| gvSIG desktop 1

warnings=Avisos

Los_cambios_efectuados_sobre_estos_valores_se_aplicaran_al_reiniciar_la_aplicacion=Los cambios efectuados sobre estos valores se aplicar\u00e1n al reiniciar la aplicaci\u00f3n

# SKIN PREFERENCES

skin_label=Seleccione el skin que quiere usar con GvSIG

skin_message=???ES NECESARIO REINICAR GVSIG PARA QUE LOS CAMBIOS SURJAN EFECTO!!!

Swing_Compability_Note=Nota:Si activa la compatibilidad con Java / Swing se produce una caida del rendimiento grafico.

Preferencias=Preferences

prioridad=Priority

resolution=Resolution

test_measure=Measure

test_now=Check now

the_length_of_the_line_above_is=The length of line above is

	public String getTitle() {

		// TODO Auto-generated method stub

	}

	public void initializeDefaults() {

confirmacion=Confirmaci\u00f3n

contraste=Contraste

Contrast=Contraste

elementos=Elementos

luminosity=Luminosidad

tolumsa=Balance HSL

error_setview_preview="Error asignando la vista en la previsualizaci?n."

error_carga_capa=Error en la carga de la capa.

error_escritura=No se puede escribir en la ruta especificada.

error_lectura=No se puede leer en la ruta especificada.

error_props_show=La capa est? en un estado inconsistente. Es posible que deba esperar a que acabe la operaci?n en curso.

error_props_tabs=El panel de propiedades se cerr? por falta de pesta?as.

error_extensiones_soportadas=Error al obtener la lista de extensiones soportadas. No se puede exportar la capa.

error_cutting=Se ha producido un error generando el recorte

error_filtering=Se ha producido un error a?adiendo los filtros

raster_error_file_exists=El fichero ya existe.\u00bfDesea sobreescribirlo?.

error_file_not_found=Fichero no encontrado.

error_file_not_valid=El fichero seleccionado no parece ser valido.

increase=Zoom Cursor

incremento_recorte=Porcentaje del proceso

info=Info

leyendo_raster=Leyendo datos raster de entrada. ?Atenci?n!. Esta operaci?n puede tardar varios minutos. Por favor, espere ...

lineal_directo=Lineal directo

lineas=Lineas

selectBandaRefinado=Seleccionar Banda de Refinado

si=S?

size=Tama\u00f1o

tarea_en_progreso=Tarea En progreso

tipo_dato=Tipo de dato

transparencia=Transparencia

archivo=File

bands_panel=Bands

bands_number=Bands number

cargar_rois=Load ROIs from shp file

header_Size=Header size

file_size_in_bytes=File size

data_type=Data type

error_setview_preview=Error setting preview

error_carga_capa=Error loading layer

error_escritura=It's not possible to write in this path

error_lectura=It's not possible to read from this path

error_props_show=It's not possible to operate with the layer now. Wait a moment please.

error_props_tabs=Properties panel was closed because it wasn't panels

error_extensiones_soportadas=Error getting supported extension list. The layer can't be exported

raster_error_file_exists=File already exists. Would you like to overwrite it?

error_file_not_found=File not found

error_file_not_valid=File not valid

increase=Cursor Zoom

incremento_recorte=Progress increment

info=Info

leyendo_raster=Reading input data raster. ?Warning!. This operation could to take a few minutes. Wait a moment, please...

lineal_directo=Linear

lineas=Lines

selectBandaRefinado=Select refined band

si=Yes

size=Size

tarea_en_progreso=Task in progress

tipo_dato=Data type

transparencia=Transparency

			} else {

				if (isUsingFile(fileName)){

					incrementableTask.hideWindow();

					return;

				}

				File f = new File(fileName);

			}

		} catch (NotSupportedExtensionException e) {

		} catch (RasterDriverException e) {

		} catch (IOException e) {

		} finally {

			if (dsetCopy != null)

				dsetCopy.close();

	public JComboBox getHistogramType() {

		if (histogramType == null) {

			histogramType = new JComboBox();

		}

		return histogramType;

	}

	public JComboBox getDrawType() {

		if (drawType == null) {

			drawType = new JComboBox();

		}

		return drawType;

	}

				band.addItem(DatasetColorInterpretation.GRAY_BAND);

			} else {

				if (graphicBase.getHistogramStatus(HistogramGraphicBase.RED) != null)

				if (graphicBase.getHistogramStatus(HistogramGraphicBase.GREEN) != null)

				if (graphicBase.getHistogramStatus(HistogramGraphicBase.BLUE) != null)

			}

		}

		return band;

	public JComboBox getEnhancedType() {

		if (enhancedType == null) {

			enhancedType = new JComboBox();

		}

		return enhancedType;

	}

	public void actionPerformed(ActionEvent e) {

		//Cambio del tipo de de dibujado del histograma

		if(e.getSource() == selectorsPanel.getDrawType()) {

				graphicsPanel.getInputHistogram().setType(GraphicHistogram.TYPE_FILL);

				graphicsPanel.getOutputHistogram().setType(GraphicHistogram.TYPE_FILL);

			}

				graphicsPanel.getInputHistogram().setType(GraphicHistogram.TYPE_LINE);

				graphicsPanel.getOutputHistogram().setType(GraphicHistogram.TYPE_LINE);

			}

		// Cambio el tipo de visualizacion del histograma

		if (e.getSource() == selectorsPanel.getHistogramType()) {

				graphicsPanel.getOutputHistogram().setHistogramType(GraphicHistogram.VIEW_LINEAL);

			}

				graphicsPanel.getOutputHistogram().setHistogramType(GraphicHistogram.VIEW_ACUMMULATED);

			}

				graphicsPanel.getOutputHistogram().setHistogramType(GraphicHistogram.VIEW_LOGARITHMIC);

			}

				graphicsPanel.getOutputHistogram().setHistogramType(GraphicHistogram.VIEW_ACUMMULATEDLOG);

			}

			graphicsPanel.getOutputHistogram().getCanvas().repaint();

		//Cambio de banda

		if(e.getSource() == selectorsPanel.getBand(null)) {

				graphicsPanel.getInputHistogram().setHistogramDrawed(HistogramGraphicBase.RED);

				graphicsPanel.getOutputHistogram().setHistogramDrawed(HistogramGraphicBase.RED);

			}

				graphicsPanel.getInputHistogram().setHistogramDrawed(HistogramGraphicBase.GREEN);

				graphicsPanel.getOutputHistogram().setHistogramDrawed(HistogramGraphicBase.GREEN);

			}

				graphicsPanel.getInputHistogram().setHistogramDrawed(HistogramGraphicBase.BLUE);

				graphicsPanel.getOutputHistogram().setHistogramDrawed(HistogramGraphicBase.BLUE);

			}

			switch (status.getGraphicHistogram().getType()) {

				case GraphicHistogram.TYPE_FILL:

					break;

				default:

					break;

			}

			switch (status.getGraphicHistogram().getTypeViewed()) {

				case GraphicHistogram.VIEW_ACUMMULATED:

					break;

				case GraphicHistogram.VIEW_LOGARITHMIC:

					break;

				case GraphicHistogram.VIEW_ACUMMULATEDLOG:

					break;

				default:

					break;

			}

		}

		if(e.getSource() == selectorsPanel.getEnhancedType()) {

			graphicsPanel.setLevelsEnabled(false);

				graphicsPanel.getInputHistogram().setFunction(GraphicHistogram.FUNCTION_LINEAL);

				updatePreview();

			}

			}

				graphicsPanel.getInputHistogram().setFunction(GraphicHistogram.FUNCTION_LOGARIT);

				updatePreview();

			}

				graphicsPanel.getInputHistogram().setFunction(GraphicHistogram.FUNCTION_EXPONENT);

				updatePreview();

			}

				graphicsPanel.getInputHistogram().setFunction(GraphicHistogram.FUNCTION_NONE);

				int[] renderBands = enhancedDialog.getLayer().getRender().getRenderBands();

				String values = "";

				updatePreview();

			}

				graphicsPanel.getInputHistogram().setFunction(GraphicHistogram.FUNCTION_SQUARE_ROOT);

				updatePreview();

			}

				graphicsPanel.setLevelsEnabled(true);

				graphicsPanel.getInputHistogram().setFunction(GraphicHistogram.FUNCTION_DENSITY);

		//Cambio de tipo (estandar/acumulado)

		if(e.getSource() == selectorsPanel.getHistogramType()) {

			}

			}

		}

		HistogramStatus status = graphicsPanel.getInputHistogram().getHistogramStatus(HistogramGraphicBase.DRAWED);

		if (status.getBaseFunction().getClass().equals(DensitySlicingLine.class))

		if (status.getBaseFunction().getClass().equals(StraightLine.class))

		if (status.getBaseFunction().getClass().equals(EqualizationFilter.class))

		if (status.getBaseFunction().getClass().equals(SquareRootPowLine.class))

		if (status.getBaseFunction().getClass().equals(LogaritmicExponentialLine.class)) {

			if (((StraightLine) status.getBaseFunction()).getValueFunction() >= 0)

			else

		}

	}

		switch (stretch.functionType) {

			case 0:

				if (firstBand) {

					graphicsPanel.setLevelsEnabled(false);

				}

				baseFunction = new StraightLine(status.getBaseFunction().getColor());

			case 1:

				if (firstBand) {

					if (stretch.valueFunction >= 0)

					else

					graphicsPanel.setLevelsEnabled(false);

				}

				baseFunction = new LogaritmicExponentialLine(status.getBaseFunction().getColor(), stretch.valueFunction);

				break;

			case 2:

				if (firstBand) {

					graphicsPanel.setLevelsEnabled(false);

				}

				baseFunction = new SquareRootPowLine(status.getBaseFunction().getColor(), stretch.valueFunction);

				break;

			case 3:

				if (firstBand) {

					graphicsPanel.setLevelsEnabled(true);

				}

				baseFunction = new DensitySlicingLine(status.getBaseFunction().getColor(), (int) stretch.valueFunction);