Supported Geospatial File Formats in WorldWind Java

Shapefile sf = new Shapefile(new File("roads.shp"));

// Iterate all records
while (sf.hasNext()) {
    ShapefileRecord record = sf.nextRecord();

    if (record instanceof ShapefileRecordPolyline) {
        ShapefileRecordPolyline line = (ShapefileRecordPolyline) record;
        int parts  = line.getNumberOfParts();
        int points = line.getNumberOfPoints();

        // Geometry — positions in all parts as a flat VecBufferSequence
        VecBufferSequence geom = line.getCompoundPointBuffer();
    }

    // Attribute data via DBaseRecord
    DBaseRecord attrs = record.getAttributes();
    if (attrs != null) {
        Object nameVal = attrs.getValue("NAME");    // column name
        System.out.println("NAME = " + nameVal);
    }
}
sf.close();

ShapefileLayerFactory factory = new ShapefileLayerFactory();

// Asynchronous load; callback receives the created Layer
factory.createFromShapefileSource("file:///data/admin_boundaries.shp",
    new ShapefileLayerFactory.CompletionCallback() {
        @Override
        public void completion(Object result) {
            Layer layer = (Layer) result;
            SwingUtilities.invokeLater(() ->
                wwd.getModel().getLayers().add(layer));
        }
        @Override
        public void exception(Exception e) {
            e.printStackTrace();
        }
    });

GeoJSONDoc doc = new GeoJSONDoc(new File("features.geojson"));
doc.parse();

for (GeoJSONObject obj : doc.getObjects()) {
    if (obj instanceof GeoJSONFeatureCollection) {
        GeoJSONFeatureCollection fc = (GeoJSONFeatureCollection) obj;
        for (GeoJSONFeature feature : fc.getFeatures()) {
            GeoJSONGeometry geom = feature.getGeometry();
            // geom may be GeoJSONPoint, GeoJSONLineString,
            // GeoJSONPolygon, GeoJSONMultiPolygon, etc.
        }
    }
}

GeotiffReader reader = new GeotiffReader(new File("imagery.tif"));
try {
    // Read the primary image as a BufferedImage
    BufferedImage image = reader.read(0); // band index 0
    // Georeferencing
    double[] tiePoints  = reader.getMetadata().getTiePoints();
    double[] pixelScale = reader.getMetadata().getPixelScale();
} finally {
    reader.close();
}

GeotiffWriter writer = new GeotiffWriter(new File("output.tif"));
writer.write(sector,     // geographic extent
    bufferedImage);      // image data
writer.close();

GpxReader gpx = new GpxReader();
gpx.readFile("tracks/flight.gpx");

for (Track track : gpx.getTracks()) {
    for (TrackSegment seg : track.getSegments()) {
        for (TrackPoint pt : seg.getPoints()) {
            double lat  = pt.getLatitude();
            double lon  = pt.getLongitude();
            double ele  = pt.getElevation(); // metres
        }
    }
}

NmeaReader nmeaReader = new NmeaReader();
nmeaReader.readFile("gps.log");

for (TrackPoint pt : nmeaReader.getPoints()) {
    double lat = pt.getLatitude();
    double lon = pt.getLongitude();
    double ele = pt.getElevation();
}

// Compress an image file directly to a DDS ByteBuffer
ByteBuffer ddsData = DDSCompressor.compressImageFile(
    new File("tile.png"),
    new DXTCompressionAttributes());

// Write to file
WWIO.saveBuffer(ddsData, new File("tile.dds"));

File wf = new File("aerial.jgw");
double[] params = WorldFile.decodeWorldFile(wf);
// params[0] = pixel width, params[1] = row rotation,
// params[2] = col rotation, params[3] = pixel height (negative),
// params[4] = X of upper-left pixel centre,
// params[5] = Y of upper-left pixel centre