/// <summary>
/// Get dependencies for part1
/// </summary>
/// <returns></returns>
public IList <IFigure> GetPart2Dependencies()
{
List <IFigure> result = new List <IFigure>();
switch (this.ViewDirection)
{
case Reinforcement.ViewDirection.Top:
case Reinforcement.ViewDirection.Front:
{
switch (Transform)
{
case Reinforcement.Transform.Normal:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, 0, -this.Dimensions.A))); // Điểm chèn ban đầu
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, this.Dimensions.B, -this.Dimensions.A)));
return(result);
}
case Reinforcement.Transform.FlipHorizontal:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, 0, -this.Dimensions.A))); // Điểm chèn ban đầu
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, -this.Dimensions.B, -this.Dimensions.A)));
return(result);
}
case Reinforcement.Transform.FlipVertical:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, 0, this.Dimensions.A))); // Điểm chèn ban đầu
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, this.Dimensions.B, this.Dimensions.A)));
return(result);
}
case Reinforcement.Transform.Rotate90CCW:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, this.Dimensions.A, 0))); // Điểm chèn ban đầu
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, this.Dimensions.A, this.Dimensions.B)));
return(result);
}
case Reinforcement.Transform.Rotate90CW:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, -this.Dimensions.A, 0))); // Điểm chèn ban đầu
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, -this.Dimensions.A, -this.Dimensions.B)));
return(result);
}
case Reinforcement.Transform.Rotate180:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, 0, this.Dimensions.A))); // Điểm chèn ban đầu
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, -this.Dimensions.B, this.Dimensions.A)));
return(result);
}
default: return(null);
}
}
default: return(null);
}
}
public override void Recalculate()
{
IPoint point = (IPoint)MainBound.Dependencies[0];
point = Factory.CreateFreePoint(Drawing, PointsHelper.Offset(point.Coordinates, 0, 0));
InsertPoint = PointsHelper.Offset(point.Coordinates, 0, 0);
base.Recalculate();
}
/// <summary>
/// See BS 8666:2005
/// </summary>
/// <returns></returns>
public List <IFigure> CalculateBarDependencies()
{
List <IFigure> result = new List <DynamicGeometry.IFigure>();
Point basePoint = new System.Windows.Point(0, 0);
result.Add(Factory.CreateFreePoint(this.Drawing, basePoint)); // Điểm chèn ban đầu
switch (this.ShapeCode)
{
case BarShape2D.Shape00:
{
switch (ViewDirection)
{
case Reinforcement.ViewDirection.Top:
{
switch (Transform)
{
case Reinforcement.Transform.Normal:
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(basePoint, this.Dimensions.A, 0)));
return(result);
case Reinforcement.Transform.Rotate90CW:
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(basePoint, 0, -this.Dimensions.A)));
return(result);
case Reinforcement.Transform.Rotate90CCW:
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(basePoint, 0, this.Dimensions.A)));
return(result);
case Reinforcement.Transform.Rotate180:
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(basePoint, -this.Dimensions.A, 0)));
return(result);
case Reinforcement.Transform.FlipHorizontal: // ??
return(null);
case Reinforcement.Transform.FlipVertical: // ??
return(null);
default: return(null);
}
}
case Reinforcement.ViewDirection.Cross:
{
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(basePoint, this.Diameter, 0)));
return(result);
}
default: return(null);
}
}
// so on...
