Package fr.soleil.comete.box.complexbox

Examples of fr.soleil.comete.box.complexbox.ChartViewerBox

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    private void connectAttributeAndTangoChart(boolean simpleCase, IChartViewer chart) {
        IKey chartKey = tangoKey.getChartKey();

        if (simpleCase) {
            //CometeBox construction
            ChartViewerBox chartBox = new ChartViewerBox();

            chartBox.connectWidget(chart, chartKey);
        } else {
            //Data source construction
            AbstractDataSource<Number> numberMatrixDataSource = null;

            final IDataSourceProducer producer = DataSourceProducerProvider.
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        return chartViewer;
    }

    @Override
    protected ChartViewerBox initBox() {
        return new ChartViewerBox();
    }
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        // chartViewer.setChartColor(Color.BLACK);
        chartViewer.setXaxisName("Voltage");
        // chartViewer.setAutoScale(false);
        // chartViewer.setChartOnXAxis(false);

        ChartViewerBox chartViewerBox = new ChartViewerBox();

        JFrame frame = new JFrame();
        frame.getContentPane().add(chartViewer, BorderLayout.CENTER);
        frame.getContentPane().setBackground(Color.PINK);
        frame.setSize(640, 480);
        frame.setTitle(chartViewer.getClass().getName());
        frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);
        frame.setLocationRelativeTo(null);
        frame.setVisible(true);

        try {
            Thread.sleep(1000);
        }
        catch (InterruptedException e) {
            // TODO Auto-generated catch block
            e.printStackTrace();
        }

        // init key list
        for (String fullAttributeName : fullAttributeNameList) {
            // try {
            // Thread.sleep(2000);
            // }
            // catch (InterruptedException e) {
            // // TODO Auto-generated catch block
            // e.printStackTrace();
            // }

            String deviceName = TangoKeyTool.getDeviceName(fullAttributeName);
            String attributeName = TangoKeyTool.getEntityName(fullAttributeName);

            int attributeType = TangoAttributeHelper.getAttributeType(deviceName, attributeName);
            int attributeFormat = TangoAttributeHelper
                    .getAttributeFormat(deviceName, attributeName);

            // filter attributes to keep numerical scalar
            if ((attributeType == TangoConstHelper.SCALAR_TYPE && attributeFormat == TangoConstHelper.NUMERICAL_FORMAT)) {
                TangoKey tempKey = new TangoKey();
                TangoKeyTool.registerAttribute(tempKey, deviceName, attributeName);

                boolean connectWidget = chartViewerBox
                        .connectWidget(chartViewer, tempKey/*, true, false*/);
                System.out.println("connected to " + tempKey.getInformationKey() + " : "
                        + connectWidget);

                // factory.setRefreshingStrategy(tempKey, new PolledRefreshingStrategy(5000));
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        return chartViewer;
    }

    @Override
    protected ChartViewerBox initBox() {
        return new ChartViewerBox();
    }
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        return new BarChartViewer();
    }

    @Override
    protected ChartViewerBox initBox() {
        return new ChartViewerBox();
    }
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        allIn1CheckBox.setSelected(true);
        allIn1CheckBox.addActionListener(this);
        spectrumPanel.setLayout(new GridBagLayout());
        noConnectionLabel = new JLabel("Not connected", JLabel.CENTER);
        noConnectionLabel.setVerticalAlignment(JLabel.CENTER);
        chartBox = new ChartViewerBox();

        add(noConnectionLabel, NO_DATA_IDENTIFIER);
        add(scalarPanel, SCALAR_IDENTIFIER);
        add(spectrumPanel, SPECTRUM_IDENTIFIER);
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        scalarViewPanels.clear();
        scalarPanel.removeAll();
        spectrumViewPanel.removeAll();
        StringBuffer errorBuffer = new StringBuffer();

