/// <summary>
/// sets up the option handler for specifying the layout parameters.
/// </summary>
protected override void SetupHandler()
{
// global layout options
OptionGroup layoutGroup = Handler.AddGroup(LAYOUT);
layoutGroup.AddList(STYLE, styles.Keys, NORMAL);
layoutGroup.AddInt(GRID, 25, 1, int.MaxValue);
layoutGroup.AddBool(LENGTH_REDUCTION, true);
var fromSketchItem = layoutGroup.AddBool(USE_EXISTING_DRAWING_AS_SKETCH, false);
layoutGroup.AddBool(CROSSING_POSTPROCESSING, true);
layoutGroup.AddBool(PERCEIVED_BENDS_POSTPROCESSING, true);
layoutGroup.AddBool(USE_RANDOMIZATION, true);
layoutGroup.AddBool(USE_FACE_MAXIMIZATION, false);
//edge label options
OptionGroup labelingGroup = Handler.AddGroup(LABELING);
labelingGroup.AddList(EDGE_LABELING, edgeLabeling, NONE);
labelingGroup.AddList(EDGE_LABEL_MODEL, edgeLabelModel, BEST);
labelingGroup.AddBool(CONSIDER_NODE_LABELS, false);
ConstraintManager cm = new ConstraintManager(Handler);
//edge options
OptionGroup edgeGroup = Handler.AddGroup(EDGES);
var selection = edgeGroup.AddBool(DRAW_SELECTED_EDGES_UPWARDS, false);
var busRouting = edgeGroup.AddBool(UPWARD_EDGE_BUS_ROUTING, true);
var directionEnum = edgeGroup.AddList(ORIENTATION, orientEnum.Keys, TOP_TO_BOTTOM);
cm.SetEnabledOnValueEquals(selection, true, busRouting);
cm.SetEnabledOnValueEquals(selection, true, directionEnum);
edgeGroup.AddDouble(MINIMUM_FIRST_SEGMENT_LENGTH, 15, 1, 500);
edgeGroup.AddDouble(MINIMUM_SEGMENT_LENGTH, 15, 1, 500);
edgeGroup.AddDouble(MINIMUM_LAST_SEGMENT_LENGTH, 15, 1, 500);
// node grouping options
OptionGroup groupingGroup = Handler.AddGroup(GROUPING);
groupingGroup.AddList(GROUP_LAYOUT_POLICY, groupPolicy, LAYOUT_GROUPS);
var c = cm.CreateValueEqualsCondition(fromSketchItem, false);
cm.SetEnabledOnCondition(c, layoutGroup[CROSSING_POSTPROCESSING]);
cm.SetEnabledOnCondition(c, layoutGroup[PERCEIVED_BENDS_POSTPROCESSING]);
cm.SetEnabledOnCondition(c, layoutGroup[STYLE]);
cm.SetEnabledOnCondition(c, layoutGroup[USE_RANDOMIZATION]);
}
///<inheritdoc/>
protected override void SetupHandler()
{
OptionGroup scopeGroup = Handler.AddGroup(SCOPE);
scopeGroup.AddBool(PLACE_NODE_LABELS, true);
scopeGroup.AddBool(PLACE_EDGE_LABELS, true);
scopeGroup.AddBool(CONSIDER_SELECTED_FEATURES_ONLY, false);
OptionGroup qualityGroup = Handler.AddGroup(QUALITY);
qualityGroup.AddBool(USE_OPTIMIZATION, false);
qualityGroup.AddOptionItem(new OptionItem(OPTIMIZATION_STRATEGY)
{
Value = OptimizationStrategy.Balanced, Type = typeof(OptimizationStrategy)
});
qualityGroup.AddBool(ALLOW_NODE_OVERLAPS, false);
qualityGroup.AddBool(ALLOW_EDGE_OVERLAPS, true);
qualityGroup.AddBool(USE_POSTPROCESSING, false);
var edgeLabelGroup = Handler.AddGroup(MODEL);
var labelModelItem = edgeLabelGroup.AddList(EDGE_LABEL_MODEL, edgeLabelModel, BEST);
var autoRotationItem = edgeLabelGroup.AddBool(AUTO_ROTATE, true);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnCondition(cm.CreateValueIsOneOfCondition(labelModelItem, CENTER_SLIDER, SIDE_SLIDER), autoRotationItem);
}
/// <inheritdoc/>
public virtual void AddItems(IOptionBuilderContext context, Type subjectType, object subject)
{
DefaultBrushOptionBuilder brushOptionBuilder = new DefaultBrushOptionBuilder();
brushOptionBuilder.AllowNullValue = AllowNullValue;
brushOptionBuilder.AddItems(context, typeof(Brush), null);
FloatOptionItem widthItem = new FloatOptionItem(DefaultPenPropertyMapBuilder.Width);
bool widthItemAdded = context.BindItem(widthItem, DefaultPenPropertyMapBuilder.Width);
