private void updateLoadTransforms()
{
_loadCondition = new LoadCondition(Forces, Moments);
Transform t = Rhino.Geometry.Transform.Identity;
if (UseHostLocal) //transformation needed
{
Vector3d lx = Vector3d.XAxis; //default x,z directions
Vector3d lz = Vector3d.Negate(Vector3d.ZAxis);
//set localX and localZ directions if pointload has referencepoint and if directions are not zero
if (!(ReferencePoint is null))
{
if (!ReferencePoint.DirectionLocalX.Equals(Vector3d.Zero))
{
lx = ReferencePoint.DirectionLocalX;
}
if (!ReferencePoint.DirectionLocalZ.Equals(Vector3d.Zero))
{
lz = ReferencePoint.DirectionLocalZ;
}
}
t = TransformUtils.GetGlobalTransformPoint(lx, lz); //setup transform
}
t = Rhino.Geometry.Transform.Translation(new Vector3d(Value.Location)) * t * Rhino.Geometry.Transform.Scale(Point3d.Origin, DrawUtil.ScaleFactorLoads);
_loadCondition.Transforms.Add(t);
}
private void updateLoadTransforms()
{
_loadCondition = new LoadCondition(Forces, Moments);
Vector3d lz = Vector3d.Negate(Vector3d.ZAxis); //default local z
if (!(ReferenceLine is null))
{
if (!ReferenceLine.DirectionLocalZ.IsTiny())
{
lz = ReferenceLine.DirectionLocalZ;
}
}
_loadCondition.Transforms.AddRange(DrawUtil.GetCurveTransforms(Value, UseHostLocal, lz, null, DrawUtil.ScaleFactorLoads, DrawUtil.DensityFactorLoads));
}
private void updateLoadTransforms()
{
_loadCondition = new LoadCondition(Forces, Moments);
Vector3d lx = Vector3d.Zero;
if (!(ReferenceArea is null))
{
lx = ReferenceArea.DirectionLocalX;
}
// iterate over BrepFaces
foreach (BrepFace bf in Value.Faces)
{
// iterate over Edges of current face and draw this edge
foreach (int beIndex in bf.AdjacentEdges())
{
_loadCondition.Transforms.AddRange(DrawUtil.GetCurveTransforms(Value.Edges[beIndex], UseHostLocal, lx, bf, DrawUtil.ScaleFactorLoads, DrawUtil.DensityFactorLoads));
}
}
}