/// <summary>
/// Метод создает фаску в 45'
/// </summary>
public bool Create(double dist, Point3d coor)
{
try
{
ksEntityCollection edge = (ksEntityCollection)_app.Part.EntityCollection((short)Obj3dType.o3d_edge);
if ((edge != null) && (edge.SelectByPoint(coor.X, coor.Y, coor.Z)) && (edge.GetCount() != 0))
{
ksEntity chamfer = (ksEntity)_app.Part.NewEntity((short)Obj3dType.o3d_chamfer);
ksChamferDefinition chDef = (ksChamferDefinition)chamfer.GetDefinition();
if (chDef != null)
{
chDef.tangent = true;
chDef.SetChamferParam(false, dist, dist);
ksEntityCollection chamferCollection = (ksEntityCollection)chDef.array();
chamferCollection.Clear();
chamferCollection.Add(edge.GetByIndex(0));
chamfer.Create();
}
}
return(true);
}
catch
{
return(false);
}
}
/// <summary>
/// Метод копирует последнюю операцию
/// по концентрической окружности относительно оси OY
/// </summary>
/// <param name="count">Количество копий</param>
public bool CreateOperationCircPartArray(int count)
{
try
{
ksEntityCollection elemCol = (ksEntityCollection)_app.Part.EntityCollection((short)Obj3dType.o3d_cutExtrusion);
if ((elemCol != null) && (elemCol.GetCount() != 0))
{
ksEntity axis = (ksEntity)_app.Part.NewEntity((short)Obj3dType.o3d_axisOY);
ksEntity circCopy = (ksEntity)_app.Part.NewEntity((short)Obj3dType.o3d_circularCopy);
ksCircularCopyDefinition CopyDef = (ksCircularCopyDefinition)circCopy.GetDefinition();
if (CopyDef != null)
{
CopyDef.count1 = 1;
CopyDef.count2 = count;
CopyDef.step2 = 360;
CopyDef.factor2 = true;
CopyDef.SetAxis(axis);
ksEntityCollection copiedElemCol = (ksEntityCollection)CopyDef.GetOperationArray();
copiedElemCol.Clear();
int i = elemCol.GetCount();
copiedElemCol.Add(elemCol.GetByIndex(i - 1));
circCopy.Create();
}
}
return(true);
}
catch
{
return(false);
}
}
public void Fillet(ksPart iPart, int index, double radius, TeaPotParams teaPotParams)
{
// Получение интерфейса объекта скругление
ksEntity entityFillet = (ksEntity)iPart.NewEntity((int)Obj3dType.o3d_fillet);
// Получаем интерфейс параметров объекта скругление
ksFilletDefinition filletDefinition = (ksFilletDefinition)entityFillet.GetDefinition();
// Радиус скругления
filletDefinition.radius = radius;
// Не продолжать по касательным ребрам
filletDefinition.tangent = true;
// Получаем массив граней объекта
ksEntityCollection entityCollectionPart = (ksEntityCollection)iPart.EntityCollection((int)Obj3dType.o3d_face);
// Получаем массив скругляемых граней
ksEntityCollection entityCollectionFillet = (ksEntityCollection)filletDefinition.array();
entityCollectionFillet.Clear();
//ksEntity ENT = entityCollectionFillet.GetByIndex(0);
// Заполняем массив скругляемых объектов
entityCollectionFillet.Add(entityCollectionPart.GetByIndex(index));
// Создаем скругление
int X = Convert.ToInt32(teaPotParams.TeaPotHandleColor);
entityFillet.SetAdvancedColor(X, 2, 2, 2, 2, 1, 2);
entityFillet.Create();
}
public override ksEntity Execute()
{
ksEntity cut = Part.NewEntity((short)Obj3dType.o3d_cutEvolution);
ksCutEvolutionDefinition definition = cut.GetDefinition();
definition.cut = true;
definition.sketchShiftType = 1;
definition.SetSketch(_drawSectionCmd.Execute());
ksEntityCollection entityCollection = definition.PathPartArray();
entityCollection.Clear();
entityCollection.Add(_drawTrajectoryCmd.Execute());
cut.Create();
return(cut);
}
/// <summary>
/// Выдавливание по траектории
/// </summary>
/// <param name="entityEvolution">вырез кинматики</param>
/// <param name="skechOne">Эскиз сечения</param>
/// <param name="skechTwo">Эскиз траектории</param>
/// <param name="ksEntityCollection"></param>
private void KinematicExstrusion(ksEntity skechOne,
ksEntity skechTwo)
{
ksEntity entityEvolution =
(ksEntity)_ksPart.NewEntity((short)Obj3dType.o3d_baseEvolution);
ksBaseEvolutionDefinition baseEvolutionDefinition =
(ksBaseEvolutionDefinition)entityEvolution.GetDefinition();
baseEvolutionDefinition.sketchShiftType = 1;
baseEvolutionDefinition.SetSketch(skechOne);
ksEntityCollection ksEntityCollection =
(ksEntityCollection)baseEvolutionDefinition.PathPartArray();
ksEntityCollection.Clear();
