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raze/source/sw/src/sector.cpp
Christoph Oelckers 25e8636a60 - eliminated a few smaller headers.
2020-08-16 23:21:24 +02:00

3450 lines
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//-------------------------------------------------------------------------
/*
Copyright (C) 1997, 2005 - 3D Realms Entertainment
This file is part of Shadow Warrior version 1.2
Shadow Warrior is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
Original Source: 1997 - Frank Maddin and Jim Norwood
Prepared for public release: 03/28/2005 - Charlie Wiederhold, 3D Realms
*/
//-------------------------------------------------------------------------
#include "ns.h"
#include "build.h"
#include "common.h"
#include "names2.h"
#include "panel.h"
#include "misc.h"
#include "tags.h"
#include "sector.h"
#include "player.h"
#include "weapon.h"
#include "jtags.h"
#include "network.h"
#include "break.h"
#include "misc.h"
#include "sprite.h"
#include "light.h"
#include "gstrings.h"
#include "secrets.h"
BEGIN_SW_NS
#define LAVASIZ 128
#define LAVALOGSIZ 7
#define LAVAMAXDROPS 32
#define DEFAULT_DOOR_SPEED 800
int InitFireballTrap(short SpriteNum);
ANIMATOR DoGrating;
void DoPlayerBeginForceJump(PLAYERp);
short FindNextSectorByTag(short sectnum, int tag);
short LevelSecrets;
SWBOOL TestVatorMatchActive(short match);
SWBOOL TestSpikeMatchActive(short match);
SWBOOL TestRotatorMatchActive(short match);
SWBOOL TestSlidorMatchActive(short match);
int PlayerCheckDeath(PLAYERp, short);
short DoVatorOperate(PLAYERp, short);
short DoVatorMatch(PLAYERp pp, short match);
short DoRotatorOperate(PLAYERp, short);
short DoRotatorMatch(PLAYERp pp, short match, SWBOOL);
short DoSlidorOperate(PLAYERp, short);
short DoSlidorMatch(PLAYERp pp, short match, SWBOOL);
void KillMatchingCrackSprites(short match);
int DoTrapReset(short match);
int DoTrapMatch(short match);
PLAYERp GlobPlayerP;
#if 0
char lavabakpic[(LAVASIZ + 2) * (LAVASIZ + 2)], lavainc[LAVASIZ];
int lavanumdrops, lavanumframes;
int lavadropx[LAVAMAXDROPS], lavadropy[LAVAMAXDROPS];
int lavadropsiz[LAVAMAXDROPS], lavadropsizlookup[LAVAMAXDROPS];
int lavaradx[32][128], lavarady[32][128], lavaradcnt[32];
#endif
SECT_USERp SectUser[MAXSECTORS];
USERp User[MAXSPRITES];
ANIM Anim[MAXANIM];
short AnimCnt = 0;
SINE_WAVE_FLOOR SineWaveFloor[MAX_SINE_WAVE][21];
SINE_WALL SineWall[MAX_SINE_WALL][MAX_SINE_WALL_POINTS];
SPRING_BOARD SpringBoard[20];
int x_min_bound, y_min_bound, x_max_bound, y_max_bound;
void SetSectorWallBits(short sectnum, int bit_mask, SWBOOL set_sectwall, SWBOOL set_nextwall)
{
short wall_num, start_wall;
wall_num = start_wall = sector[sectnum].wallptr;
do
{
if (set_sectwall)
SET(wall[wall_num].extra, bit_mask);
if (set_nextwall)
{
uint16_t const nextwall = wall[wall_num].nextwall;
if (nextwall < MAXWALLS)
SET(wall[nextwall].extra, bit_mask);
}
wall_num = wall[wall_num].point2;
}
while (wall_num != start_wall);
}
void WallSetupDontMove(void)
{
int i,j,nexti,nextj;
SPRITEp spu, spl;
WALLp wallp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_WALL_DONT_MOVE_UPPER],i,nexti)
{
TRAVERSE_SPRITE_STAT(headspritestat[STAT_WALL_DONT_MOVE_LOWER],j,nextj)
{
spu = &sprite[i];
spl = &sprite[j];
if (spu->lotag == spl->lotag)
{
for (wallp = wall; wallp < &wall[numwalls]; wallp++)
{
if (wallp->x < spl->x && wallp->x > spu->x && wallp->y < spl->y && wallp->y > spu->y)
{
SET(wallp->extra, WALLFX_DONT_MOVE);
}
}
}
}
}
}
static void WallSetupLoop(WALLp wp, int16_t lotag, int16_t extra)
{
// set first wall
{
SET(wp->extra, extra);
uint16_t const nextwall = wp->nextwall;
if (nextwall < MAXWALLS)
SET(wall[nextwall].extra, extra);
}
// Travel all the way around loop setting wall bits
for (uint16_t wall_num = wp->point2;
wall[wall_num].lotag != lotag;
wall_num = wall[wall_num].point2)
{
SET(wall[wall_num].extra, extra);
uint16_t const nextwall = wall[wall_num].nextwall;
if (nextwall < MAXWALLS)
SET(wall[nextwall].extra, extra);
}
}
void
WallSetup(void)
{
short i = 0;
short NextSineWall = 0;
WALLp wp;
WallSetupDontMove();
memset(SineWall, -1, sizeof(SineWall));
x_min_bound = 999999;
y_min_bound = 999999;
x_max_bound = -999999;
y_max_bound = -999999;
for (wp = wall, i = 0; wp < &wall[numwalls]; i++, wp++)
{
if (wp->picnum == FAF_PLACE_MIRROR_PIC)
wp->picnum = FAF_MIRROR_PIC;
if (wall[i].picnum == FAF_PLACE_MIRROR_PIC+1)
wall[i].picnum = FAF_MIRROR_PIC+1;
// get map min and max coordinates
x_min_bound = min(TrackerCast(wp->x), x_min_bound);
y_min_bound = min(TrackerCast(wp->y), y_min_bound);
x_max_bound = max(TrackerCast(wp->x), x_max_bound);
y_max_bound = max(TrackerCast(wp->y), y_max_bound);
// this overwrites the lotag so it needs to be called LAST - its down there
// SetupWallForBreak(wp);
switch (wp->lotag)
{
case TAG_WALL_LOOP_DONT_SPIN:
{
WallSetupLoop(wp, TAG_WALL_LOOP_DONT_SPIN, WALLFX_LOOP_DONT_SPIN);
break;
}
case TAG_WALL_LOOP_DONT_SCALE:
{
WallSetupLoop(wp, TAG_WALL_LOOP_DONT_SCALE, WALLFX_DONT_SCALE);
wp->lotag = 0;
break;
}
case TAG_WALL_LOOP_OUTER_SECONDARY:
{
// make sure it's a red wall
ASSERT((uint16_t)wp->nextwall < MAXWALLS);
WallSetupLoop(wp, TAG_WALL_LOOP_OUTER_SECONDARY, WALLFX_LOOP_OUTER|WALLFX_LOOP_OUTER_SECONDARY);
break;
}
case TAG_WALL_LOOP_OUTER:
{
// make sure it's a red wall
ASSERT((uint16_t)wp->nextwall < MAXWALLS);
WallSetupLoop(wp, TAG_WALL_LOOP_OUTER, WALLFX_LOOP_OUTER);
wp->lotag = 0;
break;
}
case TAG_WALL_DONT_MOVE:
{
// set first wall
SET(wp->extra, WALLFX_DONT_MOVE);
break;
}
case TAG_WALL_LOOP_SPIN_2X:
{
WallSetupLoop(wp, TAG_WALL_LOOP_SPIN_2X, WALLFX_LOOP_SPIN_2X);
break;
}
case TAG_WALL_LOOP_SPIN_4X:
{
WallSetupLoop(wp, TAG_WALL_LOOP_SPIN_4X, WALLFX_LOOP_SPIN_4X);
break;
}
case TAG_WALL_LOOP_REVERSE_SPIN:
{
WallSetupLoop(wp, TAG_WALL_LOOP_REVERSE_SPIN, WALLFX_LOOP_REVERSE_SPIN);
break;
}
case TAG_WALL_SINE_Y_BEGIN:
case TAG_WALL_SINE_X_BEGIN:
{
short wall_num, cnt, num_points, type, tag_end;
SINE_WALLp sw;
short range = 250, speed = 3, peak = 0;
tag_end = wp->lotag + 2;
type = wp->lotag - TAG_WALL_SINE_Y_BEGIN;
// count up num_points
for (wall_num = i, num_points = 0;
num_points < MAX_SINE_WALL_POINTS && wall[wall_num].lotag != tag_end;
wall_num = wall[wall_num].point2, num_points++)
{
if (num_points == 0)
{
if (wall[wall_num].hitag)
range = wall[wall_num].hitag;
}
else if (num_points == 1)
{
if (wall[wall_num].hitag)
speed = wall[wall_num].hitag;
}
else if (num_points == 2)
{
if (wall[wall_num].hitag)
peak = wall[wall_num].hitag;
}
}
if (peak)
num_points = peak;
for (wall_num = i, cnt = 0;
cnt < MAX_SINE_WALL_POINTS && wall[wall_num].lotag != tag_end;
wall_num = wall[wall_num].point2, cnt++)
{
// set the first on up
sw = &SineWall[NextSineWall][cnt];
sw->type = type;
sw->wall = wall_num;
sw->speed_shift = speed;
sw->range = range;
// don't allow bullet holes/stars
SET(wall[wall_num].extra, WALLFX_DONT_STICK);
if (!sw->type)
sw->orig_xy = wall[wall_num].y - (sw->range >> 2);
else
sw->orig_xy = wall[wall_num].x - (sw->range >> 2);
sw->sintable_ndx = cnt * (2048 / num_points);
}
NextSineWall++;
ASSERT(NextSineWall < MAX_SINE_WALL);
}
}
// this overwrites the lotag so it needs to be called LAST
SetupWallForBreak(wp);
}
}
void
SectorLiquidSet(short i)
{
SECT_USERp sectu;
// ///////////////////////////////////
//
// CHECK for pics that mean something
//
// ///////////////////////////////////
if (sector[i].floorpicnum >= 300 && sector[i].floorpicnum <= 307)
{
sectu = GetSectUser(i);
SET(sector[i].extra, SECTFX_LIQUID_WATER);
}
else if (sector[i].floorpicnum >= 320 && sector[i].floorpicnum <= 343)
{
sectu = GetSectUser(i);
SET(sector[i].extra, SECTFX_LIQUID_WATER);
}
else if (sector[i].floorpicnum >= 780 && sector[i].floorpicnum <= 794)
{
sectu = GetSectUser(i);
SET(sector[i].extra, SECTFX_LIQUID_WATER);
}
else if (sector[i].floorpicnum >= 890 && sector[i].floorpicnum <= 897)
{
sectu = GetSectUser(i);
SET(sector[i].extra, SECTFX_LIQUID_WATER);
}
else if (sector[i].floorpicnum >= 175 && sector[i].floorpicnum <= 182)
{
sectu = GetSectUser(i);
SET(sector[i].extra, SECTFX_LIQUID_LAVA);
if (!sectu->damage)
sectu->damage = 40;
}
}
void
SectorSetup(void)
{
short i = 0, tag;
short NextSineWave = 0;
short ndx;
WallSetup();
for (ndx = 0; ndx < MAX_SECTOR_OBJECTS; ndx++)
{
memset(&SectorObject[ndx], -1, sizeof(SectorObject[0]));
// 0 pointers
//memset(&SectorObject[ndx].sectp, NULL, sizeof(SectorObject[0].sectp));
SectorObject[ndx].PreMoveAnimator = NULL;
SectorObject[ndx].PostMoveAnimator = NULL;
