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#ifndef PIECE_H
#define PIECE_H
#include "base/piece.h"
class FEPieceInfo : public GPieceInfo
{
public:
FEPieceInfo() {}
virtual uint nbBlocks() const { return NB_BLOCKS; }
virtual uint nbForms() const { return 1; }
virtual uint nbTypes() const
{ return NB_NORM_BLOCK_TYPES * NB_NORM_BLOCK_TYPES; }
virtual const int *i(uint, uint rot) const { return FORM.i[rot]; }
virtual const int *j(uint, uint rot) const { return FORM.j[rot]; }
virtual uint value(uint type, uint n) const
{ return (n%2 ? type/4 : type%4); }
virtual uint form(uint) const { return 0; }
virtual uint nbConfigurations(uint type) const
{ return ((type%4)==(type/4) ? 2 : 4);}
virtual uint nbNormalBlockTypes() const { return NB_NORM_BLOCK_TYPES; }
virtual uint nbGarbageBlockTypes() const { return 1; }
virtual uint nbBlockModes() const { return NB_BLOCK_MODES; }
virtual uint nbColors() const { return NB_NORM_BLOCK_TYPES + 1; }
virtual TQString colorLabel(uint i) const;
virtual TQColor defaultColor(uint i) const;
private:
void draw(TQPixmap *, uint blockType, uint blockMode, bool lighted) const;
void setMask(TQPixmap *, uint blockMode) const;
enum { NB_BLOCKS = 2,
NB_NORM_BLOCK_TYPES = 4,
NB_BLOCK_MODES = 1+4+6+4+1 }; // all possible connections
struct Form {
int i[4][NB_BLOCKS];
int j[4][NB_BLOCKS];
};
static const Form FORM;
static const char *DEFAULT_COLORS[NB_NORM_BLOCK_TYPES + 1];
};
#endif
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