Python Cheat Sheet by Rawisara

user_input = input("write down string")
print(input)

letter_num = 0
reverse = ""
while letter_num < len(user_input):
    reverse = user_input[letter_num] + reverse 
    letter_num = letter_num + 1

print ("Reverse: ",reverse)

if reverse == user_input:
    print("This is palindrome")
else:
    print("This is not a palindrome")

import random
mylist = ['lion', 'cheetah', 'panther', 'cougar', 'leopard']
random_item = random.choice(mylist)
Chances = 5
Score = 0

while Chances > 0:
    print("Words:['lion', 'cheetah', 'panther', 'cougar', 'leopard']")
    
    
    user_guess = input("Guess a word: ")
    if user_guess == random_item:
            print("That's correct!")
            Score = Score+100
            print("Chances remaining",'',Chances)
            random_item = random.choice(mylist)
            print("Score is",'',Score)
    else:
      
        if user_guess in mylist:
                print("Sorry, wrong choice!")
                Chances = Chances - 1
                print("Chances remaining",'',Chances)
                print("Score is",'',Score)
        else:
                print("Sorry, that is not even in the list!")
                Chances = Chances - 1
                print("Chances remaining",'',Chances)
                print("Score is",'', Score)

if Chances == 0:
    print("Gameover",'',"The word is",'',random_item)
    print("Final score is",'',Score)

for num in range(100):
 print (num) # prints all numbers from 0 – 99
for num in range(5, 50):
 print(num) #prints all numbers from 5 - 49

if user_guess in mylist:
        print("Sorry, tht's wrong")
    else:
        print("Sorry It is not in choice")

def volumeofprism(b,h,l):
    volume = areaofTriangle(b,h) * l
    return volume
user_length = float(input('Enter the length of the prism: '))
print ("The volume of the prism is", volumeofprism(user_base,user_height,user_length))

num = 2
while 1 < num and num <101 :
    print(num)
    num = num + 2

def max3 (num1,num2,num3):
    if num1>num2 and num1>num3:
        largestvalue = num1
    elif num2>num3 and num2>num1:
        largestvalue = num2
    else:
        largestvalue = num3 
    return largestvalue

print (max3(9,100,25))
print (max3(69,85,1))
print (max3(75,9,33))



def maxlist (list):
    largestvalue = list [0]
    for item in list:
       if item > largestvalue:
           largestvalue = item
    return largestvalue
mylist = [1,2,3,4,103,100,89,57]
print (maxlist(mylist))

def isPalindrome(word):
    letter_num = 0
    reverse = ""

    while letter_num < len(user_word):
        reverse = user_word[letter_num] + reverse 
        letter_num = letter_num + 1
        
    
    if  word == reverse:
        return True
    else:
        return False

while True:
    user_word = input("Enter the word")
    word = len(user_word)
    print(word)
    if user_word == "quit":
        break
    if isPalindrome(user_word):
        print(user_word, "is a palindrome")
    else:
        print(user_word, "is not a palindrome")

user_number = input("Please enter the number")
number = int(user_number)
countdown_string = ""
while number>0:
    countdown_string = countdown_string + str(number)
    number = number - 1
print (countdown_string)

word = input("enter the word")
letter_num = 0
reverse = ""
while letter_num < len(word):
    reverse = word[letter_num] + reverse 
    letter_num  = letter_num + 1

print ("Reverse: ",reverse)

user_number = input ("Please enter the number")
number = int(user_number)
binary_string = ""
while (number>0):
    remainder = number%2
    binary_string = str(remainder) + (binary_string)
    number = number//2
print ("Binary string is", binary_string)

mystr = "­­He­l­l­o"

letter_num = 0

while letter_num < len(my­­str):
     print (mystr­­[l­e­t­te­­r_num])
     letter_num = letter_num + 1

H
e
l
l
o

def areaofcircle (r):
    if r <= 0:
        return "Error: Invalid radius"

    pi = 3.1415
    area = pi*r**2
    return area
user_radius = input ('Enter the radius')
r = float(user_radius)
print("The area of circle is",areaofcircle(r))

def printdefinitions(word):
    if word == "Variable":
        print ('lo')

    elif word == "Function":
        print ('fun')

    elif word == "Parameter" or word == "Argument": 
        print ('para')

    elif word == "Function call":
        print ('call')

    elif word == "String": 
        print ("stri")

    else:
        print ("Unknown Word") 
    return

while True: 
    user_input = input ("Enter the word:")
    printdefinitions(user_input)