def on_enter(self, onsuccess=False):
'''Series of actions to be performed when Schedule screen is entered
'''
self.ids.accordian_days.clear_widgets()
from network import get_data
# this should update the file on disk
print onsuccess
event = get_data('event', onsuccess=onsuccess)
schedule = get_data('schedule', onsuccess=onsuccess)
# read the file from disk
app.event_name = event['name']
app.venue_name = event['venue']
start_date = event['start_date']
end_date = event['end_date']
dates = schedule['results'][0].keys()
dates = sorted(dates,
key=lambda x: datetime.datetime.strptime(x, '%Y-%m-%d'))
for date in dates:
cday = Factory.AccordionItem(title=date)
self.ids.accordian_days.add_widget(cday)
sched = schedule['results'][0][date]
items = len(sched)
sv = ScrollView()
gl = GridLayout(cols=4,
size_hint_y=None,
padding='2dp',
spacing='2dp')
gl.bind(minimum_height=gl.setter('height'))
for x in ['Time', 'Title', 'talk Type', 'Speaker']:
ts = Factory.TimeSlice(text=x)
gl.add_widget(ts)
i = 0
for i in xrange(0, items):
start_time = sched[i]['start_time']
end_time = sched[i]['end_time']
l = Label(text="%s - %s" % (start_time, end_time))
gl.add_widget(l)
gl.add_widget(
Label(text=sched[i]['title'],
height='27dp',
size_hint_y=None))
gl.add_widget(
Label(text=sched[i]['type'],
height='27dp',
size_hint_y=None))
gl.add_widget(
Label(text=sched[i]['speaker_name'],
height='27dp',
size_hint_y=None))
i += 1
sv.add_widget(gl)
cday.add_widget(sv)
def on_enter(self, onsuccess=False):
from network import get_data
community = get_data('community', onsuccess=onsuccess)
if not community:
return
community = community.get('0.0.1')[0]
self.ids.bcklbl.text = community['about']
self.ids.aimg.source = community['photo']
social_comm = community['social']
# social_len = len(social_comm)
app = App.get_running_app()
gl = self.ids.container
gl.clear_widgets()
import webbrowser
for social_acc, social_link in social_comm.items():
imbt = Factory.ImBut()
imbt.color = app.base_active_bright
imbt.source = 'atlas://data/default/' + social_acc.lower()
imbt.on_released = partial(webbrowser.open, social_link)
gl.add_widget(imbt)
Factory.Animation(opacity=1, d=.5).start(self.ids.main)
def on_enter(self, onsuccess=False):
container = self.ids.main
container.clear_widgets()
data = get_data('devsprint', onsuccess=onsuccess).get('0.0.1', {})
main = self.ids.main
main.add_widget(Factory.devsprint(data=data))
Factory.Animation(opacity=1, d=.5).start(container)
def on_enter(self):
'''Series of actions to be performed when Schedule screen is entered
'''
self.ids.accordian_days.clear_widgets()
from network import get_data
# this should update the file on disk
event = get_data('event')
schedule = get_data('schedule')
# read the file from disk
app.event_name = event['name']
app.venue_name = event['venue']
start_date = event['start_date']
end_date = event['end_date']
dates = schedule['results'][0].keys()
for date in dates:
cday = Factory.AccordionItem(title=date)
self.ids.accordian_days.add_widget(cday)
sched = schedule['results'][0][date]
items = len(sched)
sv = ScrollView()
gl = GridLayout(cols=1,
size_hint_y=None,
padding='2dp',
spacing='2dp')
i = 0
for i in xrange(0, items):
app.start_time = sched[i]['start_time']
app.end_time = sched[i]['end_time']
ts = Factory.TimeSlice()
gl.add_widget(ts)
gl.add_widget(Label(text=sched[i]['title'], height='27dp',
size_hint_y=None))
gl.add_widget(Label(text='Type: ' + sched[i]['type'],
height='27dp', size_hint_y=None))
gl.add_widget(Label(text='Speaker: ' + sched[i]['speaker_name'],
height='27dp', size_hint_y=None))
i+=1
sv.add_widget(gl)
cday.add_widget(sv)
def on_enter(self, onsuccess=False):
container = self.ids.main
container.clear_widgets()
data = get_data('devsprint', onsuccess=onsuccess).get('0.0.1', {})
main = self.ids.main
main.add_widget(Factory.devsprint(data=data))
Factory.Animation(opacity=1, d=.5).start(container)
self.data = data
def on_enter(self, onsuccess=False):
container = self.ids.container
if self.from_back:
Factory.Animation(opacity=1, d=.3).start(container)
return
if len(container.children) > 2:
container.remove_widget(container.children[0])
from network import get_data
talks = get_data('tracks', onsuccess=onsuccess)
gl = None
if not talks:
return
try:
talk_info = talks['0.0.1'][0][self.talkid]
except KeyError:
# no details for this talk exist...
# let's go back to previous screen
from utils import go_back_in_history
go_back_in_history()
return
self.ids.talk_title.text = talk_info['title']
self.ids.talk_desc.text = talk_info['description']
if 'speaker' in talk_info.keys():
speaker = talk_info['speaker']
if speaker['name']:
self._speaker_name = speaker['name']
speaker_details = SpeakerDetails(speaker=speaker)
if 'social' in speaker:
speaker_social = speaker['social']
items = speaker_social.items()
social_len = len(items)
gl = GridLayout(cols=social_len,
size_hint_y=None,
padding='2dp',
spacing='2dp')
import webbrowser
# update data for share button
if 'proposal' in speaker_social:
self.ids.but_share.data = "Checkout this talk '" \
+ speaker_social['proposal'] + "' by '"\
+ speaker['name'] + "' @ http://Blockchaincon.io "
# display social buttons
for social_acc, social_link in items:
imbt = Factory.ImBut()
imbt.source = 'atlas://data/default/' + \
social_acc.lower()
imbt.on_released = partial(webbrowser.open,
social_link)
imbt.color = app.base_active_bright[:3] + [.9]
gl.add_widget(imbt)
speaker_details.add_widget(gl)
self.ids.container.add_widget(speaker_details)
Factory.Animation(opacity=1, d=.3).start(container)
self.ids.scroll.scroll_y = 1
def on_enter(self, onsuccess=False):
container = self.ids.container
if self.from_back:
Factory.Animation(opacity=1, d=.3).start(container)
return
if len(container.children) > 2:
container.remove_widget(container.children[0])
from network import get_data
talks = get_data('tracks', onsuccess=onsuccess)
gl = None
if not talks:
return
try:
talk_info = talks['0.0.1'][0][self.talkid]
except KeyError:
# no details for this talk exist...
# let's go back to previous screen
from utils import go_back_in_history
go_back_in_history()
return
self.ids.talk_title.text = talk_info['title']
self.ids.talk_desc.text = talk_info['description']
if 'speaker' in talk_info.keys():
speaker = talk_info['speaker']
if speaker['name']:
speaker_details = SpeakerDetails(speaker=speaker)
if 'social' in speaker:
speaker_social = speaker['social']
items = speaker_social.items()
social_len = len(items)
gl = GridLayout(cols=social_len, size_hint_y=None,
padding='2dp', spacing='2dp')
import webbrowser
# update data for share button
if 'proposal' in speaker_social:
self.ids.but_share.data = "Checkout this talk " \
+ speaker_social['proposal'] + " by "\
+ speaker['name']
# display social buttons
for social_acc, social_link in items:
imbt = Factory.ImBut()
imbt.source = 'atlas://data/default/' + \
social_acc.lower()
imbt.on_released = partial(
webbrowser.open, social_link)
imbt.color = app.base_active_bright[:3] + [.9]
gl.add_widget(imbt)
speaker_details.add_widget(gl)
self.ids.container.add_widget(speaker_details)
Factory.Animation(opacity=1, d=.3).start(container)
self.ids.scroll.scroll_y = 1
def run(self):
number_of_iteration = get_num_batch(len(self.file_list), self.batch_size)
images_feature = None
for batch_index in xrange(number_of_iteration):
images = []
for f in self.file_list[(batch_index) * self.batch_size: (batch_index+1) * self.batch_size]:
# if image are not valid formate reject it
try:
image = cv2.imread(sys.argv[1]+'/'+f)
if image is None:
raise Exception('image cannot be read')
except Exception as e:
print e
continue
self.file_list_paths_success.append(sys.argv[1]+'/'+f)
image = create_fixed_image_shape(image, frame_size=(227, 227, 3))
images.append(image)
images = np.asarray(images)
input_image = np.transpose(images, (0, 3, 1, 2))
# do lock on global net object
network_lock.acquire()
# data from network, But you can replace with your own data source
data, _ = network.get_data(net, input_image)
network_lock.release()
if images_feature is None:
images_feature = data
else:
images_feature = np.vstack((images_feature, data))
status_lock.acquire()
if np.isnan(np.min(images_feature)):
print "write data from thread_id->", self.thread_id, 'feature_shape', images_feature.shape, 'Found NaN'
# images_feature = images_feature.nan_to_num()
else:
