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scummvm/engines/xeen/map.cpp
Paul Gilbert 22456b345f XEEN: Change bool _isDarkCc to int _ccNum 
Originally the flag was whether the party was on the Dark Side,
but as a bool I was having to cast it to an int side/cc number in
more and more places. So now I've converted it to _ccNum, and it
can be used directly as an int
2018-03-17 20:27:42 -04:00

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/* ScummVM - Graphic Adventure Engine
*
* ScummVM is the legal property of its developers, whose names
* are too numerous to list here. Please refer to the COPYRIGHT
* file distributed with this source distribution.
*
* 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*
*/
#include "common/serializer.h"
#include "xeen/map.h"
#include "xeen/interface.h"
#include "xeen/resources.h"
#include "xeen/saves.h"
#include "xeen/screen.h"
#include "xeen/xeen.h"
#include "xeen/dialogs/please_wait.h"
namespace Xeen {
const int MAP_GRID_PRIOR_INDEX[] = { 0, 0, 0, 0, 1, 2, 3, 4, 0 };
const int MAP_GRID_PRIOR_DIRECTION[] = { 0, 1, 2, 3, 1, 2, 3, 0, 0 };
const int MAP_GRID_PRIOR_INDEX2[] = { 0, 0, 0, 0, 2, 3, 4, 1, 0 };
const int MAP_GRID_PRIOR_DIRECTION2[] = { 0, 1, 2, 3, 0, 1, 2, 3, 0 };
MonsterStruct::MonsterStruct() {
_experience = 0;
_hp = 0;
_armorClass = 0;
_speed = 0;
_numberOfAttacks = 0;
_hatesClass = CLASS_KNIGHT;
_strikes = 0;
_dmgPerStrike = 0;
_attackType = DT_PHYSICAL;
_specialAttack = SA_NONE;
_hitChance = 0;
_rangeAttack = 0;
_monsterType = MONSTER_0;
_fireResistence = 0;
_electricityResistence = 0;
_coldResistence = 0;
_poisonResistence = 0;
_energyResistence = 0;
_magicResistence = 0;
_phsyicalResistence = 0;
_field29 = 0;
_gold = 0;
_gems = 0;
_itemDrop = 0;
_flying = 0;
_imageNumber = 0;
_loopAnimation = 0;
_animationEffect = 0;
_fx = 0;
}
MonsterStruct::MonsterStruct(Common::String name, int experience, int hp, int armorClass,
int speed, int numberOfAttacks, CharacterClass hatesClass, int strikes,
int dmgPerStrike, DamageType attackType, SpecialAttack specialAttack,
int hitChance, int rangeAttack, MonsterType monsterType,
int fireResistence, int electricityResistence, int coldResistence,
int poisonResistence, int energyResistence, int magicResistence,
int phsyicalResistence, int field29, int gold, int gems, int itemDrop,
bool flying, int imageNumber, int loopAnimation, int animationEffect,
int fx, Common::String attackVoc):
_name(name), _experience(experience), _hp(hp), _armorClass(armorClass),
_speed(speed), _numberOfAttacks(numberOfAttacks), _hatesClass(hatesClass),
_strikes(strikes), _dmgPerStrike(dmgPerStrike), _attackType(attackType),
_specialAttack(specialAttack), _hitChance(hitChance), _rangeAttack(rangeAttack),
_monsterType(monsterType), _fireResistence(fireResistence),
_electricityResistence(electricityResistence), _coldResistence(coldResistence),
_poisonResistence(poisonResistence), _energyResistence(energyResistence),
_magicResistence(magicResistence), _phsyicalResistence(phsyicalResistence),
_field29(field29), _gold(gold), _gems(gems), _itemDrop(itemDrop),
_flying(flying), _imageNumber(imageNumber), _loopAnimation(loopAnimation),
_animationEffect(animationEffect), _fx(fx), _attackVoc(attackVoc) {
}
void MonsterStruct::synchronize(Common::SeekableReadStream &s) {
char name[16];
Common::fill(name, name + 16, '\0');
s.read(name, 16);
name[15] = '\0';
_name = Common::String(name);
_experience = s.readUint32LE();
_hp = s.readUint16LE();
_armorClass = s.readByte();
_speed = s.readByte();
_numberOfAttacks = s.readByte();
_hatesClass = (CharacterClass)s.readByte();
_strikes = s.readUint16LE();
_dmgPerStrike = s.readByte();
_attackType = (DamageType)s.readByte();
_specialAttack = (SpecialAttack)s.readByte();
_hitChance = s.readByte();
_rangeAttack = s.readByte();
_monsterType = (MonsterType)s.readByte();
_fireResistence = s.readByte();
_electricityResistence = s.readByte();
_coldResistence = s.readByte();
_poisonResistence = s.readByte();
_energyResistence = s.readByte();
_magicResistence = s.readByte();
_phsyicalResistence = s.readByte();
_field29 = s.readByte();
_gold = s.readUint16LE();
_gems = s.readByte();
_itemDrop = s.readByte();
_flying = s.readByte() != 0;
_imageNumber = s.readByte();
_loopAnimation = s.readByte();
_animationEffect = s.readByte();
_fx = s.readByte();
char attackVoc[10];
Common::fill(attackVoc, attackVoc + 10, '\0');
s.read(attackVoc, 9);
attackVoc[9] = '\0';
_attackVoc = Common::String(attackVoc);
}
MonsterData::MonsterData() {
}
void MonsterData::load(const Common::String &name) {
File f(name);
synchronize(f);
}
void MonsterData::synchronize(Common::SeekableReadStream &s) {
clear();
MonsterStruct spr;
while (!s.eos()) {
spr.synchronize(s);
