// Methods
public static MovementPath GetClientMovement(List<UInt32> Keys)
{
MovementPath path = new MovementPath();
PathElement element = null;
int num = 0;
int num2 = 0;
foreach (int num2_loopVariable in Keys)
{
num2 = num2_loopVariable;
MapPoint point = new MapPoint((num2 & 4095));
PathElement item = new PathElement { Cell = point };
if ((num == 0))
{
path.CellStart = point;
}
else
{
element.Orientation = element.Cell.OrientationTo(item.Cell);
}
if ((num == (Keys.Count - 1)))
{
path.CellEnd = point;
}
path.Cells.Add(item);
element = item;
num += 1;
}
return path;
}
public bool IsCorrectionRequiredFromA(PathElement pathElement)
{
Init();
var lastTimeInCurrentDay = TimeUtil.ToInt(LastDeparture.AddMinutes(pathElement.DistanceFromA));
return(lastTimeInCurrentDay < GetFirstDepartureFromZ(pathElement));
}
private void TileClicked(Tile clickedTile)
{
// If there is no selected tile - select clicked tile.
if (selectedTile == null)
{
SelectTile(clickedTile);
return;
}
// If selected tile was clicked again - deselect it.
if (selectedTile == clickedTile)
{
SelectTile(null);
return;
}
PathElement pathFromDestination = Modules.Pathfinding.GetPathEndAtDestination(selectedTile, clickedTile, tiles);
// If selected tile can not be moved to clicked tile - select clicked tile.
if (pathFromDestination == null)
{
SelectTile(clickedTile);
return;
}
// If selected tile is successfully moved to clicked tile - deselect it.
clickedTile.SetContent(selectedTile.TileContent, selectedTile.FruitId, true);
selectedTile.SetContent(TileContent.None, -1, true);
SelectTile(null);
TileSuccessfullyMoved?.Invoke(clickedTile);
NewPathCreated?.Invoke(pathFromDestination, tiles);
}
public override void Execute()
{
using (SceneEditTransaction editTransaction = this.SceneViewModel.CreateEditTransaction(StringTable.UndoUnitReleaseCompoundPath))
{
SceneElementSelectionSet elementSelectionSet = this.SceneViewModel.ElementSelectionSet;
ICollection <SceneElement> collection = (ICollection <SceneElement>)elementSelectionSet.Selection;
elementSelectionSet.Clear();
SceneElementCollection elementCollection = new SceneElementCollection();
foreach (SceneElement sceneElement in (IEnumerable <SceneElement>)collection)
{
PathElement pathElement1 = sceneElement as PathElement;
if (ReleaseCompoundPathCommand.GetFigureCount(pathElement1) > 1)
{
foreach (PathElement pathElement2 in PathCommandHelper.ReleaseCompoundPaths(pathElement1, editTransaction))
{
elementCollection.Add((SceneElement)pathElement2);
}
}
else
{
elementCollection.Add(sceneElement);
}
}
elementSelectionSet.SetSelection((ICollection <SceneElement>)elementCollection, (SceneElement)null);
editTransaction.Commit();
}
}
private static int GetFigureCount(PathElement pathElement)
{
if (pathElement == null || !pathElement.IsViewObjectValid)
{
return(0);
}
IPlatformTypes metadata = pathElement.Platform.Metadata;
if (!PlatformTypes.IsInstance(pathElement.GetLocalValue(PathElement.DataProperty), PlatformTypes.PathGeometry, metadata.DefaultTypeResolver))
{
return(pathElement.PathGeometry.Figures.Count);
}
object obj = new PropertyReference(new List <ReferenceStep>()
{
metadata.ResolveProperty(PathElement.DataProperty) as ReferenceStep,
metadata.ResolveProperty(PathElement.FiguresProperty) as ReferenceStep,
metadata.ResolveProperty(PathElement.PathFigureCollectionCountProperty) as ReferenceStep
}).GetValue(pathElement.ViewObject.PlatformSpecificObject);
if (obj is int)
{
return((int)obj);
}
return(0);
}
public ExpressionParameterDTO()
{
GroupingPathDTO = new PathElement();
ContainerPathDTO = new PathElement();
CompartmentPathDTO = new PathElement();
