def add_new_contact(first_name1,
last_name1,
mobile_number1="",
work_number1="",
email1=""):
first_name1 = first_name1.upper().strip()
last_name1 = last_name1.upper().strip()
email1 = email1.upper().strip()
if not contact_list:
print "Contact added to empty list"
new_contact = contact.Contact(first_name=first_name1,
last_name=last_name1,
mobile_number=mobile_number1,
work_number=work_number1,
email=email1)
contact_list.append(new_contact)
return
else:
for info in contact_list:
print info.first_name, info.last_name, "iterating"
if first_name1 == info.first_name and last_name1 == info.last_name:
print "Error, that contact already is in your contact list"
return
else:
print "No matches found, adding a new contact", first_name1, last_name1
new_contact = contact.Contact(first_name=first_name1,
last_name=last_name1,
mobile_number=mobile_number1,
work_number=work_number1,
email=email1)
contact_list.append(new_contact)
return
def main():
# create a list to hold contacts
contacts_list = []
# prompt user to add a new contact.
# prompt for each of the details and save the response.
print "Add new contact"
first = raw_input("What is the first name?")
last = raw_input("What is the last name?")
mobile = raw_input("What is your cell number?")
email = raw_input("What is your email?")
# create a new contact
new_contact = contact.Contact(last_name=last,
first_name=first,
mobile_phone=mobile,
email=email)
# add contact to the list
contacts_list.append(new_contact)
# print out the contact info in the list.
for info in contacts_list:
print info.first_name
print info.last_name
print info.mobile_phone
print info.email
def __add_new_contact(self):
print("Adding contact")
cont = contact.Contact()
cont.set_name(input("Input name:"))
cont.set_mobile_number(input("Input mobile number:"))
cont.set_personal_number(input("Input personal number:"))
cont.set_about(input("Input about:"))
self.__phone_book.append(cont)
self.__show_all_contacts()
def add(mycontacts):
name=input('Name: ')
phone=input('Phone: ')
email=input('Email: ')
entry = contact.Contact(name, phone, email)
if name not in mycontacts:
mycontacts[name]=entry
print('The entry has been added.')
else:
print('That name already exists.')
def change(mycontacts):
name=input('Enter a name: ')
if name in mycontacts:
phone=input('Enter the new phone number: ')
email=input('Enter the new email address: ')
entry=contact.Contact(name, phone, email)
mycontacts[name] = entry
print('Information updated.')
else:
print('That name is not found!')
def insertContact():
name = input("insert Name:")
while not CheckName(name):
print("the name must have a Value")
name = input("insert Name:")
cellphone = input("insert cellphone:")
while not CheckNumber(cellphone):
print("the number must have only digit")
cellphone = input("insert cellphone:")
contactBook.append(contact.Contact(name, cellphone))
pass
def add_new_contact(first_name, last_name):
new_contact = contact.Contact(first_name,
last_name,
mobile_number="",
email="",
work_number="")
contacts_list.append(new_contact)
first_name = first_name.upper().strip
for info in contacts_list:
if first_name == info.first_name and last_name == info.last_name:
print "Error! Contact already exists!"
def change(mycontacts): # Change a current entry in the database
name = input("Please input a name to lookup: ")
if name in mycontacts: # If the name is in the mycontacts database
phone = input("Enter a new phone number: ")
email = input("Enter a new email address: ")
entry = contact.Contact(name, phone, email) # Create a new contact entry
mycontacts[name] = entry # Update the entry in the current dictionary with the new object
print("Information updated!")
else:
print("That name is not found")
def __import_contacts(self):
with open('contacts.json') as json_file:
data = json.load(json_file)
self.__phone_book = list()
for contacts_list in data['contacts']:
cont = contact.Contact()
cont.set_name(contacts_list['name'])
cont.set_mobile_number(contacts_list['mobile number'])
cont.set_personal_number(contacts_list['personal number'])
cont.set_about(contacts_list['about'])
self.__phone_book.append(cont)
self.__open_menu()
def main(): # Create a basic function to test the cellphone class
# Let us get all the phone data
a = input("Please input the name of your contact: ")
b = input("Please input the phone number of your contact: ")
c = input("Please input the e-mail of your contact: ")
# Create an instance of the CellPhone class
address = contact.Contact(a, b, c) # This class is created using the three inputs which are passed to the new object
# Display the data that was entered
print("The name of your contact is:", address.get_name())
print("The phone number of your contact is:", address.get_phone())
print("The email of your contact is:", address.get_email())
def add(mycontacts): # Add a new entry into the specified dictionary
name = input("Name: ") # Get the name
phone = input("Phone: ") # Get the phone
email = input("Email: ") # Get the email
entry = contact.Contact(name, phone, email) # Create a new object using the Contact class
# If the name does not exist, add it as a key
if name not in mycontacts:
mycontacts[name] = entry
print("The entry has been added!")
