Part 1

myDoc/1. working_with_string.py

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+# Working With String
+print("Vincent Adeniji")  # Horizontal
+print("Vincent\Adeniji")  # Back Slash
+print("Vincent\nAdeniji") # New Line / Vertical
+print("Vincent\'Adeniji") #
+print("Vincent\"Adeniji") #
+
+# String Variable
+name = "Vincent Adeniji"
+print(name)
+
+# Concatination
+name = "Vincent Adeniji \n"
+school = "Lambda School"
+print(name + school)
+
+# Function - a block of code that would perform a specific operation - modify, get info 
+school = 'Lambda Academy'
+upperSchool = 'LAMBDA'
+lowerSchool = 'lambda'
+
+print(school.upper(), '22')   # Make the string UpperCase
+print(school.upper().isupper(), '23')  # Make the string UpperCase, is the String UpperCase? output: True
+print(school.lower(), '24')
+print(school.lower().islower(), '25')
+print(school.isupper(), '26')
+print(school.islower(), '27')
+print(upperSchool.isupper(), '28')
+print(lowerSchool.islower(), '29')
+
+print(len(school), 'length') # Length of the string
+print(school[0]) # print the first letter
+print(school.index('Lambda')) # Shows the index of the string. Note: only output the index of the first letter in the variable
+print(school.replace('Academy', 'School')) # Replace

myDoc/10. Return_Statement.py

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+# Return information from function
+
+def cube(num):
+    return int(num) ** 3
+
+result = cube(2)
+print(result)

myDoc/11. If_Statement.py

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+Mahiya = "Crush"
+crush = Mahiya
+print(Mahiya)
+
+if len(Mahiya) > len(crush) or 2:               # If one condition is true 
+    print("I love you Apu")
+elif Mahiya == "crush" or crush:
+    print("I still love you apu")
+elif crush == Mahiya:
+    print("I will always love you apu")
+else:
+    print("Where's Apuuu")
+
+
+if Mahiya == crush and "Crush":              # If both condition is true
+    print("I love you a lot apu")
+
+
+if Mahiya == "Crush" and not(crush):         # This won't output because crush is Mahiya, but we are saying it isn't
+    print("I so much Love you Apu")
+else:
+    print("Always love you apu")

myDoc/12. If_Statement_and_comparison.py

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+# Maximum number 
+def max_num(num1, num2, num3):
+    if num1 >= num2 and num1 >= num3:
+        return num1
+    elif num2 >= num1 and num2 >= num3:
+        return num2
+    else:
+        return num3
+
+print(max_num(1, 2, 3))

myDoc/13. Building_A_Better_Calculator.py

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+num1 = float(input('Enter First Number: '))
+operator = input('Enter operator: ')
+num2 = float(input('Enter Second  Number: '))
+
+
+if operator == '+':
+    print(num1 + num2)
+elif operator == '-':
+    print(num1 - num2)
+elif operator == '*':
+    print(num1 * num2)
+elif operator == '/':
+    print(num1 / mum2)
+elif operator == '%':
+    print(num1 % num2)
+elif operator == '^':
+    print(num1 ** num2)
+else: 
+    print("Invalid Operator")

myDoc/14. Dictionaries.py

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+# Special Structure
+# Allows us to store information in Key Value Pairs
+
+
+monthConversion = {
+    "Jan": "January",
+    "Feb": "February",
+    "Mar": "March",
+    "Apr": "April",
+}
+
+print(monthConversion['Jan'])
+print(monthConversion.get("Feb"))

myDoc/15. While_Loop.py

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+i = 1
+while i <= 10:
+    print(i)
+    i += 1
+
+print("dONE")

myDoc/16. Building_Guessing_Game.py

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+secret_word = "Apu"
+guess = ""
+guess_count = 0
+guess_limit = 3
+out_of_luck = False
+
+while guess != secret_word and not(out_of_luck):
+    if guess_count < guess_limit:
+        guess = input('Enter Guess: ')
+        guess_count += 1
+    else:
+        out_of_luck = True
+
+if out_of_luck:
+    print('Uh-oh!!! You Lose')
+else:
+    print("You Win")

myDoc/17. For_Loop.py

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+# 
+
+for letter in "Lambda Academy":
+    print(letter)   # Print all text in lamda academy
+
+
+# 
+
+crushes = ["Apu", "Sis", "Love"]
+
+for crush in crushes:
+    print(crush)
+
+# index of 10
+# Note index start from 0-9
+
+
+for index in range(10):   
+    print(index)
+
+# range from 3 - 10
+
+for index in range(3, 10):
+    print(index)
+
+# Using range with Variable
+crushes = ['Apu', 'Love', 'Beautiful']   # Variable
+
+length = len(crushes)       # Length Variable
+for crush in range(length): # set a new Variable called crush and check the range of the length
+    print(crushes[crush])   # Output the range of the crushes names 

myDoc/18. Exponential_Function.py

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+def raise_to_num(base_pow, pow_num):         # First create a function with two parameter
+    result = 1                               # We set a variable to one for the iteration, 1 * anything will always give us anything
+    for i in range(pow_num):                 # Now we create a variable and set it in range of the second paremeter
+        result = result * base_pow           # and we use the result for the actual base. for example, let the base = 100, range = 3
+                                             # 100 * result = 100, that is 1. the loop still need to go up 2 more times
+                                             # now result is 100, the second time will be 100 * 100 = 10,000 one more to go
+                                             # result now is 10,000. 10,000 * 100 = 1,000,000. 
+                                             # Note the base remain the same.
+    return result                            # Now we return the result which is now 1,000,000.
+                                             # After a return statement we can't do anything except printing
+print(raise_to_num(100,3))                   # Now we print the call function