push_back(spr);
}
}
/*------------------------------------------------------------------------*/
SurroundingMazes::SurroundingMazes() {
clear();
}
void SurroundingMazes::clear() {
_north = 0;
_east = 0;
_south = 0;
_west = 0;
}
void SurroundingMazes::synchronize(XeenSerializer &s) {
s.syncAsUint16LE(_north);
s.syncAsUint16LE(_east);
s.syncAsUint16LE(_south);
s.syncAsUint16LE(_west);
}
int &SurroundingMazes::operator[](int idx) {
switch (idx) {
case DIR_NORTH:
return _north;
case DIR_EAST:
return _east;
case DIR_SOUTH:
return _south;
default:
return _west;
}
}
/*------------------------------------------------------------------------*/
MazeDifficulties::MazeDifficulties() {
_unlockDoor = 0;
_unlockBox = 0;
_bashDoor = 0;
_bashGrate = 0;
_bashWall = 0;
_wallNoPass = -1;
_surfaceNoPass = -1;
_chance2Run = -1;
}
void MazeDifficulties::synchronize(XeenSerializer &s) {
s.syncAsByte(_wallNoPass);
s.syncAsByte(_surfaceNoPass);
s.syncAsByte(_unlockDoor);
s.syncAsByte(_unlockBox);
s.syncAsByte(_bashDoor);
s.syncAsSint8(_bashGrate);
s.syncAsSint8(_bashWall);
s.syncAsSint8(_chance2Run);
}
/*------------------------------------------------------------------------*/
MazeData::MazeData() {
clear();
}
void MazeData::clear() {
for (int y = 0; y < MAP_HEIGHT; ++y) {
for (int x = 0; x < MAP_WIDTH; ++x)
_wallData[y][x]._data = 0;
Common::fill(&_seenTiles[y][0], &_seenTiles[y][MAP_WIDTH], false);
Common::fill(&_steppedOnTiles[y][0], &_steppedOnTiles[y][MAP_WIDTH], false);
_wallTypes[y] = 0;
_surfaceTypes[y] = 0;
}
_mazeNumber = 0;
_surroundingMazes.clear();
_mazeFlags = _mazeFlags2 = 0;
_floorType = 0;
_trapDamage = 0;
_wallKind = 0;
_tavernTips = 0;
_mazeId = 0;
}
void MazeData::synchronize(XeenSerializer &s) {
byte b;
for (int y = 0; y < MAP_HEIGHT; ++y) {
for (int x = 0; x < MAP_WIDTH; ++x)
s.syncAsUint16LE(_wallData[y][x]._data);
}
for (int y = 0; y < MAP_HEIGHT; ++y) {
for (int x = 0; x < MAP_WIDTH; ++x) {
if (s.isLoading()) {
s.syncAsByte(b);
_cells[y][x]._surfaceId = b & 7;
_cells[y][x]._flags = b & 0xF8;
} else {
b = (_cells[y][x]._surfaceId & 7) | (_cells[y][x]._flags & 0xf8);
s.syncAsByte(b);
}
}
}
s.syncAsUint16LE(_mazeNumber);
_surroundingMazes.synchronize(s);
s.syncAsUint16LE(_mazeFlags);
s.syncAsUint16LE(_mazeFlags2);
for (int i = 0; i < 16; ++i)
s.syncAsByte(_wallTypes[i]);
for (int i = 0; i < 16; ++i)
s.syncAsByte(_surfaceTypes[i]);
s.syncAsByte(_floorType);
s.syncAsByte(_runPosition.x);
_difficulties.synchronize(s);
s.syncAsByte(_runPosition.y);
s.syncAsByte(_trapDamage);
s.syncAsByte(_wallKind);
s.syncAsByte(_tavernTips);
for (int y = 0; y < MAP_HEIGHT; ++y)
File::syncBitFlags(s, &_seenTiles[y][0], &_seenTiles[y][MAP_WIDTH]);
for (int y = 0; y < MAP_HEIGHT; ++y)
File::syncBitFlags(s, &_steppedOnTiles[y][0], &_steppedOnTiles[y][MAP_WIDTH]);
}
void MazeData::setAllTilesStepped() {
for (int y = 0; y < MAP_HEIGHT; ++y)
Common::fill(&_steppedOnTiles[y][0], &_steppedOnTiles[y][MAP_WIDTH], true);
}
void MazeData::clearCellSurfaces() {
for (int y = 0; y < MAP_HEIGHT; ++y) {
for (int x = 0; x < MAP_WIDTH; ++x)
_cells[y][x]._surfaceId = 0;
}
}
/*------------------------------------------------------------------------*/
MobStruct::MobStruct() {
_id = 0;
_direction = DIR_NORTH;
}
bool MobStruct::synchronize(XeenSerializer &s) {
s.syncAsSint8(_pos.x);
s.syncAsSint8(_pos.y);
s.syncAsByte(_id);
s.syncAsByte(_direction);
return _id != 0xff || _pos.x != -1 || _pos.y != -1;
}
void MobStruct::endOfList() {
_pos.x = _pos.y = -1;
_id = 0xff;
_direction = (Direction)-1;
}
/*------------------------------------------------------------------------*/
MazeObject::MazeObject() {
_id = 0;
_frame = 0;
_spriteId = 0;
_direction = DIR_NORTH;
_flipped = false;
_sprites = nullptr;
}
/*------------------------------------------------------------------------*/
MazeMonster::MazeMonster() {
_frame = 0;
_id = 0;
_spriteId = 0;
_isAttacking = false;
_damageType = DT_PHYSICAL;
_field9 = 0;
_postAttackDelay = 0;
_hp = 0;
_effect1 = _effect2 = 0;
_effect3 = 0;
_sprites = nullptr;
_attackSprites = nullptr;
_monsterData = nullptr;
}
int MazeMonster::getTextColor() const {
if (_hp == _monsterData->_hp)
return 15;
else if (_hp >= (_monsterData->_hp / 2))
return 9;
else
return 32;
}
/*------------------------------------------------------------------------*/
MazeWallItem::MazeWallItem() {
_id = 0;
_frame = 0;
_spriteId = 0;
_direction = DIR_NORTH;
_sprites = nullptr;
}
/*------------------------------------------------------------------------*/
MonsterObjectData::MonsterObjectData(XeenEngine *vm): _vm(vm) {
}
void MonsterObjectData::synchronize(XeenSerializer &s, MonsterData &monsterData) {
Common::Array<MobStruct> mobStructs;
MobStruct mobStruct;
byte b;
if (s.isLoading()) {
_objectSprites.clear();
_monsterSprites.clear();
_monsterAttackSprites.clear();
_wallItemSprites.clear();
_objects.clear();
_monsters.clear();
_wallItems.clear();
}
for (uint i = 0; i < 16; ++i) {
b = (i >= _objectSprites.size()) ? 0xff : _objectSprites[i]._spriteId;
s.syncAsByte(b);
if (s.isLoading() && b != 0xff)
_objectSprites.push_back(SpriteResourceEntry(b));
}
for (uint i = 0; i < 16; ++i) {
b = (i >= _monsterSprites.size()) ? 0xff : _monsterSprites[i]._spriteId;
s.syncAsByte(b);
if (s.isLoading() && b != 0xff)
_monsterSprites.push_back(SpriteResourceEntry(b));
}
for (uint i = 0; i < 16; ++i) {
b = (i >= _wallItemSprites.size()) ? 0xff : _wallItemSprites[i]._spriteId;
s.syncAsByte(b);
if (s.isLoading() && b != 0xff)
_wallItemSprites.push_back(SpriteResourceEntry(b));
}
if (s.isSaving()) {
// Save objects
if (_objects.empty()) {
MobStruct nullStruct;
nullStruct.synchronize(s);
} else {
for (uint i = 0; i < _objects.size(); ++i) {
mobStruct._pos = _objects[i]._position;
mobStruct._id = _objects[i]._id;
mobStruct._direction = _objects[i]._direction;
mobStruct.synchronize(s);
}
}
mobStruct.endOfList();
mobStruct.synchronize(s);
// Save monsters
if (_monsters.empty()) {
MobStruct nullStruct;
nullStruct.synchronize(s);
} else {
for (uint i = 0; i < _monsters.size(); ++i) {
mobStruct._pos = _monsters[i]._position;
mobStruct._id = _monsters[i]._id;
mobStruct._direction = DIR_NORTH;
mobStruct.synchronize(s);
}
}
mobStruct.endOfList();
mobStruct.synchronize(s);
// Save wall items
if (_wallItems.empty()) {
MobStruct nullStruct;
nullStruct._pos.x = nullStruct._pos.y = 0x80;
nullStruct.synchronize(s);
} else {
for (uint i = 0; i < _wallItems.size(); ++i) {
mobStruct._pos = _wallItems[i]._position;
mobStruct._id = _wallItems[i]._id;
mobStruct._direction = _wallItems[i]._direction;
mobStruct.synchronize(s);
}
}
mobStruct.endOfList();
mobStruct.synchronize(s);
} else {
// Load monster/obbject data and merge together with sprite Ids
// Load objects
mobStruct.synchronize(s);
do {
MazeObject obj;
obj._position = mobStruct._pos;
obj._id = mobStruct._id;
obj._direction = mobStruct._direction;
obj._frame = 100;
if (obj._id < (int)_objectSprites.size()) {
obj._spriteId = _objectSprites[obj._id]._spriteId;
obj._sprites = &_objectSprites[obj._id]._sprites;
} else {
assert(!obj._id);
}
_objects.push_back(obj);
mobStruct.synchronize(s);
} while (mobStruct._id != 255 || mobStruct._pos.x != -1);
// Load monsters
mobStruct.synchronize(s);
do {
MazeMonster mon;
mon._position = mobStruct._pos;
mon._id = mobStruct._id;
mon._frame = _vm->getRandomNumber(7);
if (mon._id < (int)_monsterSprites.size()) {
mon._spriteId = _monsterSprites[mon._id]._spriteId;
mon._sprites = &_monsterSprites[mon._id]._sprites;
mon._attackSprites = &_monsterSprites[mon._id]._attackSprites;
mon._monsterData = &monsterData[mon._spriteId];
MonsterStruct &md = *mon._monsterData;
mon._hp = md._hp;
mon._effect1 = mon._effect2 = md._animationEffect;
if (md._animationEffect)
mon._effect3 = _vm->getRandomNumber(7);
_monsters.push_back(mon);
} else {
assert(!mon._id);
}
mobStruct.synchronize(s);
} while (mobStruct._id != 255 || mobStruct._pos.x != -1);
// Load wall items
mobStruct.synchronize(s);
do {
if (mobStruct._id < (int)_wallItemSprites.size()) {
MazeWallItem wi;
wi._position = mobStruct._pos;
wi._id = mobStruct._id;
wi._direction = mobStruct._direction;
wi._spriteId = _wallItemSprites[wi._id]._spriteId;
wi._sprites = &_wallItemSprites[wi._id]._sprites;
_wallItems.push_back(wi);
}
mobStruct.synchronize(s);
} while (mobStruct._id != 255 || mobStruct._pos.x != -1);
}
}
void MonsterObjectData::clearMonsterSprites() {
_monsterSprites.clear();
_monsterAttackSprites.clear();
}
void MonsterObjectData::addMonsterSprites(MazeMonster &monster) {
Map &map = *g_vm->_map;
int imgNumber = map._monsterData[monster._spriteId]._imageNumber;
uint idx;
// Find the sprites for the monster, loading them in if necessary
for (idx = 0; idx < _monsterSprites.size(); ++idx) {
if (_monsterSprites[idx]._spriteId == monster._spriteId) {
monster._sprites = &_monsterSprites[idx]._sprites;
break;
}
}
if (idx == _monsterSprites.size()) {
_monsterSprites.push_back(SpriteResourceEntry(monster._spriteId));
_monsterSprites.back()._sprites.load(Common::String::format("%03u.mon", imgNumber));
monster._sprites = &_monsterSprites.back()._sprites;
}
// Find the attack sprites for the monster, loading them in if necessary
for (idx = 0; idx < _monsterAttackSprites.size(); ++idx) {
if (_monsterAttackSprites[idx]._spriteId == monster._spriteId) {
monster._attackSprites = &_monsterAttackSprites[idx]._sprites;
break;
}
}
if (idx == _monsterAttackSprites.size()) {
_monsterAttackSprites.push_back(SpriteResourceEntry(monster._spriteId));
