def peak_picking(unit, start_time): #checkFile):
if (start_time == 0):
end_time = 605
else:
end_time = start_time + 610
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_detections.npy"
li = np.load(checkFile)
peaks = []
saveFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_peaks"
for i in range(len(li)):
#first input
if (i - 1 < 0):
if (li[i + 1] < li[i]):
peaks.append((li[i], (i * 0.0232)))
#last input
if ((i + 1) == len(li)):
if (li[i - 1] < li[i]):
peaks.append((li[i], (i * 0.0232)))
#middle inputs
if ((i - 1 > 0) and ((i + 1) != len(li)) and (li[i - 1] < li[i])
and (li[i + 1] < li[i])):
peaks.append((li[i], (i * 0.0232)))
np.save(saveFile, peaks)
def initializeQtTranslations(language=None):
from PyQt4.QtCore import QTranslator, QCoreApplication, QLocale
if not language:
language = str(QLocale.system().name())
# First we try to load the file with the same system language name
# Usually in $LANG and looks something like ca_ES, de_DE, etc.
file = Paths.searchFile( '%s.qm' % language, 'l10n' )
if not file:
# If the first step didn't work try to remove country
# information and try again.
language = language.split('_')[0]
file = Paths.searchFile( '%s.qm' % language, 'l10n' )
# If no translation files were found, don't crash
# but continue silently.
if file:
translator = QTranslator( QCoreApplication.instance() )
translator.load( file )
QCoreApplication.instance().installTranslator( translator )
# First we try to load the file with the same system language name
# Usually in $LANG and looks something like ca_ES, de_DE, etc.
file = Paths.searchFile( 'qt_%s.qm' % language, 'l10n' )
if not file:
# If the first step didn't work try to remove country
# information and try again.
language = language.split('_')[0]
file = Paths.searchFile( 'qt_%s.qm' % language, 'l10n' )
# If no translation files were found, don't crash
# but continue silently.
if file:
translator = QTranslator( QCoreApplication.instance() )
translator.load( file )
QCoreApplication.instance().installTranslator( translator )
def send_login_request(self, username, password, state):
#TODO: add encryption and stuff
msg = OpCodes.login + username + ',' + password + ';'
print 'Sending login message: ' + msg
self.sock.send(msg)
response = self.recv_one_blocking()
if response == OpCodes.login_accepted:
print 'login accepted'
Paths.init(username)
frnds_list_msg = self.recv_one_blocking()
#TODO: also check that there aren't any data files of non friends
if frnds_list_msg[:OpCodes.num_char] == OpCodes.friends_list:
f_list = [f for f in frnds_list_msg[OpCodes.num_char:].split(',') if f]
for f in f_list:
frnd = Friend.Friend(f)
Shared.friends_list.append(frnd)
self.sock.setblocking(0)
self.message(OpCodes.my_state_changed, state)
return True
if response == OpCodes.login_declined:
print 'login declined'
return False
def threshold(unit, start_time, thresh):
if (start_time == 0):
end_time = 605
else:
end_time = start_time + 610
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_peaks.npy"
threshold_peaks = []
predicted = []
groundValues = []
for i in np.load(checkFile):
if (i[0] >= thresh):
threshold_peaks.append(i)
predicted.append(i[1]) #+38340)
truth = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + ".txt"
for line in open(truth, 'r'):
line = line.strip('\n')
line = float(line) - 38340
groundValues.append(line)
groundValues = np.array(groundValues)
predicted = np.array(predicted)
F, P, R = mir_eval.onset.f_measure(
groundValues, predicted) #(reference_onsets, estimated_onsets)
return F, P, R
def onset(unit, start_time, fmin_input, h_length):
if (start_time == 0):
end_time = 605
else:
end_time = start_time + 610
duration_length = end_time - start_time
file = p.get_trimmed_audio() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + ".wav"
y, sr = librosa.load(file, duration=duration_length)
D = librosa.stft(y)
times = librosa.frames_to_time(np.arange(D.shape[1]))
onset_env = librosa.onset.onset_strength(y=y,
sr=sr,
fmin=fmin_input,
hop_length=h_length) #,fmin=1000)
print(onset_env)
saveFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_detections"
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_detections.npy"
np.save(saveFile, onset_env)
def peak_picking(unit, start_time, end_time): #checkFile):
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_detections.npy"
li = np.load(checkFile) #[100,50,30,45,25,60,12,100,90,80,300]
peaks = []
saveFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_peaks"
for i in range(len(li)):
#first input
if (i - 1 < 0):
if (li[i + 1] < li[i]):
#print(li[i],i)
peaks.append((li[i], i))
#last input
if ((i + 1) == len(li)):
if (li[i - 1] < li[i]):
peaks.append((li[i], i))
#print(li[i],i)
#middle inputs
if ((i - 1 > 0) and ((i + 1) != len(li)) and (li[i - 1] < li[i])
and (li[i + 1] < li[i])):
peaks.append((li[i], i))
#print(li[i],i)
np.save(saveFile, peaks)
def threshold(unit, start_time, end_time, thresh):
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(start_time) + "_E_" + str(end_time) + "_peaks.npy"