SectorObject[ndx].Animator = NULL;
SectorObject[ndx].controller = NULL;
SectorObject[ndx].sp_child = NULL;
SectorObject[ndx].xmid = INT32_MAX;
}
memset(SineWaveFloor, -1, sizeof(SineWaveFloor));
memset(SpringBoard, -1, sizeof(SpringBoard));
LevelSecrets = 0;
//for (i = 0; i < MAX_SW_PLAYERS; i++)
// memset((Player + i)->HasKey, 0, sizeof((Player + i)->HasKey));
for (i = 0; i < numsectors; i++)
{
tag = LOW_TAG(i);
// DOH! NOT AGAIN! :(
//ASSERT(wall[4568].lotag != 307);
// ///////////////////////////////////
//
// CHECK for pics that mean something
//
// ///////////////////////////////////
// ///////////////////////////////////
//
// CHECK for flags
//
// ///////////////////////////////////
if (TEST(sector[i].extra, SECTFX_SINK))
{
SectorLiquidSet(i);
}
if (TEST(sector[i].floorstat, FLOOR_STAT_PLAX))
{
// don't do a z adjust for FAF area
if (sector[i].floorpicnum != FAF_PLACE_MIRROR_PIC)
{
SET(sector[i].extra, SECTFX_Z_ADJUST);
}
}
if (TEST(sector[i].ceilingstat, CEILING_STAT_PLAX))
{
// don't do a z adjust for FAF area
if (sector[i].ceilingpicnum != FAF_PLACE_MIRROR_PIC)
{
SET(sector[i].extra, SECTFX_Z_ADJUST);
}
}
// ///////////////////////////////////
//
// CHECK for sector/sprite objects
//
// ///////////////////////////////////
if (tag >= TAG_OBJECT_CENTER && tag < TAG_OBJECT_CENTER + 100)
{
SetupSectorObject(i, tag);
}
// ///////////////////////////////////
//
// CHECK lo and hi tags
//
// ///////////////////////////////////
switch (tag)
{
case TAG_SECRET_AREA_TRIGGER:
LevelSecrets++;
break;
case TAG_DOOR_SLIDING:
SetSectorWallBits(i, WALLFX_DONT_STICK, TRUE, TRUE);
break;
case TAG_SINE_WAVE_FLOOR:
case TAG_SINE_WAVE_CEILING:
case TAG_SINE_WAVE_BOTH:
{
SINE_WAVE_FLOOR *swf;
short near_sect = i, base_sect = i;
uint16_t swf_ndx = 0;
short cnt = 0, sector_cnt;
int range;
int range_diff = 0;
int wave_diff = 0;
short peak_dist = 0;
short speed_shift = 3;
short num;
#define SINE_FLOOR (1<<0)
#define SINE_CEILING (1<<1)
num = (tag - TAG_SINE_WAVE_FLOOR) / 20;
// set the first on up
swf = &SineWaveFloor[NextSineWave][swf_ndx];
swf->flags = 0;
switch (num)
{
case 0:
SET(swf->flags, SINE_FLOOR);
#define SINE_SLOPED BIT(3)
if (TEST(sector[base_sect].floorstat, FLOOR_STAT_SLOPE))
{
SET(swf->flags, SINE_SLOPED);
}
break;
case 1:
SET(swf->flags, SINE_CEILING);
break;
case 2:
SET(swf->flags, SINE_FLOOR | SINE_CEILING);
break;
}
swf->sector = near_sect;
ASSERT(sector[swf->sector].hitag != 0);
swf->range = range = Z(sector[swf->sector].hitag);
swf->floor_origz = sector[swf->sector].floorz - (range >> 2);
swf->ceiling_origz = sector[swf->sector].ceilingz - (range >> 2);
// look for the rest by distance
for (swf_ndx = 1, sector_cnt = 1; TRUE; swf_ndx++)
{
// near_sect = FindNextSectorByTag(base_sect,
// TAG_SINE_WAVE_FLOOR + swf_ndx);
near_sect = FindNextSectorByTag(base_sect, tag + swf_ndx);
if (near_sect >= 0)
{
swf = &SineWaveFloor[NextSineWave][swf_ndx];
if (swf_ndx == 1 && sector[near_sect].hitag)
range_diff = sector[near_sect].hitag;
else if (swf_ndx == 2 && sector[near_sect].hitag)
speed_shift = sector[near_sect].hitag;
else if (swf_ndx == 3 && sector[near_sect].hitag)
peak_dist = sector[near_sect].hitag;
swf->sector = near_sect;
swf->floor_origz = sector[swf->sector].floorz - (range >> 2);
swf->ceiling_origz = sector[swf->sector].ceilingz - (range >> 2);
range -= range_diff;
swf->range = range;
base_sect = swf->sector;
sector_cnt++;
}
else
break;
}
ASSERT(swf_ndx <= SIZ(SineWaveFloor[NextSineWave]));
// more than 6 waves and something in high tag - set up wave
// dissapate
if (sector_cnt > 8 && sector[base_sect].hitag)
{
wave_diff = sector[base_sect].hitag;
}
// setup the sintable_ndx based on the actual number of
// sectors (swf_ndx)
for (swf = &SineWaveFloor[NextSineWave][0], cnt = 0; swf->sector >= 0 && swf < (SINE_WAVE_FLOORp)&SineWaveFloor[SIZ(SineWaveFloor)]; swf++, cnt++)
{
if (peak_dist)
swf->sintable_ndx = cnt * (2048 / peak_dist);
else
swf->sintable_ndx = cnt * (2048 / swf_ndx);
swf->speed_shift = speed_shift;
}
// set up the a real wave that dissapates at the end
if (wave_diff)
{
for (cnt = sector_cnt - 1; cnt >= 0; cnt--)
{
// only do the last (actually the first) few for the
// dissapate
if (cnt > 8)
continue;
swf = &SineWaveFloor[NextSineWave][cnt];
swf->range -= wave_diff;
wave_diff += wave_diff;
if (swf->range < Z(4))
swf->range = Z(4);
// reset origz's based on new range
swf->floor_origz = sector[swf->sector].floorz - (swf->range >> 2);
swf->ceiling_origz = sector[swf->sector].ceilingz - (swf->range >> 2);
}
}
NextSineWave++;
ASSERT(NextSineWave < MAX_SINE_WAVE);
break;
}
}
}
}
void
SectorMidPoint(short sectnum, int *xmid, int *ymid, int *zmid)
{
short startwall, endwall, j;
int xsum = 0, ysum = 0;
WALLp wp;
startwall = sector[sectnum].wallptr;
endwall = startwall + sector[sectnum].wallnum - 1;
for (wp = &wall[startwall], j = startwall; j <= endwall; wp++, j++)
{
xsum += wp->x;
ysum += wp->y;
}
*xmid = xsum / (endwall - startwall + 1);
*ymid = ysum / (endwall - startwall + 1);
*zmid = DIV2(sector[sectnum].floorz + sector[sectnum].ceilingz);
}
void
DoSpringBoard(PLAYERp pp/*, short sectnum*/)
{
#if 0
int sb;
int i;
i = AnimGetGoal(&sector[sectnum].floorz);
// if in motion return
if (i >= 0)
return;
AnimSet(&sector[sectnum].floorz, sector[sectnum].floorz - Z(32), 512);
for (sb = 0; sb < SIZ(SpringBoard); sb++)
{
// if empty set up an entry to close the sb later
if (SpringBoard[sb].Sector == -1)
{
pp->jump_speed = -sector[pp->cursectnum].hitag;
DoPlayerBeginForceJump(pp);
SpringBoard[sb].Sector = sectnum;
SpringBoard[sb].TimeOut = 1 * 120;
sector[sectnum].lotag = 0;
}
}
#else
pp->jump_speed = -sector[pp->cursectnum].hitag;
DoPlayerBeginForceJump(pp);
#endif
return;
}
void
DoSpringBoardDown(void)
{
unsigned sb;
SPRING_BOARD *sbp;
for (sb = 0; sb < SIZ(SpringBoard); sb++)
{
sbp = &SpringBoard[sb];
// if empty set up an entry to close the sb later
if (sbp->Sector != -1)
{
if ((sbp->TimeOut -= synctics) <= 0)
{
int destz;
destz = sector[nextsectorneighborz(sbp->Sector, sector[sbp->Sector].floorz, 1, 1)].floorz;
AnimSet(&sector[sbp->Sector].floorz, destz, 256);
sector[sbp->Sector].lotag = TAG_SPRING_BOARD;
sbp->Sector = -1;
}
}
}
return;
}
short
FindSectorByTag(int x, int y, int tag)
{
short i = 0, near_sector = -1;
int diff, near_diff = 9999999;
short wallnum;
for (i = 0; i < numsectors; i++)
{
if (LOW_TAG(i) == tag)
{
// get the delta of the door/elevator
wallnum = sector[i].wallptr;
// diff = labs(wall[wallnum].x - x) + labs(wall[wallnum].y - y);
diff = Distance(wall[wallnum].x, wall[wallnum].y, x, y);
// if the door/elevator is closer than the last save it off
if (diff < near_diff)
{
near_diff = diff;
near_sector = i;
}
}
}
return near_sector;
}
short
FindSectorByTag_Wall(short wallnum, int tag)
{
return FindSectorByTag(wall[wallnum].x, wall[wallnum].y, tag);
}
short
FindSectorByTag_Sprite(short SpriteNum, int tag)
{
return FindSectorByTag(sprite[SpriteNum].x, sprite[SpriteNum].y, tag);
}
#if 1
short
FindSectorMidByTag(short sectnum, int tag)
{
short i = 0, near_sector = -1;
int diff, near_diff = 9999999, x, y;
int trash, fx, fy;
// Get the mid x,y of the sector
SectorMidPoint(sectnum, &x, &y, &trash);
for (i = 0; i < numsectors; i++)
{
if (sector[i].lotag == tag)
{
// get the delta of the door/elevator
SectorMidPoint(i, &fx, &fy, &trash);
// diff = labs(wall[wallnum].x - x) + labs(wall[wallnum].y - y);
diff = Distance(fx, fy, x, y);
// if the door/elevator is closer than the last save it off
if (diff < near_diff)
{
near_diff = diff;
near_sector = i;
}
}
}
return near_sector;
}
#endif
short
FindNextSectorByTag(short sectnum, int tag)
{
short next_sectnum, startwall, endwall, j;
startwall = sector[sectnum].wallptr;
endwall = startwall + sector[sectnum].wallnum - 1;
for (j = startwall; j <= endwall; j++)
{
next_sectnum = wall[j].nextsector;
if (next_sectnum >= 0)
{
if (sector[next_sectnum].lotag == tag)
{
return next_sectnum;
}
}
}
return -1;
}
int
SectorDistance(short sect1, int sect2)
{
short wallnum1, wallnum2;
if (sect1 < 0 || sect2 < 0)
return 9999999;
wallnum1 = sector[sect1].wallptr;
wallnum2 = sector[sect2].wallptr;
// return the distance between the two sectors.
return Distance(wall[wallnum1].x, wall[wallnum1].y, wall[wallnum2].x, wall[wallnum2].y);
}
int
SectorDistanceByMid(short sect1, int sect2)
{
int sx1, sy1, sx2, sy2, trash;
SectorMidPoint(sect1, &sx1, &sy1, &trash);
SectorMidPoint(sect2, &sx2, &sy2, &trash);
// return the distance between the two sectors.
