khu

def set_real_part(number,rpart):
    number["real_part"]=rpart
def get_real_part(number):
    return number["real_part"]
def set_imaginary_part(number,ipart):
    number["imaginary_part"]=ipart
def get_imaginary_part(number):
    return number["imaginary_part"]


def create_number(rpart, ipart):
    '''
    Create a number
    input:
       rpart-the real part
       ipart- the imaginary part
    output: n- the list with the new number added into it
    '''
    n={}
    set_real_part(n,rpart)
    set_imaginary_part(n,ipart)
    return n

def print_menu():
    '''
    Print the menu
    '''
    print("1.Add a number")
    print("2.Display the list")
    print("3.Display the longest sequence of numbers with increasing real part")
    print("4.Display the longest sequence of numbers having their modulus in the [0,10] range")
    print("5.Exit")

def show_numbers(data):
    '''
    Display the entire list of numbers
    input:
       data- the list
    output: print the numbers from list
    '''
    print("List of numbers")
    for n in data:
        print("["+str(get_real_part(n))+","+str(get_imaginary_part(n))+"]")

def init_number_list():
    '''
    Add the following numbers to the list
    input:
        res-an empty list
    output:
        res-the final list
    '''
    res=[]
    res.append(create_number(2,7))
    res.append(create_number(-1,3))
    res.append(create_number(2,7))
    res.append(create_number(7,3))
    res.append(create_number(1,7))
    res.append(create_number(3,1))
    res.append(create_number(4,5))
    res.append(create_number(11,-6))
    res.append(create_number(19,-3))
    res.append(create_number(-3,3))
    return res

def read_number():
    '''
    Read a number
    input: the real and the imaginary part
    output: the introduced number
    '''
    rpart=int(input("enter the real part: "))
    ipart=int(input("enter the imaginary part: "))
    return create_number(rpart, ipart)

def add_number(numbers):
    '''
    Add number to list
    params:
       numbers- the list
    output: add the number to the list
    '''
    n=read_number()
    numbers.append(n)

def increasing_real_part(numbers):
    '''
    Find the longest sequence of numbers having increasing modulus.
    input: numers - the list
    output: l - a list containing the longest sequence of numbers with increasing real part
    '''
    l=[]
    s=0
    max=0
    i=0
    while i<len(numbers)-1:
        if get_real_part(numbers[i])<get_real_part(numbers[i+1]):
            s+=1
            if s>=max:
                max=s+1
                position=i-s+1
        else:
            s=0
        i+=1
    while max!=0:
        l.append(create_number(get_real_part(numbers[position]),get_imaginary_part(numbers[position])))
        position+=1
        max-=1
    return l

def modulus_in_range(numbers):
    '''
    Find the longest sequence of numbers having their modulus in the [0,10] range.
    input: numbers - the list
    output: l2 - a list containing the longest sequence of numbers having their modulus in the [0,10] range
    '''
    import math
    l2=[]
    s=0
    max=0
    i=0
    while i<len(numbers):
        mod=math.sqrt(get_real_part(numbers[i])*get_real_part(numbers[i])+get_imaginary_part(numbers[i])*get_imaginary_part(numbers[i]))
        if mod>=0 and mod<=10:
            s+=1
            if s>max:
                max=s
                position=i-s+1
        else:
            s=0
        i+=1
    while max!=0:
        l2.append(create_number(get_real_part(numbers[position]),get_imaginary_part(numbers[position])))
        position+=1
        max-=1
    return l2

def start():
    numbers=init_number_list()
    while True:
        print_menu()
        choice=input(">")
        if choice == "1":
            add_number(numbers)
        elif choice == '2':
            show_numbers(numbers)
        elif choice=='3':
            result=increasing_real_part(numbers)
            show_numbers(result)
        elif choice=='4':
            result2=modulus_in_range(numbers)
            show_numbers(result2)
        elif choice == '5':
            break
        else:
            print("Bad command")

start()