_monsterAttackSprites.back()._sprites.load(Common::String::format("%03u.att", imgNumber));
monster._attackSprites = &_monsterAttackSprites.back()._sprites;
}
}
/*------------------------------------------------------------------------*/
HeadData::HeadData() {
for (int y = 0; y < MAP_HEIGHT; ++y) {
for (int x = 0; x < MAP_WIDTH; ++x) {
_data[y][x]._left = _data[y][x]._right = 0;
}
}
}
void HeadData::synchronize(Common::SeekableReadStream &s) {
for (int y = 0; y < MAP_HEIGHT; ++y) {
for (int x = 0; x < MAP_WIDTH; ++x) {
_data[y][x]._left = s.readByte();
_data[y][x]._right = s.readByte();
}
}
}
/*------------------------------------------------------------------------*/
void AnimationEntry::synchronize(Common::SeekableReadStream &s) {
for (int i = 0; i < 4; ++i)
_frame1._frames[i] = s.readByte();
for (int i = 0; i < 4; ++i)
_flipped._flags[i] = s.readByte() != 0;
for (int i = 0; i < 4; ++i)
_frame2._frames[i] = s.readByte();
}
void AnimationInfo::synchronize(Common::SeekableReadStream &s) {
AnimationEntry entry;
clear();
while (s.pos() < s.size()) {
entry.synchronize(s);
push_back(entry);
}
}
void AnimationInfo::load(const Common::String &name) {
File f(name);
synchronize(f);
f.close();
}
/*------------------------------------------------------------------------*/
Map::Map(XeenEngine *vm) : _vm(vm), _mobData(vm) {
_loadDarkSide = false;
_sideTownPortal = 0;
_sideObjects = 0;
_sideMonsters = 0;
_sidePictures = 0;
_sideMusic = 0;
_isOutdoors = false;
_mazeDataIndex = 0;
_currentSteppedOn = false;
_currentSurfaceId = 0;
_currentWall = 0;
_currentTile = 0;
_currentGrateUnlocked = false;
_currentCantRest = false;
_currentIsDrain = false;
_currentIsEvent = false;
_currentSky = 0;
_currentMonsterFlags = 0;
}
void Map::load(int mapId) {
EventsManager &events = *g_vm->_events;
FileManager &files = *g_vm->_files;
Interface &intf = *g_vm->_interface;
Party &party = *g_vm->_party;
Sound &sound = *g_vm->_sound;
IndoorDrawList &indoorList = intf._indoorList;
OutdoorDrawList &outdoorList = intf._outdoorList;
PleaseWait waitMsg(intf._falling);
waitMsg.show();
intf._objNumber = 0;
party._stepped = true;
party._mazeId = mapId;
saveMaze();
events.clearEvents();
_sideObjects = 1;
_sideMonsters = 1;
_sidePictures = 1;
if (mapId >= 113 && mapId <= 127) {
_sideTownPortal = 0;
} else {
_sideTownPortal = _loadDarkSide ? 1 : 0;
}
if (_vm->getGameID() == GType_Swords || _vm->getGameID() == GType_DarkSide) {
_animationInfo.load("dark.dat");
_monsterData.load("dark.mon");
_wallPicSprites.load("darkpic.dat");
} else if (_vm->getGameID() == GType_Clouds) {
_animationInfo.load("animinfo.cld");
_monsterData.load("monsters.cld");
_wallPicSprites.load("wallpics.cld");
} else if (_vm->getGameID() == GType_WorldOfXeen) {
files.setGameCc(1);
if (!_loadDarkSide) {
_animationInfo.load("clouds.dat");
_monsterData.load("xeen.mon");
_wallPicSprites.load("xeenpic.dat");
_sidePictures = 0;
_sideMonsters = 0;
_sideObjects = 0;
} else {
switch (mapId) {
case 113:
case 114:
case 115:
case 116:
case 128:
_animationInfo.load("clouds.dat");
_monsterData.load("dark.mon");
_wallPicSprites.load("darkpic.dat");
_sideObjects = 0;
break;
case 117:
case 118:
case 119:
case 120:
case 124:
_animationInfo.load("clouds.dat");
_monsterData.load("xeen.mon");
_wallPicSprites.load("darkpic.dat");
_sideObjects = 0;
_sideMonsters = 0;
break;
case 125:
case 126:
case 127:
_animationInfo.load("clouds.dat");
_monsterData.load("dark.mon");
_wallPicSprites.load("xeenpic.dat");
_sideObjects = 0;
_sidePictures = 0;
break;
default:
_animationInfo.load("dark.dat");
_monsterData.load("dark.mon");
_wallPicSprites.load("darkpic.dat");
break;
}
}
files.setGameCc(_loadDarkSide);
}
// Load any events for the new map
loadEvents(mapId);
// Iterate through loading the given maze as well as the two successive
// mazes in each of the four cardinal directions
int ccNum = files._ccNum;
MazeData *mazeDataP = &_mazeData[0];
bool textLoaded = false;
for (int idx = 0; idx < 9; ++idx, ++mazeDataP) {
mazeDataP->_mazeId = mapId;
if (mapId == 0) {
mazeDataP->clear();
} else {
// Load in the maze's data file
Common::String datName = Common::String::format("maze%c%03d.dat",
(mapId >= 100) ? 'x' : '0', mapId);
File datFile(datName);
XeenSerializer datSer(&datFile, nullptr);
mazeDataP->synchronize(datSer);
datFile.close();
if (ccNum && mapId == 50)
mazeDataP->setAllTilesStepped();
if (!ccNum && party._gameFlags[0][25] &&
(mapId == 42 || mapId == 43 || mapId == 4)) {
mazeDataP->clearCellSurfaces();
}
_isOutdoors = (mazeDataP->_mazeFlags2 & FLAG_IS_OUTDOORS) != 0;
// Handle loading text data
if (!textLoaded) {
textLoaded = true;
if (g_vm->getGameID() == GType_Clouds) {
_mazeName = Res._cloudsMapNames[mapId];
