void World::initResource()
{
// skybox
skybox.init("SkyBox", Const::SKYBOX_SIZE);
// ring
ring.init("Ring", Const::RING_SCALE);
// particles
Particles::loadResource();
initPlanets();
initShips();
initBullets();
}
void reinitialize(void)
{
int pl;
initPlanets();
for(pl = 0; pl < conf.maxPlayers; ++pl)
{
if(player[pl].active)
{
initPlayer(pl, 1);
allSendPlayerPos(pl);
}
}
}
intrupt(fd_set * readfds)
{
time_t time(time_t *);
unsigned long t;
udcounter++;
#ifdef RECORDGAME
if (playback)
needredraw |= readFromFile();
else
#endif
needredraw |=
readFromServer(readfds);
t = msetime();
if (needredraw && (t >= lastredraw + redrawDelay * 100))
{
lastredraw = t;
needredraw = 0;
lastread = time(NULL);
redraw();
updateMaxStats(0); /* Update the max stats * *
* <isae> */
#ifdef WIN32
W_FlushScrollingWindow(messwa);
W_FlushScrollingWindow(messwt);
W_FlushScrollingWindow(messwi);
W_FlushScrollingWindow(messwk);
W_FlushScrollingWindow(reviewWin);
W_FlushScrollingWindow(phaserwin);
#endif
UpdatePlayerList();
}
if (reinitPlanets)
{
initPlanets();
reinitPlanets = 0;
}
if (me->p_status == POUTFIT)
{
death();
}
}
void initSimulation(void)
{
int sh, pl;
planet = malloc(conf.numPlanets * sizeof(SimPlanet));
initPlanets();
player = malloc(conf.maxPlayers * sizeof(SimPlayer));
for(pl = 0; pl < conf.maxPlayers; ++pl)
{
SimPlayer* p = &(player[pl]);
p->shot = malloc(conf.numShots * sizeof(SimShot));
for(sh = 0; sh < conf.numShots; ++sh)
{
SimShot* s = &(p->shot[sh]);
s->dot = malloc(conf.maxSegments * sizeof(Vec2f));
s->missile.live = 0;
s->length = 0;
}
p->active = 0;
}
killflash = 0.0;
}
