def steam_login(cwd=os.path.dirname(__file__)):
login_fp = os.path.join(cwd, '../tools/EmailPass.txt')
driver.find_element_by_xpath('//*[@id="steamAccountName"]').send_keys(
get_input(login_fp, 0))
driver.find_element_by_xpath('//*[@id="steamPassword"]').send_keys(
get_input(login_fp, 1))
driver.find_element_by_xpath('//*[@id="imageLogin"]').click()
def get_ccd(file, roi='none', avgt='none'):
infos = get_input()
filetest = os.path.exists(file)
while filetest is False:
print 'waiting for file ', file.split('/')[-1], ' ...'
sleep(2)
filetest = os.path.exists(file)
f = open(file, 'r')
header = f.read(1024)
ccd = f.read()
f.close()
param = get_header_f(header)
byte_order = param['ByteOrder']
data_type = param['DataType']
ncol = int(param['Dim_1']) #in pixel units
nrows = int(param['Dim_2']) # in pixel units
dim = ncol * nrows
# I_mon=int(param['mon'])
I_mon = 1
if avgt == 'none':
# t=float(param['sec']) # for old files
#t=float(param['ccdtavg']) # for new files
detector = infos['detector'].lower()
if detector == 'medipix':
t = float(param['time_of_frame']) # for new files
if (detector == 'princeton' or detector == 'andor'):
t = float(param['time_of_day']) # for new files
else:
t = float(
avgt) # for the medipix we have to give the time for the moment
if byte_order == 'HighByteFirst':
f1 = ">"
else:
f1 = "<"
if data_type == 'UnsignedShort':
f2 = "H"
typ = "Int16"
else:
f2 = "L"
typ = "Int32"
format = f1 + dim * f2
if roi == 'none':
c = array(unpack(format, ccd))
ccdimage = reshape(c, (nrows, ncol))
else:
ccdimage = get_roi(ccd, roi, ncol, nrows, typ, f1, f2)
result = [ccdimage, I_mon, t]
return result
def get_ccd(file,roi='none',avgt='none'):
infos=get_input()
filetest=os.path.exists(file)
while filetest is False:
print 'waiting for file ', file.split('/')[-1], ' ...'
sleep(2)
filetest=os.path.exists(file)
f = open(file,'r')
header = f.read(1024)
ccd=f.read()
f.close()
param = get_header_f(header)
byte_order= param['ByteOrder']
data_type= param['DataType']
ncol=int(param['Dim_1']) #in pixel units
nrows=int(param['Dim_2']) # in pixel units
dim=ncol*nrows
# I_mon=int(param['mon'])
I_mon=1
if avgt=='none':
# t=float(param['sec']) # for old files
#t=float(param['ccdtavg']) # for new files
detector=infos['detector'].lower()
if detector=='medipix':
t=float(param['time_of_frame']) # for new files
if (detector=='princeton' or detector=='andor'):
t=float(param['time_of_day']) # for new files
else:
t=float(avgt) # for the medipix we have to give the time for the moment
if byte_order=='HighByteFirst':
f1=">"
else:
f1="<"
if data_type=='UnsignedShort':
f2="H"
typ="Int16"
else:
f2="L"
typ="Int32"
format=f1+dim*f2
if roi=='none':
c= array(unpack(format, ccd))
ccdimage=reshape(c,(nrows,ncol))
else:
ccdimage=get_roi(ccd,roi,ncol,nrows,typ,f1,f2)
result= [ccdimage,I_mon,t]
return result
from read_input import get_input
from assembunny import AssemBunny
if __name__ == "__main__":
puzzle_input = get_input(23)
ab = AssemBunny({'a': 7, 'b': 0, 'c': 0, 'd': 0})
ab.parse_instructions(puzzle_input)
print ab.registers
puzzle_input_2 = get_input('23_ii')
ab2 = AssemBunny({'a': 12, 'b': 0, 'c': 0, 'd': 0})
ab2.parse_instructions(puzzle_input_2)
print ab2.registers
for nd in node_data[2:]:
name = re.search('node-x\d+-y\d+', nd).group(0)
storage = re.findall('\d+T', nd)
size, used, avail = [ int(s.strip('T')) for s in storage]
nodes[tuple(re.findall('\d+', name))] = Node(name, size, used, avail)
return nodes
def visualize_grid(self):
coords = self.nodes.keys()
ordered_coords = sorted(coords, key=lambda el: (int(el[0]), int(el[1])))
rows, cols = zip(*ordered_coords)
n_rows = max([int(r) for r in rows]) + 1
n_cols = max([int(c) for c in cols]) + 1
grid = []
for i in range(0,n_rows):
for j in range(0, n_cols):
n = self.nodes[((str(i)),str(j))]
grid.append('%s/%s ' % (n.used, n.size))
grid.append('\n')
return "".join(grid)
if __name__ == "__main__":
puzzle_input = get_input(22)
n = Node('node-x0-y0', 86, 73, 13)
print n
g = Grid(puzzle_input)
print len(g.get_viable_pairs())
print g.visualize_grid()
from assembunny import AssemBunny
from itertools import repeat
def first(iterable):
return next(iter(iterable))
def repeating_signal(a,
instructions,
target_signal,
steps=10**6,
signal_len=100):
signal = AssemBunny({
'a': a,
'b': 0,
'c': 0,
'd': 0
}).parse_instructions(instructions, steps=steps)
