public void ShouldBeSame()
{
var builder = new SimpleExprBuilder(true);
var dummyV = SymbooglixLibTests.MapProxyTests.GetVariable("dummy", BPLType.Int);
// Hack
dummyV.SetMetadata((int)Symbooglix.Annotation.AnnotationIndex.PROGRAM_LOCATION, new ProgramLocation(dummyV));
var v = new SymbolicVariable("foo", dummyV);
var id = builder.Identifier(v);
var c0 = new Constraint(builder.Gt(id, builder.ConstantInt(0)));
var c0Copy = new Constraint(builder.Gt(id, builder.ConstantInt(0)));
var c1 = new Constraint(builder.Lt(id, builder.ConstantInt(10)));
var c1Copy = new Constraint(builder.Lt(id, builder.ConstantInt(10)));
var CM0 = new ConstraintManager();
Assert.AreEqual(0, CM0.GetHashCode());
CM0.AddConstraint(c0);
var firstHashCode = CM0.GetHashCode();
CM0.AddConstraint(c1);
Assert.AreNotEqual(firstHashCode, CM0.GetHashCode());
var CM1 = new ConstraintManager();
CM1.AddConstraint(c0Copy);
Assert.AreEqual(firstHashCode, CM1.GetHashCode());
CM1.AddConstraint(c1Copy);
Assert.AreEqual(CM0.GetHashCode(), CM1.GetHashCode());
Assert.IsTrue(CM0.Equals(CM1));
}
/// <summary>
/// Util method for drawing a consistent constraints section.
/// Use this method in a component inspector for linking to a constraint manager.
/// </summary>
/// <param name="gameObject">Game object the constraint manager is attached to.</param>
/// <param name="managerEnabled">Serialized property for enabling the manager - needs to be of type bool.</param>
/// <param name="managerRef">Serialized property of the constraint manager component link - needs to be type of ConstraintManager.</param>
/// <param name="isExpanded">Flag for indicating if the constraint foldout was previously collapsed or expanded.</param>
/// <returns>Current state of expanded or collapsed constraint foldout. Returns true if expanded / contents visible.</returns>
static public bool DrawConstraintManagerFoldout(GameObject gameObject, SerializedProperty managerEnabled, SerializedProperty managerRef, bool isExpanded)
{
isExpanded = EditorGUILayout.Foldout(isExpanded, "Constraints", true);
if (isExpanded)
{
EditorGUILayout.PropertyField(managerEnabled);
GUI.enabled = managerEnabled.boolValue;
// Make sure we're having at least one constraint manager available.
// Usually this should be ensured by the component requirement. However
// for components that had this requirement added after they were serialized
// this won't work out of the box.
gameObject.EnsureComponent <ConstraintManager>();
var constraintManagers = gameObject.GetComponents <ConstraintManager>();
int selected = 0;
string[] options = new string[constraintManagers.Length];
int manualSelectionCount = 0;
for (int i = 0; i < constraintManagers.Length; ++i)
{
var manager = constraintManagers[i];
if (managerRef.objectReferenceValue == manager)
{
selected = i;
}
// popups will only show unique elements
// in case of auto selection we don't care which one we're selecting as the behavior will be the same.
// in case of manual selection users might want to differentiate which constraintmanager they are referring to.
if (manager.AutoConstraintSelection == true)
{
options[i] = manager.GetType().Name + " (auto)";
}
else
{
manualSelectionCount++;
options[i] = manager.GetType().Name + " (manual " + manualSelectionCount + ")";
}
}
using (new EditorGUILayout.HorizontalScope())
{
selected = EditorGUILayout.Popup("Constraint Manager", selected, options, GUILayout.ExpandWidth(true));
ConstraintManager selectedConstraintManager = constraintManagers[selected];
managerRef.objectReferenceValue = selectedConstraintManager;
if (GUILayout.Button("Go to component"))
{
EditorGUIUtility.PingObject(selectedConstraintManager);
Highlighter.Highlight("Inspector", $"ComponentId: {selectedConstraintManager.GetInstanceID()}");
EditorGUIUtility.ExitGUI();
}
}
GUI.enabled = true;
}
return(isExpanded);
}
protected override void SetupHandler()
{
CreateLayout();
OptionGroup generalGroup = Handler.AddGroup(GENERAL);
generalGroup.AddList(CENTER_STRATEGY, centerNodeStrategies.Keys, CENTER_WEIGHTED_CENTRAL);
generalGroup.AddList(LAYERING_STRATEGY, layeringStrategies.Keys, LAYERING_BFS);
