ITS63304 Object-Oriented Programming
Re-sit Coursework (60%)
September 2024
Module Learning Outcome (MLO)
MLO 1: Apply the appropriate programming concepts and skills to evaluate and
solve a given problem.
MLO 2: Demonstrate capability to interact positively within a peer group, consider
other viewpoints, and foster stable and harmonious relationships in solving computational problems related to object-oriented programming language.
Problem Background
Coastal cities face increasing threats from climate change, including rising sea levels and extreme weather events. Sustainable infrastructure is essential to mitigate these impacts. Your task is to develop a Climate-Resilient Building Evaluation System using Java language and Object- Oriented Programming (OOP) concepts to assess building designs based on flood resilience, energy efficiency, and sustainability.
Program Requirements
You are required to write a working Java OOP program that satisfies the following requirements:
• Create a Building class with the following:
• name (String): The name of the building.
• height (double): The height of the building in meters.
• floodResilienceScore (int): Score (0-10) representing flood resistance, that measureshow well the building can resist flooding.
• energyEfficiencyScore (int): Score (0-10) for energy efficiency, that measures how energy-efficient the building is (e.g., based on renewable energy use).
• sustainabilityScore (double): A calculated score based on flood resilience and energy efficiency.
• A constructor to initialize the attributes (name, height, floodResilienceScore, energyEfficiencyScore).
• Implement the following methods in the Building class:
• calculateSustainabilityScore(): Computes the sustainability score using the below formula:
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sustainabilityScore = (floodResilienceScore + energyEfficiencyScore) / 2
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• isFloodResilient(): Returns true if floodResilienceScore ≥ 7, otherwise returns false.
• printBuildingInfo(): Displays the building’s name, height, flood resilience score, energy efficiency score, and sustainability score.
• Main Program Requirements:
• Create an array of at least five Building objects with different attributes.
• Use a loop to input data for each building, such as name, height, flood resilience score, and energy efficiency score.
• After handling the input, calculate the sustainability score for each building by using the calculateSustainabilityScore() method.
• Display each building’s information using printBuildingInfo().
• Use selection statements (if-else) to identify and display flood-resilient buildings.
• Use iteration (loops) to determine and display the building with the highest sustainability score.
IMPORTANT: You need to create a Java console application. A GUI based program will not be accepted for this assignment.
Deliverables:
1. A working / executable JAVA console program, that executes the above requirements. (Submit the zip files for your project/source code, no need to submit JAR file).
2. Prepare and submit a maximum 5-minute recorded video presentation explaining your program solution. You must be able to explain how do you solve each requirements given in the question, and points out to the code solution in your program. You must also be able to record your program demonstration / run the program. You must be very clear and confident during the presentation.
3. Prepare a report for the above program solution including the appropriate description and screenshots of code and output. The report must not exceed 25 pages. You MUST include the marking rubrics in the report.