public static void dolayout(
Graph2D graph,
CycleEnum cycleType,
byte partitionLayoutStyle,
int maxDevAngle,
boolean fromSketch,
boolean enableOnlyCore,
boolean groupNodeHiding,
boolean selfLoopLayouter,
boolean parallelEdgeLayouter,
boolean subgraphLayouter,
boolean labelLayouter,
boolean componentLayouter,
boolean orientationLayouter) {
CircularLayouter clo = new CircularLayouter();
switch (cycleType) {
case SINGLE_CYCLE:
clo.setLayoutStyle(CircularLayouter.SINGLE_CYCLE);
break;
case BCC_ISOLATED:
clo.setLayoutStyle(CircularLayouter.BCC_ISOLATED);
break;
case BCC_COMPACT:
clo.setLayoutStyle(CircularLayouter.BCC_COMPACT);
break;
case CIRCULAR_CUSTOM_GROUPS:
clo.setLayoutStyle(CircularLayouter.CIRCULAR_CUSTOM_GROUPS);
break;
default:
clo.setLayoutStyle(CircularLayouter.BCC_COMPACT);
break;
}
clo.setMaximalDeviationAngle(maxDevAngle);
clo.setPartitionLayoutStyle(partitionLayoutStyle);
clo.setFromSketchModeEnabled(fromSketch);
if (enableOnlyCore) {
clo.enableOnlyCore();
}
clo.setLabelLayouterEnabled(labelLayouter);
clo.setSubgraphLayouterEnabled(subgraphLayouter);
clo.setSelfLoopLayouterEnabled(selfLoopLayouter);
clo.setComponentLayouterEnabled(componentLayouter);
clo.setParallelEdgeLayouterEnabled(parallelEdgeLayouter);
clo.setOrientationLayouterEnabled(orientationLayouter);
clo.setGroupNodeHidingEnabled(groupNodeHiding);
try {
new BufferedLayouter(clo).doLayout(graph);
} catch (ArrayIndexOutOfBoundsException e) {
e.printStackTrace();
} catch (IllegalArgumentException e) {
e.printStackTrace();
} catch (OutOfMemoryError e) {
e.printStackTrace();
} catch (Exception e) {
e.printStackTrace();
}
}
@Override
protected void layout(Graph2D graph) {
// graph.addDataProvider(Layouter.,Selections.createSelectionNodeMap(graph));
CircularLayouter clo = new CircularLayouter();
switch (f_cycleType) {
case SINGLE_CYCLE:
clo.setLayoutStyle(CircularLayouter.SINGLE_CYCLE);
// SingleCycleLayouter cycleLayouter = clo.getSingleCycleLayouter();
// cycleLayouter.enableOnlyCore();
// cycleLayouter.setAutomaticRadius(CHOOSE_RADIUS_AUTOMATICALLY);
// cycleLayouter.setMinimalNodeDistance(MINIMAL_NODE_DISTANCE);
// cycleLayouter.setFixedRadius(FIXED_RADIUS);
// cycleLayouter.setGroupNodeHider(null);
// cycleLayouter.setComponentLayouterEnabled(true);
// cycleLayouter.setSelfLoopLayouterEnabled(true);
// cycleLayouter.setSubgraphLayouterEnabled(true);
// cycleLayouter.setParallelEdgeLayouterEnabled(false);
// cycleLayouter.setOrientationLayouterEnabled(true);
// cycleLayouter.setMinimalRadius(100);
// cycleLayouter.setLabelLayouterEnabled(true);
// cycleLayouter.setConsiderNodeLabelsEnabled(HANDLE_NODE_LABELS);
// cycleLayouter.setPlaceChildrenOnCommonRadiusEnabled(PLACE_CHILDREN_ON_COMMON_RADIUS);
break;
case BCC_ISOLATED:
clo.setLayoutStyle(CircularLayouter.BCC_ISOLATED);
break;
case BCC_COMPACT:
clo.setLayoutStyle(CircularLayouter.BCC_COMPACT);
break;
case CIRCULAR_CUSTOM_GROUPS:
// Custom Groups
// The node partitions that form circles will be given by the user.
// To specify the partitions, a data provider holding such supplemental layout data must be
// bound to the graph.
// The data provider is expected to be registered with the graph using key
// CIRCULAR_CUSTOM_GROUPS_DPKEY.
clo.setLayoutStyle(CircularLayouter.CIRCULAR_CUSTOM_GROUPS);
break;
default:
clo.setLayoutStyle(CircularLayouter.BCC_COMPACT);
break;
}
clo.setMaximalDeviationAngle(MAXIMAL_DEVIATION_ANGLE);
clo.setPartitionLayoutStyle(PARTITION_LAYOUT_STYLE);
clo.setFromSketchModeEnabled(FROM_SKETCH_MODE);
if (ENABLE_ONLY_CORE) {
clo.enableOnlyCore();
}
clo.setLabelLayouterEnabled(ENABLE_LABEL_LAYOUTER);
clo.setSubgraphLayouterEnabled(ENABLE_SUBGRAPH_LAYOUTER);
clo.setSelfLoopLayouterEnabled(ENABLE_SELF_LOOP_LAYOUTER);
clo.setComponentLayouterEnabled(ENABLE_COMPONENT_LAYOUTER);
clo.setParallelEdgeLayouterEnabled(ENABLE_PARALLEL_EDGE_LAYOUTER);
clo.setOrientationLayouterEnabled(ENABLE_ORIENTATION_LAYOUTER);
clo.setGroupNodeHidingEnabled(ENABLE_GROUP_NODE_HIDING);
try {
new BufferedLayouter(clo).doLayout(graph);
} catch (ArrayIndexOutOfBoundsException e) {
e.printStackTrace();
} catch (IllegalArgumentException e) {
e.printStackTrace();
} catch (OutOfMemoryError e) {
e.printStackTrace();
} catch (Exception e) {
e.printStackTrace();
}
}