def displayMenu(options):
for i in range(len(options)):
print("{:d}. {:s}".format(i + 1, options[i]))
choice = 0
while not (np.any(choice == np.arange(len(options)) + 1)):
choice = inputNumber("Please choose a menu item: ")
return choice
def displayMenu(options):
# Viser menuen
for i in range(len(options)):
print("{:d}. {:s}".format(i+1, options[i]))
# For at sikre at den valgte mulighed er gyldig.
choice = 0
while not(np.any(choice == np.arange(len(options))+1)):
choice = inputNumber("Vælg venligst en handling: ")
return choice
def primeFactors(num):
factors = []
i = 2
if num < 2:
while num < 2:
print("Invalid Input. Enter number equal or more than 2\n")
num = inputNumber("Enter Number(default is 10): ", default=10)
while i <= num:
if (num % i) == 0:
factors.append(i)
num = num / i
else:
i += 1
return factors
def displayMenu(options):
# DISPLAYMENU Displays a menu of options, ask the user to choose an item
# and returns the number of the menu item chosen.
#
# Usage: choice = displayMenu(options)
#
# Input options Menu options (array of strings)
# Output choice Chosen option (integer)
#
# Author: Mikkel N. Schmidt, [email protected], 2015
# Display menu options
for i in range(len(options)):
print("{:d}. {:s}".format(i+1, options[i]))
# Get a valid menu choice
choice = 0
while not(np.any(choice == np.arange(len(options))+1)):
choice = inputNumber("Please choose a menu item: ")
return choice
def displayMenu(options):
# DISPLAYMENU Displays a menu of options, prompts the user to choose an
# item and returns the number of the menu item chosen.
#
# Usage: choice = displayMenu(options)
#
# Input: options Menu options (cell array of strings)
# Output: choice Chosen option (integer)
#
# Author: From "Creating an interactive menu" made by Mikkel N. Schmidt.
# Display menu options
for i in range(len(options)):
print("{:d}. {:s}".format(i + 1, options[i]))
# Get a valid menu choice
choice = 0
while not (np.any(choice == np.arange(len(options)) + 1)):
choice = inputNumber(
"Please choose a menu item by typing its number: ")
return choice
def squareRoot(num):
if num <= 0:
print("Number must be a real integer")
return None
n = None
# WILD GUESS APPROX VALUE OF n FOR THE ROOT OF num
# THEN COMPUTE RECURSIVELY ni+1 = (1/2)(ni + (num/ni))
_n = num / 3 #this doesn't matter
while True:
n = _n
_n = (n + (num / n)) / 2
# print(_n)
if n == _n: break
return n
## USER INPUT
print("\n=============================")
num = inputNumber("Enter Number(default is 9): ", default=9)
## OUTPUT
output = squareRoot(num)
if not output: quit()
print(f"The square root of number '{num}' is {output}")
print("=============================\n")
from inputNumber import inputNumber
import math
def primeFactors(num):
factors = []
i = 2
if num < 2:
while num < 2:
print("Invalid Input. Enter number equal or more than 2\n")
num = inputNumber("Enter Number(default is 10): ", default=10)
while i <= num:
if (num % i) == 0:
factors.append(i)
num = num / i
else:
i += 1
return factors
## USER INPUT
print("\n=============================")
num = inputNumber("Enter Number(default is 10): ", default=10)
## OUTPUT
output = primeFactors(num)
print(f"\nPrime factors of number '{num}' is/are: {output} ")
print("=============================\n")
from inputNumber import inputNumber
import math
def output(num):
quotient = math.floor(num / 2)
last_remainder = num % 2
binary = [str(last_remainder)]
while quotient > 0:
modulo = quotient % 2
binary.insert(0, str(modulo))
quotient = math.floor(quotient / 2)
return "".join(binary)
if __name__ == '__main__':
## USER INPUT
print("\n=============================")
num = inputNumber("Enter Number(default is 50) : ", default=50)
## OUTPUT
print(f"\nThe binary form of '{num}' is: {output(num)} ")
print("=============================\n")
from inputNumber import inputNumber
def output_1(num1, num2):
x = num1
y = num2
output = [x, y]
while len(output) < 10:
last_index = len(output)-1
last_num = output[last_index]
prev_num = output[last_index - 1]
next_num = prev_num + last_num
output.append(next_num)
return output
if __name__ == '__main__':
defaults = [0, 1]
## QUESTION 1 INPUT:
print("\n=============================")
print("QUESTION 2 INPUT")
num1 = inputNumber(f"Enter First Number(default: {defaults[0]}) : ", defaults[0])
num2 = inputNumber(f"Enter Second Number(default: {defaults[1]}) : ", defaults[1])
## OUTPUT:
print(output_1(num1, num2), "\n")
print("=============================\n")