def create_dest_view(view_type, view_name, view_scale):
with Transaction(doc, 'Create model view') as t:
t.Start()
try:
dest_view = None
if view_type == 'Floor Plan':
level = get_view_level()
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeFloorPlan)
dest_view = ViewPlan.Create(doc, view_fam_typeid, level.Id)
elif view_type == 'Reflected Ceiling Plan':
level = get_view_level()
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeCeilingPlan)
dest_view = ViewPlan.Create(doc, view_fam_typeid, level.Id)
elif view_type == 'Section':
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeSection)
view_direction = BoundingBoxXYZ()
trans_identity = Transform.Identity
trans_identity.BasisX = -XYZ.BasisX # x direction
trans_identity.BasisY = XYZ.BasisZ # up direction
trans_identity.BasisZ = XYZ.BasisY # view direction
view_direction.Transform = trans_identity
dest_view = ViewSection.CreateSection(doc, view_fam_typeid,
view_direction)
scale_param = dest_view.LookupParameter(
'Hide at scales coarser than')
scale_param.Set(1)
elif view_type == 'Elevation':
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeElevation)
elev_marker = ElevationMarker.CreateElevationMarker(
doc, view_fam_typeid, XYZ(0, 0, 0), 1)
default_floor_plan = find_first_floorplan()
dest_view = elev_marker.CreateElevation(
doc, default_floor_plan.Id, 0)
scale_param = dest_view.LookupParameter(
'Hide at scales coarser than')
scale_param.Set(1)
dest_view.ViewName = view_name
dest_view.Scale = view_scale
model_visib_param = dest_view.LookupParameter('Display Model')
model_visib_param.Set(2)
dest_view.CropBoxActive = False
dest_view.CropBoxVisible = False
t.Commit()
return dest_view
except Exception as create_err:
t.RollBack()
logger.debug('Can not create model view: {} | {}'.format(
view_name, create_err))
raise create_err
av = uidoc.GetOpenUIViews()[0]
av.ZoomAndCenterRectangle(vc1, vc2)
except:
__window__.Show()
print('CAN NOT FIND ZOOM STATE FILE:\n{0}'.format(datafile))
elif selected_switch == '3D Section Box State':
datafile = usertemp + '\\' + prjname + '_pySaveSectionBoxState.pym'
try:
f = open(datafile, 'r')
sbox = pickle.load(f)
vo = pickle.load(f)
f.close()
sb = BoundingBoxXYZ()
sb.Min = XYZ(sbox.minx, sbox.miny, sbox.minz)
sb.Max = XYZ(sbox.maxx, sbox.maxy, sbox.maxz)
vor = ViewOrientation3D(XYZ(vo.eyex, vo.eyey, vo.eyez),
XYZ(vo.upx, vo.upy, vo.upz),
XYZ(vo.forwardx, vo.forwardy, vo.forwardz))
av = uidoc.ActiveGraphicalView
avui = uidoc.GetOpenUIViews()[0]
if isinstance(av, View3D):
with Transaction(doc, 'Paste Section Box Settings') as t:
t.Start()
av.SetSectionBox(sb)
av.SetOrientation(vor)
t.Commit()
def create_dest_view(view_type, view_name, view_scale):
with Transaction(doc, 'Create model view') as t:
t.Start()
try:
dest_view = None
if view_type == 'Floor Plan':
level = get_view_level()
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeFloorPlan)
dest_view = ViewPlan.Create(doc, view_fam_typeid, level.Id)
elif view_type == 'Reflected Ceiling Plan':
level = get_view_level()
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeCeilingPlan)
dest_view = ViewPlan.Create(doc, view_fam_typeid, level.Id)
elif view_type == 'Section':
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeSection)
view_direction = BoundingBoxXYZ()
trans_identity = Transform.Identity
trans_identity.BasisX = -XYZ.BasisX # x direction
trans_identity.BasisY = XYZ.BasisZ # up direction
trans_identity.BasisZ = XYZ.BasisY # view direction
view_direction.Transform = trans_identity
dest_view = ViewSection.CreateSection(doc, view_fam_typeid,
view_direction)
scale_param = dest_view.Parameter[
DB.BuiltInParameter.
