zdoom/raze-gles
0
0
Fork 0
mirror of https://github.com/ZDoom/raze-gles.git synced 2025-01-12 19:20:38 +00:00
Code Issues Projects Releases Packages Wiki Activity

Miscellaneous tomfoolery of little consequence.

Browse source 
git-svn-id: https://svn.eduke32.com/eduke32@5798 1a8010ca-5511-0410-912e-c29ae57300e0
This commit is contained in:
terminx 2016-06-21 00:34:07 +00:00
parent e1fc28776c
commit d5ceeebfcb
1 changed files with 95 additions and 134 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

229
polymer/eduke32/source/actors.c
View file

@ -84,8 +84,6 @@ void G_DoInterpolations(int32_t smoothratio) //Stick at beginning of draws
void G_ClearCameraView(DukePlayer_t *ps) void G_ClearCameraView(DukePlayer_t *ps)
{ {
int32_t k;
ps->newowner = -1; ps->newowner = -1;
ps->pos = ps->opos; ps->pos = ps->opos;
ps->ang = ps->oang; ps->ang = ps->oang;
@ -93,13 +91,13 @@ void G_ClearCameraView(DukePlayer_t *ps)
updatesector(ps->pos.x, ps->pos.y, &ps->cursectnum); updatesector(ps->pos.x, ps->pos.y, &ps->cursectnum);
P_UpdateScreenPal(ps); P_UpdateScreenPal(ps);
for (SPRITES_OF(STAT_ACTOR, k)) for (int SPRITES_OF(STAT_ACTOR, k))
if (sprite[k].picnum==CAMERA1) if (sprite[k].picnum==CAMERA1)
sprite[k].yvel = 0; sprite[k].yvel = 0;
} }
// Manhattan distance between wall-point and sprite. // Manhattan distance between wall-point and sprite.
static inline int32_t G_WallSpriteDist(const uwalltype * const wal, const uspritetype * const spr) FORCE_INLINE int32_t G_WallSpriteDist(uwalltype const * const wal, uspritetype const * const spr)
{ {
return klabs(wal->x - spr->x) + klabs(wal->y - spr->y); return klabs(wal->x - spr->x) + klabs(wal->y - spr->y);
} }
@ -375,32 +373,30 @@ static int32_t A_CheckNeedZUpdate(int32_t spritenum, int32_t changez, int32_t *d
return 1; return 1;
#ifdef YAX_ENABLE #ifdef YAX_ENABLE
{ const int32_t psect=spr->sectnum, slotag=sector[psect].lotag;
const int32_t psect=spr->sectnum, slotag=sector[psect].lotag; int32_t othersect;
int32_t othersect;
// Non-SE7 water. // Non-SE7 water.
// PROJECTILE_CHSECT // PROJECTILE_CHSECT
if ((changez < 0 && slotag==ST_2_UNDERWATER) || (changez > 0 && slotag==ST_1_ABOVE_WATER)) if ((changez < 0 && slotag==ST_2_UNDERWATER) || (changez > 0 && slotag==ST_1_ABOVE_WATER))
if (A_CheckNoSE7Water(spr, sprite[spritenum].sectnum, slotag, &othersect)) if (A_CheckNoSE7Water(spr, sprite[spritenum].sectnum, slotag, &othersect))
{ {
A_Spawn(spritenum, WATERSPLASH2); A_Spawn(spritenum, WATERSPLASH2);
// NOTE: Don't tweak its z position afterwards like with // NOTE: Don't tweak its z position afterwards like with
// SE7-induced projectile teleportation. It doesn't look good // SE7-induced projectile teleportation. It doesn't look good
// with TROR water. // with TROR water.
