public override TFPerforatorList GetPerfoList()
{
double pipeOutsideDiam = PenInfo.pipeDiameterOutside / taskUOR.activeSubPerMaster;
double length = Task.LengthCm * 10 / taskUOR.activeSubPerMaster;
var angles = Task.CorrectiveAngles;
BCOM.Transform3d taskTran = App.Transform3dFromMatrix3d(Task.Rotation);
// ПЕРФОРАТОР
BCOM.EllipseElement perfoEl =
App.CreateEllipseElement2(null, App.Point3dZero(),
pipeOutsideDiam / 2, pipeOutsideDiam / 2,
App.Matrix3dIdentity(), BCOM.MsdFillMode.Filled);
{
BCOM.Point3d offset = App.Point3dAddScaled(
App.Point3dZero(),
App.Point3dFromXYZ(0, 0, 1), length / 2);
perfoEl.Move(offset);
perfoEl.Rotate(App.Point3dZero(), angles.X, angles.Y, angles.Z);
}
perfoEl.Level = ElementHelper.GetOrCreateLevel(PenConfigVariables.PerfoLevel);
ElementHelper.setSymbologyByLevel(perfoEl);
perfoEl.Transform(taskTran);
perfoEl.Move(Task.Location);
BCOM.Point3d perfoVec = perfoEl.Normal;
TFCOM.TFPerforatorList perfoList = AppTF.CreateTFPerforator();
var tranIdentity = App.Transform3dIdentity();
perfoList.InitFromElement(perfoEl, perfoVec, length / 2 * 1.01, tranIdentity);
return(perfoList);
}
private void transformToBase(BCOM.Element element, BCOM.Point3d origin)
{
// инвертируем трансформацию:
if (App.Matrix3dHasInverse(Rotation))
{
BCOM.Transform3d tran = App.Transform3dFromMatrix3d(Rotation);
element.Transform(App.Transform3dInverse(tran));
}
var angles = CorrectiveAngles;
element.Rotate(App.Point3dZero(), -angles.X, -angles.Y, -angles.Z);
}
public static T transformByTask <T>(this T element, IPenetrTask task,
double shiftX = 0.0, double shiftY = 0.0, double shiftZ = 0.0)
where T : BCOM.Element
{
BCOM.Point3d shiftPoint = App.Point3dFromXYZ(shiftX, shiftY, shiftZ);
element.Move(ref shiftPoint);
BCOM.Point3d zero = App.Point3dZero();
var angles = task.CorrectiveAngles;
element.Rotate(ref zero, angles.X, angles.Y, angles.Z);
BCOM.Matrix3d rotation = task.Rotation;
BCOM.Transform3d transform3d = App.Transform3dFromMatrix3d(ref rotation);
element.Transform(ref transform3d);
BCOM.Point3d location = task.Location;
element.Move(ref location);
return(element);
}
public override IEnumerable <BCOM.Element> GetBodyElements()
{
var elements = new List <BCOM.Element>();
Task.scanInfo();
var taskUOR = new UOR(Task.ModelRef);
double pipeInsideDiam = PenInfo.pipeDiameterInside / taskUOR.activeSubPerMaster;
double pipeOutsideDiam = PenInfo.pipeDiameterOutside / taskUOR.activeSubPerMaster;
double flangeInsideDiam = PenInfo.flangeDiameterInside / taskUOR.activeSubPerMaster;
double flangeOutsideDiam = PenInfo.flangeDiameterOutside / taskUOR.activeSubPerMaster;
double flangeThick = PenInfo.flangeThick / taskUOR.activeSubPerMaster;
double length = Length;
var solids = App.SmartSolid;
/*
* ! длина трубы меньше размера проходки на толщину фланца
* ! ЕСЛИ ФЛАНЕЦ ЕСТЬ
*/
double delta = Task.FlangesCount == 0 ? 0 :
Task.FlangesCount * flangeThick / 2;
BCOM.SmartSolidElement cylindrInside =
solids.CreateCylinder(null, pipeInsideDiam / 2, length - delta);
BCOM.SmartSolidElement cylindrOutside =
solids.CreateCylinder(null, pipeOutsideDiam / 2, length - delta);
var cylindr = solids.SolidSubtract(cylindrOutside, cylindrInside);
var elementsShift = new Dictionary <BCOM.Element, double>();
{
double shift = Task.FlangesCount == 1 ? delta : 0;
shift *= Task.IsSingleFlangeFirst ? 1 : -1;
elementsShift.Add(cylindr, (length + shift) / 2);
}
// Фланцы:
for (int i = 0; i < Task.FlangesCount; ++i)
{
BCOM.SmartSolidElement flangeCylindr = solids.SolidSubtract(
solids.CreateCylinder(null, flangeOutsideDiam / 2, flangeThick),
solids.CreateCylinder(null, pipeOutsideDiam / 2, flangeThick));
double shift = 0;
if (Task.FlangesCount == 1)
{
bool isNearest = App.Vector3dEqualTolerance(Task.SingleFlangeSide,
App.Vector3dFromXYZ(0, 0, -1), 0.1); // 0.001
// 0.5 - для видимости фланцев на грани стены/плиты
shift = isNearest ?