default: return(null);
}
}
private void RegisterComponent(PointsHelper helper)
{
if (helper)
{
helper.Points
.Skip(1)
.Subscribe(f => _config.PointsText.text = Math.Floor(f).ToString(CultureInfo.InvariantCulture));
}
}
public IList <IFigure> GetCrossPartDependencies()
{
switch (this.ViewDirection)
{
case Reinforcement.ViewDirection.Cross:
{
List <IFigure> result = new List <IFigure>();
result.Add(Factory.CreateFreePoint(this.Drawing, InsertPoint));
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(InsertPoint, 0.5 * Diameter, 0)));
return(result);
}
default: return(null);
}
}
/// <summary>
/// Tính toán các điểm Dependencies của Bound
/// </summary>
protected List <IFigure> GetBoundDependencies()
{
//this.Dependencies.Clear();
var boundDependencies = new List <IFigure>();
#region Bệ mố
// bệ
System.Windows.Point p1 = this.InsertPoint;
System.Windows.Point p2 = PointsHelper.Offset(p1, 0, PileCapDeep);
// thân
System.Windows.Point p3 = PointsHelper.Offset(p2, PileCapBackLength, 0);
System.Windows.Point p4 = PointsHelper.Offset(p3, 0, BodyHeight + HeadWallHeight - AppBlockFromTop - 2 * AppBlockDeep);
System.Windows.Point p5 = PointsHelper.Offset(p4, -AppBlockWidth, AppBlockDeep);
System.Windows.Point p6 = PointsHelper.Offset(p5, 0, AppBlockDeep);
System.Windows.Point p7 = PointsHelper.Offset(p6, AppBlockWidth, 0);
System.Windows.Point p8 = PointsHelper.Offset(p7, 0, AppBlockFromTop);
System.Windows.Point p9 = PointsHelper.Offset(p8, HeadWallDeep, 0);
System.Windows.Point p10 = PointsHelper.Offset(p9, 0, -HeadWallHeight);
System.Windows.Point p11 = PointsHelper.Offset(p10, BodyDeep - HeadWallDeep, 0);
System.Windows.Point p12 = PointsHelper.Offset(p11, 0, -BodyHeight);
System.Windows.Point p13 = PointsHelper.Offset(p12, PileCapFrontLength, 0);
System.Windows.Point p14 = PointsHelper.Offset(p13, 0, -PileCapDeep);
var pp1 = Factory.CreateFreePoint(Drawing, p1);
var pp2 = Factory.CreateFreePoint(Drawing, p2);
var pp3 = Factory.CreateFreePoint(Drawing, p3);
var pp4 = Factory.CreateFreePoint(Drawing, p4);
var pp5 = Factory.CreateFreePoint(Drawing, p5);
var pp6 = Factory.CreateFreePoint(Drawing, p6);
var pp7 = Factory.CreateFreePoint(Drawing, p7);
var pp8 = Factory.CreateFreePoint(Drawing, p8);
var pp9 = Factory.CreateFreePoint(Drawing, p9);
var pp10 = Factory.CreateFreePoint(Drawing, p10);
var pp11 = Factory.CreateFreePoint(Drawing, p11);
var pp12 = Factory.CreateFreePoint(Drawing, p12);
var pp13 = Factory.CreateFreePoint(Drawing, p13);
var pp14 = Factory.CreateFreePoint(Drawing, p14);
#endregion
boundDependencies.Add(pp1, pp2, pp3, pp4, pp5, pp6, pp7, pp8, pp9, pp10, pp11, pp12, pp13, pp14, pp1);
foreach (IPoint p in boundDependencies)
{
this.Dependencies.Add(p);
}
return(boundDependencies);
}
public override void OnInspectorGUI()
{
EditorGUILayout.LabelField("Please select root of the prefab and type of points.");
base.OnInspectorGUI();
PointsHelper trg = (PointsHelper)target;
if (trg.target != null && trg.pointsType == PointsType.Custom && trg.target.GetType() == typeof(Transform))
{
IPointsAssignable[] components = trg.target.gameObject.GetComponents <IPointsAssignable>();
List <string> options = new List <string>(components.Length + 1);
