public List<SeasonalTeam> getSeasonalTeams() {
List<SeasonalTeam> seasonalTeams = new ArrayList<SeasonalTeam>();
for (SeasonalAthlete a : getAllSeasonalAthletes()) {
if (!ObjectUtils.isBlank(a) && !ObjectUtils.isBlank(a.getTeam())) {
seasonalTeams.add(a.getTeam());
}
}
return seasonalTeams;
}
public List<Integer> getYearsPlayed() {
List<Integer> yearsPlayed = new ArrayList<Integer>();
for (SeasonalAthlete sa : getAllSeasonalAthletes()) {
if (!yearsPlayed.contains(sa.getYear())) {
yearsPlayed.add(sa.getYear());
}
}
Collections.sort(yearsPlayed);
Collections.reverse(yearsPlayed);
return yearsPlayed;
}
public Object calculateStat(String stat, SeasonalAthlete seasonalAthlete, String aggregator) {
Object ret = null;
if (SortParam.GAMES_PLAYED.fieldName.equalsIgnoreCase(stat)) {
ret = calculateGamesPlayed(seasonalAthlete);
ret = convertToNumber(ret, Integer.class);
} else if (SortParam.LAST_NAME.fieldName.equalsIgnoreCase(stat)) {
ret = calculateAthleteLastName(seasonalAthlete);
} else if (SortParam.FIRST_NAME.fieldName.equalsIgnoreCase(stat)) {
ret = calculateAthleteFirstName(seasonalAthlete);
} else if (AVG.equalsIgnoreCase(aggregator)) {
ret = seasonalAthlete.averageStat(stat, predicate);
ret = convertToNumber(ret, Double.class);
} else {
ret = seasonalAthlete.sumStat(stat, predicate);
ret = convertToNumber(ret, Integer.class);
}
return ret;
}
public Object calculateGamesPlayed(SeasonalAthlete seasonalAthlete) {
Object ret = seasonalAthlete.getEventsPlayedCount(predicate);
return convertToNumber(ret, Integer.class);
}
public Object calculateSchoolName(SeasonalAthlete seasonalAthlete) {
return seasonalAthlete.getAthlete().getSchool().getName();
}
public Object calculateAthleteFirstName(SeasonalAthlete seasonalAthlete) {
return seasonalAthlete.getAthlete().getFirstName();
}
