def parse_game(pgn_text, pgn_extract_path):
p = Popen([pgn_extract_path, "-Wuci"],
stdin=PIPE,
stdout=PIPE,
stderr=PIPE)
formatted_uci, stderr = p.communicate(pgn_text)
game_pgn = pgn.loads(pgn_text)[0]
game = pgn.loads(formatted_uci)[0]
return game_pgn, game
def make_dfs(filename, playername):
pgn_text = open(filename).read()
pgn_game = pgn.PGNGame()
dat = pgn.loads(pgn_text) # Returns a list of PGNGame
sdat = pgn.dumps(pgn_game) # Returns a string with a pgn game
f_g = dat[0]
games = list()
for game in dat:
keys = [key for key in dir(game) if not '_' in key]
game_dict = dict()
for key in keys:
game_dict[key] = game.__getattribute__(key)
games.append(game_dict)
df = pd.DataFrame(games)
split_timecontrol(df)
df.whiteelo = pd.to_numeric(df.whiteelo, errors='coerce')
df.blackelo = pd.to_numeric(df.blackelo, errors='coerce')
#df.dropna(inplace=True)
me_black = df.loc[df.black == playername]
me_white = df.loc[df.white == playername]
return me_black, me_white, df
def load_all_from_pgn(pgn_string) -> List[ChessGame]:
games = [
ChessGame.load_from_pgn_game(pgn_game)
for pgn_game in pgn.loads(pgn_string)
]
return games
def load_parse_and_pickle_games(infile, outfile): games = None with codecs.open(infile, encoding='ascii', errors='replace') as f: contents = f.read() games = pgn.loads(contents) pickle.dump(games, open(outfile, 'wb')) return games
def get_pgn():
p = subprocess.Popen(['pbpaste'], stdout=subprocess.PIPE)
p.wait()
pgn_text = p.stdout.read().replace('\r','\n')
game = pgn.PGNGame()
game = pgn.loads(pgn_text)[0]
moves = strip_pgn(game)
return moves
def pgns2csv(dir, name='games.csv'):
"""
Reads all pgns in a given directory and compiles them into a csv
@param dir: directory that houses the pgns
"""
pgn_lists = [pgn.loads(open(os.path.join(dir, p)).read()) for p in os.listdir(dir) if p.endswith('.pgn')]
games = [game for sublist in pgn_lists for game in sublist]
with open(name, 'w', newline='') as csvfile:
writer = PGNWriter(csvfile)
for game in games:
writer.writegame(game)
def test_loads(self):
'''Tests ``loads`` function'''
text = '''
[Site "Belgrade, Serbia Yugoslavia|JUG"]
[Date "1234.32.32"]
1. e4 e5 2. Nf3 Nc6
3. Bb5 1-0'''
games = pgn.loads(text)
assert len(games) == 1
def test_loads(self):
'''Tests ``loads`` function'''
text = '''
[Site "Belgrade, Serbia Yugoslavia|JUG"]
[Date "1234.32.32"]
1. e4 e5 2. Nf3 Nc6
3. Bb5 1-0'''
games = pgn.loads(text)
assert len(games) == 1
def playGame(self, pgn_filename):
game = pgn.loads(open(pgn_filename).read())[0]
self.setGrasp("pre-pinch")
self.setSquare("a1", 0.15)
for move in game.moves:
self.setSquare(move[0:2], 0.10)
self.setSquare(move[0:2], 0.015)
self.setGrasp("pinch")
self.setSquare(move[0:2], 0.10)
self.setSquare(move[2:4], 0.10)
self.setSquare(move[2:4], 0.015)
self.setGrasp("pre-pinch")
self.setSquare(move[2:4], 0.10)
def __init__(self, file_game, file_data):
'''
L'utilité de cette classe sera de parser les files où il y a les données de milliers de games d'échecs pour que sa devienne lisible par notre programme string -> int[int[], int[]] pour lastPosition et position
Ce programme ne sera pas exécuter en même temps que le programme d'échec (c'est runner indépendemment juste pour creer le data.txt qui sera utile au programme)
:param file_game: c'est tout simplement le nom du fichier à parser
'''
pgn_text = open(file_game + ".pgn").read()
self.file_data = file_data
self.games = pgn.loads(pgn_text)
self.board = None
self.initPiece()
self.tourBlanc = None
self.promotedPiece = None
def playGame(self, pgn_filename):
game = pgn.loads(open(pgn_filename).read())[0]
self.setGrasp("pre-pinch")
self.setSquare("a1", 0.15)
for move in game.moves:
self.setSquare(move[0:2], 0.10)
self.setSquare(move[0:2], 0.015)
self.setGrasp("pinch")
