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rott/rott/rt_door.c

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/*
Copyright (C) 1994-1995 Apogee Software, Ltd.
This program 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., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*/
#include "rt_def.h"
#include "rt_sound.h"
#include "rt_door.h"
#include "rt_actor.h"
#include "rt_stat.h"
#include "_rt_door.h"
#include "z_zone.h"
#include "w_wad.h"
#include "rt_ted.h"
#include "rt_draw.h"
#include "rt_main.h"
#include "rt_playr.h"
#include "rt_util.h"
#include "rt_menu.h"
#include "rt_ted.h"
#include "rt_msg.h"
#include "rt_game.h"
#include "rt_vid.h"
#include "rt_net.h"
#include "isr.h"
#include "develop.h"
#include "rt_rand.h"
#include "engine.h"
#include <stdlib.h>
#include <string.h>
//MED
#include "memcheck.h"
/*=============================================================================
DOORS
doorobjlist[] holds most of the information for the doors
Open doors conect two areas, so sounds will travel between them and sight
will be checked when the player is in a connected area.
Areaconnect is incremented/decremented by each door. If >0 they connect
Every time a door opens or closes the areabyplayer matrix gets recalculated.
An area is true if it connects with the player's current spor.
=============================================================================
*/
// Global Variables
#define ELEVATORMUSICTIME 560
elevator_t ELEVATOR[MAXELEVATORS];
int _numelevators;
animmaskedwallobj_t* FIRSTANIMMASKEDWALL,*LASTANIMMASKEDWALL;
maskedwallobj_t* FIRSTMASKEDWALL,*LASTMASKEDWALL;
byte touchindices[MAPSIZE][MAPSIZE],lasttouch;
touchplatetype *touchplate[MAXTOUCHPLATES],*lastaction[MAXTOUCHPLATES];
byte numactions[MAXTOUCHPLATES];
int totalactions;
byte TRIGGER[MAXTOUCHPLATES];
doorobj_t *doorobjlist[MAXDOORS];
int doornum;
maskedwallobj_t *maskobjlist[MAXMASKED];
int maskednum;
pwallobj_t *pwallobjlist[MAXPWALLS];
int pwallnum;
byte areaconnect[NUMAREAS][NUMAREAS];
boolean areabyplayer[NUMAREAS];
// Local Variables
static void (*touchactions[NUMTOUCHPLATEACTIONS])(long) =
{ActivatePushWall,
ActivateMoveWall,
LinkedOpenDoor,
LinkedCloseDoor,
EnableObject,
DisableObject,
ActivateLight,
DeactivateLight};
#if ((DEVELOPMENT == 1))
#if ((LOADSAVETEST == 1))
static char*touchstrings[NUMTOUCHPLATEACTIONS] =
{"ActivatePushWall",
"ActivateMoveWall",
"LinkedOpenDoor",
"LinkedCloseDoor",
"EnableObject",
"DisableObject",
"ActivateLight",
"DeactivateLight"
};
#endif
#endif
#if ((DEVELOPMENT == 1))
#if ((ELEVATORTEST == 1))
static char*elevstring[NUMELEVATORACTIONS] =
{"ready at source",
"ready at destination",
"moving to source",
"moving to destination",
"doorclosing"
};
#endif
#endif
void UtilizeDoor (int door,void (*action)(int));
void UseDoor (int door);
void Teleport(elevator_t*eptr,int destination);
void ConnectPushWall (int pwall);
void SetupPushWall (int pwall);
void WallMoving (int pwall);
int SetNextAction(elevator_t*eptr,int action);
/*
===============
=
= MakeMaskedWallActive
=
===============
*/
void MakeMaskedWallActive(maskedwallobj_t* tmwall)
{if (!FIRSTMASKEDWALL)
FIRSTMASKEDWALL = tmwall;
else
{tmwall->prev = LASTMASKEDWALL;
LASTMASKEDWALL->next = tmwall;
}
LASTMASKEDWALL = tmwall;
}
/*
===============
=
= MakeMaskedWallInactive
=
===============
*/
void MakeMaskedWallInactive(maskedwallobj_t* tmwall)
{
if (tmwall == LASTMASKEDWALL)
LASTMASKEDWALL = tmwall->prev;
else
tmwall->next->prev = tmwall->prev;
if (tmwall == FIRSTMASKEDWALL)
FIRSTMASKEDWALL = tmwall->next;
else
tmwall->prev->next = tmwall->next;
tmwall->prev = NULL;
tmwall->next = NULL;
}
/*
===============
=
= ActivateAnimMaskedWall
=
===============
*/
void ActivateAnimMaskedWall(animmaskedwallobj_t* amwall)
{
if (!FIRSTANIMMASKEDWALL)
FIRSTANIMMASKEDWALL = amwall;
else
{
amwall->prev = LASTANIMMASKEDWALL;
LASTANIMMASKEDWALL->next = amwall;
}
LASTANIMMASKEDWALL = amwall;
}
/*
===============
=
= DeactivateAnimMaskedWall
=
===============
*/
void DeactivateAnimMaskedWall(animmaskedwallobj_t* amwall)
{
if (amwall == LASTANIMMASKEDWALL)
LASTANIMMASKEDWALL = amwall->prev;
else
amwall->next->prev = amwall->prev;
if (amwall == FIRSTANIMMASKEDWALL)
FIRSTANIMMASKEDWALL = amwall->next;
else
amwall->prev->next = amwall->next;
amwall->prev = NULL;
amwall->next = NULL;
}
int PlatformHeight(int tilex,int tiley)
{
int platform;
if (!IsPlatform(tilex,tiley))
return nominalheight;
platform = MAPSPOT(tilex,tiley,2);
switch(platform)
{
case 1:
return -10;
case 4:
return nominalheight;
case 5:
case 6:
return nominalheight - 64;
case 7:
return nominalheight;
case 8:
case 9:
return -10;
}
return -1000;
}
void SpawnAnimatedMaskedWall ( int num )
{
animmaskedwallobj_t * temp;
temp = (animmaskedwallobj_t *)Z_LevelMalloc(sizeof(animmaskedwallobj_t),PU_LEVELSTRUCT,NULL);
if (!temp)
Error("SpawnAnimatedMaskedWall: Failed on allocation of animated masked wall");
temp->num=num;
temp->count=AMW_NUMFRAMES;
temp->ticcount=AMW_TICCOUNT;
temp->next=NULL;
temp->prev=NULL;
ActivateAnimMaskedWall(temp);
}
void KillAnimatedMaskedWall ( animmaskedwallobj_t * temp )
{
DeactivateAnimMaskedWall(temp);
Z_Free(temp);
}
void DoAnimatedMaskedWalls ( void )
{
boolean done;
animmaskedwallobj_t * temp;
for(temp=FIRSTANIMMASKEDWALL;temp;)
{
done=false;
temp->ticcount-=tics;
while (temp->ticcount<0)
{
temp->ticcount+=AMW_TICCOUNT;
temp->count--;
maskobjlist[temp->num]->bottomtexture++;
if (temp->count==0)
{
done=true;
break;
}
}
if (done==true)
{
animmaskedwallobj_t * temp2;
temp2=temp->next;
KillAnimatedMaskedWall(temp);
temp=temp2;
}
else
temp=temp->next;
}
}
int GetIndexForAction(void (*action)(long))
{int i;
for(i=0;i<NUMTOUCHPLATEACTIONS;i++)
if (action == touchactions[i])
return i;
Error("Touchplate Action Not Matched");
return -1;
}
void SaveTouchPlates(byte ** buffer,int *size)
{int i,k;
byte * tptr;
touchplatetype *temp;
saved_touch_type dummy;
*size = sizeof(TRIGGER);
*size += sizeof(numactions);
*size += sizeof(saved_touch_type)*totalactions;
*buffer = (byte *)SafeMalloc(*size);
tptr = *buffer;
memcpy(tptr,&TRIGGER[0],sizeof(TRIGGER));
tptr+=sizeof(TRIGGER);
memcpy(tptr,&numactions[0],sizeof(numactions));
tptr+=sizeof(numactions);
#if ((DEVELOPMENT == 1))
#if (LOADSAVETEST == 1)
Debug("\n\nSAVE INFO\n");
Debug("---------");
Debug("\n\nTOUCHINDICES\n");
Debug("------------\n\n");
for(i=0;i<MAPSIZE;i++)
for(j=0;j< MAPSIZE;j++)
if (touchindices[i][j])
Debug("\ntouchindices[%3d][%3d]: %d",i,j,touchindices[i][j]);
Debug("\n\nTRIGGER: ");
for(i=0;i<(sizeof(TRIGGER)/sizeof(TRIGGER[0]));i++)
if (TRIGGER[i])
Debug("%1d",TRIGGER[i]);
Debug("\n\nNUMACTIONS PER TOUCHPLATE\n");
Debug("-------------------------\n\n");
for(i=0;i<(sizeof(numactions)/sizeof(numactions[0]));i++)
if (numactions[i])
Debug("\n %2d: %2d",i,numactions[i]);
#endif
#endif
for(i=0;i<lasttouch;i++)
{
#if ((DEVELOPMENT == 1))
#if (LOADSAVETEST == 1)
Debug("\n\nTOUCHPLATE[%2d]\n",i);
Debug("--------------\n\n");
#endif
#endif
for(k=0,temp=touchplate[i];temp;k++,temp = temp->nextaction)
{
dummy.tictime = temp->tictime;
dummy.ticcount = temp->ticcount;
dummy.triggered = temp->triggered;
dummy.done = temp->done;
dummy.complete = temp->complete;
if (temp->action)
dummy.actionindex = GetIndexForAction(temp->action);
else
dummy.actionindex = -1;
if (temp->swapaction)
dummy.swapactionindex = GetIndexForAction(temp->swapaction);
else
dummy.swapactionindex = -1;
if ((dummy.actionindex > 5) || (dummy.swapactionindex > 5)) // means whichobj holds pointer to actor
{
statobj_t *tstat;
tstat = (statobj_t*)(temp->whichobj);
dummy.whichobj = (tstat->whichstat|FL_TSTAT);
}
else if ((dummy.actionindex > 3) || (dummy.swapactionindex > 3))
{
objtype *tactor;
tactor = (objtype*)(temp->whichobj);
dummy.whichobj = (tactor->whichactor|FL_TACT);
}
else
dummy.whichobj = temp->whichobj;
#if ((DEVELOPMENT == 1))
#if (LOADSAVETEST == 1)
Debug("action node %d: tictime: %d, ticcount: %d ",k,dummy.tictime,dummy.ticcount);
if (dummy.actionindex == -1)
Debug("action: -1,");
else
Debug("action: %13s,",touchstrings[dummy.actionindex]);
if (dummy.swapactionindex == -1)
Debug("swapaction: -1,");
else
Debug("swapaction: %13s,",touchstrings[dummy.swapactionindex]);
if (dummy.whichobj & FL_TACT)
Debug("whichobj (actor): %4x\n",(dummy.whichobj & ~FL_TACT));
else
Debug("whichobj (nonactor): %4x\n",dummy.whichobj);
#endif
#endif
memcpy(tptr,&dummy,sizeof(saved_touch_type));
tptr+=sizeof(saved_touch_type);
}
}
}
statobj_t* GetStatForIndex(int index)
{statobj_t *temp;
for(temp = FIRSTSTAT;temp;temp=temp->statnext)
if (temp->whichstat == index)
return temp;
SoftError("\nstat not found in GetStatForIndex");
return NULL;
}
void LoadTouchPlates(byte * buffer, int size)
{touchplatetype *temp;
int i,savedactions,loadedactions,index=0;
saved_touch_type dummy;
savedactions = (size-sizeof(TRIGGER)-sizeof(numactions))/sizeof(saved_touch_type);
memset(touchplate,0,sizeof(touchplate));
memset(lastaction,0,sizeof(lastaction));
memset(numactions,0,sizeof(numactions));
totalactions = 0;
memcpy(&TRIGGER[0],buffer,sizeof(TRIGGER));
buffer += sizeof(TRIGGER);
memcpy(&numactions[0],buffer,sizeof(numactions));
buffer += sizeof(numactions);
for(loadedactions=0,index=0,i=0;i<savedactions;i++)
{memcpy(&dummy,buffer,sizeof(saved_touch_type));
temp = (touchplatetype*)Z_LevelMalloc(sizeof(touchplatetype),PU_LEVELSTRUCT,NULL);
if (!temp)
Error("LoadTouchplates: Failed on allocation of touchplates %d of %d",i,savedactions);
memset(temp,0,sizeof(*temp));
temp->tictime = dummy.tictime;
temp->ticcount = dummy.ticcount;
temp->triggered = dummy.triggered;
temp->done = dummy.done;
temp->complete = dummy.complete;
if (dummy.whichobj & FL_TACT)
temp->whichobj = (long)(objlist[dummy.whichobj & ~FL_TACT]);
else if (dummy.whichobj & FL_TSTAT)
temp->whichobj = (long)(GetStatForIndex(dummy.whichobj & ~FL_TSTAT));
else
temp->whichobj = dummy.whichobj;
if (dummy.actionindex != -1)
temp->action = touchactions[dummy.actionindex];
else
temp->action = NULL;
if (dummy.swapactionindex != -1)
temp->swapaction = touchactions[dummy.swapactionindex];
else
temp->swapaction = NULL;
buffer+=sizeof(saved_touch_type);
while (!numactions[index])
index ++;
AddTouchplateAction(temp,index);
/*if (touchplate[index])
lastaction[index]->nextaction = temp;
else
touchplate[index] = temp;
lastaction[index] = temp;*/
totalactions ++;
loadedactions++;
if (loadedactions == numactions[index]) // found end of a touchplate's actions, goto next touch.
