Revision 21772
| trunk/extensions/extRemoteSensing/src-test/org/gvsig/remotesensing/processtest/TClassificationProcessTest.java | ||
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import org.gvsig.raster.buffer.RasterBufferInvalidException; |
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import org.gvsig.raster.dataset.IBuffer; |
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import org.gvsig.raster.grid.Grid; |
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import org.gvsig.raster.grid.GridException; |
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import org.gvsig.remotesensing.classification.ClassificationMaximumLikelihoodProcess; |
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import org.gvsig.remotesensing.classification.ClassificationMinimumDistanceProcess; |
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import org.gvsig.remotesensing.classification.ClassificationParallelepipedProcess; |
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import com.iver.cit.gvsig.exceptions.layers.LoadLayerException; |
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import com.iver.cit.gvsig.fmap.core.GeneralPathX; |
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// class1-- Roi con los pixeles 1 y 2 de la primera fila de la imagen |
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path.moveTo(dataGrid.getGridExtent().getULX(),dataGrid.getGridExtent().getULY()); |
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path.lineTo(dataGrid.getGridExtent().getULX()+(2*dataGrid.getCellSize())-0.3,dataGrid.getGridExtent().getULY()); |
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path.lineTo(dataGrid.getGridExtent().getULX()+(2*dataGrid.getCellSize())-0.3,dataGrid.getGridExtent().getULY()-dataGrid.getCellSize()+0.3);
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path.lineTo(dataGrid.getGridExtent().getULX(),dataGrid.getGridExtent().getULY()-dataGrid.getCellSize()+0.3);
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path.lineTo(dataGrid.getGridExtent().getULX()+(2*dataGrid.getCellSize())-0.3,dataGrid.getGridExtent().getULY()-2*(dataGrid.getCellSize())+0.3);
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path.lineTo(dataGrid.getGridExtent().getULX(),dataGrid.getGridExtent().getULY()-2*(dataGrid.getCellSize())+0.3);
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path.closePath(); |
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geometry=ShapeFactory.createPolygon2D(path); |
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class1.addGeometry(geometry); |
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//class2-- Roi con los pixeles 3 y 4 de la ultima fila |
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path2.moveTo(dataGrid.getGridExtent().getLRX(),dataGrid.getGridExtent().getLRY());
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path2.lineTo(dataGrid.getGridExtent().getLRX(),dataGrid.getGridExtent().getLRY()+dataGrid.getCellSize()-0.1);
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path2.lineTo(dataGrid.getGridExtent().getLRX()-(2*dataGrid.getCellSize())+0.1,dataGrid.getGridExtent().getLRY()+dataGrid.getCellSize()-0.1);
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path2.lineTo(dataGrid.getGridExtent().getLRX()-(2*dataGrid.getCellSize())+0.1,dataGrid.getGridExtent().getLRY());
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path2.moveTo(dataGrid.getGridExtent().getLLX(),dataGrid.getGridExtent().getLLY());
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path2.lineTo(dataGrid.getGridExtent().getLLX()+(2*dataGrid.getCellSize())-0.3,dataGrid.getGridExtent().getLLY());
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path2.lineTo(dataGrid.getGridExtent().getLLX()+(2*dataGrid.getCellSize())-0.3,dataGrid.getGridExtent().getLLY()+2*(dataGrid.getCellSize())-0.3);
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path2.lineTo(dataGrid.getGridExtent().getLLX(),dataGrid.getGridExtent().getLLY()+2*(dataGrid.getCellSize())-0.3);
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geometry2=ShapeFactory.createPolygon2D(path2); |
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class2.addGeometry(geometry2); |
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|
| ... | ... | |
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assertEquals(result.getBandCount(),1); |
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//Comparaci?n de valores |
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assertEquals(result.getElemByte(0, 0,0),1);
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assertEquals(result.getElemByte(0, 0,0),0);
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assertEquals(result.getElemByte(0, 1,0),0); |
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assertEquals(result.getElemByte(0, 2,0),0); |
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assertEquals(result.getElemByte(0, 3,0),0); |
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assertEquals(result.getElemByte(1, 0,0),1); |
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assertEquals(result.getElemByte(1, 1,0),1);
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assertEquals(result.getElemByte(1, 2,0),1);
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assertEquals(result.getElemByte(1, 1,0),0);
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assertEquals(result.getElemByte(1, 2,0),0);
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assertEquals(result.getElemByte(1, 3,0),0); |
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assertEquals(result.getElemByte(2, 0,0),1); |
| ... | ... | |
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assertEquals(result.getElemByte(2, 3,0),0); |
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assertEquals(result.getElemByte(3, 0,0),0); |
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assertEquals(result.getElemByte(3, 1,0),1);
