""" Returns a Figurine Algebraic Notation string of a move """
san = unicode(toSAN(board, move))
if board.color == WHITE:
return san.translate(san2WhiteFanDic)
else:
return san.translate(san2BlackFanDic)
################################################################################
# parseFAN #
################################################################################
fan2SanDic = {}
for k, v in san2WhiteFanDic.items():
fan2SanDic[ord(v)] = unichr(k)
for k, v in san2BlackFanDic.items():
fan2SanDic[ord(v)] = unichr(k)
def parseFAN(board, fan):
""" Parse a Figurine Algebraic Notation string """
san = fan.translate(fan2SanDic)
return parseSAN(board, san)
################################################################################
# toPolyglot #
################################################################################
def toFAN (board, move):
""" Returns a Figurine Algebraic Notation string of a move """
san = unicode(toSAN (board, move))
if board.color == WHITE:
return san.translate(san2WhiteFanDic)
else:
return san.translate(san2BlackFanDic)
################################################################################
# parseFAN #
################################################################################
fan2SanDic = {}
for k, v in san2WhiteFanDic.items():
fan2SanDic[ord(v)] = unichr(k)
for k, v in san2BlackFanDic.items():
fan2SanDic[ord(v)] = unichr(k)
def parseFAN (board, fan):
""" Parse a Figurine Algebraic Notation string """
san = fan.translate(fan2SanDic)
return parseSAN (board, san)
################################################################################
# toPolyglot #
################################################################################
def toPolyglot (board, move):
""" Returns a 16-bit Polyglot-format move
(FAN_PIECES[WHITE][KNIGHT],'k'),
(FAN_PIECES[WHITE][BISHOP],'j'),
(FAN_PIECES[WHITE][ROOK],'l'),
(FAN_PIECES[WHITE][QUEEN],'m'),
(FAN_PIECES[WHITE][KING],'n'),
('†', '+'),
('‡', '+'),
('1/2', 'Z'))
def fanconv(fan):
for f,r in lisPieces:
fan = fan.replace(f,r)
return fan
# Dictionaries and expressions for parsing diagrams
entitydefs = dict(("&%s;"%a,unichr(ord(b)).encode('utf-8'))
for a,b in entitydefs.items() if len(b)==1)
def2entity = dict((b, a) for a,b in entitydefs.items())
style = """
@font-face {font-family: "Chess Alpha 2"; src: local("Chess Alpha 2"),
url("http://pychess.org/fonts/ChessAlpha2.eot?") format("eot"),
url("http://pychess.org/fonts/ChessAlpha2.woff") format("woff"),
url("http://pychess.org/fonts/ChessAlpha2.ttf") format("truetype"),
url("http://pychess.org/fonts/ChessAlpha2.svg#ChessAlpha2") format("svg"); font-weight:"normal"; font-style:"normal";}
table.pychess {display:inline-block; vertical-align:top}
table.pychess td {margin:0; padding:0; font-size:10pt; font-family:"Chess Alpha 2"; padding-left:.5em}
table.pychess td.numa {width:0; text-align:right}
table.pychess td.numa {width:0; text-align:right; padding-left:1em}
table.pychess td.status {text-align:center; font-size:12pt; padding-right:2em}
def entityDecode (self, text):
return self.entityExpr.sub(lambda m: unichr(int(m.groups()[0],16)), text)