{loadedactions = 0;
index++;
}
}
#if ((DEVELOPMENT == 1))
#if (LOADSAVETEST == 1)
Debug("\n\nLOAD INFO\n");
Debug("---------");
Debug("\n\nTOUCHINDICES\n");
Debug("------------\n\n");
for(i=0;i<MAPSIZE;i++)
for(j=0;j< MAPSIZE;j++)
if (touchindices[i][j])
Debug("\ntouchindices[%3d][%3d]: %d",i,j,touchindices[i][j]);
Debug("\n\nTRIGGER: ");
for(i=0;i<(sizeof(TRIGGER)/sizeof(TRIGGER[0]));i++)
if (TRIGGER[i])
Debug("%1d",TRIGGER[i]);
Debug("\n\nNUMACTIONS PER TOUCHPLATE\n");
Debug("-------------------------\n\n");
for(i=0;i<(sizeof(numactions)/sizeof(numactions[0]));i++)
if (numactions[i])
Debug("\n %2d: %2d",i,numactions[i]);
for(i=0;i<lasttouch;i++)
{
Debug("\n\nTOUCHPLATE[%2d]\n",i);
Debug("--------------\n\n");
for(k=0,temp=touchplate[i];temp;k++,temp = temp->nextaction)
{
Debug("action node %d: tictime: %d, ticcount: %d ",k,temp->tictime,temp->ticcount);
if (!temp->action)
Debug("action: NULL,");
else
Debug("action: %13s,",touchstrings[GetIndexForAction(temp->action)]);
if (!temp->swapaction)
Debug("swapaction: NULL,");
else
Debug("swapaction: %13s,",touchstrings[GetIndexForAction(temp->swapaction)]);
Debug("whichobj: %4x\n",(int)temp->whichobj);
}
}
#endif
#endif
SafeFree(objlist);
}
void AddTouchplateAction(touchplatetype *tplate,int index)
{
if (touchplate[index])
{tplate->prevaction = lastaction[index];
lastaction[index]->nextaction = tplate;
}
else
touchplate[index] = tplate;
lastaction[index] = tplate;
}
void RemoveTouchplateAction(touchplatetype *tplate,int index)
{
if (tplate == lastaction[index]) // remove from master list
lastaction[index] = tplate->prevaction;
else
tplate->nextaction->prevaction = tplate->prevaction;
if (tplate == touchplate[index])
touchplate[index] = tplate->nextaction;
else
tplate->prevaction->nextaction = tplate->nextaction;
Z_Free(tplate);
numactions[index]--;
totalactions--;
}
void Link_To_Touchplate(word touchlocx, word touchlocy, void (*maction)(long), void (*swapaction)(long), long wobj, int delaytime)
{touchplatetype *temp;
int index;
index = touchindices[touchlocx][touchlocy]-1;
temp = (touchplatetype*)Z_LevelMalloc(sizeof(touchplatetype),PU_LEVELSTRUCT,NULL);
if (!temp)
Error("Link_To_Touchplate: Failed on allocation of touchplate\n");
memset(temp,0,sizeof(*temp));
temp->action = maction;
temp->swapaction = swapaction;
temp->whichobj = wobj;
temp->tictime = temp->ticcount = delaytime;
AddTouchplateAction(temp,index);
/*if(touchplate[index])
lastaction[index]->nextaction=temp;
else
touchplate[index] = temp;
lastaction[index] = temp;*/
numactions[index]++;
totalactions++;
}
void ClockLink (void (*saction)(long), void (*eaction)(long), long wobj,int whichclock)
{touchplatetype*temp;
// adding two actions per clock
temp = (touchplatetype*)Z_LevelMalloc(sizeof(touchplatetype),PU_LEVELSTRUCT,NULL);
if (!temp)
Error("ClockLink: Failed on allocation of clock");
memset(temp,0,sizeof(*temp));
temp->action = saction;
temp->swapaction = eaction;
temp->whichobj = wobj;
temp->clocktype = 1;
AddTouchplateAction(temp,whichclock);
/* if(touchplate[whichclock])
lastaction[whichclock]->nextaction = temp;
else
touchplate[whichclock] = temp;
lastaction[whichclock]=temp;*/
numactions[whichclock]++;
totalactions ++;
}
void DisplayMessageForAction(touchplatetype *temp, boolean *wallmessage,
boolean *doormessage, boolean*columnmessage)
{
if ((temp->action == ActivatePushWall) ||
(temp->action == ActivateMoveWall)
)
{
if (*wallmessage == false)
{
if (temp->clocktype)
AddMessage("Time-delay wall moves.",MSG_GAME);
else
AddMessage("A wall moves.",MSG_GAME);
*wallmessage = true;
}
}
else if (temp->action == LinkedCloseDoor)
{
if (*doormessage == false)
{
if (temp->clocktype)
AddMessage("Time-delay door closes.",MSG_GAME);
else
AddMessage("A door closes.",MSG_GAME);
*doormessage = true;
}
}
else if (temp->action == LinkedOpenDoor)
{
if (*doormessage == false)
{
if (temp->clocktype)
AddMessage("Time-delay door opens.",MSG_GAME);
else
AddMessage("A door opens.",MSG_GAME);
*doormessage = true;
}
}
else if (temp->action == EnableObject)
{
objtype *tempactor = (objtype*)(temp->whichobj);
if (M_ISACTOR(tempactor) && (tempactor->obclass == pillarobj))
{
if (*columnmessage == false)
{
if (temp->clocktype)
AddMessage("Time-delay column moves.",MSG_GAME);
else
AddMessage("A column moves.",MSG_GAME);
*columnmessage = true;
}
}
}
}
void TriggerStuff(void)
{
touchplatetype *temp;
int i,touchcomplete,j;
int playeron;
void (*tempact)(long);
boolean wallmessage,doormessage,columnmessage;
for(i=0;i<lasttouch;i++)
{
playeron = false;
for( j = 0; j < numplayers; j++ )
{
if ( i == touchindices[ PLAYER[ j ]->tilex ][ PLAYER[ j ]->tiley ] - 1 )
{
playeron = true;
break;
}
}
#if (BNACRASHPREVENT == 1)
//SetTextMode ( ); qwert
// CRASH IN SHAREWARE 'ride em cowboy' BNA FIX
// DONT ALLOW BAD touchplate ( == 0 ) see rt_playr.c
if (touchplate[i] == 0) {continue;}
#endif
if (!TRIGGER[i])
continue;
else if (touchplate[i]->complete)
{
if (!playeron)
TRIGGER[i] = 0;
continue;
}
if (touchplate[i]->done)
{
if (!playeron)
{
for(temp = touchplate[i];temp;temp = temp->nextaction)
temp->triggered=false;
TRIGGER[i] = 0;
touchplate[i]->done = false;
}
}
else
{
wallmessage = false;
doormessage = false;
columnmessage = false;
for(temp = touchplate[i];temp;temp = temp->nextaction)
{
if (temp->action && (!temp->triggered))
{
if (!temp->ticcount)
{
temp->action(temp->whichobj);
if (temp->action == ActivateMoveWall)
{
int tilex,tiley;
tilex = pwallobjlist[temp->whichobj]->tilex;
tiley = pwallobjlist[temp->whichobj]->tiley;
tilemap[tilex][tiley] = 0;
}
if (gamestate.difficulty == gd_baby)
{
DisplayMessageForAction(temp,&wallmessage,&doormessage,&columnmessage);
}
tempact = temp->action;
temp->action = temp->swapaction;
temp->swapaction = tempact;
temp->ticcount = temp->tictime;
temp->triggered = true;
}
else
temp->ticcount --;
}
}
//done:
// check to see if any actions will ever be triggered by this
// touchplate again; if not, null touchplate out; else,
// check status of other actions
touchcomplete = 1;
for(temp = touchplate[i];temp;temp = temp->nextaction)
{
if (temp->action)
{
touchcomplete = 0;
break;
}
}
if (touchcomplete)
touchplate[i]->complete = 1; // this touchplate is out of commission
else
{
touchplate[i]->done = true;
for(temp = touchplate[i];temp;temp = temp->nextaction)
{
if (temp->action && (!temp->triggered))
{
touchplate[i]->done = false;
break;
}
}
}
}
}
}
//==================== Tile stuff ====================================
boolean CheckTile(int x, int y)
{
if ((x < 2) || (x > (MAPSIZE-1)) || (y < 2) || (y > (MAPSIZE - 1)))
return false;
if (actorat[x][y])
{objtype *check = (objtype*)(actorat[x][y]);
if (insetupgame)
return false;
if (!(M_ISACTOR(check) && (check->obclass == playerobj)))
return false;
}
if (DiskAt(x,y))
return false;
if (sprites[x][y])
return false;
if ((tilemap[x][y]) && (IsPlatform(x,y)==false))
return false;
if ((AREANUMBER(x,y)<=0) || (AREANUMBER(x,y)>NUMAREAS))
return false;
if (IsWindow(x,y))
return false;
return true;
}
#define CountTile(x,y) \
{ \
if (oldarea == AREANUMBER(x,y))\
{if (CheckTile(x,y)) \
numemptytiles ++; \
\
areanumbercount++; \
if (areanumbercount == numareatiles[oldarea])\
return numemptytiles; \
} \
\
} \
int Number_of_Empty_Tiles_In_Area_Around(int x, int y)
{int roverx,rovery,areanumbercount=0,
numemptytiles=0,oldarea,i,limit,j;
oldarea = AREANUMBER(x,y);
for (i=1;;i++)
{roverx = x-i;
rovery = y-i;
CountTile(roverx,rovery);
limit = i<<1;
for(j=0;j<limit;j++)
{roverx++;
CountTile(roverx,rovery);
}
for(j=0;j<limit;j++)
{rovery++;
CountTile(roverx,rovery);
}
for(j=0;j<limit;j++)
{roverx--;
CountTile(roverx,rovery);
}
for(j=0;j<limit-1;j++)
{rovery--;
CountTile(roverx,rovery);
}
}
}
#define CheckSet(x,y) \
{if (CheckTile(x,y) && (oldarea == AREANUMBER(x,y))) \
{*stilex = x; \
*stiley = y; \
return; \
} \
} \
void FindEmptyTile(int *stilex, int *stiley)
{
int i,j,x,y,oldarea,roverx,rovery,limit;
oldarea = AREANUMBER(*stilex,*stiley);
x = *stilex;
y = *stiley;
if (CheckTile(x,y) && (oldarea == AREANUMBER(x,y)))
return;
for (i=1;;i++)
{roverx = x-i;
rovery = y-i;
CheckSet(roverx,rovery);
limit = i<<1;
for(j=0;j<limit;j++)
{roverx++;
CheckSet(roverx,rovery);
}
for(j=0;j<limit;j++)
{rovery++;
CheckSet(roverx,rovery);
}
for(j=0;j<limit;j++)
{roverx--;
CheckSet(roverx,rovery);
}
for(j=0;j<limit-1;j++)
{rovery--;
CheckSet(roverx,rovery);
}
}
}
//================================================================
void RecursiveConnect (int areanumber)
{
int i;
for (i=0;i<NUMAREAS;i++)
{
if (areaconnect[areanumber][i] && !areabyplayer[i])
{
areabyplayer[i] = true;
RecursiveConnect (i);
}
}
}
/*
==============
=
= ConnectAreas
=
= Scans outward from playerarea, marking all connected areas
=
==============
*/
void ConnectAreas (void)
{objtype*temp;
statobj_t*tstat;
int i;
#define MASTER_DISK(ob) ((ob->obclass == diskobj) && (ob->flags & FL_MASTER))
memset (areabyplayer,0,sizeof(areabyplayer));
for (i=0;i<numplayers;i++)
{
areabyplayer[PLAYER[i]->areanumber] = true;
RecursiveConnect (PLAYER[i]->areanumber);
}
for(temp=FIRSTACTOR;temp;temp=temp->next)
{
if (MASTER_DISK(temp))
continue;
if (!areabyplayer[temp->areanumber])
continue;
if (!(temp->flags & FL_ABP))
{temp->flags |= FL_ABP;
MakeActive(temp);
}
}
for(tstat=FIRSTSTAT;tstat;tstat=tstat->statnext)
{if (areabyplayer[tstat->areanumber])
{if (!(tstat->flags & FL_ABP))
{tstat->flags |= FL_ABP;
