P(c,t) =0.;
else
C_P(c,t) = 9810*(2.5-xc[1]);
}
  end_c_loop_all (c,t)
  }
}
#include "udf.h"
DEFINE_PROFILE(outlet_z_pressure,thread,position)
{
face_t f;
real z[ND_ND];
real y;
real g=9.81; /* g 为重力加速度 */
real p=1000; /* p 为液体密度 */
begin_f_loop(f,thread)
   {
real t=RP_Get_Real("flow-time";
F_CENTROID(z,f,thread);
y=z[1];
if(t>=40)
  {
  if (y<=2.5)
{
F_PROFILE(f,thread,position)=g*p*(2.5-y);
}
else
{
F_PROFILE(f,thread,position)=0;
}
  }
else
  {
F_PROFILE(f,thread,position)=0;

错误语句为：Error:udfconfig.h:line 22:parse error
请问各位大神怎么办呢