generalGroup.AddDouble(MINIMAL_LAYER_DISTANCE, (int)layout.MinimumLayerDistance, 1, 1000);
generalGroup.AddDouble(MINIMAL_NODE_DISTANCE, (int)layout.MinimumNodeToNodeDistance, 0, 300);
generalGroup.AddDouble(MAXIMAL_CHILD_SECTOR_SIZE, (int)layout.MaximumChildSectorAngle, 15, 360);
OptionItem routingStrategyItem = generalGroup.AddList(EDGE_ROUTING_STRATEGY, edgeRoutingStrategies, EDGE_ARC);
int smoothness =
(int)
Math.Min(MAXIMUM_SMOOTHNESS,
(1 + MAXIMUM_SMOOTHNESS * SMOOTHNESS_ANGLE_FACTOR - layout.MinimumBendAngle) / SMOOTHNESS_ANGLE_FACTOR);
IOptionItem smoothnessItem = generalGroup.AddInt(EDGE_SMOOTHNESS, smoothness, MINIMUM_SMOOTHNESS, MAXIMUM_SMOOTHNESS);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(routingStrategyItem, EDGE_ARC, smoothnessItem);
var bundlingStrength = generalGroup.AddDouble(EDGE_BUNDLING_STRENGTH, 0.99, 0, 1);
cm.SetEnabledOnValueEquals(routingStrategyItem, EDGE_BUNDLES, bundlingStrength);
generalGroup.AddBool(CONSIDER_NODE_LABELS, layout.ConsiderNodeLabels);
}
public override MBoolResponse AssignInstruction(MInstruction instruction, MSimulationState avatarState)
{
//Initialize the ik service
this.ServiceAccess.IKService.Setup(this.AvatarDescription, new Dictionary <string, string>());
//Create a new constraint manager
this.constraintManager = new ConstraintManager(this.SceneAccess);
//Assign the instruction
this.instruction = instruction;
//Set state to ik
this.state = ReleaseMotionState.IK;
this.trajectoryIndex = 0;
//Parse the parameters
MBoolResponse response = this.ParseParameters(instruction);
if (!response.Successful)
{
return(response);
}
return(new MBoolResponse(true));
}
public void GetSubSet()
{
var builder = new SimpleExprBuilder(true);
var dummyV = SymbooglixLibTests.MapProxyTests.GetVariable("dummy", BPLType.Int);
// Hack
dummyV.SetMetadata((int)Symbooglix.Annotation.AnnotationIndex.PROGRAM_LOCATION, new ProgramLocation(dummyV));
var v = new SymbolicVariable("foo", dummyV);
var id = builder.Identifier(v);
var c0 = new Constraint(builder.Gt(id, builder.ConstantInt(0)));
var c1 = new Constraint(builder.Lt(id, builder.ConstantInt(10)));
var CM0 = new ConstraintManager();
var CMSubset = new ConstraintManager();
CM0.AddConstraint(c0);
CM0.AddConstraint(c1);
CMSubset.AddConstraint(c1);
var getSubset = CM0.GetSubSet(new HashSet <Constraint>()
{
c1
});
// Check they are the same
Assert.AreEqual(1, getSubset.Count);
Assert.AreEqual(1, CMSubset.Count);
Assert.AreEqual(CMSubset.GetHashCode(), getSubset.GetHashCode());
Assert.IsTrue(CMSubset.Equals(getSubset));
}
protected override void SetupHandler()
{
OptionGroup toplevelGroup = Handler.AddGroup(TOP_LEVEL);
//the toplevel group will show neither in Table view nor in dialog view explicitely
//it's children will be shown one level above
toplevelGroup.SetAttribute(TableEditorFactory.RENDERING_HINTS_ATTRIBUTE,
(int)TableEditorFactory.RenderingHints.Invisible);
toplevelGroup.SetAttribute(DefaultEditorFactory.RENDERING_HINTS_ATTRIBUTE,
(int)DefaultEditorFactory.RenderingHints.Invisible);
OptionGroup spcg = toplevelGroup.AddGroup(SourcePortConstraints);
spcg.AddGeneric(PortConstraintStr, PortConstraintType.Any).SetAttribute(OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE,
false);
spcg.AddBool(StrongPortConstraint, false);
OptionGroup tpcg = toplevelGroup.AddGroup(TargetPortConstraints);
tpcg.AddGeneric(PortConstraintStr, PortConstraintType.Any).SetAttribute(OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE,
false);
tpcg.AddBool(StrongPortConstraint, false);
CollectionOptionItem <string> scopeItem = toplevelGroup.AddList(Scope, scopes, ScopeAllEdges);
BoolOptionItem clearItem = toplevelGroup.AddBool(ClearAllConstraints, false);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(clearItem, false, spcg);
cm.SetEnabledOnValueEquals(clearItem, false, scopeItem);
cm.SetEnabledOnValueEquals(clearItem, false, tpcg);
}
///<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/>
protected override void SetupHandler()
{
createRouter();
OptionGroup layoutGroup = Handler.AddGroup(GROUP_LAYOUT);
ConstraintManager cm = new ConstraintManager(Handler);
//Layout options
