SoftDevFinProjDesign0.txt

Object:	DBToList
		Functions:	connectToDatabase
				readDatabase
				writeToClassLists

Object:	ClassLists
	Variables:	HashMap Classes classesComplete
			HashMap Classes classesNeeded
		Functions:	getClassDescription
				getClassDepartment
				getClassNumber
				getClassCategory

Object:	Classes
	Variables:	String description
			String department
			int number
			char category

From here, the User Interface can draw data to fill in the charts, bars, and graphs as we see fit.
For example, data for the ring chart we had centered would be:
------------------------------------------------------------------------
int CompleteRing1kCounter=0;
int CompleteRing2kCounter=0;
int CompleteRing3kCounter=0;
int CompleteRing4kCounter=0;
for(Classes : classesComplete){
	switch(this.Classes.getClassDepartment){
		>3999
			ring4kCounter++;
			break;
		>2999
			ring3kCounter++;
			break;
		>1999
			ring2kCounter++;
			break;
		default
			ring1kCounter++;
			break;
	}
}

int NeededRing1kCounter = 0;
int NeededRing2kCounter = 0;
int NeededRing3kCounter = 0;
int NeededRing4kCounter = 0;
for(Classes : classesNeeded){
	switch(this.Classes.getClassDepartment){
		>3999
			ring4kCounter++;
			break;
		>2999
			ring3kCounter++;
			break;
		>1999
			ring2kCounter++;
			break;
		default
			ring1kCounter++;
			break;
	}
}

double ring1Percent = (double)NeededRing1kCounter/CompleteRing1kCounter;
double ring2Percent = (double)NeededRing2kCounter/CompleteRing2kCounter;
double ring3Percent = (double)NeededRing3kCounter/CompleteRing3kCounter;
double ring4Percent = (double)NeededRing4kCounter/CompleteRing4kCounter;

------------------------------------------------------------------------
We can shorten this up and make more efficient using some static arrays since it's a definite number of rings to calculate for, this is just early pseudocode example given the design we're looking at.