Parameter = new NullParameterDTO();
}
/// <summary>
/// 添加点对象
/// </summary>
/// <param name="item"></param>
/// <param name="item"></param>
/// <param name="type"></param>
/// <param name="point"></param>
/// <returns></returns>
/// <summary>
/// 多线段
/// </summary>
/// <returns></returns>
/// <summary>
/// 圆弧
/// </summary>
/// <returns></returns>
private PathElement LoadArc(RTSafe.DxfCore.Entities.Arc item, int type)
{
PathElement pathElement = new PathElement();
pathElement.Tag = item.Layer.Name;
pathElement.Color = GetBrush(item.Color, item.Layer, type);
pathElement.StartAngle = item.StartAngle;
pathElement.EndAngle = item.EndAngle;
var s = item.StartAngle;
if (item.Center.X.Equals(269.001501586602d))
{
pathElement.IsLargeArc = true;
}
//pathElement.StartPoint = new EPoint(Math.Cos(s) * item.Radius + item.Center.X - MinX, MaxY - (Math.Sin(s) * item.Radius + item.Center.Y));
pathElement.StartPoint = new EPoint(item.Center.X - MinX, MaxY - item.Center.Y);
var c = item.EndAngle - item.StartAngle;
////若果结束角度小于开始角度，弧长为差值加2*pi
if (c < 0)
{
c += 360;
}
if (c > 180)
{
pathElement.IsLargeArc = true;
}
pathElement.RotationAngle = c;
pathElement.Radius = item.Radius;
return(pathElement);
}
public void DrawPath(PathElement lastElementOfPath, Tile[,] tiles)
{
if (hidingCoroutine != null)
{
StopCoroutine(hidingCoroutine);
}
CreateNewPathElementsIfNecessary(lastElementOfPath);
HideAllElements();
PathElement currentPathElement = lastElementOfPath;
int highlightedElementIndex = 0;
while (currentPathElement != null)
{
highlightedElements[highlightedElementIndex].enabled = true;
highlightedElements[highlightedElementIndex].transform.position =
tiles[currentPathElement.Tile.XPosition, currentPathElement.Tile.YPosition].transform.position;
highlightedElementIndex++;
currentPathElement = currentPathElement.PreviousElement;
}
hidingCoroutine = StartCoroutine(HideHighlightedElementsAfterDelay());
}
private static void TransferPathFigureAnimations(PathElement oldElement, PathElement newElement, PropertyReference pathProperty, int oldFigureIndex, int newFigureIndex, Transform transform)
{
PathAnimationMovePackage animationMove = new PathAnimationMovePackage();
PathCommandHelper.TransferPathFigureAnimations(oldElement, newElement, pathProperty, oldFigureIndex, newFigureIndex, transform, animationMove);
animationMove.AddAndRemove();
}
public void HighlightProperty(PropertyReference propertyReference)
{
if (propertyReference.Count < 4 || !propertyReference[1].Equals((object)PathElement.FiguresProperty))
{
return;
}
IndexedClrPropertyReferenceStep propertyReferenceStep1 = propertyReference[2] as IndexedClrPropertyReferenceStep;
if (propertyReferenceStep1 == null)
{
return;
}
this.HighlightFigureIndex = propertyReferenceStep1.Index;
if (propertyReference.Count == 4 && propertyReference[3].Equals((object)PathElement.PathFigureStartPointProperty))
{
this.HighlightSegmentPointIndex = 0;
this.HighlightSegmentIndex = -1;
this.RenderHighlight = true;
}
else
{
if (propertyReference.Count != 6 || !propertyReference[3].Equals((object)PathElement.PathFigureSegmentsProperty))
{
return;
}
IndexedClrPropertyReferenceStep propertyReferenceStep2 = propertyReference[4] as IndexedClrPropertyReferenceStep;
if (propertyReferenceStep2 == null)
{
return;
}
this.HighlightSegmentIndex = propertyReferenceStep2.Index;
this.HighlightSegmentPointIndex = PathElement.GetPointIndexFromPointProperty((IPropertyId)propertyReference[5]);
this.RenderHighlight = true;
}
}
public static void AdjustPathForAnimations(PathElement pathElement, SceneEditTransaction editTransaction)
{