SECTION_COARSER_SCALE_PULLDOWN_IMPERIAL]
scale_param.Set(1)
elif view_type == 'Elevation':
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeElevation)
elev_marker = ElevationMarker.CreateElevationMarker(
doc, view_fam_typeid, XYZ(0, 0, 0), 1)
default_floor_plan = find_first_floorplan()
dest_view = elev_marker.CreateElevation(
doc, default_floor_plan.Id, 0)
scale_param = dest_view.Parameter[
DB.BuiltInParameter.
SECTION_COARSER_SCALE_PULLDOWN_IMPERIAL]
scale_param.Set(1)
elif view_type == 'Drafting':
view_fam_typeid = doc.GetDefaultElementTypeId(
ElementTypeGroup.ViewTypeDrafting)
dest_view = ViewDrafting.Create(doc, view_fam_typeid)
dest_view.ViewName = view_name
dest_view.Scale = view_scale
model_visib_param = dest_view.Parameter[
DB.BuiltInParameter.VIEW_MODEL_DISPLAY_MODE]
if model_visib_param:
model_visib_param.Set(2)
dest_view.CropBoxActive = False
dest_view.CropBoxVisible = False
t.Commit()
return dest_view
except Exception as create_err:
t.RollBack()
logger.debug('Can not create model view: {} | {}'.format(
view_name, create_err))
raise create_err
def get_bbox_of_solid_vertices(fam_inst):
"""
retrieves a bounding box from first volumetric
element in family instance
"""
s0_geo = fam_inst.get_Geometry(geo_opt)
pts = {
"xmin": None,
"xmax": None,
"ymin": None,
"ymax": None,
"zmin": None,
"zmax": None
}
for geo_elem in s0_geo:
for solid in geo_elem.GetInstanceGeometry():
if solid.GetType().Name == "Solid":
if solid.Volume > 0.0:
edges = solid.Edges
for edge in edges:
ep = edge.AsCurve().GetEndPoint(0)
# first populate coords in dict
if not pts["xmin"]:
pts["xmin"] = ep.X
if not pts["xmax"]:
pts["xmax"] = ep.X
if not pts["ymin"]:
pts["ymin"] = ep.Y
if not pts["ymax"]:
pts["ymax"] = ep.Y
if not pts["zmin"]:
pts["zmin"] = ep.Z
if not pts["zmax"]:
pts["zmax"] = ep.Z
# then keep updating
if ep.X < pts["xmin"]:
pts["xmin"] = ep.X
elif ep.X > pts["xmax"]:
pts["xmax"] = ep.X
if ep.Y < pts["ymin"]:
pts["ymin"] = ep.Y
elif ep.Y > pts["ymax"]:
pts["ymax"] = ep.Y
if ep.Z < pts["zmin"]:
pts["zmin"] = ep.Z
elif ep.Z > pts["zmax"]:
pts["zmax"] = ep.Z
break
vertex_bbox = BoundingBoxXYZ()
vertex_bbox.Max = XYZ(pts["xmax"], pts["ymax"], pts["zmax"])
vertex_bbox.Min = XYZ(pts["xmin"], pts["ymin"], pts["zmin"])
return vertex_bbox
def get_bbox_of_solid_vertices(fam_inst):
inst_geo = fam_inst.get_Geometry(geo_opt)
ortho = True
orthos = (
XYZ.BasisX.ToString(),
(XYZ.BasisX * -1).ToString(),
XYZ.BasisY.ToString(),
(XYZ.BasisY * -1).ToString(),
XYZ.BasisZ.ToString(),
(XYZ.BasisZ * -1).ToString(),
)
pts = {
"xmin": None,
"xmax": None,
"ymin": None,
"ymax": None,
"zmin": None,
"zmax": None,
}
for geo_elem in inst_geo:
for solid in geo_elem.GetInstanceGeometry():
if solid.GetType().Name == "Solid":
if solid.Volume > 0.0:
faces = solid.Faces
for face in faces:
if ortho:
if face.FaceNormal.ToString() not in orthos:
ortho = False
edges = solid.Edges
for edge in edges:
ep = edge.AsCurve().GetEndPoint(0)
# first populate coords in dict
if not pts["xmin"]:
pts["xmin"] = ep.X
