def CreateCubeStrut(csdname, csdwidth, csdlength, csdheight, csdstart,
csdrotation, scdthickness):
#print(csdname)
vector = XYZ(0, 0, csdheight * -1)
pp = Plane.CreateByNormalAndOrigin(vector, csdstart)
trans = Transform.CreateRotationAtPoint(vector, csdrotation, csdstart)
point1 = csdstart + XYZ(csdwidth / 2, csdlength / 2, 0)
point2 = csdstart + XYZ(csdwidth / 2 * -1, csdlength / 2, 0)
point3 = csdstart + XYZ(csdwidth / 2 * -1, csdlength / 2 * -1, 0)
point4 = csdstart + XYZ(csdwidth / 2, csdlength / 2 * -1, 0)
profileorigion = CurveLoop().Create([
Line.CreateBound(point1, point2),
Line.CreateBound(point2, point3),
Line.CreateBound(point3, point4),
Line.CreateBound(point4, point1)
])
finalProfile = CurveLoop.CreateViaTransform(profileorigion, trans)
geo = GeometryCreationUtilities.CreateExtrusionGeometry([finalProfile],
vector, csdheight)
ele = DirectShape.CreateElement(doc, ElementId(-2000151))
ele.SetShape([geo])
ele.SetName(csdname)
return ele.Id
def lines(self):
"""Создает линии по граням региона"""
p1, p2, p3, p4 = self.to_xyz(self.corners)
elem = {
'top': Line.CreateBound(p1, p2),
'right': Line.CreateBound(p2, p3),
'left': Line.CreateBound(p4, p1),
'bottom': Line.CreateBound(p3, p4)
}
return elem
def create_curveloop(self, points):
cl = CurveLoop.Create([])
prev_point = None
for point in points:
if prev_point is None:
cl.Append(Line.CreateBound(points[-1], points[0]))
else:
cl.Append(Line.CreateBound(prev_point, point))
prev_point = point
return cl
def create_longest_lines(self, lines):
"""Делаем из поданных линий максимально длинную.
"""
all_points = self.all_lines_points(lines)
p1, p2 = self.max_distance(all_points)
return Line.CreateBound(p1, p2)
def connect_to():
# Prompt user to select elements and points to connect
try:
with forms.WarningBar(title="Pick element to move and connect"):
reference = uidoc.Selection.PickObject(ObjectType.Element, NoInsulation(), "Pick element to move")
except Exceptions.OperationCanceledException:
return False
try:
moved_element = doc.GetElement(reference)
moved_point = reference.GlobalPoint
with forms.WarningBar(title="Pick element to be connected to"):
reference = uidoc.Selection.PickObject(ObjectType.Element, NoInsulation(),
"Pick element to be connected to")
target_element = doc.GetElement(reference)
target_point = reference.GlobalPoint
except Exceptions.OperationCanceledException:
return True
# Get associated unused connectors
moved_connector = get_connector_closest_to(get_connector_manager(moved_element).UnusedConnectors,
moved_point)
target_connector = get_connector_closest_to(get_connector_manager(target_element).UnusedConnectors,
target_point)
try:
if moved_connector.Domain != target_connector.Domain:
rpw.ui.forms.Alert("You picked 2 connectors of different domain. Please retry.", header="Domain Error")
return True
except AttributeError:
rpw.ui.forms.Alert("It looks like one of the objects have no unused connector", header="AttributeError")
return True
# Retrieves connectors direction and catch attribute error like when there is no unused connector available
try:
moved_direction = moved_connector.CoordinateSystem.BasisZ
target_direction = target_connector.CoordinateSystem.BasisZ
except AttributeError:
rpw.ui.forms.Alert("It looks like one of the objects have no unused connector", header="AttributeError")
return True
# Move and connect
with rpw.db.Transaction("Connect elements"):
# If connector direction is same, rotate it
angle = moved_direction.AngleTo(target_direction)
if angle != pi:
if angle == 0:
vector = moved_connector.CoordinateSystem.BasisY
else:
vector = moved_direction.CrossProduct(target_direction)
try:
line = Line.CreateBound(moved_point, moved_point+vector)
moved_element.Location.Rotate(line, angle - pi)
# Revit don't like angle and distance too close to 0
except Exceptions.ArgumentsInconsistentException:
logger.debug("Vector : {} ; Angle : {}".format(vector, angle))
# Move element in order match connector position
moved_element.Location.Move(target_connector.Origin - moved_connector.Origin)
# Connect connectors
moved_connector.ConnectTo(target_connector)
return True
def create_gird(scoord,
ecoord,
name_gird
):
# context-like objects that guard any
# changes made to a Revit model
t = Transaction(doc, "Create grids")
