//create3Dline--------------------------------------------
private void button5_Click(object sender, EventArgs e)
{
// object[] HpCrd1 = new object[3];
// object[] HpCrd2 = new object[3];
try
{
sel = catia.ActiveDocument.Selection;
HyShpPtCoord1 = (HybridShapeTypeLib.Point)sel.FindObject("CATIAHybridShapePoint");
//sel = catia.ActiveDocument.Selection;
HyShpPtCoord2 = (HybridShapeTypeLib.Point)sel.FindObject("CATIAHybridShapePoint");
//HyShpPtCoord1.GetCoordinates(HpCrd1);
//HyShpPtCoord1.GetCoordinates(HpCrd2);
PartDocument prtDoc = (PartDocument)catia.ActiveDocument;
Part prt = prtDoc.Part;
HybridBody hbdy = prt.HybridBodies.Item(1);
HybridShapeFactory hfac = (HybridShapeFactory)prt.HybridShapeFactory;
INFITF.Reference ref1 = prt.CreateReferenceFromGeometry(HyShpPtCoord1);
INFITF.Reference ref2 = prt.CreateReferenceFromGeometry(HyShpPtCoord2);
HybridShapeTypeLib.Line lin = hfac.AddNewLinePtPt(ref1, ref2);
hbdy.AppendHybridShape(lin);
prt.Update();
}
catch (Exception)
{
MessageBox.Show("선택된 정보가 없습니다.");
return;
}
}
static void Main(string[] args)
{
/*
* StreamReader sr = new StreamReader("point.txt");
* String line = "";
* List<Pt> ptlist = new List<Pt>();
*
* while ((line = sr.ReadLine()) != null)
* {
* string[] token = line.Split(',');
* int x = int.Parse(token[0]);
* int y = int.Parse(token[1]);
* int z = int.Parse(token[2]);
* ptlist.Add(new Pt(x,y,z));
* }
*/
INFITF.Application catia;
try
{
catia = (INFITF.Application)Marshal.GetActiveObject("CATIA.Application");
}
catch (Exception)
{
catia = (INFITF.Application)Activator.CreateInstance(Type.GetTypeFromProgID("CATIA.Application"));
}
catia.Visible = true;
PartDocument prtdoc = (PartDocument)catia.Documents.Add("Part");
Part prt = prtdoc.Part;
HybridBodies hbdys = prt.HybridBodies;
HybridBody hbdy = hbdys.Add();
HybridShapeFactory hsFac = (HybridShapeFactory)prt.HybridShapeFactory;
try
{
StreamReader sr = new StreamReader("C:/Users/517-11/Desktop/saori/Automation/Catia-v5-Automation/RecapEx/point.txt");
String line = "";
//List<Pt> ptlist = new List<Pt>();
while ((line = sr.ReadLine()) != null)
{
string[] token = line.Split(',');
int x = int.Parse(token[0]);
int y = int.Parse(token[1]);
int z = int.Parse(token[2]);
// ptlist.Add(new Pt(x, y, z));
Point p = hsFac.AddNewPointCoord(x, y, z);
hbdy.AppendHybridShape(p);
}
//Point p1 = hsFac.AddNewPointCoord(10, 60, 30);
sr.Close();
prt.Update();
}
catch (Exception e)
{
Console.WriteLine("파일io오류:" + e.Message);
}
}
// create lines
private void button1_Click(object sender, EventArgs e)
{
try
{
prtDoc = (PartDocument)catia.ActiveDocument;
Part prt = prtDoc.Part;
hbdy = prt.HybridBodies.Item(1);
HybridShapeFactory hfac = (HybridShapeFactory)prt.HybridShapeFactory;
//SelGS = (HybridBody)Sel.Item(1).Value;
//INFITF.AnyObject aaa = Pts[0];
for (int i = 0; i <= (Pts.Count - 1); i++)
{
for (int j = i + 1; j < Pts.Count; j++)
{
HybridShapeTypeLib.Point pt1 = (HybridShapeTypeLib.Point)Pts.ElementAt(i);
HybridShapeTypeLib.Point pt2 = (HybridShapeTypeLib.Point)Pts.ElementAt(j);
INFITF.Reference ref1 = prt.CreateReferenceFromGeometry(pt1);
INFITF.Reference ref2 = prt.CreateReferenceFromGeometry(pt2);
HybridShapeTypeLib.Line lin = hfac.AddNewLinePtPt(ref1, ref2);
hbdy.AppendHybridShape(lin);
}
}
prt.Update();
}
catch (Exception)
{
MessageBox.Show("선택된 정보가 없습니다.");
return;
}
}
private void BollToPoint_Click(object sender, EventArgs e)
{
this.WindowState = FormWindowState.Minimized;
ReadType = 2;
Selection SelectArc = null;
CATIA_Class.GetSelect(CatDocument, ref SelectArc, this);
if (SelectArc == null || SelectArc.Count2 == 0)
{
return;
}
int ERR = 0;
object[] PointCoord = new object[] { -99, -99, -99 };
for (int i = 1; i <= SelectArc.Count2; i++)
{
HybridShapeFactory PartHyb = (HybridShapeFactory)PartID.HybridShapeFactory;
SPAWorkbench TheSPAWorkbench = (SPAWorkbench)CatDocument.GetWorkbench("SPAWorkbench");
Reference referenceObject = SelectArc.Item(i).Reference;
Measurable TheMeasurable = TheSPAWorkbench.GetMeasurable(referenceObject);
TheMeasurable.GetPoint(PointCoord); //读取选择的曲面坐标
var TName = referenceObject.get_Name(); //读取选择的曲面名称
HybridShapePointCoord NewPoint = PartHyb.AddNewPointCoord(Convert.ToDouble(PointCoord[0]), Convert.ToDouble(PointCoord[1]), Convert.ToDouble(PointCoord[2]));
if (KeepName.Checked)
{
NewPoint.set_Name(TName);
}
else
{
NewPoint.set_Name("Rx_" + i);
}
HybridBodies Hybs = PartID.HybridBodies;
HybridBody Hyb = null;
try
{
Hyb = Hybs.Item("几何图形集.1");
}
catch (Exception)
{
Hyb = Hybs.Item("Geometrical Set.1");
}
Hyb.AppendHybridShape(NewPoint);
PartID.InWorkObject = NewPoint;
try
{
PartID.Update();
}
catch (Exception)
{
ERR += 1;
}
}
if (ERR > 0)
{
MessageBox.Show("共计:" + ERR + "个点创建新参考点失败！");
}
}
public void ErzeugeKreismusterAußenverzahnung(Data dat)
{
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
//Skizze und Referenzen
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = hsp_catiaPart.Part.CreateReferenceFromObject(XDir);
//Kreismuster mit Daten füllen
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZaehnezahlZahnrad1());
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZaehnezahlZahnrad1()) + 1;
//geschlossene Kontur
Reference Ref_Kreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = hsp_catiaPart.Part.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
hsp_catiaPart.Part.Update();
Bodies bodies = hsp_catiaPart.Part.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
hsp_catiaPart.Part.Update();
//Erzeuge Block aus Skizze
hsp_catiaPart.Part.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
}
private void button1_Click(object sender, EventArgs e)
{
//List<Pnt> pList = new List<Pnt>();
List <HybridShapeTypeLib.Point> pList = new List <HybridShapeTypeLib.Point>();
//prtDoc = (PartDocument)catia.Documents.Item(1);
prtDoc = (PartDocument)catia.Documents.Add("Part");
Part prt = prtDoc.Part;
HybridBodies hbdys = prt.HybridBodies;
HybridBody hbdy = hbdys.Add();
hbdy.set_Name("saori");
HybridShapeFactory hsFac = (HybridShapeFactory)prt.HybridShapeFactory;
//string Line = textBox1.Text;
string lin = "";
if (textBox1.Text == "")
{
MessageBox.Show("좌표를 입력해주새요");
return;
}
for (int i = 0; i < textBox1.Lines.Length; i++)
{
lin = textBox1.Lines[i];
string[] token = lin.Split(',');
int x = int.Parse(token[0]);
int y = int.Parse(token[1]);
int z = int.Parse(token[2]);
// pList.Add(new Pnt(x, y, z));
pList.Add(hsFac.AddNewPointCoord(x, y, z));
HybridShapeTypeLib.Point p = hsFac.AddNewPointCoord(x, y, z); //create a point
hbdy.AppendHybridShape(p);
}
//create points and spline
HybridShapeSpline splin = hsFac.AddNewSpline();
foreach (HybridShapeTypeLib.Point p in pList)
{
INFITF.Reference r = prt.CreateReferenceFromGeometry(p);
// hsFac.AddNewPointDatum(r);
//hbdy.AppendHybridShape(p);
splin.AddPoint(r);
}
hbdy.AppendHybridShape(splin);
prt.Update();
}
/// <summary>
/// 提取边到新Part
/// </summary>
/// <param name="Spart">新Part</param>
/// <param name="UserSelected">用户选择的参考边</param>
/// <returns>创建的新边</returns>
public HybridShapeExtract NwExtraEdge(Part Spart, Reference UserSelected)
{
HybridShapeFactory PartShape = (HybridShapeFactory)Spart.ShapeFactory;
HybridShapeExtract extractWeightEdge = PartShape.AddNewExtract(UserSelected);
extractWeightEdge.PropagationType = 3;
extractWeightEdge.ComplementaryExtract = false; //补充模式
extractWeightEdge.IsFederated = false;
HybridBodies PartHybodies = Spart.HybridBodies;
HybridBody PartHyBody = PartHybodies.Item(1);
PartHyBody.AppendHybridShape(extractWeightEdge);
Spart.InWorkObject = extractWeightEdge;
Spart.Update();
return(extractWeightEdge);
}
public void ErstelleLeereSkizze()
{
// Factories für das Erzeugen von Modellelementen (Std und Hybrid)
SF = (ShapeFactory)myPart.ShapeFactory;
HSF = (HybridShapeFactory)myPart.HybridShapeFactory;
// geometrisches Set auswaehlen und umbenennen
HybridBodies catHybridBodies1 = myPart.HybridBodies;
HybridBody catHybridBody1;
try
{
catHybridBody1 = catHybridBodies1.Item("Geometrisches Set.1");
}
catch (Exception)
{
MessageBox.Show("Kein geometrisches Set gefunden! " + Environment.NewLine +
"Ein PART manuell erzeugen und ein darauf achten, dass 'Geometisches Set' aktiviert ist.",
"Fehler", MessageBoxButton.OK, MessageBoxImage.Information);
return;
}
catHybridBody1.set_Name("Profile");
// neue Skizze im ausgewaehlten geometrischen Set auf eine Offset Ebene legen
mySketches = catHybridBody1.HybridSketches;
OriginElements catOriginElements = myPart.OriginElements;
HybridShapePlaneOffset hybridShapePlaneOffset1 = HSF.AddNewPlaneOffset(
(Reference)catOriginElements.PlaneYZ, 90.000000, false);
hybridShapePlaneOffset1.set_Name("OffsetEbene");
catHybridBody1.AppendHybridShape(hybridShapePlaneOffset1);
myPart.InWorkObject = hybridShapePlaneOffset1;
myPart.Update();
HybridShapes hybridShapes1 = catHybridBody1.HybridShapes;
Reference catReference1 = (Reference)hybridShapes1.Item("OffsetEbene");
hsp_catiaSkizze = mySketches.Add(catReference1);
// Achsensystem in Skizze erstellen
ErzeugeAchsensystem();
// Part aktualisieren
myPart.Update();
}
public bool InitCATIAPart()
{
try
{
oPartDoc = (MECMOD.PartDocument)CATIA.ActiveDocument;
oPart = oPartDoc.Part;
oBodies = oPart.Bodies;
oBody = oPart.MainBody;
oHBodies = oPart.HybridBodies;
oSF = (ShapeFactory)oPart.ShapeFactory;
oHSF = (HybridShapeFactory)oPart.HybridShapeFactory;
}
catch
{
}
return(true);
}
public void ErzeugeZahnrad(int Zaehnezahl, double Dicke, double Modul)
{
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory; Part myPart = hsp_catiaPart.Part;
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = myPart.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = myPart.CreateReferenceFromObject(XDir);
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Convert.ToDouble(Zaehnezahl));
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(Zaehnezahl) + 1;
Reference Ref_Kreismuster = myPart.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster); Reference Ref_Verbindung = myPart.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
myPart.Update();
Bodies bodies = myPart.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
myPart.Update();
