public void DestructNaviMesh()
{
_navigation.DestructNavi();
_splinecurve.destructSplinecurveAll();
_triCollector.DestructAllTris();
_triCollector = null;
_navigation = null;
_splinecurve = null;
}
//@ Process
public void InitializeNaviMesh()
{
_navigation = new CNavigation();
_triCollector = new CTriCollector();
_splinecurve = new CSplineManufacturer();
_navigation.InitializeNavi();
_triCollector.InitTriCollector();
_splinecurve.InitSplieCurve();
m_meshGeometry = GetComponent <MeshFilter>().mesh;
m_arrVertex = m_meshGeometry.vertices;
m_arrTri = m_meshGeometry.triangles;
}
public bool resetGlobal(int iIdxKeyNavi, bool bInitFromGeometry)
{
if (iIdxKeyNavi < 0)
{
return(false);
}
_IdxKeyNavi = iIdxKeyNavi;
bool bResultProcess = false;
//@ Clear all managers
bResultProcess = clearGLOBAL(true);
if (false == bResultProcess)
{
Debug.Log("Error. clearGLOBAL()!/////");
}
//@ Instantiate NaviMesh
m_meshNavigation_global = m_datanavimeshs.getNavigationMesh(iIdxKeyNavi);
m_meshNavigation_global.InitializeNaviMesh();
m_triCollector = m_meshNavigation_global.triCollector;
m_SplineCurve = m_meshNavigation_global.splinecurve;
if (true == bInitFromGeometry)
{
//@ Construct All Triangle
bResultProcess = resetGlobal_TrianglesAll(m_meshNavigation_global);
if (false == bResultProcess)
{
Debug.Log("Error!.//");
}
//@ Set constant objects to start position
bResultProcess = resetGlobal_constantObjects(m_triCollector, false);
if (false == bResultProcess)
{
Debug.Log("Error!.//");
}
//@ Intiailzie basemanets
LinkTriCollectorToAllBase(ref m_baseTowerCollector,
ref m_baseCoreCollector,
ref m_baseCoresubCollector,
ref m_baseStartCollector,
ref m_baseBlockCollector,
m_triCollector);
//@ Re-load navi cells from template pre-loads.
LoadNaviFromTemplate();
//@ Load bases.
Load_BaseTower_Binary(ref m_baseTowerCollector);
Load_BaseCore_Binary(ref m_baseCoreCollector);
Load_BaseCoreSub_Binary(ref m_baseCoresubCollector);
Load_BaseStart_Binary(ref m_baseStartCollector);
Load_BaseBlock_Binary(ref m_baseBlockCollector);
//@ Load Curve Path through script
bResultProcess = Load_CurvePath_Binary(ref m_SplineCurve);
if (false == bResultProcess)
{
Debug.Log("loadingProcess_Binary Load_CurvePath_Binary_error. //");
}
//@ Construct Navigation
bResultProcess = resetGlobal_NavigationCells(m_triCollector, ref m_meshNavigation_global);
if (false == bResultProcess)
{
Debug.Log("Error!.//");
}
//@Initialze UnitWalking
UnitWalking.SetStatusCellToCell();
} // if (true == bInitFromGeometry)
else
{
//@ Load using script.
loadingProcess_Binary(iIdxKeyNavi);
} // if (false == bInitFromGeometry)
//@ Input Process Initialize
m_processInput.resetInput(this);
m_intervalUnitWalking.InitIntervalUnitWalking(m_triCollector);
return(true);
} // public void resetGlobal
protected bool Load_CurvePath_Binary(ref CSplineManufacturer splinecurveManufacturer)
{
splinecurveManufacturer.LoadCurvePath_CMapTemplate(m_stageMap.FlyUnitPath_List);
return(true);
}
protected void setSplineGuide(int isplineguide, ref CSplineManufacturer.curvesection[] arrLineGuide)
{
CNaviMesh navimeshcurr = getNavimeshcurr();
CSplineManufacturer splinecurveManufacturer = navimeshcurr.splinecurve;
arrLineGuide = splinecurveManufacturer.getLineGuide(isplineguide);
}