threshold_peaks = []
predicted = []
groundValues = []
for i in np.load(checkFile):
if (i[0]>thresh):
threshold_peaks.append(i)
predicted.append(i[1]) #+38340)
truth = p.get_data() + str(unit).zfill(2) + "_S_" + str(start_time) + "_E_" + str(end_time) + ".txt"
for line in open(truth,'r'):
line = line.strip('\n')
line = float(line) - 38340
groundValues.append(line)
groundValues = np.array(groundValues)
predicted = np.array(predicted)
F, P, R = mir_eval.onset.f_measure(groundValues,predicted) #(reference_onsets, estimated_onsets)
print("F-Measure: " + str(F))
print("Precision: " + str(P))
print("Recall: "+ str(R))
print("***********************")
def threshold(unit, start_time, end_time, thresh):
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(start_time) + "_E_" + str(end_time) + "_peaks.npy"
threshold_peaks = []
for i in np.load(checkFile):
if (i>thresh):
threshold_peaks.append(i)
saveFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(start_time) + "_E_" + str(end_time) + "_thresh_peaks.npy"
np.save(saveFile, threshold_peaks)
def compare(apps=None, testLocales=None):
result = {}
c = CompareCollector()
fltr = collectFiles(c, apps=apps, locales=testLocales)
key = re.compile('[kK]ey')
for fl, locales in c.cl.iteritems():
(mod, path) = fl
try:
parser = Parser.getParser(path)
except UserWarning:
logging.warning(" Can't compare " + path + " in " + mod)
continue
parser.read(Paths.get_path(mod, 'en-US', path))
enMap = parser.mapping()
for loc in locales:
if not result.has_key(loc):
result[loc] = {
'missing': [],
'obsolete': [],
'changed': 0,
'unchanged': 0,
'keys': 0
}
enTmp = dict(enMap)
parser.read(Paths.get_path(mod, loc, path))
for k, v in parser:
if not fltr(mod, path, k):
if enTmp.has_key(k):
del enTmp[k]
continue
if not enTmp.has_key(k):
result[loc]['obsolete'].append((mod, path, k))
continue
enVal = enTmp[k]
del enTmp[k]
if key.search(k):
result[loc]['keys'] += 1
else:
if enVal == v:
result[loc]['unchanged'] += 1
logging.info('%s in %s unchanged' %
(k, Paths.get_path(mod, loc, path)))
else:
result[loc]['changed'] += 1
result[loc]['missing'].extend(
filter(lambda t: fltr(*t),
[(mod, path, k) for k in enTmp.keys()]))
for loc, dics in c.files.iteritems():
if not result.has_key(loc):
result[loc] = dics
else:
for key, list in dics.iteritems():
result[loc][key] = list
for loc, mods in c.modules.iteritems():
result[loc]['tested'] = mods
return result
def onset(unit, start_time, end_time, fmin_input):
file = p.get_trimmed_audio() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + ".wav"
y, sr = librosa.load(file, duration=60.0)
#"/Users/nicholaswhite/Desktop/test_audio.wav", duration=10.0)
D = librosa.stft(y)
times = librosa.frames_to_time(np.arange(D.shape[1]))
plt.figure()
ax1 = plt.subplot(2, 1, 1)
#librosa.display.specshow(librosa.amplitude_to_db(D, ref=np.max),
# y_axis='log', x_axis='time',fmin=fmin)
S = librosa.feature.melspectrogram(y, sr=sr, fmin=fmin_input)
librosa.display.specshow(librosa.power_to_db(S, ref=np.max),
y_axis='mel',
fmax=8000,
x_axis='time')
plt.title('Power spectrogram')
# Construct a standard onset function
onset_env = librosa.onset.onset_strength(y=y, sr=sr,
fmin=fmin_input) #,fmin=1000)
plt.subplot(2, 1, 2, sharex=ax1)
plt.plot(times,
2 + onset_env / onset_env.max(),
alpha=0.8,
label='Mean (mel)')
saveFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_onsets"
checkFile = p.get_data() + str(unit).zfill(2) + "_S_" + str(
start_time) + "_E_" + str(end_time) + "_onsets.npy"
np.save(saveFile, onset_env)
# Median aggregation, and custom mel options
#onset_env = librosa.onset.onset_strength(y=y, sr=sr,
#aggregate=np.median,
#fmax=8000, n_mels=256)
#plt.plot(times, 1 + onset_env / onset_env.max(), alpha=0.8,
#label='Median (custom mel)')
# Constant-Q spectrogram instead of Mel
#onset_env = librosa.onset.onset_strength(y=y, sr=sr,
# feature=librosa.cqt)
#plt.plot(times, onset_env / onset_env.max(), alpha=0.8,
# label='Mean (CQT)')
plt.legend(frameon=True, framealpha=0.75)
plt.ylabel('Normalized strength')
plt.yticks([])
plt.axis('tight')
plt.tight_layout()
plt.show()
def getServerFiles(pathArray, ext):
serverFiles = []
for path in pathArray:
print(path, Paths.isdir(path))
if Paths.isdir(path):
print('a')
for file in Paths.listdir(path, ext):
fileWOExt = file.split('.', 1)[0]
if fileWOExt not in serverFiles:
serverFiles.append(fileWOExt)
return serverFiles
def __init__(self,
dataset,
direction: RelationDirection,
inheritance_graph_path=None):
if not inheritance_graph_path:
inheritance_graph_path = Paths.inheritance_graph_filename(dataset)
self._implements_inheritance_dict = FileUtil.read_dict_from_json(
inheritance_graph_path)
self._direction = direction
self._class2file_map = FileUtil.read_dict_from_json(
Paths.classifier_to_file_map_filename(dataset))
def checkLanguages(self):
for lan in Paths.listdir(Paths.text):
if Paths.isdir(Paths.text+lan):
lanCfgFile = Paths.getLanCfgFile(lan)
if Paths.isfile(lanCfgFile):