GenericOptionItem <DashStyle> dashStyleItem =
new GenericOptionItem <DashStyle>(DefaultPenPropertyMapBuilder.DashStyle, OptionItem.VALUE_UNDEFINED);
dashStyleItem.SetAttribute(OptionItem.SUPPORT_UNDEFINED_VALUE_ATTRIBUTE, true);
dashStyleItem.SetAttribute(OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, false);
// dashStyleItem.SetAttribute(OptionItem.CUSTOM_TABLEITEM_EDITOR, typeof(PenDashStyleUITypeEditor));
EnumUITypeEditor <DashStyle> editor = new EnumUITypeEditor <DashStyle>();
editor.Renderer = new DashStyleItemRenderer();
dashStyleItem.SetAttribute(OptionItem.CUSTOM_TABLEITEM_EDITOR, editor);
// dashStyleItem.SetAttribute(OptionItem.CUSTOM_CELLRENDERER, typeof(DashStyleItemRenderer));
bool dashStyleItemAdded = context.BindItem(dashStyleItem, DefaultPenPropertyMapBuilder.DashStyle);
IOptionGroup parent = context.Lookup <IOptionGroup>();
if (parent != null)
{
IOptionItem fillTypeItem = parent[DefaultBrushPropertyMapBuilder.FillType];
ConstraintManager cm = parent.Lookup <ConstraintManager>();
if (cm != null && fillTypeItem != null)
{
ICondition cond = ConstraintManager.LogicalCondition.Not(cm.CreateValueEqualsCondition(fillTypeItem, null));
if (widthItemAdded)
{
cm.SetEnabledOnCondition(cond, widthItem);
}
if (dashStyleItemAdded)
{
cm.SetEnabledOnCondition(cond, dashStyleItem);
}
}
}
}
static OptionHandler CreateHandler(GraphEditorForm form)
{
GraphControl gc = form.GraphControl;
IGraph g = form.Graph;
GraphEditorInputMode geim = form.GraphEditorInputMode;
OptionHandler handler = new OptionHandler(NAME);
OptionGroup controlGroup = handler.AddGroup(UI_DEFAULTS);
controlGroup.AddDouble(HitTestRadius, gc.HitTestRadius);
controlGroup.AddBool(AutoRemoveEmptyLabels, geim.AutoRemoveEmptyLabels);
// var gridEnabledItem = controlGroup.AddBool(GridEnabled, form.Grid.Enabled);
var gridVisibleItem = controlGroup.AddBool(GridVisible, form.GridVisible);
var gridWidthItem = controlGroup.AddInt(GridWidth, form.GridWidth);
var gridSnapTypeItem = controlGroup.AddList <GridSnapTypes>(GridSnapeType, new List <GridSnapTypes>
{
GridSnapTypes.All, GridSnapTypes.GridPoints, GridSnapTypes.HorizontalLines, GridSnapTypes.Lines, GridSnapTypes.None, GridSnapTypes.VerticalLines
}, form.GridSnapType);
ConstraintManager cm = new ConstraintManager(handler);
cm.SetEnabledOnCondition(
ConstraintManager.LogicalCondition.Or(cm.CreateValueEqualsCondition(gridVisibleItem, true),
cm.CreateValueEqualsCondition(gridVisibleItem, true)),
gridWidthItem);
cm.SetEnabledOnValueEquals(gridVisibleItem, true, gridSnapTypeItem);
if (g != null)
{
OptionGroup graphGroup = handler.AddGroup(GRAPH_SETTINGS);
graphGroup.AddBool(AutoAdjustPreferredLabelSize, g.NodeDefaults.Labels.AutoAdjustPreferredSize);
graphGroup.AddBool(AutoCleanupPorts, g.NodeDefaults.Ports.AutoCleanUp);
OptionGroup sharingGroup = graphGroup.AddGroup(SHARING_SETTINGS);
sharingGroup.AddBool(ShareDefaultNodeStyleInstance, g.NodeDefaults.ShareStyleInstance);
sharingGroup.AddBool(ShareDefaultEdgeStyleInstance, g.EdgeDefaults.ShareStyleInstance);
sharingGroup.AddBool(ShareDefaultNodeLabelStyleInstance, g.NodeDefaults.Labels.ShareStyleInstance);
sharingGroup.AddBool(ShareDefaultEdgeLabelStyleInstance, g.EdgeDefaults.Labels.ShareStyleInstance);
sharingGroup.AddBool(ShareDefaultPortStyleInstance, g.NodeDefaults.Ports.ShareStyleInstance);
sharingGroup.AddBool(ShareDefaultNodeLabelModelParameter, g.NodeDefaults.Labels.ShareLayoutParameterInstance);
