//------------------------------------------------------------------------//
// Convierte la entidad <Segment> de is2Graph a su tipo equivalente de ACAD.
/// <summary>
///
/// </summary>
/// <param name="S"></param>
/// <returns></returns>
public static UFCurve.Line ToNx(is2GraphObject.SegmentType S)
{
UFCurve.Line L = new UFCurve.Line();
L.start_point = ToNx(S.StartPoint);
L.end_point = ToNx(S.EndPoint);
return(L);
}
public Tag DrawLine(Point startPoint, Point endPoint)
{
UFCurve.Line line = new UFCurve.Line();
line.start_point = startPoint.ToArray();
line.end_point = endPoint.ToArray();
Tag sketchPart;
theSession.Curve.CreateLine(ref line, out sketchPart);
return(sketchPart);
}
public static void SetPointsToLine(ref UFCurve.Line line, double[] l_endpt1, double[] l_endpt2)
{
line.start_point = new double[3];
line.start_point[0] = l_endpt1[0];
line.start_point[1] = l_endpt1[1];
line.start_point[2] = l_endpt1[2];
line.end_point = new double[3];
line.end_point[0] = l_endpt2[0];
line.end_point[1] = l_endpt2[1];
line.end_point[2] = l_endpt2[2];
}
public int Execute()
{
Tag UFPart;
string part_name = "EX_Modl_CreateExtruded";
int units = 2;
string name;
theUfSession.Part.New(part_name, units, out UFPart);
theUfSession.Part.AskPartName(UFPart, out name);
w.WriteLine("Loaded: " + name);
double[] l1_endpt1 = { -1.4476606170268, 2.3788333712953, 0.0 };
double[] l1_endpt2 = { 1.5471310496399, 2.2539419253757, 0.0 };
double[] l2_endpt1 = { -1.4476606170268, 1.2548103580189, 0.0 };
double[] l2_endpt2 = { 1.5471310496399, 1.3797018039385, 0.0 };
double[] l3_endpt1 = { -1.4710981170268, 1.8168218646571, 0.0 };
double[] l3_endpt2 = { 1.5289018829732, 1.8168218646571, 0.0 };
double[] direction = { 0.0, 0.0, 1.0 };
double[] ref_pt = new double[3];
double arc1_start_ang = (PI / 180) * 87.611984536731;
double arc1_end_ang = (PI / 180) * 272.38801546327;
double arc1_rad = 0.5625;
double arc2_start_ang = (PI / 180) * 272.38801546327;
double arc2_end_ang = (PI / 180) * 447.61198453673;
double arc2_rad = 0.4375;
string taper_angle = "0.0";
string[] limit1 = { "1.0", "1.25" };
int i, count = 4;
Tag[] objarray = new Tag[5];
Tag wcs_tag, matrix_tag;
Tag[] loop_list, features;
UFCurve.Line line1 = new UFCurve.Line();
UFCurve.Line line2 = new UFCurve.Line();
UFCurve.Line line3 = new UFCurve.Line();
UFCurve.Arc arc1 = new UFCurve.Arc();
UFCurve.Arc arc2 = new UFCurve.Arc();
line1.start_point = new double[3];
line1.start_point[0] = l1_endpt1[0];
line1.start_point[1] = l1_endpt1[1];
line1.start_point[2] = l1_endpt1[2];
line1.end_point = new double[3];
line1.end_point[0] = l1_endpt2[0];
line1.end_point[1] = l1_endpt2[1];
line1.end_point[2] = l1_endpt2[2];
line2.start_point = new double[3];
line2.start_point[0] = l2_endpt1[0];
line2.start_point[1] = l2_endpt1[1];
line2.start_point[2] = l2_endpt1[2];
line2.end_point = new double[3];
line2.end_point[0] = l2_endpt2[0];
line2.end_point[1] = l2_endpt2[1];
line2.end_point[2] = l2_endpt2[2];
line3.start_point = new double[3];
line3.start_point[0] = l3_endpt1[0];
line3.start_point[1] = l3_endpt1[1];
line3.start_point[2] = l3_endpt1[2];
line3.end_point = new double[3];
line3.end_point[0] = l3_endpt2[0];
line3.end_point[1] = l3_endpt2[1];
line3.end_point[2] = l3_endpt2[2];
arc1.start_angle = arc1_start_ang;
arc1.end_angle = arc1_end_ang;
arc1.arc_center = new double[3];
arc1.arc_center[0] = l3_endpt1[0];
arc1.arc_center[1] = l3_endpt1[1];
arc1.arc_center[2] = l3_endpt1[2];
arc1.radius = arc1_rad;
arc2.start_angle = arc2_start_ang;
arc2.end_angle = arc2_end_ang;
arc2.arc_center = new double[3];
arc2.arc_center[0] = l3_endpt2[0];
arc2.arc_center[1] = l3_endpt2[1];
arc2.arc_center[2] = l3_endpt2[2];
arc2.radius = arc2_rad;
theUfSession.Curve.CreateLine(ref line1, out objarray[0]);
theUfSession.Curve.CreateLine(ref line2, out objarray[1]);
theUfSession.Curve.CreateLine(ref line3, out objarray[4]);
theUfSession.Csys.AskWcs(out wcs_tag);
theUfSession.Csys.AskMatrixOfObject(wcs_tag, out matrix_tag);
arc1.matrix_tag = matrix_tag;
arc2.matrix_tag = matrix_tag;
theUfSession.Curve.CreateArc(ref arc1, out objarray[2]);
theUfSession.Curve.CreateArc(ref arc2, out objarray[3]);
//Create loop list
ArrayList arr_loop_list = new ArrayList();
for (i = 0; i < count; i++)
{
arr_loop_list.Add(objarray[i]);
}
loop_list = (Tag [])arr_loop_list.ToArray(typeof(Tag));
// while sending parameters to this function the order was
// loop_list, taper_angle, limit1, ref_pt, FeatureSigns.Nullsign, direction, out features
// as above .. there were some compilation problem due to function prototype match.
// Atul changed the order as follows in order to compile it successfully.
