int main(){
int arr[] = {10,3,-5,8,2,5,-12,3,13,4,0,0,INT_MAX,INT_MIN};
Sorting srt;
srt.sort(arr, sizeof(arr)/sizeof(int));
for (unsigned int i = 0; i < sizeof(arr)/sizeof(int); ++i){
cout << arr[i] << " ";
}
cout << endl;
return 0;
}
void Assign::assign(vector <Student*> Courses[NUM_COURSES], vector <Student*> TA, vector <int> TAships){
vector <Student*> assignment[NUM_COURSES];
Sorting sort;
unsigned int i,j;
// add heuristics, ex: karl's note about constrained TAs
// final resort
while (!constraint_course(assignment,TAships)/*||!constraint_guarantee(Courses)*/){
for (i=0;i<NUM_COURSES;i++){
//cout << assignment[i].size() << " " << TAships[i] << endl;
if(assignment[i].size()<(unsigned)TAships[i]){
assignment[i].push_back(Courses[i][0]);
//cout << "Added "<< assignment[i][assignment[i].size()-1]->firstName << " " << assignment[i][assignment[i].size()-1]->TAhoursOwed << " to course " << i << endl;
TA[Courses[i][0]->id]->TAhoursOwed -= 54;
TA[Courses[i][0]->id]->TAshipsWanted -= 54;
TA[Courses[i][0]->id]->TAshipsWanted -= 54;
TA[Courses[i][0]->id]->minWilling -= 54;
TA[Courses[i][0]->id]->maxWilling -= 54;
TA[Courses[i][0]->id]->minTA -= 54;
TA[Courses[i][0]->id]->maxTA -= 54;
sort.sort(TA,Courses);
} /*else if (constraint_course(assignment,TAships)&&!constraint_guarantee(Courses)){
assignment[i].push_back(Courses[i][0]);
cout << "Added "<< assignment[i][assignment[i].size()-1]->firstName << "to course " << i << endl;
TA[Courses[i][0]->id]->TAhoursOwed -= 54;
TA[Courses[i][0]->id]->TAshipsWanted -= 54;
TA[Courses[i][0]->id]->TAshipsWanted -= 54;
TA[Courses[i][0]->id]->minWilling -= 54;
TA[Courses[i][0]->id]->maxWilling -= 54;
TA[Courses[i][0]->id]->minTA -= 54;
TA[Courses[i][0]->id]->maxTA -= 54;
sort.sort(TA,Courses);
} */
}
}
//print assignment
for(i=0;i<NUM_COURSES;i++){
cout << "course " << i;
for (j=0;j<assignment[i].size();j++){
cout << " " << assignment[i][j]->firstName;
}
cout << endl;
}
//return assignment; need to find out how to return vector <student*> assignment[NUM_COURSES]
}