Package gov.nasa.worldwind.geom

Examples of gov.nasa.worldwind.geom.LatLon

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            Angle angLatitudeSource = posSource.getLatitude();
            Angle angLongitudeSource = posSource.getLongitude();
           
            // ---
           
            LatLon llnSourceCandidate = null;
           
            while (itr.hasNext())
            {
               LatLon llnCur = itr.next();
              
               if (llnCur.getLatitude().compareTo(angLatitudeSource) != 0)
                  continue;
              
               if (llnCur.getLongitude().compareTo(angLongitudeSource) != 0)
                  continue;
              
               llnSourceCandidate = llnCur;
               break;
            }
           
            if (llnSourceCandidate == null)
               return true;
           
            if (! itr.hasNext())
               return true;
           
            LatLon llnTarget = itr.next();

               
            // ---
           
            double dblZoom = objRndChildCur.getCharacteristicDimensionObjectGeoforgeRenderableLayer(); // TEMPO, should be related to neighbours 
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            Iterator<? extends LatLon> itr = rnd.getLocations().iterator();
           
            // NOT OPTIMIZED !!!
           
           
            LatLon llnCur = null;
           
            while (itr.hasNext())
            {
               llnCur = itr.next();
            }
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    }

    private ArrayList<LatLon> computePlaneShape(DrawContext dc, double width, double length)
    {
        ArrayList<LatLon> positions = new ArrayList<LatLon>();
        LatLon center = this.position;
        double hl = length / 2;
        double hw = width / 2;
        double radius = dc.getGlobe().getRadius();

        // triangle head point
        LatLon p = LatLon.rhumbEndPosition(center, this.heading.radians, hl / radius);
        positions.add(p);
        // triangle base points
        double d = Math.sqrt(hw * hw + hl * hl);
        double a = Math.PI / 2 + Math.asin(hl / d);
        p = LatLon.rhumbEndPosition(center, this.heading.radians + a, d / radius);
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