actor[spritenum].flags |= SFLAG_DIDNOSE7WATER; actor[spritenum].flags |= SFLAG_DIDNOSE7WATER;
return -othersect-1; return -othersect-1;
} }
}
#endif #endif
return 0; return 0;
} }
int32_t A_MoveSpriteClipdist(int32_t spritenum, const vec3_t *change, uint32_t cliptype, int32_t clipdist) int32_t A_MoveSpriteClipdist(int32_t spritenum, vec3_t const * const change, uint32_t cliptype, int32_t clipdist)
{ {
spritetype *const spr = &sprite[spritenum]; spritetype * const spr = &sprite[spritenum];
const int32_t badguy = A_CheckEnemySprite((uspritetype *)spr); const int32_t badguy = A_CheckEnemySprite((uspritetype *)spr);
const int32_t oldx = spr->x, oldy = spr->y; const int32_t oldx = spr->x, oldy = spr->y;
@ -2521,61 +2517,59 @@ BOLT:
ACTOR_STATIC void A_DoProjectileBounce(int32_t i) ACTOR_STATIC void A_DoProjectileBounce(int32_t i)
{ {
int32_t dax, day, daz = 4096; spritetype * const s = &sprite[i];
spritetype *s = &sprite[i]; int32_t const hitsect = s->sectnum;
int32_t hitsect = s->sectnum;
int32_t k = sector[hitsect].wallptr; int32_t k = sector[hitsect].wallptr;
int32_t l = wall[k].point2; int32_t l = wall[k].point2;
int32_t xvect = mulscale10(s->xvel,sintable[(s->ang+512)&2047]); vec3_t vect = { mulscale10(s->xvel, sintable[(s->ang + 512) & 2047]),
int32_t yvect = mulscale10(s->xvel,sintable[s->ang&2047]); mulscale10(s->xvel, sintable[s->ang & 2047]),
int32_t zvect = s->zvel; s->zvel };
int32_t daang = getangle(wall[l].x-wall[k].x,wall[l].y-wall[k].y); int32_t const daang = getangle(wall[l].x-wall[k].x,wall[l].y-wall[k].y);
if (s->z < (actor[i].floorz+actor[i].ceilingz)>>1) k = (s->z<(actor[i].floorz + actor[i].ceilingz)>> 1) ?
k = sector[hitsect].ceilingheinum; sector[hitsect].ceilingheinum :
else sector[hitsect].floorheinum;
k = sector[hitsect].floorheinum;
dax = mulscale14(k,sintable[(daang)&2047]); vec3_t const da = { mulscale14(k, sintable[(daang)&2047]),
day = mulscale14(k,sintable[(daang+1536)&2047]); mulscale14(k, sintable[(daang + 1536) & 2047]),
4096 };
k = vect.x * da.x + vect.y * da.y + vect.z * da.z;
l = da.x * da.x + da.y * da.y + da.z * da.z;
k = xvect*dax+yvect*day+zvect*daz;
l = dax*dax+day*day+daz*daz;
if ((klabs(k)>>14) < l) if ((klabs(k)>>14) < l)
{ {
k = divscale17(k,l); k = divscale17(k,l);
xvect -= mulscale16(dax,k); vect.x -= mulscale16(da.x,k);
yvect -= mulscale16(day,k); vect.y -= mulscale16(da.y,k);
zvect -= mulscale16(daz,k); vect.z -= mulscale16(da.z,k);
} }
s->zvel = zvect; s->zvel = vect.z;
s->xvel = ksqrt(dmulscale8(xvect,xvect,yvect,yvect)); s->xvel = ksqrt(dmulscale8(vect.x, vect.x, vect.y, vect.y));
s->ang = getangle(xvect,yvect); s->ang = getangle(vect.x, vect.y);
} }
ACTOR_STATIC void P_HandleBeingSpitOn(DukePlayer_t *ps) ACTOR_STATIC void P_HandleBeingSpitOn(DukePlayer_t * const ps)
{ {
ps->horiz += 32; ps->horiz += 32;
ps->return_to_center = 8; ps->return_to_center = 8;
if (ps->loogcnt == 0) if (ps->loogcnt)
return;
if (!A_CheckSoundPlaying(ps->i, DUKE_LONGTERM_PAIN))
A_PlaySound(DUKE_LONGTERM_PAIN,ps->i);
int j = 3+(krand()&3);
ps->numloogs = j;
ps->loogcnt = 24*4;
for (int x=0; x < j; x++)
{ {
int32_t j, x; ps->loogiex[x] = krand()%xdim;
ps->loogiey[x] = krand()%ydim;
if (!A_CheckSoundPlaying(ps->i, DUKE_LONGTERM_PAIN))
A_PlaySound(DUKE_LONGTERM_PAIN,ps->i);
j = 3+(krand()&3);
ps->numloogs = j;
ps->loogcnt = 24*4;
for (x=0; x < j; x++)
{