settings = loadJsonFile(lanCfgFile, self)
if 'errors' in settings and 'lan' in settings:
if ('lanNotExists' in settings['errors'] and
'txtTypeNotExists' in settings['errors']):
self.availableLan[lan] = settings['lan']
self.baseErrors[lan] = {'lanNotExists': settings['errors']['lanNotExists'],
'txtTypeNotExists': settings['errors']['txtTypeNotExists']}
def compare(apps=None, testLocales=None):
result = {}
c = CompareCollector()
fltr = collectFiles(c, apps=apps, locales=testLocales)
key = re.compile('[kK]ey')
for fl, locales in c.cl.iteritems():
(mod,path) = fl
try:
parser = Parser.getParser(path)
except UserWarning:
logging.warning(" Can't compare " + path + " in " + mod)
continue
parser.read(Paths.get_path(mod, 'en-US', path))
enMap = parser.mapping()
for loc in locales:
if not result.has_key(loc):
result[loc] = {'missing':[],'obsolete':[],
'changed':0,'unchanged':0,'keys':0}
enTmp = dict(enMap)
parser.read(Paths.get_path(mod, loc, path))
for k,v in parser:
if not fltr(mod, path, k):
if enTmp.has_key(k):
del enTmp[k]
continue
if not enTmp.has_key(k):
result[loc]['obsolete'].append((mod,path,k))
continue
enVal = enTmp[k]
del enTmp[k]
if key.search(k):
result[loc]['keys'] += 1
else:
if enVal == v:
result[loc]['unchanged'] +=1
logging.info('%s in %s unchanged' %
(k, Paths.get_path(mod, loc, path)))
else:
result[loc]['changed'] +=1
result[loc]['missing'].extend(filter(lambda t: fltr(*t),
[(mod,path,k) for k in enTmp.keys()]))
for loc,dics in c.files.iteritems():
if not result.has_key(loc):
result[loc] = dics
else:
for key, list in dics.iteritems():
result[loc][key] = list
for loc, mods in c.modules.iteritems():
result[loc]['tested'] = mods
return result
def collectFiles(aComparer, apps=None, locales=None):
'''
returns new files, files to compare, files to remove
apps or locales need to be given, apps is a list, locales is a
hash mapping applications to languages.
If apps is given, it will look up all-locales for all apps for the
languages to test.
'toolkit' is added to the list of modules, too.
'''
if not apps and not locales:
raise RuntimeError, "collectFiles needs either apps or locales"
if apps and locales:
raise RuntimeError, "You don't want to give both apps or locales"
if locales:
apps = locales.keys()
# add toolkit, with all of the languages of all apps
all = set()
for locs in locales.values():
all.update(locs)
locales['toolkit'] = list(all)
else:
locales = Paths.allLocales(apps)
modules = Paths.Modules(apps)
en = FileCollector()
l10n = FileCollector()
# load filter functions for each app
fltrs = []
for app in apps:
filterpath = 'mozilla/%s/locales/filter.py' % app
if not os.path.exists(filterpath):
continue
l = {}
execfile(filterpath, {}, l)
if 'test' not in l or not callable(l['test']):
logging.debug('%s does not define function "test"' % filterpath)
continue
fltrs.append(l['test'])
# define fltr function to be used, calling into the app specific ones
# if one of our apps wants us to know about a triple, make it so
def fltr(mod, lpath, entity=None):
for f in fltrs:
keep = True
try:
keep = f(mod, lpath, entity)
except Exception, e:
logging.error(str(e))
if not keep:
return False
return True
def loadServerFile(serverFile, userLocFun, globalLocFun, err, textObj=None):
if textObj is not None:
if textObj.username is not None:
userFile = userLocFun(textObj.username, serverFile)
if Paths.isfile(userFile):
out = loadJsonFile(userFile, textObj)
return out
globalFile = globalLocFun(serverFile)
if Paths.isfile(globalFile):
out = loadJsonFile(globalFile, textObj)
return out
else:
if textObj is not None:
textObj.getError(err, globalFile)
return None
def generate_inheritance_graph(dataset, tokenizer, output_file=None):
"""
considers extend-relations
Nodes = Code Files
dict[file] = ([super classes], [sub classes])
"""
if not output_file:
output_file = Paths.inheritance_graph_filename(dataset)
# Maps classifier name to its containing code file
classifier_to_file_map = FileUtil.read_dict_from_json(
Paths.classifier_to_file_map_filename(dataset))
inheritance_graph = {}
for file in FileUtil.get_files_in_directory(dataset.code_folder()):
code_file_representation = tokenizer.tokenize(file)
assert isinstance(
code_file_representation, CodeFileRepresentation
), "use an appropiate tokenizer to generate a CodeFileRepresentation"
super_classes = set()
for classifier in code_file_representation.classifiers:
for extended_classifier in classifier.get_extended_classifiers_plain_list(
):
if not extended_classifier in classifier_to_file_map:
log.info(
f"SKIP: Unknown super classifier (probably not part of {dataset.name()}): {extended_classifier}"
)
continue
file_of_super_class = classifier_to_file_map[
extended_classifier]
super_classes.add(file_of_super_class)
# Add sub class relation from super class' perspective
if file_of_super_class in inheritance_graph:
inheritance_graph[file_of_super_class][1].add(
code_file_representation.file_name)
else:
inheritance_graph[file_of_super_class] = (set(), {
