/// <summary>
/// Метод для отрисовки эскиза внешнего обода в КОМПАС-3D
/// </summary>
/// <param name="rimsDoc">эскиз</param>
/// <param name="BearingWidth">Ширина подшипника</param>
/// <param name="InnerRimDiam">Диаметр внутреннего обода</param>
/// <param name="OuterRimDiam">Диаметр внешнего обода</param>
/// <param name="RimsThickness">Толщина подшипника</param>
/// <param name="BallDiam">Диаметр шарика</param>
private static void DrawOuterRim(ksDocument2D rimsDoc, double BearingWidth, double InnerRimDiam,
double OuterRimDiam, double RimsThickness, double BallDiam,
RollingElementForm rollingElementForm, double BearingAxis, double GutterDepth, double GutterWidth)
{
rimsDoc.ksLineSeg(-BearingWidth / 2, OuterRimDiam / 2, BearingWidth / 2, OuterRimDiam / 2, 1);
rimsDoc.ksLineSeg(-BearingWidth / 2, OuterRimDiam / 2, -BearingWidth / 2, OuterRimDiam / 2 - RimsThickness, 1);
rimsDoc.ksLineSeg(BearingWidth / 2, OuterRimDiam / 2, BearingWidth / 2, OuterRimDiam / 2 - RimsThickness, 1);
if (rollingElementForm is RollingElementForm.Ball)
{
rimsDoc.ksLineSeg(-BearingWidth / 2, OuterRimDiam / 2 - RimsThickness,
-GutterWidth, OuterRimDiam / 2 - RimsThickness, 1);
rimsDoc.ksLineSeg(BearingWidth / 2, OuterRimDiam / 2 - RimsThickness,
GutterWidth, OuterRimDiam / 2 - RimsThickness, 1);
rimsDoc.ksArcBy3Points(-GutterWidth, OuterRimDiam / 2 - RimsThickness,
0, OuterRimDiam / 2 - RimsThickness + GutterDepth, GutterWidth, OuterRimDiam / 2 - RimsThickness, 1);
}
else
{
rimsDoc.ksLineSeg(-BearingWidth / 2, OuterRimDiam / 2 - RimsThickness,
-GutterWidth, OuterRimDiam / 2 - RimsThickness, 1);
rimsDoc.ksLineSeg(BearingWidth / 2, OuterRimDiam / 2 - RimsThickness,
GutterWidth, OuterRimDiam / 2 - RimsThickness, 1);
rimsDoc.ksLineSeg(-GutterWidth, OuterRimDiam / 2 - RimsThickness,
-GutterWidth, OuterRimDiam / 2 - RimsThickness + GutterDepth, 1);
rimsDoc.ksLineSeg(GutterWidth, OuterRimDiam / 2 - RimsThickness,
GutterWidth, OuterRimDiam / 2 - RimsThickness + GutterDepth, 1);
rimsDoc.ksLineSeg(-GutterWidth, OuterRimDiam / 2 - RimsThickness + GutterDepth,
GutterWidth, OuterRimDiam / 2 - RimsThickness + GutterDepth, 1);
}
}
public void TestBearingNegativeParams(RollingElementForm rollingElementForm, double bearingWidth,
double innerRimDiam, double outerRimDiam, double rimsThickness, double rollingElementDiam)
{
NUnit.Framework.Assert.That(() =>
{
new BearingParametrs(rollingElementForm, bearingWidth, innerRimDiam, outerRimDiam, rimsThickness, rollingElementDiam);
}, Throws.TypeOf(typeof(ArgumentException)));
}
/// <summary>
/// Метод для отрисовки эскиза элемена качения в КОМПАС-3D
/// </summary>
/// <param name="ballDoc">эскиз</param>
/// <param name="BearingWidth">Ширина подшипника</param>
/// <param name="InnerRimDiam">Диаметр внутреннего обода</param>
/// <param name="OuterRimDiam">Диаметр внешнего обода</param>
/// <param name="RimsThickness">Толщина подшипника</param>
/// <param name="BallDiam">Диаметр шарика</param>
private static void DrawBalls(ksDocument2D ballDoc, double BearingWidth, double InnerRimDiam,
double OuterRimDiam, double RimsThickness, double BallDiam,
RollingElementForm rollingElementForm, double BearingAxis, double GutterDepth, double GutterWidth)
{
if (rollingElementForm is RollingElementForm.Ball)
{
ballDoc.ksArcByAngle(0, BearingAxis, BallDiam / 2, -90, 90, 1, 1);
ballDoc.ksLineSeg(0, 0, 0, 1, 3);
}
else
{
ballDoc.ksLineSeg(-GutterWidth, BearingAxis, -GutterWidth, BearingAxis - BallDiam / 2, 1);
ballDoc.ksLineSeg(-GutterWidth, BearingAxis - BallDiam / 2, GutterWidth,
BearingAxis - BallDiam / 2, 1);
ballDoc.ksLineSeg(GutterWidth, BearingAxis - BallDiam / 2, GutterWidth, BearingAxis, 1);
ballDoc.ksLineSeg(-GutterWidth, BearingAxis, GutterWidth, BearingAxis, 3);