# Starts the transaction.
t.Start()
# create line reference
line_ref = Line.CreateBound(scoord, ecoord)
# create gird
grid_ins = Grid.Create(doc, line_ref)
# retrieve name for gird
name = grid_ins.get_Parameter(BuiltInParameter.DATUM_TEXT)
# set name for gird
name.Set(name_gird)
# Commits all changes made
# to the model during the transaction.
t.Commit()
def create_widnow_for_panel(self, panel_dict, panel_params, panel=None):
"""
Создать окна в панели.
"""
for i in panel_dict['components']['componentRefs']:
window_type = self.all_windows[i["id"]]
symb = self.window_family[window_type[0]]
add_point = XYZ(i['point']['x'], i['point']['y'], i['point']['z']) / 304.8
c_window = self.doc.Create.NewFamilyInstance(
add_point,
symb,
self.default_level,
StructuralType.Column)
c_window = Precast_window(c_window, doc=self.doc, panel=panel)
c_window["Рзм.Ширина"] = i["length"] / 304.8
new_point = c_window.element.Location.Point
new_point = new_point + XYZ(i["length"] / 304.8 / 2, 0, 0)
# new_point = new_point + XYZ(i["length"] / 304.8 / 2, 0, 0)
c_window.element.Location.Point = new_point
axis = Line.CreateBound(c_window.element.Location.Point, c_window.element.Location.Point + XYZ(0,0,10))
c_window.element.Location.Rotate(axis, math.pi)
if window_type[1] == "left":
plane = Plane.CreateByNormalAndOrigin(XYZ(1,0,0), c_window.element.Location.Point)
new_win = ElementTransformUtils.MirrorElement(self.doc, c_window.element.Id, plane)
self.doc.Delete(c_window.element.Id)
def add_offset(self, lines, offset):
"""Добавляем отступ линии
"""
new_lines = []
for line in lines:
points = [line.GetEndPoint(0), line.GetEndPoint(1)]
for point_pos in range(0, 2):
point = points[point_pos]
faces = set()
for face in self.room_faces:
plane = face.GetSurface()
project_point = plane.Project(point)
# echo(project_point)
if project_point:
if project_point[1] < self.tollerance:
faces.add(face)
normal_sum = XYZ(0, 0, 0)
for face in faces:
normal_sum += face.ComputeNormal(UV())
if abs(normal_sum.X) > 0.0001: dev_x = abs(normal_sum.X)
else: dev_x = 1
if abs(normal_sum.Y) > 0.0001: dev_y = abs(normal_sum.Y)
else: dev_y = 1
normal_sum = XYZ(normal_sum.X / dev_x, normal_sum.Y / dev_y, 0)
point -= normal_sum * offset
points[point_pos] = point
new_lines.append(Line.CreateBound(points[0], points[1]))
return new_lines
def create_dimension(element, point1, point2, reference_names_list, view, direction_to_move=XYZ(0, 0, 0)):
line = Line.CreateBound(point1, point2)
refArray = ReferenceArray()
for ref in reference_names_list:
refArray.Append(element.GetReferenceByName(ref))
dim = doc.Create.NewDimension(view, line, refArray)
ElementTransformUtils.MoveElement(doc, dim.Id, direction_to_move)
return dim
def point_intersect_solid(self, point, solid, vect):
"Проверяет пересекает ли точка по заданному вектору солид."
