Examples of org.gephi.dynamic.api.DynamicModel

org.gephi.dynamic.api.DynamicModel
Model that maintains the dynamic states of the application, which include the minimum and the maximum bounds, as well as the current visible interval.
The min and the max are used to know what are the limits of the time in the current data. The visible interval is typically configured by a timeline component to select a range of time. The model also maintains what is the current time format, either DOUBLE or DATE. Internally, all times are double, but it can be converted to dates for user display. In addition the model stores the current estimators used to compute dynamic values.
The model is listening to graph and attributes events to track all intervals and deduce minimum and maximum. It thows MIN_CHANGED or MAX_CHANGED events when these values are changed.
The model can also build {@link DynamicGraph} objets on demand. These objectscan work independently to states of this model. @author Cezary Bartosiak @author Mathieu Bastian @see DynamicController


                public void run() {
                    if (partition != null) {
                        GraphModel graphModel = Lookup.getDefault().lookup(GraphController.class).getModel();


                        DynamicModel dynamicModel = model.getDynamicModel();
                        TimeInterval timeInterval = dynamicModel != null ? dynamicModel.getVisibleInterval() : null;
                        Estimator estimator = AttributeUtils.getDefault().isDynamicNumberColumn(partition.getColumn()) ? model.getNumberEstimator() : model.getEstimator();
                        PartitionFactory.buildNodePartition((NodePartition) partition, graphModel.getGraphVisible(), timeInterval, estimator);
                    }
                    model.setNodePartition(partition);
                    if (model.getNodeTransformerBuilder() == null) {
                        //Select the first transformer
                        TransformerBuilder[] builders = Lookup.getDefault().lookupAll(TransformerBuilder.class).toArray(new TransformerBuilder[0]);
                        for (int i = 0; i < builders.length; i++) {
                            TransformerBuilder t = builders[i];
                            if (t instanceof TransformerBuilder.Node) {
                                model.setNodeBuilder(t);
                                break;
                            }
                        }
                    }
                    model.setWaiting(false);
                }
            }, "Partition Model refresh");
            t.start();
        } else {
            Thread t = new Thread(new Runnable() {


                public void run() {
                    if (partition != null) {
                        GraphModel graphModel = Lookup.getDefault().lookup(GraphController.class).getModel();


                        DynamicModel dynamicModel = model.getDynamicModel();
                        TimeInterval timeInterval = dynamicModel != null ? dynamicModel.getVisibleInterval() : null;
                        Estimator estimator = AttributeUtils.getDefault().isDynamicNumberColumn(partition.getColumn()) ? model.getNumberEstimator() : model.getEstimator();
                        PartitionFactory.buildEdgePartition((EdgePartition) partition, graphModel.getGraphVisible(), timeInterval, estimator);
                    }
                    model.setEdgePartition(partition);
                    if (model.getEdgeTransformerBuilder() == null) {

View Full Code Here

            t.start();
        }
    }


    public Partition buildPartition(AttributeColumn column, Graph graph) {
        DynamicModel dynamicModel = model.getDynamicModel();
        TimeInterval timeInterval = dynamicModel != null ? dynamicModel.getVisibleInterval() : null;


        if (AttributeUtils.getDefault().isNodeColumn(column)) {
            NodePartition partition = PartitionFactory.createNodePartition(column);
            Estimator estimator = AttributeUtils.getDefault().isDynamicNumberColumn(column) ? model.getNumberEstimator() : model.getEstimator();
            PartitionFactory.buildNodePartition(partition, graph, timeInterval, estimator);

View Full Code Here

            Graph graph = graphModel.getGraphVisible();
            for (AttributeColumn column : nodeTable.getColumns()) {
                if (PartitionFactory.isPartitionColumn(column) && PartitionFactory.isNodePartitionColumn(column, graph)) {
                    nodePartitions.add(PartitionFactory.createNodePartition(column));
                } else if (PartitionFactory.isDynamicPartitionColumn(column)) {
                    DynamicModel dynamicModel = model.getDynamicModel();
                    TimeInterval timeInterval = dynamicModel != null ? dynamicModel.getVisibleInterval() : null;
                    Estimator estimator = AttributeUtils.getDefault().isDynamicNumberColumn(column) ? model.getNumberEstimator() : model.getEstimator();
                    if (PartitionFactory.isDynamicNodePartitionColumn(column, graph, timeInterval, estimator)) {
                        nodePartitions.add(PartitionFactory.createNodePartition(column));
                    }
                }
            }
            model.setNodePartitions(nodePartitions.toArray(new NodePartition[0]));