sharingGroup.AddBool(ShareDefaultEdgeLabelModelParameter, g.EdgeDefaults.Labels.ShareLayoutParameterInstance);
}
OptionGroup miscGroup = handler.AddGroup(MISC_SETTINGS);
UndoEngine undoEngine = form.Graph.GetUndoEngine();
if (undoEngine != null)
{
miscGroup.AddInt(UndoEngine_Size, undoEngine.Size);
}
return(handler);
}
///<inheritdoc/>
protected override void SetupHandler()
{
OptionGroup generalGroup = Handler.AddGroup(GENERAL);
generalGroup.AddList(LAYOUT_STYLE, enumStyle, DIRECTED);
IOptionItem allowNonTreeItem = generalGroup.AddBool(ALLOW_NON_TREE_EDGES, true);
IOptionItem nonTreeStyleItem = generalGroup.AddList(ROUTING_STYLE_FOR_NON_TREE_EDGES, enumRoute, ROUTE_ORTHOGONAL);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(allowNonTreeItem, true, nonTreeStyleItem);
generalGroup.AddBool(ACT_ON_SELECTION_ONLY, false);
var bundlingStrength = generalGroup.AddDouble(EDGE_BUNDLING_STRENGTH, 0.99, 0, 1);
cm.SetEnabledOnValueEquals(nonTreeStyleItem, ROUTE_BUNDLED, bundlingStrength);
ClassicTreeLayout treeLayout = new ClassicTreeLayout();
OptionGroup directedGroup = Handler.AddGroup(DIRECTED);
directedGroup.AddInt(MINIMAL_NODE_DISTANCE, (int)treeLayout.MinimumNodeDistance, 1, int.MaxValue);
directedGroup.AddInt(MINIMAL_LAYER_DISTANCE, (int)treeLayout.MinimumLayerDistance, 10, int.MaxValue);
directedGroup.AddList(ORIENTATION, enumOrient.Keys, TOP_TO_BOTTOM);
directedGroup.AddList(PORT_STYLE, enumPortStyle.Keys, NODE_CENTER_PORTS);
directedGroup.AddBool(INTEGRATED_NODE_LABELING, false);
directedGroup.AddBool(INTEGRATED_EDGE_LABELING, false);
IOptionItem edgeRoutingOption = directedGroup.AddBool(ORTHOGONAL_EDGE_ROUTING, false);
IOptionItem busAlignmentOption = directedGroup.AddDouble(BUS_ALIGNMENT, 0.5, 0, 1);
directedGroup.AddDouble(VERTICAL_ALIGNMENT, 0.5, 0, 1);
var childPolicyItem = directedGroup.AddList(CHILD_PLACEMENT_POLICY, childPlacementPolicies.Keys, SIBLINGS_ON_SAME_LAYER);
var globalLayeringItem = directedGroup.AddBool(ENFORCE_GLOBAL_LAYERING, false);
cm.SetEnabledOnCondition(ConstraintManager.LogicalCondition.And(cm.CreateValueEqualsCondition(edgeRoutingOption, true),
ConstraintManager.LogicalCondition.Or(cm.CreateValueEqualsCondition(globalLayeringItem, true),
cm.CreateValueEqualsCondition(childPolicyItem, ALL_LEAVES_ON_SAME_LAYER))),
busAlignmentOption);
var ar = new AspectRatioTreeLayout();
OptionGroup arGroup = Handler.AddGroup(AR);
arGroup.AddInt(HORIZONTAL_SPACE, (int)ar.HorizontalDistance);
arGroup.AddInt(VERTICAL_SPACE, (int)ar.VerticalDistance);
arGroup.AddInt(BEND_DISTANCE, (int)ar.BendDistance);
IOptionItem ratioItem = arGroup.AddDouble(ASPECT_RATIO, ar.AspectRatio);
IOptionItem useViewItem = arGroup.AddBool(USE_VIEW_ASPECT_RATIO, true);
cm.SetEnabledOnValueEquals(useViewItem, false, ratioItem);
}
///<inheritdoc/>
protected override void SetupHandler()
{
CircularLayout layout = new CircularLayout();
BalloonLayout treeLayout = layout.BalloonLayout;
OptionGroup generalGroup = Handler.AddGroup(GENERAL);
var styleItem = generalGroup.AddList(LAYOUT_STYLE, globalLayoutStyles.Keys, BCC_COMPACT);
generalGroup.AddBool(ACT_ON_SELECTION_ONLY, false);
generalGroup.AddBool(FROM_SKETCH, false);
generalGroup.AddBool(HANDLE_NODE_LABELS, false);
OptionGroup cycleGroup = Handler.AddGroup(CYCLE);
cycleGroup.AddList(PARTITION_LAYOUT_STYLE, partitionLayoutStyles.Keys, PARTITION_LAYOUTSTYLE_CYCLIC);
IOptionItem minDistItem = cycleGroup.AddInt(MINIMAL_NODE_DISTANCE, 30, 0, int.MaxValue);
IOptionItem autoRadiusItem = cycleGroup.AddBool(CHOOSE_RADIUS_AUTOMATICALLY, true);