myPart.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, Dicke);
myPart.Update();
}
//create a line
private void button3_Click(object sender, EventArgs e)
{
try
{
prtDoc = (PartDocument)catia.ActiveDocument;
HybridBody hbdy = (HybridBody)ptStrt.Parent;
HybridShapeFactory hfac = (HybridShapeFactory)prtDoc.Part.HybridShapeFactory;
Line lin = hfac.AddNewLinePtPt(ptStrt, ptEnd);
hbdy.AppendHybridShape(lin);
prtDoc.Part.Update();
}
catch (Exception)
{
MessageBox.Show("error");
return;
}
}
private void PointToCoord_Click(object sender, EventArgs e)
{
this.WindowState = FormWindowState.Minimized;
RepeatNum = 0;
Array.Clear(GetRepeatRef, 0, GetRepeatRef.Length);
ReadType = 1;
Selection SelectArc = null;
CATIA_Class.GetSelect(CatDocument, ref SelectArc, this);
if (SelectArc == null || SelectArc.Count2 == 0)
{
this.WindowState = FormWindowState.Normal;
this.StartPosition = FormStartPosition.CenterScreen;
this.TopMost = true;
return;
}
int ERR = 0;
object[] PointCoord = new object[] { -99, -99, -99, -99, -99, -99 };
for (int i = 1; i <= SelectArc.Count2; i++)
{
HybridShapeFactory PartHyb = (HybridShapeFactory)PartID.HybridShapeFactory;
SPAWorkbench TheSPAWorkbench = (SPAWorkbench)CatDocument.GetWorkbench("SPAWorkbench");
Reference referenceObject = SelectArc.Item(i).Reference;
Measurable TheMeasurable = TheSPAWorkbench.GetMeasurable(referenceObject);
TheMeasurable.GetPoint(PointCoord); //读取选择的曲面坐标
var TName = referenceObject.get_Name(); //读取选择的曲面名称
if (!KeepName.Checked)
{
TName = "Rx_" + (datatable.Rows.Count + 1);
}
WriteObjectToDataGrid(TName, PointCoord, referenceObject, IgRepeat.Checked);
}
SetDataGrid();
if (ERR > 0)
{
MessageBox.Show("共计:" + ERR + "个点创建新参考点失败！");
}
if (RepeatCheck.Checked)
{
CheckRepeat(SelectArc);
}
}
public void ErzeugeDasNeueKreismuster(Data dat)
{
ShapeFactory shapeFactory1 = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory hybridShapeFactory1 = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Factory2D factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord ursprung = hybridShapeFactory1.AddNewPointCoord(0, 0, 0);
Reference refUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(ursprung);
HybridShapeDirection xRichtung = hybridShapeFactory1.AddNewDirectionByCoord(1, 0, 0);
Reference refxRichtung = hsp_catiaPart.Part.CreateReferenceFromObject(xRichtung);
CircPattern kreismuster = shapeFactory1.AddNewSurfacicCircPattern(factory2D1, 1, 2, 0, 0, 1, 1, refUrsprung, refxRichtung, false, 0, true, false);
kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZähnezahl());
AngularRepartition angularRepartition2 = kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZähnezahl()) + 1;
//Kreismusterenden verbinden
Reference refKreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(kreismuster);
HybridShapeAssemble verbindung = hybridShapeFactory1.AddNewJoin(refKreismuster, refKreismuster);
Reference refVerbindung = hsp_catiaPart.Part.CreateReferenceFromObject(verbindung);
hybridShapeFactory1.GSMVisibility(refVerbindung, 0);
hsp_catiaPart.Part.MainBody.InsertHybridShape(verbindung);
hsp_catiaPart.Part.Update();
ErzeugedenNeuenBlock(refVerbindung, shapeFactory1, dat);
}
public bool InitCATIAPart(bool bNewPart, string strPart)
{
if (bNewPart)
{
//初始化
docCATIA = CATIA.Documents;
oPartDoc = (MECMOD.PartDocument)docCATIA.Add("Part");
}
else
{
if (strPart.Trim() == "")
{
oPartDoc = (MECMOD.PartDocument)CATIA.ActiveDocument;
if (oPartDoc == null)
{
docCATIA = CATIA.Documents;
oPartDoc = (MECMOD.PartDocument)docCATIA.Add("Part");
}
}
else
{
if (System.IO.File.Exists(strPart)) //有文件
{
oPartDoc = (MECMOD.PartDocument)CATIA.Documents.Open(strPart);
}
else
{
return(false);
}
}
}
oPart = oPartDoc.Part;
oBodies = oPart.Bodies;
oBody = oPart.MainBody;
oHBodies = oPart.HybridBodies;
oSF = (ShapeFactory)oPart.ShapeFactory;
oHSF = (HybridShapeFactory)oPart.HybridShapeFactory;
return(true);
}
internal void ErzeugeGewindehelix(Schraube arr)
{
hybridshapefac = (HybridShapeFactory)part_Schraube.HybridShapeFactory;
// Skizze für Gewindeprofiel
Sketch gewinde = Gewindeskizze(arr);
// "Rotationsachse" festlegen
HybridShapeDirection HelixDir = hybridshapefac.AddNewDirectionByCoord(1, 0, 0);
Reference RefHelxDir = part_Schraube.CreateReferenceFromObject(HelixDir);
//Startpunkt festlegen
HybridShapePointCoord Helixstartpunkt = hybridshapefac.AddNewPointCoord(0, 0, 0.5 * arr.durchmesser);
Reference RefHelixstartpunkt = part_Schraube.CreateReferenceFromObject(Helixstartpunkt);
//Helix Erstellen
HybridShapeHelix Helix = hybridshapefac.AddNewHelix(RefHelxDir, false, RefHelixstartpunkt, arr.gewindesteigung, arr.gewindelaenge - 1, false, 0, 0, false);
// Drehrichtung, Startpunkt Steigung Höhe Drehrichtung Anfangswinkel ...
Reference RefHelix = part_Schraube.CreateReferenceFromObject(Helix);
Reference RefGewinde = part_Schraube.CreateReferenceFromObject(gewinde);
part_Schraube.Update();
part_Schraube.InWorkObject = body_Schraube;
OriginElements catoriginElements = this.part_Schraube.OriginElements;
Reference RefPlanezx = (Reference)catoriginElements.PlaneZX;
//Rille erzeugen
Slot GewindeRille = shapefac.AddNewSlotFromRef(RefGewinde, RefHelix);
Reference RefmyPad = part_Schraube.CreateReferenceFromObject(schaft);
HybridShapeSurfaceExplicit GewindestangenSurface = hybridshapefac.AddNewSurfaceDatum(RefmyPad);
Reference RefGewindestangenSurface = part_Schraube.CreateReferenceFromObject(GewindestangenSurface);
GewindeRille.ReferenceSurfaceElement = RefGewindestangenSurface;
Reference RefGewindeRille = part_Schraube.CreateReferenceFromObject(GewindeRille);
part_Schraube.Update();
}
private void buttonCreatePoint_Click(object sender, EventArgs e)
{
Document doc = CATIA.ActiveDocument;
PartDocument partDoc = (PartDocument)doc;
Part part = partDoc.Part;
HybridShapeFactory factory = (HybridShapeFactory)part.HybridShapeFactory;
HybridBodies hybridBodiesCur = part.HybridBodies;
HybridBody hybridBodyCur = hybridBodiesCur.Item("Geometrical Set.1");
for (int i = 1; i <= 100000; i++)
{
HybridShapePointCoord pointCur = factory.AddNewPointCoord(100, 200, 300);
hybridBodyCur.AppendHybridShape(pointCur);
Reference refPoint = part.CreateReferenceFromObject(pointCur);
string sSuffix = i.ToString();
string sName = textBoxSelect.Text + sSuffix;
factory.ChangeFeatureName(refPoint, sName);
part.Update();
}
}
//Außenverzahntes Stirnrad
public void ErzeugeProfilAußen(Data dat)
{
//ERZEUGE SKIZZE
//Geometrisches Set auswählen und umbennen
HybridBodies catHybridBodies1 = hsp_catiaPart.Part.HybridBodies;
HybridBody catHybridBody1;
try
{
catHybridBody1 = catHybridBodies1.Item("Geometrisches Set.1");
}
catch (Exception)
{
MessageBox.Show("Kein geometrisches Set gefunden! " + Environment.NewLine +
"Ein PART manuell erzeugen und ein darauf achten, dass 'Geometisches Set' aktiviert ist.",
"Fehler", MessageBoxButton.OK, MessageBoxImage.Information);
return;
}
catHybridBody1.set_Name("Profile");
Sketches catSketches1 = catHybridBody1.HybridSketches;
OriginElements catOriginElements = hsp_catiaPart.Part.OriginElements;
Reference catReference1 = (Reference)catOriginElements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(catReference1);
//Erstelle Achsensystem
ErzeugeAchsensystem();
//Update
hsp_catiaPart.Part.Update();
//KOORDINATEN ANLEGEN
//Nullpunkt
double x0 = 0;
double y0 = 0;
//Radien und Winkel
double teilkreisradius = dat.getTeilkreisdurchmesser() / 2;
double hilfskreisradius = teilkreisradius * 0.94;
double fußkreisradius = teilkreisradius - (1.25 * dat.getModul());
double kopfkreisradius = teilkreisradius + dat.getModul();
double verrundungsradius = 0.35 * dat.getModul();
double alpha = 20;
double beta = 90 / dat.getZähnezahl();
double betarad = Math.PI * beta / 180;
double gamma = 90 - (alpha - beta);
double gammarad = Math.PI * gamma / 180;
double totalangle = 360.0 / dat.getZähnezahl();
double totalanglerad = Math.PI * totalangle / 180;
//Schnittpunkte und Koordinaten
//Evolventenkreis Center Koordinaten
double mittelpunktEvol_x = hilfskreisradius * Math.Cos(gammarad);
double mittelpunktEvol_y = hilfskreisradius * Math.Sin(gammarad);
//Schnittpkt. der Evolvente und dem Teilkreisradius
double punktEvol_x = -teilkreisradius *Math.Sin(betarad);
double punktEvol_y = teilkreisradius * Math.Cos(betarad);
//Evolvente Radius
double EvolventenkreisRadius = Math.Sqrt(Math.Pow((mittelpunktEvol_x - punktEvol_x), 2) + Math.Pow((mittelpunktEvol_y - punktEvol_y), 2));
//Schnittpunkt Kopfkreis und Evolventenkreis
double evolventenKopfk_x = Schnittpunkt_X(x0, y0, kopfkreisradius, mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius);
double evolventenKopfk_y = Schnittpunkt_Y(x0, y0, kopfkreisradius, mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius);
//Center Verrundung
double mittelpunktVer_x = Schnittpunkt_X(x0, y0, fußkreisradius + verrundungsradius, mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius + verrundungsradius);
double mittelpunktVer_y = Schnittpunkt_Y(x0, y0, fußkreisradius + verrundungsradius, mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius + verrundungsradius);
//Schnittpunkt Verrundung Evolventenkreis
double evolventenVer_x = Schnittpunkt_X(mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius, mittelpunktVer_x, mittelpunktVer_y, verrundungsradius);
double evolventenVer_y = Schnittpunkt_Y(mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius, mittelpunktVer_x, mittelpunktVer_y, verrundungsradius);
//Schnittpunkt Verrundung Fußkreis
double fußkreisVer_x = Schnittpunkt_X(x0, y0, fußkreisradius, mittelpunktVer_x, mittelpunktVer_y, verrundungsradius);
double fußkreisVer_y = Schnittpunkt_Y(x0, y0, fußkreisradius, mittelpunktVer_x, mittelpunktVer_y, verrundungsradius);
//Anfangspunkt Fußkreis
double hilfswinkel = totalanglerad - Math.Atan(Math.Abs(fußkreisVer_x) / Math.Abs(fußkreisVer_y));
double anfangspunktFußk_x = -fußkreisradius *Math.Sin(hilfswinkel);
double anfangspunktFußk_y = fußkreisradius * Math.Cos(hilfswinkel);
//Skizze umbenennen und öffnen
hsp_catiaProfil.set_Name("Außenverzahntes Stirnrad");
Factory2D catfactory2D1 = hsp_catiaProfil.OpenEdition();
