How to use

getSubType

method

in

org.deegree.filter.spatial.SpatialOperator

private static void export( SpatialOperator operator, XMLStreamWriter writer )
            throws XMLStreamException, UnknownCRSException, TransformationException {
  QName elementName = spatialOperatorTypeToElementName.get( operator.getSubType() );
  if ( elementName == null )
    throw new IllegalArgumentException( "Encoding of spatial operator subtype " + operator.getSubType()
                      + " is not supported yet!" );
  writer.writeStartElement( elementName.getNamespaceURI(), elementName.getLocalPart() );
  switch ( operator.getSubType() ) {
  case BBOX:
    geometry = ( (BBOX) operator ).getBoundingBox();
    break;
  default:
    throw new IllegalArgumentException( "Encoding of spatial operator subtype " + operator.getSubType()
                      + " is not supported yet!" );

          throws XMLStreamException, UnknownCRSException, TransformationException {
QName elementName = spatialOperatorTypeToElementName.get( operator.getSubType() );
writer.writeStartElement( elementName.getNamespaceURI(), elementName.getLocalPart() );
Measure distance = null;
switch ( operator.getSubType() ) {

switch ( o.getSubType() ) {
case BBOX:
  return new BBOX( (Expression) os[0], (Envelope) os[1] );

private static BBOX extractBBox( SpatialOperator oper ) {
  SubType type = oper.getSubType();
  switch ( type ) {
  case BBOX:
    return (BBOX) oper;
  case CONTAINS:
    // Oracle does not like zero-extent bboxes
    if ( !( ( (Contains) oper ).getGeometry() instanceof Point ) )
      return new BBOX( ( (Contains) oper ).getParam1(), ( (Contains) oper ).getGeometry().getEnvelope() );
    return null;
  case CROSSES:
    return new BBOX( ( (Crosses) oper ).getParam1(), ( (Crosses) oper ).getGeometry().getEnvelope() );
  case DWITHIN:
    // TOOD use enlarged bbox
    return null;
  case EQUALS:
    return new BBOX( ( (Equals) oper ).getParam1(), ( (Equals) oper ).getGeometry().getEnvelope() );
  case INTERSECTS:
    return new BBOX( ( (Intersects) oper ).getParam1(), ( (Intersects) oper ).getGeometry().getEnvelope() );
  case OVERLAPS:
    return new BBOX( ( (Overlaps) oper ).getParam1(), ( (Overlaps) oper ).getGeometry().getEnvelope() );
  case WITHIN:
    return new BBOX( ( (Within) oper ).getParam1(), ( (Within) oper ).getGeometry().getEnvelope() );
  default: {
    return null;
  }
  }
}

int srid = propNameExpr.getSRID() != null ? Integer.parseInt( propNameExpr.getSRID() ) : 0;
switch ( op.getSubType() ) {
case BBOX: {
  BBOX bbox = (BBOX) op;

int srid = propNameExpr.getSRID() != null ? Integer.parseInt( propNameExpr.getSRID() ) : -1;
switch ( op.getSubType() ) {
case BBOX: {
  BBOX bbox = (BBOX) op;

case SPATIAL:
  GeometryFactory gf = new GeometryFactory();
  switch ( ( (SpatialOperator) op ).getSubType() ) {
  case BBOX:
    BBOX bbox = (BBOX) op;