} else {
Common::String txtName = Common::String::format("%s%c%03d.txt",
ccNum ? "dark" : "xeen", mapId >= 100 ? 'x' : '0', mapId);
File fText(txtName, 1);
char mazeName[33];
fText.read(mazeName, 33);
mazeName[32] = '\0';
_mazeName = Common::String(mazeName);
fText.close();
}
// Load the monster/object data
Common::String mobName = Common::String::format("maze%c%03d.mob",
(mapId >= 100) ? 'x' : '0', mapId);
File mobFile(mobName);
XeenSerializer sMob(&mobFile, nullptr);
_mobData.synchronize(sMob, _monsterData);
mobFile.close();
Common::String headName = Common::String::format("aaze%c%03d.hed",
(mapId >= 100) ? 'x' : '0', mapId);
File headFile(headName);
_headData.synchronize(headFile);
headFile.close();
if (!ccNum && mapId == 15) {
if ((_mobData._monsters[0]._position.x > 31 || _mobData._monsters[0]._position.y > 31) &&
(_mobData._monsters[1]._position.x > 31 || _mobData._monsters[1]._position.y > 31) &&
(_mobData._monsters[2]._position.x > 31 || _mobData._monsters[2]._position.y > 31)) {
party._gameFlags[0][56] = true;
}
}
}
}
// Move to next surrounding maze
MazeData *baseMaze = &_mazeData[MAP_GRID_PRIOR_INDEX[idx]];
mapId = baseMaze->_surroundingMazes[MAP_GRID_PRIOR_DIRECTION[idx]];
if (!mapId) {
baseMaze = &_mazeData[MAP_GRID_PRIOR_INDEX2[idx]];
mapId = baseMaze->_surroundingMazes[MAP_GRID_PRIOR_DIRECTION2[idx]];
}
}
// Reload the monster data for the main maze that we're loading
mapId = party._mazeId;
Common::String filename = Common::String::format("maze%c%03d.mob",
(mapId >= 100) ? 'x' : '0', mapId);
File mobFile(filename);
XeenSerializer sMob(&mobFile, nullptr);
_mobData.synchronize(sMob, _monsterData);
mobFile.close();
// Load sprites for the objects
for (uint i = 0; i < _mobData._objectSprites.size(); ++i) {
files.setGameCc(_sideObjects);
if (party._cloudsEnd && _mobData._objectSprites[i]._spriteId == 85 &&
mapId == 27 && ccNum) {
_mobData._objects[29]._spriteId = 0;
_mobData._objects[29]._id = 8;
_mobData._objectSprites[i]._sprites.clear();
} else if (mapId == 12 && party._gameFlags[0][43] &&
_mobData._objectSprites[i]._spriteId == 118 && !ccNum) {
filename = "085.obj";
_mobData._objectSprites[0]._spriteId = 85;
} else {
filename = Common::String::format("%03d.%cbj",
_mobData._objectSprites[i]._spriteId,
_mobData._objectSprites[i]._spriteId >= 100 ? '0' : 'o');
}
// Read in the object sprites
_mobData._objectSprites[i]._sprites.load(filename);
}
// Load sprites for the monsters
for (uint i = 0; i < _mobData._monsterSprites.size(); ++i) {
MonsterObjectData::SpriteResourceEntry &spr = _mobData._monsterSprites[i];
uint imgNumber = _monsterData[spr._spriteId]._imageNumber;
files.setGameCc((spr._spriteId == 91 && _vm->getGameID() == GType_WorldOfXeen) ?
0 : _sideMonsters);
filename = Common::String::format("%03u.mon", imgNumber);
_mobData._monsterSprites[i]._sprites.load(filename);
filename = Common::String::format("%03u.att", imgNumber);
_mobData._monsterSprites[i]._attackSprites.load(filename);
}
// Load wall picture sprite resources
for (uint i = 0; i < _mobData._wallItemSprites.size(); ++i) {
filename = Common::String::format("%03d.pic", _mobData._wallItemSprites[i]._spriteId);
_mobData._wallItemSprites[i]._sprites.load(filename, _sidePictures);
}
files.setGameCc(ccNum);
// Handle loading miscellaneous sprites for the map
if (_isOutdoors) {
// Start playing relevant music
sound._musicSide = ccNum;
Common::String musName;
if (_vm->_files->_ccNum) {
int randIndex = _vm->getRandomNumber(6);
musName = Res.MUSIC_FILES2[_mazeData->_wallKind][randIndex];
} else {
musName = "outdoors.m";
}
if (musName != sound._currentMusic)
sound.playSong(musName, 207);
// Load sprite sets needed for scene rendering
_groundSprites.load("water.out");
_tileSprites.load("outdoor.til");
outdoorList._sky1._sprites = &_skySprites[0];
outdoorList._sky2._sprites = &_skySprites[0];
outdoorList._groundSprite._sprites = &_groundSprites;
for (int i = 0; i < TOTAL_SURFACES; ++i) {
_wallSprites._surfaces[i].clear();
if (_mazeData[0]._wallTypes[i] != 0) {
_wallSprites._surfaces[i].load(Common::String::format("%s.wal",
Res.OUTDOORS_WALL_TYPES[_mazeData[0]._wallTypes[i]]));
}
_surfaceSprites[i].clear();
if (i != 0 && _mazeData[0]._surfaceTypes[i] != 0)
_surfaceSprites[i].load(Res.SURFACE_NAMES[_mazeData[0]._surfaceTypes[i]]);
}
} else {
if (files._ccNum && (mapId == 125 || mapId == 126 || mapId == 127))
files.setGameCc(0);
sound._musicSide = files._ccNum;
// Start playing relevant music
const int MUS_INDEXES[] = { 1, 2, 3, 4, 3, 5 };
Common::String musName;
_sideMusic = ccNum;
if (ccNum) {
int randIndex = _vm->getRandomNumber(6);
musName = Res.MUSIC_FILES2[MUS_INDEXES[_mazeData->_wallKind]][randIndex];
} else {
musName = Res.MUSIC_FILES1[MUS_INDEXES[_mazeData->_wallKind]];
