DEFINE_DPM_OUTPUT
 

I am trying to use the DEFINE_DPM_OUTPUT UDF given on the fluent users website, but can't interpret or compile it. I copied it straight from their site and tried on windows and Linux.

The error it gives in windows is "Error: C:\Josh's_Documents\CFD\axi-co-flow\axi_test_matrix\discrete_phase_sampler.c: line 13: structure reference not implemented"

Here is the code:

#include "udf.h" /************************************************** ****************/ /* UDF that samples discrete phase size and velocity distributions*/ /* within the domain. */ /************************************************** ****************/ #define REMOVE_PARTICLES FALSE

DEFINE_DPM_OUTPUT(discrete_phase_sample,header,fp, p,t,plane) {

#if RP_2D

real flow_time = solver_par.flow_time; real y;

if(header)

par_fprintf_head(fp," #Time[s] R [m] X-velocity[m/s]

W-velocity[m/s] R-velocity[m/s] Drop Diameter[m]

Number of Drops Temperature [K] Initial Diam [m]

Injection Time [s] \n");

if(NULLP(p))

return;

if (rp_axi && (sg_swirl || rp_ke))

y = MAX(sqrt(SQR(p->state.pos[1]) + SQR(p->state.pos[2])),DPM_SMALL); else

y = p->state.pos[1];

#if PARALLEL par_fprintf(fp,"%d %d %e %f %f %f %f %e %e %f %e %f \n",

p->injection->try_id,p->part_id, P_TIME(p),y,p->state.V[0],

p->state.V[1],p->state.V[2],P_DIAM(p),p->number_in_parcel,

P_T(p), P_INIT_DIAM(p),p->time_of_birth); #else par_fprintf(fp,"%e %f %f %f %f %e %e %f %e %f \n",

P_TIME(p), y,p->state.V[0],p->state.V[1],p->state.V[2],P_DIAM(p),

p->number_in_parcel, P_T(p), P_INIT_DIAM(p), p->time_of_birth); #endif /* PARALLEL */ #else

real flow_time = solver_par.flow_time; real r, x, y;

if(header)

par_fprintf_head(fp," #Time[s] R [m] x-velocity[m/s]

y-velocity[m/s] z-velocity[m/s] Drop Diameter[m]

Number of Drops Temperature [K] Initial Diam [m]

Injection Time [s] \n");

if(NULLP(p))

return;

x = p->state.pos[0]; y = p->state.pos[1]; r = sqrt(SQR(x) + SQR(y));

#if PARALLEL par_fprintf(fp,"%d %d %e %f %f %f %f %e %e %f %e %f \n",

p->injection->try_id, p->part_id, P_TIME(p), r,p->state.V[0],

p->state.V[1],p->state.V[2],P_DIAM(p),p->number_in_parcel,

P_T(p), P_INIT_DIAM(p), p->time_of_birth); #else par_fprintf(fp,"%e %f %f %f %f %e %e %f %e %f \n",

P_TIME(p), r,p->state.V[0],p->state.V[1],p->state.V[2],

P_DIAM(p),p->number_in_parcel,P_T(p), P_INIT_DIAM(p),

p->time_of_birth); #endif /* PARALLEL */ #endif

#if REMOVE_PARCELS p->stream_index=-1; #endif }