}
}
/// <summary>
/// Построение детали
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void BuildBearingButton(object sender, EventArgs e)
{
ValidateTextFields();
if (_errorList.Count != 0)
{
return;
}
_errorList.Clear();
RollingElementForm rollingElementForm = RollingElementForm.Ball;
if (RollingElementBall.Checked)
{
rollingElementForm = RollingElementForm.Ball;
}
if (RollingElementCylinder.Checked)
{
rollingElementForm = RollingElementForm.Cylinder;
}
double bearingWidth = Convert.ToDouble(bearingWidthBox.Text);
double innerRimDiam = Convert.ToDouble(innerRimDiamBox.Text);
double outerRimDiam = Convert.ToDouble(outerRimDiamBox.Text);
double rimsThickness = Convert.ToDouble(rimsThicknessBox.Text);
double ballDiam = Convert.ToDouble(rollingElementDiam.Text);
BearingParametrs bearing = null;
try
{
bearing = new BearingParametrs(rollingElementForm, bearingWidth, innerRimDiam, outerRimDiam, rimsThickness, ballDiam);
}
catch (ArgumentException exception)
{
_errorList.Add(exception.Message);
ShowErrors();
return;
}
_kompas3D.BuildBearing(bearing);
}
/// <summary>
/// Метод для отрисовки эскиза внутреннего обода в КОМПАС-3D
/// </summary>
/// <param name="rimsDoc">эскиз</param>
/// <param name="BearingWidth">Ширина подшипника</param>
/// <param name="InnerRimDiam">Диаметр внутреннего обода</param>
/// <param name="OuterRimDiam">Диаметр внешнего обода</param>
/// <param name="RimsThickness">Толщина подшипника</param>
/// <param name="BallDiam">Диаметр шарика</param>
private static void DrawInnerRim(ksDocument2D rimsDoc, double BearingWidth, double InnerRimDiam,
double OuterRimDiam, double RimsThickness, double RollingElementDiam,
RollingElementForm rollingElementForm, double BearingAxis, double GutterDepth, double GutterWidth)
{
//ось вращения
rimsDoc.ksLineSeg(-BearingWidth / 2, 0, BearingWidth / 2, 0, 3);
//основание
rimsDoc.ksLineSeg(-BearingWidth / 2, InnerRimDiam / 2, BearingWidth / 2, InnerRimDiam / 2, 1);
//левая грань
rimsDoc.ksLineSeg(-BearingWidth / 2, InnerRimDiam / 2, -BearingWidth / 2, RimsThickness + InnerRimDiam / 2, 1);
//правая грань
rimsDoc.ksLineSeg(BearingWidth / 2, InnerRimDiam / 2, BearingWidth / 2, RimsThickness + InnerRimDiam / 2, 1);
if (rollingElementForm is RollingElementForm.Ball)
{
//левая верхняя
rimsDoc.ksLineSeg(-BearingWidth / 2, RimsThickness + InnerRimDiam / 2,
-GutterWidth, RimsThickness + InnerRimDiam / 2, 1);
//правая верхняя
rimsDoc.ksLineSeg(BearingWidth / 2, RimsThickness + InnerRimDiam / 2,
GutterWidth, RimsThickness + InnerRimDiam / 2, 1);
// желоб
rimsDoc.ksArcBy3Points(-GutterWidth, RimsThickness + InnerRimDiam / 2,
0, RimsThickness + InnerRimDiam / 2 - GutterDepth, GutterWidth, RimsThickness + InnerRimDiam / 2, 1);
}
else
{
rimsDoc.ksLineSeg(-BearingWidth / 2, RimsThickness + InnerRimDiam / 2,
-GutterWidth, RimsThickness + InnerRimDiam / 2, 1);
rimsDoc.ksLineSeg(BearingWidth / 2, RimsThickness + InnerRimDiam / 2,
GutterWidth, RimsThickness + InnerRimDiam / 2, 1);
rimsDoc.ksLineSeg(-GutterWidth, RimsThickness + InnerRimDiam / 2,
-GutterWidth, RimsThickness + InnerRimDiam / 2 - GutterDepth, 1);
rimsDoc.ksLineSeg(GutterWidth, RimsThickness + InnerRimDiam / 2,
GutterWidth, RimsThickness + InnerRimDiam / 2 - GutterDepth, 1);
rimsDoc.ksLineSeg(-GutterWidth, RimsThickness + InnerRimDiam / 2 - GutterDepth,
GutterWidth, RimsThickness + InnerRimDiam / 2 - GutterDepth, 1);
}
}
public void TestBearingParamsRightProp(RollingElementForm rollingElementForm, double bearingWidth,
double innerRimDiam, double outerRimDiam, double rimsThickness, double rollingElementDiam)
{
var unused = new BearingParametrs(rollingElementForm, bearingWidth, innerRimDiam, outerRimDiam, rimsThickness, rollingElementDiam);
}
