def make_floor(new_floor):
floor_curves = DB.CurveArray()
for boundary_segment in new_floor.boundary:
floor_curves.Append((boundary_segment).GetCurve())
floorType = doc.GetElement(new_floor.floor_type_id)
level = doc.GetElement(new_floor.level_id)
normal_plane = DB.XYZ.BasisZ
f = doc.Create.NewFloor(floor_curves, floorType, level, False,
normal_plane)
fls.append(f)
# Input parameter values from rooms
if form.values['checkbox1'] == True:
db.Element(f).parameters.builtins[
'FLOOR_HEIGHTABOVELEVEL_PARAM'].value = float(
new_floor.room_offset1)
else:
db.Element(f).parameters.builtins[
'FLOOR_HEIGHTABOVELEVEL_PARAM'].value = float(offset3 / 304.8)
try:
db.Element(f).parameters['BA_AI_RoomName'].value = new_floor.room_name
db.Element(
f).parameters['BA_AI_RoomNumber'].value = new_floor.room_number
db.Element(f).parameters['BA_AI_RoomID'].value = new_floor.room_id
db.Element(
f).parameters['BA_AI_FinishingType'].value = "Floor Finishing"
db.Element(room).parameters['BA_AI_RoomID'].value = room.Id
except:
forms.toaster.send_toast(
'You need to add shared parameters for BA finishing')
#forms.alert('You need to add shared parameters for BA finishing')
pass
def make_ceiling(new_ceiling):
ceiling_curves = DB.CurveArray()
for boundary_segment in new_ceiling.boundary:
try:
ceiling_curves.Append(boundary_segment.Curve) # 2015, dep 2016
except AttributeError:
ceiling_curves.Append(boundary_segment.GetCurve()) # 2017
ceilingType = doc.GetElement(new_ceiling.ceiling_type_id)
ceil_thick = ceilingType.get_Parameter(BuiltInParameter.ROOF_ATTR_DEFAULT_THICKNESS_PARAM).AsDouble()
level = doc.GetElement(new_ceiling.level_id)
f = doc.Create.NewFootPrintRoof(ceiling_curves, level, ceilingType, clr.StrongBox[ModelCurveArray](ModelCurveArray()))
if form.values['checkbox1'] == True :
db.Element(f).parameters.builtins['ROOF_LEVEL_OFFSET_PARAM'].value = float(new_ceiling.room_offset - ceil_thick)
else:
db.Element(f).parameters.builtins['ROOF_LEVEL_OFFSET_PARAM'].value = float(offset3/304.8)
try:
db.Element(f).parameters['BA_AI_RoomName'].value = new_ceiling.room_name
db.Element(f).parameters['BA_AI_RoomNumber'].value = new_ceiling.room_number
db.Element(f).parameters['BA_AI_RoomID'].value = new_ceiling.room_id
db.Element(f).parameters['BA_AI_FinishingType'].value = "Ceiling Finishing"
db.Element(room).parameters['BA_AI_RoomID'].value = room.Id
except:
forms.toaster.send_toast('You need to add shared parameters for BA finishing')
#forms.alert('You need to add shared parameters for BA finishing')
pass
def to_elements(element_references):
""" Coerces element reference (``int``, or ``ElementId``) into ``DB.Element``.