print "write data from thread_id->", self.thread_id, 'feature_shape', images_feature.shape
CreateData.completed_chunks = CreateData.completed_chunks + 1
print 'percentage of task completed', (CreateData.completed_chunks/float(len(chunks))) * 100, "images_feature shape", images_feature.shape
print "created data from thread_id->", self.thread_id
status_lock.release()
self.q.put((images_feature, self.thread_id))
def on_enter(self, onsuccess=False):
from network import get_data
about = get_data('about', onsuccess=onsuccess)
if not about:
return
about = about.get('0.0.1')[0]
imbt = self.ids.imgbt
imbt.source = about['logo']
self.ids.but.on_released = partial(webbrowser.open, about['website'])
self.ids.comm_desc.text = about['about']
Factory.Animation(opacity=1, d=.5).start(self.ids.scroll)
def on_enter(self, onsuccess=False):
'''Series of actions to be performed when Schedule screen is entered
'''
# this should update the file on disk
sponsors = get_data('sponsors', onsuccess=onsuccess)
if not sponsors:
return
sponsors = sponsors.get('0.0.1')
main_box = self.ids.main
main_box.clear_widgets()
for s in sponsors:
bl = Factory.Sponsor(size_hint_y=.8 / len(sponsors), data=s)
main_box.add_widget(bl)
def on_enter(self, onsuccess=False):
'''Series of actions to be performed when Schedule screen is entered
'''
# this should update the file on disk
sponsors = get_data('sponsors', onsuccess=onsuccess)
if not sponsors:
return
sponsors = sponsors.get('0.0.1')
main_box = self.ids.main;
main_box.clear_widgets()
for s in sponsors:
bl = Factory.Sponsor(size_hint_y=.8/len(sponsors), data=s)
main_box.add_widget(bl)
footer = Factory.Footer()
main_box.add_widget(footer)
def on_enter(self, onsuccess=False):
container = self.ids.container
if self.from_back:
return
if len(container.children) > 2:
container.remove_widget(container.children[0])
from network import get_data
talks = get_data('tracks', onsuccess=onsuccess)
gl = None
if not talks:
return
talk_info = talks['0.0.1'][0][self.talkid]
self.ids.talk_title.text = talk_info['title']
self.ids.talk_desc.text = talk_info['description']
if 'speaker' in talk_info.keys():
speaker = talk_info['speaker']
if speaker['name']:
speaker_details = SpeakerDetails(speaker=speaker)
if 'social' in speaker:
speaker_social = speaker['social'][0]
social_len = len(speaker_social)
gl = GridLayout(cols=social_len,
size_hint_y=None,
padding='2dp',
spacing='2dp')
import webbrowser
for social_acc, social_link in speaker_social.items():
imbt = Factory.ImBut()
imbt.source = 'atlas://data/default/' + social_acc.lower(
)
imbt.on_released = partial(webbrowser.open,
social_link)
gl.add_widget(imbt)
speaker_details.add_widget(gl)
self.ids.container.add_widget(speaker_details)
Factory.Animation(opacity=1, d=.3).start(container)
self.ids.scroll.scroll_y = 1
def main(config, s):
s.connect((config["ip"], config["port"]))
io = s.makefile('rw')
network.write('login %s %s' % (config["user"], config["password"]), io)
planet_distance = ""
while True:
json_data = network.get_data(io)
if json_data:
if data.extract_winner(json_data):
exit(0)
own_id = data.extract_own_id(json_data)
my_planets = data.extract_my_planets(json_data, own_id)
enemy_planets = data.extract_enemy_planets(json_data, own_id)
my_planet_id = data.extract_my_planet_ids(json_data, own_id)
print "own_id: " + str(own_id)
print "my_planets: " + str(my_planets)
print "enemy_planets: " + str(enemy_planets)
network.write("nop", io)
for batch_index in xrange(number_of_iteration): images = [] for f in file_list[(batch_index) * batch_size: (batch_index+1) * batch_size]: image = cv2.imread(sys.argv[1]+'/'+f) if image is None: continue image = create_fixed_image_shape(image, frame_size=(227, 227, 3)) images.append(image) images = np.asarray(images) input_image = np.transpose(images, (0, 3, 1, 2)) # data from network, But you can replace with your own data source data, _ = network.get_data(net, input_image) # vertically append data to images_feature if images_feature is None: images_feature = data else: images_feature = np.vstack((images_feature, data)) if batch_index%10 == 0: print ((batch_index+1)/float(number_of_iteration)) * 100, 'completed' if images_feature.shape[0]/batch_size_cluster == 1: print 'fiting model for data of shape', images_feature.shape clr.partial_fit(images_feature) images_feature = None