// loop_list, taper_angle, limit1, ref_pt, direction, FeatureSigns.Nullsign, out features
theUfSession.Modl.CreateExtruded(loop_list, taper_angle, limit1,
ref_pt, direction, FeatureSigns.Nullsign, out features);
theUfSession.Part.Save();
return(0);
}
public int Execute()
{
Tag part;
string part_name = "EX_Curve_CreateFillet";
int units = 2;
string name;
theUfSession.Part.New(part_name, units, out part);
theUfSession.Part.AskPartName(part, out name);
w.WriteLine("Loaded: " + name);
double[] center = new double[3];
double radius;
int[] trim_opts = new int[3];
int[] arc_opts = { 0, 0, 0 };
UFCurve.Line line_coords1 = new UFCurve.Line();
line_coords1.start_point = new double[3];
line_coords1.start_point[0] = 1.2;
line_coords1.start_point[1] = 0.2;
line_coords1.start_point[2] = 0.0;
line_coords1.end_point = new double[3];
line_coords1.end_point[0] = -0.5;
line_coords1.end_point[1] = 2.5;
line_coords1.end_point[2] = 0.0;
UFCurve.Line line_coords2 = new UFCurve.Line();
line_coords2.start_point = new double[3];
line_coords2.start_point[0] = 3.2;
line_coords2.start_point[1] = 2.25;
line_coords2.start_point[2] = 0.0;
line_coords2.end_point = new double[3];
line_coords2.end_point[0] = 2.5;
line_coords2.end_point[1] = 3.5;
line_coords2.end_point[2] = 0.0;
UFCurve.Arc arc_coords1 = new UFCurve.Arc();
arc_coords1.matrix_tag = Tag.Null;
arc_coords1.start_angle = 238 * DEGRA;
arc_coords1.end_angle = 357 * DEGRA;
arc_coords1.arc_center = new double[3];
arc_coords1.arc_center[0] = 0.22;
arc_coords1.arc_center[1] = 4.3;
arc_coords1.arc_center[2] = 0.0;
arc_coords1.radius = 2.0;
UFCurve.Arc arc_coords2 = new UFCurve.Arc();
arc_coords2.matrix_tag = Tag.Null;
arc_coords2.start_angle = 82 * DEGRA;
arc_coords2.end_angle = 175 * DEGRA;
arc_coords2.arc_center = new double[3];
arc_coords2.arc_center[0] = 3.0;
arc_coords2.arc_center[1] = 0.43;
arc_coords2.arc_center[2] = 0.0;
arc_coords2.radius = 2.0;
Tag line1, line2, arc1, arc2;
Tag[] curve_objs = new Tag[3];
Tag fillet_obj1, fillet_obj2, wcs_tag, matrix_tag;
/* create 2 lines */
theUfSession.Curve.CreateLine(ref line_coords1, out line1);
theUfSession.Curve.CreateLine(ref line_coords2, out line2);
/* create 2 arcs */
theUfSession.Csys.AskWcs(out wcs_tag);
theUfSession.Csys.AskMatrixOfObject(wcs_tag, out matrix_tag);
arc_coords1.matrix_tag = matrix_tag;
arc_coords2.matrix_tag = matrix_tag;
theUfSession.Curve.CreateArc(ref arc_coords1, out arc1);
theUfSession.Curve.CreateArc(ref arc_coords2, out arc2);
/*create fillet between "arc1" and "line1"*/
curve_objs[0] = arc1;
curve_objs[1] = line1;
center[0] = 0.0;
center[1] = 2.1;
center[2] = 0.0;
radius = .25;
trim_opts[0] = 1; /*trim first UFCurve*/
trim_opts[1] = 1; /*trim second UFCurve*/
theUfSession.Curve.CreateFillet(UF_CURVE_2_CURVE, curve_objs, center, radius, trim_opts,
arc_opts, out fillet_obj1);
/*create fillet between "line1" and "arc2"*/
curve_objs[0] = line1;
curve_objs[1] = arc2;
center[0] = 0.8;
center[1] = 1.0;
center[2] = 0.0;
radius = .25;
trim_opts[0] = 1; /*trim first UFCurve*/
trim_opts[1] = 1; /*trim second UFCurve*/
theUfSession.Curve.CreateFillet(UF_CURVE_2_CURVE, curve_objs, center, radius,
trim_opts, arc_opts, out fillet_obj2);
theUfSession.Part.Save();
return(0);
}
private void createBolt(staple config)
{
List<NXOpen.Point> points = new List<Point>() {
new NXOpen.Point(0, 0),
new Point(0, config.D / 2 ),
new Point(0, config.D / 2 ),
new Point(config.l2, config.D / 2 ),
new Point(config.l2, config.d1 / 2 ),
new Point(config.L - config.l - config.l1, config.d / 2 ), // 4
new Point(config.L - config.l - config.l1, config.D / 2 ),
new Point(config.L - config.l, config.D / 2),
new Point(config.L - config.l, config.d / 2),
new Point(config.L, config.d / 2),
new Point(config.L, 0),
new Point(0, 0)
};
List<UFCurve.Line> lines = new List<UFCurve.Line>();
Tag[] objarray1 = new Tag[points.Count - 1];
for (int i = 1; i < points.Count; i++)
{
UFCurve.Line line = new UFCurve.Line();
line.start_point = new double[3] { points[i - 1].x, points[i - 1].y, points[i - 1].z };
line.end_point = new double[3] { points[i].x, points[i].y, points[i].z };
lines.Add(line);
ufSession.Curve.CreateLine(ref line, out objarray1[i - 1]);
Tag[] features1;
ufSession.Modl.CreateRevolved(objarray1, new string[2] { "0", "360" },
new double[3] { 0.00, 0.00, 0.00 },
new double[3] { 1.00, 0.00, 0.00 }, FeatureSigns.Nullsign, out features1); ;
Tag feat = features1[0];
Tag cyl_tag, obj_id_camf, blend1;
Tag[] Edge_array_cyl, face_array;
int ecount;
ufSession.Modl.AskFeatBody(feat, out cyl_tag);
ufSession.Modl.AskBodyEdges(cyl_tag, out Edge_array_cyl);
ufSession.Modl.AskListCount(Edge_array_cyl, out ecount);
ArrayList main_1_blend = new ArrayList();
ArrayList main_1_blend_sub = new ArrayList();
ArrayList main_2_blend = new ArrayList();
ArrayList main_2_blend_sub = new ArrayList();
ArrayList main_3_blend = new ArrayList();
for (int ii = 0; ii < ecount; ii++)
Tag edge;
ufSession.Modl.AskListItem(Edge_array_cyl, ii, out edge);
if (ii == 0 || ii == 7)
{
main_1_blend.Add(edge);
}
if (ii == 1 || ii == 2)
{
main_1_blend_sub.Add(edge);
}
if (ii == 3 || ii == 4)
{
main_2_blend.Add(edge);
}
if (ii == 5)
{
main_2_blend_sub.Add(edge);
}
if (ii == 6)
{
main_3_blend.Add(edge);
}
}
ufSession.Modl.CreateBlend((config.l2 / 2).ToString(),
(Tag[])main_1_blend.ToArray(typeof(Tag)), 0, 0, 0, 0.0, out blend1);
ufSession.Modl.CreateBlend((config.R2).ToString(),
(Tag[])main_1_blend_sub.ToArray(typeof(Tag)), 0, 0, 0, 0.0, out blend1);
ufSession.Modl.CreateBlend((config.R3).ToString(),
(Tag[])main_2_blend.ToArray(typeof(Tag)), 0, 0, 0, 0.0, out blend1);
ufSession.Modl.CreateBlend((config.R1).ToString(),
(Tag[])main_2_blend_sub.ToArray(typeof(Tag)), 0, 0, 0, 0.0, out blend1);
ufSession.Modl.CreateChamfer(3, "1", "1", "45", (Tag[])main_3_blend.ToArray(typeof(Tag)), out obj_id_camf);
101. }
public int Execute()
{
Tag UFPart;
string part_name = "EX_Curve_ProjCurves";
int units = 2;
string name;
theUfSession.Part.New(part_name, units, out UFPart);
theUfSession.Part.AskPartName(UFPart, out name);
w.WriteLine("Loaded: " + name);
int num_faces, i, num_proj_curves;
double[] origin = { 0.0, 0.0, 0.0 };
Tag block_tag;
Tag[] curves_to_proj = new Tag[1];
Tag proj_curve_feature;
Tag[] proj_curves;
Tag defining_feature, defining_target, defining_curve;
String[] edge_lens = { "300.0", "25.0", "150.0" };
UFCurve.Line line_data = new UFCurve.Line();
UFCurve.Proj proj_data = new UFCurve.Proj();
Tag[] face_list;
theUfSession.Modl.CreateBlock1(FeatureSigns.Nullsign, origin, edge_lens, out block_tag);
line_data.start_point = new double[3];
line_data.start_point[0] = 25.0;
line_data.start_point[1] = 50.0;
line_data.start_point[2] = 25.0;
line_data.end_point = new double[3];
line_data.end_point[0] = 275.0;
line_data.end_point[1] = 50.0;
line_data.end_point[2] = 125.0;
theUfSession.Curve.CreateLine(ref line_data, out curves_to_proj[0]);
Console.WriteLine("curves to project tag = {0}\n", curves_to_proj[0]);
theUfSession.Modl.AskFeatFaces(block_tag, out face_list);
theUfSession.Modl.AskListCount(face_list, out num_faces);
proj_data.proj_type = 3;
proj_data.proj_vec = new Double[3];
proj_data.proj_vec[0] = 0.0;
proj_data.proj_vec[1] = 1.0;
proj_data.proj_vec[2] = 0.0;
proj_data.multiplicity = 2;
theUfSession.Curve.CreateProjCurves(1, curves_to_proj, face_list.Length, face_list, 3, ref proj_data, out proj_curve_feature);
w.WriteLine("proj UFCurve feature tag = {0}\n", proj_curve_feature);
theUfSession.Curve.AskProjCurves(proj_curve_feature, out num_proj_curves, out proj_curves);
for (i = 0; i < num_proj_curves; i++)
{
theUfSession.Curve.AskProjCurveParents(proj_curves[i], out defining_feature, out defining_target, out defining_curve);
w.WriteLine("proj_curves[{0}]\n", i);
w.WriteLine(" belongs to feature tag = {0}\n", defining_feature);
w.WriteLine(" was projected onto tag = {0}\n", defining_target);
w.WriteLine(" was generated by UFCurve tag = {0}\n", defining_curve);
}
theUfSession.Part.Save();
return(0);
}
public static int Main(String[] args)
{
int retValue = 0;
theForm = new Form();
theForm.Show();
Tag UFPart1;
string name1 = "model_4k_1";
int units1 = 1;
try
{
theUfSession = UFSession.GetUFSession();
//Session theUfSession = Session.GetSession();
theUfSession.Part.New(name1, units1, out UFPart1);
double[] l1_endpt1 = { 0, 2.5, 0.00 };
double[] l1_endpt2 = { 200, 2.5, 0.00 };
double[] l2_endpt1 = { 200, 2.5, 0.00 };
double[] l2_endpt2 = { 200, 30.5, 0.00 };
double[] l3_endpt1 = { 200, 30.5, 0.00 };
double[] l3_endpt2 = { 0, 30.5, 0.00 };
double[] l4_endpt1 = { 0, 30.5, 0.00 };
double[] l4_endpt2 = { 0, 2.5, 0.00 };
UFCurve.Line line1 = new UFCurve.Line();
UFCurve.Line line2 = new UFCurve.Line();
UFCurve.Line line3 = new UFCurve.Line();
UFCurve.Line line4 = new UFCurve.Line();
line1.start_point = new double[3];
line1.start_point[0] = l1_endpt1[0];
line1.start_point[1] = l1_endpt1[1];
line1.start_point[2] = l1_endpt1[2];
line1.end_point = new double[3];
line1.end_point[0] = l1_endpt2[0];
line1.end_point[1] = l1_endpt2[1];
line1.end_point[2] = l1_endpt2[2];
line2.start_point = new double[3];
line2.start_point[0] = l2_endpt1[0];
line2.start_point[1] = l2_endpt1[1];
line2.start_point[2] = l2_endpt1[2];
line2.end_point = new double[3];
line2.end_point[0] = l2_endpt2[0];
line2.end_point[1] = l2_endpt2[1];
line2.end_point[2] = l2_endpt2[2];
line3.start_point = new double[3];
line3.start_point[0] = l3_endpt1[0];
line3.start_point[1] = l3_endpt1[1];
line3.start_point[2] = l3_endpt1[2];
line3.end_point = new double[3];
line3.end_point[0] = l3_endpt2[0];
line3.end_point[1] = l3_endpt2[1];
line3.end_point[2] = l3_endpt2[2];
line4.start_point = new double[3];
line4.start_point[0] = l4_endpt1[0];
line4.start_point[1] = l4_endpt1[1];
line4.start_point[2] = l4_endpt1[2];
line4.end_point = new double[3];
line4.end_point[0] = l4_endpt2[0];
line4.end_point[1] = l4_endpt2[1];
line4.end_point[2] = l4_endpt2[2];
Tag[] objarray1 = new Tag[7];
theUfSession.Curve.CreateLine(ref line1, out objarray1[0]);
theUfSession.Curve.CreateLine(ref line2, out objarray1[1]);
theUfSession.Curve.CreateLine(ref line3, out objarray1[2]);
theUfSession.Curve.CreateLine(ref line4, out objarray1[3]);
double[] ref_pt1 = new double[3];
ref_pt1[0] = 0.00;
ref_pt1[1] = 0.00;
ref_pt1[2] = 0.00;
double[] direction1 = { 1.00, 0.00, 0.00 };
string[] limit1 = { "0", "360" };
Tag[] features1;
theUfSession.Modl.CreateRevolved(objarray1, limit1, ref_pt1, direction1, FeatureSigns.Nullsign, out features1);
//выдавливание
double[] direction4 = { 0.0, 0.0, 1.0 };
//Переменная задающая значения направления выдавливания ось CZ
double[] ref_pt4 = new double[3];
//Требуемая, но не используемая переменная
string taper_angle4 = "0.0";
//Переменная, определяющая значение уклона при выдавливании
string[] limit4 = { "-10", "3" };
int i4, count4 = 6;
// Переменная счетчик и число объектов в эскизе
Tag[] objarray4 = new Tag[7];
// Массив объектов из 7 элементов. Заполняется указателями на элементы эскиза выдавливания при их построении(линии и дуги)
Tag wcs_tag1, matrix_tag1, wcs_tag2, matrix_tag2, wcs_tag3, matrix_tag3, wcs_tag4, matrix_tag4;
//Переменные wcs_tag1 – для записи указателя на текущую систему координат; matrix_tag1 – для записи идентификатора матрицысвязанного с объектом и т.д.
