def format(data):
"""Takes a list of MetricResults."""
# Distinct values in data for forest plot variables:
forestcombinations = util.combinations([util.unique(x, data) for x in config.fgraphs])
forestcombinations = [dict(zip(config.fgraphs, x)) for x in forestcombinations]
forestcombinations = filter(lambda x: x["benchmark"] in config.forests, forestcombinations)
# Distinct values in data for bar chart variables:
barcombinations = util.combinations([util.unique(x, data) for x in config.graphs])
barcombinations = [dict(zip(config.graphs, x)) for x in barcombinations]
barcombinations = filter(lambda x: not x["benchmark"] in config.forests, barcombinations)
# Filter out omitted configurations.
allcombinations = forestcombinations + barcombinations
for omit in config.omit:
sieve = lambda x: not util.all([x[y] == omit[y] for y in omit.keys() if x.has_key(y)])
allcombinations = filter(sieve, allcombinations)
# Create the graph objects.
figures = []
for configuration in allcombinations:
if configuration in forestcombinations:
graphtype = ForestPlot
else:
graphtype = BarChart
sorteddata = graphtype.sortdata(data, configuration)
if sorteddata:
graph = graphtype(sorteddata)
else:
continue
graph.create()
figures.append(graph)
return figures
def format(data):
"""Takes a list of MetricResults."""
# Distinct values in data for forest plot variables:
forestcombinations = util.combinations(
[util.unique(x, data) for x in config.fgraphs])
forestcombinations = [
dict(zip(config.fgraphs, x)) for x in forestcombinations
]
forestcombinations = filter(lambda x: x["benchmark"] in config.forests,
forestcombinations)
# Distinct values in data for bar chart variables:
barcombinations = util.combinations(
[util.unique(x, data) for x in config.graphs])
barcombinations = [dict(zip(config.graphs, x)) for x in barcombinations]
barcombinations = filter(lambda x: not x["benchmark"] in config.forests,
barcombinations)
# Filter out omitted configurations.
allcombinations = forestcombinations + barcombinations
for omit in config.omit:
sieve = lambda x: not util.all(
[x[y] == omit[y] for y in omit.keys() if x.has_key(y)])
allcombinations = filter(sieve, allcombinations)
# Create the graph objects.
figures = []
for configuration in allcombinations:
if configuration in forestcombinations:
graphtype = ForestPlot
else:
graphtype = BarChart
sorteddata = graphtype.sortdata(data, configuration)
if sorteddata: graph = graphtype(sorteddata)
else: continue
graph.create()
figures.append(graph)
return figures
def generate_track_name_possibilities(file, fileid, possible_releases):
"""Return all track ids matching the tracks.
Args:
fname: The file containing the track in question.
track: A list of tracks to match against.
possible_releases: Dictionary containing releases under consideration.
Yields:
All releated track_ids. Looks at all track names in the releases under
consideration and case insensitively compares the tracks, returning any
matches.
"""
ftrackname = file.getMDTrackTitle()
for (rid, v) in possible_releases.items():
release = lookups.get_release_by_releaseid(rid)
for trackind in range(len(release.tracks)):
rtrackname = release.tracks[trackind].title
# Don't bother if we've already found this track!
if trackind + 1 in v:
continue
if any(util.combinations(util.comp_name, rtrackname, ftrackname)):
print "Using text based comparison for track", trackind + 1, ` rtrackname `, "(", repr(
ftrackname), ")"
yield lookups.get_track_by_id(release.tracks[trackind].id)
def generate_from_metadata(file, num_tracks):
"""Return track id's by looking up the name on music brainz
Args:
fname: The file containing the track in question.
Yields:
A set of track_id, by querying based on id3 tags
"""
album = file.getMDAlbumTitle()
title = file.getMDTrackTitle()
artist = file.getMDTrackArtist()
if album is None or title is None or artist is None:
return # Can't get metadata
util.update_progress("Searching albums by text lookup: "+`album`+" "+`artist`)
for i in flatten(util.combinations(lookups.get_releases_by_cdtext,album, artist, num_tracks)):
release = lookups.get_release_by_releaseid(i.release.id)
util.update_progress("Trying "+release.title+" by text lookup")
for trackind in range(len(release.tracks)):
rtrackname = release.tracks[trackind].title
if type(title) != type([]):
title=[title]
for t in title:
if util.comp_name(rtrackname,t):
print "Using album based text comparison for",artist.strip(),album.strip(),"'s track",trackind+1,`rtrackname`
yield lookups.get_track_by_id(release.tracks[trackind].id)
else:
print "Failed text lookup for %s" % t
def generate_from_metadata(file, num_tracks):
"""Return track id's by looking up the name on music brainz
Args:
fname: The file containing the track in question.