IOptionItem fixedRadiusItem = cycleGroup.AddInt(FIXED_RADIUS, 200, 1, int.MaxValue);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(autoRadiusItem, true, minDistItem);
cm.SetEnabledOnValueEquals(autoRadiusItem, false, fixedRadiusItem);
OptionGroup bundlingGroup = Handler.AddGroup(EDGE_BUNDLING);
IOptionItem bundlingEnabled = bundlingGroup.AddBool(EDGE_BUNDLING_ENABLED, false);
IOptionItem bundlingStrength = bundlingGroup.AddDouble(EDGE_BUNDLING_STRENGTH, 0.95, 0, 1);
cm.SetEnabledOnValueEquals(bundlingEnabled, true, bundlingStrength);
OptionGroup treeGroup = Handler.AddGroup(TREE);
treeGroup.AddInt(PREFERRED_CHILD_WEDGE, treeLayout.PreferredChildWedge, 1, 360);
treeGroup.AddInt(MINIMAL_EDGE_LENGTH, treeLayout.MinimumEdgeLength, 1, int.MaxValue);
treeGroup.AddInt(MAXIMAL_DEVIATION_ANGLE, layout.MaximumDeviationAngle, 1, 360);
treeGroup.AddDouble(COMPACTNESS_FACTOR, treeLayout.CompactnessFactor, 0.1, 0.9);
treeGroup.AddInt(MINIMAL_TREE_NODE_DISTANCE, treeLayout.MinimumNodeDistance, 0, int.MaxValue);
treeGroup.AddBool(ALLOW_OVERLAPS, treeLayout.AllowOverlaps);
treeGroup.AddBool(PLACE_CHILDREN_ON_COMMON_RADIUS, true);
cm.SetEnabledOnCondition(ConstraintManager.LogicalCondition.Not(cm.CreateValueEqualsCondition(styleItem, SINGLE_CYCLE)), treeGroup);
}
/// <summary>
/// Creates the option handler for the label editing properties.
/// </summary>
/// <remarks>
/// These options either delegate directly to properties of <see cref="GraphEditorInputMode" /> or set some global flag
/// that is evaluated elsewhere.
/// </remarks>
private OptionHandler CreateOptionHandler()
{
var graphEditorInputMode = ((GraphEditorInputMode)GraphControl.InputMode);
var handler = new OptionHandler("Labeling Options");
OptionGroup currentGroup = handler.AddGroup("General");
var labelAddItem = currentGroup.AddBool("Label Creation", true);
labelAddItem.PropertyChanged += delegate { graphEditorInputMode.AllowAddLabel = (bool)labelAddItem.Value; };
var labelEditItem = currentGroup.AddBool("Label Editing", true);
labelEditItem.PropertyChanged +=
delegate { graphEditorInputMode.AllowEditLabel = (bool)labelEditItem.Value; };
var hideItem = currentGroup.AddBool("Hide Label during Editing", true);
hideItem.PropertyChanged += delegate {
graphEditorInputMode.HideLabelDuringEditing = (bool)hideItem.Value;
};
var instantTypingItem = currentGroup.AddBool("Instant Typing", false);
instantTypingItem.PropertyChanged += delegate { instantTypingEnabled = (bool)instantTypingItem.Value; };
var useCustomHelperItem = currentGroup.AddBool("Custom Label Helper", false);
useCustomHelperItem.PropertyChanged += delegate { customHelperEnabled = (bool)useCustomHelperItem.Value; };
currentGroup = handler.AddGroup("Editable Items");
// Disable the whole editable items group if neither label editing or adding allowed
ConstraintManager cm = new ConstraintManager(handler);
cm.SetEnabledOnCondition(
ConstraintManager.LogicalCondition.Or(cm.CreateValueEqualsCondition(labelEditItem, true),
cm.CreateValueEqualsCondition(labelAddItem, true)), currentGroup);
currentGroup.AddBool("Nodes", true).PropertyChanged += delegate {
var editNodes = (bool)handler.GetValue("Editable Items", "Nodes");
if (editNodes)
{
graphEditorInputMode.LabelEditableItems |= GraphItemTypes.Node | GraphItemTypes.NodeLabel;
}
else
{
graphEditorInputMode.LabelEditableItems &= ~(GraphItemTypes.Node | GraphItemTypes.NodeLabel);
}
};
currentGroup.AddBool("Edges", true).PropertyChanged += delegate {
var editEdges = (bool)handler.GetValue("Editable Items", "Edges");