Tag[] features4;
//features4 – переменная для записи указателя на объект, получившийся в результате операции выдавливания
double[] arc1_centerpt1 = { 35, -50, 30.5 };
//Переменная содержащая значения координат центра дуги 1{x,y,z}
double arc1_start_ang1 = 0;
//Переменная содержащая значение угла начала дуги 1 (в радианах)
double arc1_end_ang1 = 3.14159265358979324 * 2;
//Переменная содержащая значение угла конца дуги 1 (в радианах)
double arc1_rad1 = 5;
//Переменная содержащая значение радиуса дуги 1 (в радианах)
UFCurve.Arc arc1 = new UFCurve.Arc();
//Создание структуры NX соответствующей дуге 1
//Установка параметров дуги 1
arc1.start_angle = arc1_start_ang1;
//Начальный угол
arc1.end_angle = arc1_end_ang1;
//Конечный угол
arc1.arc_center = new double[3];
//Центр дуги 1
arc1.arc_center[0] = arc1_centerpt1[0];
//Координата центра дуги 1 по X
arc1.arc_center[1] = arc1_centerpt1[1];
//Координата центра дуги 1 по Y
arc1.arc_center[2] = arc1_centerpt1[2];
//Координата центра дуги 1 по Z
arc1.radius = arc1_rad1;
//Радиус дуги 1
theUfSession.Csys.AskWcs(out wcs_tag1);
//Получения указателя на активную систему координат
theUfSession.Csys.AskMatrixOfObject(wcs_tag1, out
matrix_tag1);
//Получение идентификатора матрицы, связанного с объектом,указатель на который содержится в wcs_tag1
arc1.matrix_tag = matrix_tag1;
//Определение указателя матрицы дуги 1
/*----------------------------------------------------------*/
/***********************Аналогично дуге 1********************/
double[] arc2_centerpt2 = { 35, 50, 30.5 };
double arc2_start_ang2 = 0;
double arc2_end_ang2 = 3.14159265358979324 * 2;
double arc2_rad2 = 5;
UFCurve.Arc arc2 = new UFCurve.Arc();
arc2.start_angle = arc2_start_ang2;
arc2.end_angle = arc2_end_ang2;
arc2.arc_center = new double[3];
arc2.arc_center[0] = arc2_centerpt2[0];
arc2.arc_center[1] = arc2_centerpt2[1];
arc2.arc_center[2] = arc2_centerpt2[2];
arc2.radius = arc2_rad2;
theUfSession.Csys.AskWcs(out wcs_tag2);
theUfSession.Csys.AskMatrixOfObject(wcs_tag2, out matrix_tag2);
arc2.matrix_tag = matrix_tag2;
/*----------------------------------------------------------*/
/***********************Аналогично дуге 1********************/
double[] arc3_centerpt3 = { 35, -50, 30.5 };
double arc3_start_ang3 = -3.14159265358979324;
double arc3_end_ang3 = 0;
double arc3_rad3 = 15;
UFCurve.Arc arc3 = new UFCurve.Arc();
arc3.start_angle = arc3_start_ang3;
arc3.end_angle = arc3_end_ang3;
arc3.arc_center = new double[3];
arc3.arc_center[0] = arc3_centerpt3[0];
arc3.arc_center[1] = arc3_centerpt3[1];
arc3.arc_center[2] = arc3_centerpt3[2];
arc3.radius = arc3_rad3;
theUfSession.Csys.AskWcs(out wcs_tag3);
theUfSession.Csys.AskMatrixOfObject(wcs_tag3, out matrix_tag3);
arc3.matrix_tag = matrix_tag3;
/*----------------------------------------------------------*/
/***********************Аналогично дуге 1********************/
double[] arc4_centerpt4 = { 35, 50, 30.5 };
double arc4_start_ang4 = 0;
double arc4_end_ang4 = 3.14159265358979324;
double arc4_rad4 = 15;
UFCurve.Arc arc4 = new UFCurve.Arc();
arc4.start_angle = arc4_start_ang4;
arc4.end_angle = arc4_end_ang4;
arc4.arc_center = new double[3];
arc4.arc_center[0] = arc4_centerpt4[0];
arc4.arc_center[1] = arc4_centerpt4[1];
arc4.arc_center[2] = arc4_centerpt4[2];
arc4.radius = arc4_rad4;
theUfSession.Csys.AskWcs(out wcs_tag4);
theUfSession.Csys.AskMatrixOfObject(wcs_tag4, out matrix_tag4);
arc4.matrix_tag = matrix_tag4;
/*----------------------------------------------------------*/
//Определение переменных содержащих координаты начальной и конечной точек отрезков 1 и 2
double[] l1_endpt1_1 = { 20, -50, 30.5 };
//Координаты начальной точки отрезка 1
double[] l1_endpt2_1 = { 20, 50, 30.5 };
//Координаты конечной точки отрезка 1
double[] l2_endpt1_1 = { 50, 50, 30.5 };
//Координаты начальной точки отрезка 2
double[] l2_endpt2_1 = { 50, -50, 30.5 };
//Координаты конечной точки отрезка 2
UFCurve.Line line1_1 = new UFCurve.Line();
//Создание переменной объекта отрезок 1
UFCurve.Line line2_1 = new UFCurve.Line();
//Создание переменной объекта отрезок 2
//Задание параметров отрезков
line1_1.start_point = new double[3];
line1_1.start_point[0] = l1_endpt1_1[0];
//Координата Х начальной точки отрезка 1
line1_1.start_point[1] = l1_endpt1_1[1];
//Координата Y начальной точки отрезка 1
line1_1.start_point[2] = l1_endpt1_1[2];
//Координата Z начальной точки отрезка 1
line1_1.end_point = new double[3];
line1_1.end_point[0] = l1_endpt2_1[0];
//Координата Х конечной точки отрезка 1
line1_1.end_point[1] = l1_endpt2_1[1];
//Координата Y конечной точки отрезка 1
line1_1.end_point[2] = l1_endpt2_1[2];
//Координата Z конечной точки отрезка 1
line2_1.start_point = new double[3];
line2_1.start_point[0] = l2_endpt1_1[0];
//Координата Х начальной точки отрезка 2
line2_1.start_point[1] = l2_endpt1_1[1];
//Координата Y начальной точки отрезка 2
line2_1.start_point[2] = l2_endpt1_1[2];
//Координата Z начальной точки отрезка 2
line2_1.end_point = new double[3];
line2_1.end_point[0] = l2_endpt2_1[0];
//Координата Х конечной точки отрезка 2
line2_1.end_point[1] = l2_endpt2_1[1];
//Координата Y конечной точки отрезка 2
line2_1.end_point[2] = l2_endpt2_1[2];
//Координата Z конечной точки отрезка 2
theUfSession.Curve.CreateArc(ref arc1 /*объект дуга 1*/, out
objarray4[0] /*указатель на созданный объект дуга 1 – 0-й элемент
*
* массива объектов выдавливания*/);
//Построение дуги 1
theUfSession.Curve.CreateLine(ref line1_1, out objarray4[1]);
//Построение отрезка 1
theUfSession.Curve.CreateLine(ref line2_1, out objarray4[2]);
//Построение отрезка 2
theUfSession.Curve.CreateArc(ref arc2, out objarray4[3]);
//Построение дуги 2
theUfSession.Curve.CreateArc(ref arc3, out objarray4[4]);
//Построение дуги 3
theUfSession.Curve.CreateArc(ref arc4, out objarray4[5]);
//Построение дуги 4
//Создание операции выдавливания
theUfSession.Modl.CreateExtruded(
objarray4 /*Массив объектов выдавливания*/,
taper_angle4 /*Угол уклона*/,
limit4 /*Начало и конец выдавливания*/,
ref_pt4 /*Пустой параметр*/,
direction4 /*Направление выдавливания*/,
FeatureSigns.Positive /*Буревая операция (ОБЕДИНЕНИЕ)*/,
out features4 /*Выходной параметр - указатель на результат
*
* операции*/);
//вторая опора
double[] direction5 = { 0.0, 0.0, 1.0 };
//Переменная задающая значения направления выдавливания ось CZ
double[] ref_pt5 = new double[3];
//Требуемая, но не используемая переменная
string taper_angle5 = "0.0";
//Переменная, определяющая значение уклона при выдавливании
string[] limit5 = { "-10", "3" };
int i5, count5 = 6;
// Переменная счетчик и число объектов в эскизе
Tag[] objarray5 = new Tag[7];
// Массив объектов из 7 элементов. Заполняется указателями на элементы эскиза выдавливания при их построении(линии и дуги)
Tag wcs_tag1_1, matrix_tag1_1, wcs_tag2_1, matrix_tag2_1, wcs_tag3_1, matrix_tag3_1, wcs_tag4_1, matrix_tag4_1;
//Переменные wcs_tag1 – для записи указателя на текущую систему координат; matrix_tag1 – для записи идентификатора матрицысвязанного с объектом и т.д.