code_file_representation.file_name
})
if code_file_representation.file_name in inheritance_graph:
inheritance_graph[code_file_representation.file_name][0].update(
super_classes)
else:
inheritance_graph[code_file_representation.file_name] = (
super_classes, set())
FileUtil.write_dict_to_json(output_file, inheritance_graph)
def __init__(self, ground_ip):
self.status_vector = dict()
self.command_vector = dict()
self.ground_ip = ground_ip
self.info_logger = InfoLogger()
self.data_logger = DataLogger()
self.adcs_logger = AdcsLogger()
#@TODO where antenna to start
#self.adcs_logger.write_info(' {}, {}, {}, {}'.format(0, 0, 0, 0))
self.elink = elinkmanager.ELinkManager(self, self.ground_ip)
self.thread_elink = None
self.data_manager = DataManager(self, self.info_logger,
self.data_logger)
self.thread_data_manager = None
self.dmc = dmc.DMC(self)
self.thread_dmc = None
self.heat = heat.HEAT(self)
self.thread_heat = None
self.adc = adc.ADC(self)
self.thread_adc = None
self.tx = tx.TX(self)
self.thread_tx = None
self.counterdown = CounterDown(self)
self.paths = paths.Paths()
GPIO.setmode(GPIO.BOARD)
Master.__instance = self
def send_create_user_request(self, username, password):
msg = OpCodes.user_creation + username + ',' + password + ';'
print 'Sending create user message: ' + msg
self.sock.send(msg)
response = self.recv_one_blocking()
if response == OpCodes.user_created:
print 'user created'
Paths.init(username)
self.sock.setblocking(0)
self.message(OpCodes.my_state_changed, 1)
return True
if response == OpCodes.user_creation_declined:
print 'user creation declined'
return False
def __init__(self):
"""
position: degrees of antenna's base rotated by motor
counter_for_overlap: counter to check for overlap
overlap_thress: maximun degrees that antenna is able to rotate = 360 + overlap
"""
if Antenna.__instance is not None:
raise Exception("This class is a singleton!")
else:
try:
self.paths = paths.Paths()
file_name = "{dir}/{filename}".format(dir="Logs",
filename='adcs.log')
with FileReadBackwards(file_name,
encoding="utf-8") as log_file:
for line in log_file:
position = line.decode().split(',')[0]
counter = line.decode().split(',')[1]
theta_antenna_pointing = line.split(',')[2]
theta = line.split(',')[3]
break
except:
#@TODO change the default init position and counter
position = 0
counter = 0
theta_antenna_pointing = 0
theta = 0
self.position = position
self.counter_for_overlap = counter
self.theta = theta
self.theta_antenna_pointing = theta_antenna_pointing
self.overlap_thress = 380
self.sign_for_counter = +1
self.angle_plot = 0
Antenna.__instance = self
def run(self):
'''Collect the data from browsers region.properties for all locales
'''
locales = [loc.strip() for loc in open('mozilla/browser/locales/all-locales')]
uri = re.compile('browser\\.contentHandlers\\.types\\.([0-5])\\.uri')
title = re.compile('browser\\.contentHandlers\\.types\\.([0-5])\\.title')
res = {}
for loc in locales:
l = logging.getLogger('locales.' + loc)
regprop = Paths.get_path('browser', loc, 'chrome/browser-region/region.properties')
p = Parser.getParser(regprop)
p.read(regprop)
uris = {}
titles = {}
for key, val in p:
m = uri.match(key)
if m:
o = int(m.group(1))
if uris.has_key(o):
l.error('Double definition of RSS reader ' + o)
uris[o] = val.strip()
else:
m = title.match(key)
if m:
o = int(m.group(1))
if titles.has_key(o):
l.error('Double definition of RSS reader ' + o)
titles[o] = val.strip()
ind = sorted(uris.keys())
if ind != range(len(ind)) or ind != sorted(titles.keys()):
l.error('RSS Readers are badly set up')
res[loc] = [(titles[o], uris[o]) for o in ind]
return res
def calculate_jaccard(dataset,
req_word_chooser,
code_word_chooser,
output_file=None,
output_suffix=""):
if not output_file:
output_file = Paths.precalculated_jaccard_sims_csv_filename(
dataset,
type(req_word_chooser).__name__,
type(code_word_chooser).__name__, output_suffix)
req_dict = {} # req_dict[Filename] = [relevant, words, of, file]
code_dict = {} # code_dict[Filename] = [relevant, words, of, file]
for file in FileUtil.get_files_in_directory(dataset.req_folder()):
req_dict[FileUtil.get_filename_from_path(
file)] = req_word_chooser.get_words(file)
for file in FileUtil.get_files_in_directory(dataset.code_folder()):
code_dict[FileUtil.get_filename_from_path(
file)] = code_word_chooser.get_words(file)
df = pandas.DataFrame(None,
index=req_dict.keys(),
columns=code_dict.keys())
for req_name in req_dict:
for code_name in code_dict:
df.at[req_name, code_name] = _calculate_jaccard_similarity(
req_dict[req_name], code_dict[code_name])
FileUtil.write_dataframe_to_csv(df, output_file)
def __init__(self):
directory = Paths.this_directory()
self.sess = tf.Session()
imgs = tf.placeholder(tf.float32, [None, 224, 224, 3])
self.vgg = vgg16.vgg16(imgs,
directory + '/pre_trained/vgg16_weights.npz',
self.sess)
def __init__(self):
'''
Path loads the file where the preferences are stored,
Doing that you avoid to pass the path every time you
need to get or set any preference.