//Punkte in Skizze einzeichnen
Point2D point_Ursprung = catfactory2D1.CreatePoint(x0, y0);
Point2D pointAnfangFußkreis = catfactory2D1.CreatePoint(anfangspunktFußk_x, anfangspunktFußk_y);
Point2D pointFußkreisVer_l = catfactory2D1.CreatePoint(fußkreisVer_x, fußkreisVer_y);
Point2D pointFußkreisVer_r = catfactory2D1.CreatePoint(-fußkreisVer_x, fußkreisVer_y);
Point2D pointMittelpunktVer_l = catfactory2D1.CreatePoint(mittelpunktVer_x, mittelpunktVer_y);
Point2D pointMittelpunktVer_r = catfactory2D1.CreatePoint(-mittelpunktVer_x, mittelpunktVer_y);
Point2D pointVerrundungEvol_l = catfactory2D1.CreatePoint(evolventenVer_x, evolventenVer_y);
Point2D pointVerrundungEvol_r = catfactory2D1.CreatePoint(-evolventenVer_x, evolventenVer_y);
Point2D pointMittelpunktevol_l = catfactory2D1.CreatePoint(mittelpunktEvol_x, mittelpunktEvol_y);
Point2D pointMittelpunktevol_r = catfactory2D1.CreatePoint(-mittelpunktEvol_x, mittelpunktEvol_y);
Point2D pointEvolventenKopfkreis_l = catfactory2D1.CreatePoint(evolventenKopfk_x, evolventenKopfk_y);
Point2D pointEvolventenKopfkreis_r = catfactory2D1.CreatePoint(-evolventenKopfk_x, evolventenKopfk_y);
//Kreise in Skizze einzeichnen
Circle2D kreisFußkreis = catfactory2D1.CreateCircle(x0, y0, fußkreisradius, 0, Math.PI * 2);
kreisFußkreis.CenterPoint = point_Ursprung;
kreisFußkreis.StartPoint = pointFußkreisVer_l;
kreisFußkreis.EndPoint = pointAnfangFußkreis;
Circle2D kreisVerrundung_l = catfactory2D1.CreateCircle(mittelpunktVer_x, mittelpunktVer_y, verrundungsradius, 0, Math.PI * 2);
kreisVerrundung_l.CenterPoint = pointMittelpunktVer_l;
kreisVerrundung_l.StartPoint = pointFußkreisVer_l;
kreisVerrundung_l.EndPoint = pointVerrundungEvol_l;
Circle2D kreisEvolventenkreis_l = catfactory2D1.CreateCircle(mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius, 0, Math.PI * 2);
kreisEvolventenkreis_l.CenterPoint = pointMittelpunktevol_l;
kreisEvolventenkreis_l.StartPoint = pointEvolventenKopfkreis_l;
kreisEvolventenkreis_l.EndPoint = pointVerrundungEvol_l;
Circle2D kreisKopfkreis = catfactory2D1.CreateCircle(x0, y0, kopfkreisradius, 0, Math.PI * 2);
kreisKopfkreis.CenterPoint = point_Ursprung;
kreisKopfkreis.StartPoint = pointEvolventenKopfkreis_r;
kreisKopfkreis.EndPoint = pointEvolventenKopfkreis_l;
Circle2D kreisEvolventenkreis_r = catfactory2D1.CreateCircle(-mittelpunktEvol_x, mittelpunktEvol_y, EvolventenkreisRadius, 0, Math.PI * 2);
kreisEvolventenkreis_r.CenterPoint = pointMittelpunktevol_r;
kreisEvolventenkreis_r.StartPoint = pointVerrundungEvol_r;
kreisEvolventenkreis_r.EndPoint = pointEvolventenKopfkreis_r;
Circle2D kreisVerrundung_r = catfactory2D1.CreateCircle(-mittelpunktVer_x, mittelpunktVer_y, verrundungsradius, 0, Math.PI * 2);
kreisVerrundung_r.CenterPoint = pointMittelpunktVer_r;
kreisVerrundung_r.StartPoint = pointVerrundungEvol_r;
kreisVerrundung_r.EndPoint = pointFußkreisVer_r;
//Skizze schließen
hsp_catiaProfil.CloseEdition();
//Update
hsp_catiaPart.Part.Update();
//ERSTELLE KREISMUSTER
ShapeFactory shapeFactory1 = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory hybridShapeFactory1 = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Factory2D factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord ursprung = hybridShapeFactory1.AddNewPointCoord(0, 0, 0);
Reference refUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(ursprung);
HybridShapeDirection xRichtung = hybridShapeFactory1.AddNewDirectionByCoord(1, 0, 0);
Reference refxRichtung = hsp_catiaPart.Part.CreateReferenceFromObject(xRichtung);
CircPattern kreismuster = shapeFactory1.AddNewSurfacicCircPattern(factory2D1, 1, 2, 0, 0, 1, 1, refUrsprung, refxRichtung, false, 0, true, false);
kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZähnezahl());
AngularRepartition angularRepartition2 = kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZähnezahl()) + 1;
//Kreismusterenden verbinden
Reference refKreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(kreismuster);
HybridShapeAssemble verbindung = hybridShapeFactory1.AddNewJoin(refKreismuster, refKreismuster);
Reference refVerbindung = hsp_catiaPart.Part.CreateReferenceFromObject(verbindung);
hybridShapeFactory1.GSMVisibility(refVerbindung, 0);
hsp_catiaPart.Part.MainBody.InsertHybridShape(verbindung);
//Update
hsp_catiaPart.Part.Update();
//ERSTELLE BLOCK
ErzeugeBlock(refVerbindung, shapeFactory1, dat);
if (dat.Bohrungsauswahl == 1)
{
//Skizze
Sketches sketchesBohrung = catHybridBody1.HybridSketches;
OriginElements catoriginelements = hsp_catiaPart.Part.OriginElements;
Reference refmxPlaneX = (Reference)catoriginelements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(refmxPlaneX);
//Achsensystem
ErzeugeAchsensystem();
//Update
hsp_catiaPart.Part.Update();
//Skizze Umbennen
hsp_catiaProfil.set_Name("Bohrung");
//Öffnen
Factory2D catfactory2D2 = hsp_catiaProfil.OpenEdition();
//Kreis
Circle2D KreisFürBohrungsskizze = catfactory2D2.CreateClosedCircle(x0, y0, dat.getBohrung());
//Schließen
hsp_catiaProfil.CloseEdition();
//Update
hsp_catiaPart.Part.Update();
//Tasche
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pocket Tasche = shapeFactory1.AddNewPocket(hsp_catiaProfil, dat.getBreite());
hsp_catiaPart.Part.Update();
}
if (dat.Bohrungsauswahl == 2)
{
//Schnittpunkte und Koordinaten
//LH Schnittpunkt Passfederhöhe mit Bohrung
double x_AnfangkreisZuPassfeder = -dat.getPassfederbreite() / 2;
double y_AnfangkreisZuPassfeder = Math.Sqrt(Math.Pow(dat.getBohrung(), 2) - Math.Pow((dat.getPassfederbreite() / 2), 2));
//LH Schnittpunkt Breite und Höhe
double x_Passfederecke = -dat.getPassfederbreite() / 2;
double y_Passfederecke = dat.getPassfederhöhe();
//Skizze
Sketches sketchesBohrung = catHybridBody1.HybridSketches;
OriginElements catoriginelements = hsp_catiaPart.Part.OriginElements;
Reference refmxPlaneX = (Reference)catoriginelements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(refmxPlaneX);
//Achsensystem
ErzeugeAchsensystem();
//Update
hsp_catiaPart.Part.Update();
//Umbennen und öffnen
hsp_catiaProfil.set_Name("Bohrung mit Passfedernut");
Factory2D catfactory2D2 = hsp_catiaProfil.OpenEdition();
//Punkte in Skizze einzeichnen
Point2D POINTLinksAnfangKreisZuPassfeder = catfactory2D2.CreatePoint(x_AnfangkreisZuPassfeder, y_AnfangkreisZuPassfeder);
Point2D POINTLinksPassfederEcke = catfactory2D2.CreatePoint(x_Passfederecke, y_Passfederecke);
Point2D POINTRechtsPassfederEcke = catfactory2D2.CreatePoint(-x_Passfederecke, y_Passfederecke);
Point2D POINTRechtsAnfangKreisZuPassfeder = catfactory2D2.CreatePoint(-x_AnfangkreisZuPassfeder, y_AnfangkreisZuPassfeder);
//Linien einzeichnen
Line2D PassfederKanteLinks = catfactory2D2.CreateLine(x_AnfangkreisZuPassfeder, y_AnfangkreisZuPassfeder, x_Passfederecke, y_Passfederecke);
PassfederKanteLinks.StartPoint = POINTLinksAnfangKreisZuPassfeder;
PassfederKanteLinks.EndPoint = POINTLinksPassfederEcke;
Line2D PassfederHöhenkante = catfactory2D2.CreateLine(x_Passfederecke, y_Passfederecke, -x_Passfederecke, y_Passfederecke);
PassfederHöhenkante.StartPoint = POINTLinksPassfederEcke;
PassfederHöhenkante.EndPoint = POINTRechtsPassfederEcke;
Line2D PassfederKanteRechts = catfactory2D2.CreateLine(-x_Passfederecke, y_Passfederecke, -x_AnfangkreisZuPassfeder, y_AnfangkreisZuPassfeder);
PassfederKanteRechts.StartPoint = POINTRechtsPassfederEcke;
PassfederKanteRechts.EndPoint = POINTRechtsAnfangKreisZuPassfeder;
Circle2D KreisFürPassfeder = catfactory2D2.CreateCircle(x0, y0, dat.getBohrung(), 0, Math.PI * 2);
KreisFürPassfeder.CenterPoint = point_Ursprung;
KreisFürPassfeder.EndPoint = POINTRechtsAnfangKreisZuPassfeder;
KreisFürPassfeder.StartPoint = POINTLinksAnfangKreisZuPassfeder;
//Skizze schließen
hsp_catiaProfil.CloseEdition();
//Update
hsp_catiaPart.Part.Update();
//Tasche
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pocket Tasche = shapeFactory1.AddNewPocket(hsp_catiaProfil, dat.getBreite());
hsp_catiaPart.Part.Update();
}
}
public void ErzeugeProfil(Zahnrad Zahnrad1)
{
// geometrisches Set auswaehlen und umbenennen
HybridBodies catHybridBodies1 = hsp_catiaPart.Part.HybridBodies;
HybridBody catHybridBody1;
try
{
catHybridBody1 = catHybridBodies1.Item("Geometrisches Set.1");
}
catch (Exception)
{
MessageBox.Show("Kein geometrisches Set gefunden! " + Environment.NewLine +
"Ein PART manuell erzeugen und ein darauf achten, dass 'Geometisches Set' aktiviert ist.",
"Fehler", MessageBoxButton.OK, MessageBoxImage.Information);
return;
}
catHybridBody1.set_Name("Profile");
// neue Skizze im ausgewaehlten geometrischen Set anlegen
Sketches catSketches1 = catHybridBody1.HybridSketches;
OriginElements catOriginElements = hsp_catiaPart.Part.OriginElements;
Reference catReference1 = (Reference)catOriginElements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(catReference1);
// Achsensystem in Skizze erstellen
ErzeugeAchsensystem();
// Part aktualisieren
hsp_catiaPart.Part.Update();
//Nullpunkt
double x0 = 0;
double y0 = 0;
//Hilfsgrößen von Wilkos PDF
double Teilkreisradius = Zahnrad1.d / 2;
double Hilfskreisradius = Teilkreisradius * 0.94;
double Fußkreisradius = Teilkreisradius - (1.25 * Zahnrad1.m);
double Kopfkreisradius = Teilkreisradius + Zahnrad1.m;
double Verrundungsradius = 0.35 * Zahnrad1.m;
double Alpha = 20;
double Beta = 90 / Zahnrad1.z;
double Betarad = Math.PI * Beta / 180;
double Gamma = 90 - (Alpha - Beta);
double Gammarad = Math.PI * Gamma / 180;
double Totalangel = 360.0 / Zahnrad1.z;
double Totalangelrad = Math.PI * Totalangel / 180;
//Punkte
//LinkerEvolKreis Mittelp. Koordinaten
double xMPEvo_links = Hilfskreisradius * Math.Cos(Gammarad);
double yMPEvo_links = Hilfskreisradius * Math.Sin(Gammarad);
//Schnittpkt. auf Evolvente und Teilkreisradius
double xPunktAufEvolvente = -Teilkreisradius *Math.Sin(Betarad);
double yPunktAufEvolvente = Teilkreisradius * Math.Cos(Betarad);
//Evolventenkreis Radius
double EvolventenkreisRadius = Math.Sqrt(Math.Pow((xMPEvo_links - xPunktAufEvolvente), 2) + Math.Pow((yMPEvo_links - yPunktAufEvolvente), 2));
//Koordinaten Schnittpunkt Kopfkreis und Evolventenkreis
double xEvolventenkopfkreis_links = Schnittpunkt_X(x0, y0, Kopfkreisradius, xMPEvo_links, yMPEvo_links, EvolventenkreisRadius);
