def menuProductNumbers(lst):
'''
Calculate the product of numbers from a start position to an end position
input data:
lst - the list of all complex numbers
output data:
lst' - the new list of complex numbers
'''
start_position = readParameter("Input <start position>: ")
end_position = readParameter("Input <end position>: ")
args = []
addElementToList(args, start_position)
addElementToList(args, "to")
addElementToList(args, end_position)
uiProductNumbers(lst, args)
def menuReplaceNumber(lst):
'''
Receive an old number and a new number and try to replace the old with the new one
input data:
lst - the list of all complex numbers
output data:
lst' - the new list of complex numbers
'''
old_number = readParameter("Input <old number>: ")
new_number = readParameter("Input <new number>: ")
args = []
addElementToList(args, old_number)
addElementToList(args, "with")
addElementToList(args, new_number)
uiReplaceNumber(lst, args)
def menuInsertNumber(lst):
'''
Receive a complex number and a certain position from the list and try to insert in list
input data:
lst - the list of all complex numbers
output data:
lst' - the new list of complex numbers
'''
complex_number = readParameter("Input <number>: ")
index = readParameter("Input <position>: ")
args = []
addElementToList(args, complex_number)
addElementToList(args, "at")
addElementToList(args, index)
uiInsertNumber(lst, args)
def menuListNumbers(lst):
'''
Receive a list operation:
1 - list all numbers from the list
2 - list all real numbers from a start position to an end position
3 - list all numbers having modulo <, >, =, <= or >= than a given number
input data:
lst - the list of all complex numbers
output data:
lst' - the new list of complex numbers
'''
menu_type = 0
while menu_type != 1 and menu_type != 2 and menu_type != 3:
menu_type = input(
"1: list all numbers, 2: list real numbers: , 3: list all numbers having modulo <, >, =, <= or >= than a given number: "
)
if checkIntegerNumber(menu_type) == True:
if menu_type == 1:
args = []
uiListNumbers(lst, args)
else:
if menu_type == 2:
start_position = readParameter("Input <start position>: ")
end_position = readParameter("Input <end position>: ")
args = []
addElementToList(args, start_position)
addElementToList(args, "to")
addElementToList(args, end_position)
uiListNumbers(lst, args)
else:
if menu_type == 3:
sign = readParameter(
"Chose a sign (>, <, =, <=, >=): ")
number = readParameter("Input <number>: ")
args = []
addElementToList(args, "modulo")
addElementToList(args, sign)
addElementToList(args, number)
uiListNumbers(lst, args)
else:
print("Invalid input, try again!")
def menuAddNumber(lst):
'''
Receive a complex number and try to add in list
input data:
lst - the list of all complex numbers
output data:
lst' - the new list of complex numbers
'''
complex_number = readParameter("Input <number>: ")
args = []
addElementToList(args, complex_number)
uiAddNumber(lst, args)
def menuRemoveNumber(lst):
'''
Receive a remove operation:
1 - remove a certain position
2 - remove from a start position to an end position
input data:
lst - the list of all complex numbers
output data:
lst' - the new list of complex numbers
'''
menu_type = 0
while menu_type != 1 and menu_type != 2:
try:
menu_type = int(
input(
"1: remove position, 2: remove start position to end position: "
))
if menu_type == 1:
index = readParameter("Input <position>: ")
args = []
addElementToList(args, index)
uiRemoveNumber(lst, args)
else:
if menu_type == 2:
start_position = readParameter("Input <start position>: ")
end_position = readParameter("Input <end position>: ")
args = []
addElementToList(args, start_position)
addElementToList(args, "to")
addElementToList(args, end_position)
uiRemoveNumber(lst, args)
else:
print("Invalid input, try again!")
except ValueError:
print("Invalid input, try again!")