self.setSquare(move[0:2], 0.10)
self.setSquare(move[2:4], 0.10)
self.setSquare(move[2:4], 0.015)
self.setGrasp("pre-pinch")
self.setSquare(move[2:4], 0.10)
def get_pgn():
global white_name, black_name
p = subprocess.Popen(['pbpaste'], stdout=subprocess.PIPE)
p.wait()
pgn_text = p.stdout.read().replace('\r', '\n')
game = pgn.PGNGame()
game = pgn.loads(pgn_text)[0]
white_name = make_comparable(game.white)
black_name = make_comparable(game.black)
moves = strip_pgn(game)
return moves
def cleanup(file):
print(file)
pgn_text_file = open(os.getcwd() + '\\Games\\' + file, encoding="Latin-1")
pgn_text = pgn_text_file.read()
#print(pgn_text[0:100])
games = pgn.loads(pgn_text)
return games
#file = "rvkopen15r1.pgn"
#file = "rvkopen14r5.pgn"
#games = cleanup(file)
#for game in games:
# print(game.moves)
def pgns2csv(dir, name='games.csv'):
"""
Reads all pgns in a given directory and compiles them into a csv
@param dir: directory that houses the pgns
"""
pgn_lists = [
pgn.loads(open(os.path.join(dir, p)).read()) for p in os.listdir(dir)
if p.endswith('.pgn')
]
games = [game for sublist in pgn_lists for game in sublist]
with open(name, 'w', newline='') as csvfile:
writer = PGNWriter(csvfile)
for game in games:
writer.writegame(game)
def cleanup(file):
print(file)
pgn_text_file = open(os.getcwd() + '\\Games\\' + file, encoding="Latin-1")
pgn_text = pgn_text_file.read()
#print(pgn_text[0:100])
games = pgn.loads(pgn_text)
return games
#file = "rvkopen15r1.pgn"
#file = "rvkopen14r5.pgn"
#games = cleanup(file)
#for game in games:
# print(game.moves)
def get_pgn():
global white_player
global black_player
p = subprocess.Popen(['pbpaste'], stdout=subprocess.PIPE)
p.wait()
pgn_text = p.stdout.read().replace('\r','\n')
game = pgn.PGNGame()
game = pgn.loads(pgn_text)[0]
white_player = game.white.split(',')[0]
black_player = game.black.split(',')[0]
moves = strip_pgn(game)
return moves
def run(self):
should_continue = True
last_moves = None
iteration = -1
while should_continue:
iteration += 1
try:
text = read_url(CHESS_COM +
'echess/download_pgn?id=%d' % self._game_id)
except Exception as e:
debug_log('ERROR: failed to read game data from chess.com :(')
#print e
#print type(e)
sleep(ERROR_SLEEP_TIME)
continue
game = pgn.loads(text)[0]
moves = self._trim_moves(game.moves)
num_moves = len(moves)
if iteration == 0:
debug_log('started tracking game %d between %s and %s' % (
self._game_id,
game.white,
game.black,))
msg_end = None
if game.result in ['1-0', '0-1', '1/2-1/2']:
msg_end = 'ended with score %s after %d moves' % (game.result,
num_moves,)
should_continue = False
elif moves and moves != last_moves:
msg_end = '%2d. %s%s' % (1 + (num_moves-1) // 2,
'' if num_moves % 2 == 1 else '...',
moves[-1],)
last_moves = moves[:]
if msg_end and iteration != 0:
with PRINT_LOCK:
sys.stdout.write('%25s | %-16s\n' % (
'%s vs. %s' % (game.white, game.black),
msg_end,))
sys.stdout.flush()
sleep(POLLING_INTERVAL)
def parse_pgn(filename):
path = os.path.join(filename)
pgn_text = open(path).read()
#pgn_game = pgn.PGNGame()
games = pgn.loads(pgn_text)
for game in games:
#print game.moves
#moves = game.moves[0]+" "+game.moves[1]+" "+game.moves[2]+" "+game.moves[3]
#print game.result
if (game.result != None and game.moves != None and game.white != None):
res = parse_res(game.result)
eco_ = eco.from_moves(game.moves)[0][0]
dataset = create_eco_res()
playername = game.white
eco_res = cal_eco_res(dataset, eco_, res)
save_eco(playername, eco_res)
def parse_pgn(filename):
path = os.path.join(filename)
pgn_text = open(path).read()
#pgn_game = pgn.PGNGame()
games = pgn.loads(pgn_text)
for game in games:
#print game.moves
#moves = game.moves[0]+" "+game.moves[1]+" "+game.moves[2]+" "+game.moves[3]
#print game.result
if(game.result != None and game.moves != None and game.white != None):