return Distance(sx1, sy1, sx2, sy2);
}
short
DoSpawnActorTrigger(short match)
{
int i, nexti;
short spawn_count = 0;
SPRITEp sp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SPAWN_TRIGGER], i, nexti)
{
sp = &sprite[i];
if (sp->hitag == match)
{
if (ActorSpawn(sp))
{
DoSpawnTeleporterEffectPlace(sp);
PlaySound(DIGI_PLAYER_TELEPORT, sp, v3df_none);
spawn_count++;
}
}
}
return spawn_count;
}
int
OperateSector(short sectnum, short player_is_operating)
{
PLAYERp pp = GlobPlayerP;
// Don't let actors operate locked or secret doors
if (!player_is_operating)
{
SPRITEp fsp;
short i,nexti;
if (SectUser[sectnum] && SectUser[sectnum]->stag == SECT_LOCK_DOOR)
return FALSE;
TRAVERSE_SPRITE_SECT(headspritesect[sectnum], i, nexti)
{
fsp = &sprite[i];
if (SectUser[fsp->sectnum] && SectUser[fsp->sectnum]->stag == SECT_LOCK_DOOR)
return FALSE;
if (fsp->statnum == STAT_VATOR && SP_TAG1(fsp) == SECT_VATOR && TEST_BOOL7(fsp))
return FALSE;
if (fsp->statnum == STAT_ROTATOR && SP_TAG1(fsp) == SECT_ROTATOR && TEST_BOOL7(fsp))
return FALSE;
if (fsp->statnum == STAT_SLIDOR && SP_TAG1(fsp) == SECT_SLIDOR && TEST_BOOL7(fsp))
return FALSE;
}
}
//CON_Message("Operating sectnum %d",sectnum);
//CON_Message("stag = %d, lock = %d",SectUser[sectnum]->stag,SECT_LOCK_DOOR);
switch (LOW_TAG(sectnum))
{
case TAG_VATOR:
DoVatorOperate(pp, sectnum);
return TRUE;
case TAG_ROTATOR:
DoRotatorOperate(pp, sectnum);
return TRUE;
case TAG_SLIDOR:
DoSlidorOperate(pp, sectnum);
return TRUE;
}
return FALSE;
}
int
OperateWall(short wallnum, short player_is_operating)
{
WALLp wallp = &wall[wallnum];
/*
switch (LOW_TAG_WALL(wallnum))
{
}
*/
return FALSE;
}
short
AnimateSwitch(SPRITEp sp, short tgt_value)
{
#define SWITCH_LEVER 581
#define SWITCH_FUSE 558
#define SWITCH_FLIP 561
#define SWITCH_RED_CHAIN 563
#define SWITCH_GREEN_CHAIN 565
#define SWITCH_TOUCH 567
#define SWITCH_DRAGON 569
#define SWITCH_LIGHT 551
#define SWITCH_1 575
#define SWITCH_3 579
#define SWITCH_SHOOTABLE_1 577
#define SWITCH_4 571
#define SWITCH_5 573
#define SWITCH_6 583
#define EXIT_SWITCH 2470
#define SWITCH_SKULL 553
// if the value is not ON or OFF
// then it is a straight toggle
switch (sp->picnum)
{
// set to TRUE/ON
case SWITCH_SKULL:
case SWITCH_LEVER:
case SWITCH_LIGHT:
case SWITCH_SHOOTABLE_1:
case SWITCH_1:
case SWITCH_3:
case SWITCH_FLIP:
case SWITCH_RED_CHAIN:
case SWITCH_GREEN_CHAIN:
case SWITCH_TOUCH:
case SWITCH_DRAGON:
case SWITCH_4:
case SWITCH_5:
case SWITCH_6:
case EXIT_SWITCH:
// dont toggle - return the current state
if (tgt_value == 999)
return OFF;
sp->picnum += 1;
// if the tgt_value should be true
// flip it again - recursive but only once
if (tgt_value == OFF)
{
AnimateSwitch(sp, tgt_value);
return OFF;
}
return ON;
// set to true
case SWITCH_SKULL + 1:
case SWITCH_LEVER + 1:
case SWITCH_LIGHT + 1:
case SWITCH_1 + 1:
case SWITCH_3 + 1:
case SWITCH_FLIP + 1:
case SWITCH_RED_CHAIN + 1:
case SWITCH_GREEN_CHAIN + 1:
case SWITCH_TOUCH + 1:
case SWITCH_DRAGON + 1:
case SWITCH_SHOOTABLE_1 + 1:
case SWITCH_4+1:
case SWITCH_5+1:
case SWITCH_6+1:
case EXIT_SWITCH+1:
// dont toggle - return the current state
if (tgt_value == 999)
return ON;
sp->picnum -= 1;
if (tgt_value == ON)
{
AnimateSwitch(sp, tgt_value);
return ON;
}
return OFF;
}
return OFF;
}
void
SectorExp(short SpriteNum, short sectnum, short orig_ang, int zh)
{
SPRITEp sp = &sprite[SpriteNum];
USERp u = User[SpriteNum];
short explosion;
SPRITEp exp;
USERp eu;
int x,y,z;
RESET(sp->cstat, CSTAT_SPRITE_ALIGNMENT_WALL|CSTAT_SPRITE_ALIGNMENT_FLOOR);
SectorMidPoint(sectnum, &x, &y, &z);
sp->ang = orig_ang;
sp->x = x;
sp->y = y;
sp->z = z;
// randomize the explosions
sp->ang += RANDOM_P2(256) - 128;
sp->x += RANDOM_P2(1024) - 512;
sp->y += RANDOM_P2(1024) - 512;
sp->z = zh;
// setup vars needed by SectorExp
changespritesect(SpriteNum, sectnum);
//setspritez(SpriteNum, (vec3_t *)sp);
getzsofslope(sp->sectnum, sp->x, sp->y, &u->hiz, &u->loz);
// spawn explosion
explosion = SpawnSectorExp(SpriteNum);
ASSERT(explosion >= 0);
exp = &sprite[explosion];
eu = User[explosion];
exp->xrepeat += (RANDOM_P2(32<<8)>>8) - 16;
exp->yrepeat += (RANDOM_P2(32<<8)>>8) - 16;
eu->xchange = MOVEx(92, exp->ang);
eu->ychange = MOVEy(92, exp->ang);
}
void
DoExplodeSector(short match)
{
short orig_ang;
int zh;
short cf,nextcf;
SPRITEp esp;
SECTORp sectp;
orig_ang = 0; //sp->ang;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_EXPLODING_CEIL_FLOOR], cf, nextcf)
{
esp = &sprite[cf];
if (match != esp->lotag)
continue;
if (!User[cf])
/*u = */SpawnUser(cf, 0, NULL);
sectp = &sector[esp->sectnum];
sectp->ceilingz -= Z(SP_TAG4(esp));
if (SP_TAG5(esp))
{
sectp->floorheinum = SP_TAG5(esp);
SET(sectp->floorstat, FLOOR_STAT_SLOPE);
}
if (SP_TAG6(esp))
{
sectp->ceilingheinum = SP_TAG6(esp);
SET(sectp->ceilingstat, CEILING_STAT_SLOPE);
}
for (zh = sectp->ceilingz; zh < sectp->floorz; zh += Z(60))
{
SectorExp(cf, esp->sectnum, orig_ang, zh + Z(RANDOM_P2(64)) - Z(32));
}
// don't need it any more
KillSprite(cf);
}
}
int DoSpawnSpot(short SpriteNum)
{
USERp u = User[SpriteNum];
if ((u->WaitTics -= synctics) < 0)
{
change_sprite_stat(SpriteNum, STAT_SPAWN_SPOT);
SpawnShrap(SpriteNum, -1);
if (u->LastDamage == 1)
{
KillSprite(SpriteNum);
return 0;
}
}
return 0;
}
// spawns shrap when killing an object
void
DoSpawnSpotsForKill(short match)
{
short sn, next_sn;
SPRITEp sp;
USERp u;
if (match < 0)
return;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SPAWN_SPOT], sn, next_sn)
{
sp = &sprite[sn];
// change the stat num and set the delay correctly to call SpawnShrap
if (sp->hitag == SPAWN_SPOT && sp->lotag == match)
{
u = User[sn];
change_sprite_stat(sn, STAT_NO_STATE);
u->ActorActionFunc = DoSpawnSpot;
u->WaitTics = SP_TAG5(sp) * 15;
setspritez(sn, (vec3_t *)sp);
// setting for Killed
u->LastDamage = 1;
}
}
}
// spawns shrap when damaging an object
void
DoSpawnSpotsForDamage(short match)
{
short sn, next_sn;
SPRITEp sp;
USERp u;
if (match < 0)
return;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SPAWN_SPOT], sn, next_sn)
{
sp = &sprite[sn];
// change the stat num and set the delay correctly to call SpawnShrap
if (sp->hitag == SPAWN_SPOT && sp->lotag == match)
{
u = User[sn];
change_sprite_stat(sn, STAT_NO_STATE);
u->ActorActionFunc = DoSpawnSpot;
u->WaitTics = SP_TAG7(sp) * 15;
// setting for Damaged
u->LastDamage = 0;
}
}
}
void
DoSoundSpotMatch(short match, short sound_num, short sound_type)
{
short sn, next_sn;
SPRITEp sp;
int flags;
short snd2play;
//sound_type is not used
sound_num--;
ASSERT(sound_num >= 0);
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SOUND_SPOT], sn, next_sn)
{
sp = &sprite[sn];
if (SP_TAG2(sp) == match && !TEST_BOOL6(sp))
{
short snd[3];
snd[0] = SP_TAG13(sp); // tag4 is copied to tag13
snd[1] = SP_TAG5(sp);
snd[2] = SP_TAG6(sp);
snd2play = 0;
flags = 0;
if (TEST_BOOL2(sp))
flags = v3df_follow|v3df_nolookup|v3df_init;
// play once and only once
if (TEST_BOOL1(sp))
SET_BOOL6(sp);
// don't pan
if (TEST_BOOL4(sp))
flags |= v3df_dontpan;
// add doppler
if (TEST_BOOL5(sp))
flags |= v3df_doppler;
// random
if (TEST_BOOL3(sp))
{
if (snd[0] && snd[1])
{
snd2play = snd[RANDOM_RANGE(2)];
}
else if (snd[0] && snd[1] && snd[2])
{
snd2play = snd[RANDOM_RANGE(3)];
}
}
else if (snd[sound_num])
{
snd2play = snd[sound_num];
}
if (snd2play <= 0)
continue;
if (TEST_BOOL7(sp))
{
PLAYERp pp = GlobPlayerP;
////DSPRINTF(ds,"PlayerSound %d",pp-Player);
//MONO_PRINT(ds);
//ASSERT(pp >= Player && pp <= Player+numplayers);
if (pp)
{
if (pp == Player+myconnectindex)
PlayerSound(snd2play, v3df_dontpan|v3df_follow,pp);
}
}
else
{
PlaySound(snd2play, sp, flags);
//if (TEST(flags, v3df_follow)) // Just set it anyway
Set3DSoundOwner(sn);
}
}
}
}
void
DoSoundSpotStopSound(short match)
{
short sn, next_sn;
SPRITEp sp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SOUND_SPOT], sn, next_sn)
{
sp = &sprite[sn];
// found match and is a follow type
if (SP_TAG2(sp) == match && TEST_BOOL2(sp))
{
DeleteNoSoundOwner(sn);
}
}
}
void
DoStopSoundSpotMatch(short match)
{
short sn, next_sn;