# point = self.transform.OfPoint(point)
line = Line.CreateBound(point + vect * self.height / 3,
point - vect * self.height / 3)
res = solid.element.IntersectWithCurve(line,
SolidCurveIntersectionOptions())
return res.SegmentCount
def line_z_to_curview(self, line):
"""Обнуляет координату Z у линии."""
z = curview.Origin.Z
p1 = line.GetEndPoint(0)
p2 = line.GetEndPoint(1)
p1 = XYZ(p1.X, p1.Y, z)
p2 = XYZ(p2.X, p2.Y, z)
return Line.CreateBound(p1, p2)
def xyz_axis(element_id):
"""Input : Element, Output : xyz axis of the element
:type element_id: ElementId
"""
transform = doc.GetElement(element_id).GetTransform()
axis = [
Line.CreateBound(transform.Origin,
transform.Origin + transform.Basis[i])
for i in range(3)
]
return axis
def rotate_element(elem, degrees_to_rotate):
#>>>>>>>>>> GET CENTER POINT
bounding_box = elem.get_BoundingBox(doc.ActiveView)
point = (bounding_box.Min + bounding_box.Max) / 2
#>>>>>>>>>> AXIS LINE
axis_line = Line.CreateBound(
point, point + XYZ.BasisZ) #fixme will not rotate 2D in secitons
#>>>>>>>>>> ROTATE
ElementTransformUtils.RotateElement(doc, elem.Id, axis_line,
math.radians(degrees_to_rotate))
def get_line_styles(self):
"""Function to get available LineStyles for DetaiLines."""
# CREATE TEMP LINE
t = Transaction(doc, "temp - Create DetailLine")
t.Start()
new_line = Line.CreateBound(XYZ(0,0,0), XYZ(1,1,0))
random_line = doc.Create.NewDetailCurve(active_view, new_line)
line_styles_ids = random_line.GetLineStyleIds()
t.RollBack()
line_styles = [doc.GetElement(line_style) for line_style in line_styles_ids]
return line_styles
def print_line(cls, p1, p2, plane=None, radius=0.3, color='еленая'):
doc = __revit__.ActiveUIDocument.Document
active_view = doc.ActiveView
creDoc = __revit__.ActiveUIDocument.Document.Create
if not plane:
vect = p2 - p1
p3 = p1 + XYZ_multiply(active_view.ViewDirection, vect).Normalize()
plane = Plane.CreateByThreePoints(p1, p2, p3)
sketchPlane = SketchPlane.Create(doc, plane)
new_line = Line.CreateBound(p1, p2)
m_line = creDoc.NewModelCurve(new_line, sketchPlane)
m_line.LineStyle = cls.get_line_style(color=color)
return m_line
def protect(self):
"""Определяет нужен ли защитный слой данному региону."""
if self._protect is None:
self._protect = {'top': 0, 'left': 0, 'bottom': 0, 'right': 0}
if not self.is_hole:
all_points = self.to_xyz(self.corners)
pos = {}
pos['top'] = Line.CreateBound(all_points[0], all_points[1])
pos['right'] = Line.CreateBound(all_points[1], all_points[2])
pos['bottom'] = Line.CreateBound(all_points[3], all_points[2])
pos['left'] = Line.CreateBound(all_points[0], all_points[3])
for el in pos.keys():
done = False
for cl in self.face.GetEdgesAsCurveLoops():
if done:
break
for line in cl:
res = line.Intersect(pos[el])
if res != SetComparisonResult.Disjoint and res != SetComparisonResult.Overlap and res != SetComparisonResult.Subset:
self._protect[el] = self.protect_length
done = True
break
return self._protect
def get_solid_extrusion_from_bbox(bbox):
solid_opt = SolidOptions(ElementId.InvalidElementId,
ElementId.InvalidElementId)
b1 = XYZ(bbox.Min.X, bbox.Min.Y, bbox.Min.Z)
b2 = XYZ(bbox.Max.X, bbox.Min.Y, bbox.Min.Z)
b3 = XYZ(bbox.Max.X, bbox.Max.Y, bbox.Min.Z)
b4 = XYZ(bbox.Min.X, bbox.Max.Y, bbox.Min.Z)
bbox_height = bbox.Max.Z - bbox.Min.Z
lines = List[Curve]()
lines.Add(Line.CreateBound(b1, b2))
lines.Add(Line.CreateBound(b2, b3))
lines.Add(Line.CreateBound(b3, b4))
lines.Add(Line.CreateBound(b4, b1))
rectangle = [CurveLoop.Create(lines)]
extrusion = GeometryCreationUtilities.CreateExtrusionGeometry(
List[CurveLoop](rectangle),
XYZ.BasisZ,
bbox_height,
solid_opt,
)
return extrusion
def line_trimming(self, lines):
"""Обрезка линий, которые выступают друг за друга
формируем линии путем попытки пересечения их.