double yEvolventenkopfkreis_links = Schnittpunkt_Y(x0, y0, Kopfkreisradius, xMPEvo_links, yMPEvo_links, EvolventenkreisRadius);
//Mittelpunktkoordinaten Verrundung
double xMittelpunktVerrundung_links = Schnittpunkt_X(x0, y0, Fußkreisradius + Verrundungsradius, xMPEvo_links, yMPEvo_links, EvolventenkreisRadius + Verrundungsradius);
double yMittelpunktVerrundung_links = Schnittpunkt_Y(x0, y0, Fußkreisradius + Verrundungsradius, xMPEvo_links, yMPEvo_links, EvolventenkreisRadius + Verrundungsradius);
//Schnittpubktkoordinaten Verrundung - Evolventenkreis
double x_SP_EvolventeVerrundung_links = Schnittpunkt_X(xMPEvo_links, yMPEvo_links, EvolventenkreisRadius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
double y_SP_EvolventeVerrundung_links = Schnittpunkt_Y(xMPEvo_links, yMPEvo_links, EvolventenkreisRadius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
//Schnittpunktkoordinaten Verrundung - Fußkreis
double x_SP_FußkreisradiusVerrundung_links = Schnittpunkt_X(x0, y0, Fußkreisradius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
double y_SP_FußkreisradiusVerrundung_links = Schnittpunkt_Y(x0, y0, Fußkreisradius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
//Koordinaten Anfangspunkt Fußkreis
double Hilfswinkel = Totalangelrad - Math.Atan(Math.Abs(x_SP_FußkreisradiusVerrundung_links) / Math.Abs(y_SP_FußkreisradiusVerrundung_links));
double x_AnfangspunktFußkreis = Fußkreisradius * Math.Sin(Hilfswinkel);
double y_AnfangspunktFußkreis = Fußkreisradius * Math.Cos(Hilfswinkel);
//Skizze umbenennen und öffnen
hsp_catiaProfil.set_Name("Zahnradskizze");
Factory2D catfactory2D1 = hsp_catiaProfil.OpenEdition();
//Nun die Punkte in die Skizze
Point2D Ursprung = catfactory2D1.CreatePoint(x0, y0);
Point2D EndpunktEvolventenkreis = catfactory2D1.CreatePoint(x_AnfangspunktFußkreis, y_AnfangspunktFußkreis);
Point2D VerrundungLinksAnfang = catfactory2D1.CreatePoint(x_SP_FußkreisradiusVerrundung_links, y_SP_FußkreisradiusVerrundung_links);
Point2D VerrundungRechtsEnde = catfactory2D1.CreatePoint(-x_SP_FußkreisradiusVerrundung_links, y_SP_FußkreisradiusVerrundung_links);
Point2D MPVerrundungLinks = catfactory2D1.CreatePoint(xMittelpunktVerrundung_links, yMittelpunktVerrundung_links);
Point2D MPVerrundungRechts = catfactory2D1.CreatePoint(-xMittelpunktVerrundung_links, yMittelpunktVerrundung_links);
Point2D VerrundungEndeLinks = catfactory2D1.CreatePoint(x_SP_EvolventeVerrundung_links, y_SP_EvolventeVerrundung_links);
Point2D VerrundungAnfangRechts = catfactory2D1.CreatePoint(-x_SP_EvolventeVerrundung_links, y_SP_EvolventeVerrundung_links);
Point2D MPEvolventeLinks = catfactory2D1.CreatePoint(xMPEvo_links, yMPEvo_links);
Point2D MPEvolventeRechts = catfactory2D1.CreatePoint(-xMPEvo_links, yMPEvo_links);
Point2D EvolventenEndeLinks = catfactory2D1.CreatePoint(xEvolventenkopfkreis_links, yEvolventenkopfkreis_links);
Point2D EvolventenEndeRechts = catfactory2D1.CreatePoint(-xEvolventenkopfkreis_links, yEvolventenkopfkreis_links);
//Kreise
Circle2D Fußkreis = catfactory2D1.CreateCircle(x0, y0, Fußkreisradius, 0, Math.PI * 2);
Fußkreis.CenterPoint = Ursprung;
Fußkreis.StartPoint = EndpunktEvolventenkreis;
Fußkreis.EndPoint = VerrundungRechtsEnde;
Circle2D VerrundungLinks = catfactory2D1.CreateCircle(xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius, 0, Math.PI * 2);
VerrundungLinks.CenterPoint = MPVerrundungLinks;
VerrundungLinks.StartPoint = VerrundungLinksAnfang;
VerrundungLinks.EndPoint = VerrundungEndeLinks;
Circle2D EvolventenkreisLinks = catfactory2D1.CreateCircle(xMPEvo_links, yMPEvo_links, EvolventenkreisRadius, 0, Math.PI * 2);
EvolventenkreisLinks.CenterPoint = MPEvolventeLinks;
EvolventenkreisLinks.StartPoint = EvolventenEndeLinks;
EvolventenkreisLinks.EndPoint = VerrundungEndeLinks;
Circle2D Kopfkreis = catfactory2D1.CreateCircle(x0, y0, Kopfkreisradius, 0, Math.PI * 2);
Kopfkreis.CenterPoint = Ursprung;
Kopfkreis.StartPoint = EvolventenEndeRechts;
Kopfkreis.EndPoint = EvolventenEndeLinks;
Circle2D EvolventenkreisRechts = catfactory2D1.CreateCircle(-xMPEvo_links, yMPEvo_links, EvolventenkreisRadius, 0, Math.PI * 2);
EvolventenkreisRechts.CenterPoint = MPEvolventeRechts;
EvolventenkreisRechts.StartPoint = VerrundungAnfangRechts;
EvolventenkreisRechts.EndPoint = EvolventenEndeRechts;
Circle2D VerrundungRechts = catfactory2D1.CreateCircle(-xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius, 0, Math.PI * 2);
VerrundungRechts.CenterPoint = MPVerrundungRechts;
VerrundungRechts.StartPoint = VerrundungAnfangRechts;
VerrundungRechts.EndPoint = VerrundungRechtsEnde;
// Skizzierer verlassen
hsp_catiaProfil.CloseEdition();
// Part aktualisieren
hsp_catiaPart.Part.Update();
ShapeFactory shapeFactory1 = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory hybridShapeFactory1 = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Factory2D factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord ursprung = hybridShapeFactory1.AddNewPointCoord(0, 0, 0);
Reference refUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(ursprung);
HybridShapeDirection xRichtung = hybridShapeFactory1.AddNewDirectionByCoord(1, 0, 0);
Reference refxRichtung = hsp_catiaPart.Part.CreateReferenceFromObject(xRichtung);
CircPattern kreismuster = shapeFactory1.AddNewSurfacicCircPattern(factory2D1, 1, 2, 0, 0, 1, 1, refUrsprung, refxRichtung, false, 0, true, false);
kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Zahnrad1.z);
AngularRepartition angularRepartition2 = kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(Zahnrad1.z) + 1;
//Kreismusterenden verbinden
Reference refKreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(kreismuster);
HybridShapeAssemble verbindung = hybridShapeFactory1.AddNewJoin(refKreismuster, refKreismuster);
Reference refVerbindung = hsp_catiaPart.Part.CreateReferenceFromObject(verbindung);
hybridShapeFactory1.GSMVisibility(refVerbindung, 0);
hsp_catiaPart.Part.MainBody.InsertHybridShape(verbindung);
hsp_catiaPart.Part.Update();
ErzeugeBlock(Zahnrad1, refVerbindung, shapeFactory1);
Sketches sketchesBohrung = catHybridBody1.HybridSketches;
OriginElements catoriginelements = hsp_catiaPart.Part.OriginElements;
Reference refmxPlaneX = (Reference)catoriginelements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(refmxPlaneX);
ErzeugeAchsensystem();
hsp_catiaPart.Part.Update();
hsp_catiaProfil.set_Name("Bohrung");
Factory2D catfactory2D2 = hsp_catiaProfil.OpenEdition();
Circle2D KreisFürBohrungsskizze = catfactory2D2.CreateClosedCircle(x0, y0, Zahnrad1.bd / 2);
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pocket Tasche = shapeFactory1.AddNewPocket(hsp_catiaProfil, Zahnrad1.b);
hsp_catiaPart.Part.Update();
}
private void ReadCoord_Click(object sender, EventArgs e)
{
if (datatable.Columns.Count < 1)
{
InitDataTable();
}
this.WindowState = FormWindowState.Minimized;
RepeatNum = 0;
Array.Clear(GetRepeatRef, 0, GetRepeatRef.Length);
ReadType = 2;
Selection SelectArc = GetSelect();
if (SelectArc == null || SelectArc.Count2 == 0)
{
this.WindowState = FormWindowState.Normal;
this.StartPosition = FormStartPosition.CenterScreen;
this.TopMost = true;
return;
}
int ERR = 0;
for (int i = 1; i <= SelectArc.Count2; i++)
{
object[] PointCoord = new object[] { -99, -99, -99, -99, -99, -99 };
HybridShapeFactory PartHyb = (HybridShapeFactory)PartID.HybridShapeFactory;
SPAWorkbench TheSPAWorkbench = (SPAWorkbench)CatDocument.GetWorkbench("SPAWorkbench");
Reference referenceObject;
try
{
//Temp = PartID.CreateReferenceFromGeometry((AnyObject)SelectArc.Item(i).Value);
referenceObject = SelectArc.Item(i).Reference;//!=null? SelectArc.Item(i).Reference: Temp;
}
catch (Exception)
{
Boolean LeafProductProcessed;
AnyObject Feature = (AnyObject)SelectArc.Item(i).Value;
try
{
String Name = string.Empty;
Shape GE = (Shape)SelectArc.Item(i).Value;
//Name = GE.get_Name();
//Pad Spad = (Pad)GE.GetItem("Face1");
//Name = Spad.get_Name();
referenceObject = PartID.CreateReferenceFromObject(Feature);
PartHyb.AddNewPointCenter(referenceObject);
}
catch (Exception)
{
ERR += 1;
var LeafProduct = SelectArc.Item(i).LeafProduct;
LeafProductProcessed = true;
if (LeafProduct.get_Name() == "InvalidLeafProduct")
{
LeafProductProcessed = false;
}
if (LeafProductProcessed)
{
String ShapeName = Feature.get_Name();
VisPropertySet VPS = SelectArc.VisProperties;
VPS.SetVisibleColor(255, 0, 0, 0);
continue;
}
else
{
String ShapeName = Feature.get_Name();
VisPropertySet VPS = SelectArc.VisProperties;
VPS.SetVisibleColor(255, 0, 0, 0);
continue;
}
}
}
Measurable TheMeasurable = TheSPAWorkbench.GetMeasurable(referenceObject);
var TName = referenceObject.get_Name(); //读取选择的曲面名称
try
{
TheMeasurable.GetPoint(PointCoord); //读取选择的曲面坐标
}
catch (Exception)
{
try
{
TheMeasurable.GetCOG(PointCoord);
}
catch (Exception)
{
ERR += 1;
}
}
if (!KeepName.Checked)
{
TName = "Rx_" + (datatable.Rows.Count + 1);
}
WriteObjectToDataGrid(TName, PointCoord, referenceObject, IgRepeat.Checked); //记录数据到DataGridView
}
SetDataGrid();
if (ERR > 0)
{
MessageBox.Show("共计:" + ERR + "个点创建新参考点失败！");
}
if (RepeatCheck.Checked)
{
CheckRepeat(SelectArc);
}
}
private void Creat3dPoint_Click(object sender, EventArgs e)//Creat3dBall_Click
{
DataGrid.AllowUserToAddRows = false;
Creat3dPoint.BackColor = SystemColors.ActiveCaption;
ReadType = 2;
if (PartID == null)
{
MessageBox.Show("仿真环境未初始化！请先用工具栏初始化命令初始化运行环境!");
return;
}
int ERR = 0;
if (DataGrid.RowCount < 1)
{
MessageBox.Show("数据为空，无法建立3D模型！");
return;
}
HybridBodies Hybs = PartID.HybridBodies;
//HybridBody Hyb = Hybs.Item(1);
HybridBody Hyb = Hybs.Add();
for (int i = 0; i < DataGrid.RowCount; i++)
{
HybridShapeFactory PartHyb = (HybridShapeFactory)PartID.HybridShapeFactory;
//SPAWorkbench TheSPAWorkbench = (SPAWorkbench)CatDocument.GetWorkbench("SPAWorkbench");
//Reference referenceObject = SelectArc.Item(i).Reference;
//Measurable TheMeasurable = TheSPAWorkbench.GetMeasurable(referenceObject);
//TheMeasurable.GetPoint(PointCoord); //读取选择的曲面坐标
string TName;
try
{
TName = DataGrid.Rows[i].Cells[1].Value.ToString(); //读取选择的曲面名称
}
catch (Exception)
