public void Clear()
{
//if (_isCleared)
//{
// return;
//}
_cloneVerts.Clear();
_crossVerts.Clear();
_cloneEdges.Clear();
_mesh = null;
_nSelectedVert = 0;
_nTotalVert = 0;
_nTotalEdge = 0;
_offset = 0.0f;
_isAddOnRuler = false;
_isMirrorX = true;
_mirrorPos = 0.0f;
_srcEdges.Clear();
_srcVerts.Clear();
_vert2Verts.Clear();
_vert2Clone.Clear();
_clone2Vert.Clear();
CloneVertex.ClearIndex();
//_isCleared = true;
}
public void RemoveLinkedCloneVert(CloneVertex cloneVert)
{
if (_linkedCloneVerts.Contains(cloneVert))
{
_linkedCloneVerts.Remove(cloneVert);
}
}
public static CloneVertex MakeMirrorPoint(apVertex srcVert, Vector2 pos, int compare)
{
CloneVertex newCVert = new CloneVertex();
newCVert._srcVert = srcVert;
newCVert._pos = pos;
newCVert._compareToMirror = compare;
return(newCVert);
}
public static CloneVertex MakeCrossPoint(Vector2 pos, apMeshEdge splitEdge)
{
CloneVertex newCVert = new CloneVertex();
newCVert._pos = pos;
newCVert._isCrossOnAxis = true;
newCVert._srcSplitEdge = splitEdge;
newCVert._compareToMirror = 0;
return(newCVert);
}
public static CloneVertex MakePointOnAxis(apVertex srcVert)
{
CloneVertex newCVert = new CloneVertex();
newCVert._srcVert = srcVert;
newCVert._pos = srcVert._pos;
newCVert._isOnAxis = true;
newCVert._compareToMirror = 0;
return(newCVert);
}
// Functions
//-----------------------------------------------
public void Refresh(apMesh mesh, bool isReset)
{
//리셋할지 말지 체크
if (!isReset)
{
if (_mesh != mesh ||
mesh == null ||
_nSelectedVert != _editor.VertController.Vertices.Count ||
_nTotalVert != mesh._vertexData.Count ||
_nTotalEdge != mesh._edges.Count ||
!Mathf.Approximately(_offset, _editor._meshTRSOption_MirrorOffset) ||
_isAddOnRuler != _editor._meshTRSOption_MirrorSnapVertOnRuler
)
{
isReset = true;
}
else
{
if (mesh != null)
{
if (_isMirrorX != mesh._isMirrorX)
{
isReset = true;
}
else if ((mesh._isMirrorX && !Mathf.Approximately(_mirrorPos, mesh._mirrorAxis.x)) ||
(!mesh._isMirrorX && !Mathf.Approximately(_mirrorPos, mesh._mirrorAxis.y)))
{
isReset = true;
}
}
}
}
if (!isReset)
{
//리스트를 돌면서
//SrcVert의 위치가 미러 축의 (+, -, 0) 중 어디에 들어가는지 확인하자
//하나라도 변경된게 있다면 Reset이다.
CloneVertex checkClone = null;
for (int i = 0; i < _cloneVerts.Count; i++)
{
checkClone = _cloneVerts[i];
if (checkClone._compareToMirror != GetMirrorCompare(checkClone._srcVert._pos, true))
{
//리셋을 해야할 만큼 위치가 바뀌었다.
