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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.
*
* $URL$
* $Id$
*
*/
#ifndef PARALLACTION_ZONE_H
#define PARALLACTION_ZONE_H
#include "common/list.h"
#include "common/ptr.h"
#include "parallaction/graphics.h"
namespace Parallaction {
struct Zone;
struct Animation;
struct Command;
struct Question;
struct Answer;
struct Instruction;
struct Program;
typedef Common::SharedPtr<Zone> ZonePtr;
typedef Common::List<ZonePtr> ZoneList;
extern ZonePtr nullZonePtr;
typedef Common::SharedPtr<Animation> AnimationPtr;
typedef Common::List<AnimationPtr> AnimationList;
extern AnimationPtr nullAnimationPtr;
typedef Common::SharedPtr<Instruction> InstructionPtr;
typedef Common::List<InstructionPtr> InstructionList;
extern InstructionPtr nullInstructionPtr;
typedef Common::List<Common::Point> PointList;
enum ZoneTypes {
kZoneExamine = 1, // zone displays comment if activated
kZoneDoor = 2, // zone activated on click (after some walk if needed)
kZoneGet = 4, // for pickable items
kZoneMerge = 8, // tags items which can be merged in inventory
kZoneTaste = 0x10, // NEVER USED
kZoneHear = 0x20, // NEVER USED: they ran out of time before integrating sfx
kZoneFeel = 0x40, // NEVER USED
kZoneSpeak = 0x80, // tags NPCs the character can talk with
kZoneNone = 0x100, // used to prevent parsing on peculiar Animations
kZoneTrap = 0x200, // zone activated when character enters
kZoneYou = 0x400, // marks the character
kZoneCommand = 0x800,
// BRA specific
kZonePath = 0x1000, // defines nodes for assisting walk calculation routines
kZoneBox = 0x2000
};
enum ZoneFlags {
kFlagsClosed = 1, // Zone: door is closed / switch is off
kFlagsActive = 2, // Zone/Animation: object is visible
kFlagsRemove = 4, // Zone/Animation: object is soon to be removed
kFlagsActing = 8, // Animation: script execution is active
kFlagsLocked = 0x10, // Zone: door or switch cannot be toggled
kFlagsFixed = 0x20, // Zone: Zone item cannot be picked up
kFlagsNoName = 0x40, // Zone with no name (used to prevent some kEvEnterZone events)
kFlagsNoMasked = 0x80, // Animation is to be drawn ignoring z buffer
kFlagsLooping = 0x100, // Animation: script is to be executed repeatedly
kFlagsAdded = 0x200, // NEVER USED in Nippon Safes
kFlagsCharacter = 0x400, //
kFlagsNoWalk = 0x800, // Zone: character doesn't need to walk towards object to interact
// BRA specific
kFlagsYourself = 0x1000,
kFlagsScaled = 0x2000,
kFlagsSelfuse = 0x4000,
kFlagsIsAnimation = 0x1000000, // BRA: used in walk code (trap check), to tell is a Zone is an Animation
kFlagsAnimLinked = 0x2000000
};
enum CommandFlags {
kFlagsAll = 0xFFFFFFFFU,
kFlagsVisited = 1,
kFlagsExit = 0x10000000,
kFlagsEnter = 0x20000000,
kFlagsGlobal = 0x40000000,
// BRA specific
kFlagsTestTrue = 2
};
struct CommandData {
uint32 _flags;
ZonePtr _zone;
char* _string;
uint16 _callable;
uint16 _object;
Common::Point _move;
// BRA specific
Common::Point _startPos;
Common::Point _startPos2;
uint _lvalue;
int _rvalue;
int _zeta0;
int _zeta1;
int _zeta2;
int _characterId;
char* _string2;
int _musicCommand;
int _musicParm;
CommandData() {
memset(this, 0, sizeof(CommandData));
}
~CommandData() {
free(_string);
free(_string2);
}
};
struct Command {
uint16 _id;
CommandData u;
uint32 _flagsOn;
uint32 _flagsOff;
Command();
~Command();
};
typedef Common::SharedPtr<Command> CommandPtr;