0.0 + flangeThick / 2 - Task.FlangeWallOffset:
length - flangeThick / 2 + Task.FlangeWallOffset;
}
else
{
shift = i == 0 ? 0.0 : length;
// для самих фланцев:
shift += Math.Pow(-1, i) * (flangeThick / 2 - Task.FlangeWallOffset); //0.02);
}
elementsShift.Add(flangeCylindr, shift);
}
BCOM.Transform3d taskTran = App.Transform3dFromMatrix3d(Task.Rotation);
var angles = Task.CorrectiveAngles;
foreach (var pair in elementsShift)
{
BCOM.Element elem = pair.Key;
double shift = pair.Value;
//elem.Color = 0; // TODO
BCOM.Point3d offset = App.Point3dAddScaled(
App.Point3dZero(), App.Point3dFromXYZ(0, 0, 1), shift);
elem.Move(offset);
elem.Rotate(App.Point3dZero(), angles.X, angles.Y, angles.Z);
elem.Transform(taskTran);
elem.Move(Task.Location);
elements.Add(elem);
}
return(elements);
}
public static void addPerforator(TFCOM.TFFrameList frameList,
IPenetrTask task, PenetrInfo penInfo, BCOM.Level levelSymb, bool isVisible)
{
var taskUOR = new UOR(task.ModelRef);
double pipeInsideDiam = penInfo.pipeDiameterInside / taskUOR.activeSubPerMaster;
double pipeOutsideDiam = penInfo.pipeDiameterOutside / taskUOR.activeSubPerMaster;
double flangeInsideDiam = penInfo.flangeDiameterInside / taskUOR.activeSubPerMaster;
double flangeOutsideDiam = penInfo.flangeDiameterOutside / taskUOR.activeSubPerMaster;
double flangeThick = penInfo.flangeThick / taskUOR.activeSubPerMaster;
double length = task.LengthCm * 10 / taskUOR.activeSubPerMaster;
var angles = task.CorrectiveAngles;
BCOM.Transform3d taskTran = App.Transform3dFromMatrix3d(task.Rotation);
// ПЕРФОРАТОР
BCOM.EllipseElement perfoEl =
App.CreateEllipseElement2(null, App.Point3dZero(),
pipeInsideDiam / 2, pipeInsideDiam / 2,
App.Matrix3dIdentity(), BCOM.MsdFillMode.Filled);
{
BCOM.Point3d offset = App.Point3dAddScaled(
App.Point3dZero(),
App.Point3dFromXYZ(0, 0, 1), length / 2);
perfoEl.Move(offset);
perfoEl.Rotate(App.Point3dZero(), angles.X, angles.Y, angles.Z);
}
perfoEl.Level = levelSymb;
ElementHelper.setSymbologyByLevel(perfoEl);
perfoEl.Transform(taskTran);
perfoEl.Move(task.Location);
BCOM.Point3d perfoVec = perfoEl.Normal;
TFCOM.TFPerforatorList perfoList = AppTF.CreateTFPerforator();
var tranIdentity = App.Transform3dIdentity();
perfoList.InitFromElement(perfoEl, perfoVec, length / 2 * 1.01, tranIdentity);
perfoList.SetSweepMode(
TFCOM.TFdPerforatorSweepMode.tfdPerforatorSweepModeBi);
//perfoList.SetSenseDist(1.01 * length / 2);
perfoList.SetPolicy(
TFCOM.TFdPerforatorPolicy.tfdPerforatorPolicyThroughHoleWithinSenseDist);
perfoList.SetIsVisible(isVisible);
frameList.AsTFFrame.SetPerforatorList(perfoList);
frameList.AsTFFrame.SetSenseDistance2(length / 2);
frameList.AsTFFrame.SetPerforatorsAreActive(true);
frameList.Synchronize();
{
// ! без этого кода не срабатывает перфорация в стенке/плите
// судя по всему инициализирует обновление объектов, с которыми
// взаимодействует frame
AppTF.ModelReferenceUpdateAutoOpeningsByFrame(
App.ActiveModelReference, frameList.AsTFFrame, true, false,
TFCOM.TFdFramePerforationPolicy.tfdFramePerforationPolicyNone);
}
}
public static TFCOM.TFFrameListClass createFrameList(
IPenetrTask task, PenetrInfo penInfo, BCOM.Level level)
{
task.scanInfo();
var taskUOR = new UOR(task.ModelRef);
double pipeInsideDiam = penInfo.pipeDiameterInside / taskUOR.activeSubPerMaster;
double pipeOutsideDiam = penInfo.pipeDiameterOutside / taskUOR.activeSubPerMaster;
double flangeInsideDiam = penInfo.flangeDiameterInside / taskUOR.activeSubPerMaster;
double flangeOutsideDiam = penInfo.flangeDiameterOutside / taskUOR.activeSubPerMaster;
double flangeThick = penInfo.flangeThick / taskUOR.activeSubPerMaster;
double length = task.LengthCm * 10 / taskUOR.activeSubPerMaster;
var solids = App.SmartSolid;
/*
* ! длина трубы меньше размера проходки на толщину фланца
* ! ЕСЛИ ФЛАНЕЦ ЕСТЬ
*/
double delta = task.FlangesCount == 0 ? 0 :
task.FlangesCount * flangeThick / 2;
BCOM.SmartSolidElement cylindrInside =
solids.CreateCylinder(null, pipeInsideDiam / 2, length - delta);
BCOM.SmartSolidElement cylindrOutside =
solids.CreateCylinder(null, pipeOutsideDiam / 2, length - delta);
var cylindr = solids.SolidSubtract(cylindrOutside, cylindrInside);
var elements = new Dictionary <BCOM.Element, double>();
{
double shift = task.FlangesCount == 1 ? delta : 0;
shift *= task.IsSingleFlangeFirst ? 1 : -1;
elements.Add(cylindr, (length + shift) / 2);
}
// Фланцы:
for (int i = 0; i < task.FlangesCount; ++i)
{
BCOM.SmartSolidElement flangeCylindr = solids.SolidSubtract(
solids.CreateCylinder(null, flangeOutsideDiam / 2, flangeThick),
solids.CreateCylinder(null, pipeOutsideDiam / 2, flangeThick));
double shift = 0;
if (task.FlangesCount == 1)
{
bool isNearest = App.Vector3dEqualTolerance(task.SingleFlangeSide,
App.Vector3dFromXYZ(0, 0, -1), 0.1); // 0.001
// 0.5 - для видимости фланцев на грани стены/плиты
shift = isNearest ?
0.0 + flangeThick / 2 - task.FlangeWallOffset:
length - flangeThick / 2 + task.FlangeWallOffset;
}
else
{
shift = i == 0 ? 0.0 : length;
// для самих фланцев:
shift += Math.Pow(-1, i) * (flangeThick / 2 - task.FlangeWallOffset); //0.02);
}
elements.Add(flangeCylindr, shift);
}
BCOM.Transform3d taskTran = App.Transform3dFromMatrix3d(task.Rotation);
var angles = task.CorrectiveAngles;
TFCOM.TFFrameListClass frameList = new TFCOM.TFFrameListClass();
foreach (var pair in elements)
{
BCOM.Element elem = pair.Key;
double shift = pair.Value;
elem.Color = 0; // TODO
BCOM.Point3d offset = App.Point3dAddScaled(
App.Point3dZero(), App.Point3dFromXYZ(0, 0, 1), shift);
elem.Move(offset);
elem.Rotate(App.Point3dZero(), angles.X, angles.Y, angles.Z);
elem.Transform(taskTran);
elem.Move(task.Location);
elem.Level = level;
ElementHelper.setSymbologyByLevel(elem);
frameList.AsTFFrame.Add3DElement(elem);
}
frameList.AsTFFrame.SetName(PenConfigVariables.CellName.Value); // ранее было 'EmbeddedPart'
return(frameList);
}