{
continue;
}
HybridShapePointCoord NewPoint = PartHyb.AddNewPointCoord(Convert.ToDouble(DataGrid.Rows[i].Cells[2].Value.ToString()), Convert.ToDouble(DataGrid.Rows[i].Cells[3].Value.ToString()), Convert.ToDouble(DataGrid.Rows[i].Cells[4].Value.ToString()));
if (KeepName.Checked)
{
NewPoint.set_Name(TName);
}
else
{
NewPoint.set_Name("Rx_" + (i + 1));
}
Hyb.AppendHybridShape(NewPoint);
PartID.InWorkObject = NewPoint;
try
{
PartID.Update();
}
catch (Exception)
{
ERR += 1;
}
}
if (ERR > 0)
{
MessageBox.Show("共计:" + ERR + "个点创建新参考点失败！");
}
Creat3dPoint.BackColor = Color.Green;
ShowCenter();
}
//子线程中
private void Creat3dBall_Click(object sender, EventArgs e)//Creat3dPoint_Click
{
progressBar.Value = 0;
DataGrid.AllowUserToAddRows = false;
if (PartID == null)
{
MessageBox.Show("仿真环境未初始化！请先用工具栏初始化命令初始化运行环境!");
return;
}
Creat3dBall.BackColor = SystemColors.ActiveCaption;
ReadType = 2;
int ERR = 0;
if (DataGrid.RowCount < 1)
{
MessageBox.Show("数据为空，无法建立3D模型！");
return;
}
HybridBodies Hybs = PartID.HybridBodies;
HybridBody Hyb = null;
//try
//{
// Hyb = Hybs.Item("几何图形集.1");
//}
//catch (Exception)
//{
// Hyb = Hybs.Item("Geometrical Set.1");
//}
progressBar.Maximum = DataGrid.RowCount;
progressBar.Step = 1;
Hyb = Hybs.Add();
for (int i = 0; i < DataGrid.RowCount; i++)
{
progressBar.PerformStep();
HybridShapeFactory PartHyb = (HybridShapeFactory)PartID.HybridShapeFactory;
//SPAWorkbench TheSPAWorkbench = (SPAWorkbench)CatDocument.GetWorkbench("SPAWorkbench");
//Reference referenceObject = SelectArc.Item(i).Reference;
//Measurable TheMeasurable = TheSPAWorkbench.GetMeasurable(referenceObject);
//TheMeasurable.GetPoint(PointCoord); //读取选择的曲面坐标
string TName;
try
{
TName = DataGrid.Rows[i].Cells[1].Value.ToString(); //读取选择的曲面名称
}
catch (Exception)
{
continue;
}
HybridShapePointCoord NewPoint = PartHyb.AddNewPointCoord(Convert.ToDouble(DataGrid.Rows[i].Cells[2].Value.ToString()), Convert.ToDouble(DataGrid.Rows[i].Cells[3].Value.ToString()), Convert.ToDouble(DataGrid.Rows[i].Cells[4].Value.ToString()));
Reference ShapeRef = PartID.CreateReferenceFromObject(NewPoint);
HybridShapeSphere NewShape = PartHyb.AddNewSphere(ShapeRef, null, Convert.ToDouble(BallRadio.Text), -45.000000, 45.000000, 0.000000, 180.000000);
NewShape.Limitation = 1;
if (KeepName.Checked)
{
NewPoint.set_Name(TName);
NewShape.set_Name(TName);
}
else
{
NewPoint.set_Name("Rx_" + (i + 1));
NewShape.set_Name("Rx_" + (i + 1));
}
// Hyb.AppendHybridShape(NewPoint);
Hyb.AppendHybridShape(NewShape);
// PartID.InWorkObject = NewPoint;
PartID.InWorkObject = NewShape;
try
{
PartID.Update();
}
catch (Exception)
{
ERR += 1;
}
Selection SetColor = CatDocument.Selection;
VisPropertySet VSet = SetColor.VisProperties;
SetColor.Add(NewShape);
VSet.SetRealColor(128, 255, 0, 0);
SetColor.Clear();
}
if (ERR > 0)
{
MessageBox.Show("共计:" + ERR + "个点创建新参考点失败！");
}
Creat3dBall.BackColor = Color.Green;
ShowCenter();
progressBar.Value = DataGrid.RowCount;
}
public void Stirnzahnrad(Außenverzahnung av)
{
//Profil erstellen
//Nullpunkt
double x0 = 0;
double y0 = 0;
//Hilfsgrößen
double Teilkreisradius = av.d / 2;
double Hilfskreisradius = Teilkreisradius * 0.94;
double Fußkreisradius = Teilkreisradius - (1.25 * av.m);
double Kopfkreisradius = Teilkreisradius + av.m;
double Verrundungsradius = 0.35 * av.m;
double Alpha = 20;
double Beta = 90 / av.z;
double Betarad = Math.PI * Beta / 180;
double Gamma = 90 - (Alpha - Beta);
double Gammarad = Math.PI * Gamma / 180;
double Totalangel = 360.0 / av.z;
double Totalangelrad = Math.PI + Totalangel / 180;
//Punkte erzeugen
//Kleiner Kreis
double xMittelpunktaufEvol_links = Hilfskreisradius * Math.Cos(Gammarad);
double yMittelpunktaufEvol_links = Hilfskreisradius * Math.Sin(Gammarad);
//Schnittpunkt auf Evolvente und Teilkreisradius
double xPunktaufEvolvente = -Teilkreisradius *Math.Sin(Betarad);
double yPunktaufEvolvente = Teilkreisradius * Math.Cos(Betarad);
//Evolventenkreis Radius
double EvolventenkreisRadius = Math.Sqrt(Math.Pow((xMittelpunktaufEvol_links - xPunktaufEvolvente), 2) + Math.Pow((yMittelpunktaufEvol_links - yPunktaufEvolvente), 2));
//Koordinaten Schnittpunkt Kopfkreis und Evolventenkreis
double xEvolventenkopfkreis_links = Schnittpunkt_X(x0, y0, Kopfkreisradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius);
double yEvolventenkopfkreis_links = Schnittpunkt_Y(x0, y0, Kopfkreisradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius);
//Mittelpunktkoordinaten Verrundung
double xMittelpunktVerrundung_links = Schnittpunkt_X(x0, y0, Fußkreisradius + Verrundungsradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius + Verrundungsradius);
double yMittelpunktVerrundung_links = Schnittpunkt_Y(x0, y0, Fußkreisradius + Verrundungsradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius + Verrundungsradius);
//Schnittpunktkoordinaten Verrundung - Evolventenkreis
double x_SP_EvolventeVerrundung_links = Schnittpunkt_X(xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
double y_SP_EvolventeVerrundung_links = Schnittpunkt_Y(xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
//Schnittpunktkoordinaten Verrundung - Fußkreis
double x_SP_FußkreisradiusVerrundung_links = Schnittpunkt_X(x0, y0, Fußkreisradius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
double y_SP_FußkreisradiusVerrundung_links = Schnittpunkt_Y(x0, y0, Fußkreisradius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
//Koordinaten Anfangspunkt Fußkreis
double Hilfswinkel = Totalangelrad - Math.Atan(Math.Abs(x_SP_FußkreisradiusVerrundung_links) / Math.Abs(y_SP_FußkreisradiusVerrundung_links));
double x_AnfangspunktFußkreis = -Fußkreisradius *Math.Sin(Hilfswinkel);
double y_AnfangspunktFußkreis = Fußkreisradius * Math.Cos(Hilfswinkel);
//Ende
//Skizze umbenennen
hsp_catiaProfil.set_Name("Zahnrad-Test");
Factory2D catfactory2D1 = hsp_catiaProfil.OpenEdition();
//Punkte in Skizze
Point2D point_Ursprung = catfactory2D1.CreatePoint(x0, y0);
Point2D pointAnfangFußkreisLinks = catfactory2D1.CreatePoint(x_AnfangspunktFußkreis, y_AnfangspunktFußkreis);
Point2D pointFußkreisVerrundungLinks = catfactory2D1.CreatePoint(x_SP_FußkreisradiusVerrundung_links, y_SP_FußkreisradiusVerrundung_links);
Point2D pointFußkreisVerrundungRechts = catfactory2D1.CreatePoint(-x_SP_FußkreisradiusVerrundung_links, y_SP_FußkreisradiusVerrundung_links);
Point2D pointMittelpunktVerrundungLinks = catfactory2D1.CreatePoint(xMittelpunktVerrundung_links, yMittelpunktVerrundung_links);
Point2D pointMittelpunktVerrundungRechts = catfactory2D1.CreatePoint(-xMittelpunktVerrundung_links, yMittelpunktVerrundung_links);
Point2D pointVerrundungEvolventeLinks = catfactory2D1.CreatePoint(x_SP_EvolventeVerrundung_links, y_SP_EvolventeVerrundung_links);
Point2D pointVerrundungEvolventeRechts = catfactory2D1.CreatePoint(-x_SP_EvolventeVerrundung_links, y_SP_EvolventeVerrundung_links);
Point2D pointMittelpunktevolventeLinks = catfactory2D1.CreatePoint(xMittelpunktaufEvol_links, xMittelpunktaufEvol_links);
Point2D pointMittelpunktevolventeRechts = catfactory2D1.CreatePoint(-xMittelpunktaufEvol_links, yMittelpunktaufEvol_links);
Point2D pointEvolventenKopfkreisLinks = catfactory2D1.CreatePoint(xEvolventenkopfkreis_links, yEvolventenkopfkreis_links);
Point2D pointEvolventenKopfkreisRechts = catfactory2D1.CreatePoint(-xEvolventenkopfkreis_links, yEvolventenkopfkreis_links);
//Kreise
Circle2D KreisFußkreis = catfactory2D1.CreateCircle(x0, y0, Fußkreisradius, 0, Math.PI * 2);
KreisFußkreis.CenterPoint = point_Ursprung;
KreisFußkreis.StartPoint = pointFußkreisVerrundungLinks;
KreisFußkreis.EndPoint = pointAnfangFußkreisLinks;
Circle2D KreisVerrundungLinks = catfactory2D1.CreateCircle(xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius, 0, Math.PI * 2);
KreisVerrundungLinks.CenterPoint = pointMittelpunktVerrundungLinks;
KreisVerrundungLinks.StartPoint = pointFußkreisVerrundungLinks;
KreisVerrundungLinks.EndPoint = pointVerrundungEvolventeLinks;
Circle2D KreisEvolventenkreisLinks = catfactory2D1.CreateCircle(xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, 0, Math.PI * 2);
KreisEvolventenkreisLinks.CenterPoint = pointMittelpunktevolventeLinks;
KreisEvolventenkreisLinks.StartPoint = pointEvolventenKopfkreisLinks;
KreisEvolventenkreisLinks.EndPoint = pointVerrundungEvolventeLinks;
Circle2D KreisKopfkreis = catfactory2D1.CreateCircle(x0, y0, Kopfkreisradius, 0, Math.PI * 2);
KreisKopfkreis.CenterPoint = point_Ursprung;
KreisKopfkreis.StartPoint = pointEvolventenKopfkreisRechts;
KreisKopfkreis.EndPoint = pointEvolventenKopfkreisLinks;
Circle2D KreisEvolventenkreisRechts = catfactory2D1.CreateCircle(-xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, 0, Math.PI * 2);
KreisEvolventenkreisRechts.CenterPoint = pointMittelpunktVerrundungRechts;
KreisEvolventenkreisRechts.StartPoint = pointVerrundungEvolventeRechts;
KreisEvolventenkreisRechts.EndPoint = pointEvolventenKopfkreisRechts;
Circle2D KreisVerrundungRechts = catfactory2D1.CreateCircle(-xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius, 0, Math.PI * 2);
KreisVerrundungRechts.CenterPoint = pointMittelpunktVerrundungRechts;
KreisVerrundungRechts.StartPoint = pointVerrundungEvolventeRechts;
KreisVerrundungRechts.EndPoint = pointFußkreisVerrundungRechts;
//Skizzierer schließen
hsp_catiaProfil.CloseEdition();
//Aktualisieren
hsp_catiaPart.Part.Update();
//Kreismuster erstellen
//Deklarierung
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Part myPart = hsp_catiaPart.Part;
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = myPart.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = myPart.CreateReferenceFromObject(XDir);
//Kreismuster Daten ausfüllen
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Convert.ToDouble(av.z));
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(av.z) + 1;
//geschlossene Kontur herstellen
Reference Ref_Kreismuster = myPart.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = myPart.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
myPart.Update();
Bodies bodies = myPart.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
myPart.Update();
}