layoutGroup.AddList(SCOPE, new[] { ALL, SUBSET_BUS, SUBSET, PARTIAL }, ALL);
layoutGroup.AddList(BUSES, new[] { SINGLE, LABEL, TAG, CUSTOM }, SINGLE);
IOptionItem gridEnabledItem = layoutGroup.AddBool(GRID_ENABLED, router.GridRouting);
IOptionItem gridSpacingItem = layoutGroup.AddInt(GRID_SPACING, router.GridSpacing, 1, int.MaxValue);
layoutGroup.AddInt(MIN_DISTANCE_TO_NODES, router.MinimumDistanceToNode, 1, int.MaxValue);
layoutGroup.AddInt(MIN_DISTANCE_TO_EDGES, router.MinimumDistanceToEdge, 1, int.MaxValue);
cm.SetEnabledOnValueEquals(gridEnabledItem, true, gridSpacingItem);
//Selection options
OptionGroup selectionGroup = Handler.AddGroup(GROUP_SELECTION);
selectionGroup.AddInt(PREFERRED_BACKBONE_COUNT, router.PreferredBackboneSegmentCount, 1, int.MaxValue);
selectionGroup.AddDouble(MINIMUM_BACKBONE_LENGTH, router.MinimumBackboneSegmentLength, 1, double.MaxValue);
//Routing options
OptionGroup routingGroup = Handler.AddGroup(GROUP_ROUTING);
routingGroup.AddDouble(CROSSING_COST, router.CrossingCost, 0, double.MaxValue);
routingGroup.AddBool(CROSSING_REROUTING, router.Rerouting);
routingGroup.AddInt(MINIMUM_CONNECTIONS_COUNT, router.MinimumBusConnectionsCount, 0, int.MaxValue);
}
///<inheritdoc/>
protected override void SetupHandler()
{
ConstraintManager cm = new ConstraintManager(Handler);
OptionGroup toplevelGroup = Handler.AddGroup(TOP_LEVEL);
//the toplevel group will show neither in Table view nor in dialog view explicitely
//it's children will be shown one level above
toplevelGroup.SetAttribute(TableEditorFactory.RENDERING_HINTS_ATTRIBUTE,
(int)TableEditorFactory.RenderingHints.Invisible);
toplevelGroup.SetAttribute(DefaultEditorFactory.RENDERING_HINTS_ATTRIBUTE,
(int)DefaultEditorFactory.RenderingHints.Invisible);
OptionGroup generalGroup = toplevelGroup.AddGroup(GENERAL);
OptionItem operationItem = generalGroup.AddList(OPERATION, operationEnum.Keys, SCALE);
generalGroup.AddBool(ACT_ON_SELECTION_ONLY, false);
OptionGroup rotateGroup = toplevelGroup.AddGroup(ROTATE);
cm.SetEnabledOnValueEquals(operationItem, ROTATE, rotateGroup);
rotateGroup.AddInt(ROTATION_ANGLE, (int)transformer.RotationAngle, -360, 360);
rotateGroup.AddBool(APPLY_BEST_FIT_ROTATION, applyBestFitRotation);
OptionGroup scaleGroup = toplevelGroup.AddGroup(SCALE);
cm.SetEnabledOnValueEquals(operationItem, SCALE, scaleGroup);
scaleGroup.AddDouble(SCALE_FACTOR, transformer.ScaleFactorX, 0.1, 10.0);
scaleGroup.AddBool(SCALE_NODE_SIZE, transformer.ScaleNodeSize);
OptionGroup translateGroup = toplevelGroup.AddGroup(TRANSLATE);
cm.SetEnabledOnValueEquals(operationItem, TRANSLATE, translateGroup);
translateGroup.AddDouble(TRANSLATE_X, transformer.TranslateX);
translateGroup.AddDouble(TRANSLATE_Y, transformer.TranslateY);
}
public void ConstraintDifferent()
{
var builder = new SimpleExprBuilder(true);
var dummyV = SymbooglixLibTests.MapProxyTests.GetVariable("dummy", BPLType.Int);
// Hack
dummyV.SetMetadata((int)Symbooglix.Annotation.AnnotationIndex.PROGRAM_LOCATION, new ProgramLocation(dummyV));
var v = new SymbolicVariable("foo", dummyV);
var id = builder.Identifier(v);
var c0 = new Constraint(builder.Gt(id, builder.ConstantInt(0)));
var c0Copy = new Constraint(builder.Gt(id, builder.ConstantInt(0)));
var c1 = new Constraint(builder.Lt(id, builder.ConstantInt(10)));
var c1diff = new Constraint(builder.Le(id, builder.ConstantInt(10)));
var CM0 = new ConstraintManager();
var CM1 = new ConstraintManager();
CM0.AddConstraint(c0);
CM0.AddConstraint(c1);
CM1.AddConstraint(c0Copy);
CM1.AddConstraint(c1diff);
var queryExpr0 = builder.Eq(id, builder.ConstantInt(5));
var queryExpr1 = builder.Eq(id, builder.ConstantInt(5));
var query0 = new Symbooglix.Solver.Query(CM0, new Constraint(queryExpr0));
var query1 = new Symbooglix.Solver.Query(CM1, new Constraint(queryExpr1));
Assert.AreNotEqual(query0.GetHashCode(), query1.GetHashCode());
Assert.IsFalse(query0.Equals(query1));
}
private List <int> indicesToRemove = new List <int>(); // list for deferred deletion in our selected constraint list to not break unity GUI layout
private void OnEnable()
{
constraintManager = (ConstraintManager)target;