SPRITEp sp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_STOP_SOUND_SPOT], sn, next_sn)
{
sp = &sprite[sn];
if (SP_TAG2(sp) == match)
{
DoSoundSpotStopSound(SP_TAG5(sp));
}
}
}
SWBOOL TestKillSectorObject(SECTOR_OBJECTp sop)
{
if (TEST(sop->flags, SOBJ_KILLABLE))
{
KillMatchingCrackSprites(sop->match_event);
// get new sectnums
CollapseSectorObject(sop, sop->xmid, sop->ymid);
DoSpawnSpotsForKill(sop->match_event);
KillSectorObjectSprites(sop);
return TRUE;
}
return FALSE;
}
short
DoSectorObjectKillMatch(short match)
{
SECTOR_OBJECTp sop;
for (sop = SectorObject; sop < &SectorObject[MAX_SECTOR_OBJECTS]; sop++)
{
if (SO_EMPTY(sop))
continue;
if (sop->match_event == match)
return TestKillSectorObject(sop);
}
return FALSE;
}
SWBOOL
SearchExplodeSectorMatch(short match)
{
short i,nexti;
// THIS IS ONLY CALLED FROM DoMatchEverything
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SPRITE_HIT_MATCH], i, nexti)
{
SPRITEp sp = &sprite[i];
if (sp->hitag == match)
{
KillMatchingCrackSprites(match);
DoExplodeSector(match);
return TRUE;
}
}
return FALSE;
}
void
KillMatchingCrackSprites(short match)
{
short i,nexti;
SPRITEp sp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SPRITE_HIT_MATCH], i, nexti)
{
sp = &sprite[i];
if (sp->hitag == match)
{
if (TEST(SP_TAG8(sp), BIT(2)))
continue;
KillSprite(i);
}
}
}
void
WeaponExplodeSectorInRange(short weapon)
{
short i, nexti;
SPRITEp wp = &sprite[weapon];
USERp wu = User[weapon];
SPRITEp sp;
int dist;
int radius;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_SPRITE_HIT_MATCH], i, nexti)
{
sp = &sprite[i];
// test to see if explosion is close to crack sprite
dist = FindDistance3D(wp->x - sp->x, wp->y - sp->y, wp->z - sp->z);
if (sp->clipdist == 0)
continue;
radius = (((int)sp->clipdist) << 2) * 8;
if ((unsigned int)dist > (wu->Radius/2) + radius)
continue;
if (!FAFcansee(wp->x,wp->y,wp->z,wp->sectnum,sp->x,sp->y,sp->z,sp->sectnum))
continue;
#if 0
// short match;
match = sp->hitag;
// this and every other crack sprite of this type is now dead
// don't use them
KillMatchingCrackSprites(match);
DoExplodeSector(match);
DoMatchEverything(NULL, match, -1);
#else
// pass in explosion type
MissileHitMatch(weapon, WPN_ROCKET, i);
#endif
return;
}
}
void
ShootableSwitch(short SpriteNum)
{
SPRITEp sp = &sprite[SpriteNum];
switch (sp->picnum)
{
case SWITCH_SHOOTABLE_1:
//RESET(sp->cstat, CSTAT_SPRITE_BLOCK | CSTAT_SPRITE_BLOCK_HITSCAN);
OperateSprite(SpriteNum, FALSE);
sp->picnum = SWITCH_SHOOTABLE_1 + 1;
break;
case SWITCH_FUSE:
case SWITCH_FUSE + 1:
RESET(sp->cstat, CSTAT_SPRITE_BLOCK | CSTAT_SPRITE_BLOCK_HITSCAN);
OperateSprite(SpriteNum, FALSE);
sp->picnum = SWITCH_FUSE + 2;
break;
}
}
void DoDeleteSpriteMatch(short match)
{
static short StatList[] =
{
STAT_DEFAULT,
STAT_VATOR,
STAT_SPIKE,
STAT_TRAP,
STAT_ITEM,
STAT_LIGHTING,
STAT_STATIC_FIRE,
STAT_AMBIENT,
STAT_FAF
};
int del_x = 0,del_y = 0;
short i,nexti;
unsigned stat;
short found;
while (TRUE)
{
found = -1;
// search for a DELETE_SPRITE with same match tag
TRAVERSE_SPRITE_STAT(headspritestat[STAT_DELETE_SPRITE], i, nexti)
{
if (sprite[i].lotag == match)
{
found = i;
del_x = sprite[i].x;
del_y = sprite[i].y;
break;
}
}
if (found == -1)
return;
for (stat = 0; stat < SIZ(StatList); stat++)
{
TRAVERSE_SPRITE_STAT(headspritestat[StatList[stat]], i, nexti)
{
if (del_x == sprite[i].x && del_y == sprite[i].y)
{
// special case lighting delete of Fade On/off after fades
if (StatList[stat] == STAT_LIGHTING)
{
// set shade to darkest and then kill it
sprite[i].shade = SPRITE_TAG6(i);
sprite[i].pal = 0;
SectorLightShade(&sprite[i], sprite[i].shade);
DiffuseLighting(&sprite[i]);
}
////DSPRINTF(ds,"Delete Sprite stat %d, x %d, y %d",sprite[i].statnum, sprite[i].x, sprite[i].y);
//MONO_PRINT(ds);
SpriteQueueDelete(i);
KillSprite(i);
}
}
}
// kill the DELETE_SPRITE
KillSprite(found);
}
}
void
DoChangorMatch(short match)
{
short sn, next_sn;
SPRITEp sp;
SECTORp sectp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_CHANGOR], sn, next_sn)
{
sp = &sprite[sn];
sectp = &sector[sp->sectnum];
if (SP_TAG2(sp) != match)
continue;
if (TEST_BOOL1(sp))
{
sectp->ceilingpicnum = SP_TAG4(sp);
sectp->ceilingz += Z(SP_TAG5(sp));
sectp->ceilingheinum += SP_TAG6(sp);
if (sectp->ceilingheinum)
SET(sectp->ceilingstat, CEILING_STAT_SLOPE);
else
RESET(sectp->ceilingstat, CEILING_STAT_SLOPE);
sectp->ceilingshade += SP_TAG7(sp);
sectp->ceilingpal += SP_TAG8(sp);
}
else
{
sectp->floorpicnum = SP_TAG4(sp);
sectp->floorz += Z(SP_TAG5(sp));
sectp->floorheinum += SP_TAG6(sp);
if (sectp->floorheinum)
SET(sectp->floorstat, FLOOR_STAT_SLOPE);
else
RESET(sectp->floorstat, FLOOR_STAT_SLOPE);
sectp->floorshade += SP_TAG7(sp);
sectp->floorpal += SP_TAG8(sp);
}
sectp->visibility += SP_TAG9(sp);
// if not set then go ahead and kill it
if (TEST_BOOL2(sp) == 0)
{
KillSprite(sn);
}
}
}
void DoMatchEverything(PLAYERp pp, short match, short state)
{
PLAYERp bak;
bak = GlobPlayerP;
GlobPlayerP = pp;
// CAREFUL! pp == NULL is a valid case for this routine
DoStopSoundSpotMatch(match);
DoSoundSpotMatch(match, 1, SOUND_EVERYTHING_TYPE);
GlobPlayerP = bak;
DoLightingMatch(match, state);
DoQuakeMatch(match);
// make sure all vators are inactive before allowing
// to repress switch
if (!TestVatorMatchActive(match))
DoVatorMatch(pp, match);
if (!TestSpikeMatchActive(match))
DoSpikeMatch(match);
if (!TestRotatorMatchActive(match))
DoRotatorMatch(pp, match, FALSE);
if (!TestSlidorMatchActive(match))
DoSlidorMatch(pp, match, FALSE);
DoSectorObjectKillMatch(match);
DoSectorObjectSetScale(match);
DoSOevent(match, state);
DoSpawnActorTrigger(match);
// this may or may not find an exploding sector
SearchExplodeSectorMatch(match);
CopySectorMatch(match);
DoWallMoveMatch(match);
DoSpawnSpotsForKill(match);
DoTrapReset(match);
DoTrapMatch(match);
SpawnItemsMatch(match);
DoChangorMatch(match);
DoDeleteSpriteMatch(match);
}
SWBOOL ComboSwitchTest(short combo_type, short match)
{
short i,nexti;
SPRITEp sp;
SWBOOL state;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_DEFAULT], i, nexti)
{
sp = &sprite[i];
if (sp->lotag == combo_type && sp->hitag == match)
{
// dont toggle - get the current state
state = AnimateSwitch(sp, 999);
// if any one is not set correctly then switch is not set
if (state != SP_TAG3(sp))
{
return FALSE;
}
}
}
return TRUE;
}
// NOTE: switches are always wall sprites
int
OperateSprite(short SpriteNum, short player_is_operating)
{
SPRITEp sp = &sprite[SpriteNum];
USERp u = User[SpriteNum];
PLAYERp pp = NULL;
short state;
short key_num=0;
extern STATE s_Pachinko1Operate[];
extern STATE s_Pachinko2Operate[];
extern STATE s_Pachinko3Operate[];
extern STATE s_Pachinko4Operate[];
if (Prediction)
return FALSE;
if (sp->picnum == ST1)
return FALSE;
if (player_is_operating)
{
pp = GlobPlayerP;
if (!FAFcansee(pp->posx, pp->posy, pp->posz, pp->cursectnum, sp->x, sp->y, sp->z - DIV2(SPRITEp_SIZE_Z(sp)), sp->sectnum))
return FALSE;
}
switch (sp->lotag)
{
case TOILETGIRL_R0:
case WASHGIRL_R0:
case CARGIRL_R0:
case MECHANICGIRL_R0:
case SAILORGIRL_R0:
case PRUNEGIRL_R0:
//if(RANDOM_RANGE(1000) < 500) return(TRUE);
//if(u->FlagOwner == 0)
{
short choose_snd;
u->FlagOwner = 1;
u->WaitTics = SEC(4);
if (pp != Player+myconnectindex) return TRUE;
choose_snd = STD_RANDOM_RANGE(1000);
if (sp->lotag == CARGIRL_R0)
{
if (choose_snd > 700)
PlayerSound(DIGI_JG44052, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 500)
PlayerSound(DIGI_JG45014, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 250)
PlayerSound(DIGI_JG44068, v3df_dontpan|v3df_follow,pp);
else
PlayerSound(DIGI_JG45010, v3df_dontpan|v3df_follow,pp);
}
else if (sp->lotag == MECHANICGIRL_R0)
{
if (choose_snd > 700)
PlayerSound(DIGI_JG44027, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 500)
PlayerSound(DIGI_JG44038, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 250)
PlayerSound(DIGI_JG44039, v3df_dontpan|v3df_follow,pp);
else
PlayerSound(DIGI_JG44048, v3df_dontpan|v3df_follow,pp);
}
else if (sp->lotag == SAILORGIRL_R0)
{
