void CProjectileHandler::Update()
{
SCOPED_TIMER("Projectile handler");
Projectile_List::iterator psi=ps.begin();
while(psi!= ps.end()) {
CProjectile *p = *psi;
if(p->deleteMe) {
Projectile_List::iterator prev=psi++;
ps.erase(prev);
delete p;
} else {
(*psi)->Update();
++psi;
}
}
for(unsigned int i = 0; i < groundFlashes.size();)
{
CGroundFlash *gf = groundFlashes[i];
if (!gf->Update ())
{
// swap gf with the groundflash at the end of the list, so pop_back() can be used to erase it
if ( i < groundFlashes.size()-1 )
std::swap (groundFlashes.back(), groundFlashes[i]);
groundFlashes.pop_back();
delete gf;
} else i++;
}
for(std::list<FlyingPiece_List*>::iterator pti=flyingPieces.begin(); pti!=flyingPieces.end(); ++pti) {
FlyingPiece_List * fpl = *pti;
/* Note: nothing in the third clause of this loop. TODO Rewrite it as a while */
for(std::list<FlyingPiece*>::iterator pi=fpl->begin(); pi!=fpl->end();) {
(*pi)->pos+=(*pi)->speed;
(*pi)->speed*=0.996f;
(*pi)->speed.y+=gs->gravity;
(*pi)->rot+=(*pi)->rotSpeed;
if((*pi)->pos.y<ground->GetApproximateHeight((*pi)->pos.x,(*pi)->pos.z)-10) {
delete *pi;
pi=fpl->erase(pi);
} else {
++pi;
}
}
}
}
void CProjectileHandler::Update()
{
CheckCollisions();
{
SCOPED_TIMER("ProjectileHandler::Update");
GML_UPDATE_TICKS();
UpdateProjectileContainer(syncedProjectiles, true);
UpdateProjectileContainer(unsyncedProjectiles, false);
{
GML_STDMUTEX_LOCK(rproj); // Update
if (syncedProjectiles.can_delete_synced()) {
#if !DETACH_SYNCED
GML_RECMUTEX_LOCK(proj); // Update
#endif
eventHandler.DeleteSyncedProjectiles();
//! delete all projectiles that were
//! queued (push_back'ed) for deletion
#if DETACH_SYNCED
syncedProjectiles.detach_erased_synced();
#else
syncedProjectiles.delete_erased_synced();
#endif
}
eventHandler.UpdateProjectiles();
}
GroundFlashContainer::iterator gfi = groundFlashes.begin();
while (gfi != groundFlashes.end()) {
CGroundFlash* gf = *gfi;
if (!gf->Update()) {
gfi = groundFlashes.erase_delete(gfi);
} else {
++gfi;
}
}
{
GML_STDMUTEX_LOCK(rflash); // Update
groundFlashes.delay_delete();
groundFlashes.delay_add();
}
#define UPDATE_FLYING_PIECES(fpContainer) \
FlyingPieceContainer::iterator pti = fpContainer.begin(); \
\
while (pti != fpContainer.end()) { \
FlyingPiece* p = *pti; \
p->pos += p->speed; \
p->speed *= 0.996f; \
p->speed.y += mapInfo->map.gravity; /* fp's are not projectiles */ \
p->rot += p->rotSpeed; \
\
if (p->pos.y < ground->GetApproximateHeight(p->pos.x, p->pos.z - 10)) { \
pti = fpContainer.erase_delete_set(pti); \
} else { \
++pti; \
} \
}
{ UPDATE_FLYING_PIECES(flyingPieces3DO); }
{ UPDATE_FLYING_PIECES(flyingPiecesS3O); }
#undef UPDATE_FLYING_PIECES
{
GML_STDMUTEX_LOCK(rpiece); // Update
flyingPieces3DO.delay_delete();
flyingPieces3DO.delay_add();
flyingPiecesS3O.delay_delete();
flyingPiecesS3O.delay_add();
}
}
}
void CProjectileHandler::Update()
{
SCOPED_TIMER("Projectile Update");
GML_UPDATE_TICKS();
UpdateProjectileContainer(syncedProjectiles, true);
UpdateProjectileContainer(unsyncedProjectiles, false);
{
GML_STDMUTEX_LOCK(rproj); // Update
if (syncedProjectiles.can_delete_synced()) {
GML_STDMUTEX_LOCK(proj); // Update
//! delete all projectiles that were
//! queued (push_back'ed) for deletion
syncedProjectiles.delete_erased_synced();
}
//! prepare projectile batches for
//! addition into the render queue
syncedProjectiles.delay_add();
unsyncedProjectiles.delay_delete();
unsyncedProjectiles.delay_add();
}
GroundFlashContainer::iterator gfi = groundFlashes.begin();
while (gfi != groundFlashes.end()) {
CGroundFlash* gf = *gfi;
if (!gf->Update())
gfi = groundFlashes.erase_delete(gfi);
else
++gfi;
}
{
GML_STDMUTEX_LOCK(rflash); // Update
groundFlashes.delay_delete();
groundFlashes.delay_add();
}
FlyingPieceContainer::iterator pti = flyingPieces.begin();
while (pti != flyingPieces.end()) {
FlyingPiece* p = *pti;
p->pos += p->speed;
p->speed *= 0.996f;
p->speed.y += mapInfo->map.gravity; //! fp's are not projectiles
p->rot += p->rotSpeed;
if (p->pos.y < ground->GetApproximateHeight(p->pos.x, p->pos.z - 10))
pti = flyingPieces.erase_delete_set(pti);
else
++pti;
}
{
GML_STDMUTEX_LOCK(rpiece); // Update
flyingPieces.delay_delete();
flyingPieces.delay_add();
}
}
void CProjectileHandler::Update()
{
GML_RECMUTEX_LOCK(lua); // Update
GML_RECMUTEX_LOCK(proj); // Update
SCOPED_TIMER("Projectile handler");
GML_UPDATE_TICKS();
Projectile_List::iterator psi = ps.begin();
while (psi != ps.end()) {
CProjectile* p = *psi;
if (p->deleteMe) {
Projectile_List::iterator prev = psi++;
ps.erase(prev);
if (p->synced && p->weapon) {
// iterator is always valid
ProjectileMap::iterator it = weaponProjectileIDs.find(p->id);
const ProjectileMapPair& pp = it->second;
eventHandler.ProjectileDestroyed(pp.first, pp.second);
weaponProjectileIDs.erase(it);
if (p->id != 0) {
freeIDs.push_back(p->id);
}
}
delete p;
} else {
p->Update();
GML_GET_TICKS(p->lastProjUpdate);
++psi;
}
}
for (unsigned int i = 0; i < groundFlashes.size(); /* do nothing */) {
CGroundFlash *gf = groundFlashes[i];
if (!gf->Update ()) {
// swap gf with the groundflash at the end of the list, so pop_back() can be used to erase it
if (i < groundFlashes.size() - 1) {
std::swap(groundFlashes.back(), groundFlashes[i]);
}
groundFlashes.pop_back();
delete gf;
} else {
i++;
}
}
for (list<FlyingPiece_List*>::iterator pti = flyingPieces.begin(); pti != flyingPieces.end(); ++pti) {
FlyingPiece_List* fpl = *pti;
FlyingPiece_List::iterator pi = fpl->begin();
while ( pi != fpl->end() ) {
FlyingPiece* p = *pi;
p->pos += p->speed;
p->speed *= 0.996f;
p->speed.y += mapInfo->map.gravity;
p->rot += p->rotSpeed;
if (p->pos.y < ground->GetApproximateHeight(p->pos.x, p->pos.z - 10)) {
if (p->verts != NULL){
delete[] p->verts;
}
delete p;
pi = fpl->erase(pi);
} else {
++pi;
}
}
}
}