MakeStatActive(tstat);
}
}
else if (tstat->flags & FL_ABP)
{MakeStatInactive(tstat);
tstat->flags &= ~FL_ABP;
}
}
for(i=0;i<maskednum;i++)
{if (areabyplayer[maskobjlist[i]->areanumber])
{if (!(maskobjlist[i]->flags & MW_ABP))
{maskobjlist[i]->flags |= MW_ABP;
MakeMaskedWallActive(maskobjlist[i]);
}
}
else if (maskobjlist[i]->flags & MW_ABP)
{MakeMaskedWallInactive(maskobjlist[i]);
maskobjlist[i]->flags &= ~MW_ABP;
}
}
}
void InitAreas (void)
{
memset (areabyplayer,0,sizeof(areabyplayer));
memset (areaconnect,0,sizeof(areaconnect));
}
/*
===============
=
= InitDoorList
=
===============
*/
void InitDoorList (void)
{
doornum=0;
pwallnum=0;
maskednum=0;
lasttouch = 0;
numclocks=0;
memset(touchindices,0,sizeof(touchindices));
memset(touchplate,0,sizeof(touchplate));
memset(lastaction,0,sizeof(lastaction));
memset(numactions,0,sizeof(numactions));
totalactions = 0;
memset(TRIGGER,0,sizeof(TRIGGER));
memset(Clocks,0,sizeof(Clocks));
FIRSTMASKEDWALL=NULL;
LASTMASKEDWALL=NULL;
FIRSTANIMMASKEDWALL=NULL;
LASTANIMMASKEDWALL=NULL;
}
/*
===============
=
= IsWall
=
===============
*/
int IsWall (int tilex, int tiley)
{
int map;
map=MAPSPOT(tilex,tiley,0);
if ((map>=1) && (map<=89))
return 1;
else if ((map>=106) && (map<=107))
return 1;
else if ((map>=224) && (map<=233))
return 1;
else if ((map>=242) && (map<=244))
return 1;
return 0;
}
/*
===============
=
= InitElevators
=
===============
*/
void InitElevators(void)
{_numelevators = 0;
memset(ELEVATOR,0,sizeof(ELEVATOR));
}
/*
===============
=
= IsDoor
=
===============
*/
int IsDoor (int tilex, int tiley)
{
int map;
map=MAPSPOT(tilex,tiley,0);
if ((map>=33) && (map<=35))
return 1;
if ((map>=90) && (map<=104))
return 1;
if ((map>=154) && (map<=156))
return 1;
if (M_ISDOOR(tilex,tiley))
return 1;
return 0;
}
/*
===============
=
= SpawnDoor
=
===============
*/
void SpawnDoor (int tilex, int tiley, int lock, int texture)
{
int i;
doorobj_t * lastdoorobj;
int up,dn,lt,rt;
int abovewallstart;
int swallstart;
int basetexture;
abovewallstart=W_GetNumForName("ABVWSTRT")+1;
swallstart=W_GetNumForName("SIDESTRT")+1;
doorobjlist[doornum]=(doorobj_t*)Z_LevelMalloc(sizeof(doorobj_t),PU_LEVELSTRUCT,NULL);
if (!doorobjlist[doornum])
Error("SpawnDoor: Failed on allocation of door %d ",doornum);
memset(doorobjlist[doornum],0,sizeof(doorobj_t));
lastdoorobj=doorobjlist[doornum];
if (
( MAPSPOT(tilex,tiley,1) >= 29 ) &&
( MAPSPOT(tilex,tiley,1) <= 32 )
)
{
lock = MAPSPOT(tilex,tiley,1) - 28;
}
lastdoorobj->position = 0;
lastdoorobj->tilex = tilex;
lastdoorobj->tiley = tiley;
lastdoorobj->lock = lock;
lastdoorobj->action = dr_closed;
lastdoorobj->which = DOOR;
lastdoorobj->flags = 0;
lastdoorobj->eindex = -1;
//
// make the door space solid
//
if (loadedgame==false)
actorat[tilex][tiley] = lastdoorobj;
if (IsDoor(tilex,tiley-1)) up=2;
else if (IsWall(tilex,tiley-1)) up=1;
else up=0;
if (IsDoor(tilex,tiley+1)) dn=2;
else if (IsWall(tilex,tiley+1)) dn=1;
else dn=0;
if (IsDoor(tilex-1,tiley)) lt=2;
else if (IsWall(tilex-1,tiley)) lt=1;
else lt=0;
if (IsDoor(tilex+1,tiley)) rt=2;
else if (IsWall(tilex+1,tiley)) rt=1;
else rt=0;
if ((up==1) && (dn==1))
lastdoorobj->vertical = true;
else if ((lt==1) && (rt==1))
lastdoorobj->vertical = false;
else if ((up>0) && (dn>0))
lastdoorobj->vertical = true;
else if ((lt>0) && (rt>0))
lastdoorobj->vertical = false;
else if (up>0)
lastdoorobj->vertical = true;
else if (dn>0)
lastdoorobj->vertical = true;
else if (lt>0)
lastdoorobj->vertical = false;
else if (rt>0)
lastdoorobj->vertical = false;
switch (texture)
{
case 0:
case 8:
basetexture = W_GetNumForName("RAMDOOR1\0");
break;
case 1:
case 9:
basetexture = W_GetNumForName("DOOR2\0");
break;
case 2:
case 3:
case 13:
basetexture = W_GetNumForName("TRIDOOR1\0");
break;
case 10:
case 11:
case 14:
basetexture = W_GetNumForName("SDOOR4\0");
break;
case 12:
basetexture = W_GetNumForName("EDOOR\0");
break;
case 15:
basetexture = W_GetNumForName("SNDOOR\0");
break;
case 16:
basetexture = W_GetNumForName("SNADOOR\0");
break;
case 17:
basetexture = W_GetNumForName("SNKDOOR\0");
break;
case 18:
basetexture = W_GetNumForName("TNDOOR\0");
break;
case 19:
basetexture = W_GetNumForName("TNADOOR\0");
break;
case 20:
basetexture = W_GetNumForName("TNKDOOR\0");
break;
default:
Error("Illegal door value encountered\n");
break;
}
lastdoorobj->basetexture = basetexture;
lastdoorobj->texture = lastdoorobj->basetexture;
SD_PreCacheSoundGroup(SD_OPENDOORSND,SD_CLOSEDOORSND);
//
// make the door tile a special tile, and mark the adjacent tiles
// for door sides
//
tilemap[tilex][tiley] = doornum | 0x8000;
switch (texture)
{
case 0:
case 1:
case 2:
case 3:
case 8:
case 9:
case 10:
case 11:
case 12:
case 13:
case 14:
lastdoorobj->sidepic = W_GetNumForName("SIDE8");
lastdoorobj->alttexture = W_GetNumForName("ABOVEW3");
break;
case 15:
case 16:
case 17:
#if (SHAREWARE == 1)
lastdoorobj->sidepic = W_GetNumForName("SIDE8");
#else
lastdoorobj->sidepic = W_GetNumForName("SIDE16");
#endif
lastdoorobj->alttexture = W_GetNumForName("ABOVEW16");
break;
case 18:
case 19:
case 20:
#if (SHAREWARE == 1)
lastdoorobj->sidepic = W_GetNumForName("SIDE8");
lastdoorobj->alttexture = W_GetNumForName("ABOVEW3");
#else
lastdoorobj->sidepic = W_GetNumForName("SIDE17");
lastdoorobj->alttexture = W_GetNumForName("ABOVEW17");
#endif
break;
default:
Error("Illegal door value encountered\n");
break;
}
if ((lock>0) && (lock<5))
lastdoorobj->sidepic = W_GetNumForName("lock1")+lock-1;
PreCacheLump(lastdoorobj->sidepic,PU_CACHEWALLS,cache_pic_t);
PreCacheLump(lastdoorobj->alttexture,PU_CACHEWALLS,cache_pic_t);
if (lastdoorobj->vertical==true)
{
if (up==1)
tilemap[tilex][tiley-1] |= 0x4000;
else if (up==2)
lastdoorobj->flags|=DF_MULTI;
if (dn==1)
tilemap[tilex][tiley+1] |= 0x4000;
else if (dn==2)
lastdoorobj->flags|=DF_MULTI;
}
else
{
if (lt==1)
tilemap[tilex-1][tiley] |= 0x4000;
else if (lt==2)
lastdoorobj->flags|=DF_MULTI;
if (rt==1)
tilemap[tilex+1][tiley] |= 0x4000;
else if (rt==2)
lastdoorobj->flags|=DF_MULTI;
}
PreCacheLump(lastdoorobj->texture,PU_CACHEWALLS,cache_pic_t);
for (i=1;i<9;i++) // only first texture is pic_t!
PreCacheLump(lastdoorobj->texture+i,PU_CACHEWALLS,cache_patch_t);
doornum++;
lastdoorobj++;
if (doornum==MAXDOORS)
Error ("Too many doors on level!");
}
/*
===============
=
= MakeWideDoorVisible
=
===============
*/
void MakeWideDoorVisible ( int doornum )
{
int dx,dy;
doorobj_t * dr2;
doorobj_t * dr;
int tx,ty;
dr=doorobjlist[doornum];
dx=0;dy=0;
if (dr->vertical==true)
dy=1;
else
dx=1;
spotvis[dr->tilex][dr->tiley]=1;
tx=dr->tilex+dx;
ty=dr->tiley+dy;
while (M_ISDOOR(tx,ty))
{
int num;
num=tilemap[tx][ty]&0x3ff;
dr2=doorobjlist[num];
if (!(dr2->flags&DF_MULTI))
break;
spotvis[tx][ty]=1;
tx+=dx;
ty+=dy;
}
tx=dr->tilex-dx;
ty=dr->tiley-dy;
while (M_ISDOOR(tx,ty))
{
int num;
num=tilemap[tx][ty]&0x3ff;
dr2=doorobjlist[num];
if (!(dr2->flags&DF_MULTI))
break;
spotvis[tx][ty]=1;
tx-=dx;
ty-=dy;
}
}
/*
=====================
=
= LockLinkedDoor
=
=====================
*/
void LockLinkedDoor (int door)
{
doorobj_t*dptr;
dptr = doorobjlist[door];
if (!dptr->lock)
dptr->lock=5;
}
/*
=====================
=
= IsDoorLinked
=
=====================
*/
boolean IsDoorLinked (int door)
{
doorobj_t*dptr;
dptr = doorobjlist[door];
if (dptr->lock==5)
return true;
return false;
}
/*
===============
=
= FixDoorAreaNumbers
=
===============
*/
void FixDoorAreaNumbers ( void )
{
int i;
int up,dn,lt,rt;
int tilex,tiley;
for (i=0;i<doornum;i++)
{
tilex=doorobjlist[i]->tilex;
tiley=doorobjlist[i]->tiley;
up=MAPSPOT(tilex,tiley-1,0)-AREATILE;
dn=MAPSPOT(tilex,tiley+1,0)-AREATILE;
lt=MAPSPOT(tilex-1,tiley,0)-AREATILE;
rt=MAPSPOT(tilex+1,tiley,0)-AREATILE;
up = ((up>0) && (up<=NUMAREAS));
dn = ((dn>0) && (dn<=NUMAREAS));
lt = ((lt>0) && (lt<=NUMAREAS));
rt = ((rt>0) && (rt<=NUMAREAS));
if (doorobjlist[i]->vertical==true)
{
if (rt)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex+1,tiley,0);
else if (lt)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex-1,tiley,0);
else
Error("FixDoors: Couldn't fix up area at x=%d y=%d\n",tilex,tiley);
}
else
{
if (dn)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex,tiley+1,0);
else if (up)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex,tiley-1,0);
else
Error("FixDoors: Couldn't fix up area at x=%d y=%d\n",tilex,tiley);
}
if (IsDoorLinked(i))
UtilizeDoor(i,LockLinkedDoor);
}
}
//===========================================================================
/*
=====================
=
= OpenDoor
=
=====================
*/
void OpenDoor (int door)
{
if (doorobjlist[door]->action == dr_open)
doorobjlist[door]->ticcount = 0; // reset open time
else
{
doorobjlist[door]->action = dr_opening; // start it opening
}
}
/*
=====================
=
= DoorUnBlocked
=
=====================
*/
boolean DoorUnBlocked (int door)
{
int tilex,tiley;
objtype *check;
doorobj_t*dptr;
dptr = doorobjlist[door];
//
// don't close on anything solid
//
tilex = dptr->tilex;
tiley = dptr->tiley;
check = (objtype*)actorat[tilex][tiley];
if (check && (check->which == ACTOR))
return false;
if (dptr->vertical==true)
{
check = (objtype*)actorat[tilex-1][tiley];
if (check && (check->which==ACTOR) && ((check->x+MINDIST) >> TILESHIFT) == tilex )
return false;
check = (objtype*)actorat[tilex+1][tiley];
if (check && (check->which==ACTOR) && ((check->x-MINDIST) >> TILESHIFT) == tilex )
return false;
}