        ChartViewerBox chartBox = new ChartViewerBox();
        TangoKey attributeKey;

        if (allIn1CheckBox.isSelected()) {
            spectrumViewPanel.setLayout(new GridLayout());
            cleanWidget(allIn1Viewer);
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        allIn1CheckBox.setSelected(true);
        allIn1CheckBox.addActionListener(this);
        spectrumPanel.setLayout(new GridBagLayout());
        noConnectionLabel = new JLabel("Not connected", JLabel.CENTER);
        noConnectionLabel.setVerticalAlignment(JLabel.CENTER);
        chartBox = new ChartViewerBox();

        add(noConnectionLabel, NO_DATA_IDENTIFIER);
        add(scalarPanel, SCALAR_IDENTIFIER);
        add(spectrumPanel, SPECTRUM_IDENTIFIER);
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        TangoKey attributeKey;

        ImageViewerBox imageBox = new ImageViewerBox();
        StringScalarBox stringBox = new StringScalarBox();
        NumberScalarBox numberBox = new NumberScalarBox();
        ChartViewerBox chartBox = new ChartViewerBox();

        TangoKey tangoKey = generateCommandKey("Start");
        setWidgetModel(startButton, stringBox, tangoKey);
        startButton.setText("Start");

        tangoKey = generateCommandKey("Stop");
        setWidgetModel(stopButton, stringBox, tangoKey);
        stopButton.setText("Stop");

        attributeKey = generateAttributeKey("data");
        setWidgetModel(dataImage, imageBox, attributeKey);
        dataImage.setAlwaysFitMaxSize(true);

        attributeKey = generateReadOnlyAttributeKey("energyStep");
        setWidgetModel(energyStepRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(energyStepRead, true);

        attributeKey = generateWriteAttributeKey("energyStep");
        setWidgetModel(energyStepWrite, numberBox, attributeKey);

        attributeKey = generateAttributeKey("state");
        setWidgetModel(stateLabel, stringBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("status");
        setWidgetModel(statusArea, stringBox, attributeKey);
        stringBox.setColorEnabled(statusArea, false);

        attributeKey = generateAttributeKey("mode");
        setWidgetModel(acquisitionModeCombo, stringBox, attributeKey);

        ITextTarget acquisitionModeTarget = new ITextTarget() {
            @Override
            public void setText(String text) {
                setEnergyLabelVisible(text);
            }

            @Override
            public void removeMediator(Mediator<?> mediator) {
            }

            @Override
            public void addMediator(Mediator<?> mediator) {
            }

            @Override
            public String getText() {
                return null;
            }
        };
        setWidgetModel(acquisitionModeTarget, stringBox, attributeKey);

        attributeKey = generateAttributeKey("energyScale");
        setWidgetModel(energyScaleCombo, stringBox, attributeKey);

        attributeKey = generateAttributeKey("passEnergy");
        setWidgetModel(passEnergyCombo, stringBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("excitationEnergy");
        setWidgetModel(excitationEnergyRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(excitationEnergyRead, true);

        attributeKey = generateWriteAttributeKey("excitationEnergy");
        setWidgetModel(excitationEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("stepTime");
        setWidgetModel(stepTimeRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(stepTimeRead, true);

        attributeKey = generateWriteAttributeKey("stepTime");
        setWidgetModel(stepTimeWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("lowEnergy");
        setWidgetModel(lowEnergyRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(lowEnergyRead, true);

        attributeKey = generateWriteAttributeKey("lowEnergy");
        setWidgetModel(lowEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("highEnergy");
        setWidgetModel(highEnergyRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(highEnergyRead, true);

        attributeKey = generateWriteAttributeKey("highEnergy");
        setWidgetModel(highEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("fixEnergy");
        setWidgetModel(fixEnergyRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("fixEnergy");
        setWidgetModel(fixEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorFirstXChannel");
        setWidgetModel(xminRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorFirstXChannel");
        setWidgetModel(xminWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorLastXChannel");
        setWidgetModel(xmaxRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorLastXChannel");
        setWidgetModel(xmaxWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorFirstYChannel");
        setWidgetModel(yminRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorFirstYChannel");
        setWidgetModel(yminWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorLastYChannel");
        setWidgetModel(ymaxRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorLastYChannel");
        setWidgetModel(ymaxWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorSlices");
        setWidgetModel(slicesRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorSlices");
        setWidgetModel(slicesWrite, numberBox, attributeKey);

        String[] lensModeList = { "lens1", "lens2", "lens3" };
        DeviceProxy tmpDeviceProxy = null;
        try {
            tmpDeviceProxy = new DeviceProxy(model);
            DeviceData dd = tmpDeviceProxy.command_inout("GetLensModeList");
            lensModeList = dd.extractStringArray();
        }
        catch (DevFailed e) {
            e.printStackTrace();
        }
        lensModeCombo.setValueList((Object[]) lensModeList);
        attributeKey = generateAttributeKey("lensMode");
        setWidgetModel(lensModeCombo, stringBox, attributeKey);

        String[] passModeList = { "pass1", "pass2", "pass3" };
        if (tmpDeviceProxy != null) {
            try {
                DeviceData dd = tmpDeviceProxy.command_inout("GetpassModeList");
                passModeList = dd.extractStringArray();
            }
            catch (DevFailed e) {
                e.printStackTrace();
            }
        }
        passModeCombo.setValueList((Object[]) passModeList);
        attributeKey = generateAttributeKey("passMode");
        setWidgetModel(passModeCombo, stringBox, attributeKey);

        attributeKey = generateAttributeKey("channelScale");
        TangoKey attributeKey2 = generateAttributeKey("sumData");
        chartBox.connectWidgetDual(sumDataSpectrum, attributeKey, attributeKey2);
        sumDataSpectrum.setAxisName("Energy (eV)", IChartViewer.X);
        sumDataSpectrum.setAxisName("Counts", IChartViewer.Y1);

        setEnergyLabelVisible((String) acquisitionModeCombo.getSelectedItem());
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        TangoKey attributeKey;

        ImageViewerBox imageBox = new ImageViewerBox();
        StringScalarBox stringBox = new StringScalarBox();
        NumberScalarBox numberBox = new NumberScalarBox();
        ChartViewerBox chartBox = new ChartViewerBox();
        BooleanScalarBox booleanBox = new BooleanScalarBox();

        TangoKey tangoKey = generateCommandKey("Start");
        setWidgetModel(startButton, booleanBox, tangoKey);
        startButton.setText("Start");

        tangoKey = generateCommandKey("Stop");
        setWidgetModel(stopButton, booleanBox, tangoKey);
        stopButton.setText("Stop");

        attributeKey = generateAttributeKey("data");
        setWidgetModel(dataImage, imageBox, attributeKey);
        dataImage.setAlwaysFitMaxSize(true);

        attributeKey = generateReadOnlyAttributeKey("energyStep");
        setWidgetModel(energyStepRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(energyStepRead, true);

        attributeKey = generateWriteAttributeKey("energyStep");
        setWidgetModel(energyStepWrite, numberBox, attributeKey);

        attributeKey = generateAttributeKey("state");
        setWidgetModel(stateLabel, stringBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("status");
        setWidgetModel(statusArea, stringBox, attributeKey);
        stringBox.setColorEnabled(statusArea, false);

        attributeKey = generateAttributeKey("mode");
        setWidgetModel(acquisitionModeCombo, stringBox, attributeKey);

        ITextTarget acquisitionModeTarget = new ITextTarget() {
            @Override
            public void setText(String text) {
                setEnergyLabelVisible(text);
            }

            @Override
            public void removeMediator(Mediator<?> mediator) {
            }

            @Override
            public void addMediator(Mediator<?> mediator) {
            }