Remains unchanged if it's already ``DB.Element``. Accepts single object or lists
Args:
element_references ([``DB.ElementId``, ``int``, ``DB.Element``]): Element Reference, single or list
Returns:
[``DB.Element``]: Elements
"""
if not isinstance(element_references, list):
element_references = [element_references]
elements = []
for element_reference in element_references:
if isinstance(element_reference, DB.ElementId):
element = doc.GetElement(element_reference)
elif isinstance(element_reference, int):
element = doc.GetElement(DB.ElementId(element_reference))
elif isinstance(element_reference, DB.Element):
element = element_reference
else:
raise RPW_TypeError('Element, ElementId, or int',
type(element_reference))
elements.append(element)
return elements
def make_floor(new_floor):
floor_curves = DB.CurveArray()
for boundary_segment in new_floor.boundary:
try:
floor_curves.Append(boundary_segment.Curve) # 2015, dep 2016
except AttributeError:
floor_curves.Append(boundary_segment.GetCurve()) # 2017
floorType = doc.GetElement(new_floor.floor_type_id)
level = doc.GetElement(new_floor.level_id)
normal_plane = DB.XYZ.BasisZ
doc.Create.NewFloor(floor_curves, floorType, level, False, normal_plane)
def make_floor(floor_type, boundary, level_id):
floor_curves = CurveArray()
for boundary_segment in boundary:
try:
floor_curves.Append(boundary_segment.Curve) # 2015, dep 2016
except AttributeError:
floor_curves.Append(boundary_segment.GetCurve()) # 2017
floorType = doc.GetElement(floor_type)
offset = rpw.db.Element(floorType).parameters['Default Thickness'].AsDouble()
level = doc.GetElement(level_id)
normal_plane = XYZ.BasisZ
floor = doc.Create.NewFloor(floor_curves, floorType, level, False, normal_plane)
rpw.db.Element(floor).parameters['Height Offset From Level'] = offset
return floor
def create_finish_wall(room, wall_type, wall_height):
offset_distance = wall_type.parameters['Width'].AsDouble() * 0.5
boundary_loops = get_boundaries(room)
# print(boundary_loops)
for boundary in boundary_loops:
curveloop = curveloop_from_boundary(boundary)
offset_curveloop = CurveLoop.CreateViaOffset(curveloop, offset_distance,
curveloop.GetPlane().Normal)
if not is_inside_room(offset_curveloop, room):
offset_curveloop = CurveLoop.CreateViaOffset(curveloop, -offset_distance,
curveloop.GetPlane().Normal)
new_walls = []
with rpw.db.Transaction('Create Finish Wall'):
for curve in offset_curveloop:
new_wall = Wall.Create(doc, curve, wall_type.Id, room.LevelId,
wall_height/304.8, 0, False, False)
new_walls.append(new_wall)
with rpw.db.Transaction('Join old-new walls'):
for idx, new_wall in enumerate(new_walls):
old_wall = doc.GetElement(boundary[idx].ElementId)
if old_wall:
try:
JoinGeometryUtils.JoinGeometry(doc, old_wall, new_wall)
except Exception as e:
print(e)
with rpw.db.Transaction('Delete short walls'):
for new_wall in new_walls:
length = new_wall.LookupParameter('Length').AsDouble() * 304.8
if length < 50:
doc.Delete(new_wall.Id)
def elements(self):
"""
Gets list of ```Elemend`` in selection
Returns:
[DB.Element]: List of Elements """
return [doc.GetElement(eid) for eid in self.element_ids]
def make_wall():
walls = []
wallfaces = self.RoomFaceWall()
# l:EdgeLoop->[List<CurveLoop>] n:edgeNormal w:_WallId
for l, n, w in zip(wallfaces[0], wallfaces[1], wallfaces[2]):
