/**
* 最寄りの施設をさがす．<br>
*
* @author n-yuuta<br>
* @param lan 経度<br>
* @param lon 緯度<br>
* @return building
*/
public Building getNearestBuilding(double longitude, double latitude) {
int minBuildId = 0;
double minLan = 0.0;
double minLon = 0.0;
int minCount = 0;
String minName = "";
double minDistance = 0.0;
double distance = 0.0;
ArrayList<Building> buildingList = DBUtils.convertDBToBuildingList();
for (int i = 0; i < buildingList.size(); i++) {
distance =
this.calcDistance(
longitude,
latitude,
buildingList.get(i).getLongitude(),
buildingList.get(i).getLatitude(),
5);
if (i == 0) {
minDistance = distance;
minBuildId = buildingList.get(i).getBuildId();
minLan = buildingList.get(i).getLongitude();
minLon = buildingList.get(i).getLatitude();
minCount = buildingList.get(i).getCount();
minName = buildingList.get(i).getName();
} else {
if (distance < minDistance) {
minDistance = distance;
minBuildId = buildingList.get(i).getBuildId();
minLan = buildingList.get(i).getLongitude();
minLon = buildingList.get(i).getLatitude();
minCount = buildingList.get(i).getCount();
minName = buildingList.get(i).getName();
}
}
}
Building building = new Building();
building.setBuildId(minBuildId);
building.setLongitude(minLan);
building.setLatitude(minLon);
building.setCount(minCount);
building.setName(minName);
return building;
}
/**
* 近くの施設をまとめて返す（おそらく正式に使うBuildingList版）
*
* @author 2015020 賀数
* @param lon 緯度
* @param lat 経度
* @return 施設群
*/
public BuildingList searchBuildings(double longitude, double latitude) {
BuildingList buildingList = new BuildingList();
List<Building> buildings = new ArrayList<Building>();
DBCursor cursor = coll.find(new BasicDBObject());
buildingList.setBuildNum(cursor.count());
for (DBObject test : cursor) {
Building bld = new Building();
bld.setBuildId((int) test.get("buildId"));
bld.setCount((int) test.get("count"));
bld.setLatitude((double) test.get("latitude"));
bld.setLongitude((double) test.get("longitude"));
bld.setName((String) test.get("name"));
buildings.add(bld);
}
buildingList.setBuildings(buildings);
return buildingList;
}
/**
* Constructor which sets up a new City for a particular Player, with optional City name, Town
* Center name, Brute name, Assigned Work. If any of these optional values are null, they will be
* set to default values (e.g. "New City", etc.).
*
* @param playerId
* @param cityName
* @param townCenterName
* @param bruteName
* @param assignedWork
* @throws DataSourceParseException
* @throws UnitNotFoundException
* @throws BuildingAtMaxGarrisonException
* @throws InvalidBuildingProductionTypeException
*/
public City(
Integer playerId,
String cityName,
String townCenterName,
String bruteName,
ArrayList<Integer> assignedWork)
throws DataSourceParseException, UnitNotFoundException, BuildingAtMaxGarrisonException,
InvalidBuildingProductionTypeException {
this.setId(0);
if (cityName == null || cityName.equals(null) || cityName.isEmpty() || cityName.equals("")) {
this.setName("New City");
} else {
this.setName(cityName);
}
// this.setOwner(Player.getInstance(playerId));
this.setOwner(playerId);
// new Town Center
ArrayList<Building> newBuildings = new ArrayList<Building>();
Building b = new Building(1);
if (townCenterName == null
|| townCenterName.equals(null)
|| townCenterName.isEmpty()
|| townCenterName.equals("")) {
// keep default Town Center name
} else {
b.setName(townCenterName);
}
b.setCity(this.getId());
// new Brute
Unit u = new Unit(1);
if (bruteName == null
|| bruteName.equals(null)
|| bruteName.isEmpty()
|| bruteName.equals("")) {
// keep default Brute name
} else {
u.setName(bruteName);
}
b.addOccupant(u.getId());
b.addGarrisonedUnit(u.getId());
newBuildings.add(b);
this.setBuildings(newBuildings);
// calculate new City offense & defense
Integer off = 0;
Integer def = 0;
Iterator<Building> it = newBuildings.iterator();
while (it.hasNext()) {
Building temp = it.next();
off += temp.getOffense();
def += temp.getDefense();
}
this.setOffense(off);
this.setDefense(def);
this.setPopulation(100);
// default Resources
this.addResource(1, 0);
this.addResource(2, 0);
this.addResource(3, 0);
this.addResource(4, 0);
this.addResource(5, 0);
this.addResource(6, 0);
this.addResource(7, 0);
this.addResource(8, 100);
this.addResource(9, 100);
this.setValue(this.getResourceValue());
this.setHappiness(this.getHappinessValue());
this.setScore(this.getValue() + this.getHappiness() + this.getPopulation());
this.setImage(null);
ArrayList<Integer> work = new ArrayList<Integer>();
if (assignedWork == null
|| assignedWork.equals(null)
|| assignedWork.isEmpty()
|| assignedWork.size() == 0) {
work.add(0); // farmers
work.add(0); // miners
work.add(0); // lumberjacks
work.add(0); // merchants
work.add(0); // civil defense
work.add(100); // unemployed
this.setAssignedWork(work);
} else {
this.setAssignedWork(assignedWork);
}
}