private bool RadiusInput_SetLength(double length)
{
validResult = false;
if (shell != null && length > 0.0)
{
Parametric pm = new Parametric(shell);
bool ok = false;
if (isFillet)
{
ok = pm.ModifyFilletRadius(facesWithRadius, length);
}
else
{
ok = pm.ModifyRadius(facesWithRadius, length);
}
if (ok)
{
if (pm.Apply())
{
Shell sh = pm.Result();
ActiveObject = sh;
validResult = true;
return(true);
}
else
{
ActiveObject = shell.Clone();
return(false);
}
}
}
return(false);
}
private bool DistanceInput_SetLengthEvent(double length)
{
validResult = false;
offset = length - gauge;
// FeedBack.AddSelected(offsetFeedBack);
Shell sh = null;
Parametric pm = new Parametric(shell);
Dictionary <Face, double> allFacesToOffset = new Dictionary <Face, double>();
switch (mode)
{
case Mode.forward:
pm.OffsetFaces(frontSide, offset);
break;
case Mode.symmetric:
pm.OffsetFaces(frontSide.Union(backSide), offset / 2.0);
break;
case Mode.backward:
pm.OffsetFaces(backSide, offset);
break;
}
if (pm.Apply())
{
sh = pm.Result();
ActiveObject = sh;
validResult = true;
return(true);
}
else
{
ActiveObject = shell.Clone();
return(false);
}
}
private bool Refresh()
{
validResult = false;
if (facesToMove.Count > 0 && (facesToKeep.Count > 0 || axisToMove != null))
{
FeedBack.ClearSelected();
GeoPoint startPoint = offsetStartPoint;
GeoPoint endPoint = startPoint + originalOffset + currentOffset;
switch (mode)
{
case Mode.forward:
startPoint = offsetStartPoint;
endPoint = startPoint + originalOffset + currentOffset;
offsetFeedBack = Frame.ActiveView.Projection.MakeArrow(startPoint, endPoint, feedbackPlane, Projection.ArrowMode.circleArrow);
break;
case Mode.backward:
startPoint = offsetStartPoint + originalOffset;
endPoint = startPoint - originalOffset - currentOffset;
offsetFeedBack = Frame.ActiveView.Projection.MakeArrow(startPoint, endPoint, feedbackPlane, Projection.ArrowMode.circleArrow);
break;
case Mode.symmetric:
startPoint = offsetStartPoint + 0.5 * originalOffset;
offsetFeedBack = Frame.ActiveView.Projection.MakeArrow(startPoint, startPoint + 0.5 * (originalOffset + currentOffset), feedbackPlane, Projection.ArrowMode.circleArrow);
offsetFeedBack.AddRange(Frame.ActiveView.Projection.MakeArrow(startPoint, startPoint - 0.5 * (originalOffset + currentOffset), feedbackPlane, Projection.ArrowMode.circleArrow));
break;
}
offsetFeedBack.AddRange(facesToMove);
offsetFeedBack.AddRange(moreForwardFaces);
FeedBack.AddSelected(offsetFeedBack);
Shell sh = null;
for (int m = 0; m <= 1; m++)
{ // first try without moving connected faces, if this yields no result, try with moving connected faced
Parametric parametric = new Parametric(shell);
Dictionary <Face, GeoVector> allFacesToMove = new Dictionary <Face, GeoVector>();
switch (mode)
{
case Mode.forward:
foreach (Face face in Extensions.Combine(facesToMove, moreForwardFaces))
{
allFacesToMove[face] = currentOffset;
}
foreach (Face face in Extensions.Combine(facesToKeep, moreBackwardFaces))
{
allFacesToMove[face] = GeoVector.NullVector;
}
break;
case Mode.symmetric:
foreach (Face face in Extensions.Combine(facesToMove, moreForwardFaces))
{
allFacesToMove[face] = 0.5 * currentOffset;
}
foreach (Face face in Extensions.Combine(facesToKeep, moreBackwardFaces))
{
allFacesToMove[face] = -0.5 * currentOffset;
}
break;
case Mode.backward:
foreach (Face face in Extensions.Combine(facesToKeep, moreBackwardFaces))
{
allFacesToMove[face] = -currentOffset;
}
foreach (Face face in Extensions.Combine(facesToMove, moreForwardFaces))
{
allFacesToMove[face] = GeoVector.NullVector;
}
break;
}
parametric.MoveFaces(allFacesToMove, currentOffset, m == 1);
if (parametric.Apply())
{
sh = parametric.Result();
if (sh != null)
{
ParametricDistanceProperty.Mode pmode = 0;
if (m == 1)
{
pmode |= ParametricDistanceProperty.Mode.connected;
}
if (mode == Mode.symmetric)
{
pmode |= ParametricDistanceProperty.Mode.symmetric;
}
// create the ParametricDistanceProperty here, because here we have all the information
parametric.GetDictionaries(out Dictionary <Face, Face> faceDict, out Dictionary <Edge, Edge> edgeDict, out Dictionary <Vertex, Vertex> vertexDict);
// facesToKeep etc. contains original objects of the shell, affectedObjects contains objects of the sh = pm.Result()
// the parametricProperty will be applied to sh, so we need the objects from sh
object fromHere = null, toHere = null;
if (distanceFromHere is Face fromFace)
{
fromHere = faceDict[fromFace];
}
if (distanceFromHere is Edge fromEdge)
{
fromHere = edgeDict[fromEdge];
}
if (distanceFromHere is Vertex fromVertex)
{
fromHere = vertexDict[fromVertex];
}
if (distanceToHere is Face toFace)
{
toHere = faceDict[toFace];
}
if (distanceToHere is Edge toEdge)
{
toHere = edgeDict[toEdge];
}
if (distanceToHere is Vertex toVertex)
{
toHere = vertexDict[toVertex];
}
if (mode == Mode.backward)
{
parametricProperty = new ParametricDistanceProperty("", Extensions.LookUp(Extensions.Combine(facesToMove, moreForwardFaces), faceDict),
Extensions.LookUp(Extensions.Combine(facesToKeep, moreBackwardFaces), faceDict),
parametric.GetAffectedObjects(), pmode, toHere, fromHere);
}
else
{
parametricProperty = new ParametricDistanceProperty("", Extensions.LookUp(Extensions.Combine(facesToKeep, moreBackwardFaces), faceDict),
Extensions.LookUp(Extensions.Combine(facesToMove, moreForwardFaces), faceDict),
parametric.GetAffectedObjects(), pmode, fromHere, toHere);
}
break;
}
}
}
if (sh != null)
{
ActiveObject = sh;
validResult = true;
return(true);
}
else
{
ActiveObject = shell.Clone();
return(false);
}
}
return(false);
}
private bool Refresh()
{
validResult = false;
if (forwardFaces.Count > 0 && backwardFaces.Count > 0)
{
FeedBack.ClearSelected();
GeoPoint startPoint = point1;
GeoPoint endPoint = point2;
GeoVector dir = (point2 - point1).Normalized;
double originalDistance = point2 | point1;
switch (mode)
{
case Mode.forward:
endPoint = point2 + (distance - originalDistance) * dir;
offsetFeedBack = Frame.ActiveView.Projection.MakeArrow(startPoint, endPoint, feedbackPlane, Projection.ArrowMode.circleArrow);
break;
case Mode.backward:
startPoint = point1 - (distance - originalDistance) * dir;
offsetFeedBack = Frame.ActiveView.Projection.MakeArrow(endPoint, startPoint, feedbackPlane, Projection.ArrowMode.circleArrow);
break;
case Mode.symmetric:
startPoint = point1 - 0.5 * (distance - originalDistance) * dir;
endPoint = point2 + 0.5 * (distance - originalDistance) * dir;
GeoPoint mp = new GeoPoint(startPoint, endPoint);
offsetFeedBack = Frame.ActiveView.Projection.MakeArrow(mp, startPoint, feedbackPlane, Projection.ArrowMode.circleArrow);
offsetFeedBack.AddRange(Frame.ActiveView.Projection.MakeArrow(mp, endPoint, feedbackPlane, Projection.ArrowMode.circleArrow));
break;
}
offsetFeedBack.AddRange(forwardFaces);
offsetFeedBack.AddRange(backwardFaces);
FeedBack.AddSelected(offsetFeedBack);
Shell sh = null;
for (int m = 0; m <= 1; m++)
{ // first try without moving connected faces, if this yields no result, try with moving connected faced
Parametric parametric = new Parametric(shell);
Dictionary <Face, GeoVector> allFacesToMove = new Dictionary <Face, GeoVector>();
GeoVector offset = (distance - originalDistance) * dir;
switch (mode)
{
case Mode.forward:
foreach (Face face in forwardFaces)
{
allFacesToMove[face] = offset;
}
foreach (Face face in backwardFaces)
{
allFacesToMove[face] = GeoVector.NullVector;
}
break;
case Mode.symmetric:
foreach (Face face in forwardFaces)
{
allFacesToMove[face] = 0.5 * offset;
}
foreach (Face face in backwardFaces)
{
allFacesToMove[face] = -0.5 * offset;
}
break;
case Mode.backward:
foreach (Face face in backwardFaces)
{
allFacesToMove[face] = -offset;
}
foreach (Face face in forwardFaces)
{
allFacesToMove[face] = GeoVector.NullVector;
}
break;
}
parametric.MoveFaces(allFacesToMove, offset, m == 1);
if (parametric.Apply())
{
sh = parametric.Result();
if (sh != null)
{
ParametricDistanceProperty.Mode pmode = 0;
if (m == 1)
{
pmode |= ParametricDistanceProperty.Mode.connected;
}
if (mode == Mode.symmetric)
{
pmode |= ParametricDistanceProperty.Mode.symmetric;
}
// create the ParametricDistanceProperty here, because here we have all the information
parametric.GetDictionaries(out Dictionary <Face, Face> faceDict, out Dictionary <Edge, Edge> edgeDict, out Dictionary <Vertex, Vertex> vertexDict);
// facesToKeep etc. contains original objects of the shell, affectedObjects contains objects of the sh = pm.Result()
// the parametricProperty will be applied to sh, so we need the objects from sh
if (mode == Mode.backward)
{
parametricProperty = new ParametricDistanceProperty("", Extensions.LookUp(forwardFaces, faceDict),
Extensions.LookUp(backwardFaces, faceDict),
parametric.GetAffectedObjects(), pmode, point2, point1);
}
else
{
parametricProperty = new ParametricDistanceProperty("", Extensions.LookUp(backwardFaces, faceDict),
Extensions.LookUp(forwardFaces, faceDict),
parametric.GetAffectedObjects(), pmode, point1, point2);
}
break;
}
}
}
if (sh != null)
{
ActiveObject = sh;
validResult = true;
return(true);
}
else
{
ActiveObject = shell.Clone();
return(false);
}
}
return(false);
}
public Shell GetResult(Parametric parametrics)
{
return(parametrics.Result());
}