Tag[] features5;
//features4 – переменная для записи указателя на объект, получившийся в результате операции выдавливания
double[] arc1_centerpt1_1 = { 165, -50, 30.5 };
//Переменная содержащая значения координат центра дуги 1{x,y,z}
double arc1_start_ang1_1 = 0;
//Переменная содержащая значение угла начала дуги 1 (в радианах)
double arc1_end_ang1_1 = 3.14159265358979324 * 2;
//Переменная содержащая значение угла конца дуги 1 (в радианах)
double arc1_rad1_1 = 5;
//Переменная содержащая значение радиуса дуги 1 (в радианах)
UFCurve.Arc arc1_1 = new UFCurve.Arc();
//Создание структуры NX соответствующей дуге 1
//Установка параметров дуги 1
arc1_1.start_angle = arc1_start_ang1_1;
//Начальный угол
arc1_1.end_angle = arc1_end_ang1_1;
//Конечный угол
arc1_1.arc_center = new double[3];
//Центр дуги 1
arc1_1.arc_center[0] = arc1_centerpt1_1[0];
//Координата центра дуги 1 по X
arc1_1.arc_center[1] = arc1_centerpt1_1[1];
//Координата центра дуги 1 по Y
arc1_1.arc_center[2] = arc1_centerpt1_1[2];
//Координата центра дуги 1 по Z
arc1_1.radius = arc1_rad1_1;
//Радиус дуги 1
theUfSession.Csys.AskWcs(out wcs_tag1_1);
//Получения указателя на активную систему координат
theUfSession.Csys.AskMatrixOfObject(wcs_tag1_1, out
matrix_tag1_1);
//Получение идентификатора матрицы, связанного с объектом,указатель на который содержится в wcs_tag1
arc1_1.matrix_tag = matrix_tag1_1;
//Определение указателя матрицы дуги 1
/*----------------------------------------------------------*/
/***********************Аналогично дуге 1********************/
double[] arc2_centerpt2_1 = { 165, 50, 30.5 };
double arc2_start_ang2_1 = 0;
double arc2_end_ang2_1 = 3.14159265358979324 * 2;
double arc2_rad2_1 = 5;
UFCurve.Arc arc2_1 = new UFCurve.Arc();
arc2_1.start_angle = arc2_start_ang2_1;
arc2_1.end_angle = arc2_end_ang2_1;
arc2_1.arc_center = new double[3];
arc2_1.arc_center[0] = arc2_centerpt2_1[0];
arc2_1.arc_center[1] = arc2_centerpt2_1[1];
arc2_1.arc_center[2] = arc2_centerpt2_1[2];
arc2_1.radius = arc2_rad2_1;
theUfSession.Csys.AskWcs(out wcs_tag2_1);
theUfSession.Csys.AskMatrixOfObject(wcs_tag2_1, out matrix_tag2_1);
arc2_1.matrix_tag = matrix_tag2_1;
/*----------------------------------------------------------*/
/***********************Аналогично дуге 1********************/
double[] arc3_centerpt3_1 = { 165, -50, 30.5 };
double arc3_start_ang3_1 = -3.14159265358979324;
double arc3_end_ang3_1 = 0;
double arc3_rad3_1 = 15;
UFCurve.Arc arc3_1 = new UFCurve.Arc();
arc3_1.start_angle = arc3_start_ang3_1;
arc3_1.end_angle = arc3_end_ang3_1;
arc3_1.arc_center = new double[3];
arc3_1.arc_center[0] = arc3_centerpt3_1[0];
arc3_1.arc_center[1] = arc3_centerpt3_1[1];
arc3_1.arc_center[2] = arc3_centerpt3_1[2];
arc3_1.radius = arc3_rad3_1;
theUfSession.Csys.AskWcs(out wcs_tag3_1);
theUfSession.Csys.AskMatrixOfObject(wcs_tag3_1, out matrix_tag3_1);
arc3_1.matrix_tag = matrix_tag3_1;
/*----------------------------------------------------------*/
/***********************Аналогично дуге 1********************/
double[] arc4_centerpt4_1 = { 165, 50, 30.5 };
double arc4_start_ang4_1 = 0;
double arc4_end_ang4_1 = 3.14159265358979324;
double arc4_rad4_1 = 15;
UFCurve.Arc arc4_1 = new UFCurve.Arc();
arc4_1.start_angle = arc4_start_ang4_1;
arc4_1.end_angle = arc4_end_ang4_1;
arc4_1.arc_center = new double[3];
arc4_1.arc_center[0] = arc4_centerpt4_1[0];
arc4_1.arc_center[1] = arc4_centerpt4_1[1];
arc4_1.arc_center[2] = arc4_centerpt4_1[2];
arc4_1.radius = arc4_rad4_1;
theUfSession.Csys.AskWcs(out wcs_tag4_1);
theUfSession.Csys.AskMatrixOfObject(wcs_tag4_1, out matrix_tag4_1);
arc4_1.matrix_tag = matrix_tag4_1;
/*----------------------------------------------------------*/
//Определение переменных содержащих координаты начальной и конечной точек отрезков 1 и 2
double[] l1_endpt1_12 = { 150, -50, 30.5 };
//Координаты начальной точки отрезка 1
double[] l1_endpt2_12 = { 150, 50, 30.5 };
//Координаты конечной точки отрезка 1
double[] l2_endpt1_12 = { 180, 50, 30.5 };
//Координаты начальной точки отрезка 2
double[] l2_endpt2_12 = { 180, -50, 30.5 };
//Координаты конечной точки отрезка 2
UFCurve.Line line1_12 = new UFCurve.Line();
//Создание переменной объекта отрезок 1
UFCurve.Line line2_12 = new UFCurve.Line();
//Создание переменной объекта отрезок 2
//Задание параметров отрезков
line1_12.start_point = new double[3];
line1_12.start_point[0] = l1_endpt1_12[0];
//Координата Х начальной точки отрезка 1
line1_12.start_point[1] = l1_endpt1_12[1];
//Координата Y начальной точки отрезка 1
line1_12.start_point[2] = l1_endpt1_12[2];
//Координата Z начальной точки отрезка 1
line1_12.end_point = new double[3];
line1_12.end_point[0] = l1_endpt2_12[0];
//Координата Х конечной точки отрезка 1
line1_12.end_point[1] = l1_endpt2_12[1];
//Координата Y конечной точки отрезка 1
line1_12.end_point[2] = l1_endpt2_12[2];
//Координата Z конечной точки отрезка 1
line2_12.start_point = new double[3];
line2_12.start_point[0] = l2_endpt1_12[0];
//Координата Х начальной точки отрезка 2
line2_12.start_point[1] = l2_endpt1_12[1];
//Координата Y начальной точки отрезка 2
line2_12.start_point[2] = l2_endpt1_12[2];