autoConstraintSelection = serializedObject.FindProperty("autoConstraintSelection");
selectedConstraints = serializedObject.FindProperty("selectedConstraints");
}
public void DoClone()
{
var builder = new SimpleExprBuilder(true);
var dummyV = SymbooglixLibTests.MapProxyTests.GetVariable("dummy", BPLType.Int);
// Hack
dummyV.SetMetadata((int)Symbooglix.Annotation.AnnotationIndex.PROGRAM_LOCATION, new ProgramLocation(dummyV));
var v = new SymbolicVariable("foo", dummyV);
var id = builder.Identifier(v);
var c0 = new Constraint(builder.Gt(id, builder.ConstantInt(0)));
var c1 = new Constraint(builder.Lt(id, builder.ConstantInt(10)));
var CM0 = new ConstraintManager();
CM0.AddConstraint(c0);
CM0.AddConstraint(c1);
var copy = CM0.Clone();
Assert.AreNotSame(CM0, copy);
Assert.AreEqual(CM0.Count, copy.Count);
Assert.AreEqual(CM0.GetHashCode(), copy.GetHashCode());
Assert.IsTrue(CM0.Equals(copy));
// Modify original and check copy has not changed
CM0.AddConstraint(new Constraint(builder.Lt(id, builder.ConstantInt(8))));
Assert.AreNotEqual(copy.GetHashCode(), CM0.GetHashCode());
Assert.IsFalse(CM0.Equals(copy));
Assert.AreEqual(2, copy.Count);
Assert.AreEqual(3, CM0.Count);
}
/// <summary>
/// Initializes the option handler for the export
/// </summary>
private void SetupHandler()
{
handler = new OptionHandler(LayoutOptions);
OptionItem componentItem = handler.AddList(ComponentAssignment,
new[]
{
ComponentAssignmentStrategy.Single,
ComponentAssignmentStrategy.Connected
},
ComponentAssignmentStrategy.Single);
OptionItem subgraphItem = handler.AddList(SubgraphLayout, SubGraphLayouts.Keys, LayoutIncremental);
handler.AddGeneric(SubgraphPositioning, SubgraphPlacement.Barycenter).SetAttribute(
OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, false);
handler.AddGeneric(EdgeRouting, EdgeRoutingStrategy.Automatic).SetAttribute(
OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, false);
handler.AddGeneric(LayoutOrientationStrategy, LayoutOrientation.TopToBottom).SetAttribute(
OptionItem.SUPPORT_NULL_VALUE_ATTRIBUTE, false);
handler.AddInt(MinimumNodeDistance, 5, 0, int.MaxValue);
handler.AddBool(AllowMirroring, true);
handler.AddBool(NodeSnapping, true);
var cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(componentItem, ComponentAssignmentStrategy.Connected, subgraphItem);
}
///<inheritdoc/>
protected override void SetupHandler()
{
BalloonLayout balloonLayout = new BalloonLayout();
OptionGroup generalGroup = Handler.AddGroup(GENERAL);
generalGroup.AddList(ROOT_NODE_POLICY, enumRoot.Keys, DIRECTED_ROOT);
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);
IOptionItem ebs = generalGroup.AddDouble(EDGE_BUNDLING_STRENGTH, 0.99, 0, 1);
cm.SetEnabledOnValueEquals(nonTreeStyleItem, ROUTE_BUNDLED, ebs);
generalGroup.AddBool(ACT_ON_SELECTION_ONLY, false);
generalGroup.AddInt(PREFERRED_CHILD_WEDGE, balloonLayout.PreferredChildWedge, 1, 359);
generalGroup.AddInt(PREFERRED_ROOT_WEDGE, balloonLayout.PreferredRootWedge, 1, 360);
generalGroup.AddInt(MINIMAL_EDGE_LENGTH, balloonLayout.MinimumEdgeLength, 10, int.MaxValue);
generalGroup.AddDouble(COMPACTNESS_FACTOR, balloonLayout.CompactnessFactor, 0.1, 0.9);
generalGroup.AddBool(ALLOW_OVERLAPS, balloonLayout.AllowOverlaps);
generalGroup.AddBool(BALLOON_FROM_SKETCH, balloonLayout.FromSketchMode);
generalGroup.AddBool(PLACE_CHILDREN_INTERLEAVED, balloonLayout.InterleavedMode == InterleavedMode.AllNodes);
generalGroup.AddBool(STRAIGHTEN_CHAINS, balloonLayout.ChainStraighteningMode);
OptionGroup labelingGroup = Handler.AddGroup(LABELING);
labelingGroup.AddBool(INTEGRATED_EDGE_LABELING, true);
labelingGroup.AddList(NODE_LABELING_STYLE, nodeLabelingPolicies, nodeLabelingPolicies[3]);
}
/// <summary>
/// Populates this instance from scratch using a provided selection provider.
/// </summary>
/// <remarks>This instance will be cleared, and all constraints on it will be reset.
/// The builder inspects the first <see cref="IPropertyItemDescriptor{T}"/> from
/// <paramref name="selectionProvider"/> and creates an <see cref="IOptionBuilder"/> instance
/// that will <see cref="IOptionBuilder.AddItems"/> to this instance via the builder.
