zdoom/raze-gles
0
0
Fork 0
mirror of https://github.com/ZDoom/raze-gles.git synced 2024-12-26 03:30:46 +00:00
Code Issues Projects Releases Packages Wiki Activity
raze-gles/source/blood/src/db.cpp
nukeykt a9fcee742d RFS parser wip
2019-09-23 01:30:05 +02:00

1660 lines
54 KiB
C++
Raw Blame History

//-------------------------------------------------------------------------
/*
Copyright (C) 2010-2019 EDuke32 developers and contributors
Copyright (C) 2019 Nuke.YKT
This file is part of NBlood.
NBlood is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License version 2
as published by the Free Software Foundation.
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.
*/
//-------------------------------------------------------------------------
#include "ns.h" // Must come before everything else!
#include "build.h"
#include "compat.h"
#include "common_game.h"
#include "crc32_.h"
//#include "actor.h"
#include "globals.h"
#include "db.h"
#include "iob.h"
BEGIN_BLD_NS
unsigned short gStatCount[kMaxStatus + 1];
XSPRITE xsprite[kMaxXSprites];
XSECTOR xsector[kMaxXSectors];
XWALL xwall[kMaxXWalls];
SPRITEHIT gSpriteHit[kMaxXSprites];
int xvel[kMaxSprites], yvel[kMaxSprites], zvel[kMaxSprites];
char qsprite_filler[kMaxSprites], qsector_filler[kMaxSectors];
int gVisibility;
const char *gItemText[] = {
"Skull Key",
"Eye Key",
"Fire Key",
"Dagger Key",
"Spider Key",
"Moon Key",
"Key 7",
"Doctor's Bag",
"Medicine Pouch",
"Life Essence",
"Life Seed",
"Red Potion",
"Feather Fall",
"Limited Invisibility",
"INVULNERABILITY",
"Boots of Jumping",
"Raven Flight",
"Guns Akimbo",
"Diving Suit",
"Gas mask",
"Clone",
"Crystal Ball",
"Decoy",
"Doppleganger",
"Reflective shots",
"Beast Vision",
"ShadowCloak",
"Rage shroom",
"Delirium Shroom",
"Grow shroom",
"Shrink shroom",
"Death mask",
"Wine Goblet",
"Wine Bottle",
"Skull Grail",
"Silver Grail",
"Tome",
"Black Chest",
"Wooden Chest",
"Asbestos Armor",
"Basic Armor",
"Body Armor",
"Fire Armor",
"Spirit Armor",
"Super Armor",
"Blue Team Base",
"Red Team Base",
"Blue Flag",
"Red Flag",
"DUMMY",
"Level map",
};
const char *gAmmoText[] = {
"Spray can",
"Bundle of TNT*",
"Bundle of TNT",
"Case of TNT",
"Proximity Detonator",
"Remote Detonator",
"Trapped Soul",
"4 shotgun shells",
"Box of shotgun shells",
"A few bullets",
"Voodoo Doll",
"OBSOLETE",
"Full drum of bullets",
"Tesla Charge",
"OBSOLETE",
"OBSOLETE",
"Flares",
"OBSOLETE",
"OBSOLETE",
"Gasoline Can",
NULL,
};
const char *gWeaponText[] = {
"RANDOM",
"Sawed-off",
"Tommy Gun",
"Flare Pistol",
"Voodoo Doll",
"Tesla Cannon",
"Napalm Launcher",
"Pitchfork",
"Spray Can",
"Dynamite",
"Life Leech",
};
void dbCrypt(char *pPtr, int nLength, int nKey)
{
for (int i = 0; i < nLength; i++)
{
pPtr[i] = pPtr[i] ^ nKey;
nKey++;
}
}
void InsertSpriteSect(int nSprite, int nSector)
{
dassert(nSprite >= 0 && nSprite < kMaxSprites);
dassert(nSector >= 0 && nSector < kMaxSectors);
int nOther = headspritesect[nSector];
if (nOther >= 0)
{
prevspritesect[nSprite] = prevspritesect[nOther];
nextspritesect[nSprite] = -1;
nextspritesect[prevspritesect[nOther]] = nSprite;
prevspritesect[nOther] = nSprite;
}
else
{
prevspritesect[nSprite] = nSprite;
nextspritesect[nSprite] = -1;
headspritesect[nSector] = nSprite;
}
sprite[nSprite].sectnum = nSector;
}
void RemoveSpriteSect(int nSprite)
{
dassert(nSprite >= 0 && nSprite < kMaxSprites);
int nSector = sprite[nSprite].sectnum;
dassert(nSector >= 0 && nSector < kMaxSectors);
int nOther = nextspritesect[nSprite];
if (nOther < 0)
{
nOther = headspritesect[nSector];
}
prevspritesect[nOther] = prevspritesect[nSprite];
if (headspritesect[nSector] != nSprite)
{
nextspritesect[prevspritesect[nSprite]] = nextspritesect[nSprite];
}
else
{
headspritesect[nSector] = nextspritesect[nSprite];
}
sprite[nSprite].sectnum = -1;
}
void InsertSpriteStat(int nSprite, int nStat)
{
dassert(nSprite >= 0 && nSprite < kMaxSprites);
dassert(nStat >= 0 && nStat <= kMaxStatus);
int nOther = headspritestat[nStat];
if (nOther >= 0)
{
prevspritestat[nSprite] = prevspritestat[nOther];
nextspritestat[nSprite] = -1;
nextspritestat[prevspritestat[nOther]] = nSprite;
prevspritestat[nOther] = nSprite;
}
else
{
prevspritestat[nSprite] = nSprite;
nextspritestat[nSprite] = -1;
headspritestat[nStat] = nSprite;
}
sprite[nSprite].statnum = nStat;
gStatCount[nStat]++;
}
void RemoveSpriteStat(int nSprite)
{
dassert(nSprite >= 0 && nSprite < kMaxSprites);
int nStat = sprite[nSprite].statnum;
dassert(nStat >= 0 && nStat <= kMaxStatus);
int nOther = nextspritestat[nSprite];
if (nOther < 0)
{
nOther = headspritestat[nStat];
}
prevspritestat[nOther] = prevspritestat[nSprite];
if (headspritestat[nStat] != nSprite)
{
nextspritestat[prevspritestat[nSprite]] = nextspritestat[nSprite];
}
else
{
headspritestat[nStat] = nextspritestat[nSprite];
}
sprite[nSprite].statnum = -1;
gStatCount[nStat]--;
}
void qinitspritelists(void) // Replace
{
for (short i = 0; i <= kMaxSectors; i++)
{
headspritesect[i] = -1;
}
for (short i = 0; i <= kMaxStatus; i++)
{
headspritestat[i] = -1;
}
int const nMaxSprites = bVanilla ? 4096 : kMaxSprites;
for (short i = 0; i < nMaxSprites; i++)
{
sprite[i].sectnum = -1;
sprite[i].index = -1;
InsertSpriteStat(i, kMaxStatus);
}
memset(gStatCount, 0, sizeof(gStatCount));
Numsprites = 0;
}
int InsertSprite(int nSector, int nStat)
{
int nSprite = headspritestat[kMaxStatus];
dassert(nSprite < kMaxSprites);
if (nSprite < 0)
{
return nSprite;
}
RemoveSpriteStat(nSprite);
spritetype *pSprite = &sprite[nSprite];
memset(&sprite[nSprite], 0, sizeof(spritetype));
InsertSpriteStat(nSprite, nStat);
InsertSpriteSect(nSprite, nSector);
pSprite->cstat = 128;
pSprite->clipdist = 32;
pSprite->xrepeat = pSprite->yrepeat = 64;
pSprite->owner = -1;
pSprite->extra = -1;
pSprite->index = nSprite;
xvel[nSprite] = yvel[nSprite] = zvel[nSprite] = 0;
Numsprites++;
return nSprite;
}
int qinsertsprite(short nSector, short nStat) // Replace
{
return InsertSprite(nSector, nStat);
}
int DeleteSprite(int nSprite)
{
if (sprite[nSprite].extra > 0)
{
dbDeleteXSprite(sprite[nSprite].extra);
}
dassert(sprite[nSprite].statnum >= 0 && sprite[nSprite].statnum < kMaxStatus);
RemoveSpriteStat(nSprite);
dassert(sprite[nSprite].sectnum >= 0 && sprite[nSprite].sectnum < kMaxSectors);
RemoveSpriteSect(nSprite);
InsertSpriteStat(nSprite, kMaxStatus);
Numsprites--;
return nSprite;
}
int qdeletesprite(short nSprite) // Replace
{
return DeleteSprite(nSprite);
}
int ChangeSpriteSect(int nSprite, int nSector)
{
dassert(nSprite >= 0 && nSprite < kMaxSprites);
dassert(nSector >= 0 && nSector < kMaxSectors);
dassert(sprite[nSprite].sectnum >= 0 && sprite[nSprite].sectnum < kMaxSectors);
RemoveSpriteSect(nSprite);
InsertSpriteSect(nSprite, nSector);
return 0;
}
int qchangespritesect(short nSprite, short nSector)
{
return ChangeSpriteSect(nSprite, nSector);
}
int ChangeSpriteStat(int nSprite, int nStatus)
{
dassert(nSprite >= 0 && nSprite < kMaxSprites);
dassert(nStatus >= 0 && nStatus < kMaxStatus);
dassert(sprite[nSprite].statnum >= 0 && sprite[nSprite].statnum < kMaxStatus);
dassert(sprite[nSprite].sectnum >= 0 && sprite[nSprite].sectnum < kMaxSectors);
RemoveSpriteStat(nSprite);
InsertSpriteStat(nSprite, nStatus);
return 0;
}
int qchangespritestat(short nSprite, short nStatus)
{
return ChangeSpriteStat(nSprite, nStatus);
}
unsigned short nextXSprite[kMaxXSprites];
unsigned short nextXWall[kMaxXWalls];
unsigned short nextXSector[kMaxXSectors];
void InitFreeList(unsigned short *pList, int nCount)
{
for (int i = 1; i < nCount; i++)
{
pList[i] = i-1;
}
pList[0] = nCount - 1;
}
void InsertFree(unsigned short *pList, int nIndex)
{
pList[nIndex] = pList[0];
pList[0] = nIndex;
}
unsigned short dbInsertXSprite(int nSprite)
{
int nXSprite = nextXSprite[0];
nextXSprite[0] = nextXSprite[nXSprite];
if (nXSprite == 0)
{
ThrowError("Out of free XSprites");
}
memset(&xsprite[nXSprite], 0, sizeof(XSPRITE));
if (!bVanilla)
memset(&gSpriteHit[nXSprite], 0, sizeof(SPRITEHIT));
xsprite[nXSprite].reference = nSprite;
sprite[nSprite].extra = nXSprite;
return nXSprite;
}
void dbDeleteXSprite(int nXSprite)
{
dassert(xsprite[nXSprite].reference >= 0);
dassert(sprite[xsprite[nXSprite].reference].extra == nXSprite);
InsertFree(nextXSprite, nXSprite);
sprite[xsprite[nXSprite].reference].extra = -1;
xsprite[nXSprite].reference = -1;
}
unsigned short dbInsertXWall(int nWall)
{
int nXWall = nextXWall[0];
nextXWall[0] = nextXWall[nXWall];
if (nXWall == 0)
{
ThrowError("Out of free XWalls");
}
memset(&xwall[nXWall], 0, sizeof(XWALL));
xwall[nXWall].reference = nWall;
wall[nWall].extra = nXWall;
return nXWall;
}
void dbDeleteXWall(int nXWall)
{
dassert(xwall[nXWall].reference >= 0);
InsertFree(nextXWall, nXWall);
wall[xwall[nXWall].reference].extra = -1;
xwall[nXWall].reference = -1;
}
unsigned short dbInsertXSector(int nSector)
{
int nXSector = nextXSector[0];
nextXSector[0] = nextXSector[nXSector];
if (nXSector == 0)
{
ThrowError("Out of free XSectors");
}
memset(&xsector[nXSector], 0, sizeof(XSECTOR));
xsector[nXSector].reference = nSector;
sector[nSector].extra = nXSector;
return nXSector;
}
void dbDeleteXSector(int nXSector)
{
dassert(xsector[nXSector].reference >= 0);
InsertFree(nextXSector, nXSector);
sector[xsector[nXSector].reference].extra = -1;
xsector[nXSector].reference = -1;
}
void dbXSpriteClean(void)
{
for (int i = 0; i < kMaxSprites; i++)
{
int nXSprite = sprite[i].extra;
if (nXSprite == 0)
{
sprite[i].extra = -1;
}
if (sprite[i].statnum < kMaxStatus && nXSprite > 0)
{
dassert(nXSprite < kMaxXSprites);
if (xsprite[nXSprite].reference != i)
{
int nXSprite2 = dbInsertXSprite(i);
memcpy(&xsprite[nXSprite2], &xsprite[nXSprite], sizeof(XSPRITE));
xsprite[nXSprite2].reference = i;
}
}
}
for (int i = 1; i < kMaxXSprites; i++)
{
int nSprite = xsprite[i].reference;
if (nSprite >= 0)
{
dassert(nSprite < kMaxSprites);
if (sprite[nSprite].statnum >= kMaxStatus || sprite[nSprite].extra != i)
{
InsertFree(nextXSprite, i);
xsprite[i].reference = -1;
}
}
}
}
void dbXWallClean(void)
{
for (int i = 0; i < numwalls; i++)
{
int nXWall = wall[i].extra;
if (nXWall == 0)
{
wall[i].extra = -1;
}
if (nXWall > 0)
{
dassert(nXWall < kMaxXWalls);
if (xwall[nXWall].reference == -1)
{
wall[i].extra = -1;
}
else
{
xwall[nXWall].reference = i;
}
}
}
for (int i = 0; i < numwalls; i++)
{
int nXWall = wall[i].extra;
if (nXWall > 0)
{
dassert(nXWall < kMaxXWalls);
if (xwall[nXWall].reference != i)
{
int nXWall2 = dbInsertXWall(i);
memcpy(&xwall[nXWall2], &xwall[nXWall], sizeof(XWALL));
xwall[nXWall2].reference = i;
}
}
}
for (int i = 1; i < kMaxXWalls; i++)
{
int nWall = xwall[i].reference;
if (nWall >= 0)
{
dassert(nWall < kMaxWalls);
if (nWall >= numwalls || wall[nWall].extra != i)
{
InsertFree(nextXWall, i);
xwall[i].reference = -1;
}
}
}
}
void dbXSectorClean(void)
{
for (int i = 0; i < numsectors; i++)
{
int nXSector = sector[i].extra;
if (nXSector == 0)
{
sector[i].extra = -1;
}
if (nXSector > 0)
{
dassert(nXSector < kMaxXSectors);
if (xsector[nXSector].reference == -1)
{
sector[i].extra = -1;
}
else
{
xsector[nXSector].reference = i;
}
}
}
for (int i = 0; i < numsectors; i++)
{
int nXSector = sector[i].extra;
if (nXSector > 0)
{
dassert(nXSector < kMaxXSectors);
if (xsector[nXSector].reference != i)
{
int nXSector2 = dbInsertXSector(i);
memcpy(&xsector[nXSector2], &xsector[nXSector], sizeof(XSECTOR));
xsector[nXSector2].reference = i;
}
}
}
for (int i = 1; i < kMaxXSectors; i++)
{
int nSector = xsector[i].reference;
if (nSector >= 0)
{
dassert(nSector < kMaxSectors);
if (nSector >= numsectors || sector[nSector].extra != i)
{
InsertFree(nextXSector, i);
xsector[i].reference = -1;
}
}
}
}
void dbInit(void)
{
InitFreeList(nextXSprite, kMaxXSprites);
for (int i = 1; i < kMaxXSprites; i++)
{
xsprite[i].reference = -1;
}
InitFreeList(nextXWall, kMaxXWalls);
for (int i = 1; i < kMaxXWalls; i++)
{
xwall[i].reference = -1;
}
InitFreeList(nextXSector, kMaxXSectors);
for (int i = 1; i < kMaxXSectors; i++)
{
xsector[i].reference = -1;
}
initspritelists();
for (int i = 0; i < kMaxSprites; i++)
{
sprite[i].cstat = 128;
}
}
void PropagateMarkerReferences(void)
{
int nSprite, nNextSprite;
for (nSprite = headspritestat[10]; nSprite != -1; nSprite = nNextSprite)
{
nNextSprite = nextspritestat[nSprite];
switch (sprite[nSprite].type)
{
case 8:
{
int nOwner = sprite[nSprite].owner;
if (nOwner >= 0 && nOwner < numsectors)
{
int nXSector = sector[nOwner].extra;
if (nXSector > 0 && nXSector < kMaxXSectors)
{
xsector[nXSector].at2c_0 = nSprite;
continue;
}
}
break;
}
case 3:
{
int nOwner = sprite[nSprite].owner;
if (nOwner >= 0 && nOwner < numsectors)
{
int nXSector = sector[nOwner].extra;
if (nXSector > 0 && nXSector < kMaxXSectors)
{
xsector[nXSector].at2c_0 = nSprite;
continue;
}
}
break;
}
case 4:
{
int nOwner = sprite[nSprite].owner;
if (nOwner >= 0 && nOwner < numsectors)
{
int nXSector = sector[nOwner].extra;
if (nXSector > 0 && nXSector < kMaxXSectors)
{
xsector[nXSector].at2e_0 = nSprite;
continue;
}
}
break;
}
case 5:
{
int nOwner = sprite[nSprite].owner;
if (nOwner >= 0 && nOwner < numsectors)
{
int nXSector = sector[nOwner].extra;
if (nXSector > 0 && nXSector < kMaxXSectors)
{
xsector[nXSector].at2c_0 = nSprite;
continue;
}
}
break;
}
}
DeleteSprite(nSprite);
}
}
bool byte_1A76C6, byte_1A76C7, byte_1A76C8;
MAPHEADER2 byte_19AE44;
unsigned int dbReadMapCRC(const char *pPath)
{
byte_1A76C7 = 0;
byte_1A76C8 = 0;
DICTNODE *pNode = gSysRes.Lookup(pPath, "MAP");
if (!pNode)
{
ThrowError("Error opening map file %s", pPath);
}
char *pData = (char*)gSysRes.Lock(pNode);
int nSize = pNode->size;
MAPSIGNATURE header;
IOBuffer(nSize, pData).Read(&header, 6);
#if B_BIG_ENDIAN == 1
header.version = B_LITTLE16(header.version);
#endif
if (memcmp(header.signature, "BLM\x1a", 4))
{
ThrowError("Map file corrupted");
}
if ((header.version & 0xff00) == 0x600)
{
}
else if ((header.version & 0xff00) == 0x700)
{
byte_1A76C8 = 1;
}
else
{
ThrowError("Map file is wrong version");
}
unsigned int nCRC = *(unsigned int*)(pData+nSize-4);
gSysRes.Unlock(pNode);
return nCRC;
}
int gMapRev, gSongId, gSkyCount;
//char byte_19AE44[128];
const int nXSectorSize = 60;
const int nXSpriteSize = 56;
const int nXWallSize = 24;
int dbLoadMap(const char *pPath, int *pX, int *pY, int *pZ, short *pAngle, short *pSector, unsigned int *pCRC)
{
int16_t tpskyoff[256];
memset(show2dsector, 0, sizeof(show2dsector));
memset(show2dwall, 0, sizeof(show2dwall));
memset(show2dsprite, 0, sizeof(show2dsprite));
#ifdef USE_OPENGL
Polymost_prepare_loadboard();
#endif
int const bakpathsearchmode = pathsearchmode;
pathsearchmode = 1;
{
char name2[BMAX_PATH];
Bstrncpy(name2, pPath, BMAX_PATH);
Bstrupr(name2);
DICTNODE* pNode = *gSysRes.Probe(name2, "MAP");
if (pNode && pNode->flags & DICT_EXTERNAL)
{
gSysRes.RemoveNode(pNode);
}
}
DICTNODE *pNode = gSysRes.Lookup(pPath, "MAP");
if (!pNode)
{
char name2[BMAX_PATH];
Bstrncpy(name2, pPath, BMAX_PATH);
ChangeExtension(name2, "");
pNode = gSysRes.Lookup(name2, "MAP");
}
pathsearchmode = bakpathsearchmode;
if (!pNode)
{
initprintf("Error opening map file %s", pPath);
return -1;
}
char *pData = (char*)gSysRes.Lock(pNode);
int nSize = pNode->size;
MAPSIGNATURE header;
IOBuffer IOBuffer1 = IOBuffer(nSize, pData);
IOBuffer1.Read(&header, 6);
#if B_BIG_ENDIAN == 1
header.version = B_LITTLE16(header.version);
#endif
if (memcmp(header.signature, "BLM\x1a", 4))
{
initprintf("Map file corrupted");
gSysRes.Unlock(pNode);
return -1;
}
byte_1A76C8 = 0;
if ((header.version & 0xff00) == 0x600)
{
}
else if ((header.version & 0xff00) == 0x700)
{
byte_1A76C8 = 1;
}
else
{
initprintf("Map file is wrong version");
gSysRes.Unlock(pNode);
return -1;
}
MAPHEADER mapHeader;
IOBuffer1.Read(&mapHeader,37/* sizeof(mapHeader)*/);
if (mapHeader.at16 != 0 && mapHeader.at16 != 0x7474614d && mapHeader.at16 != 0x4d617474)
{
dbCrypt((char*)&mapHeader, sizeof(mapHeader), 0x7474614d);
byte_1A76C7 = 1;
}
#if B_BIG_ENDIAN == 1
mapHeader.at0 = B_LITTLE32(mapHeader.at0);
mapHeader.at4 = B_LITTLE32(mapHeader.at4);
mapHeader.at8 = B_LITTLE32(mapHeader.at8);
mapHeader.atc = B_LITTLE16(mapHeader.atc);
mapHeader.ate = B_LITTLE16(mapHeader.ate);
mapHeader.at10 = B_LITTLE16(mapHeader.at10);
mapHeader.at12 = B_LITTLE32(mapHeader.at12);
mapHeader.at16 = B_LITTLE32(mapHeader.at16);
mapHeader.at1b = B_LITTLE32(mapHeader.at1b);
mapHeader.at1f = B_LITTLE16(mapHeader.at1f);
mapHeader.at21 = B_LITTLE16(mapHeader.at21);
mapHeader.at23 = B_LITTLE16(mapHeader.at23);
#endif
psky_t *pSky = tileSetupSky(0);
pSky->horizfrac = 65536;
*pX = mapHeader.at0;
*pY = mapHeader.at4;
*pZ = mapHeader.at8;
*pAngle = mapHeader.atc;
*pSector = mapHeader.ate;
pSky->lognumtiles = mapHeader.at10;
gVisibility = g_visibility = mapHeader.at12;
gSongId = mapHeader.at16;
if (byte_1A76C8)
{
if (mapHeader.at16 == 0x7474614d || mapHeader.at16 == 0x4d617474)
{
byte_1A76C6 = 1;
}
else if (!mapHeader.at16)
{
byte_1A76C6 = 0;
}
else
{
initprintf("Corrupted Map file");
gSysRes.Unlock(pNode);
return -1;
}
}
else if (mapHeader.at16)
{
initprintf("Corrupted Map file");
gSysRes.Unlock(pNode);
return -1;
}
parallaxtype = mapHeader.at1a;
gMapRev = mapHeader.at1b;
numsectors = mapHeader.at1f;
numwalls = mapHeader.at21;
dbInit();
if (byte_1A76C8)
{
IOBuffer1.Read(&byte_19AE44, 128);
dbCrypt((char*)&byte_19AE44, 128, numwalls);
#if B_BIG_ENDIAN == 1
byte_19AE44.at40 = B_LITTLE32(byte_19AE44.at40);
byte_19AE44.at44 = B_LITTLE32(byte_19AE44.at44);
byte_19AE44.at48 = B_LITTLE32(byte_19AE44.at48);
#endif
}
else
{
memset(&byte_19AE44, 0, 128);
}
gSkyCount = 1<<pSky->lognumtiles;
IOBuffer1.Read(tpskyoff, gSkyCount*sizeof(tpskyoff[0]));
if (byte_1A76C8)
{
dbCrypt((char*)tpskyoff, gSkyCount*sizeof(tpskyoff[0]), gSkyCount*2);
}
for (int i = 0; i < ClipHigh(gSkyCount, MAXPSKYTILES); i++)
{
pSky->tileofs[i] = B_LITTLE16(tpskyoff[i]);
}
for (int i = 0; i < numsectors; i++)
{
sectortype *pSector = &sector[i];
IOBuffer1.Read(pSector, sizeof(sectortype));
if (byte_1A76C8)
{
dbCrypt((char*)pSector, sizeof(sectortype), gMapRev*sizeof(sectortype));
}
#if B_BIG_ENDIAN == 1
pSector->wallptr = B_LITTLE16(pSector->wallptr);
pSector->wallnum = B_LITTLE16(pSector->wallnum);
pSector->ceilingz = B_LITTLE32(pSector->ceilingz);
pSector->floorz = B_LITTLE32(pSector->floorz);
pSector->ceilingstat = B_LITTLE16(pSector->ceilingstat);
pSector->floorstat = B_LITTLE16(pSector->floorstat);
pSector->ceilingpicnum = B_LITTLE16(pSector->ceilingpicnum);
pSector->ceilingheinum = B_LITTLE16(pSector->ceilingheinum);
pSector->floorpicnum = B_LITTLE16(pSector->floorpicnum);
pSector->floorheinum = B_LITTLE16(pSector->floorheinum);
pSector->lotag = B_LITTLE16(pSector->lotag);
pSector->hitag = B_LITTLE16(pSector->hitag);
pSector->extra = B_LITTLE16(pSector->extra);
#endif
qsector_filler[i] = pSector->fogpal;
pSector->fogpal = 0;
if (sector[i].extra > 0)
{
char pBuffer[nXSectorSize];
int nXSector = dbInsertXSector(i);
XSECTOR *pXSector = &xsector[nXSector];
memset(pXSector, 0, sizeof(XSECTOR));
int nCount;
if (!byte_1A76C8)
{
nCount = nXSectorSize;
}
else
{
nCount = byte_19AE44.at48;
}
dassert(nCount <= nXSectorSize);
IOBuffer1.Read(pBuffer, nCount);
BitReader bitReader(pBuffer, nCount);
pXSector->reference = bitReader.readSigned(14);
pXSector->state = bitReader.readUnsigned(1);
pXSector->busy = bitReader.readUnsigned(17);
pXSector->data = bitReader.readUnsigned(16);
pXSector->txID = bitReader.readUnsigned(10);
pXSector->at7_2 = bitReader.readUnsigned(3);
pXSector->at7_5 = bitReader.readUnsigned(3);
pXSector->rxID = bitReader.readUnsigned(10);
pXSector->command = bitReader.readUnsigned(8);
pXSector->triggerOn = bitReader.readUnsigned(1);
pXSector->triggerOff = bitReader.readUnsigned(1);
pXSector->busyTimeA = bitReader.readUnsigned(12);
pXSector->waitTimeA = bitReader.readUnsigned(12);
pXSector->atd_4 = bitReader.readUnsigned(1);
pXSector->interruptable = bitReader.readUnsigned(1);
pXSector->amplitude = bitReader.readSigned(8);
pXSector->freq = bitReader.readUnsigned(8);
pXSector->atf_6 = bitReader.readUnsigned(1);
pXSector->atf_7 = bitReader.readUnsigned(1);
pXSector->phase = bitReader.readUnsigned(8);
pXSector->wave = bitReader.readUnsigned(4);
pXSector->shadeAlways = bitReader.readUnsigned(1);
pXSector->shadeFloor = bitReader.readUnsigned(1);
pXSector->shadeCeiling = bitReader.readUnsigned(1);
pXSector->shadeWalls = bitReader.readUnsigned(1);
pXSector->shade = bitReader.readSigned(8);
pXSector->panAlways = bitReader.readUnsigned(1);
pXSector->panFloor = bitReader.readUnsigned(1);
pXSector->panCeiling = bitReader.readUnsigned(1);
pXSector->Drag = bitReader.readUnsigned(1);
pXSector->Underwater = bitReader.readUnsigned(1);
pXSector->Depth = bitReader.readUnsigned(3);
pXSector->panVel = bitReader.readUnsigned(8);
pXSector->panAngle = bitReader.readUnsigned(11);
pXSector->at16_3 = bitReader.readUnsigned(1);
pXSector->decoupled = bitReader.readUnsigned(1);
pXSector->triggerOnce = bitReader.readUnsigned(1);
pXSector->at16_6 = bitReader.readUnsigned(1);
pXSector->Key = bitReader.readUnsigned(3);
pXSector->Push = bitReader.readUnsigned(1);
pXSector->Vector = bitReader.readUnsigned(1);
pXSector->Reserved = bitReader.readUnsigned(1);
pXSector->Enter = bitReader.readUnsigned(1);
pXSector->Exit = bitReader.readUnsigned(1);
pXSector->Wallpush = bitReader.readUnsigned(1);
pXSector->color = bitReader.readUnsigned(1);
pXSector->at18_1 = bitReader.readUnsigned(1);
pXSector->busyTimeB = bitReader.readUnsigned(12);
pXSector->waitTimeB = bitReader.readUnsigned(12);
pXSector->at1b_2 = bitReader.readUnsigned(1);
pXSector->at1b_3 = bitReader.readUnsigned(1);
pXSector->ceilpal = bitReader.readUnsigned(4);
pXSector->at1c_0 = bitReader.readSigned(32);
pXSector->at20_0 = bitReader.readSigned(32);
pXSector->at24_0 = bitReader.readSigned(32);
pXSector->at28_0 = bitReader.readSigned(32);
pXSector->at2c_0 = bitReader.readUnsigned(16);
pXSector->at2e_0 = bitReader.readUnsigned(16);
pXSector->Crush = bitReader.readUnsigned(1);
pXSector->at30_1 = bitReader.readUnsigned(8);
pXSector->at31_1 = bitReader.readUnsigned(8);
pXSector->at32_1 = bitReader.readUnsigned(8);
pXSector->damageType = bitReader.readUnsigned(3);
pXSector->floorpal = bitReader.readUnsigned(4);
pXSector->at34_0 = bitReader.readUnsigned(8);
pXSector->locked = bitReader.readUnsigned(1);
pXSector->windVel = bitReader.readUnsigned(10);
pXSector->windAng = bitReader.readUnsigned(11);
pXSector->windAlways = bitReader.readUnsigned(1);
pXSector->at37_7 = bitReader.readUnsigned(1);
pXSector->bobTheta = bitReader.readUnsigned(11);
pXSector->bobZRange = bitReader.readUnsigned(5);
pXSector->bobSpeed = bitReader.readSigned(12);
pXSector->bobAlways = bitReader.readUnsigned(1);
pXSector->bobFloor = bitReader.readUnsigned(1);
pXSector->bobCeiling = bitReader.readUnsigned(1);
pXSector->bobRotate = bitReader.readUnsigned(1);
xsector[sector[i].extra].reference = i;
xsector[sector[i].extra].busy = xsector[sector[i].extra].state<<16;
}
}
for (int i = 0; i < numwalls; i++)
{
walltype *pWall = &wall[i];
IOBuffer1.Read(pWall, sizeof(walltype));
if (byte_1A76C8)
{
dbCrypt((char*)pWall, sizeof(walltype), (gMapRev*sizeof(sectortype)) | 0x7474614d);
}
#if B_BIG_ENDIAN == 1
pWall->x = B_LITTLE32(pWall->x);
pWall->y = B_LITTLE32(pWall->y);
pWall->point2 = B_LITTLE16(pWall->point2);
pWall->nextwall = B_LITTLE16(pWall->nextwall);
pWall->nextsector = B_LITTLE16(pWall->nextsector);
pWall->cstat = B_LITTLE16(pWall->cstat);
pWall->picnum = B_LITTLE16(pWall->picnum);
pWall->overpicnum = B_LITTLE16(pWall->overpicnum);
pWall->lotag = B_LITTLE16(pWall->lotag);
pWall->hitag = B_LITTLE16(pWall->hitag);
pWall->extra = B_LITTLE16(pWall->extra);
#endif
if (wall[i].extra > 0)
{
char pBuffer[nXWallSize];
int nXWall = dbInsertXWall(i);
XWALL *pXWall = &xwall[nXWall];
memset(pXWall, 0, sizeof(XWALL));
int nCount;
if (!byte_1A76C8)
{
nCount = nXWallSize;
}
else
{
nCount = byte_19AE44.at44;
}
dassert(nCount <= nXWallSize);
IOBuffer1.Read(pBuffer, nCount);
BitReader bitReader(pBuffer, nCount);
pXWall->reference = bitReader.readSigned(14);
pXWall->state = bitReader.readUnsigned(1);
pXWall->busy = bitReader.readUnsigned(17);
pXWall->data = bitReader.readSigned(16);
pXWall->txID = bitReader.readUnsigned(10);
pXWall->at7_2 = bitReader.readUnsigned(6);
pXWall->rxID = bitReader.readUnsigned(10);
pXWall->command = bitReader.readUnsigned(8);
pXWall->triggerOn = bitReader.readUnsigned(1);
pXWall->triggerOff = bitReader.readUnsigned(1);
pXWall->busyTime = bitReader.readUnsigned(12);
pXWall->waitTime = bitReader.readUnsigned(12);
pXWall->restState = bitReader.readUnsigned(1);
pXWall->interruptable = bitReader.readUnsigned(1);
pXWall->panAlways = bitReader.readUnsigned(1);
pXWall->panXVel = bitReader.readSigned(8);
pXWall->panYVel = bitReader.readSigned(8);
pXWall->decoupled = bitReader.readUnsigned(1);
pXWall->triggerOnce = bitReader.readUnsigned(1);
pXWall->isTriggered = bitReader.readUnsigned(1);
pXWall->key = bitReader.readUnsigned(3);
pXWall->triggerPush = bitReader.readUnsigned(1);
pXWall->triggerVector = bitReader.readUnsigned(1);
pXWall->triggerTouch = bitReader.readUnsigned(1);
pXWall->at11_0 = bitReader.readUnsigned(2);
pXWall->xpanFrac = bitReader.readUnsigned(8);
pXWall->ypanFrac = bitReader.readUnsigned(8);
pXWall->locked = bitReader.readUnsigned(1);
pXWall->dudeLockout = bitReader.readUnsigned(1);
pXWall->at13_4 = bitReader.readUnsigned(4);
pXWall->at14_0 = bitReader.readUnsigned(32);
xwall[wall[i].extra].reference = i;
xwall[wall[i].extra].busy = xwall[wall[i].extra].state << 16;
}
}
initspritelists();
for (int i = 0; i < mapHeader.at23; i++)
{
RemoveSpriteStat(i);
spritetype *pSprite = &sprite[i];
IOBuffer1.Read(pSprite, sizeof(spritetype));
if (byte_1A76C8)
{
dbCrypt((char*)pSprite, sizeof(spritetype), (gMapRev*sizeof(spritetype)) | 0x7474614d);
}
#if B_BIG_ENDIAN == 1
pSprite->x = B_LITTLE32(pSprite->x);
pSprite->y = B_LITTLE32(pSprite->y);
pSprite->z = B_LITTLE32(pSprite->z);
pSprite->cstat = B_LITTLE16(pSprite->cstat);
pSprite->picnum = B_LITTLE16(pSprite->picnum);
pSprite->sectnum = B_LITTLE16(pSprite->sectnum);
pSprite->statnum = B_LITTLE16(pSprite->statnum);
pSprite->ang = B_LITTLE16(pSprite->ang);
pSprite->owner = B_LITTLE16(pSprite->owner);
pSprite->xvel = B_LITTLE16(pSprite->xvel);
pSprite->yvel = B_LITTLE16(pSprite->yvel);
pSprite->zvel = B_LITTLE16(pSprite->zvel);
pSprite->lotag = B_LITTLE16(pSprite->lotag);
pSprite->hitag = B_LITTLE16(pSprite->hitag);
pSprite->extra = B_LITTLE16(pSprite->extra);
#endif
InsertSpriteSect(i, sprite[i].sectnum);
InsertSpriteStat(i, sprite[i].statnum);
Numsprites++;
sprite[i].index = i;
qsprite_filler[i] = pSprite->blend;
pSprite->blend = 0;
if (sprite[i].extra > 0)
{
char pBuffer[nXSpriteSize];
int nXSprite = dbInsertXSprite(i);
XSPRITE *pXSprite = &xsprite[nXSprite];
memset(pXSprite, 0, sizeof(XSPRITE));
int nCount;
if (!byte_1A76C8)
{
nCount = nXSpriteSize;
}
else
{
nCount = byte_19AE44.at40;
}
dassert(nCount <= nXSpriteSize);
IOBuffer1.Read(pBuffer, nCount);
BitReader bitReader(pBuffer, nCount);
pXSprite->reference = bitReader.readSigned(14);