}
if (musName != sound._currentMusic)
sound.playSong(musName, 207);
// Load sprite sets needed for scene rendering
_skySprites[1].load(Common::String::format("%s.sky",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]));
_groundSprites.load(Common::String::format("%s.gnd",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]));
_tileSprites.load(Common::String::format("%s.til",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]));
for (int i = 0; i < TOTAL_SURFACES; ++i) {
_surfaceSprites[i].clear();
if (_mazeData[0]._surfaceTypes[i] != 0 || i == 4)
_surfaceSprites[i].load(Res.SURFACE_NAMES[_mazeData[0]._surfaceTypes[i]]);
}
for (int i = 0; i < TOTAL_SURFACES; ++i)
_wallSprites._surfaces[i].clear();
_wallSprites._fwl1.load(Common::String::format("f%s1.fwl",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]), _sidePictures);
_wallSprites._fwl2.load(Common::String::format("f%s2.fwl",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]), _sidePictures);
_wallSprites._fwl3.load(Common::String::format("f%s3.fwl",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]), _sidePictures);
_wallSprites._fwl4.load(Common::String::format("f%s4.fwl",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]), _sidePictures);
_wallSprites._swl.load(Common::String::format("s%s.swl",
Res.TERRAIN_TYPES[_mazeData[0]._wallKind]), _sidePictures);
// Set entries in the indoor draw list to the correct sprites
// for drawing various parts of the background
indoorList._swl_0F1R._sprites = &_wallSprites._swl;
indoorList._swl_0F1L._sprites = &_wallSprites._swl;
indoorList._swl_1F1R._sprites = &_wallSprites._swl;
indoorList._swl_1F1L._sprites = &_wallSprites._swl;
indoorList._swl_2F2R._sprites = &_wallSprites._swl;
indoorList._swl_2F1R._sprites = &_wallSprites._swl;
indoorList._swl_2F1L._sprites = &_wallSprites._swl;
indoorList._swl_2F2L._sprites = &_wallSprites._swl;
indoorList._swl_3F1R._sprites = &_wallSprites._swl;
indoorList._swl_3F2R._sprites = &_wallSprites._swl;
indoorList._swl_3F3R._sprites = &_wallSprites._swl;
indoorList._swl_3F4R._sprites = &_wallSprites._swl;
indoorList._swl_3F1L._sprites = &_wallSprites._swl;
indoorList._swl_3F2L._sprites = &_wallSprites._swl;
indoorList._swl_3F3L._sprites = &_wallSprites._swl;
indoorList._swl_3F4L._sprites = &_wallSprites._swl;
indoorList._swl_4F4R._sprites = &_wallSprites._swl;
indoorList._swl_4F3R._sprites = &_wallSprites._swl;
indoorList._swl_4F2R._sprites = &_wallSprites._swl;
indoorList._swl_4F1R._sprites = &_wallSprites._swl;
indoorList._swl_4F1L._sprites = &_wallSprites._swl;
indoorList._swl_4F2L._sprites = &_wallSprites._swl;
indoorList._swl_4F3L._sprites = &_wallSprites._swl;
indoorList._swl_4F4L._sprites = &_wallSprites._swl;
indoorList._fwl_4F4R._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F3R._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F2R._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F1R._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F1L._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F2L._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F3L._sprites = &_wallSprites._fwl4;
indoorList._fwl_4F4L._sprites = &_wallSprites._fwl4;
indoorList._fwl_2F1R._sprites = &_wallSprites._fwl3;
indoorList._fwl_2F._sprites = &_wallSprites._fwl3;
indoorList._fwl_2F1L._sprites = &_wallSprites._fwl3;
indoorList._fwl_3F2R._sprites = &_wallSprites._fwl3;
indoorList._fwl_3F1R._sprites = &_wallSprites._fwl3;
indoorList._fwl_3F._sprites = &_wallSprites._fwl3;
indoorList._fwl_3F1L._sprites = &_wallSprites._fwl3;
indoorList._fwl_3F2L._sprites = &_wallSprites._fwl3;
indoorList._fwl_1F._sprites = &_wallSprites._fwl1;
indoorList._fwl_1F1R._sprites = &_wallSprites._fwl1;
indoorList._fwl_1F1L._sprites = &_wallSprites._fwl1;
indoorList._horizon._sprites = &_wallSprites._fwl1;
indoorList._ground._sprites = &_groundSprites;
// Don't show horizon for certain maps
if (_vm->_files->_ccNum) {
if ((mapId >= 89 && mapId <= 112) || mapId == 128 || mapId == 129)
indoorList._horizon._sprites = nullptr;
} else {
if (mapId >= 25 && mapId <= 27)
indoorList._horizon._sprites = nullptr;
}
}
loadSky();
files.setGameCc(ccNum);
}
void Map::findMap(int mapId) {
if (mapId == -1)
mapId = _vm->_party->_mazeId;
_mazeDataIndex = 0;
while (_mazeDataIndex < 9 && _mazeData[_mazeDataIndex]._mazeId != mapId)
++_mazeDataIndex;
if (_mazeDataIndex == 9)
error("Could not find map %d", mapId);
}
int Map::mazeLookup(const Common::Point &pt, int layerShift, int wallMask) {
Common::Point pos = pt;
int mapId = _vm->_party->_mazeId;
if (pt.x < -16 || pt.y < -16 || pt.x >= 32 || pt.y >= 32) {
_currentWall = INVALID_CELL;
return INVALID_CELL;
}
// Find the correct maze data out of the set to use
