@Override
public void processPolygon(OsmPolygon osmPolygon) throws Osm2xpBusinessException {
// polygon is null or empty don't process it
if (osmPolygon.getNodes() != null && !osmPolygon.getNodes().isEmpty()) {
// polygon MUST be in clockwise order
osmPolygon.setPolygon(GeomUtils.forceClockwise(osmPolygon.getPolygon()));
// if we're on a single pass mode
// here we must check if the polygon is on more than one tile
// if that's the case , we must split it into several polys
List<OsmPolygon> polygons = new ArrayList<OsmPolygon>();
if (GuiOptionsHelper.getOptions().isSinglePass()) {
polygons.addAll(osmPolygon.splitPolygonAroundTiles());
}
// if not on a single pass mode, add this single polygon to the poly
// list
else {
polygons.add(osmPolygon);
}
// try to transform those polygons into dsf objects.
for (OsmPolygon poly : polygons) {
// look for light rules
processLightObject(poly);
// try to generate a 3D object
if (!process3dObject(poly)) {
// nothing generated? try to generate a facade building.
if (!processBuilding(poly)) {
// nothing generated? try to generate a forest.
processForest(poly);
}
}
}
}
}
/**
* Compute the facade index for given osm tags, polygon and height.
*
* @param tags
* @param polygon
* @param height
* @return Integer the facade index.
*/
public Integer computeFacadeIndex(OsmPolygon polygon) {
Integer result = null;
// first, do we are on a residential object?
// yes if there is residential or house tag
// or if surface of the polygon is under the max surface for a
// residential house
// and height is under max residential height
if ((OsmUtils.isValueinTags("residential", polygon.getTags())
|| OsmUtils.isValueinTags("house", polygon.getTags())
|| polygon.getArea() * 10000000 < ASSERTION_RESIDENTIAL_MAX_AREA)
&& polygon.getHeight() < XplaneOptionsHelper.getOptions().getResidentialMax()) {
result = computeResidentialFacadeIndex(polygon);
}
// do we are on a building object?
// yes if there is industrial or Commercial tag
// or if surface of the polygon is above the max surface for a
// residential house
// and height is above max residential height
else {
if (OsmUtils.isValueinTags("industrial", polygon.getTags())
|| OsmUtils.isValueinTags("Commercial", polygon.getTags())
|| polygon.getArea() * 10000000 > ASSERTION_RESIDENTIAL_MAX_AREA
|| polygon.getHeight() > XplaneOptionsHelper.getOptions().getResidentialMax()) {
result = computeBuildingFacadeIndex(polygon);
}
}
return result;
}
/**
* send a streetLight in the dsf file.
*
* @param osmPolygon osm polygon
* @return true if a streetlight has been written in the dsf file.
*/
private boolean processStreetLights(OsmPolygon osmPolygon) {
Boolean result = false;
if (XplaneOptionsHelper.getOptions().isGenerateStreetLights()
&& OsmUtils.isTagInTagsList("highway", "residential", osmPolygon.getTags())) {
writeStreetLightToDsf(osmPolygon);
result = true;
}
return result;
}
/**
* write a building in the dsf file.
*
* @param polygon
* @param facade
* @param size
*/
private void writeBuildingToDsf(OsmPolygon osmPolygon, Integer facade) {
if (facade != null && osmPolygon.getHeight() != null) {
StringBuffer sb = new StringBuffer();
osmPolygon.setPolygon(GeomUtils.setClockwise(osmPolygon.getPolygon()));
if (osmPolygon.getPolygon().getArea() * 100000000 > 0.1
&& osmPolygon.getPolygon().getVertexNumber() > 3) {
sb.append("BEGIN_POLYGON " + facade + " " + osmPolygon.getHeight() + " 2");
sb.append(System.getProperty("line.separator"));
sb.append("BEGIN_WINDING");
sb.append(System.getProperty("line.separator"));
// on supprime le dernier point pour ne pas boucler
osmPolygon.getPolygon().removePoint(osmPolygon.getPolygon().getLastPoint());
for (Point2D loc : osmPolygon.getPolygon().getVertices()) {
sb.append("POLYGON_POINT " + loc.y + " " + loc.x);
sb.append(System.getProperty("line.separator"));
}
sb.append("END_WINDING");
sb.append(System.getProperty("line.separator"));
sb.append("END_POLYGON");
sb.append(System.getProperty("line.separator"));
// stats TODO not working anymore since v2 facades new features.
