public async override Task Rebuild()
{
using (RebuildLock())
{
using (new CenterAndHeightMaintainer(this))
{
// validate the some of the values and store in user data if changed
InnerDiameter = ValidateValue(InnerDiameter, "PipeWorksInnerDiameter", 15);
OuterDiameter = ValidateValue(OuterDiameter, "PipeWorksOuterDiameter", 20);
BottomReach = ValidateValue(BottomReach, "PipeWorksBottomReach", 30);
FrontReach = ValidateValue(FrontReach, "PipeWorksFrontReach", 25);
TopReach = ValidateValue(TopReach, "PipeWorksTopReach", 30);
IObject3D topBottomConnect = await CylinderObject3D.Create(OuterDiameter, OuterDiameter, Sides, Alignment.Y);
IObject3D frontConnect = await CylinderObject3D.Create(OuterDiameter, OuterDiameter, Sides, Alignment.X);
frontConnect = new AlignObject3D(frontConnect, FaceAlign.Right, topBottomConnect, FaceAlign.Right);
IObject3D bottomReach = new RotateObject3D(CreateReach(BottomReach, InnerDiameter), -MathHelper.Tau / 4);
bottomReach = new AlignObject3D(bottomReach, FaceAlign.Back, topBottomConnect, FaceAlign.Front, 0, .02);
IObject3D topReach = new RotateObject3D(CreateReach(TopReach, InnerDiameter), MathHelper.Tau / 4);
topReach = new AlignObject3D(topReach, FaceAlign.Front, topBottomConnect, FaceAlign.Back, 0, -.02);
IObject3D frontReach = new RotateObject3D(CreateReach(FrontReach, InnerDiameter), 0, -MathHelper.Tau / 4);
frontReach = new AlignObject3D(frontReach, FaceAlign.Left, topBottomConnect, FaceAlign.Right, -.02);
// output multiple meshes for pipe connector
this.Children.Modify(list =>
{
list.Clear();
list.Add(topBottomConnect);
list.Add(frontConnect);
list.Add(bottomReach);
list.Add(topReach);
list.Add(frontReach);
});
this.Color = Color.Transparent;
this.Mesh = null;
}
}
Invalidate(InvalidateType.Children);
}
public override async Task Rebuild()
{
using (RebuildLock())
{
using (new CenterAndHeightMaintainer(this))
{
// validate the some of the values and store in user data if changed
InnerDiameter = ValidateValue(InnerDiameter, "PipeWorksInnerDiameter", 15);
OuterDiameter = ValidateValue(OuterDiameter, "PipeWorksOuterDiameter", 20);
BottomReach = ValidateValue(BottomReach, "PipeWorksBottomReach", 30);
FrontReach = ValidateValue(FrontReach, "PipeWorksFrontReach", 25);
IObject3D bottomReach = new RotateObject3D(CreateReach(BottomReach, InnerDiameter), -MathHelper.Tau / 4);
IObject3D frontReach = null;
IObject3D elbowConnect = null;
if (Angle < 90)
{
frontReach = bottomReach.Clone();
var translate = new Vector3(-OuterDiameter / 2, 0, 0);
bottomReach.Translate(translate);
frontReach = new RotateObject3D(frontReach, 0, 0, -MathHelper.DegreesToRadians(Angle));
translate = Vector3Ex.Transform(-translate, Matrix4X4.CreateRotationZ(MathHelper.DegreesToRadians(Angle)));
frontReach.Translate(translate);
var torus = new TorusObject3D();
using (torus.RebuildLock())
{
torus.Advanced = true;
torus.InnerDiameter = 0;
OuterDiameter = OuterDiameter * 2;
torus.RingSides = Sides;
torus.Sides = Sides;
torus.StartingAngle = Angle;
torus.EndingAngle = 180;
}
torus.Invalidate(new InvalidateArgs(torus, InvalidateType.Properties));
elbowConnect = torus;
}
else if (Angle < 270)
{
bottomReach.Translate(0, -OuterDiameter / 2, 0);
IObject3D reachConnect = await CylinderObject3D.Create(OuterDiameter, OuterDiameter, Sides, Alignment.Y);
reachConnect = new AlignObject3D(reachConnect, FaceAlign.Front, bottomReach, FaceAlign.Back);
reachConnect = new SetCenterObject3D(reachConnect, bottomReach.GetCenter(), true, false, true);
bottomReach = bottomReach.Plus(reachConnect);
frontReach = bottomReach.Clone();
frontReach = new RotateObject3D(frontReach, 0, 0, -MathHelper.DegreesToRadians(Angle));
elbowConnect = new SphereObject3D(OuterDiameter, Sides);
}
// output multiple meshes for pipe connector
this.Children.Modify(list =>
{
list.Clear();
list.Add(elbowConnect);
list.Add(bottomReach);
list.Add(frontReach);
});
this.Color = Color.Transparent;
this.Mesh = null;
}
}
Invalidate(InvalidateType.Children);
}