public void run()
{
try
{
//parameters
t3d.Point center;
double radius;
double height = 0;
double width = 0;
int rotaion = -1;
if (cm_rotation.SelectedIndex == 1)
{
rotaion = 1;
}
double curve_angle = 0;
double holeSize = int.Parse(tx_size.Text);
//picking one part and one point
//part
PolyBeam main_beam = new Picker().PickObject(Picker.PickObjectEnum.PICK_ONE_PART) as PolyBeam;
//set coordiates
model.GetWorkPlaneHandler().SetCurrentTransformationPlane(new TransformationPlane());
CoordinateSystem mainPart_coordinat = main_beam.GetCoordinateSystem();
if (main_beam.Position.Rotation == Position.RotationEnum.BACK || main_beam.Position.Rotation == Position.RotationEnum.FRONT)
{
mainPart_coordinat.AxisY = mainPart_coordinat.AxisX.Cross(mainPart_coordinat.AxisY);
main_beam.GetReportProperty("WIDTH", ref height);
main_beam.GetReportProperty("HEIGHT", ref width);
}
else
{
main_beam.GetReportProperty("HEIGHT", ref height);
main_beam.GetReportProperty("WIDTH", ref width);
}
TransformationPlane transformationPlane = new TransformationPlane(mainPart_coordinat);
model.GetWorkPlaneHandler().SetCurrentTransformationPlane(transformationPlane);
//pick point
ArrayList point = new Picker().PickPoints(Picker.PickPointEnum.PICK_ONE_POINT);
t3d.Point first_point = point[0] as t3d.Point;
first_point = new t3d.Point(first_point.X, first_point.Y, 0);
// get proprties of curved beam
get_circle_center(main_beam, out center, out radius);
double inner_radius = radius - height / 2;
double outer_radius = radius + height / 2;
// get angle of inner curve
curve_angle = angleOfCurve(double.Parse(tx_dis.Text) * -1, radius);
// convert center and picking point to new local coorditaes
conver_coordinates_center_point(center, first_point, out center, out first_point);
//calculate required inner point
t3d.Point point1_dis;
t3d.Point point2_dis;
calculate2HolesCoordiates(center, radius, outer_radius, curve_angle, out point1_dis, out point2_dis);
//// insert hole curve
BoltArray hole1 = insert_hole(main_beam, new t3d.Point(point1_dis.X, point1_dis.Y, point1_dis.Z + width / 2 * rotaion),
new t3d.Point(point1_dis.X + 10, point1_dis.Y, point1_dis.Z + width / 2 * rotaion)
, holeSize, 0);
//calculate required out point
// insert hole curve
/* BoltArray hole2 = insert_hole(main_beam, point2_dis,
* new t3d.Point(point2_dis.X, point2_dis.Y, point2_dis.Z + 10)
* , holeSize, 0);*/
// get bol vector
LineSegment secHole = new LineSegment(new t3d.Point(hole1.FirstPosition.X, hole1.FirstPosition.Y, hole1.FirstPosition.Z + 1000),
new t3d.Point(hole1.FirstPosition.X, hole1.FirstPosition.Y, hole1.FirstPosition.Z - 1000));
Solid checkIntesection = main_beam.GetSolid();
ArrayList intersectedPoints = checkIntesection.Intersect(secHole);
// loop
while (intersectedPoints.Count > 0)
{
conver_coordinates_center_point(center, point1_dis, out center, out point1_dis);
calculate2HolesCoordiates(center, radius, outer_radius, curve_angle, out point1_dis, out point2_dis);
//// insert hole curve
hole1 = insert_hole(main_beam, new t3d.Point(point1_dis.X, point1_dis.Y, point1_dis.Z + width / 2 * rotaion),
new t3d.Point(point1_dis.X + 10, point1_dis.Y, point1_dis.Z + width / 2 * rotaion)
, holeSize, 0);
//calculate required out point
// insert hole curve
/* hole2 = insert_hole(main_beam, point2_dis,
* new t3d.Point(point2_dis.X, point2_dis.Y, point2_dis.Z + 10)
* , holeSize, curve_angle);*/
// firstHole = new LineSegment(hole1.FirstPosition, hole1.SecondPosition);
secHole = new LineSegment(new t3d.Point(hole1.FirstPosition.X, hole1.FirstPosition.Y, hole1.FirstPosition.Z + 1000),
new t3d.Point(hole1.FirstPosition.X, hole1.FirstPosition.Y, hole1.FirstPosition.Z - 1000));
intersectedPoints = checkIntesection.Intersect(secHole);
}
if (intersectedPoints.Count == 0)
{
hole1.Delete();
//hole2.Delete();
}
model.GetWorkPlaneHandler().SetCurrentTransformationPlane(new TransformationPlane());
model.CommitChanges();
}
catch (Exception)
{
}
}