//Координата Z начальной точки отрезка 2
line2_12.end_point = new double[3];
line2_12.end_point[0] = l2_endpt2_12[0];
//Координата Х конечной точки отрезка 2
line2_12.end_point[1] = l2_endpt2_12[1];
//Координата Y конечной точки отрезка 2
line2_12.end_point[2] = l2_endpt2_12[2];
//Координата Z конечной точки отрезка 2
theUfSession.Curve.CreateArc(ref arc1_1 /*объект дуга 1*/, out
objarray5[0] /*указатель на созданный объект дуга 1 – 0-й элемент
*
* массива объектов выдавливания*/);
//Построение дуги 1
theUfSession.Curve.CreateLine(ref line1_12, out objarray5[1]);
//Построение отрезка 1
theUfSession.Curve.CreateLine(ref line2_12, out objarray5[2]);
//Построение отрезка 2
theUfSession.Curve.CreateArc(ref arc2_1, out objarray5[3]);
//Построение дуги 2
theUfSession.Curve.CreateArc(ref arc3_1, out objarray5[4]);
//Построение дуги 3
theUfSession.Curve.CreateArc(ref arc4_1, out objarray5[5]);
//Построение дуги 4
//Создание операции выдавливания
theUfSession.Modl.CreateExtruded(
objarray5 /*Массив объектов выдавливания*/,
taper_angle5 /*Угол уклона*/,
limit5 /*Начало и конец выдавливания*/,
ref_pt5 /*Пустой параметр*/,
direction5 /*Направление выдавливания*/,
FeatureSigns.Positive /*Буревая операция (ОБЕДИНЕНИЕ)*/,
out features5 /*Выходной параметр - указатель на результат
*
* операции*/);
theUfSession.Part.Save();
}
catch (NXOpen.NXException ex)
{
}
return(retValue);
}
public static void MakeFingerPin(double d, double d1, double H, double h)
{
try
{
string name1 = "model_136";
int units1 = 1;
Tag UFPart1;
theUfSession = UFSession.GetUFSession();
theUfSession.Part.New(name1, units1, out UFPart1);
double[] l1_endpt1 = { 0, 0, 0.0 };
double[] l1_endpt2 = { 0, d / 2, 0.0 };
double[] l2_endpt1 = { 0, d / 2, 0.0 };
double[] l2_endpt2 = { H - h, d / 2, 0.0 };
double[] l3_endpt1 = { H - h, d / 2, 0.0 };
double[] l3_endpt2 = { H - h, d / 2 - d1 / 2, 0.0 };
double[] l4_endpt1 = { H - h, d / 2 - d1 / 2, 0.0 };
double[] l4_endpt2 = { H, d / 2 - d1 / 2, 0.0 };
double[] l5_endpt1 = { H, d / 2 - d1 / 2, 0.0 };
double[] l5_endpt2 = { H, 0, 0.0 };
double[] l6_endpt1 = { H, 0, 0.0 };
double[] l6_endpt2 = { 0, 0, 0.0 };
UFCurve.Line line1 = new UFCurve.Line();
UFCurve.Line line2 = new UFCurve.Line();
UFCurve.Line line3 = new UFCurve.Line();
UFCurve.Line line4 = new UFCurve.Line();
UFCurve.Line line5 = new UFCurve.Line();
UFCurve.Line line6 = new UFCurve.Line();
SetPointsToLine(ref line1, l1_endpt1, l1_endpt2);
SetPointsToLine(ref line2, l2_endpt1, l2_endpt2);
SetPointsToLine(ref line3, l3_endpt1, l3_endpt2);
SetPointsToLine(ref line4, l4_endpt1, l4_endpt2);
SetPointsToLine(ref line5, l5_endpt1, l5_endpt2);
SetPointsToLine(ref line6, l6_endpt1, l6_endpt2);
Tag[] objarray1 = new Tag[9];
theUfSession.Curve.CreateLine(ref line1, out objarray1[0]);
theUfSession.Curve.CreateLine(ref line2, out objarray1[1]);
theUfSession.Curve.CreateLine(ref line3, out objarray1[2]);
theUfSession.Curve.CreateLine(ref line4, out objarray1[3]);
theUfSession.Curve.CreateLine(ref line5, out objarray1[4]);
theUfSession.Curve.CreateLine(ref line6, out objarray1[5]);
double[] ref_pt1 = new double[3];
ref_pt1[0] = 0.00;
ref_pt1[1] = 0.00;
ref_pt1[2] = 0.00;
double[] direction1 = { 1.00, 0.00, 0.00 };
string[] limit1 = { "0", "360" };
Tag[] features1;
theUfSession.Modl.CreateRevolved(objarray1, limit1, ref_pt1, direction1, FeatureSigns.Nullsign, out features1);
Tag feat = features1[0];
Tag cyl_tag, obj_id_camf, blend1, s_face, c_face;
Tag[] Edge_array_cyl, list1, list2;
int ecount;
//анализ ребер рассматриваемой детали
theUfSession.Modl.AskFeatBody(feat, out cyl_tag);
theUfSession.Modl.AskBodyEdges(cyl_tag, out Edge_array_cyl);
theUfSession.Modl.AskListCount(Edge_array_cyl, out ecount);
ArrayList arr_list1 = new ArrayList();
ArrayList arr_list2 = new ArrayList();//фаски
for (int ii = 0; ii < ecount; ii++)
{
Tag edge;
theUfSession.Modl.AskListItem(Edge_array_cyl, ii, out edge);
if (ii == 2)
{
arr_list2.Add(edge);
}
if (ii == 3)
{
arr_list1.Add(edge);
}
}
list1 = (Tag[])arr_list1.ToArray(typeof(Tag));
list2 = (Tag[])arr_list2.ToArray(typeof(Tag));
//фаска
string offset1 = "1";
string offset2 = "1";
string offset11 = "0.5";
string offset21 = "0.5";
string ang = "45";
theUfSession.Modl.CreateChamfer(3, offset1, offset2, ang, list1, out obj_id_camf);
theUfSession.Modl.CreateChamfer(3, offset11, offset21, ang, list2, out obj_id_camf);
}
catch (NXException ex) { }
}
public static void MakeHandle(double L, double L1, double d1, double d2, double l)
{
try
{
string name1 = "model_56";
int units1 = 1;
Tag UFPart1;
theUfSession = UFSession.GetUFSession();
theUfSession.Part.New(name1, units1, out UFPart1);
double[] l1_endpt1 = { 0, d2 / 2, 0.0 };
double[] l1_endpt2 = { L - L1 - l, d2 / 2, 0.0 };
double[] l2_endpt1 = { L - L1 - l, d2 / 2, 0.0 };
double[] l2_endpt2 = { L - L1 - l, d1 / 2, 0.0 };
double[] l3_endpt1 = { L - L1 - l, d1 / 2, 0.0 };
double[] l3_endpt2 = { L - l, d1 / 2, 0.0 };
double[] l4_endpt1 = { L - l, d1 / 2, 0.0 };
double[] l4_endpt2 = { L - l, d2 / 2, 0.0 };
double[] l5_endpt1 = { L - l, d2 / 2, 0.0 };
double[] l5_endpt2 = { L, d2 / 2, 0.0 };
double[] l6_endpt1 = { L, d2 / 2, 0.0 };