if (dsfObjectsProvider.getPolygonsList().get(facade).toLowerCase().contains("building")
|| dsfObjectsProvider.getPolygonsList().get(facade).toLowerCase().contains("shape")) {
StatsHelper.addBuildingType("Building", stats);
} else {
if (dsfObjectsProvider.getPolygonsList().get(facade).toLowerCase().contains("house")
|| dsfObjectsProvider
.getPolygonsList()
.get(facade)
.toLowerCase()
.contains("common")) {
StatsHelper.addBuildingType("Residential", stats);
} else {
StatsHelper.addBuildingType("Facade rule", stats);
}
}
writer.write(
sb.toString(), GeomUtils.cleanCoordinatePoint(osmPolygon.getPolygon().getFirstPoint()));
}
}
}
/**
* @param way
* @param polygon
* @return
*/
private boolean processForest(OsmPolygon osmPolygon) {
Boolean result = false;
if (XplaneOptionsHelper.getOptions().isGenerateFor()) {
Integer[] forestIndexAndDensity =
dsfObjectsProvider.getRandomForestIndexAndDensity(osmPolygon.getTags());
if (forestIndexAndDensity != null) {
writeForestToDsf(osmPolygon, forestIndexAndDensity);
result = true;
}
}
return result;
}
/**
* choose and write a 3D object in the dsf file.
*
* @param polygon osm polygon.
* @return true if a 3D object has been written in the dsf file.
*/
private boolean process3dObject(OsmPolygon osmPolygon) {
Boolean result = false;
if (XplaneOptionsHelper.getOptions().isGenerateObj()) {
// simplify shape if checked and if necessary
if (GuiOptionsHelper.getOptions().isSimplifyShapes() && !osmPolygon.isSimplePolygon()) {
osmPolygon.simplifyPolygon();
}
XplaneDsfObject object = dsfObjectsProvider.getRandomDsfObject(osmPolygon);
if (object != null) {
object.setPolygon(osmPolygon);
try {
writeObjectToDsf(object);
result = true;
} catch (Osm2xpBusinessException e) {
result = false;
}
}
}
return result;
}
/**
* @param polygon the forest polygon
* @param forestIndexAndDensity index and density of the forest rule
*/
private void writeForestToDsf(OsmPolygon osmPolygon, Integer[] forestIndexAndDensity) {
StringBuffer sb = new StringBuffer();
sb.append("BEGIN_POLYGON " + forestIndexAndDensity[0] + " " + forestIndexAndDensity[1] + " 2");
sb.append(System.getProperty("line.separator"));
sb.append("BEGIN_WINDING");
sb.append(System.getProperty("line.separator"));
for (Point2D loc : osmPolygon.getPolygon().getVertices()) {
sb.append("POLYGON_POINT " + loc.y + " " + loc.x);
sb.append(System.getProperty("line.separator"));
}
sb.append("END_WINDING");
sb.append(System.getProperty("line.separator"));
sb.append("END_POLYGON");
sb.append(System.getProperty("line.separator"));
// stats
StatsHelper.addForestType(
dsfObjectsProvider.getPolygonsList().get(forestIndexAndDensity[0]), stats);
writer.write(
sb.toString(), GeomUtils.cleanCoordinatePoint(osmPolygon.getPolygon().getFirstPoint()));
}
/**
* compute the dsf index of the residential facade object used for a given polygon
*
* @param polygon
* @param height
* @return Integer the facade index
*/
private Integer computeResidentialFacadeIndex(OsmPolygon osmPolygon) {
Integer result = null;
// we check if we can use a sloped roof if the user wants them
if (XplaneOptionsHelper.getOptions().isGenerateSlopedRoofs() && osmPolygon.isSimplePolygon()) {
result = dsfObjectsProvider.computeFacadeDsfIndex(true, true, true, osmPolygon);
}
// no sloped roof, so we'll use a standard house facade
else {
// if the polygon is a simple rectangle, we'll use a facade made for
// simple shaped buildings
if (osmPolygon.getPolygon().getEdges().size() == 4) {
result = dsfObjectsProvider.computeFacadeDsfIndex(true, true, false, osmPolygon);
}
// the building has a complex footprint, so we'll use a facade made
// for this case
else {
result = dsfObjectsProvider.computeFacadeDsfIndex(false, true, false, osmPolygon);
}
}
return result;
}
/**
* Write streetlight objects in dsf file.