'''
path = Paths.getPreferencesFile()
super(Preferences, self).__init__(path)
def compareDirs(reference, locale, otherObserver=None, merge_stage=None):
'''Compare reference and locale dir.
Optional arguments are:
- otherObserver. A object implementing
notify(category, _file, data)
The return values of that callback are ignored.
'''
o = Observer()
cc = ContentComparer(o)
if otherObserver is not None:
cc.add_observer(otherObserver)
cc.set_merge_stage(merge_stage)
dc = DirectoryCompare(Paths.EnumerateDir(reference))
dc.setWatcher(cc)
dc.compareWith(Paths.EnumerateDir(locale))
return o
def __init__(self,
dataset,
direction: RelationDirection,
implements_graph_path=None):
if not implements_graph_path:
implements_graph_path = Paths.implements_graph_filename(dataset)
super(ImplementsRule, self).__init__(dataset, direction,
implements_graph_path)
def __init__(self):
self.path_to_ui = Paths.modulePath() + "/MergeFilesPanel.ui"
self.form = Gui.PySideUic.loadUi(self.path_to_ui)
#buttons = QtGui.QDialogButtonBox(QtGui.QDialogButtonBox.Ok|QtGui.QDialogButtonBox.Cancel)
#buttons.button(QtGui.QDialogButtonBox.Ok).setText("Display")
self.form.tree.setHeaderLabels(['Item', 'Parameters'])
self.form.tree.header().setResizeMode(
QtGui.QHeaderView.ResizeToContents)
def __init__(self, population_size, initial_individual_size, dataset, duplicate_individuals_allowed, duplicate_genes_allowed,
max_generations, crossover_probability, max_crossover_size, mutation_probability, max_mutation_size, precalculated_genes_files=[],
child_population_size=None):
self.seed_data = TraceLinkSeedData()
#self.seed_data.add_seed_data(Paths.precalculated_all_filelevel_sims_csv_filename(dataset, "FastTextUCNameDescFlowRodriguezIdentifierWMDTLP"), "wmd", True, req_file_ext="TXT", code_file_ext="java")
self.seed_data.add_seed_data(Paths.precalculated_req_code_tfidf_cos_sim_filename(dataset, "UCNameDescFlowChooser", "RodriguezCodeChooser"), "tfidf-cossim")
self.seed_data.add_seed_data(Paths.precalculated_jaccard_sims_csv_filename(dataset, "UCNameDescFlowChooser", "RodriguezCodeChooser"), "jaccard")
precalculated_genes = []
for file_path in precalculated_genes_files:
precalculated_genes.append(Gene.load_precalculated_tracelinks_into_genes(file_path, self.seed_data, "TXT", "java"))
self.max_generations = max_generations
self.mutation_probability = mutation_probability
self.max_mutation_size = max_mutation_size
self.crossover_probability = crossover_probability
self.max_crossover_size = max_crossover_size
super(StandardNSGA2Factory, self).__init__(population_size, initial_individual_size, self.seed_data, duplicate_individuals_allowed,
duplicate_genes_allowed, dataset.solution_matrix("TXT", "java"), precalculated_genes, child_population_size)
def readPyroFile(dirPath, file, GUIobj=None):
output = None # initialize output dictionary
textObj = Texts.getTextObj(
GUIobj
) # if Text object is not given (user sets language) use english Text object
if Paths.isdir(dirPath): # if directory exists
if Basic.isTxt(file): # if file is a txt file
filePath = Basic.joinFilePath(
dirPath, file) # join directory path with file name
if Paths.isfile(filePath): # if file exists
# TODO check if this could be replaced with some poandas built-in method: ',' in 'Čas' colum is the main problem
with open(filePath, 'r') as fileR: # read all file's content
fileContent = fileR.read()
with open(filePath, 'w') as fileW: # replace all ',' with '.'
fileW.write(fileContent.replace(',', '.'))
