Examples of org.opengis.geometry.BoundingBox

org.opengis.geometry.BoundingBox
Represents a two-dimensional {@linkplain Envelope envelope}. This interface combines the ideas of {@link GeographicBoundingBox} withthose of {@link Envelope}. It provides convenience methods to assist in accessing the formal properties of this object. Those methods (for example {@link #getMinX()}) match common usage in existing libraries like {@linkplain Rectangle2D Java2D}.
This object contains no additional information beyond that provided by {@link Envelope}. @author Jody Garnett (Refractions Research) @author Martin Desruisseaux (Geomatys) @since GeoAPI 2.1 @source $URL$

        Rectangle computedRasterArea = spatialRequestHelper.getComputedRasterArea();
        assertFalse(computedRasterArea.isEmpty());
        assertTrue(computedRasterArea.equals(coverageProperties.rasterArea));
        
        // computed bbox
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        assertTrue(computedBBox.equals(sourceBBox));
        
        // transform
        AffineTransform computedG2W = spatialRequestHelper.getComputedGridToWorld();
        assertNotNull(computedG2W);
        double[] computedResolution = spatialRequestHelper.getComputedResolution();

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        Rectangle computedRasterArea = spatialRequestHelper.getComputedRasterArea();
        assertFalse(computedRasterArea.isEmpty());
        assertTrue(computedRasterArea.equals(requestedRasterArea));
        
        // computed bbox is equal to requestede bbox
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        assertTrue(computedBBox.equals(requestedBBox));
        
        // transform
        AffineTransform computedG2W = spatialRequestHelper.getComputedGridToWorld();
        assertNotNull(computedG2W);
        double[] computedResolution = spatialRequestHelper.getComputedResolution();

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        spatialRequestHelper.compute();
        assertFalse(spatialRequestHelper.isEmpty());
        assertFalse(spatialRequestHelper.isNeedsReprojection()); // no reprojection
        
        // computed bbox is equal to requestede bbox
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        ReferencedEnvelope finalReferencedEnvelope = new ReferencedEnvelope(
            0,100,
            0,90, 
            sourceCRS);
    assertTrue(computedBBox.equals(finalReferencedEnvelope));
    
        // computed raster area is equal to requested raster area
        Rectangle computedRasterArea = spatialRequestHelper.getComputedRasterArea();
        assertFalse(computedRasterArea.isEmpty());
        GridToEnvelopeMapper gridToEnvelopeMapper = new GridToEnvelopeMapper(

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        spatialRequestHelper.compute();
        assertFalse(spatialRequestHelper.isEmpty());
        assertTrue(spatialRequestHelper.isNeedsReprojection());
        Rectangle destinationRasterArea = spatialRequestHelper.getComputedRasterArea();
        assertFalse(destinationRasterArea.isEmpty());
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        AffineTransform computedG2W = spatialRequestHelper.getComputedGridToWorld();
        assertNotNull(computedG2W);
        double[] computedResolution = spatialRequestHelper.getComputedResolution();
        assertNotNull(computedResolution);

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        Rectangle computedRasterArea = spatialRequestHelper.getComputedRasterArea();
        assertFalse(computedRasterArea.isEmpty());
        assertTrue(computedRasterArea.equals(requestedRasterArea));
        
        // computed bbox is equal to the requested one
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        // the source bbox and the computed one are the same
        // there might be minor differences due to multiple back and forth roundings, but we need 
        // to make sure they are negligible
        assertTrue(new GeneralEnvelope(computedBBox).equals(sourceBBox, 1E-4, true));

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        Rectangle computedRasterArea = spatialRequestHelper.getComputedRasterArea();
        assertFalse(computedRasterArea.isEmpty());
        assertTrue(computedRasterArea.equals(requestedRasterArea));
        
        // computed bbox is equal to requestede bbox
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        // the source bbox and the computed one are the same
        // there might be minor differences due to multiple back and forth roundings, but we need 
        // to make sure they are negligible
        assertTrue(new GeneralEnvelope(computedBBox).equals(requestedBBox_, 1E-4, true));

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        spatialRequestHelper.compute();
        assertFalse(spatialRequestHelper.isEmpty());
        assertTrue(spatialRequestHelper.isNeedsReprojection()); // no reprojection
        
        // computed bbox is equal to requestede bbox
        BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
        assertFalse(computedBBox.isEmpty());
        ReferencedEnvelope finalReferencedEnvelope = new ReferencedEnvelope(
            0,100,
            0,70, 
            sourceCRS);
        // the source bbox and the computed one are the same

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      Rectangle computedRasterArea = spatialRequestHelper.getComputedRasterArea();
      assertFalse(computedRasterArea.isEmpty());
      assertTrue(computedRasterArea.equals(requestedRasterArea));
      
      // computed bbox
      BoundingBox computedBBox = spatialRequestHelper.getComputedBBox();
      assertFalse(computedBBox.isEmpty());
      assertTrue(computedBBox.equals(sourceBBox));
      
      // transform
      AffineTransform computedG2W = spatialRequestHelper.getComputedGridToWorld();
      assertNotNull(computedG2W);
      double[] computedResolution = spatialRequestHelper.getComputedResolution();

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                .getOriginalGridToWorld(PixelInCell.CELL_CENTER), requestBBoxNE, null));


        final RasterLayerRequest requestNE = new RasterLayerRequest(
                new GeneralParameterValue[] { requestedBBox }, manager);


        BoundingBox checkCropBBox = requestNE.spatialRequestHelper.getComputedBBox();
        assertNotNull(checkCropBBox);
        assertEquals(
                "ReferencedEnvelope[1587997.8835 : 1612003.2265, 6162000.4515 : 6198002.1165]",
                checkCropBBox.toString());


        // set up the request (east-north version)
        final ReferencedEnvelope requestBBoxEN = new ReferencedEnvelope(1583436.86902,
                1617044.34782, 6154440.101350001, 6204842.43235, crs_EN);
        requestedBBox.setValue(new GridGeometry2D(PixelInCell.CELL_CENTER, reader
                .getOriginalGridToWorld(PixelInCell.CELL_CENTER), requestBBoxEN, null));


        final RasterLayerRequest requestEN = new RasterLayerRequest(
                new GeneralParameterValue[] { requestedBBox }, manager);


        checkCropBBox = requestEN.spatialRequestHelper.getComputedBBox();
        assertNotNull(checkCropBBox);
        assertEquals(
                "ReferencedEnvelope[1587997.8835 : 1612003.2265, 6162000.4515 : 6198002.1165]",
                checkCropBBox.toString());
    }

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        ReferencedEnvelope result = ReferencedEnvelope.create(getSchema().getCoordinateReferenceSystem());
        try {
            fi = fc.features();
            while(fi.hasNext()) {
                SimpleFeature f = fi.next();
                BoundingBox featureBoundingBox = f.getBounds();
                if(f != null && featureBoundingBox != null) {
                    ReferencedEnvelope featureBounds = ReferencedEnvelope.reference(featureBoundingBox);
                    result.expandToInclude(featureBounds);
                }
            }

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