ClusterData* ClusterHelper::Update(){
std::vector<Point*>* reducedPoints = ReducePoints(localcpy);
if (AreEnoughPointsForClustering((int)reducedPoints->size()))
{
FindClusters(reducedPoints);
AssignAllPoints(localcpy);
}
else
{
if (value) {
delete value;
}
value = new ClusterData();
}
return value;
}
void CDialogCCD::SaveTemplateFile()
{
//保存
//////////////////////////////////////////////////
if (g_vecUnit.size() <= 0)
{
AfxMessageBox("当前没有可保存的模板");
return;
}
//1.从c:\\bin目录下去txt文件，这里规定死方便操作
CFileDialog _OpenDlg(FALSE, ".txt", "c:\\bin\\模板名称",
OFN_HIDEREADONLY | OFN_OVERWRITEPROMPT, "文本文件(*.txt)|*.txt|所有文件 (*.*)|*.*||");
if(_OpenDlg.DoModal()!=IDOK)
{
return;
}
CString _strFile = _OpenDlg.GetPathName();
if(_strFile.Find("C:\\bin\\", 0) < 0)
{
AfxMessageBox("请正确选择路径");
return;
}
//把轮廓点减少
if (g_vecUnit[0]->m_nType == u_polyline)
{
AD_PolylineData* _pPolylineTemp = (AD_PolylineData*)g_vecUnit[0];
ReducePoints(_pPolylineTemp->m_vecPoint);
}
CString _strLine;
vector<CString> _vecLine;
int _nTrackerPointCount = 0;
int _nTrackerArcCount = 0;
int _nTrackerCircleCount = 0;
for (size_t _i=0; _i<g_vecUnit.size(); _i++)
{
if (g_vecUnit[_i]->m_nType == u_arc)
{
_strLine.Format("track arc %d", _nTrackerArcCount++);
}
else if (g_vecUnit[_i]->m_nType == u_circle)
{
_strLine.Format("track circle %d", _nTrackerCircleCount++);
}
else
{
_strLine.Format("track point %d", _nTrackerPointCount++);
}
_vecLine.push_back(_strLine);
switch (g_vecUnit[_i]->m_nType)
{
case u_dot:
{
AD_PointData* _pDotTemp = (AD_PointData*)g_vecUnit[_i];
_strLine.Format("X%lfY%lfZ%lf", _pDotTemp->x, _pDotTemp->y, _pDotTemp->z);
_vecLine.push_back(_strLine);
}
break;
case u_line:
{
AD_LineData* _pLineTemp = (AD_LineData*)g_vecUnit[_i];
_strLine.Format("X%lfY%lfZ%lf", _pLineTemp->x1, _pLineTemp->y1, _pLineTemp->z1);
_vecLine.push_back(_strLine);
_strLine.Format("X%lfY%lfZ%lf", _pLineTemp->x2, _pLineTemp->y2, _pLineTemp->z2);
_vecLine.push_back(_strLine);
}
break;
case u_arc:
{
AD_ArcData* _pArcTemp = (AD_ArcData*)g_vecUnit[_i];
_strLine.Format("A1%lfA2%lfCX%lfCY%lfCZ%lfR%lf", _pArcTemp->angle1, _pArcTemp->angle2, _pArcTemp->cx,
_pArcTemp->cy, _pArcTemp->cz, _pArcTemp->radius);
_vecLine.push_back(_strLine);
}
break;
case u_circle:
{
AD_CircleData* _pCirTemp = (AD_CircleData*)g_vecUnit[_i];
_strLine.Format("CX%lfCY%lfCZ%lfR%lf", _pCirTemp->cx, _pCirTemp->cy,
_pCirTemp->cz, _pCirTemp->radius);
_vecLine.push_back(_strLine);
}
break;
case u_polyline:
{
AD_PolylineData* _pPolylineTemp = (AD_PolylineData*)g_vecUnit[_i];
for (size_t _k=0; _k<_pPolylineTemp->m_vecPoint.size(); _k++)
{
_strLine.Format("X%lfY%lfZ%lf", _pPolylineTemp->m_vecPoint[_k].x,
_pPolylineTemp->m_vecPoint[_k].y, _pPolylineTemp->m_vecPoint[_k].z);
_vecLine.push_back(_strLine);
}
if (_pPolylineTemp->flags == 1)
{
_strLine.Format("X%lfY%lfZ%lf", _pPolylineTemp->m_vecPoint[0].x,
_pPolylineTemp->m_vecPoint[0].y, _pPolylineTemp->m_vecPoint[0].z);
_vecLine.push_back(_strLine);
}
}
break;
case u_spline:
{
AD_SplineData* _pSplineTemp = (AD_SplineData*)g_vecUnit[_i];
for (size_t _k=0; _k<_pSplineTemp->m_vecPoint.size(); _k++)
{
_strLine.Format("X%lfY%lfZ%lf", _pSplineTemp->m_vecPoint[_k].x,
_pSplineTemp->m_vecPoint[_k].y, _pSplineTemp->m_vecPoint[_k].z);
_vecLine.push_back(_strLine);
}
}
break;
case u_ellipse:
{
AD_EllipseData* _pEllispeTemp = (AD_EllipseData*)g_vecUnit[_i];
for (size_t _k=0; _k<_pEllispeTemp->m_vecPoint.size(); _k++)
{
_strLine.Format("X%lfY%lfZ%lf", _pEllispeTemp->m_vecPoint[_k].x,
_pEllispeTemp->m_vecPoint[_k].y, _pEllispeTemp->m_vecPoint[_k].z);
_vecLine.push_back(_strLine);
}
}
break;
case u_mtext:
{
//AD_MTextData* _pSplineTemp = (AD_MTextData*)g_vecUnit[_i];
//DrawElementMText(memDC_ ,_pSplineTemp);
}
break;
default:
break;
}
}
CFileTxt _fileTemplate;
_fileTemplate.CreateFileTxt(_strFile);
_fileTemplate.WriteLine(_vecLine);
_fileTemplate.CloseFile();
AddTFileList(_strFile);
}