pXSprite->state = bitReader.readUnsigned(1);
pXSprite->busy = bitReader.readUnsigned(17);
pXSprite->txID = bitReader.readUnsigned(10);
pXSprite->rxID = bitReader.readUnsigned(10);
pXSprite->command = bitReader.readUnsigned(8);
pXSprite->triggerOn = bitReader.readUnsigned(1);
pXSprite->triggerOff = bitReader.readUnsigned(1);
pXSprite->wave = bitReader.readUnsigned(2);
pXSprite->busyTime = bitReader.readUnsigned(12);
pXSprite->waitTime = bitReader.readUnsigned(12);
pXSprite->restState = bitReader.readUnsigned(1);
pXSprite->Interrutable = bitReader.readUnsigned(1);
pXSprite->atb_2 = bitReader.readUnsigned(2);
pXSprite->respawnPending = bitReader.readUnsigned(2);
pXSprite->atb_6 = bitReader.readUnsigned(1);
pXSprite->lT = bitReader.readUnsigned(1);
pXSprite->dropMsg = bitReader.readUnsigned(8);
pXSprite->Decoupled = bitReader.readUnsigned(1);
pXSprite->triggerOnce = bitReader.readUnsigned(1);
pXSprite->isTriggered = bitReader.readUnsigned(1);
pXSprite->key = bitReader.readUnsigned(3);
pXSprite->Push = bitReader.readUnsigned(1);
pXSprite->Vector = bitReader.readUnsigned(1);
pXSprite->Impact = bitReader.readUnsigned(1);
pXSprite->Pickup = bitReader.readUnsigned(1);
pXSprite->Touch = bitReader.readUnsigned(1);
pXSprite->Sight = bitReader.readUnsigned(1);
pXSprite->Proximity = bitReader.readUnsigned(1);
pXSprite->ate_5 = bitReader.readUnsigned(2);
pXSprite->lSkill = bitReader.readUnsigned(5);
pXSprite->lS = bitReader.readUnsigned(1);
pXSprite->lB = bitReader.readUnsigned(1);
pXSprite->lC = bitReader.readUnsigned(1);
pXSprite->DudeLockout = bitReader.readUnsigned(1);
pXSprite->data1 = bitReader.readSigned(16);
pXSprite->data2 = bitReader.readSigned(16);
pXSprite->data3 = bitReader.readSigned(16);
pXSprite->goalAng = bitReader.readUnsigned(11);
pXSprite->dodgeDir = bitReader.readSigned(2);
pXSprite->locked = bitReader.readUnsigned(1);
pXSprite->medium = bitReader.readUnsigned(2);
pXSprite->respawn = bitReader.readUnsigned(2);
pXSprite->data4 = bitReader.readUnsigned(16);
pXSprite->at1a_2 = bitReader.readUnsigned(6);
pXSprite->lockMsg = bitReader.readUnsigned(8);
pXSprite->health = bitReader.readUnsigned(12);
pXSprite->dudeDeaf = bitReader.readUnsigned(1);
pXSprite->dudeAmbush = bitReader.readUnsigned(1);
pXSprite->dudeGuard = bitReader.readUnsigned(1);
pXSprite->dudeFlag4 = bitReader.readUnsigned(1);
pXSprite->target = bitReader.readSigned(16);
pXSprite->targetX = bitReader.readSigned(32);
pXSprite->targetY = bitReader.readSigned(32);
pXSprite->targetZ = bitReader.readSigned(32);
pXSprite->burnTime = bitReader.readUnsigned(16);
pXSprite->burnSource = bitReader.readSigned(16);
pXSprite->height = bitReader.readUnsigned(16);
pXSprite->stateTimer = bitReader.readUnsigned(16);
pXSprite->aiState = NULL;
bitReader.skipBits(32);
xsprite[sprite[i].extra].reference = i;
xsprite[sprite[i].extra].busy = xsprite[sprite[i].extra].state << 16;
if (!byte_1A76C8)
{
xsprite[sprite[i].extra].lT |= xsprite[sprite[i].extra].lB;
}
}
if ((sprite[i].cstat & 0x30) == 0x30)
{
sprite[i].cstat &= ~0x30;
}
}
unsigned int nCRC;
IOBuffer1.Read(&nCRC, 4);
#if B_BIG_ENDIAN == 1
nCRC = B_LITTLE32(nCRC);
#endif
if (Bcrc32(pData, nSize-4, 0) != nCRC)
{
initprintf("Map File does not match CRC");
gSysRes.Unlock(pNode);
return -1;
}
if (pCRC)
*pCRC = nCRC;
gSysRes.Unlock(pNode);
PropagateMarkerReferences();
if (byte_1A76C8)
{
if (gSongId == 0x7474614d || gSongId == 0x4d617474)
{
byte_1A76C6 = 1;
}
else if (!gSongId)
{
byte_1A76C6 = 0;
}
else
{
initprintf("Corrupted Map file");
gSysRes.Unlock(pNode);
return -1;
}
}
else if (gSongId != 0)
{
initprintf("Corrupted Map file");
gSysRes.Unlock(pNode);
return -1;
}
#ifdef POLYMER
if (videoGetRenderMode() == REND_POLYMER)
polymer_loadboard();
#endif
if ((header.version & 0xff00) == 0x600)
{
switch (header.version&0xff)
{
case 0:
for (int i = 0; i < numsectors; i++)
{
sectortype *pSector = &sector[i];
if (pSector->extra > 0)
{
XSECTOR *pXSector = &xsector[pSector->extra];
pXSector->busyTimeB = pXSector->busyTimeA;
if (pXSector->busyTimeA > 0)
{
if (!pXSector->atd_4)
{
pXSector->atf_6 = 1;
}
else
{
pXSector->waitTimeB = pXSector->busyTimeA;
pXSector->waitTimeA = 0;
pXSector->atf_7 = 1;
}
}
}
}
fallthrough__;
case 1:
for (int i = 0; i < numsectors; i++)
{
sectortype *pSector = &sector[i];
if (pSector->extra > 0)
{
XSECTOR *pXSector = &xsector[pSector->extra];
pXSector->freq >>= 1;
}
}
fallthrough__;
case 2:
for (int i = 0; i < kMaxSprites; i++)
{
}
break;
}
}
#ifdef YAX_ENABLE
// NUKE-TODO: Should be updated for new map format only
yax_update(0);
#endif
g_loadedMapVersion = 7;
return 0;
}
int dbSaveMap(const char *pPath, int nX, int nY, int nZ, short nAngle, short nSector)
{
char sMapExt[BMAX_PATH];
int16_t tpskyoff[256];
int nSpriteNum;
psky_t *pSky = tileSetupSky(0);
gSkyCount = 1<<pSky->lognumtiles;
gMapRev++;
nSpriteNum = 0;
strcpy(sMapExt, pPath);
ChangeExtension(sMapExt, ".MAP");
int nSize = sizeof(MAPSIGNATURE)+sizeof(MAPHEADER);
if (byte_1A76C8)
{
nSize += sizeof(MAPHEADER2);
}
for (int i = 0; i < gSkyCount; i++)
tpskyoff[i] = pSky->tileofs[i];
nSize += gSkyCount*sizeof(tpskyoff[0]);
nSize += sizeof(sectortype)*numsectors;
for (int i = 0; i < numsectors; i++)
{
if (sector[i].extra > 0)
{
nSize += nXSectorSize;
}
}
nSize += sizeof(walltype)*numwalls;
for (int i = 0; i < numwalls; i++)
{
if (wall[i].extra > 0)
{
nSize += nXWallSize;
}
}
for (int i = 0; i < kMaxSprites; i++)
{