if (choose_snd > 700)
PlayerSound(DIGI_JG45018, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 500)
PlayerSound(DIGI_JG45030, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 250)
PlayerSound(DIGI_JG45033, v3df_dontpan|v3df_follow,pp);
else
PlayerSound(DIGI_JG45043, v3df_dontpan|v3df_follow,pp);
}
else if (sp->lotag == PRUNEGIRL_R0)
{
if (choose_snd > 700)
PlayerSound(DIGI_JG45053, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 500)
PlayerSound(DIGI_JG45067, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 250)
PlayerSound(DIGI_JG46005, v3df_dontpan|v3df_follow,pp);
else
PlayerSound(DIGI_JG46010, v3df_dontpan|v3df_follow,pp);
}
else if (sp->lotag == TOILETGIRL_R0)
{
if (choose_snd > 700)
PlayerSound(DIGI_WHATYOUEATBABY, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 500)
PlayerSound(DIGI_WHATDIEDUPTHERE, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 250)
PlayerSound(DIGI_YOUGOPOOPOO, v3df_dontpan|v3df_follow,pp);
else
PlayerSound(DIGI_PULLMYFINGER, v3df_dontpan|v3df_follow,pp);
}
else
{
if (choose_snd > 700)
PlayerSound(DIGI_SOAPYOUGOOD, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 500)
PlayerSound(DIGI_WASHWANG, v3df_dontpan|v3df_follow,pp);
else if (choose_snd > 250)
PlayerSound(DIGI_DROPSOAP, v3df_dontpan|v3df_follow,pp);
else
PlayerSound(DIGI_REALTITS, v3df_dontpan|v3df_follow,pp);
}
}
return TRUE;
case PACHINKO1:
// Don't mess with it if it's already going
if (u->WaitTics > 0) return TRUE;
PlaySound(DIGI_PFLIP, sp, v3df_none);
u->WaitTics = SEC(3) + SEC(RANDOM_RANGE(10));
ChangeState(SpriteNum,s_Pachinko1Operate);
return TRUE;
case PACHINKO2:
// Don't mess with it if it's already going
if (u->WaitTics > 0) return TRUE;
PlaySound(DIGI_PFLIP, sp, v3df_none);
u->WaitTics = SEC(3) + SEC(RANDOM_RANGE(10));
ChangeState(SpriteNum,s_Pachinko2Operate);
return TRUE;
case PACHINKO3:
// Don't mess with it if it's already going
if (u->WaitTics > 0) return TRUE;
PlaySound(DIGI_PFLIP, sp, v3df_none);
u->WaitTics = SEC(3) + SEC(RANDOM_RANGE(10));
ChangeState(SpriteNum,s_Pachinko3Operate);
return TRUE;
case PACHINKO4:
// Don't mess with it if it's already going
if (u->WaitTics > 0) return TRUE;
PlaySound(DIGI_PFLIP, sp, v3df_none);
u->WaitTics = SEC(3) + SEC(RANDOM_RANGE(10));
ChangeState(SpriteNum,s_Pachinko4Operate);
return TRUE;
case SWITCH_LOCKED:
key_num = sp->hitag;
if (pp->HasKey[key_num - 1])
{
int i;
for (i=0; i<numsectors; i++)
{
if (SectUser[i] && SectUser[i]->stag == SECT_LOCK_DOOR && SectUser[i]->number == key_num)
SectUser[i]->number = 0; // unlock all doors of this type
}
UnlockKeyLock(key_num, SpriteNum);
}
return TRUE;
case TAG_COMBO_SWITCH_EVERYTHING:
// change the switch state
AnimateSwitch(sp, -1);
PlaySound(DIGI_REGULARSWITCH, sp, v3df_none);
if (ComboSwitchTest(TAG_COMBO_SWITCH_EVERYTHING, sp->hitag))
{
DoMatchEverything(pp, sp->hitag, ON);
}
return TRUE;
case TAG_COMBO_SWITCH_EVERYTHING_ONCE:
// change the switch state
AnimateSwitch(sp, -1);
PlaySound(DIGI_REGULARSWITCH, sp, v3df_none);
if (ComboSwitchTest(TAG_COMBO_SWITCH_EVERYTHING, sp->hitag))
{
DoMatchEverything(pp, sp->hitag, ON);
}
sp->lotag = 0;
sp->hitag = 0;
return TRUE;
case TAG_SWITCH_EVERYTHING:
state = AnimateSwitch(sp, -1);
DoMatchEverything(pp, sp->hitag, state);
return TRUE;
case TAG_SWITCH_EVERYTHING_ONCE:
state = AnimateSwitch(sp, -1);
DoMatchEverything(pp, sp->hitag, state);
sp->lotag = 0;
sp->hitag = 0;
return TRUE;
case TAG_LIGHT_SWITCH:
state = AnimateSwitch(sp, -1);
DoLightingMatch(sp->hitag, state);
return TRUE;
case TAG_SPRITE_SWITCH_VATOR:
{
// make sure all vators are inactive before allowing
// to repress switch
if (!TestVatorMatchActive(sp->hitag))
DoVatorMatch(pp, sp->hitag);
if (!TestSpikeMatchActive(sp->hitag))
DoSpikeMatch(sp->hitag);
if (!TestRotatorMatchActive(sp->hitag))
DoRotatorMatch(pp, sp->hitag, FALSE);
if (!TestSlidorMatchActive(sp->hitag))
DoSlidorMatch(pp, sp->hitag, FALSE);
return TRUE;
}
case TAG_LEVEL_EXIT_SWITCH:
{
AnimateSwitch(sp, -1);
PlaySound(DIGI_BIGSWITCH, sp, v3df_none);
if (sp->hitag)
NextLevel = FindMapByLevelNum(sp->hitag);
else
NextLevel = FindMapByLevelNum(currentLevel->levelNumber + 1);
ExitLevel = TRUE;
FinishedLevel = TRUE;
return TRUE;
}
case TAG_SPRITE_GRATING:
{
USERp u;
change_sprite_stat(SpriteNum, STAT_NO_STATE);
u = SpawnUser(SpriteNum, 0, NULL);
u->ActorActionFunc = DoGrating;
sp->lotag = 0;
sp->hitag /= 2;
return TRUE;
}
case TAG_SO_SCALE_SWITCH:
AnimateSwitch(sp, -1);
DoSectorObjectSetScale(sp->hitag);
return TRUE;
case TAG_SO_SCALE_ONCE_SWITCH:
AnimateSwitch(sp, -1);
DoSectorObjectSetScale(sp->hitag);
sp->lotag = 0;
sp->hitag = 0;
return TRUE;
case TAG_SO_EVENT_SWITCH:
{
state = AnimateSwitch(sp, -1);
DoMatchEverything(NULL, sp->hitag, state);
sp->hitag = 0;
sp->lotag = 0;
PlaySound(DIGI_REGULARSWITCH, sp, v3df_none);
break;
}
case TAG_ROTATE_SO_SWITCH:
{
short so_num;
SECTOR_OBJECTp sop;
so_num = sp->hitag;
ASSERT(so_num <= 20);
ASSERT(SectorObject[so_num].num_sectors != -1);
AnimateSwitch(sp, -1);
sop = &SectorObject[so_num];
sop->ang_tgt = NORM_ANGLE(sop->ang_tgt + 512);
PlaySound(DIGI_BIGSWITCH, sp, v3df_none);
return TRUE;
break;
}
}
return FALSE;
}
int DoTrapReset(short match)
{
short i, nexti;
SPRITEp sp;
USERp u;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_TRAP], i, nexti)
{
sp = &sprite[i];
u = User[i];
if (sp->lotag != match)
continue;
// if correct type and matches
if (sp->hitag == FIREBALL_TRAP)
u->WaitTics = 0;
// if correct type and matches
if (sp->hitag == BOLT_TRAP)
u->WaitTics = 0;
// if correct type and matches
if (sp->hitag == SPEAR_TRAP)
u->WaitTics = 0;
}
return 0;
}
int DoTrapMatch(short match)
{
short i, nexti;
SPRITEp sp;
USERp u;
// may need to be reset to fire immediately
TRAVERSE_SPRITE_STAT(headspritestat[STAT_TRAP], i, nexti)
{
sp = &sprite[i];
u = User[i];
if (sp->lotag != match)
continue;
// if correct type and matches
if (sp->hitag == FIREBALL_TRAP)
{
u->WaitTics -= synctics;
if (u->WaitTics <= 0)
{
u->WaitTics = 1 * 120;
InitFireballTrap(i);
}
}
// if correct type and matches
if (sp->hitag == BOLT_TRAP)
{
u->WaitTics -= synctics;
if (u->WaitTics <= 0)
{
u->WaitTics = 1 * 120;
InitBoltTrap(i);
}
}
// if correct type and matches
if (sp->hitag == SPEAR_TRAP)
{
u->WaitTics -= synctics;
if (u->WaitTics <= 0)
{
u->WaitTics = 1 * 120;
InitSpearTrap(i);
}
}
}
return 0;
}
void
OperateTripTrigger(PLAYERp pp)
{
if (Prediction)
return;
if (pp->cursectnum < 0)
return;
SECTORp sectp = &sector[pp->cursectnum];
#if 0
// new method
if (TEST(sectp->extra, SECTFX_TRIGGER))
{
SPRITEp sp;
TRAVERSE_SPRITE_SECT(headspritesect[*sectp],i,nexti)
{
sp = &sprite[i];
if (sp->statnum == STAT_TRIGGER && SP_TAG7(sp) == 0)
{
switch (SP_TAG3(sp))
{
case 1: // Secret Area
break;
}
}
}
}
#endif
// old method
switch (LOW_TAG(pp->cursectnum))
{
// same tag for sector as for switch
case TAG_LEVEL_EXIT_SWITCH:
{
if (sectp->hitag)
NextLevel = FindMapByLevelNum(sectp->hitag);
else
NextLevel = FindMapByLevelNum(currentLevel->levelNumber + 1);
ExitLevel = TRUE;
FinishedLevel = TRUE;
break;
}
case TAG_SECRET_AREA_TRIGGER:
if (pp == Player+myconnectindex)
PlayerSound(DIGI_ANCIENTSECRET, v3df_dontpan|v3df_doppler|v3df_follow,pp);
SECRET_Trigger(pp->cursectnum);
PutStringInfo(pp, GStrings("TXTS_SECRET"));
// always give to the first player
Player->SecretsFound++;
sectp->lotag = 0;
sectp->hitag = 0;
break;
case TAG_TRIGGER_EVERYTHING:
DoMatchEverything(pp, sectp->hitag, -1);
break;
case TAG_TRIGGER_EVERYTHING_ONCE:
DoMatchEverything(pp, sectp->hitag, -1);
sectp->lotag = 0;
sectp->hitag = 0;
break;
case TAG_SECTOR_TRIGGER_VATOR:
if (!TestVatorMatchActive(sectp->hitag))
DoVatorMatch(pp, sectp->hitag);
if (!TestSpikeMatchActive(sectp->hitag))
DoSpikeMatch(sectp->hitag);
if (!TestRotatorMatchActive(sectp->hitag))
DoRotatorMatch(pp, sectp->hitag, FALSE);
if (!TestSlidorMatchActive(sectp->hitag))
DoSlidorMatch(pp, sectp->hitag, FALSE);
break;
case TAG_LIGHT_TRIGGER:
DoLightingMatch(sectp->hitag, -1);
break;
case TAG_SO_SCALE_TRIGGER:
DoSectorObjectSetScale(sectp->hitag);
break;
