def main():
file = arg_parser().resources_file
resources = json.loads(read_file(file))
for instance_id in resources['EC2_Instances']:
print(instance_id['ID'])
terminate_instance(instance_id['ID'])
print("Removing file {0}... ".format(file), end="")
os.remove(file)
print('[OK]')
def main():
arguments = arg_parser()
linux_commands = 'linux_deploy'
linux_image_id = arguments.image_id
instance_type = 't2.micro'
security_group_id = arguments.sg_id
key_pair = arguments.key_pair
subnet_id = arguments.subnet_id
linux_instance = create_linux_instance(linux_image_id,
read_file(linux_commands),
instance_type, security_group_id,
subnet_id, key_pair)
wait_until_ok(linux_instance.id)
resources = {'EC2_Instances': [{'Name': 'Linux', 'ID': linux_instance.id}]}
write_json(resources, linux_instance.id)
print("Linux id is: {0}".format(linux_instance.id))
# plt.show()
#FOR THETA
os.chdir('G:/Harsh_Data_Backup/Data/New_Data')
for ch in range(1, 63):
mean_acc = 0
cc_max = 0
gg_max = 0
for cc in range(0, 1):
for gg in range(0, 1):
c = 1 + 10 * cc
g = 1 + 10 * gg
# print (g)
mean_for_fixed_par = 0
for sub in range(1, 8):
file_name = "s" + str(sub) + "c" + str(ch) + ".txt"
sig = rw.read_file(file_name)
sig = np.array(sig)
dt = 1 / 256
lpsd = []
mpsd = []
hpsd = []
for i in range(0, 540):
seg = sig[512 * i:512 * i + 512]
#print (len(seg))
seg = np.array(seg)
Sps = np.absolute(fft(seg)) / 3000
sfreq = fftfreq(seg.size, d=dt)
keep = sfreq > 0
Sps = Sps[keep]
sfreq = sfreq[keep]
# print (sfreq.size)
"http://euro.ecom.cmu.edu/people/faculty/mshamos/1976ShamosBentley.pdf".."""
for i in range(len(strip)):
if (i + 198 < len(strip)):
for j in range(i + 1, i + 198):
if strip[j][1] - min_distance < strip[i][1] <= strip[j][1] + min_distance \
and strip[j][2] - min_distance < strip[i][2] <= strip[j][2] + min_distance \
and strip[j][3] - min_distance < strip[i][3] <= strip[j][3] + min_distance \
and distance(strip[i], strip[j]) < min_distance:
min_distance = distance(strip[i], strip[j])
if distance(strip[i], strip[j]) < glob_min:
glob_min = distance(strip[i], strip[j])
pair_1 = strip[i]
pair_2 = strip[j]
else:
for j in range(i + 1, len(strip)):
if strip[j][1] - min_distance < strip[i][1] <= strip[j][1] + min_distance \
and strip[j][2] - min_distance < strip[i][2] <= strip[j][2] + min_distance \
and strip[j][3] - min_distance < strip[i][3] <= strip[j][3] + min_distance \
and distance(strip[i], strip[j]) < min_distance:
min_distance = distance(strip[i], strip[j])
if distance(strip[i], strip[j]) < glob_min:
glob_min = distance(strip[i], strip[j])
pair_1 = strip[i]
pair_2 = strip[j]
return min_distance
#Read input and write input to exterior file
collection = read_write.read_file()
minimum_distance = find_min(collection)
read_write.write_file(minimum_distance, pair_1, pair_2)
high_f = 7
elif (band_name == "a"):
low_f = 8
high_f = 12
elif (band_name == "b"):
low_f = 12
high_f = 30
elif (band_name == "g"):
low_f = 30
high_f = 100
else:
print("error")
sys.exit()
for sub in range(1, 8):
for ch in range(1, 63):
os.chdir("G:/Harsh_Data_Backup/Data/New_Data")
file_name = "s" + str(sub) + "c" + str(ch) + ".txt"
sig = np.array(rw.read_file(file_name))
filtered_sig = []
filtered_sig = np.array(filtered_sig)
for i in range(0, 540):
segment = sig[i * 512:(i + 1) * 512]
filt_segment = filt.butter_filter(segment, sample_freq, low_f,
high_f)
#print ((type(filtered_sig),type(filt_segment)))
filtered_sig = np.concatenate((filtered_sig, filt_segment), axis=0)
os.chdir("G:/Harsh_Data_Backup/Data/New_Data_filtered/" + band_name)
rw.write_to_file(file_name, filtered_sig)
print(sub, ch, band_name)
print('\n')
print('#' * 32)
print('Thank You for Your Co-operation \nExiting.....')
print('#' * 32)
print('\n\n')
print('$' * 26)
print("$ Bank Accounts Database $")
print('$' * 26, f'\n')
try:
save_file(str(new_account))
except NameError:
pass
# print('Could not save Account Information')
read_file()
break
print('\n\n')
bool_action = True
while bool_action:
while True:
action = str(
input(
'Please input \'d\' to Deposit, \'w\' to withdraw, \'i\' to '
'print your Account Info, '
'\'p\' to print your Account Statement or \'e\' to exit'))
if num_there(action):
print('Input should be alphabets')