count = 0
for i, (s, t) in enumerate(zip(signal, target_signal)):
count = i
if signal != t:
return False
return count >= signal_len
if __name__ == "__main__":
first(a for a in range(0, 10**6)
if repeating_signal(a, get_input(25), repeat((0, 1))))
scrambled_input = rotate_n_steps(scrambled_input,
-int(split_str[2]))
if ins.startswith('rotate right'):
scrambled_input = rotate_n_steps(scrambled_input,
int(split_str[2]))
if ins.startswith('rotate based'):
scrambled_input = rotate_on_char_pos(scrambled_input,
split_str[-1])
if ins.startswith('reverse'):
scrambled_input = reverse_by_index(scrambled_input,
int(split_str[2]),
int(split_str[4]))
if ins.startswith('move'):
scrambled_input = move_by_index(scrambled_input, int(split_str[2]),
int(split_str[5]))
return scrambled_input
def reverse_scramble_password(scrambled, instructions):
for p in permutations(scrambled):
if parse_instructions(p, instructions) == scrambled:
return "".join(p)
if __name__ == "__main__":
instructions = get_input(21)
puzzle_input = 'abcdefgh'
print parse_instructions(puzzle_input, instructions)
print reverse_scramble_password('fbgdceah', instructions)
'video_dislikes',
'video_comments',
'video_duration',
#all columns below are calculated in this script
'sub_count_int', #int
'video_ad_sum', #int
'video_views_int', #int
'video_likes_int', #int
'video_dislikes_int', #int
'video_comments_int' #int
]
data_df = pd.DataFrame(columns=pd_columns)
data_fn = get_input(input_fp, 1)
data_fp = os.path.join(cwd, '../build/' + data_fn)
data_textIO = open(data_fp, 'r')
data_str = data_textIO.read()
data_arr = []
for dt in decode_stacked(data_str):
data_df = data_df.append(pd.Series([
dt['user_metrics']['current_date'],
dt['user_metrics']['user_name'],
dt['user_metrics']['sub_count_desc'],
dt['ad_metrics']['panel_ad']['title'],
dt['ad_metrics']['panel_ad']['href'],
dt['ad_metrics']['video_ad']['length_desc'],
dt['ad_metrics']['video_ad']['video_duration'],
dt['ad_metrics']['video_ad']['href'],
str(dt['ad_metrics']['ad_reasons']).strip('[]'),
self.current_pos = self.initial_pos
def parse_input(data):
parsed = [re.findall('\d+', l) for l in data]
return [[p[0], int(p[1]), int(p[3])] for p in parsed]
def run(data):
initial_t = -1
disc_data = parse_input(data)
discs = [Disc(*d) for d in disc_data]
complete = False
while not complete:
[d.reset_position() for d in discs]
initial_t += 1
complete = all([
d.update_n_times(initial_t + idx + 1) == 0
for idx, d in enumerate(discs)
])
return initial_t
if __name__ == "__main__":
data = get_input(15)
print run(data)
data.append('Disc #7 has 11 positions; at time=0, it is at position 0.')
print run(data)
#Driver presses space to toggle video pause/play
def toggle_pause(driver):
"""k is a hotkey for toggling the pause/play
Arguments:
driver {webdriver} -- chrome environment
"""
ActionChains(driver) \
.key_down('K') \
.key_up('K') \
.perform()
#Main method
if __name__ == "__main__":
driver = get_chromedriver('../tools/chromedriver.exe', '../build/')
driver.get(get_input(input_fp, 0))
driver.implicitly_wait(5)
user_metrics = get_metrics(driver, 'user')
completed = False
while not completed:
try:
driver.implicitly_wait(2)
ad_metrics = get_metrics(driver, 'ad')
video_metrics = get_metrics(driver, 'video')
all_metrics = {
"user_metrics" : user_metrics,
"ad_metrics" : ad_metrics,
values = []
for i in range(len(names)):
values.append(inp.__getattribute__(names[i]))
units = [
"m", "m", "", "", "m", "m", "deg", "deg", "x/c", "x/c", "y/b", "m", "",
"deg", "m/s", "", ""
]
write_list(pdf, "Input parameters:", (20, list_y), names, values, units)
# Make output list
names = [
"Cl_max of airfoil", "Delta Cl_max", "Flap hinge location",
"Flap deflection"
]
values = [
round(cl_max_airfoil, 3),
round(Delta_cl_max, 3),
round(flap_hinge_location, 3),
round(flap_deflection, 3)
]
units = ["", "", "x/c", "deg"]
write_list(pdf, "Output parameters:", (110, list_y), names, values, units)
pdf.output("pdf_out/" + planform_file_name + "_" +
str(datetime.datetime.today())[:10] + ".pdf")
if __name__ == "__main__":
inp = get_input("planforms/test_planform1.txt")
write_pdf(inp, 1.2, 0.8, 0.5, "Test run", 45)
def input(self):
out = get_input("planforms/" + self.planform_file_name + ".txt")
if out.valid:
out = check_input(out, self.planform_file_name)
return out