else if (dptr->vertical==false)
{
check = (objtype*)actorat[tilex][tiley-1];
if (check && (check->which==ACTOR) && ((check->y+MINDIST) >> TILESHIFT) == tiley )
return false;
check = (objtype*)actorat[tilex][tiley+1];
if (check && (check->which==ACTOR) && ((check->y-MINDIST) >> TILESHIFT) == tiley )
return false;
}
return true;
}
/*
=====================
=
= DoorReadyToClose
=
= Alter the door's state
=
=====================
*/
boolean DoorReadyToClose(int door)
{
doorobj_t*dptr;
int dx,dy;
doorobj_t * dr2;
int tx,ty;
dptr = doorobjlist[door];
if (dptr->action==dr_closed)
return true;
if (DoorUnBlocked(door)==false)
return false;
dx=0;dy=0;
if (dptr->vertical==true)
dy=1;
else
dx=1;
tx=dptr->tilex+dx;
ty=dptr->tiley+dy;
while (M_ISDOOR(tx,ty))
{
int num;
num=tilemap[tx][ty]&0x3ff;
dr2=doorobjlist[num];
if (!(dr2->flags&DF_MULTI))
break;
if (DoorUnBlocked(num)==false)
return false;
tx+=dx;
ty+=dy;
}
tx=dptr->tilex-dx;
ty=dptr->tiley-dy;
while (M_ISDOOR(tx,ty))
{
int num;
num=tilemap[tx][ty]&0x3ff;
dr2=doorobjlist[num];
if (!(dr2->flags&DF_MULTI))
break;
if (DoorUnBlocked(num)==false)
return false;
tx-=dx;
ty-=dy;
}
return true;
}
/*
=====================
=
= CloseDoor
=
=====================
*/
void CloseDoor (int door)
{
int tilex,tiley,area;
doorobj_t*dptr;
dptr = doorobjlist[door];
if (dptr->action == dr_closed)
return;
tilex = dptr->tilex;
tiley = dptr->tiley;
//
// play door sound
//
area = MAPSPOT(tilex,tiley,0)-AREATILE;
if (areabyplayer[area])
{
dptr->soundhandle=SD_PlaySoundRTP ( SD_CLOSEDOORSND, dptr->tilex<<16, dptr->tiley<<16 );
}
dptr->action = dr_closing;
//
// make the door space solid
//
actorat[tilex][tiley] = dptr;
}
/*
=====================
=
= OperateDoor
=
= The player wants to change the door's direction
=
=====================
*/
void OperateDoor (int keys, int door, boolean localplayer )
{
int lock;
doorobj_t*dptr;
dptr = doorobjlist[door];
if ( ( dptr->flags & DF_ELEVLOCKED ) ||
( MISCVARS->GASON && ( MAPSPOT( dptr->tilex,
dptr->tiley, 1 ) == GASVALUE ) ) )
{
if ( localplayer )
{
// locked
SD_Play ( SD_NOITEMSND );
}
return;
}
lock = dptr->lock;
if ( lock && !( keys & ( 1 << ( lock - 1 ) ) ) )
{
if ( localplayer )
{
// locked
switch (lock)
{
case 1:
AddMessage("You need the \\EGOLD key",MSG_DOOR);
break;
case 2:
AddMessage("You need the \\FSILVER key",MSG_DOOR);
break;
case 3:
AddMessage("You need the \\8IRON key",MSG_DOOR);
break;
case 4:
AddMessage("You need the \\AOSCURO key",MSG_DOOR);
break;
default:
AddMessage("This door appears to be locked",MSG_DOOR);
break;
}
SD_Play( SD_NOITEMSND );
}
return;
}
UseDoor(door);
}
/*
=====================
=
= LinkedOpenDoor
=
=====================
*/
void LinkedOpenDoor (long door)
{
UtilizeDoor(door,OpenDoor);
}
/*
=====================
=
= LinkedCloseDoor
=
=====================
*/
void LinkedCloseDoor (long door)
{
if (DoorReadyToClose(door)==true)
UtilizeDoor(door,CloseDoor);
}
/*
=====================
=
= UtilizeDoor
=
= Alter the door's state
=
=====================
*/
void UtilizeDoor (int door,void (*action)(int))
{
doorobj_t*dptr;
int dx,dy;
doorobj_t * dr2;
int tx,ty;
dptr = doorobjlist[door];
action(door);
dx=0;dy=0;
if (dptr->vertical==true)
dy=1;
else
dx=1;
tx=dptr->tilex+dx;
ty=dptr->tiley+dy;
while (M_ISDOOR(tx,ty))
{
int num;
num=tilemap[tx][ty]&0x3ff;
dr2=doorobjlist[num];
if (!(dr2->flags&DF_MULTI))
break;
action(num);
tx+=dx;
ty+=dy;
}
tx=dptr->tilex-dx;
ty=dptr->tiley-dy;
while (M_ISDOOR(tx,ty))
{
int num;
num=tilemap[tx][ty]&0x3ff;
dr2=doorobjlist[num];
if (!(dr2->flags&DF_MULTI))
break;
action(num);
tx-=dx;
ty-=dy;
}
}
/*
=====================
=
= UseDoor
=
= Alter the door's state
=
=====================
*/
void UseDoor (int door)
{
switch (doorobjlist[door]->action)
{
case dr_closing:
SD_StopSound(doorobjlist[door]->soundhandle);
case dr_closed:
UtilizeDoor(door,OpenDoor);
break;
case dr_opening:
SD_StopSound(doorobjlist[door]->soundhandle);
case dr_open:
if (DoorReadyToClose(door)==true)
UtilizeDoor(door,CloseDoor);
break;
}
}
//===========================================================================
/*
===============
=
= DoorOpen
=
= Close the door after three seconds
=
===============
*/
void DoorOpen (int door)
{doorobj_t* dptr;
dptr = doorobjlist[door];
dptr->ticcount += 1;
if ((dptr->ticcount >= OPENTICS) &&
(!(dptr->flags & DF_TIMED)) &&
(DoorReadyToClose(door)==true))
UtilizeDoor(door,CloseDoor);
}
/*
===============
=
= DoorOpening
=
===============
*/
void DoorOpening (int door)
{
int area1,area2;
word *map;
long position;
int tilex,tiley;
position = doorobjlist[door]->position;
tilex = doorobjlist[door]->tilex;
tiley = doorobjlist[door]->tiley;
if (!position)
{
//
// door is just starting to open, so connect the areas
//
map = &MAPSPOT(tilex,tiley,0);
if (doorobjlist[door]->vertical==true)
{
area1 = *(map+1);
area2 = *(map-1);
}
else
{
area1 = *(map-mapwidth);
area2 = *(map+mapwidth);
}
area1 -= AREATILE;
area2 -= AREATILE;
areaconnect[area1][area2]++;
areaconnect[area2][area1]++;
if ((insetupgame==false) && (loadedgame==false))
ConnectAreas ();
if (areabyplayer[area1])
{
doorobjlist[door]->soundhandle=SD_PlaySoundRTP ( SD_OPENDOORSND, doorobjlist[door]->tilex<<16, doorobjlist[door]->tiley<<16 );
}
}
//
// slide the door by an adaptive amount
//
position += 1<<12;
if (position >= 0xffff)
{
//
// door is all the way open
//
position = 0xffff;
doorobjlist[door]->ticcount = 0;
doorobjlist[door]->action = dr_open;
if (doorobjlist[door] == actorat[tilex][tiley])
actorat[tilex][tiley] = 0;
}
doorobjlist[door]->position = position;
doorobjlist[door]->texture=doorobjlist[door]->basetexture+((position+1)>>13);
}
/*
===============
=
= DoorClosing
=
===============
*/
void DoorClosing (int door)
{
int area1,area2;
word *map;
long position;
int tilex,tiley;
doorobj_t *dptr;
dptr = doorobjlist[door];
tilex = dptr->tilex;
tiley = dptr->tiley;
position = dptr->position;
//
// slide the door by an adaptive amount
//
position -= 1<<12;
if (position < (0xffff >> 1))
ResolveDoorSpace(tilex,tiley);
if (position <= 0)
{
//
// door is closed all the way, so disconnect the areas
//
position = 0;
dptr->action = dr_closed;
map = &MAPSPOT(tilex,tiley,0);
if (areabyplayer[(*map-AREATILE)])
{
dptr->soundhandle=SD_PlaySoundRTP ( SD_DOORHITSND, dptr->tilex<<16, dptr->tiley<<16 );
}
if (dptr->vertical==true)
{
area1 = *(map+1);
area2 = *(map-1);
}
else
{
area1 = *(map-mapwidth);
area2 = *(map+mapwidth);
}
area1 -= AREATILE;
area2 -= AREATILE;
areaconnect[area1][area2]--;
areaconnect[area2][area1]--;
ConnectAreas ();
}
dptr->position = position;
dptr->texture=dptr->basetexture+((position+1)>>13);
}
/*
===============
=
= IsMaskedWall
=
===============
*/
int IsMaskedWall (int tilex, int tiley)
{
int map;
if (IsPlatform(tilex,tiley))
return 1;
map=MAPSPOT(tilex,tiley,0);
if ((map>=157) && (map<=160))
return 1;
if ((map>=162) && (map<=179))
return 1;
if (M_ISMWALL(tilex,tiley))
return 1;
return 0;
}
/*
===============
=
= SpawnMaskedWall
=
===============
*/
void SpawnMaskedWall (int tilex, int tiley, int which, int flags)
{word *map;
int area1, area2;
int up,dn,lt,rt;
int himask;
boolean sidepic;
int side, middle, above, bottom;
maskedwallobj_t * lastmaskobj;
boolean metal;
int maskedstart;
int abovemaskedwallstart;
int swallstart;
himask=W_GetNumForName("HMSKSTRT")+1;
maskedstart=W_GetNumForName("MASKSTRT");
abovemaskedwallstart=W_GetNumForName("ABVMSTRT");
swallstart=W_GetNumForName("SIDESTRT");
maskobjlist[maskednum]=(maskedwallobj_t*)Z_LevelMalloc(sizeof(maskedwallobj_t),PU_LEVELSTRUCT,NULL);
memset(maskobjlist[maskednum],0,sizeof(maskedwallobj_t));
lastmaskobj=maskobjlist[maskednum];
sidepic=true;
lastmaskobj->tilex = tilex;
lastmaskobj->tiley = tiley;
lastmaskobj->which = MWALL;
up=MAPSPOT(tilex,tiley-1,0)-AREATILE;
dn=MAPSPOT(tilex,tiley+1,0)-AREATILE;
lt=MAPSPOT(tilex-1,tiley,0)-AREATILE;
rt=MAPSPOT(tilex+1,tiley,0)-AREATILE;
if (IsMaskedWall(tilex,tiley-1)) up=2;
else if (IsWall(tilex,tiley-1)) up=1;
else up=0;
if (IsMaskedWall(tilex,tiley+1)) dn=2;
else if (IsWall(tilex,tiley+1)) dn=1;
else dn=0;
if (IsMaskedWall(tilex-1,tiley)) lt=2;
else if (IsWall(tilex-1,tiley)) lt=1;
else lt=0;
if (IsMaskedWall(tilex+1,tiley)) rt=2;
else if (IsWall(tilex+1,tiley)) rt=1;
else rt=0;
if ((up==1) && (dn==1))
lastmaskobj->vertical = true;
else if ((lt==1) && (rt==1))
lastmaskobj->vertical = false;
else if ((up>0) && (dn>0))
lastmaskobj->vertical = true;
else if ((lt>0) && (rt>0))
lastmaskobj->vertical = false;
else if (up>0)
lastmaskobj->vertical = true;
else if (dn>0)
lastmaskobj->vertical = true;
else if (lt>0)
lastmaskobj->vertical = false;
else if (rt>0)
lastmaskobj->vertical = false;
tilemap[tilex][tiley] = maskednum | 0xc000;
map = &MAPSPOT(tilex,tiley,0);
if (lastmaskobj->vertical==true)
{
area1 = *(map+1);
area2 = *(map-1);
area1 -= AREATILE;
area2 -= AREATILE;
if (lt==0 && rt==0)
{
areaconnect[area1][area2]++;
areaconnect[area2][area1]++;
}
}
else
{
area1 = *(map-mapwidth);
area2 = *(map+mapwidth);
area1 -= AREATILE;
area2 -= AREATILE;
if (up==0 && dn==0)
{
areaconnect[area1][area2]++;
areaconnect[area2][area1]++;
}
}
lastmaskobj->flags=flags;
if (IsPlatform(tilex,tiley))
{
if (MAPSPOT(tilex,tiley,0)==21)
{
metal=true;
actorat[tilex][tiley]=0;
}
else
metal=false;
}
switch (which)
{
case mw_peephole:
//#if (SHAREWARE == 1)
side = W_GetNumForName("SIDE21");
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