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assertEquals(result.getElemByte(3, 1,0),0);
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assertEquals(result.getElemByte(3, 2,0),1); |
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assertEquals(result.getElemByte(3, 3,0),1);
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assertEquals(result.getElemByte(3, 3,0),0);
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// Clasificacion por el m?todo de m?nima distancia
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// Clasificacion por el m?todo de m?xima probabilidad distancia
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ClassificationMaximumLikelihoodProcess proceso2 = new ClassificationMaximumLikelihoodProcess(); |
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proceso2.addParam("layer",lyr);
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proceso2.addParam("bandList",new int[]{0,1,2});
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proceso2.addParam("rois",listRois);
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proceso2.run(); |
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result= (IBuffer) proceso2.getResult(); |
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System.out.print("Proceso Completado..");
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IBuffer result2= (IBuffer) proceso2.getResult();
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assertEquals(result2.getBandCount(),1); |
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//Comparaci?n de valores |
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assertEquals(result2.getElemByte(0, 0,0),0); |
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assertEquals(result2.getElemByte(0, 1,0),0); |
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assertEquals(result2.getElemByte(0, 2,0),1); |
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assertEquals(result2.getElemByte(0, 3,0),1); |
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assertEquals(result2.getElemByte(1, 0,0),0); |
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assertEquals(result2.getElemByte(1, 1,0),0); |
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assertEquals(result2.getElemByte(1, 2,0),1); |
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assertEquals(result2.getElemByte(1, 3,0),1); |
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assertEquals(result2.getElemByte(2, 0,0),1); |
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assertEquals(result2.getElemByte(2, 1,0),1); |
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assertEquals(result2.getElemByte(2, 2,0),1); |
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assertEquals(result2.getElemByte(2, 3,0),1); |
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assertEquals(result2.getElemByte(3, 0,0),1); |
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assertEquals(result2.getElemByte(3, 1,0),1); |
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assertEquals(result2.getElemByte(3, 2,0),1); |
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assertEquals(result2.getElemByte(3, 3,0),1); |
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// Clasificacion por el m?todo de m?xima probabilidad distancia |
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ClassificationParallelepipedProcess proceso3 = new ClassificationParallelepipedProcess(); |
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proceso3.addParam("layer",lyr);
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proceso3.addParam("bandList",new int[]{0,1,2});
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proceso3.addParam("rois",listRois);
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proceso3.addParam("dev", new Double(3));
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proceso3.run(); |
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IBuffer result3= (IBuffer) proceso3.getResult(); |
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assertEquals(result3.getBandCount(),1); |
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//Comparaci?n de valores |
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assertEquals(result3.getElemByte(0, 0,0),0); |
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assertEquals(result3.getElemByte(0, 1,0),0); |
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assertEquals(result3.getElemByte(0, 2,0),0); |
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assertEquals(result3.getElemByte(0, 3,0),2); |
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assertEquals(result3.getElemByte(1, 0,0),0); |
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assertEquals(result3.getElemByte(1, 1,0),0); |
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assertEquals(result3.getElemByte(1, 2,0),0); |
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assertEquals(result3.getElemByte(1, 3,0),2); |
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assertEquals(result3.getElemByte(2, 0,0),1); |
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assertEquals(result3.getElemByte(2, 1,0),1); |
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assertEquals(result3.getElemByte(2, 2,0),0); |
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assertEquals(result3.getElemByte(2, 3,0),0); |
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assertEquals(result3.getElemByte(3, 0,0),0); |
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assertEquals(result3.getElemByte(3, 1,0),0); |
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assertEquals(result3.getElemByte(3, 2,0),0); |
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assertEquals(result3.getElemByte(3, 3,0),0); |
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} |
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} |
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