break; case WITHIN: geometry = ( (Within) operator ).getGeometry(); break; default:
case WITHIN: propertyName = ( (Within) operator ).getPropName(); geometry = ( (Within) operator ).getGeometry(); break;
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; } } }
Within within = (Within) op; builder.add( propNameExpr ).add( ".STWithin(" ); builder.add( toProtoSQL( within.getGeometry(), storageCRS, srid ) ); builder.add( ")=1" ); break;
builder.add( toProtoSQL( within.getGeometry(), storageCRS, srid ) ); builder.add( ")" ); break;
case WITHIN: Within within = (Within) op; return new Within( copy( within.getPropName() ), within.getGeometry() );