using (pathElement.ViewModel.ForceBaseValue())
{
System.Windows.Media.Geometry geometry1 = (System.Windows.Media.Geometry)pathElement.GetLocalOrDefaultValueAsWpf(PathElement.DataProperty);
PathGeometry pathGeometry = new PathGeometry();
pathGeometry.AddGeometry(geometry1);
Rect bounds = PathCommandHelper.InflateRectByStrokeWidth(pathGeometry.Bounds, pathElement, false);
PropertyReference propertyReference = PathCommandHelper.GetPathDataPropertyReference(pathElement.Platform);
Rect maxAnimatedExtent = PathCommandHelper.FindMaxAnimatedExtent((SceneElement)pathElement, bounds, propertyReference);
double num1 = Math.Min(0.0, maxAnimatedExtent.Left);
double num2 = Math.Min(0.0, maxAnimatedExtent.Top);
Vector vector = new Vector(-num1, -num2);
ILayoutDesigner designerForChild = pathElement.ViewModel.GetLayoutDesignerForChild((SceneElement)pathElement, true);
editTransaction.Update();
Rect childRect = designerForChild.GetChildRect((BaseFrameworkElement)pathElement);
childRect.X += num1;
childRect.Y += num2;
childRect.Width = Math.Max(maxAnimatedExtent.Width, childRect.Width);
childRect.Height = Math.Max(maxAnimatedExtent.Height, childRect.Height);
designerForChild.SetChildRect((BaseFrameworkElement)pathElement, childRect);
Transform transform = (Transform) new TranslateTransform(vector.X, vector.Y);
PathGeometry geometry2 = PathGeometryUtilities.TransformGeometry((System.Windows.Media.Geometry)pathGeometry, transform);
if (!pathElement.DesignerContext.ActiveDocument.ProjectContext.IsCapabilitySet(PlatformCapability.IsWpf))
{
PathGeometryUtilities.EnsureOnlySingleSegmentsInGeometry(geometry2);
}
pathElement.PathGeometry = geometry2;
PathCommandHelper.TransformPointKeyframes((SceneElement)pathElement, propertyReference, transform);
pathElement.SetValueAsWpf(ShapeElement.StretchProperty, (object)(Stretch)(pathElement.HasVertexAnimations ? 0 : 1));
}
}
public override IDeepCopyable CopyTo(IDeepCopyable other)
{
var dest = other as CodeFilterComponent;
if (dest == null)
{
throw new ArgumentException("Can only copy to an object of the same type", "other");
}
base.CopyTo(dest);
if (PathElement != null)
{
dest.PathElement = (Hl7.Fhir.Model.FhirString)PathElement.DeepCopy();
}
if (ValueSet != null)
{
dest.ValueSet = (Hl7.Fhir.Model.DataType)ValueSet.DeepCopy();
}
if (ValueCodeElement != null)
{
dest.ValueCodeElement = new List <Hl7.Fhir.Model.Code>(ValueCodeElement.DeepCopy());
}
if (ValueCoding != null)
{
dest.ValueCoding = new List <Hl7.Fhir.Model.Coding>(ValueCoding.DeepCopy());
}
if (ValueCodeableConcept != null)
{
dest.ValueCodeableConcept = new List <Hl7.Fhir.Model.CodeableConcept>(ValueCodeableConcept.DeepCopy());
}
return(dest);
}
private MovementPath method_3(SimpleCellInfo class13_0)
{
var range = new List <MapPoint>();
var class2 = class13_0;
while (class2.v_OriginPoint.CellId != MapPoint_FromCell.CellId)
{
class2 = class2.class13_0;
range.Add(class2.v_OriginPoint);
}
range.Reverse();
range.Add(class13_0.v_OriginPoint);
if (v_MouvementPoints != -1)
{
range = range.GetRange(0, v_MouvementPoints + 1 > range.Count ? range.Count : v_MouvementPoints + 1);
}
var path = new MovementPath {
CellStart = MapPoint_FromCell, CellEnd = range[range.Count - 1]
};
var num = range.Count - 2;
var i = 0;
while (i <= num)
{
var item = new PathElement {
Cell = range[i], Orientation = range[i].OrientationTo(range[i + 1])
};
path.Cells.Add(item);
i += 1;
}
path.Compress();
return(path);
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void testParseSubsystemWithJobExecutorXml() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
public virtual void testParseSubsystemWithJobExecutorXml()