/// </remarks>
/// <param name="selectionProvider"></param>
/// <param name="contextLookup">The lookup tunnel through to the created
/// <see cref="IOptionBuilderContext"/> that will be used to query the <see cref="IOptionBuilder"/>
/// instances for recursive sets of properties.</param>
public virtual void BuildFromSelection <T>(ISelectionProvider <T> selectionProvider, IContextLookup contextLookup)
{
StartContentChange();
try {
Clear();
DefaultOptionBuilderContext <T> context;
context = new DefaultOptionBuilderContext <T>(selectionProvider, this);
context.ContextLookup = contextLookup;
ConstraintManager constraintManager = this.Lookup <ConstraintManager>();
if (constraintManager == null)
{
constraintManager = new ConstraintManager(this);
this.SetLookup(typeof(ConstraintManager), constraintManager);
}
constraintManager.Clear();
IEnumerator <IPropertyItemDescriptor <T> > enumerator = selectionProvider.Selection.GetEnumerator();
if (enumerator.MoveNext())
{
IPropertyItemDescriptor <T> descriptor = enumerator.Current;
T item;
item = descriptor.Item;
IOptionBuilder builder = context.GetOptionBuilder(item);
if (builder != null)
{
builder.AddItems(context, item.GetType(), item);
}
}
} finally {
EndContentChange();
}
}
///<inheritdoc/>
protected override void SetupHandler()
{
CreateLayout();
ConstraintManager cm = new ConstraintManager(Handler);
var topLevelGroup = Handler.AddGroup("TOP_LEVEL");
topLevelGroup.Attributes[TableEditorFactory.RenderingHintsAttribute] = TableEditorFactory.RenderingHints.Invisible;
topLevelGroup.Attributes[DefaultEditorFactory.RenderingHintsAttribute] = DefaultEditorFactory.RenderingHints.Invisible;
topLevelGroup.AddList(STYLE, styleEnum.Keys, STYLE_ROWS);
topLevelGroup.AddBool(NO_OVERLAP,
(componentLayout.Style & ComponentArrangementStyles.ModifierNoOverlap) != 0);
topLevelGroup.AddBool(FROM_SKETCH, (componentLayout.Style & ComponentArrangementStyles.ModifierAsIs) != 0);
YDimension size = componentLayout.PreferredSize;
IOptionItem useScreenRationItem = topLevelGroup.AddBool(USE_SCREEN_RATIO, true);
IOptionItem aspectRationItem = topLevelGroup.AddDouble(ASPECT_RATIO, size.Width / size.Height);
cm.SetEnabledOnValueEquals(useScreenRationItem, false, aspectRationItem);
topLevelGroup.AddDouble(COMPONENT_SPACING, componentLayout.ComponentSpacing, 0.0d, double.MaxValue);
IOptionItem gridEnabledItem = topLevelGroup.AddBool(GRID_ENABLED, componentLayout.GridSpacing > 0);
IOptionItem gridSpacingItem =
topLevelGroup.AddDouble(GRID_SPACING,
componentLayout.GridSpacing > 0 ? componentLayout.GridSpacing : 20.0d);
cm.SetEnabledOnValueEquals(gridEnabledItem, true, gridSpacingItem);
}
protected override void SetupHandler()
{
OptionGroup toplevelGroup = Handler.AddGroup(TOP_LEVEL);
//the toplevel group will show neither in Table view nor in dialog view explicitely
//it's children will be shown one level above
((IOptionItem)toplevelGroup).Attributes[TableEditorFactory.RenderingHintsAttribute] = TableEditorFactory.RenderingHints.Invisible;
((IOptionItem)toplevelGroup).Attributes[DefaultEditorFactory.RenderingHintsAttribute] = DefaultEditorFactory.RenderingHints.Invisible;
OptionGroup spcg = toplevelGroup.AddGroup(SourcePortConstraints);
spcg.Add(PortConstraintStr, PortConstraintType.Any).Attributes[OptionItem.SupportNullValueAttribute] = false;
spcg.AddBool(StrongPortConstraint, false);
OptionGroup tpcg = toplevelGroup.AddGroup(TargetPortConstraints);
tpcg.Add(PortConstraintStr, PortConstraintType.Any).Attributes[OptionItem.SupportNullValueAttribute] = false;
tpcg.AddBool(StrongPortConstraint, false);
CollectionOptionItem <string> scopeItem = toplevelGroup.AddList(Scope, scopes, ScopeAllEdges);
var clearItem = toplevelGroup.AddBool(ClearAllConstraints, false);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(clearItem, false, spcg);
cm.SetEnabledOnValueEquals(clearItem, false, scopeItem);
cm.SetEnabledOnValueEquals(clearItem, false, tpcg);
}
/// <summary>
/// Initializes the option handler for the export
/// </summary>