            //Edges
            List<EdgePartition> edgePartitions = new ArrayList<EdgePartition>();
            AttributeTable edgeClass = ac.getModel().getEdgeTable();
            for (AttributeColumn column : edgeClass.getColumns()) {
                if (PartitionFactory.isPartitionColumn(column) && PartitionFactory.isEdgePartitionColumn(column, graph)) {
                    edgePartitions.add(PartitionFactory.createEdgePartition(column));
                } else if (PartitionFactory.isDynamicPartitionColumn(column)) {
                    DynamicModel dynamicModel = model.getDynamicModel();
                    TimeInterval timeInterval = dynamicModel != null ? dynamicModel.getVisibleInterval() : null;
                    Estimator estimator = AttributeUtils.getDefault().isDynamicNumberColumn(column) ? model.getNumberEstimator() : model.getEstimator();
                    if (PartitionFactory.isDynamicEdgePartitionColumn(column, graph, timeInterval, estimator)) {
                        edgePartitions.add(PartitionFactory.createEdgePartition(column));
                    }
                }

View Full Code Here

        if (exportVisible) {
            graph = graphModel.getGraphVisible();
        } else {
            graph = graphModel.getGraph();
        }
        DynamicModel dynamicModel = workspace.getLookup().lookup(DynamicModel.class);
        visibleInterval = dynamicModel != null && exportVisible ? dynamicModel.getVisibleInterval() : new TimeInterval();
        try {
            exportData(graph, attributeModel);
        } catch (Exception e) {
            throw new RuntimeException(e);
        }

View Full Code Here

                if (model == null) {
                    model = new TimelineModelImpl(TimelineControllerImpl.this);
                    workspace.add(model);
                }


                DynamicModel dynamicModel = dynamicController.getModel(workspace);
                model.setup(dynamicModel);
            }


            public void unselect(Workspace workspace) {
                model.unsetup();
            }


            public void close(Workspace workspace) {
            }


            public void disable() {
                model.disable();
                model = null;
            }
        });


        if (pc.getCurrentWorkspace() != null) {
            model = pc.getCurrentWorkspace().getLookup().lookup(TimelineModelImpl.class);
            if (model == null) {
                model = new TimelineModelImpl(TimelineControllerImpl.this);
                pc.getCurrentWorkspace().add(model);
            }
            DynamicModel dynamicModel = dynamicController.getModel(pc.getCurrentWorkspace());
            model.setup(dynamicModel);
        }
    }

View Full Code Here

        initComponents();
    }


    public void setup(DynamicProcessor processor) {
        DynamicController dynamicController = Lookup.getDefault().lookup(DynamicController.class);
        DynamicModel dynamicModel = dynamicController.getModel();
        if (dynamicModel != null) {
            lastFrame = dynamicModel.getMax();
        }
        lastFrameLabel.setText("None");


        if (dynamicModel != null && !(dynamicModel.getMin() == Double.NEGATIVE_INFINITY && dynamicModel.getMax() == Double.POSITIVE_INFINITY)) {
            //Select only the current time format
            DynamicModel.TimeFormat timeFormat = dynamicModel.getTimeFormat();
            if (timeFormat.equals(DynamicModel.TimeFormat.DATE)) {
                dateRadio.setSelected(true);
                timeStampRadio.setEnabled(false);
                SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd");
                try {

View Full Code Here

        });
    }


    public void unsetup(DynamicStatistics dynamicStatistics) {
        DynamicController dynamicController = Lookup.getDefault().lookup(DynamicController.class);
        DynamicModel model = dynamicController.getModel();


        //Bounds is the same
        dynamicStatistics.setBounds(bounds);


        //Window
        double window = 0.;
        if (model.getTimeFormat().equals(DynamicModel.TimeFormat.DOUBLE)) {
            window = Double.parseDouble(windowTextField.getText());
        } else {
            TimeUnit timeUnit = getSelectedTimeUnit(windowTimeUnitCombo.getModel());
            window = getTimeInMilliseconds(windowTextField.getText(), timeUnit);
        }
        dynamicStatistics.setWindow(window);