ps->loogiex[x] = krand()%xdim;
ps->loogiey[x] = krand()%ydim;
}
} }
} }
@ -2585,7 +2579,7 @@ static void A_DoProjectileEffects(int32_t i, const vec3_t *davect, int32_t do_ra
if (proj->spawns >= 0) if (proj->spawns >= 0)
{ {
int32_t k = A_Spawn(i,proj->spawns); int k = A_Spawn(i,proj->spawns);
if (davect) if (davect)
Bmemcpy(&sprite[k],davect,sizeof(vec3_t)); Bmemcpy(&sprite[k],davect,sizeof(vec3_t));
@ -2599,19 +2593,18 @@ static void A_DoProjectileEffects(int32_t i, const vec3_t *davect, int32_t do_ra
if (proj->isound >= 0) if (proj->isound >= 0)
A_PlaySound(proj->isound,i); A_PlaySound(proj->isound,i);
if (do_radius_damage) if (!do_radius_damage)
{ return;
spritetype *const s = &sprite[i];
int32_t x;
s->extra=proj->extra; spritetype *const s = &sprite[i];
if (proj->extra_rand > 0) s->extra=proj->extra;
s->extra += (krand()&proj->extra_rand);
x = s->extra; if (proj->extra_rand > 0)
A_RadiusDamage(i,proj->hitradius, x>>2,x>>1,x-(x>>2),x); s->extra += (krand()&proj->extra_rand);
}
int const x = s->extra;
A_RadiusDamage(i,proj->hitradius, x>>2,x>>1,x-(x>>2),x);
} }
static void G_WeaponHitCeilingOrFloor(int32_t i, spritetype *s, int32_t *j) static void G_WeaponHitCeilingOrFloor(int32_t i, spritetype *s, int32_t *j)
@ -2636,9 +2629,9 @@ static void G_WeaponHitCeilingOrFloor(int32_t i, spritetype *s, int32_t *j)
} }
} }
static void Proj_BounceOffWall(spritetype *s, int32_t j) static void Proj_BounceOffWall(spritetype *s, int j)
{ {
int32_t k = getangle( int k = getangle(
wall[wall[j].point2].x-wall[j].x, wall[wall[j].point2].x-wall[j].x,
wall[wall[j].point2].y-wall[j].y); wall[wall[j].point2].y-wall[j].y);
s->ang = ((k<<1) - s->ang)&2047; s->ang = ((k<<1) - s->ang)&2047;
@ -2649,7 +2642,7 @@ static void Proj_BounceOffWall(spritetype *s, int32_t j)
// Maybe damage a ceiling or floor as the consequence of projectile impact. // Maybe damage a ceiling or floor as the consequence of projectile impact.
// Returns 1 if sprite <s> should be killed. // Returns 1 if sprite <s> should be killed.
// NOTE: Compare with Proj_MaybeDamageCF2() in sector.c // NOTE: Compare with Proj_MaybeDamageCF2() in sector.c
static int32_t Proj_MaybeDamageCF(const spritetype *s) static int Proj_MaybeDamageCF(uspritetype const * const s)
{ {
if (s->zvel < 0) if (s->zvel < 0)
{ {
@ -2673,7 +2666,7 @@ static int32_t Proj_MaybeDamageCF(const spritetype *s)
return 0; return 0;
} }
ACTOR_STATIC void Proj_MoveCustom(int32_t i) ACTOR_STATIC void Proj_MoveCustom(int i)
{ {
int const m = SpriteProjectile[i].workslike & PROJECTILE_MOVED; int const m = SpriteProjectile[i].workslike & PROJECTILE_MOVED;
SpriteProjectile[i].workslike |= PROJECTILE_MOVED; SpriteProjectile[i].workslike |= PROJECTILE_MOVED;
@ -2907,7 +2900,7 @@ ACTOR_STATIC void Proj_MoveCustom(int32_t i)
case 16384: case 16384:
setsprite(i, &davect); setsprite(i, &davect);
if (Proj_MaybeDamageCF(s)) if (Proj_MaybeDamageCF((uspritetype *)s))
{ {
A_DeleteSprite(i); A_DeleteSprite(i);
return; return;
@ -2997,7 +2990,7 @@ ACTOR_STATIC void G_MoveWeapons(void)
ll >>= 1; ll >>= 1;
} }
Bmemcpy(&davect,s,sizeof(vec3_t)); Bmemcpy(&davect, s ,sizeof(vec3_t));
A_GetZLimits(i); A_GetZLimits(i);
@ -3009,15 +3002,12 @@ ACTOR_STATIC void G_MoveWeapons(void)
} }
{ {
vec3_t tmpvect; vec3_t const tmpvect ={ (k * (sintable[(s->ang + 512) & 2047])) >> 14,
(k * (sintable[s->ang & 2047])) >> 14, ll };
