static int
calctypeenlarge(int tp1, int tp2)
{
tp1 = calctype(tp1, tp2);
switch (tp1) {
case TYPE_bte:
return TYPE_sht;
case TYPE_sht:
return TYPE_int;
case TYPE_int:
return TYPE_lng;
#ifdef HAVE_HGE
case TYPE_lng:
return TYPE_hge;
#endif
case TYPE_flt:
return TYPE_dbl;
default:
/* we shouldn't get here */
return tp1;
}
}
float gradecalc(std::vector<assgn> & test,int studnum) // Note this code can be expanded to take up 90 more lines.
{
/* Calculate grade in percentage */
// note the types and their weightage.
float project = calctype(test,"Project",projweightage,studnum);
float HW = calctype(test,"HW",hwweightage,studnum);
float Test = calctype(test,"Test",testweightage,studnum); // note this Test is different from the test vector.
float quiz = calctype(test,"Quiz",quizweightage,studnum);
float classwork = calctype(test,"Classwork",classworkweightage,studnum);
float atten = calctype(test,"Atten",attenweightage,studnum);
float grade = project + HW + Test + quiz + classwork + atten;
grade = (grade/outof)*100;
outof=100; // Reset out of so it doesn't affect next student.
return grade;
}