options.Add("Ambiguous target. Please select");
string lastOption = "";
int count = 0;
foreach (IPointsAssignable component in components)
{
if (component.GetType().Name.Equals(lastOption))
{
count++;
options.Add(component.GetType().Name + $" ({count})");
}
else
{
lastOption = component.GetType().Name;
count = 0;
options.Add(lastOption);
}
}
selected = EditorGUILayout.Popup(selected, options.ToArray());
if (selected > 0 && selected - 1 < components.Length)
{
trg.target = (Component)components[selected - 1];
}
}
if (GUILayout.Button("Apply points"))
{
trg.Assign();
}
}
/// <summary>
/// Get dependencies for part3
/// </summary>
/// <returns></returns>
protected IList <IFigure> GetPart3Dependencies()
{
switch (ViewDirection)
{
case Reinforcement.ViewDirection.Front:
{
switch (Transform)
{
case Reinforcement.Transform.Normal:
{
List <IFigure> result = new List <IFigure>();
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(this.InsertPoint,
-(Dimensions.C - 0.5 * Dimensions.B) * M.Cos(RotateRAD) + Dimensions.B * M.Sin(RotateRAD),
-(Dimensions.C - 0.5 * Dimensions.B) * M.Sin(RotateRAD) - Dimensions.B * M.Cos(RotateRAD))));
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(this.InsertPoint,
-(Dimensions.C - 0.5 * Dimensions.B) * M.Cos(RotateRAD) + Dimensions.B * M.Sin(RotateRAD) + (Dimensions.A - 0.5 * Dimensions.B) * M.Cos(RotateRAD),
-(Dimensions.C - 0.5 * Dimensions.B) * M.Sin(RotateRAD) - Dimensions.B * M.Cos(RotateRAD) + (Dimensions.A - 0.5 * Dimensions.B) * M.Sin(RotateRAD))));
return(result);
}
case Reinforcement.Transform.FlipHorizontal:
{
List <IFigure> result = new List <IFigure>();
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(this.InsertPoint,
(this.Dimensions.C - 0.5 * Dimensions.B) * M.Cos(RotateRAD) + this.Dimensions.B * M.Sin(RotateRAD),
(this.Dimensions.C - 0.5 * Dimensions.B) * M.Sin(RotateRAD) - this.Dimensions.B * M.Cos(RotateRAD))));
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(this.InsertPoint, this.Dimensions.C * M.Cos(RotateRAD) + this.Dimensions.B * M.Sin(RotateRAD) - this.Dimensions.A * M.Cos(RotateRAD),
this.Dimensions.C * M.Sin(RotateRAD) - this.Dimensions.B * M.Cos(RotateRAD) - this.Dimensions.A * M.Sin(RotateRAD))));
return(result);
}
case Reinforcement.Transform.FlipVertical:
{
List <IFigure> result = new List <IFigure>();
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(this.InsertPoint,
-(this.Dimensions.C - 0.5 * Dimensions.B) * M.Cos(RotateRAD) - Dimensions.B * M.Sin(RotateRAD),
-(this.Dimensions.C - 0.5 * Dimensions.B) * M.Sin(RotateRAD) + Dimensions.B * M.Cos(RotateRAD))));
result.Add(Factory.CreateFreePoint(this.Drawing, PointsHelper.Offset(this.InsertPoint,
-(this.Dimensions.C - 0.5 * Dimensions.B) * M.Cos(RotateRAD) - Dimensions.B * M.Sin(RotateRAD)
+ (Dimensions.A + 0.5 * Dimensions.B) * M.Cos(RotateRAD),
-(this.Dimensions.C - 0.5 * Dimensions.B) * M.Sin(RotateRAD) + Dimensions.B * M.Cos(RotateRAD)
+ (Dimensions.A + 0.5 * Dimensions.B) * M.Sin(RotateRAD))));
return(result);
}
case Reinforcement.Transform.Rotate180:
{
goto case Reinforcement.Transform.Normal;
}
case Reinforcement.Transform.Rotate90CCW:
{
goto case Reinforcement.Transform.Normal;
}
case Reinforcement.Transform.Rotate90CW:
{
goto case Reinforcement.Transform.Normal;
