def test_bCmplx_heuristicInCheck(self):
# Neither player should be in check at the start
wVal = heuristicInCheck(ChessBoard.WHITE, getBoardComplex())
bVal = heuristicInCheck(ChessBoard.BLACK, getBoardComplex())
self.assertTrue(wVal == 1)
self.assertTrue(bVal == 1)
def test_bCmplx_heuristicPiecesUnderAttack(self):
wVal = heuristicPcsUnderAttack(ChessBoard.WHITE, getBoardComplex())
bVal = heuristicPcsUnderAttack(ChessBoard.BLACK, getBoardComplex())
properWhiteVal = 1 - 2 * (10 / 39)
properBlackVal = 1 - 2 * (12 / 39)
self.assertTrue(wVal == properWhiteVal)
self.assertTrue(bVal == properBlackVal)
def test_bCmplx_heuristicPieceValue(self):
wVal = heuristicPieceValue(ChessBoard.WHITE, getBoardComplex())
bVal = heuristicPieceValue(ChessBoard.BLACK, getBoardComplex())
properWhiteVal = (39 - 19.5) / 19.5
properBlackVal = (35 - 19.5) / 19.5
self.assertTrue(wVal == properWhiteVal)
self.assertTrue(bVal == properBlackVal)
def test_bCmplx_heuristicPiecesCovered(self):
# Maximum covered value for new board is 39
wVal = heuristicPiecesCovered(ChessBoard.WHITE, getBoardComplex())
bVal = heuristicPiecesCovered(ChessBoard.BLACK, getBoardComplex())
properWhiteVal = -1 + 28 / 39 * 2
properBlackVal = -1 + 19 / 35 * 2
self.assertTrue(wVal == properWhiteVal)
self.assertTrue(bVal == properBlackVal)
def test_bCmplx_allLegalMoves_black(self):
b = getBoardComplex()
print "considering a board"
print b
eMoves = enumMoves(b, _b)
import pdb; pdb.set_trace()
self._allLegalMoves(b, _b, eMoves)
def test_bCmplx_allLegalMoves_black(self):
b = getBoardComplex()
print "considering a board"
print b
eMoves = enumMoves(b, _b)
import pdb
pdb.set_trace()
self._allLegalMoves(b, _b, eMoves)
def test_bCmplx_heuristicEmptySpaceCoverage(self):
b = getBoardComplex()
wVal = heuristicEmptySpaceCvrg(ChessBoard.WHITE, b)
bVal = heuristicEmptySpaceCvrg(ChessBoard.BLACK, b)
properWhiteVal = -1 + 22 / 36 * 2
properBlackVal = -1 + 22 / 36 * 2
self.assertTrue(wVal == properWhiteVal)
self.assertTrue(bVal == properBlackVal)
def test_bCmplx_allLegalMoves_white(self):
b = getBoardComplex()
self._allLegalMoves(b, _w, enumMoves(b, _w))
def test_bCmplx_allLegalMoves_white(self):
b = getBoardComplex()
self._allLegalMoves(b, _w, enumMoves(b, _w))