if (editEdges)
{
graphEditorInputMode.LabelEditableItems |= GraphItemTypes.Edge | GraphItemTypes.EdgeLabel;
}
else
{
graphEditorInputMode.LabelEditableItems &= ~(GraphItemTypes.Edge | GraphItemTypes.EdgeLabel);
}
};
currentGroup = handler.AddGroup("Validation");
var validationItem = currentGroup.AddBool("Enable Validation", false);
validationItem.PropertyChanged += delegate { validationEnabled = (bool)validationItem.Value; };
var patternItem = currentGroup.AddString("Pattern", DefaultValidationPattern);
patternItem.PropertyChanged += delegate { validationPattern = new Regex((string)patternItem.Value, RegexOptions.Compiled); };
// Editing the pattern doesn't make sense if validation is disabled
cm.SetEnabledOnValueEquals(validationItem, true, patternItem);
return(handler);
}
///<inheritdoc/>
protected override void SetupHandler()
{
CreateOrganic();
ConstraintManager cm = new ConstraintManager(Handler);
OptionGroup visualGroup = Handler.AddGroup(VISUAL);
visualGroup.AddList(SCOPE, scopes.Keys, SCOPE_ALL);
visualGroup.AddInt(PREFERRED_EDGE_LENGTH, (int)organic.PreferredEdgeLength, 5, int.MaxValue);
IOptionItem considerNodeLabelsItem = visualGroup.AddBool(CONSIDER_NODE_LABELS, organic.ConsiderNodeLabels);
IOptionItem allowNodeOverlapsItem = visualGroup.AddBool(ALLOW_NODE_OVERLAPS, organic.NodeOverlapsAllowed);
IOptionItem minDistItem = visualGroup.AddDouble(MINIMAL_NODE_DISTANCE, 10, 0, double.MaxValue);
ICondition condition = ConstraintManager.LogicalCondition.Or(cm.CreateValueEqualsCondition(allowNodeOverlapsItem, false),
cm.CreateValueEqualsCondition(considerNodeLabelsItem, true));
cm.SetEnabledOnCondition(condition, minDistItem);
visualGroup.AddBool(AVOID_NODE_EDGE_OVERLAPS, organic.NodeEdgeOverlapAvoided);
cm.SetEnabledOnValueEquals(considerNodeLabelsItem, false, allowNodeOverlapsItem);
visualGroup.AddDouble(COMPACTNESS, organic.CompactnessFactor, 0, 1);
visualGroup.AddBool(USE_AUTO_CLUSTERING, organic.ClusterNodes);
visualGroup.AddDouble(AUTO_CLUSTERING_QUALITY, organic.ClusteringQuality, 0, 1);
cm.SetEnabledOnValueEquals(visualGroup[USE_AUTO_CLUSTERING], true, visualGroup[AUTO_CLUSTERING_QUALITY]);
OptionGroup outputRestrictionsGroup = Handler.AddGroup(RESTRICTIONS);
OptionItem outputRestrictionsItem =
outputRestrictionsGroup.AddList(RESTRICT_OUTPUT, outputRestrictions, NONE);
OptionGroup outputCageGroup = outputRestrictionsGroup.AddGroup(BOUNDS);
ICondition cond = cm.CreateValueIsOneOfCondition(outputRestrictionsItem, OUTPUT_CAGE, OUTPUT_ELLIPTICAL_CAGE);
cm.SetEnabledOnCondition(cond, outputCageGroup);
//IOptionItem rectCageUseViewItem = new BoolOptionItem(RECT_CAGE_USE_VIEW, true);
IOptionItem rectCageUseViewItem = outputCageGroup.AddBool(RECT_CAGE_USE_VIEW, true);
IOptionItem cageXItem = outputCageGroup.AddDouble(CAGE_X, 0.0d);
IOptionItem cageYItem = outputCageGroup.AddDouble(CAGE_Y, 0.0d);
IOptionItem cageWidthItem = outputCageGroup.AddDouble(CAGE_WIDTH, 1000.0d, 1, double.MaxValue);
IOptionItem cageHeightItem = outputCageGroup.AddDouble(CAGE_HEIGHT, 1000.0d, 1, double.MaxValue);
cm.SetEnabledOnValueEquals(rectCageUseViewItem, false, cageXItem);
cm.SetEnabledOnValueEquals(rectCageUseViewItem, false, cageYItem);
cm.SetEnabledOnValueEquals(rectCageUseViewItem, false, cageWidthItem);
cm.SetEnabledOnValueEquals(rectCageUseViewItem, false, cageHeightItem);
OptionGroup outputARGroup = outputRestrictionsGroup.AddGroup(OUTPUT_AR);
cm.SetEnabledOnValueEquals(outputRestrictionsItem, OUTPUT_AR, outputARGroup);
