The Boost Physio Clinic (BPC) is developing a new booking system for the various treatments it provides. The system stores information on its physiotherapists and patients who take treatments

Implement a system according to the following description.

The Boost Physio Clinic (BPC) is developing a new booking system for the various treatments it provides. The system stores information on its physiotherapists and patients who take treatments. For all BPC members, the clinic maintains a unique ID number, full name, address, and telephone number. Each physiotherapist has one or more areas of expertise, such as “Physiotherapy”, “Osteopathy”, “Rehabilitation”. Each physiotherapist offers treatments in their areas of expertise. These treatments are named (for example “Neural mobilisation”, “Acupuncture”, “Massage”, “Mobilisation of the spine and joints”, “Pool rehabilitation”). 

Each appointment will be booked at a date/time (e.g. “Thursday 1st May 2025, 10:00-11:00) with one physiotherapist. A patient can change their appointment (i.e., cancelling it and booking a new appointment) or simply cancel it before it takes place. An appointment is attended when a patient has been checked in.

Implement the function to add/remove patients. Implement two ways for a patient to look up and book treatment appointments with various physiotherapists.

1)A patient may look up an area of expertise, see a list of available physiotherapists and their available treatments including the time, and then book the appointment. For example, two physiotherapists may offer Massage at different times and the patient can book one.

2)A patient may also directly look up a physiotherapist by their name to find all available treatments, including the time. Then the patient can book one.

For simplicity, design the treatment timetable for all the physiotherapists for a single term of 4 weeks (within a month). At the end of the term, the clinic produces a report listing all treatment appointments for each physiotherapist, i.e., physiotherapist name, treatment name, patient name, time, and appointment status (booked, cancelled, or attended). The report also needs to print the name list of physiotherapists in descending order of the number of appointments being attended.

In your final program, set up 3-5 physiotherapists, 10-15 patients, and 4-week timetable of the treatments offered by each physiotherapist. These pre-registered data can be hardcoded or read from external text files.

Note: you do not need any kind of external database for this program. The final program should be self-contained. The reports can be printed to System.out, or output to a suitable GUI interface. You also do not need any kind of security protocol.

Your tasks:

1. Create a class diagram, highlighting the main Java classes in the system and their associations. Include the attributes and key methods.
2. Implement the system, using Junit tests to confirm the functionality. Record all the functionalities of your final system in a video.
3. Write a short report (no page limit, about 8 pages should be sufficient) explaining your design and implementation.

Discuss:

a)Any assumptions made about the system, in addition to the above description.

b)The overall structure and design of your system.

c)The JUnit tests.

d)Any refactoring used during the development of the system.

e)Any design patterns/design principles used.

Deliverables:

1. Develop your code using any version control software. Take snapshots of your project repository and commit messages. Include the snapshots in your report.
2. Submit to Studynet:
3. Your report with the UML class diagrams and version control snapshots in a single PDF document.
4. A zipped project folder containing the source codes folder, test folder, and an executable jar file for running the final program.
5. A screen recording video showing the functionalities of your final program.