//Debug.LogError("Mirror 변경됨");
isReset = true;
break;
}
}
}
if (isReset)
{
Clear();
if (mesh == null)
{
return;
}
if (_editor.VertController.Vertices.Count == 0)
{
return;
}
List <apVertex> selectVerts = _editor.VertController.Vertices;
List <apVertex> verts = mesh._vertexData;
List <apMeshEdge> edges = mesh._edges;
_mesh = mesh;
_nSelectedVert = selectVerts.Count;
_nTotalVert = verts.Count;
_nTotalEdge = edges.Count;
_offset = _editor._meshTRSOption_MirrorOffset;
_isAddOnRuler = _editor._meshTRSOption_MirrorSnapVertOnRuler;
_isMirrorX = mesh._isMirrorX;
_mirrorPos = mesh._isMirrorX ? mesh._mirrorAxis.x : mesh._mirrorAxis.y;
apMeshEdge curEdge = null;
apVertex curVert1 = null;
apVertex curVert2 = null;
for (int iEdge = 0; iEdge < edges.Count; iEdge++)
{
curEdge = edges[iEdge];
curVert1 = curEdge._vert1;
curVert2 = curEdge._vert2;
//하나라도 등록되어 있다면 "미러가 될 Edge"로 일단 등록
bool isVert1InList = selectVerts.Contains(curVert1);
bool isVert2InList = selectVerts.Contains(curVert2);
if (isVert1InList || isVert2InList)
{
_srcEdges.Add(curEdge);
if (isVert1InList)
{
if (!_srcVerts.Contains(curVert1))
{
_srcVerts.Add(curVert1);
}
if (!_vert2Verts.ContainsKey(curVert1))
{
_vert2Verts.Add(curVert1, new List <apVertex>());
}
if (!_vert2Verts[curVert1].Contains(curVert2))
{
_vert2Verts[curVert1].Add(curVert2); //<Vert1 -> Vert2가 이어져 있음을 등록
}
}
if (isVert2InList)
{
if (!_srcVerts.Contains(curVert2))
{
_srcVerts.Add(curVert2);
}
if (!_vert2Verts.ContainsKey(curVert2))
{
_vert2Verts.Add(curVert2, new List <apVertex>());
}
if (!_vert2Verts[curVert2].Contains(curVert1))
{
_vert2Verts[curVert2].Add(curVert1); //<Vert2 -> Vert1가 이어져 있음을 등록
}
}
//Edge중에서 축에 Cross되는 경우
if (IsCrossAxis(curEdge._vert1._pos, curEdge._vert2._pos))
{
Vector2 crossPos = GetCrossPos(curEdge._vert1._pos, curEdge._vert2._pos);
_crossVerts.Add(CloneVertex.MakeCrossPoint(crossPos, curEdge)
.AddLinkedSrcVert(curEdge._vert1)
.AddLinkedSrcVert(curEdge._vert2));
}
}
}
//등록된 Vertex 리스트를 바탕으로 Clone을 만들자
//- 옵션에 따라 바뀐다.
//- 일단 Clone간의 연결은 생략하고, Vert -> Clone만 만들자
//- 위치 보정이 중요
//- Cross가 되는 Clone은 여기서 만들지 않는다.
apVertex srcVert = null;
List <apVertex> linkedVerts = null;
apVertex linkedVert = null;
for (int iVert = 0; iVert < _srcVerts.Count; iVert++)
{
srcVert = _srcVerts[iVert];
CloneVertex newCVert = null;
if (IsOnAxis(srcVert._pos))
{
//Axis 위에 있다면..
newCVert = CloneVertex.MakePointOnAxis(srcVert);
}
else
{
//그렇지 않다면
Vector2 mirrorPos = GetMirrorPos(srcVert._pos);
newCVert = CloneVertex.MakeMirrorPoint(srcVert, mirrorPos, GetMirrorCompare(srcVert._pos, false));
}
//이어진 Vertex 들을 입력하자
linkedVerts = _vert2Verts[srcVert];
for (int iLink = 0; iLink < linkedVerts.Count; iLink++)
{
linkedVert = linkedVerts[iLink];
newCVert.AddLinkedSrcVert(linkedVert);
}
_cloneVerts.Add(newCVert);
_clone2Vert.Add(newCVert, srcVert);
_vert2Clone.Add(srcVert, newCVert);
}
//CloneVert간에 연결을 하자
CloneVertex cloneVert = null;
CloneVertex linkedCloneVert = null;
for (int iClone = 0; iClone < _cloneVerts.Count; iClone++)
{
cloneVert = _cloneVerts[iClone];
for (int iLinkedSrc = 0; iLinkedSrc < cloneVert._linkedSrcVerts.Count; iLinkedSrc++)
{
srcVert = cloneVert._linkedSrcVerts[iLinkedSrc];
if (_vert2Clone.ContainsKey(srcVert))
{
linkedCloneVert = _vert2Clone[srcVert];
cloneVert.AddLinkedCloneVert(linkedCloneVert);
}
}
}
//CrossVert를 이용해서 연결 관계를 바꾸자
CloneVertex crossVert = null;
CloneVertex linkedCloneVert1 = null;
CloneVertex linkedCloneVert2 = null;
for (int iCross = 0; iCross < _crossVerts.Count; iCross++)
{
crossVert = _crossVerts[iCross];
curVert1 = crossVert._srcSplitEdge._vert1;
curVert2 = crossVert._srcSplitEdge._vert2;
linkedCloneVert1 = null;
linkedCloneVert2 = null;
if (_vert2Clone.ContainsKey(curVert1))
{
linkedCloneVert1 = _vert2Clone[curVert1];
crossVert.AddLinkedCloneVert(linkedCloneVert1);
}
if (_vert2Clone.ContainsKey(curVert2))
{
linkedCloneVert2 = _vert2Clone[curVert2];
crossVert.AddLinkedCloneVert(linkedCloneVert2);
}
if (linkedCloneVert1 != null)
{
linkedCloneVert1.AddLinkedCloneVert(crossVert);
//만약 반대쪽이 연결된 상태라면 연결을 끊는다.