private void SetupHandler()
{
handler = new OptionHandler(IMAGE_EXPORT);
handler.PropertyChanged += handler_PropertyChanged;
OptionGroup currentGroup = handler.AddGroup(OUTPUT);
OptionItem formatItem = currentGroup.AddList(FORMAT, Formats.Keys, FORMAT_JPG);
currentGroup.AddBool(HIDE_DECORATIONS, true);
currentGroup.AddBool(EXPORT_RECTANGLE, true);
currentGroup = handler.AddGroup(BOUNDS);
OptionItem sizeItem = currentGroup.AddList(SIZE, SizeModes, USE_ORIGINAL_SIZE);
IOptionItem widthItem = currentGroup.AddInt(WIDTH, DefaultWidth, 1, int.MaxValue);
IOptionItem heightItem = currentGroup.AddInt(HEIGHT, DefaultHeight, 1, Int32.MaxValue);
currentGroup.AddDouble(SCALE, DefaultScale);
currentGroup = handler.AddGroup(MARGINS);
currentGroup.AddInt(LEFT_MARGIN, DefaultMargins);
currentGroup.AddInt(RIGHT_MARGIN, DefaultMargins);
currentGroup.AddInt(TOP_MARGIN, DefaultMargins);
currentGroup.AddInt(BOTTOM_MARGIN, DefaultMargins);
currentGroup = handler.AddGroup(JPG);
IOptionItem qualityItem = currentGroup.AddDouble(QUALITY, DefaultQuality);
currentGroup = handler.AddGroup(TIFF);
OptionItem compressionItem = currentGroup.AddList(COMPRESSION,
Compressions.Keys, DefaultCompression);
currentGroup = handler.AddGroup(PNG);
var transparentItem = currentGroup.AddBool(TRANSPARENT, false);
var cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(sizeItem, SPECIFY_WIDTH, widthItem);
cm.SetEnabledOnValueEquals(sizeItem, SPECIFY_HEIGHT, heightItem);
cm.SetEnabledOnValueEquals(formatItem, FORMAT_PNG, transparentItem);
cm.SetEnabledOnValueEquals(formatItem, FORMAT_JPG, qualityItem);
cm.SetEnabledOnValueEquals(formatItem, FORMAT_TIFF, compressionItem);
// localization
var rm =
new ResourceManager("Demo.yFiles.ImageExport.ImageExport",
Assembly.GetExecutingAssembly());
var rmf = new ResourceManagerI18NFactory();
rmf.AddResourceManager(Handler.Name, rm);
Handler.I18nFactory = rmf;
}
public void RemoveNoConstraintsBasedOnVars()
{
IConstraintManager CM = new ConstraintManager();
IExprBuilder builder = GetBuilder();
// Dummy Boogie variable
var bv8TypeIdent = new TypedIdent(Token.NoToken, "bv8", Microsoft.Boogie.Type.GetBvType(8));
var dummyVarBv = new GlobalVariable(Token.NoToken, bv8TypeIdent);
// dummyVar needs a programLocation, otherwise SymbolicVariable constructor raises an exception
var progLoc = new ProgramLocation(dummyVarBv);
dummyVarBv.SetMetadata <ProgramLocation>((int)Symbooglix.Annotation.AnnotationIndex.PROGRAM_LOCATION, progLoc);
var s0 = new SymbolicVariable("s0", dummyVarBv).Expr;
var s1 = new SymbolicVariable("s1", dummyVarBv).Expr;
var s2 = new SymbolicVariable("s2", dummyVarBv).Expr;
// Construct some constraints
Expr c0 = builder.Eq(builder.BVAND(s0, s1), builder.ConstantBV(0, 8));
Expr c1 = builder.Eq(s2, builder.ConstantBV(1, 8));
CM.AddConstraint(c0, progLoc);
CM.AddConstraint(c1, progLoc);
var mockSolver = new MockSolver();
var indepenceSolver = new Symbooglix.Solver.ConstraintIndependenceSolver(mockSolver);
Expr queryExpr = builder.Eq(builder.BVAND(s1, s2), builder.ConstantBV(0, 8));
indepenceSolver.ComputeSatisfiability(new Solver.Query(CM, new Constraint(queryExpr)));
// Check no constraints were removed
Assert.AreEqual(2, mockSolver.Constraints.Count);
Assert.AreSame(queryExpr, mockSolver.QueryExpr);
bool c0Found = false;
bool c1Found = false;
foreach (var constraint in mockSolver.Constraints)
{
if (c0 == constraint.Condition)
{
c0Found = true;
}
if (c1 == constraint.Condition)
{
c1Found = true;
}
}
Assert.IsTrue(c0Found);
Assert.IsTrue(c1Found);
}
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);
}
/// <summary>
/// Initialization method -> just call the base class
/// </summary>
/// <param name="avatarDescription"></param>
/// <param name="properties"></param>
/// <returns></returns>
public override MBoolResponse Initialize(MAvatarDescription avatarDescription, Dictionary <string, string> properties)
{
MBoolResponse res = base.Initialize(avatarDescription, properties);
// Added new intermediate skeleton representation.
