sascha@437: package de.intevation.gnv.raster; sascha@437: sascha@779: import de.intevation.gnv.jfreechart.CompactXYItems; sascha@779: import de.intevation.gnv.jfreechart.PolygonSeries; sascha@779: sascha@779: import de.intevation.gnv.math.IJKey; sascha@779: sascha@779: import de.intevation.gnv.raster.Vectorizer.Edge; sascha@779: sascha@779: import gnu.trove.TDoubleArrayList; sascha@779: import gnu.trove.TIntObjectHashMap; sascha@779: sascha@437: import java.util.ArrayList; sascha@437: import java.util.Collection; sascha@437: sascha@447: import org.apache.log4j.Logger; sascha@447: sascha@437: /** sascha@780: * @author Sascha L. Teichmann sascha@437: */ sascha@437: public class IsoPolygonSeriesProducer sascha@465: extends IsoProducer sascha@437: { sascha@448: private static Logger log = Logger.getLogger( sascha@448: IsoPolygonSeriesProducer.class); sascha@447: sascha@447: public static final Float LINE_WIDTH = Float.valueOf(0.1f); sascha@447: sascha@437: public IsoPolygonSeriesProducer( sascha@437: double minX, double minY, sascha@437: double maxX, double maxY sascha@437: ) { sascha@465: super(minX, minY, maxX, maxY); sascha@437: } sascha@437: sascha@437: public Collection getSeries() { sascha@437: return getSeries(null); sascha@437: } sascha@437: sascha@448: public Collection getSeries( sascha@448: AttributeGenerator attributeGenerator sascha@448: ) { sascha@437: ArrayList series = new ArrayList(); sascha@447: sascha@437: double b1 = minX; sascha@437: double m1 = width != 1 sascha@437: ? (maxX - minX)/(width-1) sascha@437: : 0d; sascha@437: sascha@437: double b2 = minY; sascha@437: double m2 = height != 1 sascha@437: ? (maxY - minY)/(height-1) sascha@437: : 0d; sascha@437: sascha@437: TDoubleArrayList vertices = new TDoubleArrayList(); sascha@437: sascha@465: for (IJKey key: joinPairs()) { sascha@437: PolygonSeries ps = new PolygonSeries(); sascha@437: sascha@437: // process complete sascha@437: ArrayList completeList = complete.get(key); sascha@437: if (completeList != null) { sascha@437: for (Edge head: completeList) { sascha@437: Edge current = head; sascha@437: do { sascha@437: vertices.add(m1*(current.a % width) + b1); sascha@437: vertices.add(m2*(current.a / width) + b2); sascha@437: } sascha@437: while ((current = current.next) != head); sascha@447: // add head again to close shape sascha@447: vertices.add(m1*(head.a % width) + b1); sascha@447: vertices.add(m2*(head.a / width) + b2); sascha@437: ps.addRing(new CompactXYItems(vertices.toNativeArray())); sascha@521: vertices.reset(); sascha@437: } sascha@437: } sascha@437: sascha@437: // process open sascha@437: TIntObjectHashMap map = commonOpen.get(key); sascha@447: sascha@437: if (map != null) { sascha@465: for (Edge head: headList(map)) { sascha@447: sascha@437: head = Vectorizer.simplify(head, width); sascha@437: Edge current = head, last = head; sascha@437: do { sascha@437: vertices.add(m1*(current.a % width) + b1); sascha@437: vertices.add(m2*(current.a / width) + b2); sascha@437: last = current; sascha@437: } sascha@437: while ((current = current.next) != null); sascha@437: // add b from tail sascha@437: vertices.add(m1*(last.b % width) + b1); sascha@437: vertices.add(m2*(last.b / width) + b2); sascha@437: ps.addRing(new CompactXYItems(vertices.toNativeArray())); sascha@521: vertices.reset(); sascha@437: } // for all in common open sascha@437: } // if map defined for key sascha@447: sascha@448: if (ps.getItemCount() > 0) { sascha@447: series.add(ps); sascha@448: if (attributeGenerator != null) { sascha@448: Object attribute = attributeGenerator sascha@448: .generateAttribute(key.i, key.j); sascha@448: sascha@448: if (attribute != null) { sascha@448: ps.setAttribute("label", attribute); sascha@448: } sascha@447: } sascha@447: ps.setAttribute("line.width", LINE_WIDTH); sascha@447: } sascha@437: } // for all pairs sascha@437: sascha@437: return series; sascha@437: } sascha@437: } sascha@437: // vim:set ts=4 sw=4 si et sta sts=4 fenc=utf8: