Added main.py

I copied all the code from google docs and pasted it here.

Author: Oleksandr Krotkov

main.py

@@ -0,0 +1,114 @@
+"""
+cost for all materials ( THAT ARE CONSTANTS )
+"""
+price_concrete = 150 
+price_joist = 24.07
+price_studs = 2.72
+
+
+
+"""
+Part one- Chemai
+"""
+length = int(input("What's length of your house?: "))
+width = int(input("What's width of your house?: "))
+height = 8
+
+# convertion to inchs 
+length = (length*12)
+width = (width*12)
+height = (height*12)
+
+
+# perimeter
+perimeter = (2 * length) + (2 * width)
+
+# walls of the basement
+Volume1 = (length) * (width) * (height)# needs to be 400
+Volume2 = (length + 16) * (width + 16) * (height)
+Volume = (Volume2-Volume1)
+
+# floor of the basement
+floor_Volume = ((length*width)*4)
+
+# footers of the basement
+footer_Volume1= (length + 24) + (width + 24)
+footer_Volume2= (length - 24) + (width - 24)
+footer_Volume = ((footer_Volume1 - footer_Volume2)*8)
+
+# convertion to feet
+perimeter = perimeter/12
+Volume = Volume/1728
+footer_Volume = footer_Volume/8
+floor_Volume = floor_Volume/1728
+
+# convertion to yards
+Volume = Volume/27
+footer_Volume = footer_Volume/27
+floor_Volume = floor_Volume/27
+Volume = round(Volume, 2)
+footer_Volume = round(footer_Volume, 2)
+floor_Volume = round(floor_Volume, 2)
+
+# Total concrete calculation
+Total_cost_concrete = ((Volume + footer_Volume)* 150) 
+Total_cost_concrete = round(Total_cost_concrete, 2)
+"""
+Part two- Sasha
+"""
+
+
+length_joist = 16
+width_joist = 2 
+heigt_joist = 10
+
+length_of_house = length
+distance = (length_of_house - 1.5)
+number_of_joists = distance / 16
+number_of_joists = round(number_of_joists)
+
+joistrow = (width) / (16)
+joistrow = round(joistrow)
+total_joist = (joistrow) * (number_of_joists)
+
+cost_joist = number_of_joists * 24.07
+cost_joist = round (cost_joist, 2)
+
+
+"""
+Part two- Keegang
+"""
+length_internal = (length / 12) - 0.75 #These 2 lines subtract half of the length of one stud from both the length and the width. This is so they're not just sticking half out of the wall.
+width_internal = (width / 12) - 0.75
+
+perimeter_feet = (length_internal * 2) + (width_internal * 2) #Get perimeter in linear feet
+perimeter_in_inches = perimeter_feet * 12 #Convert perimeter to completely in inches
+
+studs = 0; # Defining studs variable
+while perimeter_in_inches > 16:   #Calculates number of studs
+    perimeter_in_inches = perimeter_in_inches - 16
+    studs = studs + 1
+studs = studs + 4 #Adding 1 stud for every corner. This is, of course, assuming it's just a square.
+
+cost_studs = studs * 2.72 #Calculates cost
+cost_studs = round(cost_studs, 2)
+
+#PRINTS PRINTS PRINTS
+#CHEMAI PRINTS
+print (" ")
+print ("The perimeter of your house is: " + str(perimeter) + (" ."))
+print ("The Volume of the wall is: " + str(Volume) + (" Cubic yard."))
+print ("The Volume of the footer is: " + str(footer_Volume) + (" Cubic yard."))
+print ("The Volume of a concrete floor for your basement is: " + str(floor_Volume) + (" Cubic yards."))
+print (" ")
+print ("Total Cost of concrete: " + str(Total_cost_concrete)+ "$"  )
+#SASHA PRINTS
+print ("The total number of joists needed is " + str(number_of_joists))
+print ("Total cost of joists: " + str(cost_joist) + "$")
+#KEEGAN PRINTS
+print("\nNumber of studs: " + str(studs)) #Prints studs
+
+print("Total cost of studs: $" + str(cost_studs))#Prints costs
+
+cost_of_everything = cost_joist + cost_studs + Total_cost_concrete
+print("\n\nTotal cost altogether: " + str(cost_of_everything) + "$!")