findMap();
// Handle map changing to the north or south as necessary
if (pos.y & 16) {
if (pos.y >= 0) {
pos.y -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._north;
} else {
pos.y += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._south;
}
if (mapId) {
// Move to the correct map to north/south
findMap(mapId);
} else {
// No map, so reached outside indoor area or outer space outdoors
_currentSteppedOn = true;
return _isOutdoors ? SURFTYPE_SPACE : INVALID_CELL;
}
}
// Handle map changing to the east or west as necessary
if (pos.x & 16) {
if (pos.x >= 0) {
pos.x -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._east;
} else {
pos.x += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._west;
}
if (mapId)
// Move to the correct map to east/west
findMap(mapId);
}
if (mapId) {
if (_isOutdoors) {
_currentSurfaceId = _mazeData[_mazeDataIndex]._wallData[pos.y][pos.x]._outdoors._surfaceId;
} else {
_currentSurfaceId = _mazeData[_mazeDataIndex]._cells[pos.y][pos.x]._surfaceId;
}
if (_currentSurfaceId == SURFTYPE_SPACE || _currentSurfaceId == SURFTYPE_SKY) {
_currentSteppedOn = true;
} else {
_currentSteppedOn = _mazeData[_mazeDataIndex]._steppedOnTiles[pos.y][pos.x];
}
return (_mazeData[_mazeDataIndex]._wallData[pos.y][pos.x]._data >> layerShift) & wallMask;
} else {
_currentSteppedOn = _isOutdoors;
return _isOutdoors ? SURFTYPE_SPACE : INVALID_CELL;
}
}
void Map::loadEvents(int mapId) {
// Load events
Common::String filename = Common::String::format("maze%c%03d.evt",
(mapId >= 100) ? 'x' : '0', mapId);
File fEvents(filename);
XeenSerializer sEvents(&fEvents, nullptr);
_events.synchronize(sEvents);
fEvents.close();
// Load text data
filename = Common::String::format("aaze%c%03d.txt",
(mapId >= 100) ? 'x' : '0', mapId);
File fText(filename);
_events._text.clear();
while (fText.pos() < fText.size())
_events._text.push_back(fText.readString());
fText.close();
}
void Map::saveEvents() {
// Save eents
int mapId = _mazeData[0]._mazeId;
Common::String filename = Common::String::format("maze%c%03d.evt",
(mapId >= 100) ? 'x' : '0', mapId);
OutFile fEvents(filename);
XeenSerializer sEvents(nullptr, &fEvents);
_events.synchronize(sEvents);
fEvents.finalize();
}
void Map::saveMap() {
FileManager &files = *g_vm->_files;
Party &party = *g_vm->_party;
int mapId = _mazeData[0]._mazeId;
if (!files._ccNum && mapId == 85)
return;
// Save the primary maze
Common::String datName = Common::String::format("maze%c%03d.dat", (mapId >= 100) ? 'x' : '0', mapId);
OutFile datFile(datName);
XeenSerializer datSer(nullptr, &datFile);
_mazeData[0].synchronize(datSer);
datFile.finalize();
if (!files._ccNum && mapId == 15) {
for (uint idx = 0; idx < MIN(_mobData._monsters.size(), (uint)3); ++idx) {
MazeMonster &mon = _mobData._monsters[idx];
if (mon._position.x > 31 || mon._position.y > 31) {
party._gameFlags[0][56] = true;
break;
}
}
}
if (!_isOutdoors) {
// Iterate through the surrounding mazes
for (int mazeIndex = 1; mazeIndex < 9; ++mazeIndex) {
mapId = _mazeData[mazeIndex]._mazeId;
if (mapId == 0)
continue;
datName = Common::String::format("maze%c%03d.dat", (mapId >= 100) ? 'x' : '0', mapId);
OutFile datFile2(datName);
XeenSerializer datSer2(nullptr, &datFile2);
_mazeData[mazeIndex].synchronize(datSer2);
datFile2.finalize();
}
}
}
void Map::saveMonsters() {
int mapId = _mazeData[0]._mazeId;
Common::String filename = Common::String::format("maze%c%03d.mob",
(mapId >= 100) ? 'x' : '0', mapId);
OutFile fMob(filename);
XeenSerializer sMob(nullptr, &fMob);
_mobData.synchronize(sMob, _monsterData);
fMob.finalize();
}
void Map::saveMaze() {
int mazeNum = _mazeData[0]._mazeNumber;
if (!mazeNum || (mazeNum == 85 && !_vm->_files->_ccNum))
return;
saveEvents();
saveMap();
saveMonsters();
}
void Map::clearMaze() {
_mazeData[0]._mazeNumber = 0;
}
void Map::cellFlagLookup(const Common::Point &pt) {
Common::Point pos = pt;
findMap();
int mapId = _vm->_party->_mazeId;
findMap(mapId);
// Handle map changing to the north or south as necessary
if (pos.y & 16) {
if (pos.y >= 0) {
pos.y -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._north;
} else {
pos.y += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._south;
}
findMap(mapId);
}
// Handle map changing to the east or west as necessary
if (pos.x & 16) {
if (pos.x >= 0) {
pos.x -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._east;
} else {
pos.x += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._west;
}
findMap(mapId);
}
// Get the cell flags
const MazeCell &cell = _mazeData[_mazeDataIndex]._cells[pos.y][pos.x];
_currentGrateUnlocked = cell._flags & OUTFLAG_GRATE;
_currentCantRest = cell._flags & RESTRICTION_REST;
_currentIsDrain = cell._flags & OUTFLAG_DRAIN;