else:
print("That name already exists in the management system!")
def main():
# create an instance of Contact
new_contact = contact.Contact(first_name="Diana", last_name="Smith",
mobile_phone="555-555-5555")
# change an attribute
new_contact.last_name = "Banana"
#call a method
new_contact.send_text("Hello, everyone!")
new_contact.send_email("Hey what's up?")
# print the attributes
print new_contact.mobile_phone
print new_contact.last_name
def createContact(ch, olderContact=None):
if ch == ContactType[0]:
directory.append(contact.Contact(olderContact))
elif ch == ContactType[1]:
directory.append(contact.FriendContact(olderContact))
elif ch == ContactType[2]:
directory.append(contact.ProfessionalContact(olderContact))
elif ch == ContactType[3]:
directory.append(contact.ProfessionalFriendContact(olderContact))
else:
print("you have entered an invalid choice")
start()
directory.sort()
def main():
new_contacts = []
first_name = raw_input("What is your first name?")
last_name = raw_input("What is your last name?")
mobile = raw_input("What is your mobile?")
email = raw_input("What is your email?")
js = contact.Contact(first_name, last_name, mobile, email)
new_contacts.append(js)
for contact_object in new_contacts:
print contact_object.first_name
print contact_object.last_name
print contact_object.mobile_number
print contact_object.email
def main():
# create an instance of Contact
new_contact = contact.Contact(first_name="Diana",
last_name="Banana",
mobile_phone="555-555-5000")
# change an attribute
new_contact.last_name = "Smith"
# call a method
new_contact.send_text("Hello! How are you?")
# print the attributes
# print new_contact
print new_contact.first_name
print new_contact.last_name
print new_contact.mobile_phone
def replaceSimpleContact(ReplacedContact):
name = input(("name: ( %s )") % (ReplacedContact.getName()))
while not CheckName(name):
print("the name must have a Value")
name = input(("name: (%s)") % ReplacedContact.getName())
cellphone = input(("cellphone: (%s)") % ReplacedContact.getCellphone())
while not CheckNumber(cellphone):
if cellphone != 'x':
print("the number must have only digit")
cellphone = input(
("cellphone: (%s)") % ReplacedContact.getCellphone())
else:
cellphone = ""
contact.Contact(name, cellphone, ReplacedContact)
pass
def main():
contacts = []
new_contact_first = raw_input("What is your first name?")
new_contact_last = raw_input("what is your last name?")
new_contact_phone = raw_input("what is your phone number?")
new_contact_email = raw_input("what is your email?")
new_contact_birthday = raw_input("what is your birthday?")
new_contact = contact.Contact(new_contact_first, new_contact_last,
new_contact_phone, new_contact_email,
new_contact_birthday)
contacts.append(new_contact)
for person in contacts:
print person.first_name, person.last_name, person.email, person.birthday, person.phone_number
def add(mycontacts):
# Get the contact info.
name = input('Name: ')
phone = input('Phone: ')
email = input('Email: ')
# Create a Contact object name entry.
entry = contact.Contact(name, phone, email)
# If the name does not exist in the dictionary, add it as a
# key with the entry object as the associated value.
if name not in mycontacts:
mycontacts[name] = entry
print('The entry has been added.')
else:
print('That name already exists.')
def add(mycontacts):
# Pobranie informacji o osobie.
name = input('Imię i nazwisko: ')
phone = input('Numer telefonu: ')
email = input('Adres e-mail ')
# Utworzenie obiektu klasy Contact o nazwie entry.
entry = contact.Contact(name, phone, email)
# Jeżeli osoba nie znajduje się w słowniku,
# zostanie dodana jako klucz wraz z wartością
# w postaci obiektu entry.
if name not in mycontacts:
mycontacts[name] = entry
print('Osoba została dodana.')