IOptionItem arCageUseViewItem = outputARGroup.AddBool(AR_CAGE_USE_VIEW, true);
IOptionItem cageRatioItem = outputARGroup.AddDouble(CAGE_RATIO, 1.0d);
cm.SetEnabledOnValueEquals(arCageUseViewItem, false, cageRatioItem);
OptionGroup groupingGroup = Handler.AddGroup(GROUPING);
groupingGroup.AddList(GROUP_LAYOUT_POLICY, groupModes, LAYOUT_GROUPS);
OptionGroup algorithmGroup = Handler.AddGroup(ALGORITHM);
algorithmGroup.AddDouble(QUALITY_TIME_RATIO, organic.QualityTimeRatio, 0, 1);
algorithmGroup.AddInt(MAXIMAL_DURATION, (int)(organic.MaximumDuration / 1000), 0, int.MaxValue);
algorithmGroup.AddBool(ACTIVATE_DETERMINISTIC_MODE, organic.Deterministic);
algorithmGroup.AddBool(ALLOW_MULTI_THREADING, true);
}
/// <inheritdoc/>
public virtual void AddItems(IOptionBuilderContext context, Type subjectType, object subject)
{
// CollectionOptionItem<string> fillTypeItem =
// new CollectionOptionItem<string>(DefaultBrushPropertyMapBuilder.FillType,
// new string[] {
// DefaultBrushPropertyMapBuilder.SolidBrushFillType,
// DefaultBrushPropertyMapBuilder.HatchBrushFillType,
// DefaultBrushPropertyMapBuilder.LinearGradientBrushFillType,
// DefaultBrushPropertyMapBuilder.TextureBrushFillType
// });
GenericOptionItem <BrushTypes> fillTypeItem =
new GenericOptionItem <BrushTypes>(DefaultBrushPropertyMapBuilder.FillType);
fillTypeItem.SetAttribute(OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, AllowNullValue);
// fillTypeItem.SetAttribute(OptionItem.NULL_VALUE_OBJECT, BrushTypes.Nothing);
fillTypeItem.SetAttribute(OptionItem.NULL_VALUE_STRING_ATTRIBUTE, "Nothing");
bool fillTypeAdded =
context.BindItem(fillTypeItem,
DefaultBrushPropertyMapBuilder.FillType
);
ColorOptionItem foreColorItem = new ColorOptionItem(DefaultBrushPropertyMapBuilder.ForegroundColor);
bool foreColorAdded = context.BindItem(foreColorItem, DefaultBrushPropertyMapBuilder.ForegroundColor);
ColorOptionItem backColorOptionItem = new ColorOptionItem(DefaultBrushPropertyMapBuilder.BackgroundColor);
bool backColorAdded = context.BindItem(backColorOptionItem, DefaultBrushPropertyMapBuilder.BackgroundColor);
GenericOptionItem <HatchStyle> hatchStyleItem =
new GenericOptionItem <HatchStyle>(DefaultBrushPropertyMapBuilder.HatchStyle, OptionItem.VALUE_UNDEFINED);
hatchStyleItem.SetAttribute(OptionItem.SUPPORT_UNDEFINED_VALUE_ATTRIBUTE, true);
hatchStyleItem.SetAttribute(OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, false);
bool hatchItemAdded =
context.BindItem(hatchStyleItem, DefaultBrushPropertyMapBuilder.HatchStyle);
if (hatchItemAdded)
{
EnumUITypeEditor <HatchStyle> hatchEditor = new EnumUITypeEditor <HatchStyle>();
hatchEditor.Renderer = new HatchStyleItemRenderer();
hatchStyleItem.SetAttribute(OptionItem.CUSTOM_TABLEITEM_EDITOR, hatchEditor);
}
FloatOptionItem rotationItem = new FloatOptionItem(DefaultBrushPropertyMapBuilder.Rotation);
bool floatItemAdded = context.BindItem(rotationItem, DefaultBrushPropertyMapBuilder.Rotation);
GenericOptionItem <Image> imageItem =
new GenericOptionItem <Image>(DefaultBrushPropertyMapBuilder.Image, OptionItem.VALUE_UNDEFINED);
imageItem.SetAttribute(OptionItem.SUPPORT_UNDEFINED_VALUE_ATTRIBUTE, true);
imageItem.SetAttribute(OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, false);
bool imageItemAdded = context.BindItem(imageItem, DefaultBrushPropertyMapBuilder.Image);
if (fillTypeAdded)
{
ConstraintManager cm = context.Lookup <ConstraintManager>();
if (cm != null)
{
if (foreColorAdded)
{
