public static CVAngle Create(CMAngle model, Transform parent,
CVLineSegment segment1, CVLineSegment segment2)
{
var name = string.Format("angle {0}: {1} <-> {2}", model.Id, segment1.Model.Id, segment2.Model.Id);
return(new GameObject(name).AddComponent <CVAngle>().Init(model, parent, segment1, segment2));
}
public CBuildLineAction(CVShape owner, CVPoint point, CVLineSegment segment, Vector3 hitPos) : base(owner)
{
point1 = new CVPointWrap(owner, point);
this.segment = new CVSegmentWrap(owner, segment);
this.hitPos = segment.Owner.CalcHitPosition(this.segment.Index, hitPos);
divideAction = new CDivideLineAction(Owner, segment.Owner, this.segment.Index, this.hitPos);
}
private CVAngle Init(CMAngle model, Transform parent,
CVLineSegment segment1, CVLineSegment segment2)
{
CVPoint point = segment1.GetCommonPoint(segment2);
// функция вычисления направлений линий, образующих угол
Func <CVLineSegment, Vector3> getDir
= segment => segment.RealDirection.normalized * (point == segment.FirstPoint ? 1 : -1);
// создание обозначения угла
const float radius = 0.2f;
Vector3[] positions = null;
if (model.IsRightAngle)
{
positions = CalcRightAngleContour(radius, getDir(segment1), getDir(segment2));
}
else
{
positions = CalcAngleContour(radius, getDir(segment1), getDir(segment2));
}
CreateLineRenderer(transform, positions);
// привязка обозначения угла к месту угла
transform.parent = parent;
transform.localPosition = point.RealPosition;
transform.localRotation = Quaternion.identity;
transform.localScale = Vector3.one;
Model = model;
return(this);
}
private void CreateSegment(Vector3 startPos, Vector3 endPos, int index)
{
var segment = CVLineSegment.Create(this, SegmentsOwner, startPos, endPos);
segment.MouseDown += Segment_MouseDown;
segments.Insert(index, segment);
}
public CVPoint GetCommonPoint(CVLineSegment segment)
{
if (FirstPoint == segment.FirstPoint || FirstPoint == segment.LastPoint)
{
return(FirstPoint);
}
if (LastPoint == segment.FirstPoint || LastPoint == segment.LastPoint)
{
return(LastPoint);
}
return(null);
}
// отложенная обработка события выбора отрезка
private IEnumerator LineView_Selected_Coroutine(CVLine view, CVLineSegment segment)
{
switch (CurState)
{
case State.SetAngle:
if (activeSegments.Count != 0 && segment.GetCommonPoint(activeSegments.Top) == null)
{
activeSegments.Clear();
}
activeSegments.ToXor(segment);
break;
case State.BuildLine:
Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
if (curAction != null && curAction.IsDone)
{
curAction.Undo();
yield return(null);
}
RaycastHit raycastHit = new RaycastHit();
if (activePoints.Top != null && Physics.Raycast(ray, out raycastHit))
{
CVLineSegment correctSegment = raycastHit.transform.gameObject.GetComponent <CVLineSegment>();
curAction = new CBuildLineAction(this, activePoints.Top, correctSegment, raycastHit.point);
curAction.Do();
}
break;
case State.DivideLine:
activeSegments.ToXor(segment);
break;
case State.Static:
break;
}
yield return(null);
}
// обработчик события выбора отрезка
private void LineView_Selected(CVLine view, CVLineSegment segment)
{
StartCoroutine(LineView_Selected_Coroutine(view, segment));
}
public CAngleSettingAction(CVShape owner, CVLineSegment segment1, CVLineSegment segment2, int?angle = null) : base(owner)
{
this.segment1 = new CVSegmentWrap(Owner, segment1);
this.segment2 = new CVSegmentWrap(Owner, segment2);
this.angle = angle;
}
public CDivideLineAction(CVShape owner, CVLineSegment segment, Vector3 pointPosition)
: this(owner, segment.Owner, segment.IndexInLine, pointPosition)
{
}
public CDivideLineAction(CVShape owner, CVLineSegment segment, float ratio)
: this(owner, segment.Owner, segment.IndexInLine, ratio)
{
}
public CVSegmentWrap(CVShape owner, CVLineSegment segment)
: this(owner, segment.Model.Id, segment.IndexInLine)
{
}
public int SegmentIndex(CVLineSegment lineSegment)
{
return(segments.IndexOf(lineSegment));
}