bounded_box_list = filter_by_boundray_ratio(
filter_by_size(bounded_box_list))
print "predicting labels for bounded box"
images = []
for bb in bounded_box_list:
sub_img = img[bb[1]:bb[3], bb[0]:bb[2]]
images.append(
create_fixed_image_shape(sub_img,
frame_size=network.IMAGE_SHAPE,
mode='fit'))
images = np.asarray(images)
images = np.transpose(images, (0, 3, 1, 2))
prob = network.get_data(net, images)
max_label = np.argmax(prob, axis=1)
max_label_prob = np.max(prob, axis=1)
result = map_max_label_bb(map_id_word, bounded_box_list, max_label,
max_label_prob)
for d in result:
bb = d['bounded_box']
label = d['label']
if d['prob'] >= 0.2:
color = generate_random_color()
cv2.putText(img, label, (bb[0], bb[1]), cv2.FONT_HERSHEY_SIMPLEX,
1, color, 2)
cv2.rectangle(img, (bb[0], bb[1]), (bb[2], bb[3]), color, 2)
cv2.imwrite(sys.argv[2], img)
def on_enter(self, onsuccess=False):
'''Series of actions to be performed when Schedule screen is entered
'''
container = self.ids.accordian_days
# make sure the corresponding navigation is depressed
app.navigationscreen.ids.left_panel.ids.bt_sched.state = 'down'
# if the screen loads by pressing back, do nothing.
if self.from_back == True:
Factory.Animation(d=.5, opacity=1).start(container)
return
self.ids.accordian_days.clear_widgets()
from network import get_data
events = get_data('event', onsuccess=onsuccess)
if not events:
return
schedule = get_data('schedule', onsuccess=onsuccess)
if not schedule:
return
events = events.get('0.0.1')
schedule = schedule.get('0.0.1')[0]
# take first event as the one to display schedule for.
self.event = event = events[0]
app.event_name = event['name']
app.venue_name = event['venue']
start_date = event['start_date']
end_date = event['end_date']
dates = schedule.keys()[1:]
# each day could have multiple tracks
tracks = schedule['tracks']
dates = sorted(
dates,
key=lambda x: datetime.datetime.strptime(x, '%Y-%m-%d'))
# perf optims, minimize dot lookups
acordion_add = self.ids.accordian_days.add_widget
AccordionItem = Factory.AccordionItem
Track = Factory.Track
first = None
today = datetime.datetime.now()
for date in dates:
# add current day as accordion widget
ccday = datetime.datetime.strptime(date,"%Y-%m-%d")
cday = AccordionItem(title=ccday.strftime("%d %b %Y"))
if ccday.date() >= today.date():
if not first: first = cday
acordion_add(cday)
day_sched = schedule[date]
# create a carousel for each track
tcarousel = TabbedCarousel()
# this carousel would show each track as new tab
trackscreens = []
tsa = trackscreens.append
tca = tcarousel.add_widget
for track in tracks:
new_trk = Track(name=track)
tsa(new_trk)
# add track to carousel
tca(new_trk)
for talk in day_sched:
try:
stime = "%s -- %s"%(date, talk['start_time'])
etime = "%s -- %s"%(date, talk['end_time'])
stime = datetime.datetime.strptime(stime,"%Y-%m-%d -- %H:%M")
etime = datetime.datetime.strptime(etime,"%Y-%m-%d -- %H:%M")
talk['current'] = today > stime and today < etime
except:
pass
tid = talk['track']
if tid.lower() == 'all':
for tlk in trackscreens:
tc = tlk.ids.container
ti = TalkInfo(talk=talk)
ti.color = (.5, .5, .5, .2) if len(tc.children)%2 == 0 else (.3, .3, .3, .2)
if talk['current']: ti.color = ti.color[:3] + [.8]
tc.add_widget(ti)
continue
ti = TalkInfo(talk=talk)
trackscreens[int(tid)-1].ids.container.add_widget(ti)
cday.add_widget(tcarousel)
if first: container.select(first)
Factory.Animation(d=.5, opacity=1).start(container)
def on_enter(self, onsuccess=False):
'''Series of actions to be performed when Schedule screen is entered
'''
container = self.ids.accordian_days
# make sure the corresponding navigation is depressed
app.navigationscreen.ids.left_panel.ids.bt_sched.state = 'down'