# read the file with pandas
output = read_csv(
filePath,
delimiter='\t',
encoding='windows-1250',
#decimal=','
)
# transform "Čas" column to timedelta
if 'Čas' in output:
try: # if transformation is succesful store it in column 't'
output['t'] = to_timedelta(
output['Čas']).dt.total_seconds(
) #.astype('timedelta64[s]')
except: # if transformation is not succesful store 'Čas' column in column 't' and raise warning
output['t'] = output['Čas']
textObj.getWarning('timeFrmWrong', filePath)
output = output.drop(columns=['Čas'])
return output
textObj.getError(
'fileNotExists',
filePath) # if file does not exist raise fileNotExists error
return output # return output=None
return output # if file is not txt return output=None
textObj.getErrorText(
'dirNotExists',
dirPath) # if file does not exist raise 'dirNotExists' error
return output # return output=None
def save_vgg_to_pb_file():
directory = Paths.this_directory()
sess = tf.Session()
imgs = tf.placeholder(tf.float32, [None, 224, 224, 3])
vgg16.vgg16(imgs, directory + '/pre_trained/vgg16_weights.npz', sess)
save_graph_to_file(sess, sess.graph, 'out/output_graph.pb')
# This is for humans
with gfile.FastGFile('out/output_labels.txt', 'w') as f:
f.write('\n'.join(class_names) + '\n')
def readPyroDir(dirPath, textObj=None):
output = {} # initialize output dictionary
textObj = Texts.getTextObj(
textObj
) # if Text object is not given (user sets language) use english Text object
if Paths.isdir(dirPath): # if directory exists
for file in Paths.listdir(dirPath): # iterate trough its content
out = readPyroFile(
dirPath, file,
textObj) # try to read every item in the directory
if out is not None: # if file as been read
fileName = Basic.removeExt(
file) # get file name without extension
output[
fileName] = out # store file content in a output dictionary
textObj.moveErrorsToWarnings()
return output # return output dictionary, warnings list and None error
else: # if directory does not exist raise 'dirNotExists' error
textObj.getError('dirNotExists', dirPath)
return None # return None
def main():
global should_exit
global user_input
global can_start_user_input
#init
Paths.check_all()
Shared.my_data = MyData.MyData.load_user()
Shared.server = Server()
init_friends()
print 'Friends List: { ' + ','.join([fr.data.username for fr in Shared.friends_list]) + ' }'
parser = MessageParser.MessageParser()
input_parser = UserInputParser.UserInputParser()
can_start_user_input = True
print '\nEntering main loop'
print '\n------------\n'
while not should_exit:
#try:
Shared.server.update()
while not user_input.empty():
should_exit = input_parser.parse(user_input.get())
while not Shared.server.incoming_messages.empty():
parser.parse(Shared.server.incoming_messages.get())
for fd in Shared.friends_list:
fd.update()
#allow the CPU to take a nap
time.sleep(1.0/30.0)
#except:
#exit nicely when an exception is raised.
# break
Shared.server.disconnect()
for frnd in Shared.friends_list:
frnd.close()
print 'Friends disconnected'
def Initialize(self):
from PyQt4 import QtCore, QtGui
import Paths
import gui
import Sea
Gui.addIconPath(Paths.iconsPath())
Gui.addLanguagePath(Paths.translationsPath())
items = ["Sea_AddSystem", "Sea_AddComponent", "Sea_AddExcitation", "Sea_AddMaterial"]
self.appendToolbar(str(QtCore.QT_TRANSLATE_NOOP("Sea", "Add item")), items)
self.appendMenu(str(QtCore.QT_TRANSLATE_NOOP("Sea", "Add item")), items)
items = ["Sea_RunAnalysis", "Sea_StopAnalysis", "Sea_ClearAnalysis"];
self.appendToolbar(str(QtCore.QT_TRANSLATE_NOOP("Sea", "Analysis")), items)
self.appendMenu(str(QtCore.QT_TRANSLATE_NOOP("Sea", "Analysis")), items)
Log('Loading Sea module... done\n')
def test_finds_the_weasel():
directory = Paths.this_directory()
sess = tf.Session()
imgs = tf.placeholder(tf.float32, [None, 224, 224, 3])
vgg = vgg16.vgg16(imgs, directory + '/pre_trained/vgg16_weights.npz', sess)
img1 = imread(directory + '/Tests/Images/laska.png', mode='RGB')
img1 = imresize(img1, (224, 224))
prob = sess.run(vgg.probs, feed_dict={vgg.imgs: [img1]})[0]
assert prob[356] == pytest.approx(0.693235, 0.000001)
def initializeTranslations(language=None):
import locale
import gettext
name = 'koo'
try:
locale.setlocale(locale.LC_ALL, '')
except:
# If locale is not supported just continue
# with default language
print "Warning: Unsupported locale."
if not language:
language, encoding = locale.getdefaultlocale()
if not language:
language = 'C'
# Set environment variables otherwise it doesn't properly
# work on windows
os.environ.setdefault('LANG', language)
os.environ.setdefault('LANGUAGE', language)