{
string subsystemXml = FileUtils.readFile(SUBSYSTEM_WITH_JOB_EXECUTOR);
// System.out.println(normalizeXML(subsystemXml));
IList <ModelNode> operations = parse(subsystemXml);
// System.out.println(operations);
assertEquals(4, operations.Count);
ModelNode jobExecutor = operations[1];
PathAddress pathAddress = PathAddress.pathAddress(jobExecutor.get(ModelDescriptionConstants.OP_ADDR));
assertEquals(2, pathAddress.size());
PathElement element = pathAddress.getElement(0);
assertEquals(ModelDescriptionConstants.SUBSYSTEM, element.Key);
assertEquals(org.camunda.bpm.container.impl.jboss.extension.ModelConstants_Fields.SUBSYSTEM_NAME, element.Value);
element = pathAddress.getElement(1);
assertEquals(Element.JOB_EXECUTOR.LocalName, element.Key);
assertEquals(Attribute.DEFAULT.LocalName, element.Value);
assertEquals("job-executor-tp", jobExecutor.get(Element.THREAD_POOL_NAME.LocalName).asString());
ModelNode jobAcquisition = operations[2];
assertEquals("default", jobAcquisition.get(Attribute.NAME.LocalName).asString());
assertEquals("SEQUENTIAL", jobAcquisition.get(Element.ACQUISITION_STRATEGY.LocalName).asString());
jobAcquisition = operations[3];
assertEquals("anders", jobAcquisition.get(Attribute.NAME.LocalName).asString());
assertEquals("SEQUENTIAL", jobAcquisition.get(Element.ACQUISITION_STRATEGY.LocalName).asString());
}
private void Add(MazeUnit newUnit)
{
var newElement = new PathElement(newUnit);
newElement = PathEditorUtils.GetElementType(newElement);
var nr_el = pathToEdit.PathAsLinkedList.Count; // count all elements in the path to get the second last for turning calculation
if (nr_el >= 1)
{
var previousElement = pathToEdit.PathAsLinkedList.Last.Value;
if (nr_el >= 2)
{
var secpreviousElement = pathToEdit.PathAsLinkedList.Last.Previous.Value;
newElement = PathEditorUtils.GetTurnType(newElement, previousElement, secpreviousElement);
}
else
{
newElement.Turn = TurnType.STRAIGHT;
}
}
pathToEdit.PathAsLinkedList.AddLast(newElement);
}
private void BuildPathElementRoot()
{
Dictionary<string, PathElement> propertyDictionary = new Dictionary<string, PathElement>();
foreach (ShowPlanProperty planProperty in _properties)
{
string currentPath = null;
PathElement property = _root;
foreach (string pathPart in planProperty.PathElements)
{
if (currentPath == null)
currentPath = pathPart;
else
currentPath = currentPath + "." + pathPart;
PathElement currentProperty;
if (!propertyDictionary.TryGetValue(currentPath, out currentProperty))
{
currentProperty = new PathElement();
currentProperty.Name = pathPart;
property.Children.Add(currentProperty);
propertyDictionary.Add(currentPath, currentProperty);
}
property = currentProperty;
}
property.Value = planProperty.Value;
}
}
public ExpressionContainerDTO()
{
GroupingPathDTO = new PathElement();
ContainerPathDTO = new PathElement();
RelativeExpressionParameter = new NullParameterDTO();
RelativeExpressionNormParameter = new NullParameterDTO();
}
private static List <PathElement> GetAdjacentTilesOfTile(PathElement tile, IPathTile[,] tiles)
{
List <PathElement> adjacentTiles = new List <PathElement>();
// Up tile.
if (tile.Tile.YPosition < Modules.Balance.BoardYSize - 1)
{
adjacentTiles.Add(new PathElement(tiles[tile.Tile.XPosition, tile.Tile.YPosition + 1], tile));
}
// Right tile.
if (tile.Tile.XPosition < Modules.Balance.BoardXSize - 1)
{
adjacentTiles.Add(new PathElement(tiles[tile.Tile.XPosition + 1, tile.Tile.YPosition], tile));
}
// Down tile.
if (tile.Tile.YPosition > 0)
{
adjacentTiles.Add(new PathElement(tiles[tile.Tile.XPosition, tile.Tile.YPosition - 1], tile));
}
// Left tile.