# if the screen loads by pressing back, do nothing.
if self.from_back is True:
Factory.Animation(d=.5, opacity=1).start(container)
return
self.ids.accordian_days.clear_tabs()
from network import get_data
events = get_data('event', onsuccess=onsuccess)
if not events:
return
schedule = get_data('schedule', onsuccess=onsuccess)
if not schedule:
return
events = events.get('0.0.1')
schedule = schedule.get('0.0.1')[0]
# take first event as the one to display schedule for.
self.event = event = events[0]
app.event_name = event['name']
app.venue_name = event['venue']
# start_date = event['start_date']
# end_date = event['end_date']
dates = list(schedule.keys())
dates.remove('tracks')
# each day could have multiple tracks
tracks = schedule['tracks']
dates = sorted(
dates,
key=lambda x: datetime.datetime.strptime(x, '%Y-%m-%d'))
# perf optims, minimize dot lookups
acordion_add = self.ids.accordian_days.add_widget
TI = Factory.TabbedPanelItem
Track = Factory.Track
first = None
today = datetime.datetime.now()
strt = datetime.datetime.strptime
for date in dates:
# add current day as accordion widget
ccday = strt(date, "%Y-%m-%d")
cday = TI(text=ccday.strftime("%d %b"))
if not first:
first = cday
acordion_add(cday)
day_sched = schedule[date]
order, day_sched = day_sched[0]["order"], day_sched[1:]
tracks = [schedule['tracks'][int(trk)-1] for trk in order]
# create a carousel for each track
tcarousel = TabbedCarousel()
ti = TalkInfo
# this carousel would show each track as new tab
trackscreens = []
tsa = trackscreens.append
tca = tcarousel.add_widget
for track in tracks:
new_trk = Track(name=track,)
tsa(new_trk)
# add track to carousel
tca(new_trk)
for talk in day_sched:
# try:
# stime = "%s -- %s" % (date, talk['start_time'])
# etime = "%s -- %s" % (date, talk['end_time'])
# stime = strt(stime, "%Y-%m-%d -- %H:%M")
# etime = strt(etime, "%Y-%m-%d -- %H:%M")
# talk['current'] = today > stime and today < etime
# except:
# pass
tid = talk['track']
if tid.lower() == 'all':
for tlk in trackscreens:
ti = TalkInfo(talk=talk)
tlk.ids.container.add_widget(ti)
continue
ti = TalkInfo(talk=talk)
try:
trackscreens[int(tid)-1].ids.container.add_widget(ti)
except IndexError:
pass
cday.add_widget(tcarousel)
if (ccday.day, ccday.month, ccday.year) ==\
(today.day, today.month, today.year):
first = cday
if first:
first.trigger_action()
first = False
Factory.Animation(d=.5, opacity=1).start(container)
def main():
# the data
data = get_data(conv=True, doodle=False)
train = np.array(data["train"])
train = train.reshape(len(data["train"]), 28, 28, 1)
goal = np.array(data["train_goal"])
test = np.array(data["test"])
test = test.reshape(len(data["test"]), 28, 28, 1)
test_goal = np.array(data["test_goal"])
################################################
# the model
model = Sequential()
model.add(Conv2D(32, (3, 3), activation='relu', input_shape=(28, 28, 1)))
"""
model.add(Conv2D(64, (3, 3), activation='relu'))
model.add(MaxPooling2D(pool_size=(2, 2)))
model.add(Dropout(0.25))
"""
model.add(Conv2D(64, (3, 3), activation='relu'))
model.add(MaxPooling2D(pool_size=(2, 2)))
model.add(Dropout(0.25))
model.add(Flatten())
model.add(Dense(200, activation='relu'))
model.add(Dropout(0.5))
model.add(Dense(10, activation='softmax'))
################################################
sgd = SGD(lr=0.001, decay=1e-6, momentum=0.9, nesterov=True)
# model.compile(loss='mean_squared_error', optimizer=sgd,
# metrics=['accuracy'])
model.compile(loss='categorical_crossentropy',
optimizer='Adadelta',
metrics=['accuracy'])
print("Ready")
model.fit(train,
goal,
epochs=4,
batch_size=128,
verbose=1,
validation_data=(test, test_goal))
print("done")
while True:
name = input("Please enter the file name to save to (without .h5): ")
try:
model.save(name + ".h5")
break
except Exception as e:
print(str(e))
print("saved")
def on_enter(self, onsuccess=False):
'''Series of actions to be performed when Schedule screen is entered
'''
container = self.ids.accordian_days
# make sure the corresponding navigation is depressed
app.navigationscreen.ids.left_panel.ids.bt_sched.state = 'down'
