public void Draw(Rhino.Display.DisplayPipeline pipeline, System.Drawing.Color col)
{
List <Point3d> _endPoints_F = new List <Point3d>();
List <Point3d> _endPoints_M = new List <Point3d>();
foreach (Transform t in Transforms)
{
if (!(_symbolF is null))
{
SymbolF _temp = new SymbolF(_symbolF);
_temp.Transform(t);
_temp.Draw(pipeline, col);
_endPoints_F.Add(_temp.ALine.From);
}
if (!(_symbolM is null))
{
SymbolM _temp = new SymbolM(_symbolM);
_temp.Transform(t);
_temp.Draw(pipeline, col);
_endPoints_M.Add(_temp.APoint);
}
}
pipeline.DrawDottedPolyline(_endPoints_F, col, false);
pipeline.DrawDottedPolyline(_endPoints_M, col, false);
}
public SymbolM(SymbolM s)
{
this._arc = new Arc(new Plane(s._arc.Plane), s._arc.Radius, s._arc.Angle);
_arrowPoint = _arc.PointAt(0);
_arrowDir = _arc.TangentAt(0);
_arrowDir.Reverse();
}
public LoadCondition(Vector3d force, Vector3d moment)
{
_scale = DrawUtil.ScaleFactorLoads;
_density = DrawUtil.DensityFactorLoads;
Transform _orientationF = TransformUtils.GetGlobalTransformPoint(Vector3d.XAxis, new Vector3d(force) * -1);
Transform _orientationM = TransformUtils.GetGlobalTransformPoint(Vector3d.XAxis, new Vector3d(moment) * -1);
Transform _lengthF = Rhino.Geometry.Transform.Scale(Point3d.Origin, force.Length);
Transform _lengthM = Rhino.Geometry.Transform.Scale(Point3d.Origin, moment.Length);
Transform tF = _orientationF * _lengthF;
Transform tM = _orientationM * _lengthM;
if (!force.IsTiny())
{
_symbolF = new SymbolF(tF);
}
if (!moment.IsTiny())
{
_symbolM = new SymbolM(tM);
}
}