if (tile.Tile.XPosition > 0)
{
adjacentTiles.Add(new PathElement(tiles[tile.Tile.XPosition - 1, tile.Tile.YPosition], tile));
}
return(adjacentTiles);
}
private MovementPath method_3(SimpleCellInfo class13_0)
{
List <MapPoint> range = new List <MapPoint>();
SimpleCellInfo class2 = class13_0;
while (class2.v_OriginPoint.CellId != this.MapPoint_FromCell.CellId)
{
class2 = class2.class13_0;
range.Add(class2.v_OriginPoint);
}
range.Reverse();
range.Add(class13_0.v_OriginPoint);
if (this.v_MouvementPoints != -1)
{
range = range.GetRange(0, (((this.v_MouvementPoints + 1) > range.Count) ? range.Count : (this.v_MouvementPoints + 1)));
}
MovementPath path = new MovementPath {
CellStart = this.MapPoint_FromCell, CellEnd = range[(range.Count - 1)]
};
int num = (range.Count - 2);
int i = 0;
while (i <= num)
{
PathElement item = new PathElement {
Cell = range[i], Orientation = range[i].OrientationTo(range[(i + 1)])
};
path.Cells.Add(item);
i += 1;
}
path.Compress();
return(path);
}
/// <summary>
/// Removes one or two last <see cref="PathElement"/> of <see cref="DynamicPath"/>.
/// </summary>
/// <param name="group">The closed group.</param>
/// <param name="conclusions">Texts that conclude the group. Never null but can be empty.</param>
protected override void OnGroupClosed(IActivityLogGroup group, IReadOnlyList <ActivityLogGroupConclusion> conclusions)
{
if (_currentIsGroupClosed)
{
HandleCurrentGroupIsClosed();
}
if (_path.Count > 0)
{
if (!_currentIsGroup)
{
_path.RemoveAt(_path.Count - 1);
}
_currentIsGroupClosed = false;
_current = null;
if (_path.Count > 0)
{
_current = _path[_path.Count - 1];
_current.GroupConclusion = conclusions;
_currentIsGroup = true;
_currentIsGroupClosed = _path.Count > 0;
}
else
{
_currentIsGroup = false;
}
}
}
public void PathConstructorUnitTest2()
{
Assert.Inconclusive("TODO");
PathElement pathElement = null; // TODO: Initialize to an appropriate value
var target = new Path(pathElement);
}
internal PathElement CreatePathElement()
{
PathElement pathElement = PathCreateBehavior.CreatePathElement(this.ActiveSceneViewModel, this.ActiveSceneInsertionPoint, this.ToolBehaviorContext);
this.EditingElement = (BaseFrameworkElement)pathElement;
return(pathElement);
}
private void BuildPathElementRoot()
{
Dictionary <string, PathElement> propertyDictionary = new Dictionary <string, PathElement>();
foreach (ShowPlanProperty planProperty in _properties)
{
string currentPath = null;
PathElement property = _root;
foreach (string pathPart in planProperty.PathElements)
{
if (currentPath == null)
{
currentPath = pathPart;
}
else
{
currentPath = currentPath + "." + pathPart;
}
PathElement currentProperty;
if (!propertyDictionary.TryGetValue(currentPath, out currentProperty))
{
currentProperty = new PathElement();
currentProperty.Name = pathPart;
property.Children.Add(currentProperty);
propertyDictionary.Add(currentPath, currentProperty);
}
property = currentProperty;
}
property.Value = planProperty.Value;
}
}
// Checks for matches on the path element's connections
// public bool TaskFromConnections (PathElement elem, out MatchResult result) {
public bool TaskFromConnections(PathElement elem, out PathElement destination, out MatchResult result)
{
destination = null;
result = null;
// Convert to point
// If conversion fails (because elem is a Connect and no points under construction are connected) then skip
GridPoint point = ConnectionToPoint(elem);
if (point == null)
{
return(false);
}
// If the connected point is under construction, move to it
if (point.State == DevelopmentState.UnderConstruction)
{
destination = point;
return(true);
}
// If there's a connection under construction, begin construction
Connection connection = point.Connections.Find(x => x.State == DevelopmentState.UnderConstruction);
if (connection == null)
{
return(false);
}
return(TaskFromPathElement(connection, out result));