tmpvect.x = (k*(sintable[(s->ang+512)&2047]))>>14; j = A_MoveSprite(i, &tmpvect, (A_CheckSpriteFlags(i, SFLAG_NOCLIP) ? 0 : CLIPMASK1));
tmpvect.y = (k*(sintable[s->ang&2047]))>>14;
tmpvect.z = ll;
j = A_MoveSprite(i,&tmpvect, (A_CheckSpriteFlags(i, SFLAG_NOCLIP) ? 0 : CLIPMASK1));
} }
if (s->picnum == RPG && (unsigned)s->yvel < MAXSPRITES) // RPG_YVEL if (s->picnum == RPG && (unsigned)s->yvel < MAXSPRITES) // RPG_YVEL
if (FindDistance2D(s->x-sprite[s->yvel].x,s->y-sprite[s->yvel].y) < 256) if (FindDistance2D(s->x-sprite[s->yvel].x,s->y-sprite[s->yvel].y) < 256)
j = 49152|s->yvel; j = 49152|s->yvel;
@ -3078,7 +3068,7 @@ ACTOR_STATIC void G_MoveWeapons(void)
if (sprite[j].picnum == APLAYER) if (sprite[j].picnum == APLAYER)
{ {
int32_t p = P_Get(j); int p = P_Get(j);
A_PlaySound(PISTOL_BODYHIT, j); A_PlaySound(PISTOL_BODYHIT, j);
if (s->picnum == SPIT) if (s->picnum == SPIT)
@ -3119,7 +3109,7 @@ ACTOR_STATIC void G_MoveWeapons(void)
case 16384: case 16384:
setsprite(i, &davect); setsprite(i, &davect);
if (Proj_MaybeDamageCF(s)) if (Proj_MaybeDamageCF((uspritetype *)s))
KILLIT(i); KILLIT(i);
if (s->picnum == FREEZEBLAST) if (s->picnum == FREEZEBLAST)
@ -3254,8 +3244,6 @@ static int32_t P_Submerge(int32_t j, int32_t p, DukePlayer_t *ps, int32_t sect,
A_PlaySound(DUKE_UNDERWATER, j); A_PlaySound(DUKE_UNDERWATER, j);
ps->opos.z = ps->pos.z = sector[othersect].ceilingz; ps->opos.z = ps->pos.z = sector[othersect].ceilingz;
// ps->vel.x = 4096-(krand()&8192);
// ps->vel.y = 4096-(krand()&8192);
if (TEST_SYNC_KEY(g_player[p].sync->bits, SK_CROUCH)) if (TEST_SYNC_KEY(g_player[p].sync->bits, SK_CROUCH))
ps->vel.z += 512; ps->vel.z += 512;
@ -3297,9 +3285,6 @@ static int32_t P_Emerge(int32_t j, int32_t p, DukePlayer_t *ps, int32_t sect, in
static void P_FinishWaterChange(int32_t j, DukePlayer_t *ps, int32_t sectlotag, int32_t ow, int32_t newsectnum) static void P_FinishWaterChange(int32_t j, DukePlayer_t *ps, int32_t sectlotag, int32_t ow, int32_t newsectnum)
{ {
int32_t l;
vec3_t vect;
ps->bobpos.x = ps->opos.x = ps->pos.x; ps->bobpos.x = ps->opos.x = ps->pos.x;
ps->bobpos.y = ps->opos.y = ps->pos.y; ps->bobpos.y = ps->opos.y = ps->pos.y;
@ -3309,9 +3294,8 @@ static void P_FinishWaterChange(int32_t j, DukePlayer_t *ps, int32_t sectlotag,
ps->cursectnum = newsectnum; ps->cursectnum = newsectnum;
changespritesect(j, newsectnum); changespritesect(j, newsectnum);
vect.x = ps->pos.x; vec3_t vect = ps->pos;
vect.y = ps->pos.y; vect.z += PHEIGHT;
vect.z = ps->pos.z+PHEIGHT;
setsprite(ps->i, &vect); setsprite(ps->i, &vect);
P_UpdateScreenPal(ps); P_UpdateScreenPal(ps);
@ -3320,21 +3304,18 @@ static void P_FinishWaterChange(int32_t j, DukePlayer_t *ps, int32_t sectlotag,
A_Spawn(j, WATERSPLASH2); A_Spawn(j, WATERSPLASH2);
if (sectlotag == ST_1_ABOVE_WATER) if (sectlotag == ST_1_ABOVE_WATER)
for (l = 0; l < 9; l++) for (int l = 0; l < 9; l++)
{ sprite[A_Spawn(ps->i, WATERBUBBLE)].z += krand()&16383;
int32_t q = A_Spawn(ps->i,WATERBUBBLE);
sprite[q].z += krand()&16383;
}
} }
// Check prevention of teleportation *when alive*. For example, commanders and // Check prevention of teleportation *when alive*. For example, commanders and
// octabrains would be transported by SE7 (both water and normal) only if dead. // octabrains would be transported by SE7 (both water and normal) only if dead.