}
default: return(null);
}
}
case Reinforcement.ViewDirection.Top:
{
switch (Transform)
{
case Reinforcement.Transform.Normal:
case Reinforcement.Transform.FlipHorizontal:
case Reinforcement.Transform.FlipVertical:
{
List <IFigure> result = new List <IFigure>();
result.Add(Factory.CreateFreePoint(Drawing, PointsHelper.Offset(this.InsertPoint,
-0.5 * Dimensions.A * M.Cos(RotateRAD), -0.5 * Dimensions.A * M.Sin(RotateRAD))));
result.Add(Factory.CreateFreePoint(Drawing, PointsHelper.Offset(this.InsertPoint,
0.5 * Dimensions.A * M.Cos(RotateRAD), 0.5 * Dimensions.A * M.Sin(RotateRAD))));
return(result);
}
case Reinforcement.Transform.Rotate180:
{
Rotate += 90; // Gọi phương thức này 2 lần
goto case Reinforcement.Transform.Normal;
}
case Reinforcement.Transform.Rotate90CCW:
{
Rotate += 45; // Gọi phương thức này 2 lần
goto case Reinforcement.Transform.Normal;
}
case Reinforcement.Transform.Rotate90CW:
{
Rotate += -45; // Gọi phương thức này 2 lần
goto case Reinforcement.Transform.Normal;
}
default: return(null);
}
}
case Reinforcement.ViewDirection.Left:
return(null);
default: return(null);
}
}
private void GenerateCustomMap()
{
List <RoomHelper> currentRoom = new List <RoomHelper>();
currentRoom.Add(startingRoom.GetComponent <RoomHelper>());
bool created;
for (int i = 0; i < maxRooms; i++)
{
created = false;
for (int r = 0; r < currentRoom.Count; r++)
{
Debug.Log(currentRoom.Count);
if (created)
{
break;
}
for (int j = 0; j < currentRoom[r].availablePoints.Count; j++)
{
PointsHelper pointsHelper = currentRoom[r].availablePoints[j];
if (pointsHelper.inUse == false)
{
if (pointsHelper.roomTypeNeeded == 0)
{
int rng = UnityEngine.Random.Range(0, upTileSets.Count);
var newRoom = Instantiate(upTileSets[rng], pointsHelper.transform.position,
upTileSets[rng].transform.rotation);
pointsHelper.inUse = true;
created = true;
currentRoom.Add(newRoom.GetComponent <RoomHelper>());
}
else if (pointsHelper.roomTypeNeeded == 1)
{
int rng = UnityEngine.Random.Range(0, downTileSets.Count);
var newRoom = Instantiate(downTileSets[rng], pointsHelper.transform.position,
downTileSets[rng].transform.rotation);
pointsHelper.inUse = true;
created = true;
currentRoom.Add(newRoom.GetComponent <RoomHelper>());
}
else if (pointsHelper.roomTypeNeeded == 2)
{
int rng = UnityEngine.Random.Range(0, leftTileSets.Count);
var newRoom = Instantiate(leftTileSets[rng], pointsHelper.transform.position,
leftTileSets[rng].transform.rotation);
pointsHelper.inUse = true;
created = true;
currentRoom.Add(newRoom.GetComponent <RoomHelper>());
}
else if (pointsHelper.roomTypeNeeded == 3)
{
int rng = UnityEngine.Random.Range(0, rightTileSets.Count);
var newRoom = Instantiate(rightTileSets[rng], pointsHelper.transform.position,
rightTileSets[rng].transform.rotation);
pointsHelper.inUse = true;
created = true;
currentRoom.Add(newRoom.GetComponent <RoomHelper>());
}
else if (pointsHelper.roomTypeNeeded == 4)
{
int rng = UnityEngine.Random.Range(0, roomPrefabs.Count);
var newRoom = Instantiate(roomPrefabs[rng], pointsHelper.transform.position,
roomPrefabs[rng].transform.rotation);
pointsHelper.inUse = true;
created = true;
//currentRoom.Add(newRoom.GetComponent<RoomHelper>());
}
break;
}
}
}
}
}