internal void ErzeugeGewindeHelix(object[] ParameterListe)
{
// Listen Werte wieder in richtige Datentypen umwandeln
int Kopf = Convert.ToInt32(ParameterListe[0]);
double Durchmesser = Convert.ToDouble(ParameterListe[1]);
double Gewindelänge = Convert.ToDouble(ParameterListe[2]);
double Schaftlänge = Convert.ToDouble(ParameterListe[3]);
double Steigung = Convert.ToDouble(ParameterListe[4]);
int Gewindeart = Convert.ToInt32(ParameterListe[5]);
double Schlüsselweite = Convert.ToDouble(ParameterListe[6]);
double Kopfhöhe = Convert.ToDouble(ParameterListe[7]);
double Kopfdurchmesser = Convert.ToDouble(ParameterListe[8]);
int SchraubenrichtungInt = Convert.ToInt32(ParameterListe[9]);
double helixAchseStart = Gewindelänge + Schaftlänge + Kopfhöhe;
Double P = Steigung;
Double Ri = Durchmesser / 2;
myPart = hsp_catiaPart.Part;
myBody = myPart.MainBody;
HSF = (HybridShapeFactory)myPart.HybridShapeFactory;
myGewinde = makeGewindeSkizze(ParameterListe);
HybridShapeDirection HelixDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefHelixDir = myPart.CreateReferenceFromObject(HelixDir);
HybridShapePointCoord HelixStartpunkt = HSF.AddNewPointCoord(helixAchseStart, 0, Ri);
Reference RefHelixStartpunkt = myPart.CreateReferenceFromObject(HelixStartpunkt);
if (SchraubenrichtungInt == 0)
{
Helix = HSF.AddNewHelix(RefHelixDir, true, RefHelixStartpunkt, P, Gewindelänge, false, 0, 0, true);
}
if (SchraubenrichtungInt == 1)
{
Helix = HSF.AddNewHelix(RefHelixDir, true, RefHelixStartpunkt, P, Gewindelänge, true, 0, 0, true);
}
Reference RefHelix = myPart.CreateReferenceFromObject(Helix);
Reference RefmyGewinde = myPart.CreateReferenceFromObject(myGewinde);
hsp_catiaPart.Part.Update();
myPart.InWorkObject = myBody;
OriginElements catOriginElements = this.hsp_catiaPart.Part.OriginElements;
Reference RefmyPlaneZX = (Reference)catOriginElements.PlaneZX;
Slot GewindeRille = SF.AddNewSlotFromRef(RefmyGewinde, RefHelix);
Reference RefmyPad = myPart.CreateReferenceFromBRepName(
"RSur:(Face:(Brp:(Pad.2;0:(Brp:(Sketch.2;1)));None:();Cf11:());WithTemporaryBody;WithoutBuildError;WithSelectingFeatureSupport;MFBRepVersion_CXR15)", Schaft);
if (Kopf == 1 || Kopf == 2)
{
HybridShapeSurfaceExplicit GewindestangenSurface = HSF.AddNewSurfaceDatum(RefmyPad);
Reference RefGewindestangenSurface = myPart.CreateReferenceFromBRepName(
"FSur:(Face:(Brp:(Pad.2;0:(Brp:(Sketch.2;1)));None:();Cf12:());WithTemporaryBody;WithoutBuildError;WithInitialFeatureSupport;MFBRepVersion_CXR29)", Schaft);
GewindeRille.ReferenceSurfaceElement = RefGewindestangenSurface;
}
if (Kopf == 3)
{
//HybridShapeSurfaceExplicit GewindestangenSurface = HSF.AddNewSurfaceDatum(RefmyPad);
Reference RefGewindestangenSurface = myPart.CreateReferenceFromBRepName(
"FSur:(Face:(Brp:(Pad.1;0:(Brp:(Sketch.2;1)));None:();Cf12:());WithTemporaryBody;WithoutBuildError;WithInitialFeatureSupport;MFBRepVersion_CXR29)", Schaft);
GewindeRille.ReferenceSurfaceElement = RefGewindestangenSurface;
}
myPart.Update();
Reference RefGewindeRille = myPart.CreateReferenceFromObject(GewindeRille);
myPart.Update();
}
public void ErzeugeKreismusterMitBohrung(Data dat)
{
//Erzeuge Kreismuster
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
//Skizze und Referenzen
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = hsp_catiaPart.Part.CreateReferenceFromObject(XDir);
//Kreismuster mit Daten füllen
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZaehnezahlZahnrad1());
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZaehnezahlZahnrad1()) + 1;
//geschlossene Kontur
Reference Ref_Kreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = hsp_catiaPart.Part.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
hsp_catiaPart.Part.Update();
Bodies bodies = hsp_catiaPart.Part.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
hsp_catiaPart.Part.Update();
//Erzeuge Block aus Skizze
hsp_catiaPart.Part.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
//Erzeuge Skizze für Bohrung
Reference RefBohrung1 = hsp_catiaPart.Part.CreateReferenceFromBRepName("FSur:(Face:(Brp:(Pad.1;2);None:();Cf11:());WithTemporaryBody;WithoutBuildError;WithInitialFeatureSupport;MonoFond;MFBRepVersion_CXR15)", myPad);
Hole catBohrung1 = SF.AddNewHoleFromPoint(0, 0, 0, RefBohrung1, dat.getBreiteZahnrad1());
Length catLengthBohrung1 = catBohrung1.Diameter;
catLengthBohrung1.Value = Convert.ToDouble(dat.getTeilkreisdurchmesserZahnrad1() / 2);
hsp_catiaPart.Part.Update();
}
//InnenVerzahnung
public void ErstelleProfilInnen(Data dat)
{
//geometrisches set auswählen und umbenennen
HybridBodies catHybridBodies_I = hsp_catiaPart.Part.HybridBodies;
HybridBody catHybridBody_I;
try
{
catHybridBody_I = catHybridBodies_I.Item("Geometrisches Set.1");
}
catch (Exception)
{
MessageBox.Show("Kein geometrisches Set gefunden!\nEin PART manuell erzeugen und darauf achten, dass ein 'Geometisches Set' aktiviert ist.", "Fehler", MessageBoxButton.OK, MessageBoxImage.Error);
return;
}
catHybridBody_I.set_Name("Profile");
//Neue Skizze im ausgewählten geometrischen Set anlegen
Sketches catSketches_I = catHybridBody_I.HybridSketches;
OriginElements catOriginElements_I = hsp_catiaPart.Part.OriginElements;
Reference catReference_I = (Reference)catOriginElements_I.PlaneYZ;
hsp_catiaProfil = catSketches_I.Add(catReference_I);
//Achsensystem in Skizze erzeugen
ErzeugeAchsensystem();
//Part aktualisieren
hsp_catiaPart.Part.Update();
hsp_catiaProfil.set_Name("InnenverzahnungBlock");
Factory2D catFactory_I = hsp_catiaProfil.OpenEdition();
Circle2D catC2D_I = catFactory_I.CreateClosedCircle(0, 0, dat.getFußkreisdurchmesser_iZahnrad1());
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
ShapeFactory SF_I = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF_I = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
//Erzeuge Block aus Skizze
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pad myPad = SF_I.AddNewPad(hsp_catiaProfil, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
//Neue Skizze im ausgewählten geometrischen Set anlegen
Sketches catSketches1 = catHybridBody_I.HybridSketches;
OriginElements catOriginElements = hsp_catiaPart.Part.OriginElements;
Reference catReference1 = (Reference)catOriginElements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(catReference1);
//Achsensystem in Skizze erzeugen
ErzeugeAchsensystem();
//Part aktualisieren
hsp_catiaPart.Part.Update();
//HilfsRadien
double d_r = (dat.getModulZahnrad1() * dat.getZaehnezahlZahnrad1()) / 2;
double hk_r = d_r * 1.06;
double da_r = d_r - (1.25 * dat.getModulZahnrad1());
double df_r = d_r + dat.getModulZahnrad1();
double vd_r = 0.35 * dat.getModulZahnrad1();
//HilfsWinkel
double alpha = 20;
double beta = 90 / dat.getZaehnezahlZahnrad1();
double beta_r = Math.PI * beta / 180;
double gamma = 90 - (alpha - beta);
double gamma_r = Math.PI * gamma / 180;
double ta = 360.0 / dat.getZaehnezahlZahnrad1();
double ta_r = Math.PI * ta / 180;
//Nullpunkte
double x0 = 0;
double y0 = 0;
//MittelPunkt EvolventenKreis
double MP_EvolventenKreis_x = hk_r * Math.Cos(gamma_r);
double MP_EvolventenKreis_y = hk_r * Math.Sin(gamma_r);
// SchnittPunkt Evolventenkreis & Teilkreisradius
double SP_EvolventenTeilKreis_x = -d_r *Math.Sin(beta_r);
double SP_EvolventenTeilKreis_y = d_r * Math.Cos(beta_r);
//Evolventenkreis Radius
double Evolventenkreis_r = Math.Sqrt(Math.Pow((MP_EvolventenKreis_x - SP_EvolventenTeilKreis_x), 2) + Math.Pow((MP_EvolventenKreis_y - SP_EvolventenTeilKreis_y), 2));
//SchnittPunkt Evolventenkreis & Kopfkreisradius
double SP_EvolventenKopfKreis_x = Schnittpunkt_x(x0, y0, da_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r);
double SP_EvolventenKopfKreis_y = Schnittpunkt_y(x0, y0, da_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r);
//MittelPunkt VerrundungsRadius
double MP_Verrundung_x = Schnittpunkt_x(x0, y0, df_r + vd_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r + vd_r);
double MP_Verrundung_y = Schnittpunkt_y(x0, y0, df_r + vd_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r + vd_r);
//SchnittPunkt Evolventenkreis & Verrundungsradius
double SP_EvolventeVerrundung_x = Schnittpunkt_x(MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
double SP_EvolventeVerrundung_y = Schnittpunkt_y(MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
//SchnittPunkt Fußkreis & Verrundungs Radius
double SP_FußkreisVerrundungsRadius_x = Schnittpunkt_x(x0, y0, df_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
double SP_FußkreisVerrundungsRadius_y = Schnittpunkt_y(x0, y0, df_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
//StartPunkt Fußkreis Radius
double phi = ta_r - Math.Atan(Math.Abs(SP_FußkreisVerrundungsRadius_x) / Math.Abs(SP_FußkreisVerrundungsRadius_y));
double StartPkt_Fußkreis_x = -df_r *Math.Sin(phi);
double StartPkt_Fußkreis_y = df_r * Math.Cos(phi);
//Skizze umbenennen und öffnen
hsp_catiaProfil.set_Name("InnenverzahnungEinzel");
Factory2D catFactory2D1 = hsp_catiaProfil.OpenEdition();
//Punkte
Point2D catP2D_Ursprung = catFactory2D1.CreatePoint(x0, y0);
Point2D catP2D_StartPkt_Fußkreis = catFactory2D1.CreatePoint(StartPkt_Fußkreis_x, StartPkt_Fußkreis_y);
Point2D catP2D_SP_FußkreisVerrundungsRadius1 = catFactory2D1.CreatePoint(SP_FußkreisVerrundungsRadius_x, SP_FußkreisVerrundungsRadius_y);
Point2D catP2D_SP_FußkreisVerrundungsRadius2 = catFactory2D1.CreatePoint(-SP_FußkreisVerrundungsRadius_x, SP_FußkreisVerrundungsRadius_y);
Point2D catP2D_MP_EvolventenKreis1 = catFactory2D1.CreatePoint(MP_EvolventenKreis_x, MP_EvolventenKreis_y);
Point2D catP2D_MP_EvolventenKreis2 = catFactory2D1.CreatePoint(-MP_EvolventenKreis_x, MP_EvolventenKreis_y);
Point2D catP2D_SP_EvolventenKopfKreis1 = catFactory2D1.CreatePoint(SP_EvolventenKopfKreis_x, SP_EvolventenKopfKreis_y);
Point2D catP2D_SP_EvolventenKopfKreis2 = catFactory2D1.CreatePoint(-SP_EvolventenKopfKreis_x, SP_EvolventenKopfKreis_y);
Point2D catP2D_MP_Verrundung1 = catFactory2D1.CreatePoint(MP_Verrundung_x, MP_Verrundung_y);
Point2D catP2D_MP_Verrundung2 = catFactory2D1.CreatePoint(-MP_Verrundung_x, MP_Verrundung_y);
Point2D catP2D_SP_EvolventeVerrundung1 = catFactory2D1.CreatePoint(SP_EvolventeVerrundung_x, SP_EvolventeVerrundung_y);