else:
print('Podana osoba już istnieje.')
def add(mycontacts):
# Получить контактную информацию.
name = input('Имя: ')
phone = input('Телефон: ')
email = input('Электронный адрес: ')
# Создать именованную запись с объектом Contact.
entry = contact.Contact(name, phone, email)
# Если имя в словаре не существует, то
# Добавить его в качестве ключа со связанным с ним
# значением в виде объекта.
if name not in mycontacts:
mycontacts[name] = entry
print('Запись добавлена.')
else:
print('Это имя уже существует.')
def add(mycontacts):
# get the contact info.
name = input("Name: ")
phone = input("Phone: ")
email = input("Email: ")
# create a Contact object named entry.
entry = contact.Contact(name, phone, email)
# if the name does not exist in the dictionary,
# add it as a key with the entry object as the
# associated value.
if name not in mycontacts:
mycontacts[name] = entry
print("The entry has been added.")
else:
print("That name already exists.")
def change(mycontacts):
# Get a name to look up.
name = input('Enter a name: ')
if name in mycontacts:
# Get a new phone number.
phone = input('Enter the new phone number: ')
# Get a new email address.
email = input('Enter the new email address: ')
# Create a contact object named entry.
entry = contact.Contact(name, phone, email)
# Update the entry.
mycontacts[name] = entry
print('Information updated.')
else:
print('That name is not found.')
def change(mycontacts):
# Pobranie imienia i nazwiska do wyszukania.
name = input('Podaj imię i nazwisko: ')
if name in mycontacts:
# Pobranie nowego numeru telefonu.
phone = input('Podaj nowy numer telefonu: ')
# Pobranie nowego adresu e-mail.
email = input('Podaj nowy adres e-mail: ')
# Utworzenie obiektu klasy Contact o nazwie entry.
entry = contact.Contact(name, phone, email)
# Uaktualnienie informacji o osobie.
mycontacts[name] = entry
print('Informacje zostały uaktualnione.')
else:
print('Nie znaleziono osoby.')
def change(mycontacts):
# Получить искомое имя.
name = input('Введите имя: ')
if name in mycontacts:
# Получить новый телефонный номер.
phone = input('Введите новый телефоный номер: ')
# Получить новый электронный адрес.
email = input('Введите новый электронный адрес: ')
# Создать именованную запись с объектом Contact.
entry = contact.Contact(name, phone, email)
# Обновить запись.
mycontacts[name] = entry
print('Информация обновлена.')
else:
print('Это имя не найдено.')
def change(mycontacts):
# get a name to look up.
name = input("Enter a name: ")
if name in mycontacts:
# get a new phone number.
phone = input("Enter the new phone number: ")
# get a new email address.
email = input("Enter the new email address: ")
# create a contact object named entry
entry = contact.Contact(name, phone, email)
# update the entry.
mycontacts[name] = entry
print("Information updated.")
else:
print("That name is not found.")
def addContact():
flag = 13
while flag == 13:
exp = map(lambda x: re.compile(x), [
r'^([a-zA-Z]+)$', r'^(\+)?(\d)+$',
r"(^[a-zA-Z0-9_.+-]+@[a-zA-Z0-9-]+\.[a-zA-Z0-9-.]+$)"
])
fName = str(raw_input('Enter first name : ')).strip()
while not exp[0].match(fName):
fName = str(
raw_input(
'\nWrong Input\nEnter (proper) first name : ')).strip()
lName = str(raw_input('Enter last name : ')).strip()
while not exp[0].match(lName):
lName = str(raw_input(
'\nWrong Input\nEnter (proper) last name : ')).strip()
pNum = str(raw_input('Enter phone number : ')).strip()
while not exp[1].match(pNum):