}
public void go(PathElement from, PathElement to)
{
GD.Print(string.Format("train '{0}' should go from '{1}' to '{2}'", color, from, to));
prepareTrainRoute(from, to);
move = true;
// GlobalTransform = destination;
}
public PathElement(int x1, int y1, float so, PathElement p)
{
x = x1;
y = y1;
sofar = so;
prev = p;
}
protected override void Context()
{
base.Context();
_columnWithCompound = PathElement.Molecule;
_parameterDTO1.PathElements[PathElement.TopContainer] = new PathElementDTO {
DisplayName = "Organsim"
};
_parameterDTO1.PathElements[PathElement.Container] = new PathElementDTO {
DisplayName = "Liver"
};
_parameterDTO1.PathElements[_columnWithCompound] = new PathElementDTO {
DisplayName = "Drug"
};
_parameterDTO2.PathElements[PathElement.TopContainer] = new PathElementDTO {
DisplayName = "Organsim"
};
_parameterDTO2.PathElements[PathElement.Container] = new PathElementDTO {
DisplayName = "Liver"
};
_parameterDTO2.PathElements[_columnWithCompound] = new PathElementDTO {
DisplayName = "Inhibitor"
};
_parameters = new List <IParameter> {
_parameter1, _parameter2
};
var simulation = A.Fake <Simulation>();
A.CallTo(() => simulation.CompoundNames).Returns(new[] { "Drug", "Inhibitor" });
A.CallTo(_withIdRepository).WithReturnType <Simulation>().Returns(simulation);
}
public PathElement(int x1, int y1, PathElement p)
{
x = x1;
y = y1;
sofar = 0.0f;
prev = p;
}
// Methods
public static MovementPath GetClientMovement(List <uint> Keys)
{
var path = new MovementPath();
PathElement element = null;
var num = 0;
var num2 = 0;
foreach (int num2_loopVariable in Keys)
{
num2 = num2_loopVariable;
var point = new MapPoint(num2 & 4095);
var item = new PathElement {
Cell = point
};
if (num == 0)
{
path.CellStart = point;
}
else
{
element.Orientation = element.Cell.OrientationTo(item.Cell);
}
if (num == Keys.Count - 1)
{
path.CellEnd = point;
}
path.Cells.Add(item);
element = item;
num += 1;
}
return(path);
}
private IEnumerator UpdateConnection(PathElement newElement)
{
if (!newElement.Connected)
{
// Get Connected Elements with their direction and select only the ones that are connected to the start element;
var connections = GetConnectedElements(newElement)
.Where(element => element.bot.Connected)
.Select(element => newElement.Connect(element.Bottom)).ToList();
if (connections.Count == 0)
{
yield break;
}
while (connections.Any())
{
for (var i = connections.Count - 1; i >= 0; i--)
{
if (!connections[i].MoveNext())
{
connections.RemoveAt(i);
}
}
// Wait a frame
yield return(null);
}
}
newElement.Connected = true;
GetConnectedElements(newElement).Where(e => !e.bot.Connected)
.ForEach(e => StartCoroutine(UpdateConnection(e.bot)));
}
public override IDeepCopyable CopyTo(IDeepCopyable other)
{
var dest = other as CodeFilterComponent;
if (dest == null)
{
throw new ArgumentException("Can only copy to an object of the same type", "other");
}
base.CopyTo(dest);
if (PathElement != null)
{
dest.PathElement = (Hl7.Fhir.Model.FhirString)PathElement.DeepCopy();
}
if (SearchParamElement != null)
{
dest.SearchParamElement = (Hl7.Fhir.Model.FhirString)SearchParamElement.DeepCopy();
}
if (ValueSetElement != null)
{
dest.ValueSetElement = (Hl7.Fhir.Model.Canonical)ValueSetElement.DeepCopy();
}
if (Code != null)
{
dest.Code = new List <Hl7.Fhir.Model.Coding>(Code.DeepCopy());
}
return(dest);
}
// Method to remove extraneous edges that are not part of the shortest paths
private static void RemoveEdgesInCloud(Graph <T> graph, List <T> finalized,
Dictionary <T, PathElement <T> > costs)
{
// Create List to store the adjacent edges of the most-recently finalized vertex
List <Edge <T> > adjEdges;
// Get the path element related to the most-recently finalized vertex
PathElement <T> last = costs[finalized.Last()];
// Get all edges that lead to or come from the last vertex
adjEdges = graph.GetIncidentEdges(last.currVertex);