Point2D catP2D_SP_EvolventeVerrundung2 = catFactory2D1.CreatePoint(-SP_EvolventeVerrundung_x, SP_EvolventeVerrundung_y);
//Kreise
Circle2D catC2D_Frußkreis = catFactory2D1.CreateCircle(x0, y0, df_r, 0, 0);
catC2D_Frußkreis.CenterPoint = catP2D_Ursprung;
catC2D_Frußkreis.StartPoint = catP2D_SP_FußkreisVerrundungsRadius1;
catC2D_Frußkreis.EndPoint = catP2D_StartPkt_Fußkreis;
Circle2D catC2D_Kopfkreis = catFactory2D1.CreateCircle(x0, y0, da_r, 0, 0);
catC2D_Kopfkreis.CenterPoint = catP2D_Ursprung;
catC2D_Kopfkreis.StartPoint = catP2D_SP_EvolventenKopfKreis2;
catC2D_Kopfkreis.EndPoint = catP2D_SP_EvolventenKopfKreis1;
Circle2D catC2D_EvolventenKreis1 = catFactory2D1.CreateCircle(MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, 0, 0);
catC2D_EvolventenKreis1.CenterPoint = catP2D_MP_EvolventenKreis1;
catC2D_EvolventenKreis1.StartPoint = catP2D_SP_EvolventenKopfKreis1;
catC2D_EvolventenKreis1.EndPoint = catP2D_SP_EvolventeVerrundung1;
Circle2D catC2D_Evolventenkreis2 = catFactory2D1.CreateCircle(-MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, 0, 0);
catC2D_Evolventenkreis2.CenterPoint = catP2D_MP_EvolventenKreis2;
catC2D_Evolventenkreis2.StartPoint = catP2D_SP_EvolventeVerrundung2;
catC2D_Evolventenkreis2.EndPoint = catP2D_SP_EvolventenKopfKreis2;
Circle2D catC2D_VerrundungsKreis1 = catFactory2D1.CreateCircle(MP_Verrundung_x, MP_Verrundung_y, vd_r, 0, 0);
catC2D_VerrundungsKreis1.CenterPoint = catP2D_MP_Verrundung1;
catC2D_VerrundungsKreis1.StartPoint = catP2D_SP_FußkreisVerrundungsRadius1;
catC2D_VerrundungsKreis1.EndPoint = catP2D_SP_EvolventeVerrundung1;
Circle2D catC2D_VerrundungsKreis2 = catFactory2D1.CreateCircle(-MP_Verrundung_x, MP_Verrundung_y, vd_r, 0, 0);
catC2D_VerrundungsKreis2.CenterPoint = catP2D_MP_Verrundung2;
catC2D_VerrundungsKreis2.StartPoint = catP2D_SP_EvolventeVerrundung2;
catC2D_VerrundungsKreis2.EndPoint = catP2D_SP_FußkreisVerrundungsRadius2;
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
//Skizze und Referenzen
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF_I.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF_I.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = hsp_catiaPart.Part.CreateReferenceFromObject(XDir);
//Kreismuster mit Daten füllen
CircPattern Kreismuster = SF_I.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZaehnezahlZahnrad1());
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZaehnezahlZahnrad1()) + 1;
//geschlossene Kontur
Reference Ref_Kreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF_I.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = hsp_catiaPart.Part.CreateReferenceFromObject(Verbindung);
HSF_I.GSMVisibility(Ref_Verbindung, 0);
hsp_catiaPart.Part.Update();
/*Bodies bodies = hsp_catiaPart.Part.Bodies;
* Body myBody = bodies.Add();
* myBody.set_Name("Zahnrad");
* myBody.InsertHybridShape(Verbindung);
*
* hsp_catiaPart.Part.Update();*/
//Tasche für Innenverzahnung(grob)
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pocket catPocketInnen = SF_I.AddNewPocketFromRef(Ref_Verbindung, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
}
private void ReadCoord_Click(object sender, EventArgs e)
{
progressBar.Value = 0;
if (datatable.Columns.Count < 1)
{
InitDataTable();
}
this.WindowState = FormWindowState.Minimized;
RepeatNum = 0;
Array.Clear(GetRepeatRef, 0, GetRepeatRef.Length);
ReadType = 2;
Selection SelectArc = null;
CATIA_Class.GetSelect(CatDocument, ref SelectArc, this);
if (SelectArc == null || SelectArc.Count2 == 0)
{
this.WindowState = FormWindowState.Normal;
this.StartPosition = FormStartPosition.CenterScreen;
this.TopMost = true;
return;
}
int ERR = 0;
progressBar.Maximum = SelectArc.Count2;
progressBar.Step = 1;
for (int i = 1; i < SelectArc.Count2 + 1; i++)
{
object[] PointCoord = new object[] { -99, -99, -99, -99, -99, -99 };
HybridShapeFactory PartHyb = (HybridShapeFactory)PartID.HybridShapeFactory;
SPAWorkbench TheSPAWorkbench = null;
TheSPAWorkbench = (SPAWorkbench)CatDocument.GetWorkbench("SPAWorkbench"); // Default Get Coordxyz From Word
Reference referenceObject;
String ObjType = SelectArc.Item(i).Type;
Boolean LeafProductProcessed;
string TName = string.Empty;
switch (ObjType)
{
case "HybridShape":
{
referenceObject = SelectArc.Item(i).Reference; //!=null? SelectArc.Item(i).Reference: Temp;
TName = referenceObject.get_Name(); //读取选择的曲面名称
break;
}
case "Shape":
{
string Name = string.Empty;
Shape shape = (Shape)SelectArc.Item(i).Value;
Product product = (Product)SelectArc.Item(i).LeafProduct;
TName = product.get_PartNumber(); //读取选择的曲面名称
String RefStr = product.GetMasterShapeRepresentationPathName(); //获取零件路径地址
string[] RefStrArry = RefStr.Split('\\');
if (RefStrArry.Length > 1)
{
RefStr = RefStrArry.Last();
}
Part RefPart = ((PartDocument)CatApplication.Documents.Item(RefStr)).Part; //通过总文档将当前零件转换成PartDocumet
TName = RefPart.get_Name();
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
if (getJTCoord.Checked)
{
try
{
//Product PCompoments = (Product)product.Parent;
//TName = PCompoments.get_Name();
//referenceObject = PCompoments.CreateReferenceFromName(TName);
//Measurable TheMeasurable1 = TheSPAWorkbench.GetMeasurable(referenceObject);
}
catch (Exception)
{
throw;
}
}
//String RefStr1 = productPre.GetMasterShapeRepresentationPathName(); //获取零件路径地址
//string[] RefStrArry1 = RefStr1.Split('\\');
//if (RefStrArry.Length > 1)
//{
// RefStr1 = RefStrArry1.Last();
//}
//string tname= productPre.get_PartNumber();
//referenceObject= productPre.CreateReferenceFromName(TName);
//Product RefProduct = ((ProductDocument)CatApplication.Documents.Item("70918")).Product;//通过总文档将当前零件转换成PartDocumet
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
try
{
//RefPart = (Part)RefPart.Parent;
referenceObject = RefPart.CreateReferenceFromObject(shape);
}
catch (Exception)
{
MessageBox.Show("请确认当前是否打开了多个窗口，软件识别的零件和您选择的零件不在一个集合!");
return;
}
break;
}
default:
{
AnyObject Feature = (AnyObject)SelectArc.Item(i).Value;
try
{
String Name = string.Empty;
Shape GE = (Shape)SelectArc.Item(i).Value;
//Name = GE.get_Name();
//Pad Spad = (Pad)GE.GetItem("Face1");
//Name = Spad.get_Name();
referenceObject = PartID.CreateReferenceFromObject(Feature);
PartHyb.AddNewPointCenter(referenceObject);
}
catch (Exception)
{
ERR += 1;
var LeafProduct = SelectArc.Item(i).LeafProduct;
LeafProductProcessed = true;
if (LeafProduct.get_Name() == "InvalidLeafProduct")
{
LeafProductProcessed = false;
}
if (LeafProductProcessed)
{
String ShapeName = Feature.get_Name();
VisPropertySet VPS = SelectArc.VisProperties;
VPS.SetVisibleColor(255, 0, 0, 0);
continue;
}
else
{
String ShapeName = Feature.get_Name();
VisPropertySet VPS = SelectArc.VisProperties;
VPS.SetVisibleColor(255, 0, 0, 0);
continue;
}
}
}
break;
}
Measurable TheMeasurable = TheSPAWorkbench.GetMeasurable(referenceObject);
try
{
TheMeasurable.GetPoint(PointCoord); //读取选择的曲面坐标
}
catch (Exception)
{
try
{
TheMeasurable.GetCOG(PointCoord);
}
catch (Exception)
{
ERR += 1;
}
}
if (!KeepName.Checked)
{
TName = "Rx_" + (datatable.Rows.Count + 1);
}
WriteObjectToDataGrid(TName, PointCoord, referenceObject, IgRepeat.Checked); //记录数据到DataGridView
try
{
this.Update(); //Updata Draw
}
catch (Exception)
{
}
progressBar.PerformStep();
}
SetDataGrid();
if (ERR > 0)
{
MessageBox.Show("共计:" + ERR + "个点创建新参考点失败！");
}
if (RepeatCheck.Checked)
{
CheckRepeat(SelectArc);
}
DataGrid.AllowUserToAddRows = false;
}
public void Stirnzahnrad(MainWindow.Außenverzahnung av)
{
//Profil Erstellen
//Nullpunkt
double x0 = 0;
double y0 = 0;
//Hilfsgrößen
double Teilkreisradius = av.d / 2;
double Hilfskreisradius = Teilkreisradius * 0.94;
double Fußkreisradius = Teilkreisradius - (1.25 * av.m);
double Kopfkreisradius = Teilkreisradius + av.m;
double Verrundungsradius = 0.35 * av.m;
double Alpha = 2;
double Alpharad = Math.PI * Alpha / 180;
double Beta = 140 / av.z;
double Betarad = Math.PI * Beta / 180;
double Gamma = 90 - (Alpha - Beta);
double Gammarad = Math.PI * Gamma / 180;
double Totalangel = 360.0 / av.z;
double Totalangelrad = Math.PI * Totalangel / 180;
//Punkte
//Kopfkreis
double xKopfkreis = -Kopfkreisradius *Math.Sin(Alpharad);
double yKopfkreis = Kopfkreisradius * Math.Cos(Alpharad);
//Fußkreis
double xFußkreis = -Fußkreisradius *Math.Sin(Betarad);
double yFußkreis = Fußkreisradius * Math.Cos(Betarad);
//Koordinaten Anfangspunkt Fußkreis
double Hilfswinkel = Totalangelrad - Math.Atan(Math.Abs(xFußkreis) / Math.Abs(yFußkreis));
double x_AnfangspunktFußkreis = Fußkreisradius * Math.Sin(Hilfswinkel);
double y_AnfangspunktFußkreis = Fußkreisradius * Math.Cos(Hilfswinkel);
//Skizze umbenennen und öffnen
hsp_catiaProfil.set_Name("Zahnradskizze");
Factory2D catfactory2D1 = hsp_catiaProfil.OpenEdition();
//Nun die Punkte in die Skizze
Point2D point_Ursprung = catfactory2D1.CreatePoint(x0, y0);
Point2D point_KopfkreisLinks = catfactory2D1.CreatePoint(xKopfkreis, yKopfkreis);
Point2D point_FußkreisLinks = catfactory2D1.CreatePoint(xFußkreis, yFußkreis);
Point2D point_KopfkreisRechts = catfactory2D1.CreatePoint(-xKopfkreis, yKopfkreis);
Point2D point_FußkreisRechts = catfactory2D1.CreatePoint(-xFußkreis, yFußkreis);
Point2D point_AnfangspunktLinks = catfactory2D1.CreatePoint(-x_AnfangspunktFußkreis, y_AnfangspunktFußkreis);
//Linien
Line2D line_FußkreisKopfkreis = catfactory2D1.CreateLine(xFußkreis, yFußkreis, xKopfkreis, yKopfkreis);
line_FußkreisKopfkreis.StartPoint = point_FußkreisLinks;
line_FußkreisKopfkreis.EndPoint = point_KopfkreisLinks;
Line2D line_KopfkreisFußkreis = catfactory2D1.CreateLine(-xKopfkreis, yKopfkreis, -xFußkreis, yFußkreis);
line_KopfkreisFußkreis.StartPoint = point_KopfkreisRechts;
line_KopfkreisFußkreis.EndPoint = point_FußkreisRechts;
//Kreise
Circle2D circle_KopfkreisLinksRechts = catfactory2D1.CreateCircle(x0, y0, Kopfkreisradius, 0, Math.PI * 2);
circle_KopfkreisLinksRechts.CenterPoint = point_Ursprung;
circle_KopfkreisLinksRechts.EndPoint = point_KopfkreisLinks;
circle_KopfkreisLinksRechts.StartPoint = point_KopfkreisRechts;
Circle2D circle_AnfangFußkreis = catfactory2D1.CreateCircle(x0, x0, Fußkreisradius, 0, Math.PI * 2);