double[] l6_endpt2 = { L, 0, 0.0 };
double[] l7_endpt1 = { L, 0, 0.0 };
double[] l7_endpt2 = { 0, 0, 0.0 };
double[] l8_endpt1 = { 0, 0, 0.0 };
double[] l8_endpt2 = { 0, d2 / 2, 0.0 };
UFCurve.Line line1 = new UFCurve.Line();
UFCurve.Line line2 = new UFCurve.Line();
UFCurve.Line line3 = new UFCurve.Line();
UFCurve.Line line4 = new UFCurve.Line();
UFCurve.Line line5 = new UFCurve.Line();
UFCurve.Line line6 = new UFCurve.Line();
UFCurve.Line line7 = new UFCurve.Line();
UFCurve.Line line8 = new UFCurve.Line();
SetPointsToLine(ref line1, l1_endpt1, l1_endpt2);
SetPointsToLine(ref line2, l2_endpt1, l2_endpt2);
SetPointsToLine(ref line3, l3_endpt1, l3_endpt2);
SetPointsToLine(ref line4, l4_endpt1, l4_endpt2);
SetPointsToLine(ref line5, l5_endpt1, l5_endpt2);
SetPointsToLine(ref line6, l6_endpt1, l6_endpt2);
SetPointsToLine(ref line7, l7_endpt1, l7_endpt2);
SetPointsToLine(ref line8, l8_endpt1, l8_endpt2);
Tag[] objarray1 = new Tag[9];
theUfSession.Curve.CreateLine(ref line1, out objarray1[0]);
theUfSession.Curve.CreateLine(ref line2, out objarray1[1]);
theUfSession.Curve.CreateLine(ref line3, out objarray1[2]);
theUfSession.Curve.CreateLine(ref line4, out objarray1[3]);
theUfSession.Curve.CreateLine(ref line5, out objarray1[4]);
theUfSession.Curve.CreateLine(ref line6, out objarray1[5]);
theUfSession.Curve.CreateLine(ref line7, out objarray1[6]);
theUfSession.Curve.CreateLine(ref line8, out objarray1[7]);
double[] ref_pt1 = new double[3];
ref_pt1[0] = 0.00;
ref_pt1[1] = 0.00;
ref_pt1[2] = 0.00;
double[] direction1 = { 1.00, 0.00, 0.00 };
string[] limit1 = { "0", "360" };
Tag[] features1;
theUfSession.Modl.CreateRevolved(objarray1, limit1, ref_pt1, direction1, FeatureSigns.Nullsign, out features1);
theUfSession.Part.Save();
}
catch (NXException ex) { }
}
public static int Main(string[] args)
{
int retValue = 0;
theForm = new Form();
theForm.Show();
//описание переменных
Tag UFPart1;
string name1 = "model_k";
int units1 = 1;
try
{
theUfSession = UFSession.GetUFSession();
//Session theUfSession = Session.GetSession();
theUfSession.Part.New(name1, units1, out UFPart1); //создание новой детали
//описание переменных, соотв. конечным точкам отрезков эскиза
double[] l1_endpt1 = { 0, 5, 0.00 };
double[] l1_endpt2 = { 2, 5, 0.00 };
double[] l2_endpt1 = { 2, 5, 0.00 };
double[] l2_endpt2 = { 2, 32.5, 0.00 };
double[] l3_endpt1 = { 2, 32.5, 0.00 };
double[] l3_endpt2 = { -18, 32.5, 0.00 };
double[] l4_endpt1 = { -18, 32.5, 0.00 };
double[] l4_endpt2 = { -18, 30.5, 0.00 };
double[] l5_endpt1 = { -18, 30.5, 0.00 };
double[] l5_endpt2 = { 0, 30.5, 0.00 };
double[] l6_endpt1 = { 0, 30.5, 0.00 };
double[] l6_endpt2 = { 0, 5, 0.00 };
//Создание новых структур
UFCurve.Line line1 = new UFCurve.Line();
UFCurve.Line line2 = new UFCurve.Line();
UFCurve.Line line3 = new UFCurve.Line();
UFCurve.Line line4 = new UFCurve.Line();
UFCurve.Line line5 = new UFCurve.Line();
UFCurve.Line line6 = new UFCurve.Line();
//Конечные точки отрезков
line1.start_point = new double[3];
line1.start_point[0] = l1_endpt1[0];
line1.start_point[1] = l1_endpt1[1];
line1.start_point[2] = l1_endpt1[2];
line1.end_point = new double[3];
line1.end_point[0] = l1_endpt2[0];
line1.end_point[1] = l1_endpt2[1];
line1.end_point[2] = l1_endpt2[2];
line2.start_point = new double[3];
line2.start_point[0] = l2_endpt1[0];
line2.start_point[1] = l2_endpt1[1];
line2.start_point[2] = l2_endpt1[2];
line2.end_point = new double[3];
line2.end_point[0] = l2_endpt2[0];
line2.end_point[1] = l2_endpt2[1];
line2.end_point[2] = l2_endpt2[2];
line3.start_point = new double[3];
line3.start_point[0] = l3_endpt1[0];
line3.start_point[1] = l3_endpt1[1];
line3.start_point[2] = l3_endpt1[2];
line3.end_point = new double[3];
line3.end_point[0] = l3_endpt2[0];
line3.end_point[1] = l3_endpt2[1];
line3.end_point[2] = l3_endpt2[2];
line4.start_point = new double[3];
line4.start_point[0] = l4_endpt1[0];
line4.start_point[1] = l4_endpt1[1];
line4.start_point[2] = l4_endpt1[2];
line4.end_point = new double[3];
line4.end_point[0] = l4_endpt2[0];
line4.end_point[1] = l4_endpt2[1];
line4.end_point[2] = l4_endpt2[2];
line5.start_point = new double[3];
line5.start_point[0] = l5_endpt1[0];
line5.start_point[1] = l5_endpt1[1];
line5.start_point[2] = l5_endpt1[2];
line5.end_point = new double[3];
line5.end_point[0] = l5_endpt2[0];
line5.end_point[1] = l5_endpt2[1];
line5.end_point[2] = l5_endpt2[2];
line6.start_point = new double[3];
line6.start_point[0] = l6_endpt1[0];
line6.start_point[1] = l6_endpt1[1];
line6.start_point[2] = l6_endpt1[2];
line6.end_point = new double[3];
line6.end_point[0] = l6_endpt2[0];
line6.end_point[1] = l6_endpt2[1];
line6.end_point[2] = l6_endpt2[2];
//Создание отрезков в 3D пространстве
Tag[] objarray1 = new Tag[7];
theUfSession.Curve.CreateLine(ref line1, out objarray1[0]);
theUfSession.Curve.CreateLine(ref line2, out objarray1[1]);
theUfSession.Curve.CreateLine(ref line3, out objarray1[2]);
theUfSession.Curve.CreateLine(ref line4, out objarray1[3]);
theUfSession.Curve.CreateLine(ref line5, out objarray1[4]);
theUfSession.Curve.CreateLine(ref line6, out objarray1[5]);
double[] ref_pt1 = new double[3];