transform = DB.Transform.CreateTranslation(
self.WallFinishType.Width / 2 * (-n))
newLines = List[DB.Curve]()
for i in l:
newCurveLoop = DB.CurveLoop.CreateViaTransform(
i, transform)
CurveInterator = newCurveLoop.GetCurveLoopIterator()
for c in CurveInterator:
newLines.Add(c)
OldWall = doc.GetElement(w)
#TODO There are some proble
try:
NewWall = DB.Wall.Create(doc, newLines,
self.WallFinishTypeId,
self.RoomLevelId, None)
NewWall.get_Parameter(
DB.BuiltInParameter.WALL_ATTR_ROOM_BOUNDING).Set(0)
except:
NewWall = None
try:
DB.JoinGeometryUtils.JoinGeometry(doc, NewWall, OldWall)
walls.append(NewWall)
except:
if NewWall != None:
doc.Delete(NewWall.Id)
walls.append(None)
return walls
def uncut_elems_cut_by_void(void):
dprint("void {} uncutting.".format(void.Id.IntegerValue))
cut_elem_ids = InstanceVoidCutUtils.GetElementsBeingCut(void)
if cut_elem_ids:
for cut_elem_id in cut_elem_ids:
cut_elem = doc.GetElement(cut_elem_id)
InstanceVoidCutUtils.RemoveInstanceVoidCut(doc, cut_elem, void)
def Main():
for sheet in viewSheets:
rev = sheet.GetRevisionNumberOnSheet(
doc.GetElement(sheet.GetCurrentRevision()).Id)
FileName = sheet.Name + "_" + rev + ".pdf"
PrintView(doc, sheet, pRange, printerName, PrinterFolderPath,
RealFolderPath, FileName, combined, printSetting)
def change_sheets_name(sheet_ids, template, new):
"""
Change sheet number to replace by template
:param sheet_ids:
:param template:
:param new:
:return:
"""
data = []
for sheet_id in sheet_ids:
sheet = doc.GetElement(sheet_id)
sheet_number = sheet.SheetNumber
if template in sheet_number:
new_sheet_number = sheet.SheetNumber.replace(template, new)
sheet.SheetNumber = new_sheet_number
data.append('OK [#{} Sheet {}]'.format(sheet_id,
repr(new_sheet_number)))
logger.debug('OK [#{} Sheet {}]'.format(sheet_id,
repr(new_sheet_number)))
else:
data.append('PASS [#{} Sheet {}]'.format(sheet_id,
repr(sheet_number)))
logger.debug('PASS [#{} Sheet {}]'.format(sheet_id,
repr(sheet_number)))
logger.info('{} Sheets was ReNumbered'.format(len(data)))
return data
def disconnect_object():
# Prompt user to select elements and points to connect
try:
with forms.WarningBar(title="Pick element to disconnet"):
reference = uidoc.Selection.PickObject(ObjectType.Element,
NoInsulation(),
"Pick element to move")
except Exceptions.OperationCanceledException:
return False
try:
selected_element = doc.GetElement(reference)
connectors = get_connector_manager(selected_element).Connectors
for c in connectors:
connectedTo = c.AllRefs
for con in connectedTo:
print str(con.Owner)
c.DisconnectFrom(con)
#print "Connected to:" str(connectedTo )
return True
except Exceptions.OperationCanceledException:
print "Error"
return True
def get_grids_by_multi(multi_grids):
grids = []
for grid_id in multi_grids.GetGridIds():
grid = doc.GetElement(grid_id)
grids.append(grid)
logger.debug('Multi-grids was divided by {}'.format(len(grids)))
return grids
def __init__(self,Element): self.Element=Element UnwrapElement=Element.unwrap() self.Type=UnwrapElement.GetType() self.Category=UnwrapElement.Category LevelId=UnwrapElement.LevelId self.BaseLevel=doc.GetElement(LevelId)
def ActivateView(viewid='', viewname=''): try: if viewid: uidoc.ActiveView = doc.GetElement(viewid) elif viewname: uidoc.ActiveView = GetViewIdByName(viewname) except: pass
def duplicate_view(view, cropbox, name_suffix):