ICondition cond = cm.CreateValueIsOneOfCondition(fillTypeItem, BrushTypes.SolidBrush, BrushTypes.HatchBrush, BrushTypes.LinearGradientBrush);
cm.SetEnabledOnCondition(cond, foreColorItem);
}
if (backColorAdded)
{
ICondition cond = cm.CreateValueIsOneOfCondition(fillTypeItem, BrushTypes.HatchBrush, BrushTypes.LinearGradientBrush);
cm.SetEnabledOnCondition(cond, backColorOptionItem);
}
if (hatchItemAdded)
{
cm.SetEnabledOnValueEquals(fillTypeItem, BrushTypes.HatchBrush, hatchStyleItem);
}
if (imageItemAdded)
{
cm.SetEnabledOnValueEquals(fillTypeItem, BrushTypes.TextureBrush, imageItem);
}
if (floatItemAdded)
{
cm.SetEnabledOnValueEquals(fillTypeItem, BrushTypes.LinearGradientBrush, rotationItem);
}
}
}
}
///<inheritdoc/>
protected override void SetupHandler()
{
OptionGroup generalGroup = Handler.AddGroup(GENERAL);
OptionGroup interactionGroup = generalGroup.AddGroup(INTERACTION);
interactionGroup.AddBool(SELECTED_ELEMENTS_INCREMENTALLY, false);
IOptionItem useDrawingItem = interactionGroup.AddBool(USE_DRAWING_AS_SKETCH, false);
interactionGroup.SetAttribute(TableEditorFactory.RENDERING_HINTS_ATTRIBUTE, TableEditorFactory.RenderingHints.Invisible);
generalGroup.AddList(ORIENTATION, orientEnum.Keys, TOP_TO_BOTTOM);
generalGroup.AddBool(LAYOUT_COMPONENTS_SEPARATELY, false);
IOptionItem symmetricPlacement = generalGroup.AddBool(SYMMETRIC_PLACEMENT, true);
generalGroup.AddInt(MAXIMUM_DURATION, 5);
OptionGroup distanceGroup = generalGroup.AddGroup(MINIMUM_DISTANCES);
distanceGroup.AddDouble(NODE_TO_NODE_DISTANCE, 30.0d);
distanceGroup.AddDouble(NODE_TO_EDGE_DISTANCE, 15.0d);
distanceGroup.AddDouble(EDGE_TO_EDGE_DISTANCE, 15.0d);
distanceGroup.AddDouble(MINIMUM_LAYER_DISTANCE, 10.0d);
OptionGroup edgeSettingsGroup = Handler.AddGroup(EDGE_SETTINGS);
OptionItem eoi = edgeSettingsGroup.AddList(EDGE_ROUTING, edgeRoutingEnum.Keys, EDGE_ROUTING_ORTHOGONAL);
edgeSettingsGroup.AddBool(BACKLOOP_ROUTING, false);
edgeSettingsGroup.AddBool(AUTOMATIC_EDGE_GROUPING_ENABLED, false);
IOptionItem edgeStraightening = edgeSettingsGroup.AddBool(EDGE_STRAIGHTENING_OPTIMIZATION_ENABLED, false);
edgeSettingsGroup.AddBool(CONSIDER_EDGE_THICKNESS, false);
edgeSettingsGroup.AddBool(CONSIDER_EDGE_DIRECTION, false);
edgeSettingsGroup.AddDouble(MINIMUM_FIRST_SEGMENT_LENGTH, 10.0d);
edgeSettingsGroup.AddDouble(MINIMUM_LAST_SEGMENT_LENGTH, 15.0d);
edgeSettingsGroup.AddDouble(MINIMUM_EDGE_LENGTH, 20.0d);
edgeSettingsGroup.AddDouble(MINIMUM_EDGE_DISTANCE, 15.0d);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(eoi, EDGE_ROUTING_POLYLINE,
edgeSettingsGroup.AddDouble(MINIMUM_SLOPE, 0.25d, 0.0d, 5.0d));
cm.SetEnabledOnValueEquals(symmetricPlacement, false, edgeStraightening);
edgeSettingsGroup.AddBool(PC_OPTIMIZATION_ENABLED, false);
edgeSettingsGroup.AddList(RECURSIVE_EDGE_ROUTING, new[] { RECURSIVE_EDGE_ROUTING_OFF, RECURSIVE_EDGE_ROUTING_DIRECTED, RECURSIVE_EDGE_ROUTING_UNDIRECTED }, RECURSIVE_EDGE_ROUTING_OFF);
OptionGroup rankGroup = Handler.AddGroup(RANKS);
rankGroup.AddList(RANKING_POLICY, rankingPolicies.Keys, HIERARCHICAL_OPTIMAL);
rankGroup.AddList(LAYER_ALIGNMENT, alignmentEnum.Keys, BOTTOM);
rankGroup.AddList(COMPONENT_ARRANGEMENT_POLICY, componentAlignmentEnum.Keys, POLICY_TOPMOST);
OptionGroup sketchGroup = rankGroup.AddGroup(FROM_SKETCH_PROPERTIES);
sketchGroup.AddDouble(SCALE, 1.0d, 0.0d, 5.0d);
sketchGroup.AddDouble(HALO, 0.0d);
sketchGroup.AddDouble(MINIMUM_SIZE, 0.0d, 0, Double.MaxValue);
sketchGroup.AddDouble(MAXIMUM_SIZE, 1000.0d, 0, Double.MaxValue);
