public static void main(String[] args) {
// Getting input
Scanner scanMan = new Scanner(System.in);
System.out.println("0 for inductive, 1 for divide and conquer");
int type = scanMan.nextInt();
System.out.println("What data set? (1-3 plz)");
int set = scanMan.nextInt();
// dataSets is the object that retrives data from the sky.dat files
DataSets info = new DataSets();
LinkedList<City> cloudySky = info.set(set);
Skyline sky = new Skyline(cloudySky); // creating
if (type == 0) sky.mergeInductive();
else sky.mergeRecursive();
// System.out.print(sky.toGraph());
System.out.print(sky.toString());
}
/**
* Get base data from database and create a dataset for analysis
*
* @param lat
* @param lon
* @throws SQLException
*/
public void buildDataSet(int size) throws SQLException {
DbConnection dbConn = new DbConnection();
int latLonStep = (int) (360 / (MOON_CIRC / size));
Double currentLat = LAT_MIN;
Double currentLon = LON_MIN;
String db = DataSets.getDb(size);
ArrayList<ArrayList<DataTile>> dataTiles;
Connection conn = dbConn.getConnection();
updateSetConfig(conn, db, latLonStep, latLonStep);
currentLat = LAT_MIN;
currentLon = LON_MIN;
while (currentLat < LAT_MAX) {
Double startLat;
Double endLat;
startLat = currentLat;
endLat = currentLat + latLonStep;
while (currentLon < LON_MAX) {
dataTiles = new ArrayList<ArrayList<DataTile>>();
Double startLon;
Double endLon;
startLon = currentLon;
endLon = currentLon + latLonStep;
// Get the data
dataTiles = getData(startLat, endLat, startLon, endLon, conn);
DataTile tile = processTile(dataTiles, 1896, currentLat, currentLon);
if (tile != null) {
addTileSet(conn, db, tile);
}
dataTiles = null;
currentLon += latLonStep;
}
currentLat += latLonStep;
}
dbConn.closeConnection(conn);
}