Если линии пересекается с другими два раза
два пересечения и есть точки этой линии
если линия пересекается один раз. То ближняя точка заменяется
той, которая пересеклась
если линия не пересекается - оставляем без изменений
"""
new_lines = []
for line_1 in lines:
new_points = list()
p1 = line_1.GetEndPoint(0)
p2 = line_1.GetEndPoint(1)
for line_2 in lines:
intersect_result = StrongBox[IntersectionResultArray]()
intersect_result_text = line_1.Intersect(
line_2, intersect_result)
intersect_result = intersect_result.Value
if intersect_result_text == SetComparisonResult.Overlap and intersect_result:
for i in intersect_result:
new_points.append(i.XYZPoint)
if len(new_points) == 2:
new_lines.append(Line.CreateBound(new_points[0],
new_points[1]))
elif len(new_points) == 1:
if p1.DistanceTo(new_points[0]) > p2.DistanceTo(new_points[0]):
new_lines.append(Line.CreateBound(p1, new_points[0]))
else:
new_lines.append(Line.CreateBound(p2, new_points[0]))
else:
new_lines.append(line_1)
return new_lines
def get_new_line(self, line_1, line_2):
cp1 = line_1.GetEndPoint(0)
cp2 = line_1.GetEndPoint(1)
p1 = line_2.GetEndPoint(0)
p2 = line_2.GetEndPoint(1)
line_1_unbound = line_1.Clone()
line_1_unbound.MakeUnbound()
line_2_unbound = line_2.Clone()
line_2_unbound.MakeUnbound()
inter_res = StrongBox[IntersectionResultArray]()
inter_res_text = line_1_unbound.Intersect(line_2_unbound, inter_res)
if inter_res_text == SetComparisonResult.Overlap:
inter_point = next(iter(inter_res)).XYZPoint
if cp1.DistanceTo(
inter_point) < self.tollerance and cp2.DistanceTo(
inter_point) > self.tollerance:
return Line.CreateBound(cp2, inter_point)
elif cp2.DistanceTo(
inter_point) < self.tollerance and cp1.DistanceTo(
inter_point) > self.tollerance:
return Line.CreateBound(cp1, inter_point)
def element_selection():
try:
with forms.WarningBar(title="Pick reference element"):
reference = uidoc.Selection.PickObject(ObjectType.Element,
"Pick reference element")
except Exceptions.OperationCanceledException:
return False
try:
element1 = doc.GetElement(reference)
with forms.WarningBar(title="Pick target element"):
reference = uidoc.Selection.PickObject(ObjectType.Element,
"Pick target element")
element2 = doc.GetElement(reference)
logger.debug("ELEMENTS \n 1: {} \n 2: {}".format(element1, element2))
v1 = direction(element1)
v2 = direction(element2)
xy_v1 = XYZ(v1.X, v1.Y, 0) # type: XYZ
xy_v2 = XYZ(v2.X, v2.Y, 0) # type: XYZ
angle = xy_v2.AngleTo(xy_v1)
if angle > pi / 2:
angle = angle - pi
normal = xy_v2.CrossProduct(xy_v1)
logger.debug("ANGLE : {}".format(angle))
logger.debug("NORMAL : {}".format(normal))
logger.debug("DIRECTION \n 1: {} \n 2: {}".format(
direction(element1), direction(element2)))
axis = Line.CreateBound(origin(element2), origin(element2) + normal)
# Need to rotate elevation marker if it is an elevation
try:
if get_view_from(element2).ViewType == ViewType.Elevation:
element2 = get_elevation_marker(element2)