cm.SetEnabledOnValueEquals(Handler.GetItemByName(RANKS + "." + RANKING_POLICY), FROM_SKETCH,
Handler.GetItemByName(RANKS + "." + FROM_SKETCH_PROPERTIES));
OptionGroup labelingGroup = Handler.AddGroup(LABELING);
OptionGroup npGroup = labelingGroup.AddGroup(NODE_PROPERTIES);
npGroup.AddBool(CONSIDER_NODE_LABELS, true);
npGroup.SetAttribute(TableEditorFactory.RENDERING_HINTS_ATTRIBUTE, TableEditorFactory.RenderingHints.Invisible);
//npGroup.SetAttribute(DefaultEditorFactory.RenderingHintsAttribute,
// DefaultEditorFactory.RenderingHints.Invisible);
OptionGroup epGroup = labelingGroup.AddGroup(LABELING_EDGE_PROPERTIES);
CollectionOptionItem <string> edgeLabelingEnumItem = epGroup.AddList(EDGE_LABELING, edgeLabeling, EDGE_LABELING_NONE);
CollectionOptionItem <string> labelModelItem = epGroup.AddList(EDGE_LABEL_MODEL, edgeLabelModel, EDGE_LABEL_MODEL_BEST);
epGroup.SetAttribute(TableEditorFactory.RENDERING_HINTS_ATTRIBUTE, TableEditorFactory.RenderingHints.Invisible);
ICondition cond = ConstraintManager.LogicalCondition.Not(cm.CreateValueEqualsCondition(edgeLabelingEnumItem, EDGE_LABELING_NONE));
cm.SetEnabledOnCondition(cond, labelModelItem);
IOptionItem compactEdgeLabel = epGroup.AddBool(COMPACT_EDGE_LABEL_PLACEMENT, true);
cm.SetEnabledOnValueEquals(edgeLabelingEnumItem, EDGE_LABELING_HIERARCHIC, compactEdgeLabel);
OptionGroup groupingGroup = Handler.AddGroup(GROUPING);
CollectionOptionItem <string> groupStrategyItem = groupingGroup.AddList(GROUP_LAYERING_STRATEGY, groupStrategyEnum.Keys, RECURSIVE_LAYERING);
CollectionOptionItem <string> groupAlignItem = groupingGroup.AddList(GROUP_ALIGNMENT, groupAlignmentEnum.Keys, GROUP_ALIGN_TOP);
IOptionItem groupCompactionItem = groupingGroup.AddBool(GROUP_ENABLE_COMPACTION, false);
groupingGroup.AddList(GROUP_HORIZONTAL_COMPACTION, groupHorizCompactionEnum.Keys, GROUP_HORIZONTAL_COMPACTION_NONE);
cm.SetEnabledOnValueEquals(groupStrategyItem, RECURSIVE_LAYERING, groupCompactionItem);
cm.SetEnabledOnValueEquals(groupStrategyItem, RECURSIVE_LAYERING, groupAlignItem);
cm.SetEnabledOnValueEquals(useDrawingItem, false, groupStrategyItem);
cm.SetEnabledOnCondition(ConstraintManager.LogicalCondition.And(cm.CreateValueEqualsCondition(groupStrategyItem, RECURSIVE_LAYERING),
cm.CreateValueEqualsCondition(groupCompactionItem, false)), groupAlignItem);
cm.SetEnabledOnCondition(ConstraintManager.LogicalCondition.And(cm.CreateValueEqualsCondition(groupStrategyItem, RECURSIVE_LAYERING),
cm.CreateValueEqualsCondition(useDrawingItem, false)), groupCompactionItem);
OptionGroup swimGroup = Handler.AddGroup(SWIMLANES);
IOptionItem swimlaneOption = swimGroup.AddBool(TREAT_ROOT_GROUPS_AS_SWIMLANES, false);
IOptionItem fromSketchOption = swimGroup.AddBool(USE_ORDER_FROM_SKETCH, false);
IOptionItem spacingOption = swimGroup.AddDouble(SWIMLANE_SPACING, 0.0d, 0, Double.MaxValue);
cm.SetEnabledOnValueEquals(swimlaneOption, true, fromSketchOption);
cm.SetEnabledOnValueEquals(swimlaneOption, true, spacingOption);
OptionGroup gridGroup = Handler.AddGroup(GRID);
IOptionItem gridEnabled = gridGroup.AddBool(GRID_ENABLED, false);
IOptionItem gridSpacing = gridGroup.AddDouble(GRID_SPACING, 10);
IOptionItem gridPortAssignment = gridGroup.AddList(GRID_PORT_ASSIGNMENT, new[] { GRID_PORT_ASSIGNMENT_DEFAULT, GRID_PORT_ASSIGNMENT_ON_GRID, GRID_PORT_ASSIGNMENT_ON_SUBGRID }, GRID_PORT_ASSIGNMENT_DEFAULT);
cm.SetEnabledOnValueEquals(gridEnabled, true, gridSpacing);
cm.SetEnabledOnValueEquals(gridEnabled, true, gridPortAssignment);
}