*
* @param osmPolygon osm road polygon
*/
public void writeStreetLightToDsf(OsmPolygon osmPolygon) {
// init d'un entier pour modulo densité street lights
Integer densityIndex = 0;
if (XplaneOptionsHelper.getOptions().getLightsDensity() == 0) {
densityIndex = 10;
} else {
if (XplaneOptionsHelper.getOptions().getLightsDensity() == 1) {
densityIndex = 5;
} else {
if (XplaneOptionsHelper.getOptions().getLightsDensity() == 2) densityIndex = 3;
}
}
StringBuffer sb = new StringBuffer();
for (int i = 0; i < osmPolygon.getPolygon().getVertices().size(); i++) {
if ((i % densityIndex) == 0) {
Point2D lightLoc = osmPolygon.getPolygon().getVertex(i);
lightLoc.x = lightLoc.x + 0.0001;
lightLoc.y = lightLoc.y + 0.0001;
if (GeomUtils.compareCoordinates(lightLoc, currentTile)) {
Random randomGenerator = new Random();
int orientation = randomGenerator.nextInt(360);
sb.append(
"OBJECT "
+ dsfObjectsProvider.getRandomStreetLightObject()
+ " "
+ (lightLoc.y)
+ " "
+ (lightLoc.x)
+ " "
+ orientation);
sb.append(System.getProperty("line.separator"));
// stats
StatsHelper.addStreetLight(stats);
}
}
}
writer.write(sb.toString());
}
/**
* compute the dsf index of the building facade object used for a given polygon
*
* @param polygon
* @param height
* @param roofColor
* @return
*/
private Integer computeBuildingFacadeIndex(OsmPolygon osmPolygon) {
Integer result = null;
// if the polygon is a simple rectangle, we'll use a facade made for
// simple shaped buildings
if (osmPolygon.getPolygon().getEdges().size() == 4) {
result = dsfObjectsProvider.computeFacadeDsfIndex(true, false, false, osmPolygon);
}
// the building has a complex footprint, so we'll use a facade made
// for this case
else {
result = dsfObjectsProvider.computeFacadeDsfIndex(false, false, false, osmPolygon);
}
return result;
}
/**
* Compute the height for this polygon and osm tags.
*
* @return Integer the height.
*/
private Integer computeBuildingHeight(OsmPolygon polygon) {
Integer result = null;
Integer osmHeight = polygon.getHeight();
if (osmHeight != null) {
result = osmHeight;
} else {
if (polygon.getArea() * 10000000 < 0.2) {
result = XplaneOptionsHelper.getOptions().getResidentialMin();
} else {
if (polygon.getArea() * 10000000 > ASSERTION_RESIDENTIAL_MAX_AREA)
result =
MiscUtils.getRandomSize(
XplaneOptionsHelper.getOptions().getBuildingMin(),
XplaneOptionsHelper.getOptions().getBuildingMax());
else if (polygon.getArea() * 10000000 < ASSERTION_RESIDENTIAL_MAX_AREA)
result =
MiscUtils.getRandomSize(
XplaneOptionsHelper.getOptions().getResidentialMin(),
XplaneOptionsHelper.getOptions().getResidentialMax());
}
}
return result;
}
/**
* Construct and write a facade building in the dsf file.
*
* @param osmPolygon osm polygon
* @return true if a building has been gennerated in the dsf file.
*/
private boolean processBuilding(OsmPolygon osmPolygon) {
Boolean result = false;
if (XplaneOptionsHelper.getOptions().isGenerateBuildings()
&& OsmUtils.isBuilding(osmPolygon.getTags())
&& !OsmUtils.isExcluded(osmPolygon.getTags(), osmPolygon.getId())
&& osmPolygon.getPolygon().getVertexNumber() > BUILDING_MIN_VECTORS
&& osmPolygon.getPolygon().getVertexNumber() < BUILDING_MAX_VECTORS) {
// check that the largest vector of the building
// and that the area of the osmPolygon.getPolygon() are over the
// minimum values set by the user
Double maxVector = osmPolygon.getMaxVectorSize();
if (maxVector > XplaneOptionsHelper.getOptions().getMinHouseSegment()
&& maxVector < XplaneOptionsHelper.getOptions().getMaxHouseSegment()
&& ((osmPolygon.getPolygon().getArea() * 100000) * 100000)
> XplaneOptionsHelper.getOptions().getMinHouseArea()) {
// simplify shape if checked and if necessary
if (GuiOptionsHelper.getOptions().isSimplifyShapes() && !osmPolygon.isSimplePolygon()) {
osmPolygon.simplifyPolygon();
}
// compute height and facade dsf index
osmPolygon.setHeight(computeBuildingHeight(osmPolygon));
Integer facade = computeFacadeIndex(osmPolygon);
// write building in dsf file
writeBuildingToDsf(osmPolygon, facade);
// Smart exclusions
if (XplaneOptionsHelper.getOptions().isSmartExclusions()) {
exclusionsHelper.addTodoPolygon(osmPolygon);
exclusionsHelper.run();
}
result = true;
}
}
return result;
}