# First of all search the files in the l10n directory (in case Koo was
# not installed in the system).
directory = Paths.searchFile( 'l10n' )
if directory:
try:
lang = gettext.translation(name, directory, fallback=False)
except:
directory = None
if not directory:
# If the first try didn't work try to search translation files
# in standard directories 'share/locale'
directory = Paths.searchFile( os.path.join('share','locale') )
lang = gettext.translation(name, directory, fallback=True)
lang.install(unicode=1)
def precalculate(cls,
dataset,
req_word_chooser,
code_word_chooser,
output_vector_file=None,
output_sim_file=None,
output_suffix=""):
if not output_vector_file:
output_vector_file = Paths.precalculated_req_code_tfidf_vectors_filename(
dataset,
type(req_word_chooser).__name__,
type(code_word_chooser).__name__, output_suffix)
if not output_sim_file:
output_sim_file = Paths.precalculated_req_code_tfidf_cos_sim_filename(
dataset,
type(req_word_chooser).__name__,
type(code_word_chooser).__name__, output_suffix)
file_contents, req_file_names, code_file_names = [], [], []
for file in FileUtil.get_files_in_directory(dataset.req_folder()):
file_contents.append(" ".join(req_word_chooser.get_words(file)))
req_file_names.append(FileUtil.get_filename_from_path(file))
for file in FileUtil.get_files_in_directory(dataset.code_folder()):
file_contents.append(" ".join(code_word_chooser.get_words(file)))
code_file_names.append(FileUtil.get_filename_from_path(file))
TFIDFPrecalculator().precalculate_and_write(
file_contents, req_file_names + code_file_names,
output_vector_file)
t = TFIDFData(output_vector_file)
df = pandas.DataFrame(None,
index=req_file_names,
columns=code_file_names)
for req_file_name in req_file_names:
for code_file_name in code_file_names:
df.at[req_file_name, code_file_name] = Util.calculate_cos_sim(
t.get_vector(req_file_name), t.get_vector(code_file_name))
FileUtil.write_dataframe_to_csv(df, output_sim_file)
def iterateFiles(self, mod, locale):
base = Paths.get_base_path(mod, locale)
cutoff = len(base) + 1
for dirpath, dirnames, filenames in os.walk(base):
try:
# ignore CVS dirs
dirnames.remove('CVS')
except ValueError:
pass
dirnames.sort()
filenames.sort()
for f in filenames:
leaf = dirpath + '/' + f
yield (leaf[cutoff:], leaf)
def collectFiles(aComparer, apps = None, locales = None):
'''
returns new files, files to compare, files to remove
apps or locales need to be given, apps is a list, locales is a
hash mapping applications to languages.
If apps is given, it will look up all-locales for all apps for the
languages to test.
'toolkit' is added to the list of modules, too.
'''
if not apps and not locales:
raise RuntimeError, "collectFiles needs either apps or locales"
if apps and locales:
raise RuntimeError, "You don't want to give both apps or locales"
if locales:
apps = locales.keys()
# add toolkit, with all of the languages of all apps
all = set()
for locs in locales.values():
all.update(locs)
locales['toolkit'] = list(all)
else:
locales = Paths.allLocales(apps)
modules = Paths.Modules(apps)
en = FileCollector()
l10n = FileCollector()
# load filter functions for each app
fltrs = []
for app in apps:
filterpath = 'mozilla/%s/locales/filter.py' % app
if not os.path.exists(filterpath):
continue
l = {}
execfile(filterpath, {}, l)
if 'test' not in l or not callable(l['test']):
logging.debug('%s does not define function "test"' % filterpath)
continue
fltrs.append(l['test'])
# define fltr function to be used, calling into the app specific ones
# if one of our apps wants us to know about a triple, make it so
def fltr(mod, lpath, entity = None):
for f in fltrs:
keep = True
try:
keep = f(mod, lpath, entity)
except Exception, e:
logging.error(str(e))
if not keep:
return False
return True
def __init__(self, username):
self.username = username
self.chat_data = []
self.profile_data = { 'fname':'', 'lname':'', 'picture':'', 'birthday':''}
self.profile_data_file_path = Paths.friends_data_path + Paths.slash + self.username + Paths.data_file_extension
self.chat_data_file_path = Paths.chat_data_path + Paths.slash + self.username + Paths.data_file_extension
Paths.check_all()
Paths.file_safety(self.profile_data_file_path)
Paths.file_safety(self.chat_data_file_path)
self.load_data()
def __init__(self):
self.ui = os.path.join(Paths.uiPath(), 'AddCoupling.ui')
