/*!
\param[in] pred The node preceding this node (in the path).
\param[in] cargoLimit The cargo limit of the vehicle.
*/
void
Vehicle_node::evaluate(const Vehicle_node &pred, double cargoLimit) {
/* time */
m_travel_time = pred.travel_time_to(*this);
m_arrival_time = pred.departure_time() + travel_time();
m_wait_time = is_early_arrival(arrival_time()) ?
opens() - m_arrival_time :
0;
m_departure_time = arrival_time() + wait_time() + service_time();
/* time aggregates */
m_tot_travel_time = pred.total_travel_time() + travel_time();
m_tot_wait_time = pred.total_wait_time() + wait_time();
m_tot_service_time = pred.total_service_time() + service_time();
/* cargo aggregates */
if (is_dump() && pred.cargo() >= 0) {
m_demand = -pred.cargo();
}
m_cargo = pred.cargo() + demand();
/* cargo aggregates */
m_twvTot = has_twv() ? pred.twvTot() + 1 : pred.twvTot();
m_cvTot = has_cv(cargoLimit) ? pred.cvTot() + 1 : pred.cvTot();
m_delta_time = departure_time() - pred.departure_time();
}
void action_t::schedule_travel()
{
time_to_travel = travel_time();
if ( time_to_travel == 0 ) return;
if ( sim -> log )
{
log_t::output( sim, "%s schedules travel for %s", player -> name(), name() );
}
new ( sim ) action_travel_event_t( sim, this, time_to_travel );
}
float sort_by_travel_time_to_target(void *p){
pas_asset asset = *((pas_asset*)p);
return travel_time(asset.base_loc, _pas_target, asset.op_speed);
}