# if the screen loads by pressing back, do nothing.
if self.from_back is True:
Factory.Animation(d=.5, opacity=1).start(container)
return
self.ids.accordian_days.clear_tabs()
from network import get_data
events = get_data('event', onsuccess=onsuccess)
if not events:
return
schedule = get_data('schedule', onsuccess=onsuccess)
if not schedule:
return
events = events.get('0.0.1')
schedule = schedule.get('0.0.1')[0]
# take first event as the one to display schedule for.
self.event = event = events[0]
app.event_name = event['name']
app.venue_name = event['venue']
# start_date = event['start_date']
# end_date = event['end_date']
dates = list(schedule.keys())
dates.remove('tracks')
# each day could have multiple tracks
tracks = schedule['tracks']
dates = sorted(
dates,
key=lambda x: datetime.datetime.strptime(x, '%Y-%m-%d'))
# perf optims, minimize dot lookups
acordion_add = self.ids.accordian_days.add_widget
TI = Factory.TabbedPanelItem
Track = Factory.Track
first = None
today = datetime.datetime.now()
strt = datetime.datetime.strptime
for date in dates:
# add current day as accordion widget
ccday = strt(date, "%Y-%m-%d")
cday = TI(text=ccday.strftime("%d %b"))
if not first:
first = cday
acordion_add(cday)
day_sched = schedule[date]
# create a carousel for each track
tcarousel = TabbedCarousel()
ti = TalkInfo
# this carousel would show each track as new tab
trackscreens = []
tsa = trackscreens.append
tca = tcarousel.add_widget
for track in tracks:
new_trk = Track(name=track,)
tsa(new_trk)
# add track to carousel
tca(new_trk)
for talk in day_sched:
try:
stime = "%s -- %s" % (date, talk['start_time'])
etime = "%s -- %s" % (date, talk['end_time'])
stime = strt(stime, "%Y-%m-%d -- %H:%M")
etime = strt(etime, "%Y-%m-%d -- %H:%M")
talk['current'] = today > stime and today < etime
except:
pass
tid = talk['track']
if tid.lower() == 'all':
for tlk in trackscreens:
ti = TalkInfo(talk=talk)
tlk.ids.container.add_widget(ti)
continue
ti = TalkInfo(talk=talk)
try:
trackscreens[int(tid)-1].ids.container.add_widget(ti)
except IndexError:
pass
cday.add_widget(tcarousel)
if (ccday.day, ccday.month, ccday.year) ==\
(today.day, today.month, today.year):
first = cday
if first:
first.trigger_action()
first = False
Factory.Animation(d=.5, opacity=1).start(container)
import sys
import string
import os
from opt.opt_parser import *
from opt.opt_config import *
from network.get_data import *
if __name__ == "__main__":
parser = OptParser(get_opt_config())
parsedOptions = parser.parse(sys.argv[1:])
print("Perform ant algorithm with given options:\n", parsedOptions)
# Assign parsed options to variables
# function_type = FunctionType(parsedOptions["function"])
# selection_type = SelectionType(parsedOptions["sel_type"])
# replacement_type = ReplacementType(parsedOptions["rep_type"])
# crossover_probability = parsedOptions["crossover_p"]
# dimensions = parsedOptions["dimensions"]
# iterations = parsedOptions["iterations"]
# cardinality = parsedOptions["cardinality"]
# attempts = parsedOptions["attempts"]
# mut_range = parsedOptions["mut_sigma"]
# x_min = parsedOptions["x_min"]
# x_max = parsedOptions["x_max"]
netmap = get_data('network/usa.xml')
print("OK")