def main(): s = RandomFSSequence( no_of_shifts=2, min_length=50, max_length=100 ) s.generate() print s.info( "without UGA" ) # a Sequence object #t = BiologicalSequence( s.sequence ) #t = BiologicalSequence( "GCTGGTGGGGTAGCAGGTGTTTCTGTTGACTTGATATTATTTCCTCTGGATACCATTAAAACCAGGCTGCAGAGTCCCCAAGGATTTAGTAAGGCTGGTGGTTTTCATGGAATATATGCTGGCGTTCCTTCTGCTGCTATTGGATCCTTTCCTAATG" ) t = BiologicalSequence( "AAATGACGAACACAGAGGAAAGAAGAGAGGCAACTGCTGAGGTCCCCTAGGCCTTTGAGAAAACGGAGTTGTACCTTTGGCAACATAAGTGCATATCTACAAGAAAGGCGATAATGTAGACACCAAGGGAATGGGTACTGTCCAAAAAGAAATGCCTCACAAATGTCACCATGGCAAAACTAAAAGAGTCTACAAAGTTACCTAGCATGCTGTTGGCATCATTGTAAACAAACAAGTTAAGGGCAAGATTCTTGCCAAGAGAATTAATATGCATATTGGGCATATTAAGCACTCTAAGAGCCAAGATGATTTCCTGAAAGTGTGTGAAGGAAAATAACCAGCATAAAGAGGGAAGCTAAAGAGAAACCTGAAGCTGCAGCCTGTTCCACCCAGAGAAGCACACTTTGTAAGAACCAATGAAAAGGAGCCTGAGCTGCTGGAGTCTATTAACTGAATTCATGGT" ) #t = RandomSequence( 100 ) #t.generate() # t.stops.append( "UGA" ) print print t.info() for i in xrange( 3 ): print t.colour_frame( i, sep="" ) print " |"*(( s.length )//10 ) t.get_stop_sequence() print "The raw stop sequence (%s)..." % len( t.stop_sequence ) print t.stop_sequence print # now to create paths p = Paths( t.stop_sequence ) print "The sanitised stop sequence (%d)..." % len( p.unique_frame_sequence ) print p.unique_frame_sequence print print "Create the branches from the stop sequence..." p.create_branches() print print "Create a tree..." T = Tree() print "View and graft the branches..." for B in p.branches: #print B T.graft( B ) print T print "Build the paths..." paths = T.get_paths( simplify=True ) print paths print for frame in xrange( 3 ): print "Frameshift sequences for frame %d:" % frame for j in T.get_frame_paths( frame ): print len( j ), " : ", j print """ frameshifted_sequence, fragments = t.frameshift_from_path( all_paths[0] ) q = BiologicalSequence( s.sequence ) print s.info() for i in xrange( 3 ): print q.colour_frame( i, sep="" ) print " |"*(( s.length )//10 ) print print " ".join( fragments ) print print t.path print t.colour_frameshifted_sequence( sep="" ) print " |"*(( s.length )//10 ) """ for i in xrange( 3 ): all_paths = T.get_frame_paths( i ) for a in all_paths: frameshifted_sequence, fragments, frameshift_signals = t.frameshift_from_path( a ) print t.path print t.colour_frameshifted_sequence( sep="" ) print " ".join( fragments ) print " ".join( frameshift_signals ) print
}
handler = DummyHandler()
parser = sax.make_parser()
parser.setContentHandler(handler)
parser.setFeature(sax.handler.feature_namespaces, True)
locales = [loc.strip() for loc in open('mozilla/browser/locales/all-locales')]
locales.insert(0, 'en-US')
sets = {}
details = {}
for loc in locales:
l = logging.getLogger('locales.' + loc)
try:
lst = open(Paths.get_path('browser',loc,'searchplugins/list.txt'),'r')
except IOError:
l.error("Locale " + loc + " doesn't have search plugins")
details[Paths.get_path('browser',loc,'searchplugins/list.txt')] = {
'error': 'not found'
}
continue
sets[loc] = {'list': []}
regprop = Paths.get_path('browser', loc, 'chrome/browser-region/region.properties')
p = Parser.getParser(regprop)
p.read(regprop)
orders = {}
for key, val in p:
m = re.match('browser.search.order.([1-9])', key)
if m:
orders[val.strip()] = int(m.group(1))
def __init__(self):
self.ui = os.path.join(Paths.uiPath(), 'AddExcitation.ui')
def __init__(self):
self.ui = os.path.join(Paths.uiPath(), 'AddComponent.ui')
def __init__(self):
self.ui = os.path.join(Paths.uiPath(), 'AddMaterial.ui')
def corridorGraphReduction(g, rg, cost=None, outcost="cost", edataname="edata", pathname = "path", reversepathname="reversepath"):
vset = set()
eset = set()
equeue = deque()
#first find all vertices with order =1 or >2
for v in g.getVertexList():
ae = g.getAdjacentEdges(v)
o = len(ae)
if o == 1 or o > 2:
#add it to the set and the new graph
vset.add(v)
rg.addVertex(v)
for key in g.getVertexDataKeys(v):
rg.setVertexData(v, key, g.getVertexData(v, key))
#put properties here
for e in ae:
equeue.append(e)
while (len(equeue) > 0):
e = equeue.popleft()
if e in eset: continue
ce = e
ei = g.getEdgeInfo(ce)
fromv = ei[0] if ei[0] in vset else ei[1]
startv = fromv
add = 0
datae = {}
path = []
#follow the current path
while True:
if outcost is not None:
effc = 1 if cost is None else g.getEdgeData(ce, cost)
add += effc
if pathname is not None: path.append((fromv, ce))
if edataname is not None:
datae[ce] = {}
for key in g.getEdgeDataKeys(ce):
datae[ce][key] = g.getEdgeData(ce, key)
tov = g.getEdgeEnd(fromv, ce)
if tov in vset:
eset.add(ce) #get the other edge on tov and
addede = rg.addEdge(startv, tov)
if outcost is not None: rg.setEdgeData(addede, outcost, add)
if edataname is not None: rg.setEdgeData(addede, edataname, datae)
if pathname is not None:
path.append((tov, None))
rg.setEdgeData(addede, pathname, path)
if reversepathname is not None: rg.setEdgeData(addede, reversepathname, Paths.getReversePath(path))
break
#get the other edge on tov and set ce and fromv
ae = g.getAdjacentEdges(tov)
ne = None
for e in ae:
if ce != e: ne = e; break
ce = ne
fromv = tov
return
def __init__(self):
self.ui = os.path.join(Paths.uiPath(), 'AddSystem.ui')