case TAG_SO_SCALE_ONCE_TRIGGER:
DoSectorObjectSetScale(sectp->hitag);
sectp->lotag = 0;
sectp->hitag = 0;
break;
case TAG_TRIGGER_ACTORS:
{
int dist;
short i, nexti;
SPRITEp sp;
USERp u;
dist = sectp->hitag;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_ENEMY], i, nexti)
{
sp = &sprite[i];
u = User[i];
if (TEST(u->Flags, SPR_WAIT_FOR_TRIGGER))
{
if (Distance(sp->x, sp->y, pp->posx, pp->posy) < dist)
{
u->tgt_sp = pp->SpriteP;
RESET(u->Flags, SPR_WAIT_FOR_TRIGGER);
}
}
}
break;
}
case TAG_TRIGGER_MISSILE_TRAP:
{
// reset traps so they fire immediately
DoTrapReset(sector[pp->cursectnum].hitag);
break;
}
case TAG_TRIGGER_EXPLODING_SECTOR:
{
DoMatchEverything(NULL, sector[pp->cursectnum].hitag, -1);
break;
}
case TAG_SPAWN_ACTOR_TRIGGER:
{
DoMatchEverything(NULL, sector[pp->cursectnum].hitag, -1);
sector[pp->cursectnum].hitag = 0;
sector[pp->cursectnum].lotag = 0;
break;
}
case TAG_SO_EVENT_TRIGGER:
{
DoMatchEverything(NULL, sector[pp->cursectnum].hitag, -1);
sector[pp->cursectnum].hitag = 0;
sector[pp->cursectnum].lotag = 0;
PlaySound(DIGI_REGULARSWITCH, pp, v3df_none);
break;
}
}
}
void
OperateContinuousTrigger(PLAYERp pp)
{
if (Prediction)
return;
if (pp->cursectnum < 0)
return;
switch (LOW_TAG(pp->cursectnum))
{
case TAG_TRIGGER_MISSILE_TRAP:
{
#if 1
DoTrapMatch(sector[pp->cursectnum].hitag);
#else
short i, nexti;
SPRITEp sp;
USERp u;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_TRAP], i, nexti)
{
sp = &sprite[i];
u = User[i];
// if correct type and matches
if (sp->hitag == FIREBALL_TRAP && sp->lotag == sector[pp->cursectnum].hitag)
{
u->WaitTics -= synctics;
if (u->WaitTics <= 0)
{
u->WaitTics = 1 * 120;
InitFireballTrap(i);
}
}
// if correct type and matches
if (sp->hitag == BOLT_TRAP && sp->lotag == sector[pp->cursectnum].hitag)
{
u->WaitTics -= synctics;
if (u->WaitTics <= 0)
{
u->WaitTics = 1 * 120;
InitBoltTrap(i);
}
}
// if correct type and matches
if (sp->hitag == SPEAR_TRAP && sp->lotag == sector[pp->cursectnum].hitag)
{
u->WaitTics -= synctics;
if (u->WaitTics <= 0)
{
u->WaitTics = 1 * 120;
InitSpearTrap(i);
}
}
}
#endif
break;
}
}
}
short PlayerTakeSectorDamage(PLAYERp pp)
{
SECT_USERp sectu = SectUser[pp->cursectnum];
USERp u = User[pp->PlayerSprite];
// the calling routine must make sure sectu exists
if ((u->DamageTics -= synctics) < 0)
{
u->DamageTics = DAMAGE_TIME;
PlayerUpdateHealth(pp, -sectu->damage);
PlayerCheckDeath(pp, -1);
}
return 0;
}
// Needed in order to see if Player should grunt if he can't find a wall to operate on
// If player is too far away, don't grunt
#define PLAYER_SOUNDEVENT_TAG 900
SWBOOL NearThings(PLAYERp pp)
{
short neartagsect, neartagwall, neartagsprite;
int neartaghitdist;
// Check player's current sector for triggered sound
if (sector[pp->cursectnum].hitag == PLAYER_SOUNDEVENT_TAG)
{
if (pp == Player+myconnectindex)
PlayerSound(sector[pp->cursectnum].lotag, v3df_follow|v3df_dontpan,pp);
return FALSE;
}
neartag(pp->posx, pp->posy, pp->posz, pp->cursectnum, fix16_to_int(pp->q16ang),
&neartagsect, &neartagwall, &neartagsprite,
&neartaghitdist, 1024L, NTAG_SEARCH_LO_HI, NULL);
// hit a sprite? Check to see if it has sound info in it!
// This can work with any sprite!
if (neartagsprite >= 0)
{
SPRITEp sp = &sprite[neartagsprite];
// Go through list of cases
if (sp->hitag == PLAYER_SOUNDEVENT_TAG)
{
if (pp == Player+myconnectindex)
PlayerSound(sp->lotag, v3df_follow|v3df_dontpan,pp);
}
return FALSE; // Return false so he doesn't grunt
}
if (neartagwall >= 0)
{
// Check player's current sector for triggered sound
if (wall[neartagwall].hitag == PLAYER_SOUNDEVENT_TAG)
{
if (pp == Player+myconnectindex)
PlayerSound(wall[neartagwall].lotag, v3df_follow|v3df_dontpan,pp);
return FALSE; // We are playing a sound so don't return true
}
return TRUE;
}
// This only gets called if nothing else worked, check for nearness to a wall
{
hitdata_t hitinfo = { { 0, 0, 0 }, 0, 0, 0 };
short dang = fix16_to_int(pp->q16ang);
FAFhitscan(pp->posx, pp->posy, pp->posz - Z(30), pp->cursectnum, // Start position
sintable[NORM_ANGLE(dang + 512)], // X vector of 3D ang
sintable[NORM_ANGLE(dang)], // Y vector of 3D ang
0, // Z vector of 3D ang
&hitinfo, CLIPMASK_MISSILE);
if (hitinfo.sect < 0)
return FALSE;
if (Distance(hitinfo.pos.x, hitinfo.pos.y, pp->posx, pp->posy) > 1500)
return FALSE;
// hit a sprite?
if (hitinfo.sprite >= 0)
return FALSE;
if (neartagsect >= 0)
return TRUE;
if (hitinfo.wall >= 0)
{
WALLp wp;
wp = &wall[hitinfo.wall];
// Near a plain old vanilla wall. Can't do anything but grunt.
if (!TEST(wp->extra, WALLFX_DONT_STICK) && pp == Player+myconnectindex)
{
if (STD_RANDOM_RANGE(1000) > 970)
PlayerSound(DIGI_HITTINGWALLS, v3df_follow|v3df_dontpan,pp);
else
PlayerSound(DIGI_SEARCHWALL, v3df_follow|v3df_dontpan,pp);
}
return TRUE;
}
return FALSE;
}
}
#if 0 // Move to sector.h file because .def files could not find declaration!
typedef struct
{
int dist;
short sectnum, wallnum, spritenum;
} NEAR_TAG_INFO, *NEAR_TAG_INFOp;
#endif
short nti_cnt;
void
NearTagList(NEAR_TAG_INFOp ntip, PLAYERp pp, int z, int dist, int type, int count)
{
short save_lotag, save_hitag;
short neartagsector, neartagwall, neartagsprite;
int neartaghitdist;
neartag(pp->posx, pp->posy, z, pp->cursectnum, fix16_to_int(pp->q16ang),
&neartagsector, &neartagwall, &neartagsprite,
&neartaghitdist, dist, type, NULL);
if (neartagsector >= 0)
{
// save off values
save_lotag = sector[neartagsector].lotag;
save_hitag = sector[neartagsector].hitag;
ntip->dist = neartaghitdist;
ntip->sectnum = neartagsector;
ntip->wallnum = -1;
ntip->spritenum = -1;
nti_cnt++;
ntip++;
if (nti_cnt >= count)
return;
// remove them
sector[neartagsector].lotag = 0;
sector[neartagsector].hitag = 0;
NearTagList(ntip, pp, z, dist, type, count);
// reset off values
sector[neartagsector].lotag = save_lotag;
sector[neartagsector].hitag = save_hitag;
}
else if (neartagwall >= 0)
{
// save off values
save_lotag = wall[neartagwall].lotag;
save_hitag = wall[neartagwall].hitag;
ntip->dist = neartaghitdist;
ntip->sectnum = -1;
ntip->wallnum = neartagwall;
ntip->spritenum = -1;
nti_cnt++;
ntip++;
if (nti_cnt >= count)
return;
// remove them
wall[neartagwall].lotag = 0;
wall[neartagwall].hitag = 0;
NearTagList(ntip, pp, z, dist, type, count);
// reset off values
wall[neartagwall].lotag = save_lotag;
wall[neartagwall].hitag = save_hitag;
}
else if (neartagsprite >= 0)
{
// save off values
save_lotag = sprite[neartagsprite].lotag;
save_hitag = sprite[neartagsprite].hitag;
ntip->dist = neartaghitdist;
ntip->sectnum = -1;
ntip->wallnum = -1;
ntip->spritenum = neartagsprite;
nti_cnt++;
ntip++;
if (nti_cnt >= count)
return;
// remove them
sprite[neartagsprite].lotag = 0;
sprite[neartagsprite].hitag = 0;
NearTagList(ntip, pp, z, dist, type, count);
// reset off values
sprite[neartagsprite].lotag = save_lotag;
sprite[neartagsprite].hitag = save_hitag;
}
else
{
ntip->dist = -1;
ntip->sectnum = -1;
ntip->wallnum = -1;
ntip->spritenum = -1;
nti_cnt++;
ntip++;
return;
}
}
void
BuildNearTagList(NEAR_TAG_INFOp ntip, int size, PLAYERp pp, int z, int dist, int type, int count)
{
memset(ntip, -1, size);
nti_cnt = 0;
NearTagList(ntip, pp, z, dist, type, count);
}
int DoPlayerGrabStar(PLAYERp pp)
{
SPRITEp sp = NULL;
int i;
extern short StarQueue[MAX_STAR_QUEUE];
// MUST check exact z's of each star or it will never work
for (i = 0; i < MAX_STAR_QUEUE; i++)
{
if (StarQueue[i] >= 0)
{
sp = &sprite[StarQueue[i]];
if (FindDistance3D(sp->x - pp->posx, sp->y - pp->posy, sp->z - pp->posz + Z(12)) < 500)
{
break;
}
}
}
if (i < MAX_STAR_QUEUE)
{
// Pull a star out of wall and up your ammo
PlayerUpdateAmmo(pp, WPN_STAR, 1);
PlaySound(DIGI_ITEM, sp, v3df_none);
KillSprite(StarQueue[i]);
StarQueue[i] = -1;
if (TEST(pp->WpnFlags, BIT(WPN_STAR)))
return TRUE;
SET(pp->WpnFlags, BIT(WPN_STAR));
InitWeaponStar(pp);
return TRUE;
}
return FALSE;
}
void
PlayerOperateEnv(PLAYERp pp)
{
SWBOOL found;
if (Prediction || !pp->SpriteP)
return;
////DSPRINTF(ds,"dist %d sectnum %d wallnum %d spritenum %d",nti[nt_ndx].dist, nti[nt_ndx].sectnum, nti[nt_ndx].wallnum, nti[nt_ndx].spritenum);