ref_pt1[0] = 0.00;
ref_pt1[1] = 0.00;
ref_pt1[2] = 0.00;
double[] direction1 = { 1.00, 0.00, 0.00 };
string[] limit1 = { "0", "360" };
Tag[] features1;
//Операция вращения
theUfSession.Modl.CreateRevolved(objarray1, limit1, ref_pt1, direction1, FeatureSigns.Nullsign, out features1);
theUfSession.Part.Save();
Tag feat = features1[0];
Tag cyl_tag, obj_id_camf, blend1;
Tag[] Edge_array_cyl, list1, list2;
int ecount;
theUfSession.Modl.AskFeatBody(feat, out cyl_tag);
theUfSession.Modl.AskBodyEdges(cyl_tag, out Edge_array_cyl);
theUfSession.Modl.AskListCount(Edge_array_cyl, out ecount);
ArrayList arr_list1 = new ArrayList();
ArrayList arr_list2 = new ArrayList();
for (int ii = 0; ii < ecount; ii++)
{
Tag edge;
theUfSession.Modl.AskListItem(Edge_array_cyl, ii, out edge);
if ((ii == 1) || (ii == 2))
{
arr_list1.Add(edge);
}
if (ii == 0)
{
arr_list2.Add(edge);
}
}
list1 = (Tag[])arr_list1.ToArray(typeof(Tag));
list2 = (Tag[])arr_list2.ToArray(typeof(Tag));
//скругление
int allow_smooth = 0;
int allow_cliff = 0;
int allow_notch = 0;
double vrb_tol = 0.0;
theUfSession.Modl.CreateBlend("3", list2, allow_smooth, allow_cliff, allow_notch, vrb_tol, out blend1);
//фаска
string offset1 = "1";
string offset2 = "1";
string ang = "45";
theUfSession.Modl.CreateChamfer(3, offset1, offset2, ang, list1, out obj_id_camf);
theUfSession.Part.Save();
}
catch (NXOpen.NXException ex)
{
}
return(retValue);
}
public static int Main(string[] args)
{
int retValue = 0;
theForm = new Form();
theForm.Show();
//описание переменных
Tag UFPart1;
string name1 = "model_k";
int units1 = 1;
try
{
theUfSession = UFSession.GetUFSession();
//Session theUfSession = Session.GetSession();
theUfSession.Part.New(name1, units1, out UFPart1); //создание новой детали
//описание переменных, соотв. конечным точкам отрезков эскиза
double[] l1_endpt1 = { 0, 5, 0.00 };
double[] l1_endpt2 = { 2, 5, 0.00 };
double[] l2_endpt1 = { 2, 5, 0.00 };
double[] l2_endpt2 = { 2, 32.5, 0.00 };
double[] l3_endpt1 = { 2, 32.5, 0.00 };
double[] l3_endpt2 = { -18, 32.5, 0.00 };
double[] l4_endpt1 = { -18, 32.5, 0.00 };
double[] l4_endpt2 = { -18, 30.5, 0.00 };
double[] l5_endpt1 = { -18, 30.5, 0.00 };
double[] l5_endpt2 = { 0, 30.5, 0.00 };
double[] l6_endpt1 = { 0, 30.5, 0.00 };
double[] l6_endpt2 = { 0, 5, 0.00 };
//Создание новых структур
UFCurve.Line line1 = new UFCurve.Line();
UFCurve.Line line2 = new UFCurve.Line();
UFCurve.Line line3 = new UFCurve.Line();
UFCurve.Line line4 = new UFCurve.Line();
UFCurve.Line line5 = new UFCurve.Line();
UFCurve.Line line6 = new UFCurve.Line();
//Конечные точки отрезков
line1.start_point = new double[3];
line1.start_point[0] = l1_endpt1[0];
line1.start_point[1] = l1_endpt1[1];
line1.start_point[2] = l1_endpt1[2];
line1.end_point = new double[3];
line1.end_point[0] = l1_endpt2[0];
line1.end_point[1] = l1_endpt2[1];
line1.end_point[2] = l1_endpt2[2];
line2.start_point = new double[3];
line2.start_point[0] = l2_endpt1[0];
line2.start_point[1] = l2_endpt1[1];
line2.start_point[2] = l2_endpt1[2];
line2.end_point = new double[3];
line2.end_point[0] = l2_endpt2[0];
line2.end_point[1] = l2_endpt2[1];
line2.end_point[2] = l2_endpt2[2];
line3.start_point = new double[3];
line3.start_point[0] = l3_endpt1[0];
line3.start_point[1] = l3_endpt1[1];
line3.start_point[2] = l3_endpt1[2];
line3.end_point = new double[3];
line3.end_point[0] = l3_endpt2[0];
line3.end_point[1] = l3_endpt2[1];
line3.end_point[2] = l3_endpt2[2];
line4.start_point = new double[3];
line4.start_point[0] = l4_endpt1[0];
line4.start_point[1] = l4_endpt1[1];
line4.start_point[2] = l4_endpt1[2];
line4.end_point = new double[3];
line4.end_point[0] = l4_endpt2[0];
line4.end_point[1] = l4_endpt2[1];
line4.end_point[2] = l4_endpt2[2];
line5.start_point = new double[3];
line5.start_point[0] = l5_endpt1[0];
line5.start_point[1] = l5_endpt1[1];
line5.start_point[2] = l5_endpt1[2];
line5.end_point = new double[3];
line5.end_point[0] = l5_endpt2[0];
line5.end_point[1] = l5_endpt2[1];
line5.end_point[2] = l5_endpt2[2];
line6.start_point = new double[3];
line6.start_point[0] = l6_endpt1[0];
line6.start_point[1] = l6_endpt1[1];
line6.start_point[2] = l6_endpt1[2];
line6.end_point = new double[3];
line6.end_point[0] = l6_endpt2[0];
line6.end_point[1] = l6_endpt2[1];
line6.end_point[2] = l6_endpt2[2];
//Создание отрезков в 3D пространстве
Tag[] objarray1 = new Tag[7];
theUfSession.Curve.CreateLine(ref line1, out objarray1[0]);
theUfSession.Curve.CreateLine(ref line2, out objarray1[1]);
theUfSession.Curve.CreateLine(ref line3, out objarray1[2]);
theUfSession.Curve.CreateLine(ref line4, out objarray1[3]);
theUfSession.Curve.CreateLine(ref line5, out objarray1[4]);
theUfSession.Curve.CreateLine(ref line6, out objarray1[5]);
double[] ref_pt1 = new double[3];
ref_pt1[0] = 0.00;
ref_pt1[1] = 0.00;
ref_pt1[2] = 0.00;
double[] direction1 = { 1.00, 0.00, 0.00 };
string[] limit1 = { "0", "360" };
Tag[] features1;
//Операция вращения
theUfSession.Modl.CreateRevolved(objarray1, limit1, ref_pt1, direction1, FeatureSigns.Nullsign, out features1);
theUfSession.Part.Save();
}
catch (NXOpen.NXException ex)
{
}
return(retValue);
}