/*
#else
side = W_GetNumForName("SIDE16");
middle = W_GetNumForName("ABOVEM3A") ;
above = W_GetNumForName("ABOVEM2A") ;
#endif
*/
bottom = W_GetNumForName("PEEPMASK");
break;
case mw_dogwall:
side = W_GetNumForName("SIDE21");
above = W_GetNumForName("ABOVEM4") ;
#if (SHAREWARE == 1)
middle = W_GetNumForName("ABOVEM4A") ;
#else
middle = W_GetNumForName("ABOVEM9") ;
#endif
bottom = W_GetNumForName("DOGMASK");
break;
case mw_multi1:
/*
#if (SHAREWARE == 1)
side = W_GetNumForName("SIDE21");
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
#else
*/
//side = W_GetNumForName("SIDE23") ;
side = W_GetNumForName("SIDE21") ;
middle = W_GetNumForName("ABOVEM5A") ;
above = W_GetNumForName("ABOVEM5") ;
// #endif
bottom = W_GetNumForName("MULTI1");
break;
case mw_multi2:
/*
#if (SHAREWARE == 1)
side = W_GetNumForName("SIDE21");
middle = W_GetNumForName("ABOVEM4A");
above = W_GetNumForName("ABOVEM4") ;
#else
*/
//side = W_GetNumForName("SIDE23") ;
side = W_GetNumForName("SIDE21") ;
middle = W_GetNumForName("ABOVEM5B");
above = W_GetNumForName("ABOVEM5") ;
//#endif
bottom = W_GetNumForName("MULTI2");
break;
case mw_multi3:
/*
#if (SHAREWARE == 1)
side = W_GetNumForName("SIDE21");
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
#else
*/
//side = W_GetNumForName("SIDE23") ;
side = W_GetNumForName("SIDE21") ;
middle = W_GetNumForName("ABOVEM5C") ;
above = W_GetNumForName("ABOVEM5") ;
//#endif
bottom = W_GetNumForName("MULTI3");
break;
case mw_singlepane:
// #if (SHAREWARE == 1)
side = W_GetNumForName("SIDE21");
// #else
// side = W_GetNumForName("SIDE22") ;
// #endif
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
bottom = W_GetNumForName("MASKED4");
break;
case mw_normal1:
side = W_GetNumForName("SIDE21");
// #if (SHAREWARE == 1)
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
//#else
// middle = W_GetNumForName("ABOVEM1A") ;
// above = W_GetNumForName("ABOVEM1") ;
//#endif
bottom = W_GetNumForName("MASKED1");
break;
case mw_normal2:
side = W_GetNumForName("SIDE21");
//#if (SHAREWARE == 1)
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
//#else
// middle = W_GetNumForName("ABOVEM2A") ;
// above = W_GetNumForName("ABOVEM2") ;
//#endif
bottom = W_GetNumForName("MASKED2");
break;
case mw_normal3:
side = W_GetNumForName("SIDE21");
//#if (SHAREWARE == 1)
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
//#else
// middle = W_GetNumForName("ABOVEM3A") ;
// above = W_GetNumForName("ABOVEM3") ;
//#endif
bottom = W_GetNumForName("MASKED3");
break;
case mw_exitarch:
side = W_GetNumForName("SIDE21");
//#if (SHAREWARE == 1)
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
//#else
// middle = W_GetNumForName("ABOVEM6A") ;
// above = W_GetNumForName("ABOVEM6") ;
//#endif
bottom = W_GetNumForName("EXITARCH");
break;
case mw_secretexitarch:
side = W_GetNumForName("SIDE21");
//#if (SHAREWARE == 1)
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
//#else
// middle = W_GetNumForName("ABOVEM8A") ;
// above = W_GetNumForName("ABOVEM8") ;
//#endif
bottom = W_GetNumForName("EXITARCA");
break;
case mw_railing:
sidepic = false;
middle = -1;
above = -1;
bottom = W_GetNumForName("RAILING");
break;
case mw_hiswitchon:
sidepic = false;
middle = himask+1;
above = himask+3;
bottom = himask;
break;
case mw_hiswitchoff:
sidepic = false;
middle = himask+1;
above = himask+2;
bottom = himask;
break;
case mw_entrygate:
side = W_GetNumForName("SIDE21");
//#if (SHAREWARE == 1)
//side = W_GetNumForName("SIDE21");
middle = W_GetNumForName("ABOVEM4A") ;
above = W_GetNumForName("ABOVEM4") ;
//#else
//side = W_GetNumForName("SIDE20") ;
// middle = W_GetNumForName("ABOVEM7A") ;
// above = W_GetNumForName("ABOVEM7") ;
//#endif
bottom = W_GetNumForName("ENTRARCH");
break;
case mw_platform1:
sidepic = false;
bottom = -1;
middle = -1;
above = himask+10;
if (metal==true)
{
bottom = -1;
middle = -1;
above = himask+15;
}
break;
case mw_platform2:
sidepic = false;
bottom = himask+8;
middle = -1;
above = -1;
if (metal==true)
{
bottom = himask+14;
middle = -1;
above = -1;
}
else
lastmaskobj->flags|=MW_BOTTOMFLIPPING;
break;
case mw_platform3:
sidepic = false;
bottom = himask+8;
middle = -1;
above = himask+10;
if (metal==true)
{
bottom = himask+14;
middle = -1;
above = himask+15;
}
else
lastmaskobj->flags|=MW_BOTTOMFLIPPING;
break;
case mw_platform4:
sidepic = false;
bottom = himask+12;
middle = himask+7;
above = himask+7;
if (metal==true)
{
bottom = -1;
middle = himask+15;
above = himask+15;
}
break;
case mw_platform5:
sidepic = false;
bottom = himask+12;
middle = himask+7;
above = himask+5;
if (metal==true)
{
bottom = -1;
middle = himask+15;
above = -1;
}
else
lastmaskobj->flags|=MW_TOPFLIPPING;
break;
case mw_platform6:
sidepic = false;
bottom = himask+4;
middle = himask+7;
above = himask+5;
if (metal==true)
{
bottom = himask+14;
middle = himask+15;
above = -1;
}
else
lastmaskobj->flags|=MW_TOPFLIPPING;
break;
case mw_platform7:
sidepic = false;
bottom = himask+4;
middle = himask+7;
above = himask+5;
if ((up==1) || (dn==1))
lastmaskobj->vertical=true;
else if ((lt==1) || (rt==1))
lastmaskobj->vertical=false;
else
Error("Perpendicular platform used with no wall near it\n");
if (metal==true)
{
bottom = himask+14;
middle = himask+15;
above = -1;
}
else
lastmaskobj->flags|=MW_TOPFLIPPING;
break;
}
switch (which)
{
case mw_multi1:
case mw_multi2:
case mw_multi3:
case mw_singlepane:
case mw_normal1:
case mw_normal2:
case mw_normal3:
if (!(flags & MW_SHOOTABLE))
bottom+=9;
break;
}
lastmaskobj->midtexture=middle;
lastmaskobj->toptexture=above;
lastmaskobj->bottomtexture=bottom;
if (sidepic == true)
{
lastmaskobj->sidepic=side;
if (lastmaskobj->vertical==true)
{
if (up==1)
tilemap[tilex][tiley-1] |= 0x4000;
if (dn==1)
tilemap[tilex][tiley+1] |= 0x4000;
}
else
{
if (lt==1)
tilemap[tilex-1][tiley] |= 0x4000;
if (rt==1)
tilemap[tilex+1][tiley] |= 0x4000;
}
}
// Cache in the broken version
if (lastmaskobj->flags & MW_SHOOTABLE)
{
int i;
for (i=1;i<AMW_NUMFRAMES;i++)
{
PreCacheLump(lastmaskobj->bottomtexture+i,PU_CACHEWALLS,cache_transpatch_t);
}
SD_PreCacheSound(SD_GLASSBREAKSND);
}
if (sidepic==true)
{
PreCacheLump(lastmaskobj->sidepic,PU_CACHEWALLS,cache_pic_t);
}
if (lastmaskobj->bottomtexture>=0)
PreCacheLump(lastmaskobj->bottomtexture,PU_CACHEWALLS,cache_transpatch_t);
if (lastmaskobj->toptexture>=0)
PreCacheLump(lastmaskobj->toptexture,PU_CACHEWALLS,cache_patch_t);
if (lastmaskobj->midtexture>=0)
PreCacheLump(lastmaskobj->midtexture,PU_CACHEWALLS,cache_patch_t);
maskednum++;
lastmaskobj++;
if (maskednum==MAXMASKED)
Error ("Too many masked walls\n");
}
/*
===============
=
= FixMaskedWallAreaNumbers
=
===============
*/
void FixMaskedWallAreaNumbers ( void )
{
int i;
int up,dn,lt,rt;
int tilex,tiley;
for (i=0;i<maskednum;i++)
{
int tile;
tilex=maskobjlist[i]->tilex;
tiley=maskobjlist[i]->tiley;
tile=MAPSPOT(tilex,tiley,0)-AREATILE;
if ((tile<=NUMAREAS) && (tile>0))
{
maskobjlist[i]->areanumber = tile;
continue;
}
up=MAPSPOT(tilex,tiley-1,0)-AREATILE;
dn=MAPSPOT(tilex,tiley+1,0)-AREATILE;
lt=MAPSPOT(tilex-1,tiley,0)-AREATILE;
rt=MAPSPOT(tilex+1,tiley,0)-AREATILE;
up = ((up>0) && (up<=NUMAREAS));
dn = ((dn>0) && (dn<=NUMAREAS));
lt = ((lt>0) && (lt<=NUMAREAS));
rt = ((rt>0) && (rt<=NUMAREAS));
if (maskobjlist[i]->vertical==true)
{
if (rt)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex+1,tiley,0);
else if (lt)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex-1,tiley,0);
else if (up)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex,tiley-1,0);
else if (dn)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex,tiley+1,0);
else
Error("FixMaskedWalls: Couldn't fix up area at x=%d y=%d\n",tilex,tiley);
}
else
{
if (dn)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex,tiley+1,0);
else if (up)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex,tiley-1,0);
else if (rt)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex+1,tiley,0);
else if (lt)
MAPSPOT(tilex,tiley,0) = MAPSPOT(tilex-1,tiley,0);
else
Error("FixMaskedWalls: Couldn't fix up area at x=%d y=%d\n",tilex,tiley);
}
maskobjlist[i]->areanumber = MAPSPOT(tilex,tiley,0)-AREATILE;
if ((maskobjlist[i]->areanumber <0) || (maskobjlist[i]->areanumber > NUMAREAS))
Error("Bad masked wall areanumber of %d",maskobjlist[i]->areanumber);
}
}
/*
===============
=
= CheckMaskedWall
=
===============
*/
int CheckMaskedWall( maskedwallobj_t * mw )
{
int result;
result=0;
if (mw->flags & MW_SHOOTABLE)
{
if (mw->flags & MW_BLOCKINGCHANGES)
{
mw->flags&=~MW_BLOCKINGCHANGES;
mw->flags&=~MW_BLOCKING;
mw->flags|=MW_BOTTOMPASSABLE;
}
mw->flags&=~MW_SHOOTABLE;
// mw->bottomtexture++;
result=1;
}
return result;
}
/*
===============
=
= UpdateMaskedWall
=
===============
*/
int UpdateMaskedWall (int num)
{
maskedwallobj_t * mw;
int result;
mw=maskobjlist[num];
result=CheckMaskedWall(mw);
if (result==1)
{
SpawnAnimatedMaskedWall(num);
if (loadedgame==false)
SD_PlaySoundRTP(SD_GLASSBREAKSND,mw->tilex<<16,mw->tiley<<16);
if (mw->flags&MW_MULTI)
{
int i;
int dx,dy;
int r;
maskedwallobj_t * mw2;
dx=0;dy=0;
if (mw->vertical==true)
dy=1;
else
dx=1;
i=1;
while (M_ISMWALL(mw->tilex+(dx*i),mw->tiley+(dy*i)))
{
int num;
num=tilemap[mw->tilex+(dx*i)][mw->tiley+(dy*i)]&0x3ff;
mw2=maskobjlist[num];
if (!(mw2->flags&MW_MULTI))
break;
r=CheckMaskedWall(mw2);
if (r==1)
{
SpawnAnimatedMaskedWall(num);
if (loadedgame==false)