Yields:
A set of track_id, by querying based on id3 tags
"""
album = file.getMDAlbumTitle()
title = file.getMDTrackTitle()
artist = file.getMDTrackArtist()
if album is None or title is None or artist is None:
return # Can't get metadata
util.update_progress("Searching albums by text lookup: " + ` album ` +
" " + ` artist `)
for i in flatten(
util.combinations(lookups.get_releases_by_cdtext, album, artist,
num_tracks)):
release = lookups.get_release_by_releaseid(i.release.id)
util.update_progress("Trying " + release.title + " by text lookup")
for trackind in range(len(release.tracks)):
rtrackname = release.tracks[trackind].title
if type(title) != type([]):
title = [title]
for t in title:
if util.comp_name(rtrackname, t):
print "Using album based text comparison for", artist.strip(
), album.strip(), "'s track", trackind + 1, ` rtrackname `
yield lookups.get_track_by_id(release.tracks[trackind].id)
else:
print "Failed text lookup for %s" % t
def generate_track_name_possibilities(file, fileid, possible_releases):
"""Return all track ids matching the tracks.
Args:
fname: The file containing the track in question.
track: A list of tracks to match against.
possible_releases: Dictionary containing releases under consideration.
Yields:
All releated track_ids. Looks at all track names in the releases under
consideration and case insensitively compares the tracks, returning any
matches.
"""
ftrackname = file.getMDTrackTitle()
for (rid,v) in possible_releases.items():
release = lookups.get_release_by_releaseid(rid)
for trackind in range(len(release.tracks)):
rtrackname = release.tracks[trackind].title
# Don't bother if we've already found this track!
if trackind+1 in v:
continue
if any(util.combinations(util.comp_name, rtrackname, ftrackname)):
print "Using text based comparison for track",trackind+1,`rtrackname`,"(",repr(ftrackname),")"
yield lookups.get_track_by_id(release.tracks[trackind].id)
def keyword_combinations():
keywords = parse_keywords(request.args["k"])
combos = [list(combinations(keywords, i))
for i in xrange(len(keywords), 1, -1)]
ret = to_json([item for sublist in combos for item in sublist])
return Response(response=ret,
status=200,
mimetype="application/json")
def get_command(self, description):
"""Return a command to execute given the current description."""
# Return any queued commands
if self.command_queue:
command, inventory = self.command_queue.popleft()
if inventory is not None:
for item in inventory:
if item not in self.inv:
self.command_queue.appendleft((command, inventory))
self.inv.add(item)
return f"take {item}"
for item in self.inv:
if item not in inventory:
self.command_queue.appendleft((command, inventory))
self.inv.remove(item)
return f"drop {item}"
if isinstance(command, str):
return command
command(description)
return self.get_command(description)
# Get to the penultimate room
if not self.at_end:
explore_commands = list(self.explorer.get_commands(description))
if explore_commands:
self.queue_commands(explore_commands)
return self.get_command(description)
assert self.explorer.route is not None, "Could not find the exit"
self.queue_commands(self.explorer.route)
self.at_end = True
return self.get_command(description)
# Figure out which items are light
if not self.light_items:
for item in self.inv:
self.queue_command(self.explorer.exit, inventory=[item])
def check_was_light(description, item=item):
if "heavier" in description:
self.light_items.add(item)
self.queue_command(check_was_light)
return self.get_command(description)
# Try all big enough combinations of light items
for combination in sorted(combinations(self.light_items, min_size=2),
key=len,
reverse=True):
self.queue_command(self.explorer.exit, inventory=combination)
return self.get_command(description)
import util
from config import logger
if __name__ == "__main__":
if len(sys.argv) > 1:
filename = sys.argv[1]
else:
filename = 'E.xlsx'
table = datatools.get_data(filename)
nrows = len(table)
ncols = 0
if nrows:
ncols = len(table[0])
if ncols:
logger.info('Stats: rows: %s, columns: %s' % (nrows, ncols))
comb_list = util.combinations(ncols)
#
# xl_workbook = xlrd.open_workbook(file_name)
# xl_sheet = xl_workbook.sheet_by_index(0)
# print('Open Excel workbook %s, sheetname: %s' % (file_name, xl_sheet.name))
#
# ncols = xl_sheet.ncols # Number of columns
# nrows = xl_sheet.nrows
#
# print('Stats: \n\t rows: %s, columns: %s' % (nrows, ncols))
# #util.printsheet(xl_sheet)
# comb_list = util.getallcomb(ncols)
# # logic.q_inf(xl_sheet, 0, 0)
