/**
* Convenience function to get the best output for a given goods type from a collection of
* production types.
*
* @param goodsType The <code>GoodsType</code> to use.
* @param types A collection of <code>ProductionType</code>s to consider.
* @return The most productive output that produces the goods type, or null if none found.
*/
public static AbstractGoods getBestOutputFor(
GoodsType goodsType, Collection<ProductionType> types) {
AbstractGoods best = null;
for (ProductionType productionType : types) {
for (AbstractGoods output : productionType.getOutputs()) {
if (output.getType() == goodsType
&& (best == null || output.getAmount() > best.getAmount())) {
best = output;
}
}
}
return best;
}
/**
* Get the type of the most productive output.
*
* @return The <code>GoodsType</code> of the most productive output.
*/
public GoodsType getBestOutputType() {
AbstractGoods best = null;
if (outputs != null) {
int amount = 0;
for (AbstractGoods output : outputs) {
if (amount < output.getAmount()) {
amount = output.getAmount();
best = output;
}
}
}
return (best == null) ? null : best.getType();
}
/**
* Convenience function to check if there is an output for a given goods type in a collection of
* production types.
*
* @param goodsType The <code>GoodsType</code> to use.
* @param types A list of <code>ProductionType</code>s to consider.
* @return The most productive output that produces the goods type, or null if none found.
*/
public static boolean canProduce(GoodsType goodsType, Collection<ProductionType> types) {
for (ProductionType productionType : types) {
AbstractGoods output = AbstractGoods.findByType(goodsType, productionType.getOutputs());
if (output != null) return true;
}
return false;
}
/**
* Get the goods of the given goods type in this production type.
*
* @param goodsType The <code>GoodsType</code> to check.
* @return The <code>AbstractGoods</code> output if any, otherwise null.
*/
public AbstractGoods getOutput(GoodsType goodsType) {
if (outputs != null) {
AbstractGoods output = AbstractGoods.findByType(goodsType, outputs);
if (output != null) return output;
}
return null;
}
/**
* Calculates how much of the given goods type this settlement wants and should retain.
*
* @param type The <code>GoodsType</code>.
* @return The amount of goods wanted.
*/
protected int getWantedGoodsAmount(GoodsType type) {
if (getUnitCount() <= 0) return 0;
final Specification spec = getSpecification();
final UnitType unitType = getFirstUnit().getType();
final Role militaryRole =
Role.getAvailableRoles(getOwner(), unitType, spec.getMilitaryRoles()).get(0);
if (type.isMilitaryGoods()) {
// Retain enough goods to fully arm.
int need = 0;
for (Unit u : ownedUnits) {
if (u.getRole() == militaryRole) continue;
List<AbstractGoods> required = u.getGoodsDifference(militaryRole, 1);
need += AbstractGoods.getCount(type, required);
}
return need;
}
int consumption = getConsumptionOf(type);
if (type == spec.getPrimaryFoodType()) {
// Food is perishable, do not try to retain that much
return Math.max(40, consumption * 3);
}
if (type.isTradeGoods() || type.isNewWorldLuxuryType() || type.isRefined()) {
// Aim for 10 years supply, resupply is doubtful
return Math.max(80, consumption * 20);
}
// Just keep some around
return 2 * getUnitCount();
}
/**
* Get the production type with the greatest total output of an optional goods type from a
* collection of production types
*
* @param goodsType An optional <code>GoodsType</code> to restrict the choice of outputs with.
* @param types A collection of <code>ProductionType</code>s to consider.
* @return The most productive <code>ProductionType</code>.
*/
public static ProductionType getBestProductionType(
GoodsType goodsType, Collection<ProductionType> types) {
ProductionType best = null;
int bestSum = 0;
for (ProductionType pt : types) {
int sum = 0;
for (AbstractGoods output : pt.getOutputs()) {
if (goodsType == null || goodsType == output.getType()) {
sum += output.getAmount();
}
}
if (bestSum < sum) {
bestSum = sum;
best = pt;
}
}
return best;
}
/**
* Add some initial goods to a newly generated settlement. After all, they have been here for some
* time.
*
* @param random A pseudo-random number source.
*/
public void addRandomGoods(Random random) {
HashMap<GoodsType, Integer> goodsMap = new HashMap<>();
for (Tile t : getOwnedTiles()) {
for (AbstractGoods ag : t.getSortedPotential()) {
GoodsType type = ag.getType().getStoredAs();
Integer i = goodsMap.get(type);
int value = (i == null) ? 0 : i;
goodsMap.put(type, value + ag.getAmount());
}
}
double d = randomInt(logger, "Goods at " + getName(), random, 10) * 0.1 + 1.0;
for (Entry<GoodsType, Integer> e : goodsMap.entrySet()) {
int i = e.getValue();
if (!e.getKey().isFoodType()) i = (int) Math.round(d * e.getValue());
i = Math.min(i, GoodsContainer.CARGO_SIZE);
if (i > 0) addGoods(e.getKey(), i);
}
}
/** {@inheritDoc} */
@Override
protected void writeChildren(FreeColXMLWriter xw) throws XMLStreamException {
super.writeChildren(xw);
if (inputs != null) {
for (AbstractGoods input : inputs) {
xw.writeStartElement(INPUT_TAG);
xw.writeAttribute(GOODS_TYPE_TAG, input.getType());
xw.writeAttribute(VALUE_TAG, input.getAmount());
xw.writeEndElement();
}
}
if (outputs != null) {
for (AbstractGoods output : outputs) {
xw.writeStartElement(OUTPUT_TAG);
xw.writeAttribute(GOODS_TYPE_TAG, output.getType());
xw.writeAttribute(VALUE_TAG, output.getAmount());
xw.writeEndElement();
}
}
}
/**
* Describe <code>addGoods</code> method here.
*
* @param goods an <code>AbstractGoods</code> value
*/
public boolean addGoods(AbstractGoods goods) {
return addGoods(goods.getType(), goods.getAmount());
}