pNum = str(
raw_input('\nWrong Input\nEnter (proper) number : ')).strip()
email = str(raw_input('Enter email(Blank for none) : ')).strip()
while not exp[2].match(email):
if not email:
break
email = str(
raw_input('\nWrong Input\nEnter (proper) email : ')).strip()
print app.addEntry(contact.Contact(fName, lName, pNum, email))
while (flag < 1) or (flag > 3):
flag = getOption(
'\n1. Add another.\n2. Go to main menu\n3. Exit.\n\n> ')
if flag == 2:
break
elif flag == 3:
exitProg()
else:
flag = 13
def __init__(self, dt=1e-3):
self.dt = dt
self.u_l = np.zeros(4)
self.u_r = np.zeros(4)
left = 1
right = 0
# height constant
# self.hconst = 0.8325
self.hconst = 0.8325
self.leg_left = leg.Leg(dt=dt, leg=left)
self.leg_right = leg.Leg(dt=dt, leg=right)
controller_class = wbc
self.controller_left = controller_class.Control(dt=dt)
self.controller_right = controller_class.Control(dt=dt)
self.force = mpc.Mpc(dt=dt)
self.contact_left = contact.Contact(leg=self.leg_left, dt=dt)
self.contact_right = contact.Contact(leg=self.leg_right, dt=dt)
self.simulator = simulationbridge.Sim(dt=dt)
self.state_left = statemachine.Char()
self.state_right = statemachine.Char()
# gait scheduler values
self.target_init = np.array([
0, 0, -self.hconst
]) # , self.init_alpha, self.init_beta, self.init_gamma])
self.target_l = self.target_init[:]
self.target_r = self.target_init[:]
self.sh_l = 1 # estimated contact state (left)
self.sh_r = 1 # estimated contact state (right)
self.dist_force_l = np.array([0, 0, 0])
self.dist_force_r = np.array([0, 0, 0])
self.t_p = 0.5 # gait period, seconds 0.5
self.phi_switch = 0.75 # switching phase, must be between 0 and 1. Percentage of gait spent in contact.
self.gait_left = gait.Gait(controller=self.controller_left,
robotleg=self.leg_left,
t_p=self.t_p,
phi_switch=self.phi_switch,
hconst=self.hconst,
dt=dt)
self.gait_right = gait.Gait(controller=self.controller_right,
robotleg=self.leg_right,
t_p=self.t_p,
phi_switch=self.phi_switch,
hconst=self.hconst,
dt=dt)
self.target = None
# footstep planner values
self.omega_d = np.array(
[0, 0, 0]) # desired angular acceleration for footstep planner
# self.k_f = 0.15 # Raibert heuristic gain
self.k_f = 0.3 # Raibert heuristic gain
self.h = np.array([0, 0,
self.hconst]) # height, assumed to be constant
self.r_l = np.array([0, 0, -self.hconst
]) # initial footstep planning position
self.r_r = np.array([0, 0, -self.hconst
]) # initial footstep planning position
self.rh_r = np.array([.03581, -.14397,
.13519]) # vector from CoM to hip
self.rh_l = np.array([.03581, .14397,
.13519]) # vector from CoM to hip
self.p = np.array([0, 0, 0]) # initial body position
# self.pdot_des = np.array([0.01, 0.05, 0]) # desired body velocity in world coords
self.pdot_des = np.array([0, 0,
0]) # desired body velocity in world coords
self.force_control_test = False
self.useSimContact = True
self.qvis_animate = False
self.plot = False
print ("Build Fragment Library for Target {}".format(TargetName))
Database = chain.DBFrag()
Database.build_db(db_label, isRmHomol, TargetProt.homol)
AllFeats = features.CalcFeature(TargetProt, Database.chains)
AllFeats.get_feats_result()
print ("Done! Build DataBase")
# Attention: It will need some time to load the model! Be patient!
RegModel = models.Model_Regression()
print ("Regression Model Loaded.")
Contact = contact.Contact(TargetProt)
TargetProt.contact_vec = Contact.pred_contact()
print ("Contact Prediction Models Done.")