res = parse_res(game.result)
eco_ = eco.from_moves(game.moves)[0][0]
dataset = create_eco_res()
playername = game.white
eco_res = cal_eco_res(dataset, eco_, res)
save_eco(playername, eco_res)
def tap(self, keycode, character, press):
# If 'n' is pressed then next move is played by allmighty SF
if character == 'n' and press:
print '---------------------------'
try:
pgn_text = get_pgn()
game = pgn.loads(pgn_text)[0]
if game.white == me: side = Player.WHITE
else: side = Player.BLACK
except:
print 'Issue with PGN:', pgn_text
return
print 'Moves: ', game.moves
board = Bitboard()
for move in game.moves:
if move != '*':
board.push_san(move)
fen_pos = board.fen()
print 'FEN: ', fen_pos
## Set fen position to stockfish, find the best move
stock.setposition_fen(fen_pos)
move_dict = stock.bestmove()
print 'move_dict: ', move_dict
move = move_dict['move']
## Try to play the best move
try:
make_move(move, side)
except:
print 'Problem playing move!'
# By pressing number from 1-9 you can set how long SF could possibly
# think on a particular move (in seconds)
elif character in DIGITS and press:
print 'pressed: ', character
stock.movetime = int(character) * 1000
def resultat(fichier):
try :
texte = open(fichier).read()
except:
print "Fichier : "+fichier+" n'existe pas"
return
print " Analise de "+fichier
jeux = pgn.loads(texte)
for jeu in jeux:
res= "L'evenement "+ jeu.event
res += " a eu lieu a " + jeu.site
res += " le " + jeu.date
blanc = jeu.white.split(", ")
if len(blanc) == 2:
res += "\nIl a vu s'affronter "+ blanc[1] +" "+blanc[0]
else :
res += "\nIl a vu s'affronter "+ blanc[0]
noir = jeu.black.split(", ")
if len(noir) == 2:
res += " et "+ noir[1]+ " "+ noir[0]
else :
res += " et "+ noir[0]
res+="\n\n"
if jeu.result == "1-0":
res += "victoire de "
if len(blanc) == 2:
res += blanc[1] +" "+blanc[0]
else :
res +=blanc[0]
elif jeu.result == "0-1":
res += "victoire de "
if len(noir) == 2:
res +=noir[1]+ " "+ noir[0]
else :
res +=noir[0]
elif jeu.result == "1/2-1/2":
res += "match nul"
elif jeu.result == "*":
res += "parti en cour"
print res+"\n"
def read_pgnx(data, verbose=False, min_annot=3):
"""Read pgnx file, filter games with fewer than min_annot annotations"""
game_strs = data.split("<==>\n")
games = []
for game_str in game_strs:
# try to parse the line
try:
player, rating, pgn_str = game_str.split("\n",2)
except:
if verbose:
stderr.write("game unparsable: %s\n" % game_str)
continue
# remove punctuation from rating, e.g., 900+
rating = rating.strip(punctuation)
# skip non-numerical ratings
if not rating.isdigit():
if verbose:
stderr.write("dropping game with non-integer rating: %s\n" % rating)
continue
rating = int(rating)
# skip ratings that are unrealistic
if rating > 3000 or rating < 500:
if verbose:
stderr.write("rating unrealistic: %d\n" % rating)
continue
# load the pgn and extract annotations
game_pgn = pgn.loads(pgn_str)[0]
annotations = [move for move in game_pgn.moves if move.strip().startswith("{")]
if len(annotations) < min_annot:
if verbose:
stderr.write("dropping game with too few annotations\n")
continue
games.append((player, rating, game_pgn, annotations))
return games
def fromPGN(cls, PGN):
import pgn
pgnfields = pgn.loads(PGN)[0]
FEN = pgnfields.fen
position = Position.fromFEN(FEN) if FEN else None
game = cls(init_pos=position,
event=pgnfields.event,
white_player=pgnfields.white,
black_player=pgnfields.black)
results = [WHITE_WINS, BLACK_WINS, DRAW]
for m in pgnfields.moves:
# Omitting comments ...
if '{' in m:
continue
# and result
if m in results:
break
game.move(m)
return game
def calculate_blunders(pgnpath):
global engine
FIRST = 0
assert os.path.exists(pgnpath)
pgntext = open(pgnpath, 'r').read()
gamepgn= pgn.loads(pgntext)[0]
#test gameresult.
log.info('got game %s', gamepgn)
LAST = GLOBAL_LAST or len(gamepgn.moves)
states = {}
for n in range(FIRST, LAST):
try:
move = gamepgn.moves[n]
if move in ['1-0', '0-1', '1/2-1/2']:
break
states[n] = engine.evalposition(gamepgn, movenum=n)
except Exception, e:
import ipdb;ipdb.set_trace()
try:
states[n] = engine.evalposition(gamepgn, movenum=n)
except Exception, ee:
pass
break
def read_files(self):
"""Read games from specified files"""
for f in self.filenames:
self.games.extend(pgn.loads(open(f).read()))
import pgn
import sys
# Event, Site, Date, Round, White, Black and Result.
def sanitize(s):
return s.replace("\t", " ")
for fn in sys.argv[1:]:
with file(fn) as f:
for game in pgn.loads(f.read()):
try:
print("{}\t{}\t{}\t{}\t{}\t{}\t{}\t{}\t{}".format(
sanitize(game.event), sanitize(game.site),
sanitize(game.date), sanitize(game.round),
sanitize(game.white), sanitize(game.black),
sanitize(game.result), sanitize(game.whiteelo),
sanitize(game.blackelo)))
except AttributeError:
pass
directory[row[4]] = (section, row[3])
section_set[section].add(row[4])
# Sort the twic files numerically so that the games appear
# in chronological order in the output files
def twic_key(a):
return int(os.path.splitext(os.path.basename(a))[0][len('twic'):])
# Loop over all TWIC games, finding the interesting ones
# and adding them to the appropriate output file(s)
for pgn_filename in sorted(glob.glob(os.path.join('twic', '*pgn')),
key=twic_key):
print(pgn_filename)
games = pgn.loads(open(pgn_filename).read())
for game in games:
white_id = getattr(game, 'whitefideid', None)
black_id = getattr(game, 'blackfideid', None)
white_file = interesting.get(white_id)
black_file = interesting.get(black_id)
if white_file:
found.add(white_id)
print('Found game {} in {}'.format(game, pgn_filename))
print(game.dumps() + '\n\n', file=white_file)
if black_file and black_file != white_file:
found.add(black_id)
print('Found game {} in {}'.format(game, pgn_filename))
print(game.dumps() + '\n\n', file=black_file)
# Come up with some stats on how well "covered" the field is
if 'result "1-0"' in content.lower():
white += 1
if 'result "0-1"' in content.lower():
black += 1
if 'event' in content.lower():
games += 1
draw = games - (black + white)
print("This file has " + str(games) + " games being analyzed.")
print("White has won " + str(white) + " games/ " +
str(100 * float(white) / float(games)) + "%")
print("Black has won " + str(black) + " games/ " +
str(100 * float(black) / float(games)) + "%")
print("There has been " + str(draw) + " draws/ " +
str(100 * float(draw) / float(games)) + "%")
with open(os.path.join(roots, fName)) as cFile:
aGames = pgn.loads(cFile.read())
countList = []
for game in aGames:
counts = "{} vs {}, {} moves.".format(game.white, game.black,
len(game.moves))
print(counts)
countList += [len(game.moves)]
print("The min value of moves for all games in " + fName +
" = {}".format(min(countList)))
print("The median value of moves for all games in " + fName +
" = {}".format(median(countList)))
print("The mean value of moves for all games in " + fName +
" = {}".format(mean(countList)))
print("The max value of moves for all games in " + fName +
" = {}".format(max(countList)))
print("The 50th percentile value for moves in " + fName +
def parse_pgn(pgn_string: str, prng: PRNG, internal_pypi_url: str,
public_pypi_url: str):
# Generate "random" package name
package_name = prng.next_as_hex()
