void call::dequeue_call (status &state,int server) {
set_time(state.current_time);
state.waiting_time += get_waiting_time();
Log_Simulation << *this << endl;
new release (state,server,demand_point);
delete this;
}
float get_total_waiting_time(solution_t *soln) {
job_t *jobs = soln->jobs;
int *jobs_order = soln->jobs_order;
int i, job_id_prev, job_id_now;
float total = 0.0;
job_id_prev = jobs_order[0];
for(i=1; i<numnodes+1; i++) {
job_id_now = jobs_order[i];
total += get_waiting_time(job_id_prev, job_id_now, soln);
job_id_prev = job_id_now;
}
return total;
}
/* To print the details of the solution */
void print_solution(solution_t *soln) {
job_t *jobs = soln->jobs;
int *jobs_order = soln->jobs_order;
int i, job_id;
float duration;
for(i=0; i<numnodes+1; i++) {
job_id = jobs_order[i];
duration = jobs[job_id].end_time - jobs[job_id].start_time;
printf("-----------------\n");
printf("Job #: %d\n", job_id);
printf("Job order: %d\n", get_job_order(job_id, soln));
if(i > 0)
printf("Waiting time: %f\n", get_waiting_time(jobs_order[i-1], job_id, soln));
printf("Start Time: %f\n", get_start_time(job_id, soln));
printf("End Time: %f\n", get_end_time(job_id, soln));
printf("Duration: %f\n", get_duration(job_id, soln));
printf("Lateness: %f\n", get_lateness_time(job_id, soln));
printf("-----------------\n");
}
}