SD_PlaySoundRTP(SD_GLASSBREAKSND,mw2->tilex<<16,mw2->tiley<<16);
}
i++;
}
i=1;
while (M_ISMWALL(mw->tilex-(dx*i),mw->tiley-(dy*i)))
{
int num;
num=tilemap[mw->tilex-(dx*i)][mw->tiley-(dy*i)]&0x3ff;
mw2=maskobjlist[num];
if (!(mw2->flags&MW_MULTI))
break;
r=CheckMaskedWall(mw2);
if (r==1)
{
SpawnAnimatedMaskedWall(num);
if (loadedgame==false)
SD_PlaySoundRTP(SD_GLASSBREAKSND,mw2->tilex<<16,mw2->tiley<<16);
}
i++;
}
}
}
return result;
}
/*
============================
=
= ExecuteElevatorStopActions
=
============================
*/
void ExecuteElevatorStopActions(elevator_t *eptr, int teleport_location,
int desttilex,int desttiley)
{
eptr->state = ev_doorclosing;
eptr->doorclosing = eptr->doortoopen;
doorobjlist[eptr->doortoopen]->flags &= ~DF_ELEVLOCKED;
OpenDoor(eptr->doortoopen);
SD_PlaySoundRTP(SD_ELEVATORENDSND,desttilex,desttiley);
Teleport(eptr,teleport_location);
eptr->ticcount = OPENTICS;
eptr->doortoopen = -1;
if (MISCVARS->elevatormusicon == true)
{
MU_StartSong(song_level);
MU_RestoreSongPosition();
MISCVARS->elevatormusicon = false;
}
}
boolean PlayerInElevator(elevator_t *eptr)
{
if (eptr->state == ev_mts)
{
if ((eptr->dx == player->tilex) && (eptr->dy == player->tiley))
return true;
}
else if (eptr->state == ev_mtd)
{
if ((eptr->sx == player->tilex) && (eptr->sy == player->tiley))
return true;
}
return false;
}
#define SHOULD_START_ELEVATOR_MUSIC(eptr) \
((demoplayback == false) && (demorecord == false) && \
(MusicStarted() == true) && \
(!BATTLEMODE) && \
(!(player->flags & FL_GODMODE)) &&\
(GameRandomNumber("elevator music",0) < 25) && \
(PlayerInElevator(eptr)) \
) \
/*
==========================
=
= SetElevatorOperationTime
=
==========================
*/
void SetElevatorOperationTime(elevator_t*eptr)
{
if (SHOULD_START_ELEVATOR_MUSIC(eptr))
{
MU_StoreSongPosition();
MU_StartSong(song_elevator);
MISCVARS->elevatormusicon = true;
eptr->ticcount = ELEVATORMUSICTIME;
}
else if (AREANUMBER(eptr->sx,eptr->sy) == AREANUMBER(eptr->dx,eptr->dy))
eptr->ticcount = 70;
else
eptr->ticcount = 170;
}
/*
=====================
=
= CheckElevatorStart
=
=====================
*/
void CheckElevatorStart (elevator_t*eptr)
{
doorobj_t *dptr = doorobjlist[eptr->doorclosing];
if (dptr->action == dr_closed)
{
if (eptr->nextaction!=-1)
{
eptr->state = eptr->nextaction;
eptr->nextaction = -1;
switch (eptr->state)
{
case ev_mtd:
eptr->doortoopen = eptr->door2;
SD_PlaySoundRTP(SD_ELEVATORONSND,eptr->sx<<16,eptr->sy<<16);
//eptr->doorclosing = eptr->door1;
SetElevatorOperationTime(eptr);
break;
case ev_mts:
eptr->doortoopen = eptr->door1;
SD_PlaySoundRTP(SD_ELEVATORONSND,eptr->dx<<16,eptr->dy<<16);
SetElevatorOperationTime(eptr);
break;
}
}
else if (eptr->doorclosing == eptr->door1)
eptr->state = ev_ras;
else if (eptr->doorclosing == eptr->door2)
eptr->state = ev_rad;
eptr->doorclosing = -1;
}
}
/*
=====================
=
= ProcessElevators
=
= Called from PlayLoop
=
=====================
*/
void ProcessElevators (void)
{
int ectr;
elevator_t *eptr;
for (ectr = 0 ; ectr < _numelevators ; ectr++)
{
eptr = &ELEVATOR[ectr];
if (eptr->ticcount)
eptr->ticcount --;
else
{
switch (eptr->state)
{
/*
case ev_ras:
break;
case ev_rad:
break;
*/
case ev_mts:
ExecuteElevatorStopActions(eptr,0,(eptr->sx << 16),(eptr->sy << 16));
break;
case ev_mtd:
ExecuteElevatorStopActions(eptr,1,(eptr->dx << 16),(eptr->dy << 16));
break;
case ev_doorclosing:
CheckElevatorStart(eptr);
break;
}
}
}
}
void Teleport(elevator_t*eptr,int destination)
{statobj_t*tstat;
objtype*temp;
int startx,starty,destx,desty;
if (destination) // move to dest
{startx = eptr->sx;
starty = eptr->sy;
destx = eptr->dx;
desty = eptr->dy;
tilemap[eptr->esx][eptr->esy] = (elevatorstart + 5) | 0x2000;
}
else
{startx = eptr->dx;
starty = eptr->dy;
destx = eptr->sx;
desty = eptr->sy;
tilemap[eptr->edx][eptr->edy] = (elevatorstart + 5) | 0x2000;
}
for(tstat=firstactivestat;tstat;tstat=tstat->nextactive)
{if ((tstat->tilex == startx) && (tstat->tiley == starty))
{
tstat->x += ((destx - tstat->tilex) << TILESHIFT);
tstat->y += ((desty - tstat->tiley) << TILESHIFT);
tstat->tilex = tstat->x >> TILESHIFT;
tstat->tiley = tstat->y >> TILESHIFT;
tstat->visspot = &spotvis[tstat->tilex][tstat->tiley];
if (sprites[startx][starty] == tstat)
{sprites[startx][starty] = NULL;
sprites[destx][desty] = tstat;
}
}
}
for(temp=firstactive;temp;temp=temp->nextactive)
{if ((temp->tilex == startx) && (temp->tiley == starty))
{temp->x += ((destx - temp->tilex) << TILESHIFT);
temp->y += ((desty - temp->tiley) << TILESHIFT);
temp->tilex = temp->x >> TILESHIFT;
temp->tiley = temp->y >> TILESHIFT;
if (temp->obclass!=inertobj)
{
RemoveFromArea (temp);
temp->areanumber = AREANUMBER(temp->tilex,temp->tiley);
MakeLastInArea (temp);
}
if (temp == player)
SHAKETICS = 10;
}
}
}
void OperateElevatorDoor(int dnum)
{
elevator_t*eptr;
doorobj_t *dptr,*door1,*door2;
dptr = doorobjlist[dnum];
eptr = &ELEVATOR[dptr->eindex];
door1 = doorobjlist[eptr->door1];
door2 = doorobjlist[eptr->door2];
switch(eptr->state)
{/*
case ev_mtd: // if already on the way to request,
// ignore; else, put request in
if (dnum == eptr->door1)
{eptr->nextaction = ev_mts;
//eptr->doortoopen = eptr->door1;
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nplayer at source requesting elev %d mtd",dptr->eindex);
#endif
#endif
}
break;
case ev_mts:
if (dnum == eptr->door2)
{eptr->nextaction = ev_mtd;
//eptr->doortoopen = eptr->door2;
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nplayer at dest requesting elev %d mts",dptr->eindex);
#endif
#endif
}
break;
*/
case ev_rad: // if ready at other place,
if ((dnum == eptr->door1) && (eptr->nextaction != ev_mts)) // process request, lock doors,
{
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nplayer at source requesting elev %d rad",dptr->eindex);
#endif
#endif
// start moving to current loc;
SetNextAction(eptr,0); // if already there, do nothing
}
break;
case ev_ras:
if ((dnum == eptr->door2) && (eptr->nextaction != ev_mtd))
{
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nplayer at dest requesting elev %d ras",dptr->eindex);
#endif
#endif
SetNextAction(eptr,1);
}
break;
case ev_doorclosing:
if (eptr->doorclosing == dnum) // if opening door at current loc,
// reset elev state to ready
{//if (eptr->door1 == dnum)
// eptr->nextaction = ev_ras;
//else
//eptr->nextaction = ev_rad;
}
else //else prepare for movement
{if ((eptr->door1 == dnum) && (eptr->nextaction != ev_mts))
{
#if ((DEVELOPMENT == 1))
#if ((ELEVATORTEST == 1))
Debug("\nplayer at source requesting elev %d dc",dptr->eindex);
#endif
#endif
SetNextAction(eptr,0);
}
else if ((eptr->door2 == dnum) && (eptr->nextaction != ev_mtd))
{
#if ((DEVELOPMENT == 1))
#if ((ELEVATORTEST == 1))
Debug("\nplayer at dest requesting elev %d dc",dptr->eindex);
#endif
#endif
SetNextAction(eptr,1);
}
}
break;
}
}
int SetNextAction(elevator_t*eptr,int action)
{int dn;
if (action)
{if (!DoorReadyToClose(eptr->door1))
return false;
eptr->nextaction = ev_mtd;
dn = eptr->door1;
}
else
{if (!DoorReadyToClose(eptr->door2))
return false;
eptr->nextaction = ev_mts;
dn = eptr->door2;
}
eptr->state = ev_doorclosing;
eptr->doorclosing = dn;
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nCloseDoor %d",dn);
#endif
#endif
if (doorobjlist[dn]->action != dr_closed)
CloseDoor(dn);
doorobjlist[dn]->flags |= DF_ELEVLOCKED;
return true;
}
void OperateElevatorSwitch(objtype*ob,int elevnum,int checkx,int checky)
{elevator_t*eptr;
doorobj_t *door1,*door2;
eptr = &ELEVATOR[elevnum];
if ((eptr->state == ev_mts) ||
(eptr->state == ev_mtd))
{
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nobj %d tried to use elevator %d switch while in use",ob->obclass,elevnum);
#endif
#endif
return;
}
door1 = doorobjlist[eptr->door1];
door2 = doorobjlist[eptr->door2];
if ((abs(ob->tilex-door1->tilex)<=1) && //switch at source
(abs(ob->tiley-door1->tiley)<=1))
{if (!SetNextAction(eptr,1)) // set next to dest
return;
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nswitch at src %d flipped",elevnum);
#endif
#endif
eptr->ticcount = 0;
}
else //switch at dest
{if (!SetNextAction(eptr,0)) // set next to src
return;
#if (DEVELOPMENT == 1)
#if (ELEVATORTEST == 1)
Debug("\nswitch at dest %d flipped",elevnum);
#endif
#endif
eptr->ticcount = 0;
}
tilemap[checkx][checky] = (elevatorstart + 6) | 0x2000;
SD_PlaySoundRTP(SD_TOUCHPLATESND,ob->x,ob->y);
}
/*
=====================
=
= MoveDoors
=
= Called from PlayLoop
=
=====================
*/
void MoveDoors (void)
{
int door;
for (door = 0 ; door < doornum ; door++)
switch (doorobjlist[door]->action)
{
case dr_open:
DoorOpen (door);
break;
case dr_opening:
DoorOpening(door);
SD_PanRTP ( doorobjlist[door]->soundhandle, doorobjlist[door]->tilex<<16, doorobjlist[door]->tiley<<16 );
break;
case dr_closing:
DoorClosing(door);
SD_PanRTP ( doorobjlist[door]->soundhandle, doorobjlist[door]->tilex<<16, doorobjlist[door]->tiley<<16 );
break;
default:
;
}
}
//===========================================================
//
// PUSHWALLS
//
//===========================================================
/*
===============
=
= GetAreaNumber
=
===============
*/
int GetAreaNumber ( int tilex, int tiley, int dir )
{
int up,dn,lt,rt;
up=MAPSPOT(tilex,tiley-1,0)-AREATILE;
dn=MAPSPOT(tilex,tiley+1,0)-AREATILE;
lt=MAPSPOT(tilex-1,tiley,0)-AREATILE;
rt=MAPSPOT(tilex+1,tiley,0)-AREATILE;
if ((up<=0) || (up>NUMAREAS)) up=0;
