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/* Classes Move, MoveList
* - represents a move in the game of Abalone
*
* Josef Weidendorfer, 28.8.97
*/
#ifndef _MOVE_H_
#define _MOVE_H_
#include <qstring.h>
class Move
{
public:
/* Type of move: Moves are searched in this order */
enum MoveType { out2 = 0, out1with3, out1with2, push2,
push1with3, push1with2, move3, left3, right3,
left2, right2, move2, move1, none };
enum { typeCount = none };
Move() { type = none; }
Move(short f, char d, MoveType t)
{ field = f; direction = d, type = t; }
bool isOutMove() const
{ return type <= out1with2; }
bool isPushMove() const
{ return type <= push1with2; }
static int maxOutType()
{ return out1with2; }
static int maxPushType()
{ return push1with2; }
static int maxMoveType()
{ return move1; }
QString name() const;
void print() const;
/* Directions */
enum { Right=1, RightDown, LeftDown, Left, LeftUp, RightUp };
short field;
unsigned char direction;
MoveType type;
};
/**
* Class MoveTypeCounter
*
* Used in Board evaluation to count types of board allowed
* in a position
*/
class MoveTypeCounter
{
public:
MoveTypeCounter();
~MoveTypeCounter() {}
void init();
void incr(int t) { count[t]++; }
int get(int t) { return count[t]; }
int sum();
private:
int count[Move::typeCount];
};
/**
* Class InARowCounter
*
* Used in Board evaluation to count connectiveness
* of some degrees in a position
*/
class InARowCounter
{
public:
enum InARowType { inARow2 = 0, inARow3, inARow4, inARow5, inARowCount };
InARowCounter();
~InARowCounter() {}
void init();
void incr(int c) { count[c]++; }
int get(int c) { return count[c]; }
private:
int count[inARowCount];
};
/* MoveList stores a fixed number of moves (for efficince)
* <getNext> returns reference of next move ordered according to type
* <insert> does nothing if there isn't enough free space
*
* Recommend usage (* means 0 or more times):
* [ clear() ; insert() * ; isElement() * ; getNext() * ] *
*/
class MoveList
{
public:
MoveList();
enum { MaxMoves = 150 };
/* for isElement: search for moves starting with 1/2/3 fields */
enum { all , start1, start2, start3 };
void clear();
void insert(Move);
bool isElement(int f);
bool isElement(Move&, int startType, bool del=false);
void insert(short f, char d, Move::MoveType t)
{ insert( Move(f,d,t) ); }
int getLength()
{ return nextUnused; }
bool getNext(Move&,int maxType); /* returns false if no more moves */
private:
Move move[MaxMoves];
int next[MaxMoves];
int first[Move::typeCount];
int last[Move::typeCount];
int actual[Move::typeCount];
int nextUnused, actualType;
};
#endif /* _MOVE_H_ */
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