protected override void Command()
{
Ass = MdlBase.eAssemblyDoc();
try
{
CurveDrivenPatternFeatureData def = FonctionRepetition.GetDefinition();
Object[] tabB = def.PatternBodyArray;
Body2 b = (Body2)tabB[0];
MathTransform compRepetTrans = ComposantRepetition.Transform2;
MathTransform baseMarcheTrans = Marche.Transform2;
Vertex v = (Vertex)Point;
Edge e = (Edge)Arrete;
List <Face2> ListeFace = FonctionRepetition.eListeDesFaces();
Sketch sk = PointMarche.GetSketch();
Feature fPointMarche = (Feature)sk;
List <Component2> ListeComposants = new List <Component2>()
{
Marche
};
Double arr = 0.0001;
for (int i = 1; i <= (def.D1InstanceCount + def.D2InstanceCount); i++)
{
MathTransform bodyTrans = def.GetTransform(i);
if (bodyTrans.IsNull())
{
break;
}
MathTransform Transform = compRepetTrans.Inverse();
Transform = Transform.Multiply(bodyTrans);
Transform = Transform.Multiply(compRepetTrans);
Transform = baseMarcheTrans.Multiply(Transform);
gPoint pt = new gPoint(v);
gSegment sg = new gSegment(e);
pt.MultiplyTransfom(bodyTrans);
sg.MultiplyTransfom(bodyTrans);
Vertex vertex = null;
Edge edge = null;
foreach (Face2 face in ListeFace)
{
foreach (Edge ed in face.eListeDesArretes())
{
gSegment s = new gSegment(ed);
if (sg.Compare(s, arr))
{
edge = ed;
}
if (s.Start.Comparer(pt, arr))
{
vertex = ed.GetStartVertex();
}
if (s.End.Comparer(pt, arr))
{
vertex = ed.GetEndVertex();
}
if (edge.IsRef() && vertex.IsRef())
{
break;
}
}
if (edge.IsRef() && vertex.IsRef())
{
break;
}
}
Entity eVertex = (Entity)vertex;
Entity eEdge = (Entity)edge;
Component2 cp = Ass.AddComponent5(Marche.GetPathName(), (int)swAddComponentConfigOptions_e.swAddComponentConfigOptions_CurrentSelectedConfig, "", false, "", 0, 0, 0);
if (cp.IsNull())
{
continue;
}
// Quand on réinsere un composant, les précédentes contraintes sont recrées.
// On les supprime pour eviter des conflits
Object[] Mates = cp.GetMates();
if (Mates.IsRef())
{
foreach (Feature mate in Mates)
{
mate.eSelect();
MdlBase.Extension.DeleteSelection2((int)swDeleteSelectionOptions_e.swDelete_Absorbed);
}
}
WindowLog.Ecrire(cp.Name2);
cp.Transform2 = Transform;
ListeComposants.Add(cp);
int longstatus = 0;
MdlBase.eEffacerSelection();
eVertex.eSelectEntite(false);
Feature f = cp.FeatureByName(fPointMarche.Name);
Sketch sketchOrigine = f.GetSpecificFeature2();
Object[] tabPt = sketchOrigine.GetSketchPoints2();
SketchPoint origine = (SketchPoint)tabPt[0];
origine.Select4(true, null);
Mate2 mPoint = Ass.AddMate5((int)swMateType_e.swMateCOINCIDENT,
(int)swMateAlign_e.swMateAlignCLOSEST, false, 0, 0, 0, 0, 0, 0, 0, 0, false, false, 0, out longstatus);
MdlBase.eEffacerSelection();
MdlBase.eEffacerSelection();
eEdge.eSelectEntite(false);
cp.FeatureByName(AxeMarche.Name).eSelect(true);
Mate2 mAxe = Ass.AddMate5((int)swMateType_e.swMateANGLE,
(int)swMateAlign_e.swAlignNONE, false, 0, 0, 0, 0, 0, 0, 0, 0, false, false, 0, out longstatus);
MdlBase.eEffacerSelection();
MdlBase.eEffacerSelection();
Plan.eSelect(false);
cp.FeatureByName(PlanMarche.Name).eSelect(true);
Mate2 mPlan = Ass.AddMate5((int)swMateType_e.swMatePARALLEL,
(int)swMateAlign_e.swAlignNONE, false, 0, 0, 0, 0, 0, 0, 0, 0, false, false, 0, out longstatus);
MdlBase.eEffacerSelection();
Feature m = (Feature)mPoint;
WindowLog.Ecrire(" " + m.Name);
m = (Feature)mAxe;
WindowLog.Ecrire(" " + m.Name);
m = (Feature)mPlan;
WindowLog.Ecrire(" " + m.Name);
}
MdlBase.eEffacerSelection();
foreach (var cp in ListeComposants)
{
cp.eSelectById(MdlBase, -1, true);
}
Feature Dossier = MdlBase.FeatureManager.InsertFeatureTreeFolder2((int)swFeatureTreeFolderType_e.swFeatureTreeFolder_Containing);
Dossier.eRenommerFonction(String.Format("Marches ({0} {1}) ", ComposantRepetition.Name2, FonctionRepetition.Name));
}
catch (Exception e)
{
this.LogErreur(new Object[] { e });
}
}