if ((dn<=0) || (dn>NUMAREAS)) dn=0;
if ((lt<=0) || (lt>NUMAREAS)) lt=0;
if ((rt<=0) || (rt>NUMAREAS)) rt=0;
switch (dir)
{
case north:
if (up)
return up;
else if (dn)
return dn;
break;
case south:
if (dn)
return dn;
else if (up)
return up;
break;
case east:
if (rt)
return rt;
else if (lt)
return lt;
break;
case west:
if (lt)
return lt;
else if (rt)
return rt;
break;
}
if (up)
return up;
else if (dn)
return dn;
else if (lt)
return lt;
else if (rt)
return rt;
else
Error("Cannot find an area number for tile at x=%d y=%d\n",tilex,tiley);
return -1;
}
/*
===============
=
= SpawnPushWall
=
===============
*/
void SpawnPushWall (int tilex, int tiley, int lock, int texture, int dir, int type)
{
pwallobj_t * lastpwallobj;
if (pwallnum==MAXPWALLS)
Error ("MAXPWALLS on level!");
pwallobjlist[pwallnum]=(pwallobj_t*)Z_LevelMalloc(sizeof(pwallobj_t),PU_LEVELSTRUCT,NULL);
memset(pwallobjlist[pwallnum],0,sizeof(pwallobj_t));
lastpwallobj=pwallobjlist[pwallnum];
lastpwallobj->x = (tilex<<16)+0x8000;
lastpwallobj->y = (tiley<<16)+0x8000;
lastpwallobj->momentumx=0;
lastpwallobj->momentumy=0;
lastpwallobj->tilex = tilex;
lastpwallobj->tiley = tiley;
lastpwallobj->lock = lock;
lastpwallobj->action = pw_npushed;
lastpwallobj->which = PWALL;
lastpwallobj->dir = dir;
lastpwallobj->num = pwallnum;
actorat[tilex][tiley] = (pwallobj_t*)(lastpwallobj); // consider it a solid wall
if ( (MAPSPOT(tilex,tiley,0)==44) ||
(MAPSPOT(tilex,tiley,0)==233)
)
lastpwallobj->flags=PW_DAMAGE;
lastpwallobj->texture = texture;
if (!texture&0x1000)
PreCacheLump(texture,PU_CACHEWALLS,cache_pic_t);
lastpwallobj->areanumber = GetAreaNumber(tilex,tiley,lastpwallobj->dir);
MAPSPOT (tilex, tiley, 0)=(word)(lastpwallobj->areanumber+AREATILE);
switch(type)
{
case 0:
case 1:
case 3:
lastpwallobj->speed = 2;
break;
case 2:
case 4:
lastpwallobj->speed = 4;
break;
default:
Error("Illegal PushWall type passed into SpawnPushWall\n");
break;
}
if (type>2)
{
tilemap[tilex][tiley] = 0;
ActivateMoveWall(pwallnum);
}
else
{
tilemap[tilex][tiley] = texture|0x800;
if ((loadedgame==false) && (type==0))
gamestate.secrettotal++;
}
pwallnum++;
lastpwallobj++;
SD_PreCacheSoundGroup(SD_PUSHWALLSND,SD_TURBOWALLSND);
}
/*
=====================
=
= OperatePushWall
=
= The player wants to change the pushwall's direction
=
=====================
*/
void OperatePushWall (int pwall, int dir, boolean localplayer )
{
pwallobj_t * pw;
pw=pwallobjlist[pwall];
if (pw->lock)
{
if ( localplayer )
{
// Can't push
AddMessage("This push wall appears to be locked...",MSG_DOOR);
PlayNoWaySound();
}
return;
}
switch (pw->action)
{
case pw_npushed:
if ((dir!=pw->dir) && (pw->dir!=nodir))
{
// Can't push
if ( localplayer )
{
PlayNoWaySound();
}
return;
}
else if (localplayer && (gamestate.difficulty == gd_baby))
AddMessage("Push Wall Activated.",MSG_GAME);
pw->action=pw_pushing;
pw->dir=dir;
SD_PlaySoundRTP ( SD_TOUCHPLATESND, pw->x, pw->y );
ConnectPushWall(pwall);
SetupPushWall(pwall);
gamestate.secretcount++;
break;
default:
// Can't push
if ( localplayer )
{
PlayNoWaySound();
}
break;
}
}
/*
=====================
=
= ActivateAllPushWalls
=
= A Push wall has beeen activated by a touch plate
=
=====================
*/
void ActivateAllPushWalls(void)
{
int i;
for(i=0;i<pwallnum;i++)
{
if (pwallobjlist[i]->dir != nodir)
{
ActivatePushWall(i);
}
}
}
/*
=====================
=
= ActivatePushWall
=
= A Push wall has beeen activated by a touch plate
=
=====================
*/
void ActivatePushWall (long pwall)
{
pwallobj_t * pw;
pw=pwallobjlist[pwall];
switch (pw->action)
{
case pw_npushed:
pw->action=pw_pushing;
ConnectPushWall(pwall);
SetupPushWall(pwall);
gamestate.secretcount++;
break;
default:
// Can't push
SD_Play( SD_BADTOUCHSND );
break;
}
}
/*
=====================
=
= ActivateMoveWall
=
= A Push wall has beeen activated by a touch plate
=
=====================
*/
void ActivateMoveWall (long pwall)
{
pwallobj_t * pw;
pw=pwallobjlist[pwall];
switch (pw->action)
{
case pw_npushed:
pw->action=pw_moving;
SetupPushWall(pwall);
break;
default:
SD_Play( SD_BADTOUCHSND );
break;
}
}
/*
===============
=
= ConnectPushWall
=
===============
*/
void ConnectPushWall (int pwall)
{
int checkx;
int checky;
int area1,area2;
int area3,area4;
word *map;
pwallobj_t * pw;
pw=pwallobjlist[pwall];
checkx=pw->tilex;
checky=pw->tiley;
tilemap[checkx][checky] = 0;
map = &MAPSPOT (checkx, checky, 0);
area1 = *(map-mapwidth);
area2 = *(map+mapwidth);
area3 = *(map+1);
area4 = *(map-1);
area1 -= AREATILE;
area2 -= AREATILE;
area3 -= AREATILE;
area4 -= AREATILE;
if (((area1>0) && (area1<NUMAREAS)) &&
((area2>0) && (area2<NUMAREAS)))
{
areaconnect[area1][area2]++;
areaconnect[area2][area1]++;
if ((insetupgame==false) && (loadedgame==false))
ConnectAreas ();
}
if (((area3>0) && (area3<NUMAREAS)) &&
((area4>0) && (area4<NUMAREAS)))
{
areaconnect[area3][area4]++;
areaconnect[area4][area3]++;
if ((insetupgame==false) && (loadedgame==false))
ConnectAreas ();
}
}
/*
===============
=
= SetupPushWall
=
===============
*/
void SetupPushWall (int pwall)
{
pwallobj_t * pw;
int speed;
pw=pwallobjlist[pwall];
speed=pw->speed<<PUSHWALLSPEED;
switch (pw->dir)
{
case north:
pw->momentumx=0;
pw->momentumy=-speed;
break;
case east:
pw->momentumx=speed;
pw->momentumy=0;
break;
case northeast:
pw->momentumx=speed;
pw->momentumy=-speed;
break;
case southeast:
pw->momentumx=speed;
pw->momentumy=speed;
break;
case south:
pw->momentumx=0;
pw->momentumy=speed;
break;
case west:
pw->momentumx=-speed;
pw->momentumy=0;
break;
case northwest:
pw->momentumx=-speed;
pw->momentumy=-speed;
break;
case southwest:
pw->momentumx=-speed;
pw->momentumy=speed;
break;
}
if (pw->action==pw_pushing)
{
if (loadedgame==false)
pw->soundhandle=SD_PlaySoundRTP ( SD_PUSHWALLSND, pw->x, pw->y );
pw->state=(0x20000L/speed);
}
if (pw->action==pw_moving)
pw->state=(0x10000L/speed);
}
/*
=====================
=
= MovePWalls
=
= Called from PlayLoop
=
=====================
*/
void MovePWalls (void)
{
int pwall;
for (pwall = 0 ; pwall < pwallnum ; pwall++)
{
if (pwallobjlist[pwall]->action==pw_pushing)
{
WallPushing (pwall);
SD_PanRTP (pwallobjlist[pwall]->soundhandle, pwallobjlist[pwall]->x, pwallobjlist[pwall]->y );
}
if (pwallobjlist[pwall]->action==pw_moving)
{
WallMoving (pwall);
SD_PanRTP (pwallobjlist[pwall]->soundhandle, pwallobjlist[pwall]->x, pwallobjlist[pwall]->y );
}
}
}
void ClearActorat(pwallobj_t*pw)
{int txhigh,txlow,tyhigh,tylow;
int tryx,tryy,x,y;
int pwrad = 0x6fff;
tryx = pw->x;
tryy = pw->y;
txlow = (tryx - pwrad) >> 16;
txhigh = (tryx + pwrad) >> 16;
tylow = (tryy - pwrad) >> 16;
tyhigh = (tryy + pwrad) >> 16;
for(y=tylow;y<=tyhigh;y++)
for(x=txlow;x<=txhigh;x++)
{if (actorat[x][y] == pw)
actorat[x][y] = NULL;
}
}
void SetActorat(pwallobj_t*pw)
{int txhigh,txlow,tyhigh,tylow;
int tryx,tryy,x,y;
int pwrad = 0x6fff;
tryx = pw->x;
tryy = pw->y;
txlow = (tryx - pwrad) >> 16;
txhigh = (tryx + pwrad) >> 16;
tylow = (tryy - pwrad) >> 16;
tyhigh = (tryy + pwrad) >> 16;
for(y=tylow;y<=tyhigh;y++)
for(x=txlow;x<=txhigh;x++)
actorat[x][y] = pw;
}
/*
=================
=
= FinishPushWall
=
=================
*/
void FinishPushWall (pwallobj_t * pw)
{
pw->action = pw_pushed;
actorat[pw->tilex][pw->tiley] = (wall_t*)&walls[GetWallIndex(pw->texture)];
tilemap[pw->tilex][pw->tiley] = pw->texture;
}
/*
=================
=
= ResetPushWall
=
=================
*/
void ResetPushWall (pwallobj_t * pw)
{
SetActorat(pw);
tilemap[pw->tilex][pw->tiley] = pw->texture|0x800;
}
/*
=================
=
= WallPushing
=
=================
*/
void WallPushing (int pwall)
{
int checkx,checky;
int spot;
pwallobj_t * pw;
pw=pwallobjlist[pwall];
ClearActorat(pw);
PushWallMove(pwall);
pw->x+=pw->momentumx;
pw->y+=pw->momentumy;
pw->state--;
checkx=pw->tilex;
checky=pw->tiley;
pw->tilex=pw->x>>16;
pw->tiley=pw->y>>16;
if ((pw->tilex!=checkx) || (pw->tiley!=checky))
{
int x,y;
int area = MAPSPOT(pw->tilex,pw->tiley,0)-AREATILE;
if ((area<=0) || (area>NUMAREAS))
{
area=pw->areanumber;
MAPSPOT (pw->tilex, pw->tiley, 0)=(word)(pw->areanumber+AREATILE);
}
// block crossed into a new block
//
// the tile can now be walked into
//
mapseen[checkx][checky] = 0;
pw->areanumber = area;
if (pw->momentumx>0)
x=1;
else if (pw->momentumx<0)
x=-1;
else
x=0;
if (pw->momentumy>0)
y=1;
else if (pw->momentumy<0)
y=-1;
else
y=0;
if (tilemap[pw->tilex+x][pw->tiley+y])
{
pw->state=(0x8000L/(pw->speed<<PUSHWALLSPEED));
}
if (actorat[pw->tilex+x][pw->tiley+y])
ResolveDoorSpace(pw->tilex+x,pw->tiley+y);
}
if (pw->state==0)
{
pw->x=(pw->tilex<<16)+0x8000;
pw->y=(pw->tiley<<16)+0x8000;
spot = MAPSPOT(pw->tilex,pw->tiley,1)-ICONARROWS;
if ((spot >= 0) && (spot <= 7))
{
pw->action = pw_npushed;
pw->dir = spot;
ResetPushWall (pw);
if (pw->lock)
{
pw->action=pw_pushing;
ConnectPushWall(pwall);
SetupPushWall(pwall);
}
else
{
gamestate.secrettotal++;
}
}
else
{
FinishPushWall (pw);
}
}
else
SetActorat(pw);
}
/*
=================
=
= WallMoving
=
=================
*/
void WallMoving (int pwall)
{
int checkx,checky;
int spot;
pwallobj_t * pw;
pw=pwallobjlist[pwall];
ClearActorat(pw);
PushWallMove(pwall);
pw->x+=pw->momentumx;
pw->y+=pw->momentumy;
pw->state--;
checkx=pw->tilex;
checky=pw->tiley;
pw->tilex=pw->x>>16;
pw->tiley=pw->y>>16;
if ((pw->tilex!=checkx) || (pw->tiley!=checky))
{
int area = MAPSPOT(pw->tilex,pw->tiley,0)-AREATILE;
if ((area<=0) || (area>NUMAREAS))
{
area=pw->areanumber;