circle_AnfangFußkreis.CenterPoint = point_Ursprung;
circle_AnfangFußkreis.EndPoint = point_AnfangspunktLinks;
circle_AnfangFußkreis.StartPoint = point_FußkreisLinks;
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
//Profilerstellen Ende
//Kreismuster
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Part myPart = hsp_catiaPart.Part;
Factory2D Factory2D2 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = myPart.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = myPart.CreateReferenceFromObject(XDir);
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D2, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Convert.ToDouble(av.z));
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(av.z) + 1;
Reference Ref_Kreismuster = myPart.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = myPart.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
myPart.Update();
Bodies bodies = myPart.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
myPart.Update();
myPart.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, av.t);
myPart.Update();
//Bohrung
Reference RefBohrung1 = hsp_catiaPart.Part.CreateReferenceFromBRepName("FSur:(Face:(Brp:(Pad.1;2);None:();Cf11:());WithTemporaryBody;WithoutBuildError;WithInitialFeatureSupport;MonoFond;MFBRepVersion_CXR15)", myPad);
Hole catBohrung1 = SF.AddNewHoleFromPoint(0, 0, 0, RefBohrung1, 0);
Length catLengthBohrung1 = catBohrung1.Diameter;
catLengthBohrung1.Value = Convert.ToDouble(av.d / 2);
hsp_catiaPart.Part.Update();
}
/// <summary>
/// 创建螺纹孔安装面
/// </summary>
/// <param name="Spart">对象零件</param>
/// <param name="UserSelected">用户选择参考对象2边1面</param>
/// <param name="WeightEdge">宽边</param>
/// <param name="LengthEdge">长边</param>
/// <param name="Weight">宽边宽度</param>
/// <param name="Length">长边长度</param>
/// <param name="JianDis">孔间距</param>
public void CreateThreadHole(Part Spart, Reference[] UserSelected, object[] UserSelectedValue, Edge WeightEdge, Edge LengthEdge, double Weight, double Length, double JianDis)
{
//对与孔装配的零件执行打孔
object[] SHolePoint = new object[3];
Selection SelectArc = CatActiveDoc.Selection;
SelectArc.Clear();
var Result = SelectArc.SelectElement2(InputObjectType(2), "请选择子零件孔支持面！", true);
if (Result == "Cancel" || SelectArc == null || SelectArc.Count2 == 0)
{
return;
}
Reference SonReface = SelectArc.Item(1).Reference;
GetProductByFace SGPB = new GetProductByFace();
Part SonPart = SGPB.GetPart((Face)SelectArc.Item(1).Value);
SelectArc.Item(1).GetCoordinates(SHolePoint);
SelectArc.Clear();
ShapeFactory NextshapeFactory = (ShapeFactory)SonPart.ShapeFactory;
HybridShapeFactory NextHyShapeFactory = (HybridShapeFactory)SonPart.HybridShapeFactory;
InstanceFactory NextInf = (InstanceFactory)SonPart.GetCustomerFactory("InstanceFactory");
NextInf.AddInstance(WeightEdge);
try
{
Reference Wref = null;
Reference Lref = null;
try
{
object[] LinePoint = new object[12];
object[] LineDirection = new object[12];
SPAWorkbench TheSPAWorkbench = (SPAWorkbench)CatActiveDoc.GetWorkbench("SPAWorkbench");
Measurable LengthA = TheSPAWorkbench.GetMeasurable(WeightEdge);
Measurable LengthB = TheSPAWorkbench.GetMeasurable(LengthEdge);
//LengthA.GetMinimumDistancePoints(, LinePoint);
//LengthA.GetDirection(LineDirection);
//NextHyShapeFactory.AddNewLineNormal(SonReface, 10, 10, true);
Edge WeightEdgeT = (Edge)UserSelectedValue[0];
Edge LengthEdgeT = (Edge)UserSelectedValue[1];
string WeightEdgeName = WeightEdgeT.get_Name();
string LengthEdgeTName = LengthEdgeT.get_Name();
Wref = SonPart.CreateReferenceFromName(null);
Lref = SonPart.CreateReferenceFromName(null);
WeightEdgeName = Wref.get_Name();
LengthEdgeTName = Lref.get_Name();
SelectArc.Add(WeightEdgeT);
SelectArc.Add(LengthEdgeT);
SelectArc.Copy();
}
catch (Exception e)
{
throw e;
}
Hole SonNwhole = NextshapeFactory.AddNewHoleWith2Constraints(Convert.ToDouble(SHolePoint[0]), Convert.ToDouble(SHolePoint[1]), Convert.ToDouble(SHolePoint[2]), Wref, Lref, SonReface, 50);//创建过孔
try
{
RxSetHoleType(SonNwhole, 10, Weight / 2, 9, RxHoleType.NSmoothHole);
}
catch (Exception)
{
RxSetHoleType(SonPart, SonNwhole, 10, Weight / 2, 9, RxHoleType.NSmoothHole, WeightEdge, LengthEdge);
}
SonPart.Update();
Hole SonNwPinHole = NextshapeFactory.AddNewHoleWith2Constraints(Convert.ToDouble(SHolePoint[0]) + 5, Convert.ToDouble(SHolePoint[1]) + 5, Convert.ToDouble(SHolePoint[2]), UserSelected[0], UserSelected[1], SonReface, 50);//创建销孔
RxSetHoleType(SonNwPinHole, 10, Weight / 2 + JianDis, 8, RxHoleType.PinHole);
SonPart.Update();
if (Length <= 60)
{
RectPattern RPhole = NextshapeFactory.AddNewRectPattern(SonNwhole, 2, 1, JianDis * 2, 20, 1, 1, LengthEdge, WeightEdge, true, true, 0); //阵列过孔
RPhole.FirstRectangularPatternParameters = CatRectangularPatternParameters.catInstancesandSpacing;
RPhole.SecondRectangularPatternParameters = CatRectangularPatternParameters.catInstancesandSpacing;
Spart.Update();
}
else
{
RectPattern RPhole = NextshapeFactory.AddNewRectPattern(SonNwhole, 2, 1, JianDis * 2, 20, 1, 1, LengthEdge, WeightEdge, true, true, 0); //阵列过孔
RPhole.FirstRectangularPatternParameters = CatRectangularPatternParameters.catInstancesandSpacing;
RPhole.SecondRectangularPatternParameters = CatRectangularPatternParameters.catInstancesandSpacing;
RectPattern RPinhole = NextshapeFactory.AddNewRectPattern(SonNwPinHole, 2, 1, JianDis * 2, 20, 1, 1, LengthEdge, WeightEdge, true, true, 0); //阵列过孔
RPinhole.FirstRectangularPatternParameters = CatRectangularPatternParameters.catInstancesandSpacing;
RPinhole.SecondRectangularPatternParameters = CatRectangularPatternParameters.catInstancesandSpacing;
Spart.Update();
}
}
catch (Exception)
{
throw;
MessageBox.Show("打孔失败！请确定选择是否有误！");
}
}
static void Main(string[] args)
{
INFITF.Application catia; //add the reference - catia v5 infiit interface...
try
{
//열려 있는 catia가져오기
catia = (INFITF.Application)Marshal.GetActiveObject("CATIA.Application");
}
catch (Exception)
{
//catia 실행하기
catia = (INFITF.Application)Activator.CreateInstance(Type.GetTypeFromProgID("CATIA.Application"));
catia.Visible = true;
}
MECMOD.PartDocument prtDoc = (MECMOD.PartDocument)catia.Documents.Add("Part");
MECMOD.Part prt = prtDoc.Part;
HybridBodies hybdys = prt.HybridBodies;
HybridBody hybdy = hybdys.Add();
HybridShapes hyshps = hybdy.HybridShapes;
HybridShapeFactory hyshfac = (HybridShapeFactory)prt.HybridShapeFactory;
Point p1 = hyshfac.AddNewPointCoord(10, 60, 30);
Point p2 = hyshfac.AddNewPointCoord(70, 75, 35);
Point p3 = hyshfac.AddNewPointCoord(100, 80, 30);
Point p4 = hyshfac.AddNewPointCoord(100, 80, 40);
Point p5 = hyshfac.AddNewPointCoord(95, 20, 45);
Point p6 = hyshfac.AddNewPointCoord(100, 10, 50);
INFITF.Reference r1 = prt.CreateReferenceFromGeometry(p1);
INFITF.Reference r2 = prt.CreateReferenceFromGeometry(p2);
INFITF.Reference r3 = prt.CreateReferenceFromGeometry(p3);
INFITF.Reference r4 = prt.CreateReferenceFromGeometry(p4);
INFITF.Reference r5 = prt.CreateReferenceFromGeometry(p5);
INFITF.Reference r6 = prt.CreateReferenceFromGeometry(p6);
HybridShapeSpline hyspl1 = hyshfac.AddNewSpline();
HybridShapeSpline hyspl2 = hyshfac.AddNewSpline();
hyspl1.AddPoint(r1);
hyspl1.AddPoint(r2);
hyspl1.AddPoint(r3);
hyspl2.AddPoint(r4);
hyspl2.AddPoint(r5);
hyspl2.AddPoint(r6);
hybdy.AppendHybridShape(hyspl1);
hybdy.AppendHybridShape(hyspl2); //AppendHybridShape 만들고 바로 해야 된다
INFITF.Reference rspl1 = prt.CreateReferenceFromGeometry(hyspl1);
INFITF.Reference rspl2 = prt.CreateReferenceFromGeometry(hyspl2);
HybridShapeSweepExplicit swp = hyshfac.AddNewSweepExplicit(rspl1, rspl2);
hybdy.AppendHybridShape(swp);
Point p = hyshfac.AddNewPointCoord(50, 30, 100);
hybdy.AppendHybridShape(p);
HybridShapeProject hsprjct = hyshfac.AddNewProject((INFITF.Reference)p, (INFITF.Reference)swp);
prt.Update();
}
internal void PrintTriangles(Vector <double> x,
List <int[]> triangles,
MathNet.Spatial.Euclidean.Point3D oRoot,
MathNet.Spatial.Euclidean.UnitVector3D vDir1,
MathNet.Spatial.Euclidean.UnitVector3D vDir2,
int iTrans,
MathNet.Spatial.Euclidean.Point3D oTrans,
bool just2D = false)
{
Part oPart = oPartDoc.Part;
HybridShapeFactory hsf = (HybridShapeFactory)oPart.HybridShapeFactory;
HybridBody hb1;
try {
hb1 = (HybridBody)oPart.HybridBodies.GetItem("Blank Calculator Result");
hb1.get_Name();
oSel.Clear();
oSel.Add(hb1);
oSel.Delete();
} catch (Exception) {}
hb1 = (HybridBody)oPart.HybridBodies.Add();
hb1.set_Name("Blank Calculator Result");
//CATIA.RefreshDisplay = false;
//CATIA.Interactive = false;
List <Reference> RsltPoints = new List <Reference>();
MathNet.Spatial.Euclidean.CoordinateSystem Axis = new MathNet.Spatial.Euclidean.CoordinateSystem(oRoot, vDir1, vDir2, vDir1.CrossProduct(vDir2));
if (just2D)
{
for (int i = 0; i < x.Count / 2; i++)
{
MathNet.Spatial.Euclidean.Point3D PtMath = new MathNet.Spatial.Euclidean.Point3D(new double[] { x[i * 2], x[i * 2 + 1], 0 });
Point PTCat = hsf.AddNewPointCoord(PtMath.X, PtMath.Y, PtMath.Z);
PTCat.Compute();
RsltPoints.Add(oPart.CreateReferenceFromObject(PTCat));
}
}
else
{
MathNet.Spatial.Euclidean.Point3D PtMath = new MathNet.Spatial.Euclidean.Point3D(new double[] { x[iTrans * 2], x[iTrans * 2 + 1], 0 });
PtMath = Axis.TransformToCoordSys(PtMath);
double[] vecTranslation = new double[] { oTrans.X - PtMath.X, oTrans.Y - PtMath.Y, oTrans.Z - PtMath.Z };
for (int i = 0; i < x.Count / 2; i++)
{
PtMath = new MathNet.Spatial.Euclidean.Point3D(new double[] { x[i * 2], x[i * 2 + 1], 0 });
PtMath = Axis.TransformToCoordSys(PtMath);
Point PTCat = hsf.AddNewPointCoord(PtMath.X + vecTranslation[0], PtMath.Y + vecTranslation[1], PtMath.Z + vecTranslation[2]);
PTCat.Compute();
RsltPoints.Add(oPart.CreateReferenceFromObject(PTCat));
}
}
foreach (int[] item in triangles)
{
Line lUp = hsf.AddNewLinePtPt(RsltPoints[item[0]], RsltPoints[item[1]]);
lUp.Compute();
hb1.AppendHybridShape(lUp);
Line l0 = hsf.AddNewLinePtPt(RsltPoints[item[1]], RsltPoints[item[2]]);
l0.Compute();
hb1.AppendHybridShape(l0);
Line lDown = hsf.AddNewLinePtPt(RsltPoints[item[2]], RsltPoints[item[0]]);
lDown.Compute();
hb1.AppendHybridShape(lDown);
}
//CATIA.RefreshDisplay = true;
//CATIA.Interactive = true;
}