ksEntityCollection.Add(skechTwo);
entityEvolution.Create();
}
public override ksEntity Execute()
{
_extrudeHandleCmd.Execute();
ksEntity fillet = Part.NewEntity((short)Obj3dType.o3d_fillet);
ksFilletDefinition filletDefinition = fillet.GetDefinition();
filletDefinition.radius = 1;
filletDefinition.tangent = false;
ksEntityCollection facesToFillet = filletDefinition.array();
facesToFillet.Clear();
ksEntityCollection partFaces = Part.EntityCollection((short)Obj3dType.o3d_face);
for (int i = 0; i < partFaces.GetCount(); i++)
{
facesToFillet.Add(partFaces.GetByIndex(i));
}
fillet.Create();
return(fillet);
}
/// <summary>
/// Скругление
/// </summary>
private void Filled(ksEntity ksEntity)
{
const int grayColor = 16777215;
ksEntity ksEntityFilled = (ksEntity)_ksPart.NewEntity(
(short)Obj3dType.o3d_fillet);
ksFilletDefinition ksFilletDefinition =
(ksFilletDefinition)ksEntityFilled.GetDefinition();
ksFilletDefinition.radius = 2;
ksFilletDefinition.tangent = false;
ksEntityCollection ksEntityCollectionPart =
(ksEntityCollection)_ksPart.EntityCollection(
(short)Obj3dType.o3d_edge);
ksEntityCollection ksEntityCollectionFillet =
(ksEntityCollection)ksFilletDefinition.array();
ksEntityCollectionFillet.Clear();
ksEntityCollectionFillet.Add(ksEntityCollectionPart.GetByIndex(1));
ksEntityCollectionFillet.Add(ksEntityCollectionPart.GetByIndex(0));
ksEntityFilled.useColor = 0;
ksEntityFilled.SetAdvancedColor(grayColor, 0.9, 0.8,
0.7, 0.6, 1, 0.4);
ksEntityFilled.Create();
}
/// <summary>
/// CСоздание резьбы на ножке
/// </summary>
/// <param name="diameterLeg">Диаметр ножки</param>
/// <param name="lengthLeg">Длина ножки</param>
/// <param name="diameterBracing">Диаметр крепления</param>
/// <param name="lengthHead">Длина головки</param>
private void BuildThreadLeg(double diameterLeg, double lengthLeg, double diameterBracing, double lengthHead)
{
#region Константы для резьбы
const int part = -1;
const int planeOffset = 14;
const int sketch = 5;
const int planeXOY = 1;
const int cylindricspiral = 56;
const int cutEvolution = 47;
const int planeXOZ = 2;
#endregion
//Смещенеие плоскости
_part = _doc3D.GetPart(part);
ksEntity entityOffset = _part.NewEntity(planeOffset);
ksPlaneOffsetDefinition planeDefinition = entityOffset.GetDefinition();
planeDefinition.offset = lengthHead;
planeDefinition.direction = true;
ksEntity EntityPlaneOffset = _part.GetDefaultEntity(planeXOY);
planeDefinition.SetPlane(EntityPlaneOffset);
entityOffset.Create();
//Построение спирали
ksEntity entityCylinderic = _part.NewEntity(cylindricspiral);
ksCylindricSpiralDefinition cylindricSpiral = entityCylinderic.GetDefinition();
cylindricSpiral.SetPlane(entityOffset);
cylindricSpiral.buildDir = true;
cylindricSpiral.buildMode = 1;
cylindricSpiral.height = lengthLeg;
cylindricSpiral.diam = diameterLeg;
cylindricSpiral.firstAngle = 0;
cylindricSpiral.turnDir = true;
cylindricSpiral.step = 0.5;
entityCylinderic.Create();
//Эскиз треуголника
ksEntity Entity2 = _part.NewEntity(sketch);
ksSketchDefinition sketchDefinition = Entity2.GetDefinition();
ksEntity Entity = _part.GetDefaultEntity(planeXOZ);
sketchDefinition.SetPlane(Entity);
Entity2.Create();
Document2D document2D = sketchDefinition.BeginEdit();
var StartX = diameterLeg / 2 - (diameterLeg / 100); //
var StartY = -0.5 / 2 + 0.01;
document2D.ksLineSeg(StartX, -lengthHead, diameterLeg - StartX, -lengthHead + StartY, 1);
document2D.ksLineSeg(StartX, -lengthHead, diameterLeg - StartX, -lengthHead - StartY, 1);
document2D.ksLineSeg(diameterLeg - StartX, -lengthHead + StartY, diameterLeg - StartX, -lengthHead - StartY, 1);
sketchDefinition.EndEdit();
//Кинематическое вырезание
ksEntity entityCutEvolution = _part.NewEntity(cutEvolution);
ksCutEvolutionDefinition cutEvolutionDefinition = entityCutEvolution.GetDefinition();
cutEvolutionDefinition.cut = true;
cutEvolutionDefinition.sketchShiftType = 1;
cutEvolutionDefinition.SetSketch(sketchDefinition);
ksEntityCollection EntityCollection = (cutEvolutionDefinition.PathPartArray());
EntityCollection.Clear();
EntityCollection.Add(entityCylinderic);
entityCutEvolution.Create();
}
