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/****************************************************************
**
** Attal : Lords of Doom
**
** genericMapCreature.h
** Manages creatures on map
**
** Version : $Id: genericMapCreature.h,v 1.12 2004/12/04 13:34:47 audoux Exp $
**
** Author(s) : Pascal Audoux
**
** Date : 11/09/2002
**
** Licence :
** 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, 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.
**
****************************************************************/
#ifndef GENERICMAPCREATURE_H
#define GENERICMAPCREATURE_H
// generic include files
// include files for QT
#include <qptrvector.h>
// application specific include files
#include "libCommon/creature.h"
#include "libCommon/log.h"
class GenericCell;
/** ------------------------------
* GenericMapCreature
** ------------------------------ */
class GenericMapCreature
{
public:
/** Creature's behavior */
enum CreatureBehaviour
{
Obedient = 0,
Friendly,
Neutral,
Aggressive,
Hostile
};
/** Creature growth mode */
enum GrowthMode
{
Stable,
FixedPercentage,
VariablePercentage
};
/** Constructor */
GenericMapCreature();
virtual ~GenericMapCreature();
/** Save lord */
void save( QTextStream *, int indent = 0 );
/** \return Return the creature associated to this creature on map */
Creature * getCreature() {
return _creature;
}
/** Sets the creature associated to this creature on map */
void setCreature( int race, int level );
/** \return Returns the race of the creature associated */
int getRace();
/** \return Returns the level of the creature associated */
int getLevel();
void setBehaviour ( CreatureBehaviour behaviour ) {
_behaviour = behaviour;
}
CreatureBehaviour getBehaviour () {
return _behaviour;
}
QString getBehaviourString();
static QString getBehaviourString( CreatureBehaviour behaviour );
static QString getGrowthString( GrowthMode growth );
bool isFleeing() {
return _flee;
}
void setFleeing( bool state ) {
_flee = state;
}
bool isEstimated() { return _estimated; }
//unsigned int getMinEstimatedNumber();
//unsigned int getMaxEstimatedNumber();
/** \return Returns the category of size of this unit */
unsigned int getCategoryNumber();
unsigned int getCreatureNumber();
void setCategoryNumber( unsigned int nb ) {
_categoryNumber = nb;
}
/** Set the value of the 'numStack' stack of creatures */
void setStack( uint numStack, uint value );
/** \return Returns the number of creature in the stack 'num' */
uint getStack( unsigned int num );
/** \return Returns the cell of the map where this creature is */
GenericCell * getCell() const {
return _cell;
}
/** Sets the cell where this creature is */
virtual void setCell( GenericCell * cell ) {
_cell = cell;
}
uint computeForceIndicator();
bool isLookingRight() { return _lookingRight; }
virtual void setLookingRight( bool state ) { _lookingRight = state; }
void setGrowthMode( GrowthMode growth ) { _growth = growth; }
GrowthMode getGrowthMode() { return _growth; }
void setGrowthParam( uint param, uint value );
uint getGrowthParam( uint param );
void grow();
protected:
QPtrVector<unsigned int> _stacks;
Creature * _creature;
GenericCell * _cell;
unsigned int _categoryNumber;
CreatureBehaviour _behaviour;
GrowthMode _growth;
uint _growthParam0, _growthParam1;
bool _flee;
bool _lookingRight;
bool _estimated;
};
#endif // GENERICMAPCREATURE_H
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