Made the variables.py file neater and cleaner to read

Author: siv-the-programmer

basics/variables.py

@@ -1,9 +1,11 @@
-#-----------------------------------------------------------------------------------------
+"""
+---------------------------------------------------------------------
 # VARIABLES WITH PYTHON
-#-----------------------------------------------------------------------
+#--------------------------------------------------------------------
+
 # In python variables are used to store values that can be refrenced and manipulated during program execution
 # A variable is essentially a name that is assigned to a values
-
+"""
 name = "David" # This is the word David stored inside the variable <name>
 age = 28 # 28 is stored inside of the variable <age>
 
@@ -12,34 +14,27 @@
 
 # When you run :
 # python3 .\variables.py
-
 # Output should look like :
-
 """
 # David
 # 28
-
 """
-
-#---------------------------------------------------------------------------
-
+"""
+------------------------------------------------------------------------
 # Rules for naming variables
 # Variable names can only contain letters, digits and underscores
 # A variable name cannot start with a digit
 # Variables are case sensitive
-
-
-#------------------------------------------------------------------
 # Variables in Python are assigned values using the = operator.
-
+------------------------------------------------------------------------
+"""
 x = 5
 y = 3.14
 z = "HI" # The = sign assigns the value to the variable
-
-
-#------------------------------------------------------------
+"""
+------------------------------------------------------------
 # Dynamic Typing
-#--------------------------------------------------------------
+--------------------------------------------------------------
 # Python Variables are dynamically typed
 # This means the same variable can hold different types of values during execution
 # Example:
@@ -49,67 +44,65 @@
 # If we print it out it will look like
 print(x)
 # The output would be:
-"""
-Ten instead of 10
 
+Ten instead of 10
 """
 
-# if we want to print out both we need to print the first variable before we assign the new value to the second variable
+"""
+# if we want to print out both we need to print the first variable before we assign the new value to the second variable"""
 # Example : 
 x = 10
 print(x)
 x = "Ten"
 print(x)
 
-# The output would look like :
-""" 
+"""The output would look like :
+
 10
 Ten
-
 """
-
-
-#-------------------------------------------
+"""
+-------------------------------------------
 # Multiple Assignments
-#-------------------------------------------
+-------------------------------------------
 # Python allows multiple variables to be assigned values in a single line
+"""
 
 a = b = c = 100
 print(a, b, c)
-# Output would look like:
-"""
-100 100 100 
 
-"""
+"""# Output would look like:
 
-
-#--------------------------------------------------------
+100 100 100 
+"""
+"""
+--------------------------------------------------------
 # Assigning Different Values
-#--------------------------------------------------------
+--------------------------------------------------------
 # We can assigne different values to multiple variables simultaneously 
 # This makes the code concise and easier to read
+"""
 
 x, y, z = 3, 1.4, "Python" # x, = 3 | y, = 1.4 | z = "Python"
 print(x, y, z) # This will then print out all those values
-# The output would look like this: 
-"""
-3 1.4 Python
-
-"""
 
+"""# The output would look like this: 
 
-#------------------------------------------------------------------
+3 1.4 Python
+"""
+"""
+------------------------------------------------------------------
 # Type Casting a Variable
-#------------------------------------------------------------------
+------------------------------------------------------------------
 # Type casting refers to the process of converting the value of-
 # one data type into another
 
 # Basic Castin Functions
 # int()
 # float()
 # str()
+"""
 # Example: 
-
 str_ing = "10" # This is a string or is initially a string
 new_string_to_int = int(str_ing) # This converts the string "10" into an integer 10
 
@@ -122,20 +115,19 @@
 print(int_to_float)
 print(age_tostring)
 
-# The output would look like : 
-"""
+"""# The output would look like : 
+
 10
 5.0
 25
-
 """
-#-----------------------------------------------------------------------------
+"""
+--------------------------------------------------------------------------
 # Getting the Type of Variable
-#-----------------------------------------------------------------------------
+-----------------------------------------------------------------------------
 # In python we can determine the type of variable using the type() function.
 # This returns the type of object passed to it
-
-
+"""
 a = 5
 b = "hello"
 c = "0.5"
@@ -146,30 +138,28 @@
 print(type(c))
 print(type(d))
 
-# Output will look like 
-"""
+"""output will look like:
+
 <class 'int'>
 <class 'str'>
 <class 'str'>
 <class 'bool'> 
-    
-    
 """
 
-#---------------------User input using variables-----------
+"""
+---------------------User input using variables-----------
 
 # In Order to get user input we have to assign the input() function.
-
+"""
 nam = input("\nWhat is your name: ")
 print(nam)
 
 fav_food = input("\nWhat is your favourite food ")
 print(fav_food)
-
 # You may add your own name and fav food, I just used david and pizza as an example
 
-# Output would look like: 
-"""
+"""# Output would look like: 
+
 What is your name: david
 david
 
@@ -178,30 +168,24 @@
 
 """
 
-#------------------------Input sentences------------------
+"""
+------------------------Input sentences------------------
 # We can also print out sentences like we would with a variable
 # We use an f string for cleaner code
-
+"""
 nam1 = input("\nWhat is your dogs name?: ")
 print(f"I can't believe your dogs name is {nam1}") # We can use an f string for cleaner code
 
 nam2 = input("\nWhere do you live?: ")
 print(f"Oh you live in {nam2} I have no idea where that is")
 
-# The output would look like this
-"""
+"""# The output would look like this
+
 What is your dogs name?: Linux
 I can't believe your dogs name is Linux
 
 Where do you live?: Planet Python
 Oh you live in Planet Python I have no idea where that is
 
 """
-
 # We can modify this with if statements, However we will get to that in the conditionals.py file and mini projects folder
-
-
-
-
-
-