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2. Assessment Information Assignment Number 67 (of 07) 118% Weighting Assignment Circulated See front page Deadline See front page Submission Mode e-submission Learning outcome assessed 1, 2, 5, 7,8 Purpose of assessment Using lists to manipulate input data through a series of processing to output Information Marking criteria Total marks over seven questions as a percentage Submission necessary in order Yes to satisfy module requirements? Assignments are not marked anonymously Late Submission Penalty Standard UOL Policy COMP101 2020-21 Assignment-07: Page 2 Requirements: The latest production of the science-fiction blockbuster, Bilbo of Hogwarts has transferred to the stage. It is trialling in a small theatre so projection models can be tested for financial viability. Design, implement and execute a program using a 2d-array to transform input to output information in the form of a 'dashboard Provide theatre management with a dashboard where they can input the cost of the production, followed by input of the price of a seat in band-A and the price of a seat in band-B (to calculate income). This way, they can try different values on each run of the program to help them see combinations of costs/prices that will tell them when they break-even i.e. cost = income Problem Specification: STAGE seat number 1 6 11 16 2 7 12 17 3 8 13 18 4 9 14 19 5 10 15 20 Row-1 = seats 1 to 5 Row-2 seats 6 to 10 band-A band-A Row-3 - seats 11 to 15 Row-4 = seats 16 to 20 band-B band-B Seats in price-band-A cost twice as much as seats in price-band-B The show runs once a night, five nights a week COMP101 2020-21 Assignment-07: Page 3 INPUT: All integer, no validation or ranges needed. Although the user can enter whatever numbers they wish, for testing purposes you should consider a more realistic scenario - see below. 1. Input production cost: The overall cost to set up the production. Keep is sensible - maybe aim at maximum of 5000? By the same argument, is a production costs of 100 realistic? 2. Input the cost of one seat in band-A (band-A costs double band-B) 3. Input the cost of one seat in band-B (band-B is half the cost of band-A) Keep seat costs sensible - be realistic - don't have the cost of a production at 5000 and offer seats at 1000 cach! It may be difficult to sell seats costing more than, say, 50? - you decide for testing purposes - but validation is not required. PROCESS: Part-1: Full house a) How many days to break-even based on seat sales Part-2: Part house a) How many days for the production to break even based on seat sales (Use a random function to randomly allocate seats and use this as the basis for projection) COMP101 2020-21 Assignment 07: Page 4 OUTPUT: (Dashboard design at your discretion) Full house Production cost () 3000 Band-A price 20 Band-B price 10 Revenue: Band-A at 20.00 Band-A sales (10 seats) 200 Band-B at 10.00 Band-B sales (10 seats) 100 Total for the night 300 Break-even (rounded up) 3000/300 - 10 days = s 3000 20 10 Part-house Production cost Band-A price Band-B price Revenue: Band-A at 20.00 Band-A sales (6 seats) Band-B at 10.00 Band-B sales (2 seats) Total for the night Break-even (rounded up) 120 20 140 3000 / 140 = 21.42 = 22 days COMP101 2020-21 Assignment-07: Page 5 Notes: Useful enhancements to the output will be considered. Mark scheme: Analysis and Design 25% Implementation 50% Pseudocode 25% Implementations that do not meet the full specification can be considered for a 'reasonable attempt Aim for an easy-to-read break-even analysis based on processing of the 20-list, using relevant structures as developed over the module. COMP101 2020-21 Assignment-07: Page 6