except AttributeError:
pass
with rpw.db.Transaction("Make parallel", doc):
element2.Location.Rotate(axis, angle)
return True
except Exceptions.OperationCanceledException:
return True
def project_line_on_plane(cls, line, origin=None, normal=None, plane=None):
p1 = line.GetEndPoint(0)
p1 = cls.project_on_plane(p1,
origin=origin,
normal=normal,
plane=plane)
p2 = line.GetEndPoint(1)
p2 = cls.project_on_plane(p2,
origin=origin,
normal=normal,
plane=plane)
# echo(p1.IsAlmostEqualTo(p2))
if not p1.IsAlmostEqualTo(p2):
try:
return Line.CreateBound(p1, p2)
except:
pass
def make_loops(self):
start_x = self.start_x
start_y = self.start_y
end_x = start_x + self.width
end_y = start_y + self.height
p1 = XYZ(start_x, start_y, 0.0)
p2 = XYZ(end_x, start_y, 0.0)
p3 = XYZ(end_x, end_y, 0.0)
p4 = XYZ(start_x, end_y, 0.0)
p5 = XYZ(start_x, start_y, 0.0)
points = [p1, p2, p3, p4, p5]
profileloop = CurveLoop()
profileloops = List[CurveLoop]()
for n, p in enumerate(points):
try:
line = Line.CreateBound(points[n], points[n + 1])
except:
continue
else:
profileloop.Append(line)
try:
profileloops.Add(profileloop)
except Exception as errmsg:
dialog('Something wrong processing points: {}'.format(self.points))
# ADD LOGGER
logger.error('width: {}'.format(self.width))
logger.error('height: {}'.format(self.height))
logger.error('start_x: {}'.format(start_x))
logger.error('start_y: {}'.format(start_y))
for n, point in enumerate(points):
logger.error('Point {}:{}'.format(n, point))
# Defines Location for Label and Value Label
label_x = start_x - self.label_padding
label_y = start_y + (self.height / 2)
value_label_x = start_x + self.width + self.label_padding
value_label_y = label_y
self.label_pt = XYZ(label_x, label_y, 0)
self.value_label_pt = XYZ(value_label_x, value_label_y, 0)
return profileloops
def filled_Region(self, factor, fill):
BB = self.element.get_BoundingBox(self.view)
pt1X = (BB.Min[0] - factor) if BB.Min[1] > 0 else (BB.Min[0] - factor)
pt1Y = (BB.Min[1] - factor) if BB.Min[1] > 0 else (BB.Min[1] - factor)
pt3X = (BB.Max[0] + factor) if BB.Max[0] > 0 else (BB.Max[0] + factor)
pt3Y = (BB.Max[1] + factor) if BB.Max[1] > 0 else (BB.Max[1] + factor)
#Points
pt1 = XYZ(pt1X, pt1Y, 0)
pt2 = XYZ(pt1X, pt3Y, 0)
pt3 = XYZ(pt3X, pt3Y, 0)
pt4 = XYZ(pt3X, pt1Y, 0)
start = [pt1, pt2, pt3, pt4]
end = [pt2, pt3, pt4, pt1]
#CurveLoop
lines = []
for i, j in zip(start, end):
L = Line.CreateBound(i, j)
if L:
lines.append(L)
curveloop = CurveLoop.Create(lines)
outRegion = FilledRegion.Create(doc, fill.Id, self.view.Id,
[curveloop])
def Trace(self, factor, line_style):
BB = self.element.get_BoundingBox(self.view)
"""Expand Boundry Box by Factor"""
pt1X = (BB.Min[0] - factor) if BB.Min[1] > 0 else (BB.Min[0] - factor)
pt1Y = (BB.Min[1] - factor) if BB.Min[1] > 0 else (BB.Min[1] - factor)
pt3X = (BB.Max[0] + factor) if BB.Max[0] > 0 else (BB.Max[0] + factor)
pt3Y = (BB.Max[1] + factor) if BB.Max[1] > 0 else (BB.Max[1] + factor)
