public void Sort_BendDistance(ref List <clsPart.sBend> Bend_In)
//=============================================================
{
clsPart.sBend pBend = new clsPart.sBend();
for (int i = 0; i < Bend_In.Count; i++)
{
for (int j = 0; j < Bend_In.Count - 1; j++)
{
if (Bend_In[j].Distance > Bend_In[j + 1].Distance)
{
pBend = Bend_In[j];
Bend_In[j] = Bend_In[j + 1];
Bend_In[j + 1] = pBend;
}
}
}
}
//======================
public void ReadDXFFile(string FileName_In)
//==========================================
{
#region "PART:"
//=============
List <clsEntity> pEntityList_Temp = new List <clsEntity>();
pEntityList_Temp = ReadDXFLayer(FileName_In, "PROGP"); //....For the Unfolded part information.
//pEntityList_Temp = ReadDXFLayer(FileName_In, "OBJ");
string pFileTitle = "";
int a = FileName_In.LastIndexOf("\\") + 2;
pFileTitle = FileName_In.Substring(a, FileName_In.Length - a).Remove(FileName_In.Substring(a, FileName_In.Length - a).Length - 4);
clsPart pPart = new clsPart();
pPart.PartNo = pFileTitle;
List <clsEntity> pEntityList = new List <clsEntity>();
pEntityList = ArrangeEntityCW(pEntityList_Temp);
pPart.Entity_Unfolded = pEntityList;
pPart.DetermineSize();
pEntityList_Temp = new List <clsEntity>();
pEntityList_Temp = ReadDXFLayer(FileName_In, "OBJ"); //....For the folded part information.
pEntityList = new List <clsEntity>();
pEntityList = ArrangeEntityCW(pEntityList_Temp);
pPart.Entity_folded = pEntityList;
List <double> pDistance = new List <double>();
for (int i = 0; i < pPart.Entity_folded.Count; i++)
{
pDistance.Add(clsEntity.GetDistance_BetwnPts(pPart.Entity_folded[i].Begin_Pt, pPart.Entity_folded[i].End_Pt));
}
pDistance.Sort();
pPart.Thickness = pDistance[0];
#endregion
#region "BEND:"
//=============
pEntityList_Temp = new List <clsEntity>();
List <clsPart.sBend> pBendList = new List <clsPart.sBend>();
pEntityList_Temp = ReadDXFLayer(FileName_In, "BENDU");
if (pEntityList_Temp.Count > 0)
{
for (int j = 0; j < pEntityList_Temp.Count; j++)
{
clsPart.sBend pBend = new clsPart.sBend();
pBend.Distance = pPart.XMax() - pEntityList_Temp[j].Begin_Pt.X;
pBend.Dir = clsPart.eBendDir.U;
pBendList.Add(pBend);
}
}
pEntityList_Temp = new List <clsEntity>();
pEntityList_Temp = ReadDXFLayer(FileName_In, "BENDD");
if (pEntityList_Temp.Count > 0)
{
for (int j = 0; j < pEntityList_Temp.Count; j++)
{
clsPart.sBend pBend = new clsPart.sBend();
pBend.Distance = pPart.XMax() - pEntityList_Temp[j].Begin_Pt.X;
pBend.Dir = clsPart.eBendDir.D;
pBendList.Add(pBend);
}
}
pPart.Sort_BendDistance(ref pBendList);
pPart.BendList_Left = pBendList;
List <Single> pAngle = pPart.DetermineBendAngle();
for (int i = 0; i < pPart.BendList_Left.Count; i++)
{
if (pPart.BendList_Left[i].Dir == clsPart.eBendDir.D)
{
clsPart.sBend pBend = new clsPart.sBend();
pBend.Distance = pPart.BendList_Left[i].Distance;
pBend.Angle = pAngle[i];
pBend.Dir = pPart.BendList_Left[i].Dir;
pPart.BendList_Left[i] = pBend;
}
else
{
clsPart.sBend pBend = new clsPart.sBend();
pBend.Distance = pPart.BendList_Left[i].Distance;
pBend.Angle = 360 - pAngle[i];
pBend.Dir = pPart.BendList_Left[i].Dir;
pPart.BendList_Left[i] = pBend;
}
}
#endregion
modMain.gEHRTBender.Part.Add(pPart);
}
//=============================================================
public void Sort_BendDistance(ref List<clsPart.sBend> Bend_In)
{
clsPart.sBend pBend = new clsPart.sBend();
for (int i = 0; i < Bend_In.Count; i++)
{
for (int j = 0; j < Bend_In.Count - 1; j++)
{
if (Bend_In[j].Distance > Bend_In[j + 1].Distance)
{
pBend = Bend_In[j];
Bend_In[j] = Bend_In[j + 1];
Bend_In[j + 1] = pBend;
}
}
}
}
