Jeremy Lovell
CMIS 102 7987 Introduction to Problem Solving and Algorithm Design (2152)
Bryan Nilsen
29 March 2015 NLT: 11:59 PM
Program Description: This program will calculate the total usable square feet of a house by multiplying the length of width of each room and add up the product of each room to give the total square feet.
Analysis: I know to calculate square feet of a room you have to multiply the length and width. Since the house has multiple rooms to get the total square feet you have to add the square feet of each room to get the total. I decide to create the input simple by giving the variables names that are easily identifiable. L stands for Length and W stands for Width, RM stands for room which is the product of the corresponding Length and Width. Finally SgFT is the sum of all three RMs. I used these variable names to easily see within the program where I get there data values. Test Data: | Input: | Output | Test Case 1: | Room1: length=10, width=20 Room2: length=15, width=10 Room3: length=20, width=15 | Total Square Feet: 650 | Test Case 2: | Room1: length=13, width=11 Room2: length=9, width=7 Room3: length=22, width=19 | Total Square Feet: 624 | Test Case 3: | Room1: length=8, width=6 Room2: length=4, width=12 Room3: length=30, width=25 | Total Square Feet: 846 |

Pseudocode:
//Declare Variables
Declare L1, L2, L3, W1, W2, W3, RM1, RM2, RM3 and SqFT
//Set Values of Variables
Set L1=10
Set L2=15
Set L3=20
Set W1=20
Set W2=10
Set W3=15
Set RM1=L1*W1
Set RM2=L2*W2
Set RM3=L3*W3
Set SgFT=RM1+RM2+RM3
//Print SgFT