"""Points"""
pt1 = XYZ(pt1X, pt1Y, 0)
pt2 = XYZ(pt1X, pt3Y, 0)
pt3 = XYZ(pt3X, pt3Y, 0)
pt4 = XYZ(pt3X, pt1Y, 0)
if (abs(BB.Max[0]) - abs(BB.Min[0])) > (abs(BB.Max[1]) -
abs(BB.Min[1])):
start = [pt1, pt2]
end = [pt4, pt3]
else:
start = [pt1, pt3]
end = [pt2, pt4]
"""Create Line"""
lines = []
for i, j in zip(start, end):
L = Line.CreateBound(i, j)
doc.Create.NewDetailCurve(self.view, L).LineStyle = line_style
print('1')
t = Transaction(doc, 'Correct Lines 1')
t.Start()
doc.Delete(line.Id)
print('Deletion of excess successful')
t.Commit()
# Scenario 2
elif (CloseNumber(proj_start.X, line_start.X) \
and CloseNumber(proj_start.Y, line_start.Y))\
and (not CloseNumber(proj_end.X, line_end.X) \
or not CloseNumber(proj_end.Y, line_end.Y)):
print('2')
t = Transaction(doc, 'Correct Lines 2')
t.Start()
try:
newLine = Line.CreateBound(proj_end, line_end)
line.SetGeometryCurve(newLine, True)
print('Correction Successful')
except:
print("Wall" + format(outprint.linkify(wall.Id)))
print("Line" + format(outprint.linkify(line.Id)))
t.Commit()
# Scenario 4
elif (CloseNumber(proj_end.X, line_end.X) \
and CloseNumber(proj_end.Y, line_end.Y)) \
and (not CloseNumber(proj_start.X, line_start.X) \
or not CloseNumber(proj_start.Y, line_start.Y)):
print('3')
t = Transaction(doc, 'Correct Lines 3')
t.Start()
try:
doc = revit.doc
uidoc = revit.uidoc
selection = FilteredElementCollector(doc).OfCategory(
BuiltInCategory.OST_Levels).WhereElementIsNotElementType()
# All reference in reference will be dimensioned
reference_array = ReferenceArray()
options = Options(ComputeReferences=True, IncludeNonVisibleObjects=True)
for element in selection:
reference_array.Append(Reference(element))
crvs = []
ends = []
for element in selection:
crvs.extend(
element.GetCurvesInView(DatumExtentType.ViewSpecific, doc.ActiveView))
for crv in crvs:
ends.append(crv.GetEndPoint(0))
line = Line.CreateBound(ends[0], ends[-1])
with rpw.db.Transaction("QuickDimensionPipe"):
# logger.debug([reference for reference in reference_array])
dim = doc.Create.NewDimension(doc.ActiveView, line, reference_array)
def get_intersection(line1, line2):
results = clr.Reference[IntersectionResultArray]()
# See ironpython.net/documentation/dotnet for clr.Reference
result = line1.Intersect(line2, results)
# http://www.revitapidocs.com/2018/51961478-fb36-e00b-2d1b-7db27b0a09e6.htm
if result != SetComparisonResult.Overlap:
print('No Intesection')
intersection = results.Item[0]
return intersection.XYZPoint
line1 = Line.CreateBound(XYZ(0, 0, 0), XYZ(10, 0, 0))
line2 = Line.CreateBound(XYZ(5, -5, 0), XYZ(5, 5, 0))
point = get_intersection(line1, line2)
print(point)
# <Autodesk.Revit.DB.XYZ object at 0x00000000000001BA [(5.000000000, 0.000000000, 0.000000000)]>
"""
From this discussion:
https://forum.dynamobim.com/t/translating-to-python/13481
C# Equivalent
private XYZ GetIntersection(
Line line1,
Line line2 )
{
IntersectionResultArray results;