typedef Common::List<CommandPtr> CommandList;
#define NUM_QUESTIONS 20
#define NUM_ANSWERS 5
struct Answer {
char* _text;
uint16 _mood;
union {
Question* _question;
char* _name;
} _following;
CommandList _commands;
uint32 _noFlags;
uint32 _yesFlags;
Answer();
~Answer();
};
struct Question {
char* _text;
uint16 _mood;
Answer* _answers[NUM_ANSWERS];
Question();
~Question();
};
struct Dialogue {
Question *_questions[NUM_QUESTIONS];
Dialogue();
~Dialogue();
};
struct GetData { // size = 24
uint32 _icon;
GfxObj *gfxobj;
byte *_backup;
uint16 field_14; // unused
uint16 field_16; // unused
GetData() {
_icon = 0;
_backup = NULL;
gfxobj = NULL;
}
};
struct SpeakData { // size = 36
char _name[32];
Dialogue *_dialogue;
SpeakData() {
_name[0] = '\0';
_dialogue = NULL;
}
};
struct ExamineData { // size = 28
GfxObj *_cnv;
uint16 _opBase; // unused
uint16 field_12; // unused
char* _description;
char* _filename;
ExamineData() {
_opBase = 0;
_description = NULL;
_filename = NULL;
_cnv = NULL;
}
};
struct DoorData { // size = 28
char* _location;
GfxObj *gfxobj;
byte* _background;
Common::Point _startPos;
uint16 _startFrame;
DoorData() {
_location = NULL;
_background = NULL;
_startFrame = 0;
gfxobj = NULL;
}
};
struct HearData { // size = 20
char _name[20];
int _channel;
int _freq;
HearData() {
_channel = -1;
_freq = -1;
_name[0] = '\0';
}
};
struct MergeData { // size = 12
uint32 _obj1;
uint32 _obj2;
uint32 _obj3;
MergeData() {
_obj1 = _obj2 = _obj3 = 0;
}
};
#define MAX_WALKPOINT_LISTS 20
struct PathData {
int _numLists;
PointList _lists[MAX_WALKPOINT_LISTS];
PathData() {
_numLists = 0;
}
};
struct TypeData {
GetData *get;
SpeakData *speak;
ExamineData *examine;
DoorData *door;
HearData *hear;
MergeData *merge;
// BRA specific field
PathData *path;
TypeData() {
get = NULL;
speak = NULL;
examine = NULL;
door = NULL;
hear = NULL;
merge = NULL;
path = NULL;
}
};
#define ZONENAME_LENGTH 32
struct Zone {
protected:
int16 _left;
int16 _top;
int16 _right;
int16 _bottom;
public:
char _name[ZONENAME_LENGTH];
uint32 _type;
uint32 _flags;
uint _label;
TypeData u;
CommandList _commands;
Common::Point _moveTo;
// BRA specific
uint _index;
char *_linkedName;
AnimationPtr _linkedAnim;
Zone();
virtual ~Zone();
void translate(int16 x, int16 y);
virtual uint16 width() const;
virtual uint16 height() const;
void setBox(int16 left, int16 top, int16 right, int16 bottom) {
setX(left);
setY(top);
_right = right;
_bottom = bottom;
}
void getBox(Common::Rect& r) {
r.left = getX();
r.right = getX() + width();
r.top = getY();
r.bottom = getY() + height();
}
// getters/setters
virtual int16 getX() { return _left; }
virtual void setX(int16 value) { _left = value; }
virtual int16 getY() { return _top; }
virtual void setY(int16 value) { _top = value; }
};
struct LocalVariable {
protected:
int16 _value;
int16 _min;
int16 _max;
public:
LocalVariable() {
_value = 0;
_min = -10000;
_max = 10000;
}
void setRange(int16 min, int16 max);
int16 getValue() const;
void setValue(int16 value);
};
enum ParaFlags {
kParaImmediate = 1, // instruction is using an immediate parameter
kParaLocal = 2, // instruction is using a local variable
kParaField = 0x10, // instruction is using an animation's field
kParaRandom = 0x100,
kParaLValue = 0x20
};
struct AnimationField {
typedef Common::Functor0Mem<int16, Animation> Accessor;