// For each edge in the neighboring edges of the last vertex
foreach (var e in adjEdges)
{
// If both vertices of the current edge are finalized
if (finalized.Contains(e.EndVertices.start.Element) &&
finalized.Contains(e.EndVertices.end.Element))
{
// If the previous edge of the last vertex is equal to the current edge
if (last.inEdge == null || !e.Equals(last.inEdge))
{
// Remove the current edge from the graph
Logger.WriteLine("Removed Edge: " + e.EndVertices.start.Element + " " +
e.EndVertices.end.Element + " " + e.Weight);
graph.RemoveEdge(e);
}
}
}
}
private ulong GetNextCore(ulong root, PathElement element)
{
if (element == PathElement.Source)
return GetSourceCore(root);
if (element == PathElement.Target)
return GetTargetCore(root);
throw new NotSupportedException();
}
public static Vector3[] FindRoute(Vector3 s, Vector3 e)
{
PriorityQueue q = new PriorityQueue();
Dictionary<Square, bool> dic = new Dictionary<Square, bool>();
PathElement start = new PathElement(PathGrid.FromReal(s.x), PathGrid.FromReal(s.z), null);
PathElement end = new PathElement(PathGrid.FromReal(e.x), PathGrid.FromReal(e.z), null);
q.Enqueue(new PriorityElement(DistFromEnd(start, end), start));
//Debug.Log("Calculating for " + start.x + ", " + start.y + " :: " + end.x + ", " + end.y);
int tick = 0 ;
while(!q.IsEmpty() && tick < 100000) {
tick ++;
PathElement p = (PathElement)q.Dequeue().stuff;
float dist = DistFromEnd(p, end);
if(dist < 1.0f) {
PathElement cur = p;
int size = 1;
while(cur != start) {
//Debug.Log(cur.x + " " + cur.y);
cur = cur.prev;
size ++;
}
cur = p;
Vector3[] route = new Vector3[size - 1];
while(cur != start) {
route[size - 2] = PathGrid.ToReal(cur.x, cur.y);
cur = cur.prev;
size --;
}
//SDebug.Log("START");
return route;
}
else {
AddOptions(q, p, end, dic);
}
}
Debug.Log("Cannot find route!");
Vector3[] route2 = new Vector3[1];
route2[0] = Vector3.zero;
return route2;
}
private static PathElement GeneratePath(int dx, int dy, float dist, PathElement p, Dictionary<Square, bool> dic)
{
Square s = new Square(dx + p.x, dy + p.y);
if(dic.ContainsKey(s)) {
return null;
}
else {
dic.Add(s, true);
float difficulty = PathGrid.getGrid(p.x + dx, p.y + dy);
if(Mathf.Abs(dx) == 1 && Mathf.Abs(dy) == 1) {
difficulty = 0.33f * (difficulty + PathGrid.getGrid(p.x + dx, p.y) + PathGrid.getGrid(p.x, p.y + dy));
}
return new PathElement(p.x + dx, p.y + dy, p.sofar + dist + difficulty, p);
}
}
private static void AddOptions(PriorityQueue q, PathElement p, PathElement end, Dictionary<Square, bool> dic)
{
PathElement[] next = new PathElement[8];
next[0] = GeneratePath(1, 0, 1.0f , p, dic);
next[1] = GeneratePath(0, 1, 1.0f, p, dic);
next[2] = GeneratePath(-1, 0, 1.0f, p, dic);
next[3] = GeneratePath(0, -1, 1.0f, p, dic);
next[4] = GeneratePath(1, 1, 1.4f, p, dic);
next[5] = GeneratePath(-1, -1, 1.4f, p, dic);
next[6] = GeneratePath(-1, 1, 1.4f, p, dic);
next[7] = GeneratePath(1, -1, 1.4f, p, dic);
for(int loop = 0; loop < 8; loop++) {
if(next[loop] != null) q.Enqueue(new PriorityElement(next[loop].sofar + Random.value * 0.5f + DistFromEnd(next[loop], end), next[loop]));
}
}
/// <summary>
/// Appends or updates the last <see cref="PathElement"/> of <see cref="DynamicPath"/>
/// and handles errors or warning.
/// </summary>
/// <param name="data">Log data. Never null.</param>
protected override void OnUnfilteredLog( ActivityMonitorLogData data )
{
if( data.Text != ActivityMonitor.ParkLevel )
{
if( _currentIsGroupClosed ) HandleCurrentGroupIsClosed();
if( _currentIsGroup || _current == null )
{
_current = new PathElement();
_path.Add( _current );
_currentIsGroup = false;
}
_current.Tags = data.Tags;
_current.MaskedLevel = data.Level&LogLevel.Mask;
_current.Text = data.Text;
CheckSnapshot();
}
}
/// <summary>
/// Removes one or two last <see cref="PathElement"/> of <see cref="DynamicPath"/>.
