// each LP gets his events from those that have been generated at start up
func getEvents(index warp.Pid, data *warp.LocalData) {
for i := 0; i < n_events; i++ {
if warp.Pid(initEv[i].Type.From/(entitynum/lpnum)) == index {
data.FutureEvents.Insert(&initEv[i])
}
}
}
func main() {
n_lp, n_ent := readParams()
initPhold(n_lp, n_ent)
fmt.Println("GO-WARP: the simulator will use", runtime.GOMAXPROCS(-1), "COREs")
fmt.Println("GO-WARP: the simulation will use", n_lp, "LPs")
startT = time.Now()
for i := 1; i < n_lp; i++ {
go launchLP(warp.Pid(i), n_ent/n_lp)
}
launchLP(0, n_ent/n_lp)
for n_term != lpnum {
time.Sleep(1e3)
}
printStats(elapsedT)
}
func ProcessEvent(ev *warp.Event, l *warp.LocalData) {
newev := generateEvent(ev)
lp := e2lp(newev.Type.To, entitynum, lpnum)
warp.NoticeEvent(newev, warp.Pid(lp), l)
compute()
}