//MONO_PRINT(ds);
//
// Switch & door activations
//
if (TEST_SYNC_KEY(pp, SK_OPERATE))
{
if (FLAG_KEY_PRESSED(pp, SK_OPERATE))
{
// if space bar pressed
short nt_ndx;
NEAR_TAG_INFO nti[16];
if (DoPlayerGrabStar(pp))
{
FLAG_KEY_RELEASE(pp, SK_OPERATE);
}
else
{
NearThings(pp); // Check for player sound specified in a level sprite
}
BuildNearTagList(nti, sizeof(nti), pp, pp->posz, 2048L, NTAG_SEARCH_LO_HI, 8);
found = FALSE;
// try and find a sprite
for (nt_ndx = 0; nti[nt_ndx].dist >= 0; nt_ndx++)
{
if (nti[nt_ndx].spritenum >= 0 && nti[nt_ndx].dist < 1024 + 768)
{
if (OperateSprite(nti[nt_ndx].spritenum, TRUE))
{
FLAG_KEY_RELEASE(pp, SK_OPERATE);
found = TRUE;
}
}
}
// if not found look at different z positions
if (!found)
{
int z[3];
unsigned i;
NEAR_TAG_INFO nti[16];
short nt_ndx;
z[0] = pp->SpriteP->z - SPRITEp_SIZE_Z(pp->SpriteP) - Z(10);
z[1] = pp->SpriteP->z;
z[2] = DIV2(z[0] + z[1]);
for (i = 0; i < SIZ(z); i++)
{
BuildNearTagList(nti, sizeof(nti), pp, z[i], 1024 + 768L, NTAG_SEARCH_LO_HI, 8);
for (nt_ndx = 0; nti[nt_ndx].dist >= 0; nt_ndx++)
{
if (nti[nt_ndx].spritenum >= 0 && nti[nt_ndx].dist < 1024 + 768)
{
if (OperateSprite(nti[nt_ndx].spritenum, TRUE))
{
FLAG_KEY_RELEASE(pp, SK_OPERATE);
break;
}
}
}
}
}
{
int neartaghitdist;
short neartagsector, neartagwall;
neartaghitdist = nti[0].dist;
neartagsector = nti[0].sectnum;
neartagwall = nti[0].wallnum;
if (neartagsector >= 0 && neartaghitdist < 1024)
{
if (OperateSector(neartagsector, TRUE))
{
// Release the key
FLAG_KEY_RELEASE(pp, SK_OPERATE);
}
}
if (neartagwall >= 0 && neartaghitdist < 1024)
{
if (OperateWall(neartagwall, TRUE))
{
FLAG_KEY_RELEASE(pp, SK_OPERATE);
}
}
}
//
// Trigger operations
//
switch (LOW_TAG(pp->cursectnum))
{
case TAG_VATOR:
DoVatorOperate(pp, pp->cursectnum);
DoSpikeOperate(pp->cursectnum);
DoRotatorOperate(pp, pp->cursectnum);
DoSlidorOperate(pp, pp->cursectnum);
break;
case TAG_SPRING_BOARD:
DoSpringBoard(pp/*, pp->cursectnum*/);
FLAG_KEY_RELEASE(pp, SK_OPERATE);
break;
case TAG_DOOR_ROTATE:
if (OperateSector(pp->cursectnum, TRUE))
FLAG_KEY_RELEASE(pp, SK_OPERATE);
break;
}
}
}
else
{
// Reset the key when syncbit key is not in use
FLAG_KEY_RESET(pp, SK_OPERATE);
}
// ////////////////////////////
//
// Sector Damage
//
// ////////////////////////////
SECT_USERp sectu;
if (pp->cursectnum >= 0 && (sectu = SectUser[pp->cursectnum]) && sectu->damage)
{
SECTORp sectp = &sector[pp->cursectnum];
if (TEST(sectu->flags, SECTFU_DAMAGE_ABOVE_SECTOR))
{
PlayerTakeSectorDamage(pp);
}
else if ((SPRITEp_BOS(pp->SpriteP) >= sectp->floorz) && !TEST(pp->Flags, PF_DIVING))
{
PlayerTakeSectorDamage(pp);
}
}
else
{
USERp u = User[pp->PlayerSprite];
u->DamageTics = 0;
}
// ////////////////////////////
//
// Trigger stuff
//
// ////////////////////////////
OperateContinuousTrigger(pp);
// just changed sectors
if (pp->lastcursectnum != pp->cursectnum)
{
OperateTripTrigger(pp);
if (pp->cursectnum >= 0 && TEST(sector[pp->cursectnum].extra, SECTFX_WARP_SECTOR))
{
if (!TEST(pp->Flags2, PF2_TELEPORTED))
{
DoPlayerWarpTeleporter(pp);
}
}
RESET(pp->Flags2, PF2_TELEPORTED);
}
}
void
DoSineWaveFloor(void)
{
SINE_WAVE_FLOOR *swf;
int newz;
short wave;
char flags;
for (wave = 0; wave < MAX_SINE_WAVE; wave++)
{
for (swf = &SineWaveFloor[wave][0], flags = swf->flags; swf->sector >= 0 && swf < &SineWaveFloor[wave][SIZ(SineWaveFloor[wave])]; swf++)
{
swf->sintable_ndx = NORM_ANGLE(swf->sintable_ndx + (synctics << swf->speed_shift));
if (TEST(flags, SINE_FLOOR))
{
newz = swf->floor_origz + ((swf->range * sintable[swf->sintable_ndx]) >> 14);
sector[swf->sector].floorz = newz;
}
if (TEST(flags, SINE_CEILING))
{
newz = swf->ceiling_origz + ((swf->range * sintable[swf->sintable_ndx]) >> 14);
sector[swf->sector].ceilingz = newz;
}
}
}
/* SLOPED SIN-WAVE FLOORS:
It's best to program sloped sin-wave floors in 2 steps:
1. First set the floorz of the floor as the sin code normally does it.
2. Adjust the slopes by calling alignflorslope once for each sector.
Note: For this to work, the first wall of each sin-wave sector must be
aligned on the same side of each sector for the entire strip.
*/
for (wave = 0; wave < MAX_SINE_WAVE; wave++)
{
for (swf = &SineWaveFloor[wave][0], flags = swf->flags; swf->sector >= 0 && swf < &SineWaveFloor[wave][SIZ(SineWaveFloor[wave])]; swf++)
{
if (!TEST(sector[swf->sector].floorstat, FLOOR_STAT_SLOPE))
continue;
if (TEST(flags, SINE_SLOPED))
{
WALLp wal;
if (sector[swf->sector].wallnum == 4)
{
//Set wal to the wall on the opposite side of the sector
wal = &wall[sector[swf->sector].wallptr+2];
//Pass (Sector, x, y, z)
alignflorslope(swf->sector,wal->x,wal->y,
sector[wal->nextsector].floorz);
}
}
}
}
}
void
DoSineWaveWall(void)
{
SINE_WALL *sw;
int New;
short sw_num;
for (sw_num = 0; sw_num < MAX_SINE_WAVE; sw_num++)
{
for (sw = &SineWall[sw_num][0]; sw->wall >= 0 && sw < &SineWall[sw_num][MAX_SINE_WALL_POINTS]; sw++)
{
// move through the sintable
sw->sintable_ndx = NORM_ANGLE(sw->sintable_ndx + (synctics << sw->speed_shift));
if (!sw->type)
{
New = sw->orig_xy + ((sw->range * sintable[sw->sintable_ndx]) >> 14);
// wall[sw->wall].y = New;
dragpoint(sw->wall, wall[sw->wall].x, New, 0);
}
else
{
New = sw->orig_xy + ((sw->range * sintable[sw->sintable_ndx]) >> 14);
// wall[sw->wall].x = New;
dragpoint(sw->wall, New, wall[sw->wall].y, 0);
}
}
}
}
void
DoAnim(int numtics)
{
int i, animval;
for (i = AnimCnt - 1; i >= 0; i--)
{
animval = *Anim[i].ptr;
// if LESS THAN goal
if (animval < Anim[i].goal)
{
// move it
animval += (numtics * PIXZ(Anim[i].vel));
Anim[i].vel += Anim[i].vel_adj * numtics;
// if the other way make it equal
if (animval > Anim[i].goal)
animval = Anim[i].goal;
}
// if GREATER THAN goal
if (animval > Anim[i].goal)
{
animval -= (numtics * PIXZ(Anim[i].vel));
Anim[i].vel += Anim[i].vel_adj * numtics;
if (animval < Anim[i].goal)
animval = Anim[i].goal;
}
*Anim[i].ptr = animval;
// EQUAL this entry has finished
if (animval == Anim[i].goal)
{
ANIM_CALLBACKp acp = Anim[i].callback;
// do a callback when done if not NULL
if (Anim[i].callback)
(*Anim[i].callback)(&Anim[i], Anim[i].callbackdata);
// only delete it if the callback has not changed
// Logic here is that if the callback changed then something
// else must be happening with it - dont delete it
if (Anim[i].callback == acp)
{
// decrement the count
AnimCnt--;
// move the last entry to the current one to free the last
// entry up
Anim[i] = Anim[AnimCnt];
}
}
}
}
void
AnimClear(void)
{
#if 1
AnimCnt = 0;
#else
int i;
for (i = AnimCnt - 1; i >= 0; i--)
{
if (Anim[i].extra)
{
FreeMem(Anim[i].extra);
Anim[i].extra = 0;
}
}
AnimCnt = 0;
#endif
}
short
AnimGetGoal(int *animptr)
{
int i, j;
j = -1;
for (i = 0; i < AnimCnt; i++)
{
if (animptr == Anim[i].ptr)
{
j = i;
break;
}
}
return j;
}
void
AnimDelete(int *animptr)
{
int i, j;
j = -1;
for (i = 0; i < AnimCnt; i++)
{
if (animptr == Anim[i].ptr)
{
j = i;
break;
}
}
if (j == -1)
return;
// decrement the count
AnimCnt--;
// move the last entry to the current one to free the last entry up
Anim[j] = Anim[AnimCnt];
//DSPRINTF(ds, "Deleted a Anim");
MONO_PRINT(ds);
}
short
AnimSet(int *animptr, int thegoal, int thevel)
{
int i, j;
ASSERT(AnimCnt < MAXANIM - 1);
j = AnimCnt;
// look for existing animation and reset it
for (i = 0; i < AnimCnt; i++)
{
if (animptr == Anim[i].ptr)
{
j = i;
break;
}
}
Anim[j].ptr = animptr;
Anim[j].goal = thegoal;
Anim[j].vel = Z(thevel);
Anim[j].vel_adj = 0;
Anim[j].callback = NULL;
Anim[j].callbackdata = NULL;
if (j == AnimCnt)
AnimCnt++;
return j;
}
short
AnimSetCallback(short anim_ndx, ANIM_CALLBACKp call, ANIM_DATAp data)
{
ASSERT(anim_ndx < AnimCnt);
if (anim_ndx == -1)
return anim_ndx;
Anim[anim_ndx].callback = call;
Anim[anim_ndx].callbackdata = data;
return anim_ndx;
}
short
AnimSetVelAdj(short anim_ndx, short vel_adj)
{
ASSERT(anim_ndx < AnimCnt);
if (anim_ndx == -1)
return anim_ndx;
Anim[anim_ndx].vel_adj = vel_adj;
return anim_ndx;
}
void initlava(void)
{
#if 0