/// </summary>
/// <param name="group">The closed group.</param>
/// <param name="conclusions">Texts that conclude the group. Never null but can be empty.</param>
protected override void OnGroupClosed( IActivityLogGroup group, IReadOnlyList<ActivityLogGroupConclusion> conclusions )
{
if( _currentIsGroupClosed ) HandleCurrentGroupIsClosed();
if( _path.Count > 0 )
{
if( !_currentIsGroup ) _path.RemoveAt( _path.Count - 1 );
_currentIsGroupClosed = false;
_current = null;
if( _path.Count > 0 )
{
_current = _path[_path.Count - 1];
_current.GroupConclusion = conclusions;
_currentIsGroup = true;
_currentIsGroupClosed = _path.Count > 0;
}
else _currentIsGroup = false;
}
}
private static float DistFromEnd(PathElement p, PathElement end)
{
return Vector2.Distance(new Vector2(p.x, p.y), new Vector2(end.x, end.y));
}
public PathElement(int x1, int y1, float so, PathElement p)
{
x = x1;
y = y1;
sofar = so;
prev = p;
}
public PathElement(int x1, int y1, PathElement p)
{
x = x1;
y = y1;
sofar = 0.0f;
prev = p;
}
void HandleCurrentGroupIsClosed()
{
Debug.Assert( _currentIsGroupClosed && _path.Count > 0 );
_current = null;
_path.RemoveAt( _path.Count - 1 );
if( _path.Count > 0 ) _current = _path[_path.Count - 1];
_currentIsGroup = _current != null;
_currentIsGroupClosed = false;
}
public void MovementPathFromArray(MapPoint[] squares)
{
PathElement path = null;
for (var i = 0; i <= squares.Length - 2; i++)
{
path = new PathElement();
path.Cell = squares[i];
path.Orientation = squares[i].OrientationTo(squares[i + 1]);
this.MovPath.Cells.Add(path);
}
this.MovPath.Compress();
}
public PriorityElement(float p, PathElement s)
{
priority = p;
stuff = s;
}
public PathElementPropertyDescriptor(PathElement pathElement)
: base(pathElement.Name, new Attribute[0])
{
_pathElement = pathElement;
}
/// <summary>
/// Appends or updates the last <see cref="PathElement"/> of <see cref="DynamicPath"/>
/// and handles errors or warning.
/// </summary>
/// <param name="group">The newly opened <see cref="IActivityLogGroup"/>.</param>
protected override void OnOpenGroup( IActivityLogGroup group )
{
if( _currentIsGroupClosed ) HandleCurrentGroupIsClosed();
if( _currentIsGroup || _current == null )
{
_current = new PathElement();
_path.Add( _current );
}
_currentIsGroup = true;
_current.Tags = group.GroupTags;
_current.MaskedLevel = group.MaskedGroupLevel;
_current.Text = group.GroupText;
CheckSnapshot();
}
private MovementPath method_3(SimpleCellInfo class13_0)
{
List<MapPoint> range = new List<MapPoint>();
SimpleCellInfo class2 = class13_0;
while (class2.v_OriginPoint.CellId != this.MapPoint_FromCell.CellId)
{
class2 = class2.class13_0;
range.Add(class2.v_OriginPoint);
}
range.Reverse();
range.Add(class13_0.v_OriginPoint);
if (this.v_MouvementPoints != -1)
{
range = range.GetRange(0, (((this.v_MouvementPoints + 1) > range.Count) ? range.Count : (this.v_MouvementPoints + 1)));
}
MovementPath path = new MovementPath { CellStart = this.MapPoint_FromCell, CellEnd = range[(range.Count - 1)] };
int num = (range.Count - 2);
int i = 0;
while (i <= num)
{
PathElement item = new PathElement { Cell = range[i], Orientation = range[i].OrientationTo(range[(i + 1)]) };
path.Cells.Add(item);
i += 1;
}
path.Compress();
return path;
}
/// <summary>
/// Appends or updates the last <see cref="PathElement"/> of <see cref="DynamicPath"/>
/// and handles errors or warning.
/// </summary>
/// <param name="level">Log level.</param>
/// <param name="text">Text (not null).</param>
protected override void OnUnfilteredLog( LogLevel level, string text )
{
if( text != ActivityLogger.ParkLevel )
{
if( _currentIsGroupClosed ) HandleCurrentGroupIsClosed();
if( _currentIsGroup || _current == null )
{
_current = new PathElement();
_path.Add( _current );
_currentIsGroup = false;
}
_current.Level = level;
_current.Text = text;
CheckSnapshot();
}
}