from pyrevit import revit, DB
__context__ = 'selection'
__doc__ = 'Randomly rotates selected elements.'
# reference the current open revit model to work with:
doc = __revit__.ActiveUIDocument.Document
# get selected element
selection = revit.get_selection()
elements = selection.elements
degrees_to_rotate = 45.0
# Convert the user input from degrees to radians.
converted_value = float(degrees_to_rotate) * (math.pi / 180.0)
# entering a transaction to modify the revit model database
# start transaction
tx = Transaction(doc, "check type against parameter value")
tx.Start()
for element in elements:
origin = element.Location.Point
line_z = Line.CreateBound(origin, XYZ(origin.X, origin.Y, origin.Z + 1))
ElementTransformUtils.RotateElement(doc, element.Id, line_z,
random.uniform(0, (math.pi * 2)))
# commit the changes to the revit model database
# end transaction
tx.Commit()
def createreversedcurve(orig):
# Create a new curve with the same geometry in the reverse direction.
if isinstance(orig, Line):
return Line.CreateBound(orig.GetEndPoint(1), orig.GetEndPoint(0))
return None
def CorrectLineXY(line, m):
cS = line.GetEndPoint(0)
cE = line.GetEndPoint(1)
margin = m * line.Length
dX = abs(cS.X - cE.X)
dY = abs(cS.Y - cE.Y)
dZ = abs(cS.Z - cE.Z)
r = Line.CreateBound(cS, cE)
print("dX" + str(dX))
print('dY' + str(dY))
print('dZ' + str(dZ))
if dX <= margin and dX != 0.0:
r = Line.CreateBound(
r.GetEndPoint(0),
XYZ(r.GetEndPoint(0).X,
r.GetEndPoint(1).Y,
r.GetEndPoint(1).Z))
print("Success 1")
if dY <= margin and dY != 0.0:
r = Line.CreateBound(
r.GetEndPoint(0),
XYZ(r.GetEndPoint(1).X,
r.GetEndPoint(0).Y,
r.GetEndPoint(1).Z))
print("Success 2")
if dZ <= margin and dZ != 0.0:
r = Line.CreateBound(
r.GetEndPoint(0),
XYZ(r.GetEndPoint(1).X,
r.GetEndPoint(1).Y,
r.GetEndPoint(0).Z))
print("Success 3")
if abs(dX - dY) <= m and abs(dX - dY) != 0.0 and dX != 0.0 and dY != 0.0:
r = Line.CreateBound(
r.GetEndPoint(0),
XYZ(
r.GetEndPoint(1).X,
r.GetEndPoint(0).Y + r.GetEndPoint(1).X - r.GetEndPoint(0).X,
r.GetEndPoint(1).Z))
print("Success 4")
if abs(dX - dZ) <= m and abs(dX - dZ) != 0.0 and dX != 0.0 and dZ != 0.0:
r = Line.CreateBound(
r.GetEndPoint(0),
XYZ(
r.GetEndPoint(1).X,
r.GetEndPoint(1).Y,
r.GetEndPoint(0).Z + r.GetEndPoint(1).X - r.GetEndPoint(0).X))
print("Success 5")
if abs(dY - dZ) <= m and abs(dY - dZ) != 0.0 and dY != 0.0 and dZ != 0.0:
r = Line.CreateBound(
cS,
XYZ(
r.GetEndPoint(1).X,
r.GetEndPoint(0).Y + r.GetEndPoint(1).Z - r.GetEndPoint(0).Z,
r.GetEndPoint(1).Z))
print("Success 6")
return r