[oTopero]

when i'm interpreted code.c. it show a massage error about line 15: structure reference not implemented. how to fix it
thank for answer

i hope someone can help me for search the answer

this is code



#include "udf.h"

DEFINE_HET_RXN_RATE(reaction1,cell,thread,hr,mw,yi ,rr,rr_t)
{
real *stoich_reactant = hr->stoich_reactant;

int gas_index = 0;
int cat_index = 1;
/* int fd_index = 2; */
real R = 8.314; /* Pa.m^3/(K.kgmol) Gas Constant*/
real ca; /* FD - Feed in gas phase index 4*/
real cb; /* MD - Middle Distillates index 3 */
real cd; /* Nap - Naphtha index 2 */
real ce; /* Gas - C1-C3 index 1 */

/* Thread *liq = THREAD_SUB_THREAD(thread, fd_index); */
Thread *gas = THREAD_SUB_THREAD(thread, gas_index);
Thread *cat = THREAD_SUB_THREAD(thread, cat_index);

real k1 = 550.*exp(3.609e3/(R*345.));
real void_g = C_VOF(cell,gas);
/* real k2 = 4.6868*10e17*exp(-5.7755*10e4/(R*C_T(cell,gas)));
real k3 = 1.3508*10e14*exp(-4.9559*10e4/(R*C_T(cell,gas)));
real k4 = 4.4232*10e12*exp(-4.4285*10e4/(R*C_T(cell,gas)));
real k5 = 1.2094*10e13*exp(-4.5902*10e4/(R*C_T(cell,gas)));
real k6 = 85.1715*exp(-1.1627*10e4/(R*C_T(cell,gas))); */


/* if(Data_Valid_P())
{ */
ce = C_R(cell,gas) * yi[0][3] / mw[0][3];
cd = C_R(cell,gas) * yi[0][2] / mw[0][2];
cb = C_R(cell,gas) * yi[0][1] / mw[0][1];
ca = C_R(cell,gas) * yi[0][0] / mw[0][0];

*rr = k1*ca*cb*(1.-void_g) ;
/* } */
}

[pakk]

From the Fluent Help:

Originally Posted by Customization_Manual_1.4.3

The major difference between interpreted and compiled UDFs is that interpreted UDFs cannot access ANSYS Fluent solver data using direct structure references; they can only indirectly access data through the use of ANSYS Fluent-supplied macros.

The code in line 4 is trying to access Fluent solver data using a direct structure reference. As the quote above shows, this can not be done with interpreted functions.

Solution: compile.

[oTopero]

Originally Posted by pakk

From the Fluent Help:


The code in line 4 is trying to access Fluent solver data using a direct structure reference. As the quote above shows, this can not be done with interpreted functions.

Solution: compile.

i used both interpreted and compile function.there show error both