AllCandids = [[] for _ in range(TargetProt.length-7+1)]
# loop from length=7 to length=15
for FragLen in range(7, 16):
print ("Fragment Length = {}".format(FragLen))
gc.collect()
ClassifyModel = models.Model_Classify(FragLen, TargetProt, Database.chains, AllFeats, Contact, gpu_id)
for i in range(TargetProt.length-FragLen+1):
top_candids_info = ClassifyModel.predict(i)
RegModel.predict(top_candids_info)
import contact
import phonebook
if __name__ == '__main__':
anton = contact.Contact('Anton',
'Vasilyev',
'+7123',
telegram='telega',
email='*****@*****.**',
work_phone='+7456')
vasya = contact.Contact('Vasya',
'Pupkin',
'+7697',
fav_contact='Anton Vasilyev',
email='*****@*****.**')
pb = phonebook.PhoneBook('Телефонная книга')
# print(anton)
# print(vasya)
# Карточка контакта
pb.add_contact(anton)
pb.add_contact(vasya)
# Добавляем контакты
pb.show_contacts()
# Показать добавленные контакты
pb.del_contact('+7123')
# Удаление контакта
def contact_file():
print("CONTACT BOOK\n")
menu = {}
menu["1"] = "View list of contacts"
menu["2"] = "Add contact"
menu["3"] = "Change contact"
menu["4"] = "Delete contact"
menu["5"] = "Search for contact"
menu["6"] = "Delete all contacts"
menu["7"] = "Add random contacts"
menu["8"] = "Exit"
for k, v in menu.items():
print("{}) {}".format(k, v))
file_name = "Contact_Book"
user_input = input()
if (user_input == "1"):
os.system("clear")
print("CONTACT BOOK")
print("Enter any key to exit\n")
infile = open(file_name, "rb")
contact_list = pickle.load(infile)
i = 1
print(
"----------------------------------------------------------------------------"
)
for con in contact_list:
print("{} {} {} {} {} {}".format(i, con.first_name,
con.last_name,
con.phone_number, con.birthday,
con.address))
print(
"----------------------------------------------------------------------------"
)
i += 1
user_input = input()
if (user_input == 0):
os.system("clear")
contact_file()
else:
os.system("clear")
contact_file()
elif (user_input == "2"):
os.system("clear")
print("CREATE NEW CONTACT\n")
print("Enter '_SKIP' for any field to skip\n")
print("Enter '_EXIT' to exit\n")
first_name = input("Enter contact's first name\n")
last_name = input("Enter contact's last name\n")
phone_number = input(
"Enter contact's phone number in form of (XXX)XXX-XXXX\n")
birthday = input("Enter contact's birthday in from off XX/XX/XXX\n")
address = input("Enter user's address\n")
new_contact = contact.Contact(first_name, last_name, phone_number,
birthday, address)
infile = open(file_name, "rb")
contact_list = pickle.load(infile)
contact_list.append(new_contact)
infile.close()
outfile = open(file_name, "wb")
pickle.dump(contact_list, outfile)
outfile.close()
os.system("clear")
print("Contact successfully added\n")
contact_file()
elif (user_input == "3"):
os.system("clear")
print("CHANGE CONTACT\n")
infile = open(file_name, "rb")
contact_list = pickle.load(infile)
infile.close()
print("Choose contact to change or enter '_EXIT' to exit\n")
i = 1
for cont in contact_list:
print("{}) {} {} {} {} {}".format(i, cont.first_name,
cont.last_name,
cont.phone_number, cont.birthday,
cont.address))
i += 1
user_input = input()
try:
if (int(user_input) >= 1 or int(user_input) <= len(contact_list)):
changing_contact = contact_list[int(user_input) - 1]
os.system("clear")
print("Updating contact\n")
lil_menu = {}
lil_menu["1"] = "Update first name"
lil_menu["2"] = "Update last name"
lil_menu["3"] = "Update phone number"
lil_menu["4"] = "Update DOB"
lil_menu["5"] = "Update address"
lil_menu["6"] = "Cancel"
for k, v in lil_menu.items():
print("{}) {}".format(k, v))
user_input2 = input()
update_contact(changing_contact, user_input2)
else:
os.system("clear")
print("ERROR 583: Invalid input\n")
except ValueError:
if (user_input == "_EXIT"):
os.system("clear")
print(">>>>>Cancelled action\n")
contact_file()
else:
os.system("clear")
print("ERROR 493: Invalid input\n")
contact_file()
outfile = open(file_name, "wb")
pickle.dump(contact_list, outfile)
outfile.close()
os.system("clear")
print(">>>>>Contact updated\n")
contact_file()
elif (user_input == "4"):