duplicate_plan = doc.GetElement(
view.Duplicate(DB.ViewDuplicateOption.AsDependent))
duplicate_plan.Name = sheet_name + name_suffix
duplicate_plan.CropBoxActive = True
duplicate_plan.CropBox = cropbox
duplicate_plan.CropBoxVisible = False
return duplicate_plan
def CombineMullion(CurtainGrid):
uGridIds = CurtainGrid.GetMullionIds()
Mullions = [doc.GetElement(i) for i in uGridIds]
Geometrys = [i.Geometry[DB.Options()] for i in Mullions]
#MullionIds=[i.FindInserts(True,True,True,True) for i in GridLines]
GESExport(Geometrys[0])
def families(self):
"""Returns:
[``DB.Family``]: List of Family elements in this same category (unwrapped)
"""
# There has to be a better way, but perhaps not: https://goo.gl/MqdzWg
symbols = self.symbols
unique_family_ids = set()
for symbol in symbols:
symbol_family = Element.Factory(symbol).family
unique_family_ids.add(symbol_family.Id)
return [doc.GetElement(family_id) for family_id in unique_family_ids]
def GetMaterialAreaWithName(self):
c=[]
for i in self.getmatids():
b={}
mat=doc.GetElement(i)
matarea = self.element.GetMaterialArea(i, False) * 0.09290304
matname=mat.Name
b['name']=matname
b['area']=matarea
c.append(b)
return c
def GetTypeId(replace_familyName, replace_typeName): col = db.Collector(of_class=FamilySymbol) alltypes = col.GetElementIdIterator() alltypes.Reset() for el in alltypes: fsyb = doc.GetElement(el) if fsyb.Family.Name == replace_familyName: tyname = Element.Name.GetValue(fsyb) if tyname == replace_typeName: return fsyb.Id
def get_selected_elements():
""" Returns actual Elements that are currently selected. """
selection = uidoc.Selection
selection_ids = selection.GetElementIds()
selection_size = selection_ids.Count
if not selection_ids:
TaskDialog.Show('CropImage', 'No Elements Selected.')
#__window__.Close()
sys.exit(0)
elements = []
for element_id in selection_ids:
elements.append(doc.GetElement(element_id))
return elements
def make_wall():
wallfaces = self.RoomFaceWall()
for l, n, w in zip(wallfaces[0], wallfaces[1], wallfaces[2]):
transform = DB.Transform.CreateTranslation(
self.WallFinishType.Width / 2 * (n))
newLines = List[DB.Curve]()
for i in l:
newLines.Add(i.CreateTransformed(transform))
NewWall = DB.Wall.Create(doc, newLines, self.WallFinishTypeId,
self.RoomLevelId, None)
NewWall.get_Parameter(
DB.BuiltInParameter.WALL_ATTR_ROOM_BOUNDING).Set(0)
OldWall = doc.GetElement(w)
DB.JoinGeometryUtils.JoinGeometry(doc, NewWall, OldWall)
def __init__(self, viewport):
if not isinstance(viewport, DB.Viewport):
raise TypeError('Element is not a viewport: {}'.format(viewport))
# vp_outline
# Space: Sheet | Origin: Sheet View Origin
vp_outline = viewport.GetBoxOutline()
vp_outline_min = DB.XYZ(vp_outline.MinimumPoint.X, vp_outline.MinimumPoint.Y, 0)
vp_outline_max = DB.XYZ(vp_outline.MaximumPoint.X, vp_outline.MaximumPoint.Y, 0)
# view_outline
# Space: Sheet | Origin: Project Base Point
view = doc.GetElement(viewport.ViewId)
view_outline = view.Outline
view_outline_min = uv_to_pt(view_outline.Min)
view_outline_max = uv_to_pt(view_outline.Max)
self.project_origin_in_sheetspace = vp_outline_min - view_outline_min
def WallFinishType(self):
try:
WallFinishName = self.WrapedRoom.parameters[
ParameterName.Room_Wall_Finish].value
param_id = DB.ElementId(DB.BuiltInParameter.SYMBOL_NAME_PARAM)
