public int getTriHypotenuse(CNAVICELL.CADJ_TRI[] arrAdjTri, List <CTRI> listTris, int iSeqTri)
{
if (arrAdjTri.Length < 1 || iSeqTri < 0)
{
return(-1);
}
CNAVICELL.CADJ_TRI tri_Adj = arrAdjTri[iSeqTri];
CTRI tri = listTris[iSeqTri];
int iEdge_Hyptenuse = tri.GetHypotenuseEdge();
if (CTRI.NULL_TRI_EDGE == iEdge_Hyptenuse)
{
return(-1);
}
int iTri_Hypotenuse = tri_Adj._arrTrisAdjacent[iEdge_Hyptenuse];
if (iTri_Hypotenuse == CNAVICELL.NULL_CELL)
{
return(-1);
}
return(iTri_Hypotenuse);
}
protected bool extractNavicellToAdj(
List <CTRI> listTris,
CNAVICELL[] arrNavicells,
ref CNAVICELL.CADJ_TRI[] arrAdjs)
{
int iCntNaviCell = arrNavicells.Length;
if (iCntNaviCell < 1)
{
Debug.Log("if(iCntNaviCell < 1)");
return(false);
}
arrAdjs = new CNAVICELL.CADJ_TRI[iCntNaviCell];
for (int iSeqTri = 0; iSeqTri < iCntNaviCell; ++iSeqTri)
{
CNAVICELL naviCellCurr = arrNavicells[iSeqTri];
arrAdjs[iSeqTri] = naviCellCurr.getAdj();
arrAdjs[iSeqTri].tri = listTris[iSeqTri];
}
return(true);
}
//@ Collect All BaseTower List which calculated Perfect Square.
static public bool CollectAll_perfectSqre_exceptGoalTri(CNAVICELL[] arrNavicells,
CTriCollector tricollector,
ref List <CBASE__> listBase)
{
int iCntNaviCell = arrNavicells.Length;
if (iCntNaviCell < 1)
{
Debug.Log("if(iCntNaviCell < 1)");
return(false);
}
List <int> listIdxTrisGoal = tricollector.m_listTris_naviGoal;
List <int> listIdxTrisStart = tricollector.m_listTris_naviStart;
List <int> listTriIR = new List <int>();
CNAVICELL.CADJ_TRI[] arrAdjs_ = tricollector.arrayAllTriAdjacent;
tricollector.collectAll_IsoscellesRightTriangles(ref listTriIR);
List <int> listTri_Instant__ = new List <int>();
bool bValidatedBase_perfectSquare = false;
foreach (int iIdxTri in listTriIR)
{
CNAVICELL.CADJ_TRI adjTri = arrAdjs_[iIdxTri];
CTRI triCurr = tricollector.getTri(iIdxTri);
bValidatedBase_perfectSquare = false;
//@ process skip
if (true == triCurr.inclinedPlane())
{
continue;
}
if (-1 < listIdxTrisGoal.BinarySearch(iIdxTri))
{
continue;
}
if (-1 < listIdxTrisStart.BinarySearch(iIdxTri))
{
continue;
}
int iEdge_Hyptenuse = triCurr.GetHypotenuseEdge();
if (CTRI.NULL_TRI_EDGE == iEdge_Hyptenuse)
{
continue;
}
int iTri_Hypotenuse = adjTri._arrTrisAdjacent[iEdge_Hyptenuse];
if (iTri_Hypotenuse == CNAVICELL.NULL_CELL)
{
continue;
}
CTRI triHyptenuse = tricollector.getTri(iTri_Hypotenuse);
if (triHyptenuse.IsisoscelesRightAngle() == true)
{
bValidatedBase_perfectSquare = true;
listTri_Instant__.Add(iIdxTri);
listTri_Instant__.Add(iTri_Hypotenuse);
}
if (true == bValidatedBase_perfectSquare)
{
CBASE__ base__New = new CBASE__();
for (int iTri_ = 0; iTri_ < listTri_Instant__.Count; ++iTri_)
{
int iSeqTri_ = listTri_Instant__[iTri_];
CTRI triPicked = tricollector.getTri(iSeqTri_);
base__New.InsertNewTri(iSeqTri_, triPicked, false);
}
bool bAlreadyExisted = false;
foreach (CBASE__ base__Sub in listBase)
{
if (true == base__Sub.IsSimilar(base__New))
{
bAlreadyExisted = true;
break;
}
}
if (false == bAlreadyExisted)
{
base__New.CalculateBase__(iIdxTri);
listBase.Add(base__New);
}
listTri_Instant__.Clear();
} // if(true==bValidatedBase_perfectSquare)
} // foreach(int iIdxTri in listTriIR)
return(true);
} // static public bool CollectAll_perfectSqre_exceptGoalTri()
