Change redundant folder structure

Author: TeraMika

Model Code/python/lesson_1.py renamed to Model Code/lesson_1.py

@@ -1,90 +1,90 @@
-# Model code for lesson one of the Python workshop.
-# I'll follow the structure of the workshop!
-# So I'll separate each lesson by
-
-######################################################
-
-# Exercise 1 -- Variables
-
-a = 15 + 5  # 20
-b = 20 - a  #  0
-c = 15 / 5  #  3
-d = 10 + c  # 13
-total = a + b + c + d
-print(total)  # Should be 36
-
-print(a)  # Proving that variables are remembered by Python
-
-c = 35 / 5  # Increase c by 4
-total = a + b + c + d  # Redefine total
-# Note that, even though d = 10 + c, we already defined d = 13 using c = 3.
-# Variables, once assigned, retain that value until changed. This is not algebra!
-
-print(total)  # Should now be 40
-
-# Or, alternatively...
-total = 40
-print('Total is now', total)
-
-########################################################
-
-# Variables are cool, but I want to write a program!
-
-welcome = "Hello, world!"  # Assign a string to the variable 'welcome'
-print(welcome)  # Print it out!
-
-########################################################
-
-# Exercise 2 -- Customise your program
-
-name = input("Hi! What's your name? ")
-fav_colour = input("What's your favourite colour? ")
-print("That's awesome " + name + "! My favourite colour is " + fav_colour + " too!")
-
-########################################################
-
-# Import Random
-
-print("Two demonstration random values:")  # For when the program is run
-
-import random  # In your own programs, it's best practise to put all imports at the top
-
-value = random.randint(1,6)
-print(value)
-
-value = random.randint(10, 20)  # Reassigning 'value' to be between 10 and 20
-print(value)
-
-########################################################
-
-# Exercise 3 -- Roll the dice
-
-first_sides = int(input("How many sides do you want on the first die? "))
-roll_1 = random.randint(1, first_sides)
-
-second_sides = int(input("How many sides do you want on the second die? "))
-roll_2 = random.randint(1, second_sides)
-
-third_sides = int(input("How many sides do you want on the third die? "))
-roll_3 = random.randint(1, third_sides)
-
-roll_total = roll_1 + roll_2 + roll_3
-print("Your rolls were: " + str(roll_1) + "\n" + str(roll_2) + "\n" + str(roll_3))
-# \n is a line break, it puts the following text on another line
-print("And your total is... " + str(roll_total))
-
-########################################################
-
-# Exercise 4 -- True or false?
-
-a = 5
-b = 10
-print(a > b)  # False
-print(a < b)  # True
-print(a + b == b + a)  # True
-print(a - b == b - a)  # False
-print(a * b == b * a)  # True
-print(a / b != b / a)  # True
-
-# Alternatively, print all of them in one statement!
+# Model code for lesson one of the Python workshop.
+# I'll follow the structure of the workshop!
+# So I'll separate each lesson by
+
+######################################################
+
+# Exercise 1 -- Variables
+
+a = 15 + 5  # 20
+b = 20 - a  #  0
+c = 15 / 5  #  3
+d = 10 + c  # 13
+total = a + b + c + d
+print(total)  # Should be 36
+
+print(a)  # Proving that variables are remembered by Python
+
+c = 35 / 5  # Increase c by 4
+total = a + b + c + d  # Redefine total
+# Note that, even though d = 10 + c, we already defined d = 13 using c = 3.
+# Variables, once assigned, retain that value until changed. This is not algebra!
+
+print(total)  # Should now be 40
+
+# Or, alternatively...
+total = 40
+print('Total is now', total)
+
+########################################################
+
+# Variables are cool, but I want to write a program!
+
+welcome = "Hello, world!"  # Assign a string to the variable 'welcome'
+print(welcome)  # Print it out!
+
+########################################################
+
+# Exercise 2 -- Customise your program
+
+name = input("Hi! What's your name? ")
+fav_colour = input("What's your favourite colour? ")
+print("That's awesome " + name + "! My favourite colour is " + fav_colour + " too!")
+
+########################################################
+
+# Import Random
+
+print("Two demonstration random values:")  # For when the program is run
+
+import random  # In your own programs, it's best practise to put all imports at the top
+
+value = random.randint(1,6)
+print(value)
+
+value = random.randint(10, 20)  # Reassigning 'value' to be between 10 and 20
+print(value)
+
+########################################################
+
+# Exercise 3 -- Roll the dice
+
+first_sides = int(input("How many sides do you want on the first die? "))
+roll_1 = random.randint(1, first_sides)
+
+second_sides = int(input("How many sides do you want on the second die? "))
+roll_2 = random.randint(1, second_sides)
+
+third_sides = int(input("How many sides do you want on the third die? "))
+roll_3 = random.randint(1, third_sides)
+
+roll_total = roll_1 + roll_2 + roll_3
+print("Your rolls were: " + str(roll_1) + "\n" + str(roll_2) + "\n" + str(roll_3))
+# \n is a line break, it puts the following text on another line
+print("And your total is... " + str(roll_total))
+
+########################################################
+
+# Exercise 4 -- True or false?
+
+a = 5
+b = 10
+print(a > b)  # False
+print(a < b)  # True
+print(a + b == b + a)  # True
+print(a - b == b - a)  # False
+print(a * b == b * a)  # True
+print(a / b != b / a)  # True
+
+# Alternatively, print all of them in one statement!
 print(a>b, a<b, a+b == b+a, a-b == b-a, a*b == b*a, a/b != b/a)