MAPSPOT (pw->tilex, pw->tiley, 0)=(word)(pw->areanumber+AREATILE);
}
// block crossed into a new block
//
// the tile can now be walked into
//
if (areabyplayer[area])
{
if (pw->speed==2)
pw->soundhandle=SD_PlaySoundRTP ( SD_GOWALLSND, pw->x, pw->y );
else
pw->soundhandle=SD_PlaySoundRTP ( SD_TURBOWALLSND, pw->x, pw->y );
}
if (actorat[pw->tilex][pw->tilex])
ResolveDoorSpace(pw->tilex,pw->tiley);
mapseen[checkx][checky] = 0;
pw->areanumber = MAPSPOT (pw->tilex, pw->tiley, 0)-AREATILE;
//actorat[pw->tilex][pw->tiley]=pw;
if ( (pw->tilex==0) || (pw->tilex==127) ||
(pw->tiley==0) || (pw->tiley==127) )
{
if (W_CheckNumForName("imfree")>=0)
{
lbm_t *LBM;
LBM = (lbm_t *) W_CacheLumpNum (W_GetNumForName ("imfree"), PU_CACHE, Cvt_lbm_t, 1);
VL_DecompressLBM (LBM,true);
VW_UpdateScreen ();
I_Delay (2000);
}
Error ("PushWall Attempting to escape off the edge of the map\nIt is located at x=%d y=%d\nI'm Free!!!!\n",
pw->tilex, pw->tiley);
}
}
if (pw->state==0)
{
pw->x=(pw->tilex<<16)+0x8000;
pw->y=(pw->tiley<<16)+0x8000;
spot = MAPSPOT(pw->tilex,pw->tiley,1)-ICONARROWS;
if ((spot >= 0) && (spot <= 7))
{
int area = MAPSPOT(pw->tilex,pw->tiley,0)-AREATILE;
if ((area<=0) || (area>NUMAREAS))
{
area=pw->areanumber;
MAPSPOT (pw->tilex, pw->tiley, 0)=(word)(pw->areanumber+AREATILE);
}
if (areabyplayer[area] && (abs(spot-pw->dir)==4))
SD_PlaySoundRTP ( SD_PUSHWALLHITSND, pw->x, pw->y );
pw->dir = spot;
}
SetupPushWall(pwall);
}
else
SetActorat(pw);
}
/*
=================
=
= SavePushWalls
=
=================
*/
void SavePushWalls(byte ** buf, int * sz)
{
int unitsize;
pwallobj_t * pw;
byte * bufptr;
int i;
int size;
if (pwallnum==0)
{
*sz=0;
*buf=SafeMalloc(16);
return;
}
pw=pwallobjlist[0];
unitsize=0;
unitsize+=sizeof(pw->state);
unitsize+=sizeof(pw->x);
unitsize+=sizeof(pw->y);
unitsize+=sizeof(pw->dir);
unitsize+=sizeof(pw->speed);
unitsize+=sizeof(pw->action);
*sz=pwallnum*unitsize;
*buf=SafeMalloc(*sz);
bufptr=*buf;
for (i=0;i<pwallnum;i++)
{
pw=pwallobjlist[i];
size=sizeof(pw->state);
memcpy(bufptr,&(pw->state),size);
bufptr+=size;
size=sizeof(pw->x);
memcpy(bufptr,&(pw->x),size);
bufptr+=size;
size=sizeof(pw->y);
memcpy(bufptr,&(pw->y),size);
bufptr+=size;
size=sizeof(pw->dir);
memcpy(bufptr,&(pw->dir),size);
bufptr+=size;
size=sizeof(pw->speed);
memcpy(bufptr,&(pw->speed),size);
bufptr+=size;
size=sizeof(pw->action);
memcpy(bufptr,&(pw->action),size);
bufptr+=size;
}
}
/*
=================
=
= LoadPushWalls
=
=================
*/
void LoadPushWalls(byte * bufptr, int sz)
{
int unitsize;
pwallobj_t * pw;
pwallobj_t new;
int i;
int num;
int size;
int area;
if (sz==0)
return;
SetupPushWalls();
pw=pwallobjlist[0];
unitsize=0;
unitsize+=sizeof(pw->state);
unitsize+=sizeof(pw->x);
unitsize+=sizeof(pw->y);
unitsize+=sizeof(pw->dir);
unitsize+=sizeof(pw->speed);
unitsize+=sizeof(pw->action);
num=sz/unitsize;
if (pwallnum!=num)
Error("Different number of Push Walls when trying to load a game\npwallnum=%d num=%d",pwallnum,num);
for (i=0;i<pwallnum;i++)
{
pw=pwallobjlist[i];
size=sizeof(new.state);
memcpy(&(new.state),bufptr,size);
bufptr+=size;
size=sizeof(new.x);
memcpy(&(new.x),bufptr,size);
bufptr+=size;
size=sizeof(new.y);
memcpy(&(new.y),bufptr,size);
bufptr+=size;
size=sizeof(new.dir);
memcpy(&(new.dir),bufptr,size);
bufptr+=size;
size=sizeof(new.speed);
memcpy(&(new.speed),bufptr,size);
bufptr+=size;
size=sizeof(new.action);
memcpy(&(new.action),bufptr,size);
bufptr+=size;
actorat[pw->tilex][pw->tiley] = 0;
mapseen[pw->tilex][pw->tiley] = 0;
new.tilex=new.x>>16;
new.tiley=new.y>>16;
if ((new.tilex!=pw->tilex) || (new.tiley!=pw->tiley))
{
ClearActorat(pw);
tilemap[pw->tilex][pw->tiley] = 0;
if (pw->state!=pw_moving)
{
#if 0
if (pw->dir==nodir)
{
if (tilemap[pw->tilex+1][pw->tiley]==0)
pw->dir=east;
else if (tilemap[pw->tilex-1][pw->tiley]==0)
pw->dir=west;
else if (tilemap[pw->tilex][pw->tiley+1]==0)
pw->dir=south;
else
pw->dir=north;
}
#endif
ConnectPushWall(i);
}
}
// fixup area if needed
area = MAPSPOT(new.tilex,new.tiley,0)-AREATILE;
if ((area<=0) || (area>NUMAREAS))
{
MAPSPOT (new.tilex, new.tiley, 0)=(word)(pw->areanumber+AREATILE);
}
pw->tilex=new.tilex;
pw->tiley=new.tiley;
pw->x=new.x;
pw->y=new.y;
pw->action=new.action;
pw->dir=new.dir;
pw->speed=new.speed;
SetupPushWall(i);
pw->state=new.state;
pw->areanumber = MAPSPOT (pw->tilex, pw->tiley, 0)-AREATILE;
if (pw->action==pw_pushed)
{
FinishPushWall (pw);
}
else if (pw->action==pw_npushed)
{
ResetPushWall (pw);
}
else
{
SetActorat(pw);
}
}
}
/*
=================
=
= SaveMaskedWalls
=
=================
*/
void SaveMaskedWalls(byte ** buf, int * size)
{
int unitsize;
maskedwallobj_t * mw;
byte * bufptr;
int i;
int sz;
if (maskednum==0)
{
*size=0;
*buf=SafeMalloc(16);
return;
}
mw=maskobjlist[0];
unitsize=0;
unitsize+=sizeof(mw->flags);
*size=maskednum*unitsize;
*buf=SafeMalloc(*size);
bufptr=*buf;
for (i=0;i<maskednum;i++)
{
mw=maskobjlist[i];
sz=sizeof(mw->flags);
memcpy(bufptr,&(mw->flags),sz);
bufptr+=sz;
}
}
/*
=================
=
= LoadMaskedWalls
=
=================
*/
void LoadMaskedWalls(byte * bufptr, int sz)
{
int unitsize;
maskedwallobj_t * mw;
int i;
int size;
int num;
if (sz==0)
return;
SetupMaskedWalls();
FixMaskedWallAreaNumbers();
mw=maskobjlist[0];
unitsize=0;
unitsize+=sizeof(mw->flags);
num=sz/unitsize;
if (maskednum!=num)
Error("Different number of Masked Walls when trying to load a game\nmaskednum=%d num=%d",maskednum,num);
for (i=0;i<maskednum;i++)
{
word flags; // Endianness fix thanks to DrLex - DDOI
mw=maskobjlist[i];
size=sizeof(mw->flags);
memcpy(&flags,bufptr,size);
bufptr+=size;
if ((flags&0xff)!=mw->flags) // Preserves original behavior
UpdateMaskedWall(i);
if (mw->flags&MW_SWITCHON)
mw->toptexture--;
}
}
/*
=================
=
= SaveDoors
=
=================
*/
void SaveDoors (byte ** buf, int * size)
{
int door;
int doorsave;
byte doorflag;
byte doorlocked;
signed char dooreindex;
short int doortime;
int unitsize;
byte *ptr;
if (doornum==0)
{
*size=0;
*buf=SafeMalloc(16);
return;
}
//
// Size = (int + byte + byte) * numdoors
//
unitsize=0;
unitsize+=sizeof(doorsave);
unitsize+=sizeof(doorflag);
unitsize+=sizeof(doorlocked);
unitsize+=sizeof(doortime);
unitsize+=sizeof(dooreindex);
*size = unitsize*doornum;
*buf = (byte *) SafeMalloc (*size);
ptr = *buf;
for (door = 0; door < doornum ; door++)
{
doorsave = doorobjlist[door]->position & ~3;
doorsave |= doorobjlist[door]->action;
doorflag = doorobjlist[door]->flags;
doorlocked = doorobjlist[door]->lock;
doortime = doorobjlist[door]->ticcount;
dooreindex = doorobjlist[door]->eindex;
memcpy (ptr, &doorsave, sizeof (doorsave));
ptr += sizeof (doorsave);
memcpy (ptr, &doorflag, sizeof (doorflag));
ptr += sizeof (doorflag);
memcpy (ptr, &doorlocked, sizeof (doorlocked));
ptr += sizeof (doorlocked);
memcpy (ptr, &doortime, sizeof (doortime));
ptr += sizeof (doortime);
memcpy (ptr, &dooreindex, sizeof (dooreindex));
ptr += sizeof (dooreindex);
}
}
/*
=================
=
= LoadDoors
=
=================
*/
void LoadDoors (byte * buf, int size)
{
int door;
int doorsave;
byte doorflag;
byte doorlocked;
signed char dooreindex;
short int doortime;
byte *ptr;
int unitsize;
int num;
SetupDoors ();
FixDoorAreaNumbers();
ptr = buf;
unitsize=0;
unitsize+=sizeof(doorsave);
unitsize+=sizeof(doorflag);
unitsize+=sizeof(doorlocked);
unitsize+=sizeof(doortime);
unitsize+=sizeof(dooreindex);
num=size/unitsize;
if (doornum!=num)
Error("Different number of Doors when trying to load a game\ndoornum=%d num=%d",doornum,num);
for (door = 0; door < doornum; door++)
{
memcpy (&doorsave, ptr, sizeof (doorsave));
ptr += sizeof (doorsave);
memcpy (&doorflag, ptr, sizeof (doorflag));
ptr += sizeof (doorflag);
memcpy (&doorlocked, ptr, sizeof (doorlocked));
ptr += sizeof (doorlocked);
memcpy (&doortime, ptr, sizeof (doortime));
ptr += sizeof (doortime);
memcpy (&dooreindex, ptr, sizeof (dooreindex));
ptr += sizeof (dooreindex);
doorobjlist[door]->action = doorsave & 3;
// Update Areas
if (doorobjlist[door]->action != dr_closed)
DoorOpening(door);
doorobjlist[door]->action = doorsave & 3;
doorobjlist[door]->position = doorsave;
doorobjlist[door]->flags = doorflag;
doorobjlist[door]->lock = doorlocked;
doorobjlist[door]->ticcount = doortime;
doorobjlist[door]->eindex = dooreindex;
if (doorobjlist[door]->action == dr_open)
doorobjlist[door]->position = 0xFFFF;
else if (doorobjlist[door]->action == dr_closed)
doorobjlist[door]->position = 0;
if (
(doorobjlist[door]->action == dr_closing) ||
(doorobjlist[door]->action == dr_closed)
)
{
actorat[doorobjlist[door]->tilex][doorobjlist[door]->tiley] = doorobjlist[door];
}
doorobjlist[door]->texture = doorobjlist[door]->basetexture +
((doorobjlist[door]->position+1)>>13);
}
}
/*
=====================
=
= SaveElevators
=
=
=====================
*/
void SaveElevators(byte ** buffer,int *size)
{int i;
byte * tptr;
*size = _numelevators*sizeof(elevator_t);
*buffer = (byte *)SafeMalloc(*size);
tptr = *buffer;
for(i=0;i<_numelevators;i++)
{memcpy(tptr,&ELEVATOR[i],sizeof(elevator_t));
tptr += sizeof(elevator_t);
}
}
/*
=====================
=
= LoadElevators
=
=
=====================
*/
void LoadElevators(byte * buffer,int size)
{int i;
_numelevators = size/sizeof(elevator_t);
for(i=0;i<_numelevators;i++)
{memcpy(&ELEVATOR[i],buffer,sizeof(elevator_t));
buffer += sizeof(elevator_t);
}
}
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