private void correctValue(float correctValue, Item item, String gainLoss) {
if (!Constants.GARBAGE.equals(item.value)) {
int value = Integer.parseInt(item.value);
if (value == 0) {
item.itemType = gainLoss + Constants.CAPITAL_NONE;
} else if (value < correctValue) {
item.itemType = gainLoss + Constants.LOW;
} else {
item.itemType = gainLoss + Constants.HIGH;
}
}
}
/** Working hours into group */
private void hoursGroup(Item item) {
if (!Constants.GARBAGE.equals(item.value)) {
int value = Integer.parseInt(item.value);
if (value <= 25) {
item.itemType = Constants.PART_TIME;
} else if (value <= 40) {
item.itemType = Constants.FULL_TIME;
} else if (value < 60) {
item.itemType = Constants.OVERTIME;
} else {
item.itemType = Constants.BURNOUT;
}
}
}
/** Age into group */
private void ageGroup(Item item) {
if (!Constants.GARBAGE.equals(item.value)) {
int value = Integer.parseInt(item.value);
if (value <= 25) {
item.itemType = Constants.YOUTH;
} else if (value <= 45) {
item.itemType = Constants.MIDDLE_AGE;
} else if (value < 65) {
item.itemType = Constants.SENIOR;
} else {
item.itemType = Constants.SUPER_SENIOR;
}
}
}
/**
* Takes the median capital gain and capital loss value to use for grouping. The grouping is as
* follows. None:0, 0 < Low <= median, High > median. The discrete values are: gain_none,
* gain_low, gain_high. Same goes for capital loss.
*/
public void cleanUp(float gain, float loss, Map<Item, Integer> oneItemSet) {
correctValue(gain, itemList.get(Constants.GAIN_INDEX), Constants.GAIN);
correctValue(loss, itemList.get(Constants.LOSS_INDEX), Constants.LOSS);
ageGroup(itemList.get(Constants.AGE_INDEX));
hoursGroup(itemList.get(Constants.HOURS_INDEX));
List<Item> newList = new ArrayList<>(itemList.size());
Integer itemCount;
for (Item i : itemList) {
if (!Constants.GARBAGE.equals(i.value)) {
newList.add(i);
itemCount = oneItemSet.get(i);
if (itemCount == null) {
oneItemSet.put(i, 1);
} else {
itemCount++;
oneItemSet.put(i, itemCount);
}
}
}
itemList = newList;
Collections.sort(itemList);
}