this.SkeletonAccess = new IntermediateSkeleton();
this.SkeletonAccess.InitializeAnthropometry(avatarDescription);
this.constraintManager = new ConstraintManager(this.SceneAccess);
return(res);
}
/// <summary>
/// Initialization method -> just call the base class
/// </summary>
/// <param name="avatarDescription"></param>
/// <param name="properties"></param>
/// <returns></returns>
public override MBoolResponse Initialize(MAvatarDescription avatarDescription, Dictionary <string, string> properties)
{
MBoolResponse response = base.Initialize(avatarDescription, properties);
//Setuo the skeleton access
this.SkeletonAccess = new IntermediateSkeleton();
this.SkeletonAccess.InitializeAnthropometry(avatarDescription);
//Create a new constraint manager
this.constraintManager = new ConstraintManager(this.SceneAccess);
return(response);
}
private void SetConstraintsData()
{
foreach (Constraint constraint in ConstraintManager.GetAllConstraints())
{
ConstraintData constraintData = new ConstraintData
{
type = constraint.constraintType
};
Utils.GetTransformRelativePathTo(constraint.gobject.transform, rootTransform, out constraintData.source);
Utils.GetTransformRelativePathTo(constraint.target.transform, rootTransform, out constraintData.target);
SceneData.Current.constraints.Add(constraintData);
}
}
///<inheritdoc/>
protected override void SetupHandler()
{
createRouter();
OptionGroup toplevelGroup = Handler.AddGroup(TOP_LEVEL);
//the toplevel group will show neither in Table view nor in dialog view explicitely
toplevelGroup.SetAttribute(TableEditorFactory.RENDERING_HINTS_ATTRIBUTE,
(int)TableEditorFactory.RenderingHints.Invisible);
toplevelGroup.SetAttribute(DefaultEditorFactory.RENDERING_HINTS_ATTRIBUTE,
(int)DefaultEditorFactory.RenderingHints.Invisible);
OptionGroup layoutGroup = toplevelGroup.AddGroup(LAYOUT_OPTIONS);
OptionGroup costGroup = toplevelGroup.AddGroup(COST);
if (router.PathFinderStrategy is OrthogonalPatternEdgeRouter)
{
OrthogonalPatternEdgeRouter oper = (OrthogonalPatternEdgeRouter)router.PathFinderStrategy;
layoutGroup.AddList(PATHFINDER, pathFinderList, ORTHOGONAL_PATTERN_PATH_FINDER);
layoutGroup.AddList(SCOPE, scopes, SCOPE_ALL_EDGES);
layoutGroup.AddDouble(MINIMUM_DISTANCE, oper.MinimumDistance);
layoutGroup.AddBool(ACTIVATE_GRID_ROUTING, oper.GridRouting);
layoutGroup.AddDouble(GRID_SPACING, oper.GridSpacing, 2.0, Double.MaxValue);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(layoutGroup[ACTIVATE_GRID_ROUTING], true, layoutGroup[GRID_SPACING]);
costGroup.AddDouble(BEND_COST, oper.BendCost);
cm.SetEnabledOnValueEquals(layoutGroup[PATHFINDER], ORTHOGONAL_PATTERN_PATH_FINDER, costGroup[BEND_COST]);
costGroup.AddDouble(EDGE_CROSSING_COST, oper.EdgeCrossingCost);
cm.SetEnabledOnValueEquals(layoutGroup[PATHFINDER], ORTHOGONAL_PATTERN_PATH_FINDER, costGroup[EDGE_CROSSING_COST]);
costGroup.AddDouble(NODE_CROSSING_COST, oper.NodeCrossingCost);
cm.SetEnabledOnValueEquals(layoutGroup[PATHFINDER], ORTHOGONAL_PATTERN_PATH_FINDER, costGroup[NODE_CROSSING_COST]);
}
else
{
layoutGroup.AddList(PATHFINDER, pathFinderList, ORTHOGONAL_PATTERN_PATH_FINDER);
layoutGroup.AddList(SCOPE, scopes, SCOPE_ALL_EDGES);
layoutGroup.AddDouble(MINIMUM_DISTANCE, 10);
layoutGroup.AddBool(ACTIVATE_GRID_ROUTING, true);
layoutGroup.AddDouble(GRID_SPACING, 20);
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(layoutGroup[ACTIVATE_GRID_ROUTING], true, layoutGroup[GRID_SPACING]);
costGroup.AddDouble(BEND_COST, 1);
cm.SetEnabledOnValueEquals(layoutGroup[PATHFINDER], ORTHOGONAL_PATTERN_PATH_FINDER, costGroup[BEND_COST]);
costGroup.AddDouble(EDGE_CROSSING_COST, 5);
cm.SetEnabledOnValueEquals(layoutGroup[PATHFINDER], ORTHOGONAL_PATTERN_PATH_FINDER, costGroup[EDGE_CROSSING_COST]);
costGroup.AddDouble(NODE_CROSSING_COST, 50);
cm.SetEnabledOnValueEquals(layoutGroup[PATHFINDER], ORTHOGONAL_PATTERN_PATH_FINDER, costGroup[NODE_CROSSING_COST]);
}
}
public void WhenEqualsConstraintExists_givenPairwiseDisjunctive_thenConstraintNotMatch()
{
var variables = new List <Variable>()
{
new Variable("A", null),
new Variable("B", null)
};
var constraints = new List <Constraint>
{
new Constraint(1, variables[0], CompareEnum.Equals, variables[1])
};
Approvals.Verify(ConstraintManager.GetNotMatchedConstraints(constraints, true).ToPrettyString());
}
///<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);
}
/// <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 ConfigureLayout()
{
OptionGroup layoutGroup = Handler.GetGroupByName(TOP_LEVEL);
router.AdjustLeadingEdge = false;
router.DirectedMode = (bool)layoutGroup[CONSIDER_EDGE_DIRECTION].Value;
router.AdaptiveLineDistances = (bool)layoutGroup[USE_ADAPTIVE_LINE_DISTANCE].Value;
router.LineDistance = (int)layoutGroup[LINE_DISTANCE].Value;
router.JoinEnds = (bool)layoutGroup[JOINS_ENDS].Value;
router.AbsJoinEndDistance = (int)layoutGroup[JOIN_DISTANCE].Value;
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(layoutGroup[JOINS_ENDS], true, layoutGroup[JOIN_DISTANCE]);
LayoutAlgorithm = router;
}
/// <summary>
/// Basic initialization function
/// </summary>
/// <param name="avatarDescription"></param>
/// <param name="properties"></param>
/// <returns></returns>
public override MBoolResponse Initialize(MAvatarDescription avatarDescription, Dictionary <string, string> properties)
{
//Call the base class
base.Initialize(avatarDescription, properties);
this.avatarDescription = avatarDescription;
this.ActiveHands = new List <HandContainer>();
// Added new intermediate skeleton representation.