if (sprite[i].statnum < kMaxStatus)
{
nSpriteNum++;
if (sprite[i].extra > 0)
{
nSize += nXSpriteSize;
}
}
}
nSize += sizeof(spritetype)*nSpriteNum;
nSize += 4;
char *pData = (char*)Xmalloc(nSize);
IOBuffer IOBuffer1 = IOBuffer(nSize, pData);
MAPSIGNATURE header;
memcpy(&header, "BLM\x1a", 4);
if (byte_1A76C8)
{
header.version = 0x700;
byte_1A76C7 = 1;
}
else
{
header.version = 0x603;
byte_1A76C7 = 0;
}
IOBuffer1.Write(&header, sizeof(header));
MAPHEADER mapheader;
mapheader.at0 = B_LITTLE32(nX);
mapheader.at4 = B_LITTLE32(nY);
mapheader.at8 = B_LITTLE32(nZ);
mapheader.atc = B_LITTLE16(nAngle);
mapheader.ate = B_LITTLE16(nSector);
mapheader.at10 = B_LITTLE16(pSky->lognumtiles);
mapheader.at12 = B_LITTLE32(gVisibility);
if (byte_1A76C6)
{
gSongId = 0x7474614d;
}
else
{
gSongId = 0;
}
mapheader.at16 = B_LITTLE32(gSongId);
mapheader.at1a = parallaxtype;
mapheader.at1b = gMapRev;
mapheader.at1f = B_LITTLE16(numsectors);
mapheader.at21 = B_LITTLE16(numwalls);
mapheader.at23 = B_LITTLE16(nSpriteNum);
if (byte_1A76C7)
{
dbCrypt((char*)&mapheader, sizeof(MAPHEADER), 'ttaM');
}
IOBuffer1.Write(&mapheader, sizeof(MAPHEADER));
if (byte_1A76C8)
{
byte_19AE44.at48 = nXSectorSize;
byte_19AE44.at44 = nXWallSize;
byte_19AE44.at40 = nXSpriteSize;
dbCrypt((char*)&byte_19AE44, sizeof(MAPHEADER2), numwalls);
IOBuffer1.Write(&byte_19AE44, sizeof(MAPHEADER2));
dbCrypt((char*)&byte_19AE44, sizeof(MAPHEADER2), numwalls);
}
if (byte_1A76C8)
{
dbCrypt((char*)tpskyoff, gSkyCount*sizeof(tpskyoff[0]), gSkyCount*sizeof(tpskyoff[0]));
}
IOBuffer1.Write(tpskyoff, gSkyCount*sizeof(tpskyoff[0]));
if (byte_1A76C8)
{
dbCrypt((char*)tpskyoff, gSkyCount*sizeof(tpskyoff[0]), gSkyCount*sizeof(tpskyoff[0]));
}
for (int i = 0; i < numsectors; i++)
{
if (byte_1A76C8)
{
dbCrypt((char*)&sector[i], sizeof(sectortype), gMapRev*sizeof(sectortype));
}
IOBuffer1.Write(&sector[i], sizeof(sectortype));
if (byte_1A76C8)
{
dbCrypt((char*)&sector[i], sizeof(sectortype), gMapRev*sizeof(sectortype));
}
if (sector[i].extra > 0)
{
char pBuffer[nXSectorSize];
BitWriter bitWriter(pBuffer, nXSectorSize);
XSECTOR* pXSector = &xsector[sector[i].extra];
bitWriter.write(pXSector->reference, 14);
bitWriter.write(pXSector->state, 1);
bitWriter.write(pXSector->busy, 17);
bitWriter.write(pXSector->data, 16);
bitWriter.write(pXSector->txID, 10);
bitWriter.write(pXSector->at7_2, 3);
bitWriter.write(pXSector->at7_5, 3);
bitWriter.write(pXSector->rxID, 10);
bitWriter.write(pXSector->command, 8);
bitWriter.write(pXSector->triggerOn, 1);
bitWriter.write(pXSector->triggerOff, 1);
bitWriter.write(pXSector->busyTimeA, 12);
bitWriter.write(pXSector->waitTimeA, 12);
bitWriter.write(pXSector->atd_4, 1);
bitWriter.write(pXSector->interruptable, 1);
bitWriter.write(pXSector->amplitude, 8);
bitWriter.write(pXSector->freq, 8);
bitWriter.write(pXSector->atf_6, 1);
bitWriter.write(pXSector->atf_7, 1);
bitWriter.write(pXSector->phase, 8);
bitWriter.write(pXSector->wave, 4);
bitWriter.write(pXSector->shadeAlways, 1);
bitWriter.write(pXSector->shadeFloor, 1);
bitWriter.write(pXSector->shadeCeiling, 1);
bitWriter.write(pXSector->shadeWalls, 1);
bitWriter.write(pXSector->shade, 8);
bitWriter.write(pXSector->panAlways, 1);
bitWriter.write(pXSector->panFloor, 1);
bitWriter.write(pXSector->panCeiling, 1);
bitWriter.write(pXSector->Drag, 1);
bitWriter.write(pXSector->Underwater, 1);
bitWriter.write(pXSector->Depth, 3);
bitWriter.write(pXSector->panVel, 8);
bitWriter.write(pXSector->panAngle, 11);
bitWriter.write(pXSector->at16_3, 1);
bitWriter.write(pXSector->decoupled, 1);
bitWriter.write(pXSector->triggerOnce, 1);
bitWriter.write(pXSector->at16_6, 1);
bitWriter.write(pXSector->Key, 3);
bitWriter.write(pXSector->Push, 1);
bitWriter.write(pXSector->Vector, 1);
bitWriter.write(pXSector->Reserved, 1);
bitWriter.write(pXSector->Enter, 1);
bitWriter.write(pXSector->Exit, 1);
bitWriter.write(pXSector->Wallpush, 1);
bitWriter.write(pXSector->color, 1);
bitWriter.write(pXSector->at18_1, 1);
bitWriter.write(pXSector->busyTimeB, 12);
bitWriter.write(pXSector->waitTimeB, 12);
bitWriter.write(pXSector->at1b_2, 1);
bitWriter.write(pXSector->at1b_3, 1);
bitWriter.write(pXSector->ceilpal, 4);
bitWriter.write(pXSector->at1c_0, 32);
bitWriter.write(pXSector->at20_0, 32);
bitWriter.write(pXSector->at24_0, 32);
bitWriter.write(pXSector->at28_0, 32);
bitWriter.write(pXSector->at2c_0, 16);
bitWriter.write(pXSector->at2e_0, 16);
bitWriter.write(pXSector->Crush, 1);
bitWriter.write(pXSector->at30_1, 8);
bitWriter.write(pXSector->at31_1, 8);
bitWriter.write(pXSector->at32_1, 8);
bitWriter.write(pXSector->damageType, 3);
bitWriter.write(pXSector->floorpal, 4);
bitWriter.write(pXSector->at34_0, 8);
bitWriter.write(pXSector->locked, 1);
bitWriter.write(pXSector->windVel, 10);
bitWriter.write(pXSector->windAng, 11);
bitWriter.write(pXSector->windAlways, 1);
bitWriter.write(pXSector->at37_7, 1);
bitWriter.write(pXSector->bobTheta, 11);
bitWriter.write(pXSector->bobZRange, 5);
bitWriter.write(pXSector->bobSpeed, 12);
bitWriter.write(pXSector->bobAlways, 1);
bitWriter.write(pXSector->bobFloor, 1);
bitWriter.write(pXSector->bobCeiling, 1);
bitWriter.write(pXSector->bobRotate, 1);
IOBuffer1.Write(pBuffer, nXSectorSize);
}
}
for (int i = 0; i < numwalls; i++)
{
if (byte_1A76C8)
{
dbCrypt((char*)&wall[i], sizeof(walltype), gMapRev*sizeof(sectortype) | 0x7474614d);
}
IOBuffer1.Write(&wall[i], sizeof(walltype));