            @Override
            public String getText() {
                return null;
            }
        };
        setWidgetModel(acquisitionModeTarget, stringBox, attributeKey);

        attributeKey = generateAttributeKey("energyScale");
        setWidgetModel(energyScaleCombo, stringBox, attributeKey);

        attributeKey = generateAttributeKey("passEnergy");
        setWidgetModel(passEnergyCombo, stringBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("excitationEnergy");
        setWidgetModel(excitationEnergyRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(excitationEnergyRead, true);

        attributeKey = generateWriteAttributeKey("excitationEnergy");
        setWidgetModel(excitationEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("stepTime");
        setWidgetModel(stepTimeRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(stepTimeRead, true);

        attributeKey = generateWriteAttributeKey("stepTime");
        setWidgetModel(stepTimeWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("lowEnergy");
        setWidgetModel(lowEnergyRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(lowEnergyRead, true);

        attributeKey = generateWriteAttributeKey("lowEnergy");
        setWidgetModel(lowEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("highEnergy");
        setWidgetModel(highEnergyRead, stringBox, attributeKey);
        stringBox.setUnitEnabled(highEnergyRead, true);

        attributeKey = generateWriteAttributeKey("highEnergy");
        setWidgetModel(highEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("fixEnergy");
        setWidgetModel(fixEnergyRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("fixEnergy");
        setWidgetModel(fixEnergyWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorFirstXChannel");
        setWidgetModel(xminRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorFirstXChannel");
        setWidgetModel(xminWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorLastXChannel");
        setWidgetModel(xmaxRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorLastXChannel");
        setWidgetModel(xmaxWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorFirstYChannel");
        setWidgetModel(yminRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorFirstYChannel");
        setWidgetModel(yminWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorLastYChannel");
        setWidgetModel(ymaxRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorLastYChannel");
        setWidgetModel(ymaxWrite, numberBox, attributeKey);

        attributeKey = generateReadOnlyAttributeKey("detectorSlices");
        setWidgetModel(slicesRead, stringBox, attributeKey);

        attributeKey = generateWriteAttributeKey("detectorSlices");
        setWidgetModel(slicesWrite, numberBox, attributeKey);

        String[] lensModeList = { "lens1", "lens2", "lens3" };
        DeviceProxy tmpDeviceProxy = null;
        try {
            tmpDeviceProxy = new DeviceProxy(model);
            DeviceData dd = tmpDeviceProxy.command_inout("GetLensModeList");
            lensModeList = dd.extractStringArray();
        }
        catch (DevFailed e) {
            e.printStackTrace();
        }
        lensModeCombo.setValueList((Object[]) lensModeList);
        attributeKey = generateAttributeKey("lensMode");
        setWidgetModel(lensModeCombo, stringBox, attributeKey);

        String[] passModeList = { "pass1", "pass2", "pass3" };
        if (tmpDeviceProxy != null) {
            try {
                DeviceData dd = tmpDeviceProxy.command_inout("GetpassModeList");
                passModeList = dd.extractStringArray();
            }
            catch (DevFailed e) {
                e.printStackTrace();
            }
        }
        passModeCombo.setValueList((Object[]) passModeList);
        attributeKey = generateAttributeKey("passMode");
        setWidgetModel(passModeCombo, stringBox, attributeKey);

        attributeKey = generateAttributeKey("channelScale");
        TangoKey attributeKey2 = generateAttributeKey("sumData");
        chartBox.connectWidgetDual(sumDataSpectrum, attributeKey, attributeKey2);
        sumDataSpectrum.setAxisName("Energy (eV)", IChartViewer.X);
        sumDataSpectrum.setAxisName("Counts", IChartViewer.Y1);

        setEnergyLabelVisible((String) acquisitionModeCombo.getSelectedItem());
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Related Classes of fr.soleil.comete.box.complexbox.ChartViewerBox

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  • fr.soleil.comete.definition.data.controller.ChartViewerController
  • fr.soleil.comete.definition.data.controller.TempChartTargetController
  • fr.soleil.comete.demo.ChartPanelDemo
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  • fr.soleil.comete.tangowidget.attribute.AllAttributeListCometeV2
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    All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.