Approximates a student's letter grade for an exam or average score in the Advanced Engineering Mathematics course taught by Dr. Deignan at UT Dallas.
Main.java has only one instance of a class. That one instance is of the Driver.java class.
The only instance that Driver.java has is one, and only one, of the Instances.java class.
Instances.java handles all instances of any other classes.
Instances.java is always the middleman between all computation and io classes; therefore, instances will never be passed from other instances.
All data must be provided to the app through the FakeInterface.java class.
Using the Driver.java class, you must invoke the setHistoricalAvgLetterGradeDistribution(...) method from the instance of FakeInterface.java created by the Instances.java class.
instances.fakeInterface.setHistoricalAvgLetterGradeDistribution(27, 24, 31, 5, 12);This method takes the letter grade distribution from highest to lowest for its arguments.
instances.fakeInterface.setHistoricalAvgLetterGradeDistribution([A], [B], [C], [D], [F]);
Using the Driver.java class, you must invoke the setClassAverageNumericGradeDistribution(...) method from the instance of FakeInterface.java created by the Instances.java class.
instances.fakeInterface.setClassAverageNumericGradeDistribution(0, 0, 2, 3, 5, 13, 8, 10, 3, 3);This method takes the numeric grade distribution from highest to lowest for its arguments.
instances.fakeInterface.setClassAverageNumericGradeDistribution([100-90%], [89-80%], [79-70%], [69-60%], [59-50%], [49-40%], [39-30%], [29-20%], [19-10%], [9-0%]);
For the sake of keeping data organized, where you want to approximate a student's exam letter grade score (instead of the student's course average letter grade), the setClassScoreDistribution(...) method can be used.
It is practically the setClassAverageNumericGradeDistribution(...) method, but has a different name and affects a different part of the dataset.
Using the Driver.java class, you must invoke the setClassScoreDistribution(...) method from the instance of FakeInterface.java created by the Instances.java class.
instances.fakeInterface.setClassScoreDistribution(0, 0, 2, 3, 5, 13, 8, 10, 3, 3);This method takes the numeric grade distribution from highest to lowest for its arguments.
instances.fakeInterface.setClassScoreDistribution([100-90%], [89-80%], [79-70%], [69-60%], [59-50%], [49-40%], [39-30%], [29-20%], [19-10%], [9-0%]);
Using the Driver.java class, you must invoke the setUserScore(...) method from the instance of FakeInterface.java created by the Instances.java class.
instances.fakeInterface.setUserScore(50);This method takes the numeric grade in the integer type (no precision).
instances.fakeInterface.setUserScore([student's grade with no precision]);
This Java app can be easily doped into an Android and/or JavaFX app.
Using the Driver.java class, you must provide data from the GUI to the FakeInterface.java class with the same methods as described above.
The Driver.java class can directly provide data to the GUI; however, for better practice, the FakeInterface.java class will be required to handle more parts of the dataset and be updated by the Driver.java class. This way, the FakeInterface.java class will be the only middleman between the GUI (or other types of UI) and the rest of the app.
Please join the project by making contributions. The app could specifically use better algorithms for the statistics portion, as it currently does not make the best use of the data provided to it. This is because the original author, Ronald Rihoo, lost interest in the app during the prototype phase.
This project was mostly made out of intrigue and not for actual letter grade approximations; therefore, the use of this Java app for actual approximations is not recommended.
Do not allow the approximations of this app to set your expectations, since many variables and aspects of the grading model are not considered here and the students never have all of the data that the professor has (e.g., the grade of every student for every graded part of the course).