if (byte_1A76C8)
{
dbCrypt((char*)&wall[i], sizeof(walltype), gMapRev*sizeof(sectortype) | 0x7474614d);
}
if (wall[i].extra > 0)
{
char pBuffer[nXWallSize];
BitWriter bitWriter(pBuffer, nXWallSize);
XWALL* pXWall = &xwall[wall[i].extra];
bitWriter.write(pXWall->reference, 14);
bitWriter.write(pXWall->state, 1);
bitWriter.write(pXWall->busy, 17);
bitWriter.write(pXWall->data, 16);
bitWriter.write(pXWall->txID, 10);
bitWriter.write(pXWall->at7_2, 6);
bitWriter.write(pXWall->rxID, 10);
bitWriter.write(pXWall->command, 8);
bitWriter.write(pXWall->triggerOn, 1);
bitWriter.write(pXWall->triggerOff, 1);
bitWriter.write(pXWall->busyTime, 12);
bitWriter.write(pXWall->waitTime, 12);
bitWriter.write(pXWall->restState, 1);
bitWriter.write(pXWall->interruptable, 1);
bitWriter.write(pXWall->panAlways, 1);
bitWriter.write(pXWall->panXVel, 8);
bitWriter.write(pXWall->panYVel, 8);
bitWriter.write(pXWall->decoupled, 1);
bitWriter.write(pXWall->triggerOnce, 1);
bitWriter.write(pXWall->isTriggered, 1);
bitWriter.write(pXWall->key, 3);
bitWriter.write(pXWall->triggerPush, 1);
bitWriter.write(pXWall->triggerVector, 1);
bitWriter.write(pXWall->triggerTouch, 1);
bitWriter.write(pXWall->at11_0, 2);
bitWriter.write(pXWall->xpanFrac, 8);
bitWriter.write(pXWall->ypanFrac, 8);
bitWriter.write(pXWall->locked, 1);
bitWriter.write(pXWall->dudeLockout, 1);
bitWriter.write(pXWall->at13_4, 4);
bitWriter.write(pXWall->at14_0, 32);
IOBuffer1.Write(pBuffer, nXWallSize);
}
}
for (int i = 0; i < kMaxSprites; i++)
{
if (sprite[i].statnum < kMaxStatus)
{
if (byte_1A76C8)
{
dbCrypt((char*)&sprite[i], sizeof(spritetype), gMapRev*sizeof(spritetype) | 'ttaM');
}
IOBuffer1.Write(&sprite[i], sizeof(spritetype));
if (byte_1A76C8)
{
dbCrypt((char*)&sprite[i], sizeof(spritetype), gMapRev*sizeof(spritetype) | 'ttaM');
}
if (sprite[i].extra > 0)
{
char pBuffer[nXSpriteSize];
BitWriter bitWriter(pBuffer, nXSpriteSize);
XSPRITE* pXSprite = &xsprite[sprite[i].extra];
bitWriter.write(pXSprite->reference, 14);
bitWriter.write(pXSprite->state, 1);
bitWriter.write(pXSprite->busy, 17);
bitWriter.write(pXSprite->txID, 10);
bitWriter.write(pXSprite->rxID, 10);
bitWriter.write(pXSprite->command, 8);
bitWriter.write(pXSprite->triggerOn, 1);
bitWriter.write(pXSprite->triggerOff, 1);
bitWriter.write(pXSprite->wave, 2);
bitWriter.write(pXSprite->busyTime, 12);
bitWriter.write(pXSprite->waitTime, 12);
bitWriter.write(pXSprite->restState, 1);
bitWriter.write(pXSprite->Interrutable, 1);
bitWriter.write(pXSprite->atb_2, 2);
bitWriter.write(pXSprite->respawnPending, 2);
bitWriter.write(pXSprite->atb_6, 1);
bitWriter.write(pXSprite->lT, 1);
bitWriter.write(pXSprite->dropMsg, 8);
bitWriter.write(pXSprite->Decoupled, 1);
bitWriter.write(pXSprite->triggerOnce, 1);
bitWriter.write(pXSprite->isTriggered, 1);
bitWriter.write(pXSprite->key, 3);
bitWriter.write(pXSprite->Push, 1);
bitWriter.write(pXSprite->Vector, 1);
bitWriter.write(pXSprite->Impact, 1);
bitWriter.write(pXSprite->Pickup, 1);
bitWriter.write(pXSprite->Touch, 1);
bitWriter.write(pXSprite->Sight, 1);
bitWriter.write(pXSprite->Proximity, 1);
bitWriter.write(pXSprite->ate_5, 2);
bitWriter.write(pXSprite->lSkill, 5);
bitWriter.write(pXSprite->lS, 1);
bitWriter.write(pXSprite->lB, 1);
bitWriter.write(pXSprite->lC, 1);
bitWriter.write(pXSprite->DudeLockout, 1);
bitWriter.write(pXSprite->data1, 16);
bitWriter.write(pXSprite->data2, 16);
bitWriter.write(pXSprite->data3, 16);
bitWriter.write(pXSprite->goalAng, 11);
bitWriter.write(pXSprite->dodgeDir, 2);
bitWriter.write(pXSprite->locked, 1);
bitWriter.write(pXSprite->medium, 2);
bitWriter.write(pXSprite->respawn, 2);
bitWriter.write(pXSprite->data4, 16);
bitWriter.write(pXSprite->at1a_2, 6);
bitWriter.write(pXSprite->lockMsg, 8);
bitWriter.write(pXSprite->health, 12);
bitWriter.write(pXSprite->dudeDeaf, 1);
bitWriter.write(pXSprite->dudeAmbush, 1);
bitWriter.write(pXSprite->dudeGuard, 1);
bitWriter.write(pXSprite->dudeFlag4, 1);
bitWriter.write(pXSprite->target, 16);
bitWriter.write(pXSprite->targetX, 32);
bitWriter.write(pXSprite->targetY, 32);
bitWriter.write(pXSprite->targetZ, 32);
bitWriter.write(pXSprite->burnTime, 16);
bitWriter.write(pXSprite->burnSource, 16);
bitWriter.write(pXSprite->height, 16);
bitWriter.write(pXSprite->stateTimer, 16);
IOBuffer1.Write(pBuffer, nXSpriteSize);
}
}
}
unsigned long nCRC = Bcrc32(pData, nSize-4, 0);
IOBuffer1.Write(&nCRC, 4);
int nHandle = Bopen(sMapExt, BO_BINARY|BO_TRUNC|BO_CREAT|BO_WRONLY, BS_IREAD|BS_IWRITE);
if (nHandle == -1)
{
initprintf("Couldn't open \"%s\" for writing: %s\n", sMapExt, strerror(errno));
Bfree(pData);
return -1;
}
if (Bwrite(nHandle, pData, nSize) != nSize)
{
initprintf("Couldn't write to \"%s\": %s\n", sMapExt, strerror(errno));
Bclose(nHandle);
Bfree(pData);
return -1;
}
Bclose(nHandle);
Bfree(pData);
return 0;
}
int32_t qloadboard(const char* filename, char flags, vec3_t* dapos, int16_t* daang, int16_t* dacursectnum)
{
// NUKE-TODO: implement flags, see mapedit.cpp
return dbLoadMap(filename, &dapos->x, &dapos->y, &dapos->z, (short*)daang, (short*)dacursectnum, NULL);
}
int32_t qsaveboard(const char* filename, const vec3_t* dapos, int16_t daang, int16_t dacursectnum)
{
// NUKE-TODO: see mapedit.cpp
byte_1A76C6 = byte_1A76C8 = byte_1A76C7 = 1;
return dbSaveMap(filename, dapos->x, dapos->y, dapos->z, daang, dacursectnum);
}
END_BLD_NS
Reference in a new issue View git blame Copy permalink