typedef Common::Functor1Mem<int16, void, Animation> Mutator;
typedef Accessor::FuncType AccessorFunc;
typedef Mutator::FuncType MutatorFunc;
protected:
Accessor *_accessor;
Mutator *_mutator;
public:
AnimationField(Animation* instance, AccessorFunc accessor, MutatorFunc mutator) {
_accessor = new Accessor(instance, accessor);
_mutator = new Mutator(instance, mutator);
}
AnimationField(Animation* instance, AccessorFunc accessor) {
_accessor = new Accessor(instance, accessor);
_mutator = 0;
}
~AnimationField() {
delete _accessor;
delete _mutator;
}
int16 getValue() const {
assert(_accessor);
return _accessor->operator()();
}
void setValue(int16 value) {
assert(_mutator);
_mutator->operator()(value);
}
};
struct ScriptVar {
uint32 _flags;
int16 _value;
LocalVariable* _local;
AnimationField* _field;
ScriptVar();
~ScriptVar();
int16 getValue();
void setValue(int16 value);
void setLocal(LocalVariable *local);
void setField(Animation *anim, AnimationField::AccessorFunc accessor, AnimationField::MutatorFunc mutator);
void setField(Animation *anim, AnimationField::AccessorFunc accessor);
void setImmediate(int16 value);
void setRandom(int16 seed);
};
enum InstructionFlags {
kInstMod = 4,
kInstMaskedPut = 8,
kInstUnk20 = 0x20
};
struct Instruction {
uint32 _index;
uint32 _flags;
// common
AnimationPtr _a;
ZonePtr _z;
int16 _immediate;
ScriptVar _opA;
ScriptVar _opB;
// BRA specific
byte _colors[3];
ScriptVar _opC;
char *_text;
char *_text2;
int _y;
InstructionList::iterator _endif;
Instruction();
~Instruction();
};
enum {
kProgramIdle, // awaiting execution
kProgramRunning, // running
kProgramDone // execution completed
};
struct Program {
AnimationPtr _anim;
LocalVariable *_locals;
uint16 _loopCounter;
uint16 _numLocals;
InstructionList::iterator _ip;
InstructionList::iterator _loopStart;
InstructionList _instructions;
uint32 _status;
Program();
~Program();
int16 findLocal(const char* name);
int16 addLocal(const char *name, int16 value = 0, int16 min = -10000, int16 max = 10000);
};
typedef Common::SharedPtr<Program> ProgramPtr;
typedef Common::List<ProgramPtr> ProgramList;
struct Animation : public Zone {
protected:
int16 _frame;
int16 _z;
public:
GfxObj *gfxobj;
char *_scriptName;
Animation();
virtual ~Animation();
virtual uint16 width() const;
virtual uint16 height() const;
uint16 getFrameNum() const;
byte* getFrameData(uint32 index) const;
void validateScriptVars();
int16 getFrameX() const;
int16 getFrameY() const;
// getters/setters used by scripts
int16 getX() { return _left; }
void setX(int16 value) { _left = value; }
int16 getY() { return _top; }
void setY(int16 value) { _top = value; }
int16 getZ() { return _z; }
void setZ(int16 value) { _z = value; }
int16 getF() { return _frame; }
void setF(int16 value) { _frame = value; }
};
class Table {
protected:
char **_data;
uint16 _size;
uint16 _used;
bool _disposeMemory;
public:
Table(uint32 size);
Table(uint32 size, const char** data);
virtual ~Table();
enum {
notFound = 0
};
uint count() const { return _used; }
const char *item(uint index) const;
virtual void addData(const char* s);
virtual void clear();
virtual uint16 lookup(const char* s);
};
class FixedTable : public Table {
uint16 _numFixed;
public:
FixedTable(uint32 size, uint32 fixed);
void clear();
};
Table* createTableFromStream(uint32 size, Common::SeekableReadStream &stream);
} // namespace Parallaction
#endif
|