CIS355A Lab Report: Lab Week Objective And Purpose

Question

Cis355a Lab Reportyour Namedatelab Week Objectivepurpose Of The CIS355A Lab Report Your Name: Date: Lab Week ____ Objective/Purpose of the program Briefly describe the program’s requirements. Analysis/Design Describe the approach/structure of program. What classes/functions were used? Testing/Results Does your program satisfy all requirements of the lab? If yes, how did you test it? Indicate test cases used, expected values, and show results with screen shots. For example: Case Description Test Data Expected Result Actual Result 1 Describe what you are testing Specify the test data What is expected Actual results – reference an image that you include below. If any requirements are NOT met, document the known issues. What did you do to try to solve them? Make sure you demonstrate in your testing the parts that are working correctly. Conclusions / Lessons Learned What difficult problems did you encounter, and how did you handle them? What new concepts did you learn/reinforce with this lab? Is there anything you would have done differently?

Dr. Jack HW Helper · Accepted Answer

This lab report delineates the development of an Object-Oriented Programming (OOP) console application aimed at assisting clients of GymsRUs in monitoring their health metrics, specifically Body Mass Index (BMI) and maximum heart rate. The exercise stipulates designing a robust Java class named HealthProfile that encapsulates pertinent health data and computations, validating the implementation through a separate test class Lab1Main, and facilitating user interaction via command-line inputs and outputs. The HealthProfile class forms the core of this application, storing personal attributes such as name, age, weight, and height as private instance variables. The height is handled in inches internally, with a dedicated setHeight method converting feet and inches input into total inches. The class supplies accessor methods like getName, getAge, getWeight, and getHeight. Critical computational methods include getBMI, which calculates BMI using weight and height, and getCategory, which assigns BMI to a category such as underweight, normal, overweight, or obese based on standard ranges. Additionally, getMaxHR computes the maximum heart rate as 200 minus age. The Lab1Main class provides the user interface, employing a Scanner to gather multiple client inputs in a loop. After each data entry, the program creates a HealthProfile object, populates it with input data, and displays the calculated BMI, BMI category, and maximum heart rate. The loop terminates upon user input of “X”. The program thus meets functional requirements by processing multiple clients seamlessly, maintaining data encapsulation, and outputting results with precision—BMI rounded to one decimal place. Analysis and Design The design hinges on encapsulating health data within the HealthProfile class, promoting modular and maintainable code. The class has private variables for data security, with public methods to set and retrieve data. The approach simplifies BMI calculation by directly applying the formula:

CIS355A Lab Report: Lab Week Objective And Purpose

Cis355a Lab Reportyour Namedatelab Week Objectivepurpose Of The

Paper For Above instruction

Analysis and Design

Implementation Details and Testing

Known Issues and Resolutions

Lessons Learned

Conclusion

References