os.system("clear")
print("DELETE CONTACT")
print("Choose contact to change or enter '_EXIT' to exit\n")
infile = open(file_name, "rb")
contact_list = pickle.load(infile)
infile.close()
i = 1
for cont in contact_list:
print("{} {} {} {} {} {}".format(i, cont.first_name,
cont.last_name, cont.phone_number,
cont.birthday, cont.address))
i += 1
user_input = input()
try:
if int(user_input) >= 1 and int(user_input) <= len(contact_list):
del contact_list[int(user_input) - 1]
outfile = open(file_name, "wb")
pickle.dump(contact_list, outfile)
outfile.close()
os.system("clear")
print(">>>>>Contact deleted\n")
contact_file()
else:
os.system("clear")
print(">>>>>ERROR 593: Invalid input\n")
contact_file()
except ValueError:
os.system("clear")
print("Action cancelled\n") if user_input == "_EXIT" else print(
"ERROR 309: Invalid input\n")
contact_file()
elif (user_input == "5"):
os.system("clear")
print("SEARCH FOR CONACT")
print(
"Would you like to search for name by first name, last name, phone number, DOB, or address?\n"
)
lil_menu = {}
lil_menu["1"] = "First Name"
lil_menu["2"] = "Last Name"
lil_menu["3"] = "Phone Number"
lil_menu["4"] = "Date of Birth"
lil_menu["5"] = "Address"
lil_menu["6"] = "Exit"
for k, v in lil_menu.items():
print("{} {}".format(k, v))
infile = open(file_name, "rb")
contact_list = pickle.load(infile)
infile.close()
user_input = input()
matching_list = []
matching_contacts = []
if (user_input == "1"):
# returns a list
matching_contacts = sift_through(matching_list, contact_list,
"first_name",
input("Enter first name:\t"))
elif (user_input == "2"):
matching_contacts = sift_through(matching_list, contact_list,
"last_name",
input("Enter last name:\t"))
elif (user_input == "3"):
matching_contacts = sift_through(
matching_list, contact_list, "phone_number",
input("Enter phone number in form of (XXX)XXX-XXXX:\t"))
elif (user_input == "4"):
matching_contacts = sift_through(
matching_list, contact_list, "birthday",
input("Enter DOB in form of XX/XX/XXX:\t"))
elif (user_input == "5"):
matching_contacts = sift_through(matching_list, contact_list,
"address",
input("Enter address:\t"))
elif (user_input == "6"):
os.system("clear")
contact_file()
else:
os.system.clear()
print("ERROR 207: Invalid input\n")
contact_file()
print("-------------------------------------------------------\n")
for cont in matching_contacts:
print("{} {} {} {} {}\n".format(cont.first_name, cont.last_name,
cont.phone_number, cont.birthday,
cont.address))
user_input = input("\nEnter any key to exit\n")
os.system("clear")
contact_file()
elif (user_input == "6"):
os.system("clear")
print("DELETE ALL CONTACTS\n")
print(
"Are you sure you want to delete all contacts? This cannot be undone.\n"
)
print("1) Yes\n")
print("2) No\n")
user_input = input()
if user_input == "1":
outfile = open(file_name, "wb")
pickle.dump([], outfile)
outfile.close()
os.system("clear")
print(">>>>>All contacts deleted\n")
contact_file()
elif user_input == "2":
os.system("clear")
print(">>>>>Action Cancelled\n")
contact_file()
else:
os.system("clear")
print(">>>>>ERROR 492: Invalid Input\n")
contact_file()
elif (user_input == "7"):
os.system("clear")
print("ADDING RANDOM CONTACTS TO CONTACT BOOK\n")
user_input = int(
input("How many random contacts do you want to add?\n"))
infile = open(file_name, "rb")
contact_list = pickle.load(infile)
infile.close()
outfile = open(file_name, "wb")
for i in range(user_input):
rand_f_name = names.get_first_name()
rand_l_name = names.get_last_name()
rand_p_number = "({}){}-{}".format(randint(100, 999),
randint(100, 999),
randint(1000, 9999))
rand_birthday = "{}/{}/{}".format(randint(1, 13), randint(1, 31),
randint(1900, 2021))
new_contact = contact.Contact(rand_f_name, rand_l_name,
rand_p_number, rand_birthday, "NA")
contact_list.append(new_contact)
pickle.dump(contact_list, outfile)
outfile.close()
os.system("clear")
print("Successfully added {} contacts".format(user_input))
contact_file()
elif (user_input == "8"):
os.system("clear")
else:
os.system("clear")
print(">>>>>ERROR 001: Invalid Input\n")
contact_file()