if not pts["xmax"]:
pts["xmax"] = ep.X
if not pts["ymin"]:
pts["ymin"] = ep.Y
if not pts["ymax"]:
pts["ymax"] = ep.Y
if not pts["zmin"]:
pts["zmin"] = ep.Z
if not pts["zmax"]:
pts["zmax"] = ep.Z
# then keep updating
if ep.X < pts["xmin"]:
pts["xmin"] = ep.X
elif ep.X > pts["xmax"]:
pts["xmax"] = ep.X
if ep.Y < pts["ymin"]:
pts["ymin"] = ep.Y
elif ep.Y > pts["ymax"]:
pts["ymax"] = ep.Y
if ep.Z < pts["zmin"]:
pts["zmin"] = ep.Z
elif ep.Z > pts["zmax"]:
pts["zmax"] = ep.Z
if not ortho:
dprint(" non-ortho!! ")
break
vertex_bbox = BoundingBoxXYZ()
vertex_bbox.Max = XYZ(pts["xmax"], pts["ymax"], pts["zmax"])
vertex_bbox.Min = XYZ(pts["xmin"], pts["ymin"], pts["zmin"])
return vertex_bbox, ortho
# factor for direction of section view
if p.X > q.X or (p.X == q.X and p.Y < q.Y): fc = 1
else: fc = -1
midpoint = p + 0.5 * v
walldir = fc * v.Normalize()
up = XYZ.BasisZ
viewdir = walldir.CrossProduct(up)
t = Transform.Identity
t.Origin = midpoint
t.BasisX = walldir
t.BasisY = up
t.BasisZ = viewdir
sectionBox = BoundingBoxXYZ()
sectionBox.Transform = t
sectionBox.Min = min # scope box bottom
sectionBox.Max = max # scope box top
with db.Transaction('Create Section'):
# Create wall section view
newSection = ViewSection.CreateSection(doc, viewFamilyTypeId,
sectionBox)
newSections.append(newSection)
else:
newSections = []
for wall in walls:
# Determine section box
lc = wall.Location
line = lc.Curve
# Create a BoundingBoxXYZ oriented parallel to the element
curve_transform = curve.ComputeDerivatives(0.5, True)
origin = curve_transform.Origin
wall_direction = curve_transform.BasisX.Normalize() # type: XYZ
up = XYZ.BasisZ
section_direction = wall_direction.CrossProduct(up)
right = up.CrossProduct(section_direction)
transform = Transform.Identity
transform.Origin = origin
transform.BasisX = wall_direction
transform.BasisY = up
transform.BasisZ = section_direction
section_box = BoundingBoxXYZ()
section_box.Transform = transform
# Try to retrieve element height, width and lenght
try:
el_depth = element.WallType.Width
except AttributeError:
el_depth = 2
el_width = curve.Length
el_bounding_box = element.get_BoundingBox(None)
z_min = el_bounding_box.Min.Z
z_max = el_bounding_box.Max.Z
el_height = z_max - z_min
upz = 0
uidoc = __revit__.ActiveUIDocument
doc = __revit__.ActiveUIDocument.Document
usertemp = os.getenv('Temp')
prjname = op.splitext( op.basename( doc.PathName ) )[0]
datafile = usertemp + '\\' + prjname + '_pySaveSectionBoxState.pym'
try:
f = open(datafile, 'r')
sbox = pl.load(f)
vo = pl.load(f)
f.close()
sb = BoundingBoxXYZ()
sb.Min = XYZ( sbox.minx, sbox.miny, sbox.minz )
sb.Max = XYZ( sbox.maxx, sbox.maxy, sbox.maxz )
vor = ViewOrientation3D( XYZ( vo.eyex , vo.eyey, vo.eyez ),
XYZ( vo.upx , vo.upy, vo.upz ),
XYZ( vo.forwardx , vo.forwardy, vo.forwardz ) )
av = uidoc.ActiveGraphicalView
avui = uidoc.GetOpenUIViews()[0]
if isinstance( av, View3D ):
with Transaction(doc, 'Paste Section Box Settings') as t:
t.Start()
av.SetSectionBox( sb )
av.SetOrientation( vor )
t.Commit()