Assessment
(plotting some POIs on a graph/map)
Part 1:
Several types of point of interests (POI) such as - (1) Petrol station, (2) Taxi Stand, (3) ATM, (4) Hospital and (5) Shopping centre are located in a city. Their locations (longitude and latitude) are provided in a text file (a file will be provided in the resource section of the subject site, or you can create your own dummy text file according to the format you prefer). You must work with at least two type/kind of POI and at least 20 samples for each type (e.g. your text file should contain the location of 20 petrol stations in a city). You have to write a JAVA program that would get the locations of all the POIs from the file and plot them on a map (graph). Optional: Save the map/graph in a file if the user wants to.
Part 2:
Incorporate a mechanism to zoom in/out the map either by having buttons or with the help of the scroll button.

Task 2 (50 marks) (Grade Processing)
In this part of your assignment you are required to produce a fully functional GUI program in accordance with the specifications mentioned below. The program will be used to determine and display the final mark of students enrolled in the “Programming in Java 2” subject. It will also have the capability to calculate and display the average mark for all students entered into the system.
Part 1 Elements of the GUI :
An appropriate title appearing on top of the main frame of the GUI (eg. “Programming in Java 2”)
Five text fields with appropriate labels namely “Student ID”, “Quiz”, “Assignment 1”, “Assignment 2”, and “Final Exam” to take user inputs
One read-only text area with an appropriate label (“Results”) used to display outputs of the program
Two buttons (“Student Mark” and “Average Mark”) used to trigger actions for calculations
Tooltip text display for the buttons, text fields and the text area
Three panels to be added to the main frame which will contain the other components. For example, the four text fields could be added to a panel placed to the north of the main frame, the results text area could be added to a panel to be placed to the centre of the main frame, and the two buttons could be added to a panel to be placed to the south of the main frame.
Part 2 Functionality:
For each student, user enters “Student ID”, “Quiz”, “Assignment 1”, “Assignment 2”, and “Final Exam” marks as integers. The mark on each assessment items has to be in between 0 and 100. Input validation needs to be done on each assessment mark to make sure that the mark on each assessment is in between 0 and 100.
User then presses the “Student Mark” button to calculate the final mark for the student. The weights on Quiz”, “Assignment 1”, “Assignment 2”, and “Final Exam” are 5%, 20%, 25% and 50%, respectively
The button press triggers an action, which results in the calculation of the final mark in the unit. This mark is displayed in the “Results” text area with a message such as: “Final mark for 01234567: 75” where 01234567 is an 8-digit student ID
The users of the program are allowed to enter marks for as many students as they choose
At the end of a session, user clicks the “Average Mark” button which results in the calculation of the average mark for all students entered. This mark is displayed in the “Results” text area with a message such as: “Average mark for Java 2: 82”.
Note: For further clarification and concerns about the assignment, students are recommended to contact with the subject coordinator at mbhuiyan@studygroup.com.
Rationale
This assignment is designed to asses following learning outcomes:
be able to design and construct Java Graphical User Interfaces (GUI) that interact with problem domain objects;
Marking criteria
The marking criteria are represented via the following marking guide.
Task 1
Task 2
Report: The report (in .doc or .pdf format) should explain how to run your program (1 or 2 page long) and any settings needed to run your program. Enough number of screenshots should be shown in the document. In case if the assignment marker fails to run your program, because of any inconvenience, these screenshots would show how the program worked on your machine/environment.
Source code and other files: All source codes, exe file and other relevant files must have to be zipped in a folder such that unzipping would keep the file/folder structure unaffected.