Revision 11472 trunk/libraries/libRaster/src-test/org/gvsig/raster/buffer/TestBufferInterpolation.java

View differences:

TestBufferInterpolation.java
53 53 
	private String path = baseDir + "03AUG23153350-M2AS-000000122423_01_P001-BROWSE.jpg";
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	private RasterDataset f = null;
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	private BufferFactory ds = null;
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	private int size = 50;
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	private String fileNeighbour1 = baseDir + "neighbour50x50.tif";
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	private String fileBilinear1 = baseDir + "bilinear50x50.tif";
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	private String fileInverseDistance1 = baseDir + "inverseDistance50x50.tif";
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	private String fileBSpline1 = baseDir + "bspline50x50.tif";
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	private String fileBicubicSpline1 = baseDir + "bicubicspline50x50.tif";
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	private String fileNeighbour = "/tmp/f1.tif";
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	private String fileBilinear = "/tmp/f2.tif";
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	private String fileInverseDistance = "/tmp/f3.tif";
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	private String fileNeighbour = "/tmp/neighbour.tif";
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	private String fileBilinear = "/tmp/bilinear.tif";
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	private String fileInverseDistance = "/tmp/invdistance.tif";
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	private String fileBSpline = "/tmp/bspline.tif";
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	private String fileBicubicSpline = "/tmp/bicubicspline.tif";
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	static {
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		RasterLibrary.wakeUp();
......
88 93 
		ds.setAreaOfInterest(0, 0, f.getWidth(), f.getHeight());
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		RasterBuffer buf = (RasterBuffer)ds.getRasterBuf();
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		IBuffer b1 = buf.getAdjustedWindow(50, 50, IQueryableRaster.INTERPOLATION_NearestNeighbour);
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		IBuffer b2 = buf.getAdjustedWindow(50, 50, IQueryableRaster.INTERPOLATION_Bilinear);
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		IBuffer b3 = buf.getAdjustedWindow(50, 50, IQueryableRaster.INTERPOLATION_InverseDistance);
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		try {
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			IBuffer b1 = buf.getAdjustedWindow(size, size, BufferInterpolation.INTERPOLATION_NearestNeighbour);
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			convertBufferToTif(fileNeighbour, f.getExtent(), b1);
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			convertBufferToTif(fileBilinear, f.getExtent(), b2);
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			convertBufferToTif(fileInverseDistance, f.getExtent(), b3);
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			b1 = buf.getAdjustedWindow(size, size, BufferInterpolation.INTERPOLATION_Bilinear);
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			convertBufferToTif(fileBilinear, f.getExtent(), b1);
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			b1 = buf.getAdjustedWindow(size, size, BufferInterpolation.INTERPOLATION_InverseDistance);
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			convertBufferToTif(fileInverseDistance, f.getExtent(), b1);
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			b1 = buf.getAdjustedWindow(size, size, BufferInterpolation.INTERPOLATION_BSpline);
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			convertBufferToTif(fileBSpline, f.getExtent(), b1);
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			b1 = buf.getAdjustedWindow(size, size, BufferInterpolation.INTERPOLATION_BicubicSpline);
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			convertBufferToTif(fileBicubicSpline, f.getExtent(), b1);
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		} catch (IOException e) {
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			e.printStackTrace();
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		}
......
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		compareResult(fileNeighbour, fileNeighbour1);
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		compareResult(fileBilinear, fileBilinear1);
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		compareResult(fileInverseDistance, fileInverseDistance1);
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		compareResult(fileBSpline, fileBSpline1);
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		//compareResult(fileBicubicSpline, fileBicubicSpline1);
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		File file1 = new File(fileNeighbour);
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		File file2 = new File(fileBilinear);
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		File file3 = new File(fileInverseDistance);
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		File file4 = new File(fileBSpline);
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		//File file5 = new File(fileBicubicSpline);
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		if(file1.exists())
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			file1.delete();
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		if(file2.exists())
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			file2.delete();
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		if(file3.exists())
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			file3.delete();
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		if(file4.exists())
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			file4.delete();
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		//if(file5.exists())
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		//	file5.delete();
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	}
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	/**

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