public int compareTo(ExamDifficultyWeight other) {
return new CompareToBuilder()
.append(studentSizeTotal, other.studentSizeTotal)
.append(maximumDuration, other.maximumDuration)
.append(exam instanceof LeadingExam, other.exam instanceof LeadingExam)
.append(exam.getId(), other.exam.getId())
.toComparison();
}
public Comparable createSorterWeight(Examination examination, Exam exam) {
int studentSizeTotal = exam.getTopicStudentSize();
int maximumDuration = exam.getTopicDuration();
for (PeriodPenalty periodPenalty : examination.getPeriodPenaltyList()) {
if (periodPenalty.getLeftTopic().equals(exam.getTopic())) {
switch (periodPenalty.getPeriodPenaltyType()) {
case EXAM_COINCIDENCE:
studentSizeTotal += periodPenalty.getRightTopic().getStudentSize();
maximumDuration =
Math.max(maximumDuration, periodPenalty.getRightTopic().getDuration());
break;
case EXCLUSION:
// Do nothing
break;
case AFTER:
// Do nothing
break;
default:
throw new IllegalStateException(
"The periodPenaltyType ("
+ periodPenalty.getPeriodPenaltyType()
+ ") is not implemented.");
}
} else if (periodPenalty.getRightTopic().equals(exam.getTopic())) {
switch (periodPenalty.getPeriodPenaltyType()) {
case EXAM_COINCIDENCE:
studentSizeTotal += periodPenalty.getLeftTopic().getStudentSize();
maximumDuration = Math.max(maximumDuration, periodPenalty.getLeftTopic().getDuration());
break;
case EXCLUSION:
// Do nothing
break;
case AFTER:
studentSizeTotal += periodPenalty.getLeftTopic().getStudentSize();
maximumDuration = Math.max(maximumDuration, periodPenalty.getLeftTopic().getDuration());
break;
default:
throw new IllegalStateException(
"The periodPenaltyType ("
+ periodPenalty.getPeriodPenaltyType()
+ ") is not implemented.");
}
}
}
return new ExamDifficultyWeight(exam, studentSizeTotal, maximumDuration);
}
private void createExamList() {
List<Topic> topicList = examination.getTopicList();
List<Exam> examList = new ArrayList<Exam>(topicList.size());
Map<Topic, LeadingExam> leadingTopicToExamMap =
new HashMap<Topic, LeadingExam>(topicList.size());
for (Topic topic : topicList) {
Exam exam;
Topic leadingTopic = topic;
for (Topic coincidenceTopic : coincidenceMap.get(topic)) {
if (coincidenceTopic.getId() < leadingTopic.getId()) {
leadingTopic = coincidenceTopic;
}
}
if (leadingTopic == topic) {
LeadingExam leadingExam = new LeadingExam();
leadingExam.setFollowingExamList(new ArrayList<FollowingExam>(10));
leadingTopicToExamMap.put(topic, leadingExam);
exam = leadingExam;
} else {
FollowingExam followingExam = new FollowingExam();
LeadingExam leadingExam = leadingTopicToExamMap.get(leadingTopic);
if (leadingExam == null) {
throw new IllegalStateException(
"The followingExam ("
+ topic.getId()
+ ")'s leadingExam ("
+ leadingExam
+ ") cannot be null.");
}
followingExam.setLeadingExam(leadingExam);
leadingExam.getFollowingExamList().add(followingExam);
exam = followingExam;
}
exam.setId(topic.getId());
exam.setTopic(topic);
// Notice that we leave the PlanningVariable properties on null
examList.add(exam);
}
examination.setExamList(examList);
}