# Download dependencies...
logs = ""
internal_pypi_host = internal_pypi_url.split("//")[1].split("/")[0].split(
":")[0]
public_pypi_host = public_pypi_url.split("//")[1].split("/")[0].split(
":")[0]
command = [
'pip', 'install', '--index-url', f'{public_pypi_url}/simple',
'--extra-index-url', f'{internal_pypi_url}/simple/', '--trusted-host',
f'{internal_pypi_host}', '--trusted-host', f'{public_pypi_host}',
package_name
]
logs += "=> " + " ".join(command) + "\n"
process = subprocess.Popen(
command,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
)
out, err = process.communicate()
logs += out.decode("utf-8").rstrip()
logs += err.decode("utf-8").rstrip()
if err != b"":
return False, [], logs
# Parse pgn
logs += "\n=> Benny is running his python scripts ...."
thrown_exception = False
try:
import pgn
# importlib.reload(pgn)
parsed_games = pgn.loads(pgn_string)
logs += "\n=> Result from parsing: {0}".format(parsed_games)
except Exception as e:
logs += "\n[ERROR] Error parsing provided pgn ...."
logs += "\n{0}: {1}".format(type(e).__name__, e)
thrown_exception = True
# Try to delete module
try:
del sys.modules["pgn"]
del pgn
except Exception:
pass
if thrown_exception:
return False, [], logs
logs += "\n[SUCCESS] PGN parsed successfully!"
# Uninstall depdencies
command = ['pip', 'uninstall', '-y', package_name]
logs += "\n=> " + " ".join(command) + "\n"
process = subprocess.Popen(
command,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
)
out, err = process.communicate()
logs += out.decode("utf-8").rstrip()
logs += err.decode("utf-8").rstrip()
return True, parsed_games, logs
def parse_games(database, depth, custom_branching, color, name):
database = open(database)
pgn_text = database.read()
database.close()
color = color.lower()
games = pgn.loads(pgn_text)
all_games = []
all_ratios = []
kick_depth = 0
name = name.split(' ')
#od
if len(name) >= 2:
for i in range(len(name)):
name.append(name[i][0])
for game in games:
if color == 'white' or color == 'w':
other_name = str(game.white)
other_name = other_name.replace(',', ' ')
other_name = other_name.replace(' ', ' ')
other_name = other_name.split(' ')
if set(other_name).issubset(set(name)):
if len(game.moves) >= depth + 2:
all_games.append(game.moves)
elif color == 'black' or color == 'b':
other_name = str(game.black)
other_name = other_name.replace(',', ' ')
other_name = other_name.replace(' ', ' ')
other_name = other_name.split(' ')
if set(other_name).issubset(set(name)):
if len(game.moves) >= depth + 2:
all_games.append(game.moves)
else:
if name == ['']:
if len(game.moves) >= depth + 2:
all_games.append(game.moves)
else:
other_name = str(game.white)
other_name = other_name.replace(',', ' ')
other_name = other_name.replace(' ', ' ')
other_name = other_name.split(' ')
other_name2 = str(game.black)
other_name2 = other_name2.replace(',', ' ')
other_name2 = other_name2.replace(' ', ' ')
other_name2 = other_name2.split(' ')
if set(other_name).issubset(
set(name)) or set(other_name2).issubset(set(name)):
if len(game.moves) >= depth + 2:
all_games.append(game.moves)
for i in range(len(all_games)):
all_games[i].pop(-2)
all_ratios.append(all_games[i][-1])
all_games[i].pop(-1)
if custom_branching:
a = input('Custom Branching: ')
a = list(a.split())
del_list = []
kick_depth = len(a)
for i in range(len(all_games)):
b = all_games[i][0:len(a)]
if a == b:
pass
else:
del_list.append(i)
all_games = [
all_games[i] for i in range(len(all_games)) if i not in del_list
]
all_ratios = [
all_ratios[i] for i in range(len(all_ratios)) if i not in del_list
]