if (linkedCloneVert2 != null)
{
linkedCloneVert1.RemoveLinkedCloneVert(linkedCloneVert2);
}
}
if (linkedCloneVert2 != null)
{
linkedCloneVert2.AddLinkedCloneVert(crossVert);
//만약 반대쪽이 연결된 상태라면 연결을 끊는다.
if (linkedCloneVert1 != null)
{
linkedCloneVert2.RemoveLinkedCloneVert(linkedCloneVert1);
}
}
}
//CloneEdge를 완성한다. >> _cloneEdges
//빠른 중복
CloneVertex cloneVert1 = null;
CloneVertex cloneVert2 = null;
Dictionary <CloneVertex, List <CloneVertex> > edgedVertPairs = new Dictionary <CloneVertex, List <CloneVertex> >();
for (int iClone = 0; iClone < _cloneVerts.Count; iClone++)
{
cloneVert = _cloneVerts[iClone];
for (int iLinkClone = 0; iLinkClone < cloneVert._linkedCloneVerts.Count; iLinkClone++)
{
linkedCloneVert = cloneVert._linkedCloneVerts[iLinkClone];
if (cloneVert._index < linkedCloneVert._index)
{
cloneVert1 = cloneVert;
cloneVert2 = linkedCloneVert;
}
else
{
cloneVert1 = linkedCloneVert;
cloneVert2 = cloneVert;
}
bool isExisted = false;
if (edgedVertPairs.ContainsKey(cloneVert1))
{
if (edgedVertPairs[cloneVert1].Contains(cloneVert2))
{
isExisted = true;
}
else
{
edgedVertPairs[cloneVert1].Add(cloneVert2);
}
}
else
{
edgedVertPairs.Add(cloneVert1, new List <CloneVertex>());
edgedVertPairs[cloneVert1].Add(cloneVert2);
}
if (!isExisted)
{
_cloneEdges.Add(new CloneEdge(cloneVert1, cloneVert2));
}
}
}
}
else
{
//위치만 갱신하자
CloneVertex curCloneVert = null;
for (int iClone = 0; iClone < _cloneVerts.Count; iClone++)
{
curCloneVert = _cloneVerts[iClone];
if (!curCloneVert._isOnAxis)
{
curCloneVert._pos = GetMirrorPos(curCloneVert._srcVert._pos);
}
else
{
curCloneVert._pos = curCloneVert._srcVert._pos;
}
}
for (int iClone = 0; iClone < _crossVerts.Count; iClone++)
{
curCloneVert = _crossVerts[iClone];
if (curCloneVert._linkedSrcVerts.Count < 2)
{
continue;
}
Vector2 crossPos = GetCrossPos(curCloneVert._linkedSrcVerts[0]._pos,
curCloneVert._linkedSrcVerts[1]._pos);
curCloneVert._pos = crossPos;
}
}
}
public bool IsSame(CloneVertex vert1, CloneVertex vert2)
{
return((_cloneVert1 == vert1 && _cloneVert2 == vert2) ||
(_cloneVert1 == vert2 && _cloneVert2 == vert1));
}
public CloneEdge(CloneVertex vert1, CloneVertex vert2)
{
_cloneVert1 = vert1;
_cloneVert2 = vert2;
}
public CloneVertex AddLinkedCloneVert(CloneVertex cloneVert)
{
_linkedCloneVerts.Add(cloneVert);
return(this);
}