int x, y, z, r;
int i;
//char lavabakpic[(LAVASIZ + 2) * (LAVASIZ + 2)], lavainc[LAVASIZ];
//int lavanumdrops, lavanumframes;
//int lavadropx[LAVAMAXDROPS], lavadropy[LAVAMAXDROPS];
//int lavadropsiz[LAVAMAXDROPS], lavadropsizlookup[LAVAMAXDROPS];
//int lavaradx[32][128], lavarady[32][128], lavaradcnt[32];
UPDATE TO NEW CODE
static int lavaradx[24][96];
static int lavarady[24][96];
for
lavaradcnt[z] = 0;
for (x = -16; x <= 16; x++)
for (y = -16; y <= 16; y++)
{
// r should only be between 0 and 31
// lavaradcnt[r] should be less 127
r = ksqrt(x * x + y * y);
lavaradx[r][lavaradcnt[r]] = x;
lavarady[r][lavaradcnt[r]] = y;
// this was causing an overwrite in ElevatorAuto structure
lavaradcnt[r]++;
}
// for(z=0;z<16;z++)
// lavadropsizlookup[z] = 8 / (ksqrt(z)+1);
for (z = 0; z < 16; z++)
{
lavadropsizlookup[z] = 8 / (ksqrt(16 - z) + 1);
}
for (z = 0; z < LAVASIZ; z++)
{
lavainc[z] = klabs((((z ^ 17) >> 4) & 7) - 4) + 12;
}
lavanumdrops = 0;
lavanumframes = 0;
#endif
}
void movelava(char *dapic)
{
#if 0
// #define COLOR_OFFSET 192
#define COLOR_OFFSET LT_BROWN
char dat, *ptr;
int x, y, z, zx, dalavadropsiz, dadropsizlookup;
intptr_t offs, offs2;
int dalavax, dalavay;
z = 3;
if (lavanumdrops + z >= LAVAMAXDROPS)
z = LAVAMAXDROPS - lavanumdrops - 1;
while (z >= 0)
{
lavadropx[lavanumdrops] = (rand() & (LAVASIZ - 1));
lavadropy[lavanumdrops] = (rand() & (LAVASIZ - 1));
lavadropsiz[lavanumdrops] = 1;
lavanumdrops++;
z--;
}
z = lavanumdrops - 1;
while (z >= 0)
{
dadropsizlookup = lavadropsizlookup[lavadropsiz[z]] * (((z & 1) << 1) - 1);
dalavadropsiz = lavadropsiz[z];
dalavax = lavadropx[z];
dalavay = lavadropy[z];
for (zx = lavaradcnt[lavadropsiz[z]] - 1; zx >= 0; zx--)
{
offs = (((lavaradx[dalavadropsiz][zx] + dalavax) & (LAVASIZ - 1)) << LAVALOGSIZ);
offs += ((lavarady[dalavadropsiz][zx] + dalavay) & (LAVASIZ - 1));
dapic[offs] += dadropsizlookup;
if (dapic[offs] < COLOR_OFFSET)
dapic[offs] = COLOR_OFFSET;
}
lavadropsiz[z]++;
if (lavadropsiz[z] > 10)
{
lavanumdrops--;
lavadropx[z] = lavadropx[lavanumdrops];
lavadropy[z] = lavadropy[lavanumdrops];
lavadropsiz[z] = lavadropsiz[lavanumdrops];
}
z--;
}
// Back up dapic with 1 pixel extra on each boundary
// (to prevent anding for wrap-around)
offs = ((intptr_t) dapic);
offs2 = (LAVASIZ + 2) + 1 + ((intptr_t) lavabakpic);
for (x = 0; x < LAVASIZ; x++)
{
memcpy(offs2, offs, LAVASIZ);
offs += LAVASIZ;
offs2 += LAVASIZ + 2;
}
for (y = 0; y < LAVASIZ; y++)
{
lavabakpic[y + 1] = dapic[y + ((LAVASIZ - 1) << LAVALOGSIZ)];
lavabakpic[y + 1 + (LAVASIZ + 1) * (LAVASIZ + 2)] = dapic[y];
}
for (x = 0; x < LAVASIZ; x++)
{
lavabakpic[(x + 1) * (LAVASIZ + 2)] = dapic[(x << LAVALOGSIZ) + (LAVASIZ - 1)];
lavabakpic[(x + 1) * (LAVASIZ + 2) + (LAVASIZ + 1)] = dapic[x << LAVALOGSIZ];
}
lavabakpic[0] = dapic[LAVASIZ * LAVASIZ - 1];
lavabakpic[LAVASIZ + 1] = dapic[LAVASIZ * (LAVASIZ - 1)];
lavabakpic[(LAVASIZ + 2) * (LAVASIZ + 1)] = dapic[LAVASIZ - 1];
lavabakpic[(LAVASIZ + 2) * (LAVASIZ + 2) - 1] = dapic[0];
for (z = (LAVASIZ + 2) * (LAVASIZ + 2) - 4; z >= 0; z -= 4)
{
lavabakpic[z + 0] &= 31;
lavabakpic[z + 1] &= 31;
lavabakpic[z + 2] &= 31;
lavabakpic[z + 3] &= 31;
}
for (x = LAVASIZ - 1; x >= 0; x--)
{
offs = (x + 1) * (LAVASIZ + 2) + 1;
ptr = (char *)((x << LAVALOGSIZ) + (intptr_t) dapic);
zx = ((x + lavanumframes) & (LAVASIZ - 1));
offs2 = LAVASIZ - 1;
for (y = offs; y < offs + LAVASIZ; y++)
{
dat = lavainc[(offs2--) & zx];
dat += lavabakpic[y - (LAVASIZ + 2) - 1];
dat += lavabakpic[y - (LAVASIZ + 2)];
dat += lavabakpic[y - (LAVASIZ + 2) + 1];
dat += lavabakpic[y - 1];
dat += lavabakpic[y + 1];
dat += lavabakpic[y + (LAVASIZ + 2)];
dat += lavabakpic[y + (LAVASIZ + 2) - 1];
*ptr++ = (dat >> 3) + COLOR_OFFSET;
}
}
lavanumframes++;
#endif
}
void
DoPanning(void)
{
int nx, ny;
short i,nexti;
SPRITEp sp;
SECTORp sectp;
WALLp wallp;
TRAVERSE_SPRITE_STAT(headspritestat[STAT_FLOOR_PAN], i, nexti)
{
sp = &sprite[i];
sectp = &sector[sp->sectnum];
nx = (((int) sintable[NORM_ANGLE(sp->ang + 512)]) * sp->xvel) >> 20;
ny = (((int) sintable[sp->ang]) * sp->xvel) >> 20;
sectp->floorxpanning += nx;
sectp->floorypanning += ny;
sectp->floorxpanning &= 255;
sectp->floorypanning &= 255;
}
TRAVERSE_SPRITE_STAT(headspritestat[STAT_CEILING_PAN], i, nexti)
{
sp = &sprite[i];
sectp = &sector[sp->sectnum];
nx = (((int) sintable[NORM_ANGLE(sp->ang + 512)]) * sp->xvel) >> 20;
ny = (((int) sintable[sp->ang]) * sp->xvel) >> 20;
sectp->ceilingxpanning += nx;
sectp->ceilingypanning += ny;
sectp->ceilingxpanning &= 255;
sectp->ceilingypanning &= 255;
}
TRAVERSE_SPRITE_STAT(headspritestat[STAT_WALL_PAN], i, nexti)
{
sp = &sprite[i];
wallp = &wall[sp->owner];
nx = (((int) sintable[NORM_ANGLE(sp->ang + 512)]) * sp->xvel) >> 20;
ny = (((int) sintable[sp->ang]) * sp->xvel) >> 20;
wallp->xpanning += nx;
wallp->ypanning += ny;
wallp->xpanning &= 255;
wallp->ypanning &= 255;
}
}
void
DoSector(void)
{
SECTOR_OBJECTp sop;
SWBOOL riding;
int sync_flag;
short pnum;
int min_dist,dist,a,b,c;
PLAYERp pp;
#if 1
for (sop = SectorObject; sop < &SectorObject[MAX_SECTOR_OBJECTS]; sop++)
{
if (SO_EMPTY(sop))
continue;
riding = FALSE;
min_dist = 999999;
TRAVERSE_CONNECT(pnum)
{
pp = &Player[pnum];
if (pp->sop_riding == sop)
{
riding = TRUE;
pp->sop_riding = NULL;
break;
}
else
{
DISTANCE(pp->posx, pp->posy, sop->xmid, sop->ymid, dist, a, b, c);
if (dist < min_dist)
min_dist = dist;
}
}
if (sop->Animator)
{
(*sop->Animator)(sop);
continue;
}
// force sync SOs to be updated regularly
if ((sync_flag = TEST(sop->flags, SOBJ_SYNC1|SOBJ_SYNC2)) != 0)
{
if (sync_flag == SOBJ_SYNC1)
MoveSectorObjects(sop, synctics);
else
{
if (MoveSkip2 == 0)
MoveSectorObjects(sop, synctics*2);
}
continue;
}
if (riding)
{
// if riding move smoothly
// update every time
MoveSectorObjects(sop, synctics);
}
else
{
if (min_dist < 15000)
{
// if close update every other time
if (MoveSkip2 == 0)
MoveSectorObjects(sop, synctics * 2);
}
else
{
// if further update every 4th time
if (MoveSkip4 == 0)
MoveSectorObjects(sop, synctics * 4);
}
}
}
#endif
DoPanning();
DoLighting();
DoSineWaveFloor();
DoSineWaveWall();
DoSpringBoardDown();
}
#if 0
int inside(int x, int y, short sectnum)
{
WALLp wal;
int i, x1, y1, x2, y2;
char cnt;
if ((sectnum < 0) || (sectnum >= numsectors))
return -1;
cnt = 0;
wal = &wall[sector[sectnum].wallptr];
for (i = sector[sectnum].wallnum; i > 0; i--)
{
y1 = wal->y - y;
y2 = wall[wal->point2].y - y;
if ((y1 ^ y2) < 0)
{
x1 = wal->x - x;
x2 = wall[wal->point2].x - x;
if ((x1 ^ x2) < 0)
cnt ^= (x1 * y2 < x2 * y1) ^ (y1 < y2);
else if (x1 >= 0)
cnt ^= 1;
}
wal++;
}
return cnt;
}
}
#endif
#include "saveable.h"
static saveable_code saveable_sector_code[] =
{
SAVE_CODE(WallSetupDontMove),
SAVE_CODE(WallSetup),
SAVE_CODE(SectorLiquidSet),
SAVE_CODE(SectorSetup),
SAVE_CODE(DoSpringBoard),
SAVE_CODE(DoSpringBoardDown),
SAVE_CODE(DoSpawnActorTrigger),
SAVE_CODE(OperateSector),
SAVE_CODE(OperateWall),
SAVE_CODE(AnimateSwitch),
SAVE_CODE(SectorExp),
SAVE_CODE(DoExplodeSector),
SAVE_CODE(DoSpawnSpot),
SAVE_CODE(DoSpawnSpotsForKill),
SAVE_CODE(DoSpawnSpotsForDamage),
SAVE_CODE(DoSoundSpotMatch),
SAVE_CODE(DoSoundSpotStopSound),
SAVE_CODE(DoStopSoundSpotMatch),
SAVE_CODE(DoSectorObjectKillMatch),
SAVE_CODE(DoDeleteSpriteMatch),
SAVE_CODE(DoChangorMatch),
SAVE_CODE(DoMatchEverything),
SAVE_CODE(DoTrapReset),
SAVE_CODE(DoTrapMatch),
SAVE_CODE(OperateTripTrigger),
SAVE_CODE(OperateContinuousTrigger),
SAVE_CODE(PlayerTakeSectorDamage),
SAVE_CODE(NearThings),
SAVE_CODE(NearTagList),
SAVE_CODE(BuildNearTagList),
SAVE_CODE(DoPlayerGrabStar),
SAVE_CODE(PlayerOperateEnv),
SAVE_CODE(DoSineWaveFloor),
SAVE_CODE(DoSineWaveWall),
SAVE_CODE(DoAnim),
SAVE_CODE(AnimClear),
SAVE_CODE(AnimGetGoal),
SAVE_CODE(AnimDelete),
SAVE_CODE(AnimSet),
SAVE_CODE(AnimSetCallback),
SAVE_CODE(AnimSetVelAdj),
SAVE_CODE(DoPanning),
SAVE_CODE(DoSector),
};
saveable_module saveable_sector =
{
// code
saveable_sector_code,
SIZ(saveable_sector_code),
// data
NULL,
0
};
END_SW_NS
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