        //Tick
        double tick = 0.;
        if (model.getTimeFormat().equals(DynamicModel.TimeFormat.DOUBLE)) {
            tick = Double.parseDouble(tickTextField.getText());
        } else {
            TimeUnit timeUnit = getSelectedTimeUnit(tickTimeUnitCombo.getModel());
            tick = getTimeInMilliseconds(tickTextField.getText(), timeUnit);
        }
        dynamicStatistics.setTick(tick);


        //Save latest selected item
        if (!model.getTimeFormat().equals(DynamicModel.TimeFormat.DOUBLE)) {
            saveDefaultTimeUnits();
        }
    }

View Full Code Here

        }
    }


    public void createValidation(ValidationGroup group) {
        DynamicController dynamicController = Lookup.getDefault().lookup(DynamicController.class);
        DynamicModel model = dynamicController.getModel();
        if (model.getTimeFormat().equals(DynamicModel.TimeFormat.DOUBLE)) {
            group.add(windowTextField, Validators.REQUIRE_NON_EMPTY_STRING,
                    Validators.numberRange(Double.MIN_VALUE, (bounds.getHigh() - bounds.getLow())));
            group.add(tickTextField, Validators.REQUIRE_NON_EMPTY_STRING,
                    Validators.numberRange(Double.MIN_VALUE, (bounds.getHigh() - bounds.getLow())));
        } else {
            //TODO validation with dates
            group.add(windowTextField, Validators.REQUIRE_NON_EMPTY_STRING,
                    new PositiveNumberValidator(),
                    new DateRangeValidator(windowTimeUnitCombo.getModel()));
            group.add(tickTextField, Validators.REQUIRE_NON_EMPTY_STRING,
                    new PositiveNumberValidator(),
                    new DateRangeValidator(tickTimeUnitCombo.getModel()),
                    new TickUnderWindowValidator(!model.getTimeFormat().equals(DynamicModel.TimeFormat.DOUBLE)));
        }
    }

View Full Code Here

            }
        });
    }


    private void prepareRenderers() {
        DynamicModel dm = Lookup.getDefault().lookup(DynamicController.class).getModel();
        outlineTable.setDefaultRenderer(NumberList.class, sparkLinesRenderer = new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicBigDecimal.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicBigInteger.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicByte.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicDouble.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicFloat.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicInteger.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicLong.class, new SparkLinesRenderer());
        outlineTable.setDefaultRenderer(DynamicShort.class, new SparkLinesRenderer());
        double min, max;
        if (dm != null) {
            min = dm.getMin();
            max = dm.getMax();
        } else {
            min = Double.NEGATIVE_INFINITY;
            max = Double.POSITIVE_INFINITY;
        }
        outlineTable.setDefaultRenderer(TimeInterval.class, timeIntervalsRenderer = new TimeIntervalsRenderer(min, max, timeIntervalGraphics));

View Full Code Here

        return true;
    }


    public void refreshModel(HierarchicalGraph graph, AttributeColumn[] cols, final DataTablesModel dataTablesModel) {
        showingColumns = cols;
        DynamicModel dm = Lookup.getDefault().lookup(DynamicController.class).getModel();
        if (dm != null) {
            timeIntervalsRenderer.setMinMax(dm.getMin(), dm.getMax());
            currentTimeFormat = dm.getTimeFormat();
            timeIntervalsRenderer.setTimeFormat(currentTimeFormat);
            timeIntervalCellEditor.setTimeFormat(currentTimeFormat);
            sparkLinesRenderer.setTimeFormat(currentTimeFormat);
        }
        timeIntervalsRenderer.setDrawGraphics(timeIntervalGraphics);

View Full Code Here

0 1 2

TOP

Related Classes of org.gephi.dynamic.api.DynamicModel

org.gephi.desktop.datalab.EdgeDataTable

org.gephi.desktop.datalab.NodeDataTable

org.gephi.desktop.statistics.DynamicSettingsPanel

org.gephi.desktop.timeline.TimelineControllerImpl

org.gephi.dynamic.DynamicControllerImpl

org.gephi.io.exporter.plugin.ExporterGDF

org.gephi.io.exporter.plugin.ExporterGraphML

org.gephi.partition.impl.PartitionControllerImpl

org.gephi.ranking.impl.RankingControllerImpl

org.gephi.ui.processor.plugin.DynamicProcessorPanel

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.