myDoc/2. working_with_numbers.py

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+# Print the actual number
+print(2) # Whole Number
+print(2.2) # Decimal Number
+print(-2)
+print(-2.2)
+
+# Arithmetics
+print(2 + 2)   # Plus
+print(2 + 2.2)
+
+print(2 * 2 )  # Multiplication
+print(2 * -2) 
+
+print(2 * 2 + 2) 
+print(2 * (2 + 2)) # Parenthesis
+
+print(10 % 3) # Modulos  gives the remainder, 10/3 remains 1
+
+# Store Number inside a Variable 
+
+num = 7
+print(num)
+
+# Convert Number to string
+# Note you can't use number and string together, so you need to convert the number to string
+print(str(num))  #Note, the actual number is now string
+print(str(num) + " is the first letter of my name")
+
+# Absolute Value
+num = -4, -4.34
+print(abs(num[0]), abs(num[1]))
+
+# raise to Power
+num = 5
+print(pow(num, 2))
+
+# Maximum Number
+print(max(num, 2, 4))
+
+# Mininum Number
+print(min(num, 2, 4))
+
+# Round Number 
+num = 4.1
+print(round(num))
+
+# Floor Number. Note: this will remove any .int
+# Note: you need to import math to use code below
+from math import *
+
+print(floor(num))
+
+# Ceil Number. Round the number as long as there's int above 0
+print(ceil(num))
+
+# Square Root of a number
+print(sqrt(num))

myDoc/3. getting_input_from_users.py

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+# Input. Allow you to type what you want
+name = input("Enter your name: ")
+lname = input("Enter your last name: ")
+print("I'm " + name + lname + " !")

myDoc/4. building_calculator.py

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+# Addition
+num1 = input("Enter the first number: ")
+num2 = input("Enter the second number: ")
+result = float(num1) + float(num2)  #note: int will look for a whole number not float. 
+
+print(result)
+
+# Subtraction
+num1 = input("Enter the first number: ")
+num2 = input("Enter the second number: ")
+result = float(num1) - float(num2)  #note: int will look for a whole number not float. 
+
+print(result)

myDoc/5. Mad_Lib_Game.py

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+color = input("Enter a color: ")
+pnoun = input("Enter a noun: ")
+celebrity = input("Enter a celebrity: ")
+
+
+print(f"Roses Are {color}")
+print(f"{pnoun} Are blue")
+print(f"I Love You, {celebrity}")

myDoc/6. List.py

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+# Mutable
+friends = ["Big", "Bang", "Apu", 2, False]
+
+print(friends)
+print(friends[1])
+print(friends[-5])
+print(friends[2:])   # from index 2 to rest of the friends
+print(friends[2:3])  # print all the element from 2 and up to, but not including 3
+
+# Modify
+friends[2] = "Crush" 
+print(friends)

myDoc/7. List_Function.py

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+numbers = [1, 2, 3, 4, 5, 6]
+crush = ["Apu", "Friend"]
+
+print(numbers)
+print(crush)
+
+# Extend add two list together
+# Note: you can add the same list 
+crush.extend(crush)
+print(crush)
+
+numbers.extend(crush)
+print(numbers)
+
+# Append add a specific info
+# Note: add item at the end of the list
+crush = ["Apu", "Friend"]
+
+crush.append("Love")
+print(crush)
+
+# Insert to anywhere on the index
+# Note: insert add new item to any index on the list and shift the previous index to the front 
+# for example ex = [Foo, Bar]. ex.insert(1, 'bang'). ex = [Foor, Bang, Bar]
+crush.insert(1, 'Sis')
+print(crush)
+
+# Remove the item from the list
+# Note: you can remove using the variable array or the of the item
+crush.remove(crush[1])
+crush.remove("Friend")
+print(crush)
+
+# Clear remove everything from the list
+crush.clear()
+print(crush, 'cleared')
+
+# POP remove the last item off the list
+# Note: if you print the function you will get what got poped
+crush = ["Apu", "Sis", "Love"]
+crush.pop()
+print(crush.pop())  # Print and  remove last item 
+print(crush)
+
+# Count
+
+crush = ["Apu", "is", "Beautiful"]
+crush.extend(crush)
+print(crush.count("Apu"))  # Output 2\
+print(crush)
+
+# Sort
+# Note: sort in ascending order
+crush.sort()
+print(crush)
+
+# Reverse the order in the list
+crush.reverse()
+print(crush)
+
+# Copy the list to another variable
+crush = ['Apu', 'Lady M']
+sis = crush.copy()
+print(sis)

myDoc/8. Tuples.py

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+# Similar to a list
+# Immutable - can't be change or modify
+coordinates = (7, 9)
+print(coordinates)    # Output: 7, 9
+print(coordinates[0]) # Output: 7

myDoc/9. Function.py

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+# Hello
+def say_hi(name, age):
+     print("Hello " + name + " I am " + str(age))  
+
+say_hi("Vincent", 23)
+say_hi("Ryan", 33)
+
+
+# Greetings
+def Greetings():
+    Greeting = "Hello "
+    name = input("Enter your name here: ")
+    print(Greeting + name)
+
+Greetings()

myDoc/js_creating_new_method_with_jsfunction.js

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+const lovers = {
+    name: "Apu",
+    age: parseInt("Sweet 16"),
+
+}
+
+console.log(lovers)