_currentIsEvent = cell._flags & FLAG_AUTOEXECUTE_EVENT;
_currentSky = (cell._flags & OUTFLAG_OBJECT_EXISTS) ? 1 : 0;
_currentMonsterFlags = cell._flags & 7;
}
void Map::setCellSurfaceFlags(const Common::Point &pt, int bits) {
mazeLookup(pt, 0);
Common::Point mapPos(pt.x & 15, pt.y & 15);
MazeCell &cell = _mazeData[_mazeDataIndex]._cells[mapPos.y][mapPos.x];
cell._flags |= bits & 0xF8;
}
void Map::setWall(const Common::Point &pt, Direction dir, int v) {
const int XOR_MASKS[4] = { 0xFFF, 0xF0FF, 0xFF0F, 0xFFF0 };
mazeLookup(pt, 0, 0);
Common::Point mapPos(pt.x & 15, pt.y & 15);
MazeWallLayers &wallLayer = _mazeData[_mazeDataIndex]._wallData[mapPos.y][mapPos.x];
wallLayer._data &= XOR_MASKS[dir];
wallLayer._data |= v << Res.WALL_SHIFTS[dir][2];
}
int Map::getCell(int idx) {
int mapId = _vm->_party->_mazeId;
Direction dir = _vm->_party->_mazeDirection;
Common::Point pt(
_vm->_party->_mazePosition.x + Res.SCREEN_POSITIONING_X[_vm->_party->_mazeDirection][idx],
_vm->_party->_mazePosition.y + Res.SCREEN_POSITIONING_Y[_vm->_party->_mazeDirection][idx]
);
if (pt.x > 31 || pt.y > 31) {
if (_vm->_files->_ccNum) {
if ((mapId >= 53 && mapId <= 88 && mapId != 73) || (mapId >= 74 && mapId <= 120) ||
mapId == 125 || mapId == 126 || mapId == 128 || mapId == 129) {
_currentSurfaceId = SURFTYPE_DESERT;
} else {
_currentSurfaceId = 0;
}
} else {
_currentSurfaceId = (mapId >= 25 && mapId <= 27) ? 7 : 0;
}
_currentWall = INVALID_CELL;
return INVALID_CELL;
}
findMap(mapId);
if (pt.y & 16) {
if (pt.y >= 0) {
pt.y -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._north;
} else {
pt.y += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._south;
}
if (!mapId) {
if (_isOutdoors) {
_currentSurfaceId = SURFTYPE_SPACE;
_currentWall = 0;
return 0;
} else {
if (_vm->_files->_ccNum) {
if ((mapId >= 53 && mapId <= 88 && mapId != 73) || (mapId >= 74 && mapId <= 120) ||
mapId == 125 || mapId == 126 || mapId == 128 || mapId == 129) {
_currentSurfaceId = 6;
} else {
_currentSurfaceId = 0;
}
} else {
_currentSurfaceId = (mapId >= 25 && mapId <= 27) ? SURFTYPE_ROAD : SURFTYPE_DEFAULT;
}
_currentWall = INVALID_CELL;
return INVALID_CELL;
}
}
findMap(mapId);
}
if (pt.x & 16) {
if (pt.x >= 0) {
pt.x -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._east;
} else {
pt.x += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._west;
}
if (!mapId) {
if (_isOutdoors) {
_currentSurfaceId = SURFTYPE_SPACE;
_currentWall = 0;
return 0;
} else {
if (_vm->_files->_ccNum) {
if ((mapId >= 53 && mapId <= 88 && mapId != 73) || (mapId >= 74 && mapId <= 120) ||
mapId == 125 || mapId == 126 || mapId == 128 || mapId == 129) {
_currentSurfaceId = 6;
} else {
_currentSurfaceId = 0;
}
} else {
_currentSurfaceId = (mapId >= 25 && mapId <= 27) ? SURFTYPE_ROAD : SURFTYPE_DEFAULT;
}
_currentWall = INVALID_CELL;
return INVALID_CELL;
}
}
findMap(mapId);
}
assert(pt.x >= 0 && pt.x < 16 && pt.y >= 0 && pt.y < 16);
int wallData = _mazeData[_mazeDataIndex]._wallData[pt.y][pt.x]._data;
if (_isOutdoors) {
if (mapId) {
_currentTile = (wallData >> 8) & 0xFF;
_currentWall = (wallData >> 4) & 0xF;
_currentSurfaceId = wallData & 0xF;
} else {
_currentSurfaceId = SURFTYPE_DEFAULT;
_currentWall = 0;
_currentTile = 0;
}
} else {
if (!mapId)
return 0;
_currentSurfaceId = _mazeData[_mazeDataIndex]._cells[pt.y][pt.x]._surfaceId;
_currentWall = wallData;
return (_currentWall >> Res.WALL_SHIFTS[dir][idx]) & 0xF;
}
return _currentWall;
}
void Map::loadSky() {
Party &party = *_vm->_party;
party._isNight = party._minutes < (5 * 60) || party._minutes >= (21 * 60);
_skySprites[0].load(((party._mazeId >= 89 && party._mazeId <= 112) ||
party._mazeId == 128 || party._mazeId == 129) || !party._isNight
? "sky.sky" : "night.sky");
}
void Map::getNewMaze() {
Party &party = *_vm->_party;
Common::Point pt = party._mazePosition;
int mapId = party._mazeId;
// Get the correct map to use from the cached list
findMap(mapId);
// Adjust Y and X to be in the 0-15 range, and on the correct surrounding
// map if either value is < 0 or >= 16
if (pt.y & 16) {
if (pt.y >= 0) {
pt.y -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._north;
} else {
pt.y += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._south;
}
if (mapId)
findMap(mapId);
}
if (pt.x & 16) {
if (pt.x >= 0) {
pt.x -= 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._east;
} else {
pt.x += 16;
mapId = _mazeData[_mazeDataIndex]._surroundingMazes._west;
}
if (mapId)
findMap(mapId);
}
// Save the adjusted (0,0)-(15,15) position and load the given map.
// This will make it the new center, with it's own surrounding mazees loaded
party._mazePosition = pt;
if (mapId)
load(mapId);
}
} // End of namespace Xeen
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