use GeomBuffer API in test.MapDatabase
This commit is contained in:
Hannes Janetzek
parent
c305cbc828
commit
e0805cdf2d
@ -33,145 +33,144 @@ import org.oscim.generator.JobTile;
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*/
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public class MapDatabase implements IMapDatabase {
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private final static String PROJECTION = "Mercator";
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GeometryBuffer mGeom = new GeometryBuffer(new float[20], new short[4]);
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// private Tag[] mTags = { new Tag("boundary", "administrative"), new
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// Tag("admin_level", "2") };
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private final Tag[] mTags = { new Tag("natural", "water") };
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//private final Tag[] mTagsWay = { new Tag("highway", "primary"), new Tag("name", "Highway Rd") };
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private final Tag[] mTags = {
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new Tag("natural", "water")
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};
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private final Tag[] mTagsWay = {
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new Tag("highway", "primary"),
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new Tag("name", "Highway Rd")
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};
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private final Tag[] mTagsBoundary = {
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new Tag("boundary", "administrative"),
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new Tag("admin_level", "2")
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};
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private final Tag[] mTagsPlace = {
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new Tag("place", "city"),
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null
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};
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private final MapInfo mMapInfo =
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new MapInfo(new BoundingBox(-180, -90, 180, 90),
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new Byte((byte) 5), null, PROJECTION, 0, 0, 0, "de", "yo!", "by me",
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null);
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new Byte((byte) 5), null, null, 0, 0, 0,
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"", "", "", null);
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private boolean mOpenFile = false;
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private final WayData mWay = new WayData();
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private final WayData mWay;
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private final GeometryBuffer mGeom;
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public MapDatabase() {
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mGeom = new GeometryBuffer(1, 1);
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mWay = new WayData();
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mWay.geom = mGeom;
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}
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@Override
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public QueryResult executeQuery(JobTile tile, IMapDatabaseCallback mapDatabaseCallback) {
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public QueryResult executeQuery(JobTile tile,
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IMapDatabaseCallback mapDatabaseCallback) {
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int size = Tile.SIZE;
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float[] points = mGeom.points;
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short[] index = mGeom.index;
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GeometryBuffer g = mGeom;
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float lat1 = -1;
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float lon1 = -1;
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float lat2 = size + 1;
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float lon2 = size + 1;
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float x1 = -1;
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float y1 = -1;
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float x2 = size + 1;
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float y2 = size + 1;
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g.clear();
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g.startPolygon();
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g.addPoint(x1, y1);
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g.addPoint(x2, y1);
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g.addPoint(x2, y2);
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g.addPoint(x1, y2);
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points[0] = lon1;
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points[1] = lat1;
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y1 = 40;
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y2 = size - 40;
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x1 = 40;
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x2 = size - 40;
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points[2] = lon2;
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points[3] = lat1;
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g.startHole();
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g.addPoint(x1, y1);
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g.addPoint(x2, y1);
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g.addPoint(x2, y2);
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g.addPoint(x1, y2);
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points[4] = lon2;
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points[5] = lat2;
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points[6] = lon1;
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points[7] = lat2;
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points[8] = lon1;
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points[9] = lat1;
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index[0] = 10;
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index[1] = 0;
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lon1 = 40;
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lon2 = size - 40;
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lat1 = 40;
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lat2 = size - 40;
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points[10] = lon1;
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points[11] = lat1;
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points[12] = lon2;
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points[13] = lat1;
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points[14] = lon2;
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points[15] = lat2;
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points[16] = lon1;
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points[17] = lat2;
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points[18] = lon1;
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points[19] = lat1;
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index[2] = 10;
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index[3] = 0;
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mWay.geom = mGeom;
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mWay.tags = mTags;
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mWay.layer = (byte)0;
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mWay.layer = 0;
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mWay.closed = true;
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mapDatabaseCallback.renderWay(mWay);
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index[0] = 4;
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index[1] = -1;
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g.clear();
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// middle horizontal
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points[0] = 0;
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points[1] = size / 2;
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points[2] = size;
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points[3] = size / 2;
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mapDatabaseCallback.renderWay(mWay);
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g.startLine();
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g.addPoint(0, size / 2);
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g.addPoint(size, size / 2);
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// center up
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points[0] = size / 2;
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points[1] = -size / 2;
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points[2] = size / 2;
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points[3] = size / 2;
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mapDatabaseCallback.renderWay(mWay);
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g.startLine();
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g.addPoint(size / 2, -size / 2);
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g.addPoint(size / 2, size / 2);
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// center down
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points[0] = size / 2;
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points[1] = size / 2;
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points[2] = size / 2;
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points[3] = size / 2 + size;
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g.startLine();
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g.addPoint(size / 2, size / 2);
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g.addPoint(size / 2, size / 2 + size);
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mWay.closed = false;
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mWay.layer = 0;
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mWay.tags = mTagsWay;
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mapDatabaseCallback.renderWay(mWay);
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mWay.layer = (byte)1;
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g.clear();
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// left-top to center
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points[0] = size / 2;
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points[1] = size / 2;
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points[2] = 10;
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points[3] = 10;
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g.startLine();
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g.addPoint(size / 2, size / 2);
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g.addPoint(10, 10);
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g.startLine();
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g.addPoint(0, 10);
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g.addPoint(size, 10);
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g.startLine();
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g.addPoint(10, 0);
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g.addPoint(10, size);
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mWay.closed = false;
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mWay.layer = 1;
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mWay.tags = mTagsWay;
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mapDatabaseCallback.renderWay(mWay);
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// middle horizontal
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points[0] = 0;
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points[1] = 10;
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points[2] = size;
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points[3] = 10;
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g.clear();
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g.startPolygon();
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float r = size / 2;
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for (int i = 0; i < 360; i += 4) {
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double d = Math.toRadians(i);
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g.addPoint(r + (float) Math.cos(d) * (r - 40), r + (float) Math.sin(d) * (r - 40));
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}
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mWay.closed = true;
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mWay.layer = 1;
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mWay.tags = mTagsBoundary;
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mapDatabaseCallback.renderWay(mWay);
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// middle horizontal
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points[0] = 10;
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points[1] = 0;
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points[2] = 10;
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points[3] = size;
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mapDatabaseCallback.renderWay(mWay);
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// lon1 = size / 2;
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// lat1 = size / 2;
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// mNameTags = new Tag[2];
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// mNameTags[0] = new Tag("place", "city");
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// mNameTags[1] = new Tag("name", tile.toString());
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// mapDatabaseCallback.renderPointOfInterest((byte) 0, mNameTags, (int)
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// lat1,
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// (int) lon1);
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g.clear();
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g.startPoints();
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g.addPoint(size/2, size/2);
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mTagsPlace[1] = new Tag("name", tile.toString());
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mapDatabaseCallback.renderPOI((byte)0, mTagsPlace, g);
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return QueryResult.SUCCESS;
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}
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@Override
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public String getMapProjection() {
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return null; // PROJECTION;
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return null;
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}
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@Override
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