static int32_t A_CheckNonTeleporting(int32_t s) static int32_t A_CheckNonTeleporting(int32_t s)
{ {
int32_t pic = sprite[s].picnum;
if (A_CheckSpriteFlags(s, SFLAG_NOTELEPORT)) return 1; if (A_CheckSpriteFlags(s, SFLAG_NOTELEPORT)) return 1;
int32_t const pic = sprite[s].picnum;
return (pic == SHARK || pic == COMMANDER || pic == OCTABRAIN return (pic == SHARK || pic == COMMANDER || pic == OCTABRAIN
|| (pic >= GREENSLIME && pic <= GREENSLIME+7)); || (pic >= GREENSLIME && pic <= GREENSLIME+7));
} }
@ -3432,9 +3413,7 @@ ACTOR_STATIC void G_MoveTransports(void)
else ps->pos.z = sprite[OW].z+6144; else ps->pos.z = sprite[OW].z+6144;
ps->opos.z = ps->pos.z; ps->opos.z = ps->pos.z;
actor[ps->i].bpos.x = ps->pos.x; actor[ps->i].bpos = ps->pos;
actor[ps->i].bpos.y = ps->pos.y;
actor[ps->i].bpos.z = ps->pos.z;
changespritesect(j,sprite[OW].sectnum); changespritesect(j,sprite[OW].sectnum);
ps->cursectnum = sprite[OW].sectnum; ps->cursectnum = sprite[OW].sectnum;
@ -3626,9 +3605,7 @@ BOLT:
static int16_t A_FindLocator(int32_t n, int32_t sn) static int16_t A_FindLocator(int32_t n, int32_t sn)
{ {
int32_t i; for (int SPRITES_OF(STAT_LOCATOR, i))
for (SPRITES_OF(STAT_LOCATOR, i))
{ {
if ((sn == -1 || sn == SECT) && n == SLT) if ((sn == -1 || sn == SECT) && n == SLT)
return i; return i;
@ -4757,9 +4734,6 @@ DETONATEB:
case REACTOR__STATIC: case REACTOR__STATIC:
case REACTOR2__STATIC: case REACTOR2__STATIC:
{ {
int32_t p;
DukePlayer_t *ps;
if (t[4] == 1) if (t[4] == 1)
{ {
for (SPRITES_OF_SECT(sect, j)) for (SPRITES_OF_SECT(sect, j))
@ -4795,8 +4769,8 @@ DETONATEB:
goto BOLT; goto BOLT;
} }
p = A_FindPlayer(s,&x); int p = A_FindPlayer(s,&x);
ps = g_player[p].ps; DukePlayer_t * const ps = g_player[p].ps;
t[2]++; t[2]++;
if (t[2] == 4) t[2]=0; if (t[2] == 4) t[2]=0;
@ -5733,15 +5707,12 @@ ACTOR_STATIC void G_MoveEffectors(void) //STATNUM 3
if (l && (sc->floorstat&64)) if (l && (sc->floorstat&64))
{ {
int32_t p;
for (TRAVERSE_CONNECT(p)) for (TRAVERSE_CONNECT(p))
{ {
DukePlayer_t *const ps = g_player[p].ps; DukePlayer_t *const ps = g_player[p].ps;
if (ps->cursectnum == s->sectnum && ps->on_ground == 1) if (ps->cursectnum == s->sectnum && ps->on_ground == 1)
{ {
ps->ang += (l*q); ps->ang += (l*q);
ps->ang &= 2047; ps->ang &= 2047;
@ -5760,7 +5731,7 @@ ACTOR_STATIC void G_MoveEffectors(void) //STATNUM 3
} }
} }
for (SPRITES_OF_SECT(s->sectnum, p)) for (int SPRITES_OF_SECT(s->sectnum, p))
{ {
// KEEPINSYNC1 // KEEPINSYNC1
if (sprite[p].statnum != STAT_EFFECTOR && sprite[p].statnum != STAT_PROJECTILE) if (sprite[p].statnum != STAT_EFFECTOR && sprite[p].statnum != STAT_PROJECTILE)
@ -5786,10 +5757,8 @@ ACTOR_STATIC void G_MoveEffectors(void) //STATNUM 3
} }
else if (l==0 && (sc->floorstat&64)) else if (l==0 && (sc->floorstat&64))
{ {
int32_t p;
// fix for jittering of sprites in halted rotating sectors // fix for jittering of sprites in halted rotating sectors
for (SPRITES_OF_SECT(s->sectnum, p)) for (int SPRITES_OF_SECT(s->sectnum, p))
{ {
// KEEPINSYNC1 // KEEPINSYNC1
if (sprite[p].statnum != STAT_EFFECTOR && sprite[p].statnum != STAT_PROJECTILE) if (sprite[p].statnum != STAT_EFFECTOR && sprite[p].statnum != STAT_PROJECTILE)
@ -8233,22 +8202,16 @@ void A_PlayAlertSound(int32_t i)
int32_t A_CheckSwitchTile(int32_t i) int32_t A_CheckSwitchTile(int32_t i)
{ {
int32_t j; // picnum 0 would oob in the switch below,
// MULTISWITCH has 4 states so deal with it separately,
if (PN <= 0) // picnum 0 would oob in the switch below
return 0;
// MULTISWITCH has 4 states so deal with it separately.
if (PN >= MULTISWITCH && PN <= MULTISWITCH+3)
return 1;
// ACCESSSWITCH and ACCESSSWITCH2 are only active in one state so deal with // ACCESSSWITCH and ACCESSSWITCH2 are only active in one state so deal with
// them separately. // them separately.
if (PN == ACCESSSWITCH || PN == ACCESSSWITCH2)
if ((PN <= 0) || (PN >= MULTISWITCH && PN <= MULTISWITCH + 3) || (PN == ACCESSSWITCH || PN == ACCESSSWITCH2))
return 1; return 1;
// Loop to catch both states of switches. // Loop to catch both states of switches.
for (j=1; j>=0; j--) for (int j=1; j>=0; j--)
{ {
switch (DYNAMICTILEMAP(PN-j)) switch (DYNAMICTILEMAP(PN-j))
{ {
@ -8304,7 +8267,7 @@ void G_MoveWorld(void)
VM_OnEvent(EVENT_PREWORLD, -1, -1); VM_OnEvent(EVENT_PREWORLD, -1, -1);
if (EDUKE32_PREDICT_FALSE(VM_HaveEvent(EVENT_PREGAME))) if (VM_HaveEvent(EVENT_PREGAME))
{ {
int32_t i, j, k = 0, p, pl; int32_t i, j, k = 0, p, pl;
@ -8338,13 +8301,11 @@ void G_MoveWorld(void)
G_MoveFallers(); //ST 12 G_MoveFallers(); //ST 12
G_MoveMisc(); //ST 5 G_MoveMisc(); //ST 5
{ double t = gethiticks();
double t = gethiticks();
G_MoveActors(); //ST 1 G_MoveActors(); //ST 1
g_moveActorsTime = (1-0.033)*g_moveActorsTime + 0.033*(gethiticks()-t); g_moveActorsTime = (1-0.033)*g_moveActorsTime + 0.033*(gethiticks()-t);
}
// XXX: Has to be before effectors, in particular movers? // XXX: Has to be before effectors, in particular movers?
// TODO: lights in moving sectors ought to be interpolated // TODO: lights in moving sectors ought to be interpolated
@ -8357,7 +8318,7 @@ void G_MoveWorld(void)
VM_OnEvent(EVENT_WORLD, -1, -1); VM_OnEvent(EVENT_WORLD, -1, -1);
if (EDUKE32_PREDICT_FALSE(VM_HaveEvent(EVENT_GAME))) if (VM_HaveEvent(EVENT_GAME))
{ {
int32_t i, j, k = 0, p, pl; int32_t i, j, k = 0, p, pl;