this.SkeletonAccess = new IntermediateSkeleton();
this.SkeletonAccess.InitializeAnthropometry(avatarDescription);
this.constraintManager = new ConstraintManager(this.SceneAccess);
return(new MBoolResponse(true));
}
///<inheritdoc/>
protected override void SetupHandler()
{
CreateRouter();
// tab layout
var layoutGroup = Handler.AddGroup(LAYOUT);
Scope scope = router.Scope;
layoutGroup.AddList(SCOPE, scopeTypes, scopeTypes[scope == Scope.RouteAllEdges ? 0 : 1]);
layoutGroup.AddList(OPTIMIZATION_STRATEGY, strategies, strategies[0]);
layoutGroup.AddList(MONOTONIC_RESTRICTION, monotonyFlags, monotonyFlags[0]);
layoutGroup.AddBool(CONSIDER_NODE_LABELS, router.ConsiderNodeLabels);
layoutGroup.AddBool(CONSIDER_EDGE_LABELS, router.ConsiderEdgeLabels);
layoutGroup.AddBool(ENABLE_REROUTING, router.Rerouting);
layoutGroup.AddInt(MAXIMUM_DURATION, 30);
// tab distances
var distancesGroup = Handler.AddGroup(MINIMAL_DISTANCES);
EdgeLayoutDescriptor descriptor = router.DefaultEdgeLayoutDescriptor;
distancesGroup.AddDouble(MINIMAL_EDGE_TO_EDGE_DISTANCE, descriptor.MinimumEdgeToEdgeDistance);
distancesGroup.AddDouble(MINIMAL_NODE_TO_EDGE_DISTANCE, router.MinimumNodeToEdgeDistance);
distancesGroup.AddDouble(MINIMAL_NODE_CORNER_DISTANCE, descriptor.MinimumNodeCornerDistance);
distancesGroup.AddDouble(MINIMAL_FIRST_SEGMENT_LENGTH, descriptor.MinimumFirstSegmentLength);
distancesGroup.AddDouble(MINIMAL_LAST_SEGMENT_LENGTH, descriptor.MinimumLastSegmentLength);
// tab grid
var gridGroup = Handler.AddGroup(GRID_SETTINGS);
Grid grid = router.Grid;
var gridEnabledItem = gridGroup.AddBool(GRID_ENABLED, grid != null);
var gridSpacingItem = gridGroup.AddDouble(GRID_SPACING, grid != null ? grid.Spacing : 10);
// tab polyline routing
var polylineGroup = Handler.AddGroup(POLYLINE_ROUTING);
var polyLineItem = polylineGroup.AddBool(ENABLE_POLYLINE_ROUTING, true);
var polyLineSegmentLengthItem = polylineGroup.AddDouble(PREFERRED_POLYLINE_SEGMENT_LENGTH,
router.PreferredPolylineSegmentLength);
// some constraints to enable/disable values that depends on other values
ConstraintManager cm = new ConstraintManager(Handler);
cm.SetEnabledOnValueEquals(gridEnabledItem, true, gridSpacingItem);
cm.SetEnabledOnValueEquals(polyLineItem, true, polyLineSegmentLengthItem);
}
void Start()
{
GameObject globalObj = GameObject.FindGameObjectWithTag("GlobalTag");
lineManager = globalObj.GetComponent("ConstraintManager") as ConstraintManager;
graphManager = globalObj.GetComponent("GraphManager") as GraphManager;
guiManager = globalObj.GetComponent("GUIManager") as GUIManager;
globalVals = globalObj.GetComponent("GlobalValues") as GlobalValues;
ballClass = globalObj.GetComponent("Player_Ball") as Player_Ball;
endPoint = GameObject.Find("EndPoint");
}
public void Awake()
{
guiManager = GameObject.FindGameObjectWithTag("GlobalTag").GetComponent("GUIManager") as GUIManager;
globalVals = GameObject.FindGameObjectWithTag("GlobalTag").GetComponent("GlobalValues") as GlobalValues;
constraintManager = GameObject.FindGameObjectWithTag("GlobalTag").GetComponent("ConstraintManager") as ConstraintManager;
}
void Start()
{
ballCam = Camera.main;
guiManager = GameObject.Find("Globals").GetComponent("GUIManager") as GUIManager;
globalVals = GameObject.Find("Globals").GetComponent("GlobalValues") as GlobalValues;
playerBall = GameObject.Find("Globals").GetComponent("Player_Ball") as Player_Ball;
pathManager = GameObject.Find("Globals").GetComponent("ConstraintManager") as ConstraintManager;
graphManager = GameObject.Find("Globals").GetComponent("GraphManager") as GraphManager;
meta = GameObject.Find("Globals").GetComponent("GameMetaManager") as GameMetaManager;
}