return all_games, all_ratios, kick_depth
import pgn
import sys
n = 0
bad = 0
# Event, Site, Date, Round, White, Black and Result.
for game in pgn.loads(file(sys.argv[1]).read()):
try:
print("{},{},{},{},{},{},{},{},{}".format(game.event, game.site,
game.date, game.round,
game.white, game.black,
game.result, game.whiteelo,
game.blackelo))
except AttributeError:
bad += 1
print("{}".format(game.dumps()))
n += 1
print("n={}".format(n))
print("bad={}".format(bad))
interesting[row[4]] = outfile
directory[row[4]] = (section, row[3])
section_set[section].add(row[4])
# Sort the twic files numerically so that the games appear
# in chronological order in the output files
def twic_key(a):
return int(os.path.splitext(os.path.basename(a))[0][len("twic") :])
# Loop over all TWIC games, finding the interesting ones
# and adding them to the appropriate output file(s)
for pgn_filename in sorted(glob.glob(os.path.join("twic", "*pgn")), key=twic_key):
print(pgn_filename)
games = pgn.loads(open(pgn_filename).read())
for game in games:
white_id = getattr(game, "whitefideid", None)
black_id = getattr(game, "blackfideid", None)
white_file = interesting.get(white_id)
black_file = interesting.get(black_id)
if white_file:
found.add(white_id)
print("Found game {} in {}".format(game, pgn_filename))
print(game.dumps() + "\n\n", file=white_file)
if black_file and black_file != white_file:
found.add(black_id)
print("Found game {} in {}".format(game, pgn_filename))
print(game.dumps() + "\n\n", file=black_file)
# Come up with some stats on how well "covered" the field is
def parseGames(gameText): game = pgn.PGNGame() games = pgn.loads(gameText) return games
# get pgn here: https://github.com/renatopp/pgnparser
# download and install locally with easy_install
import pgn
import sys
if(len(sys.argv) < 2 ):
print("usage: python pgn_parser.py <path/to/file.pgn>")
exit()
pgn_text = open(sys.argv[1]).read()
games = pgn.loads(pgn_text)
print("PGN parsed successfully")
print("{0} games found".format(len(games)))
def get_all_games(file_name): pgn_file = open(file_name) pgn_text = pgn_file.read() pgn_file.close() return pgn.loads(pgn_text)
def get_list_of_moves_from_pgn(pgn_path): #includes comments & W/L/D result
pgn_text = open(pgn_path).read()
pgn_games = pgn.loads(pgn_text)
return [game.moves for game in pgn_games]
# -*- coding: utf-8 -*-
# @Time : 2018/1/26 17:21
# @Author : play4fun
# @File : pgnparser1.py
# @Software: PyCharm
"""
pgnparser1.py:
"""
import pgn
# pgn_text = open('morphy.pgn').read()
pgn_text = open('example.pgn').read()
pgn_game = pgn.PGNGame()
x = pgn.loads(pgn_text)
print(x) # Returns a list of PGNGame
# [<PGNGame "Fischer, Robert J." vs "Spassky, Boris V.">]
d = pgn.dumps(pgn_game)
print(d) # Returns a string with a pgn game
'''
[<PGNGame "Fischer, Robert J." vs "Spassky, Boris V.">]
[Event "?"]
[Site "?"]
[Date "?"]
[Round "?"]
[White "?"]
[Black "?"]
[Result "?"]
'''
import pgn
import sys
n = 0
bad = 0
# Event, Site, Date, Round, White, Black and Result.
for game in pgn.loads(file(sys.argv[1]).read()):
try:
print("{},{},{},{},{},{},{},{},{}".format(
game.event,
game.site,
game.date,
game.round,
game.white,
game.black,
game.result,
game.whiteelo,
game.blackelo))
except AttributeError:
bad += 1
print("{}".format(game.dumps()))
n += 1
print("n={}".format(n))
print("bad={}".format(bad))
def get_all_games(file_name):
pgn_file = open(file_name)
pgn_text = pgn_file.read()
pgn_file.close()
return pgn.loads(pgn_text)
import glob
pgn_text = ''
print('Opening pgn files')
# the example on https://github.com/renatopp/pgnparser for large pgn files did not work
# as a result, this is pretty slow (even with only 1 1mb pgn file)
# thanks to http://stackoverflow.com/questions/5013532/open-file-by-filename-wildcard
path = "data/*.pgn"
for filename in glob.glob(path):
with open(filename, 'r') as f:
pgn_text += f.read()
pgn_games = pgn.PGNGame()
games = pgn.loads(pgn_text)
number_of_games = len(games)
print(str(number_of_games) + " games loaded.\n")
results = map(lambda x: x.result, games)
def win_rate(result):
return (float(len(filter(lambda x: x == result, results))) /
number_of_games) * 100
white_wins = win_rate('1-0')
black_wins = win_rate('0-1')
draws = win_rate('1/2-1/2')