parameter_filter = db.ParameterFilter(param_id,
equals=WallFinishName)
WallType = db.Collector(of_category='OST_Walls',
parameter_filter=parameter_filter,
is_type=True).get_first()
WallType = WallType.unwrap()
return WallType
except Exception as e:
print("{roomname} 没有设置墙体类型,使用默认墙体".format(roomname=self.RoomName))
defaultWallTypeId = doc.GetDefaultElementTypeId(
DB.ElementTypeGroup.WallType)
WallType = doc.GetElement(defaultWallTypeId)
return WallType
def ResetColumnToInstance(Element):
for element in Element:
try:
level = doc.GetElement(element.LevelId)
baseLevel = element.Parameter[
DB.BuiltInParameter.FAMILY_BASE_LEVEL_PARAM]
topLevel = element.Parameter[
DB.BuiltInParameter.FAMILY_TOP_LEVEL_PARAM]
baseOffset = element.Parameter[
DB.BuiltInParameter.FAMILY_BASE_LEVEL_OFFSET_PARAM]
topOffset = element.Parameter[
DB.BuiltInParameter.FAMILY_TOP_LEVEL_OFFSET_PARAM]
elementLocation = element.Location.Point
elementSymbol = element.Symbol
#elementFamily = elementSymbol.Family
newElementInstance = doc.Create.NewFamilyInstance(
elementLocation, elementSymbol, level,
DB.Structure.StructuralType.Column)
newElementInstance.Parameter[
DB.BuiltInParameter.FAMILY_BASE_LEVEL_PARAM].Set(
baseLevel.AsElementId())
newElementInstance.Parameter[
DB.BuiltInParameter.FAMILY_TOP_LEVEL_PARAM].Set(
topLevel.AsElementId())
newElementInstance.Parameter[
DB.BuiltInParameter.FAMILY_BASE_LEVEL_OFFSET_PARAM].Set(
baseOffset.AsDouble())
newElementInstance.Parameter[
DB.BuiltInParameter.FAMILY_TOP_LEVEL_OFFSET_PARAM].Set(
topOffset.AsDouble())
#topOffset.Set(newElementInstance.Id)
print("ID{}Done".format(element.Id))
doc.Delete(element.Id)
except Exception as e:
print("ID{}Wrong".format(element.Id))
def WallFinishType(self):
try:
WallFinishName = self.WrapedRoom.parameters['Wall Finish'].value
param_id = DB.ElementId(DB.BuiltInParameter.SYMBOL_NAME_PARAM)
parameter_filter = db.ParameterFilter(param_id,
equals=WallFinishName)
WallType = db.Collector(of_category='OST_Walls',
parameter_filter=parameter_filter,
is_type=True).get_first()
return WallType
except Exception as e:
print(
"{roomname} is not set WallFinishType,We use Default Wall Type defaultType"
.format(roomname=self.RoomName))
finally:
defaultWallTypeId = doc.GetDefaultElementTypeId(
DB.ElementTypeGroup.WallType)
WallType = doc.GetElement(defaultWallTypeId)
return WallType
def get_sheet_from_ids_int(sheet_ids_int):
"""
Получить листы по int Ids
:param sheet_ids_int: Список int Id листов
:type sheet_ids_int: list[int]
:return: Список листов
:rtype: list[DB.Sheets]
"""
res = []
for str_id in sheet_ids_int:
sheet_id = DB.ElementId(str_id)
sheet = doc.GetElement(sheet_id)
if sheet is None:
logger.debug('Sheet #{} not found, may be delete'.format(sheet_id))
continue
res.append(sheet)
return res
def get_selected_views_id():
pre_selected = uidoc.Selection.GetElementIds()
selected_views_id = List[DB.ElementId]()
for elem_id in pre_selected:
elem = doc.GetElement(elem_id)
if elem and isinstance(elem,
DB.View) and elem.ViewType in VALID_VIEW_TYPE:
selected_views_id.Add(elem_id)
if selected_views_id:
logger.debug('User select {} views'.format(len(selected_views_id)))
return selected_views_id
if doc.ActiveView.ViewType in VALID_VIEW_TYPE:
logger.debug(
'Not found any valid selected view. So return ActiveView id')
return List[DB.ElementId]([doc.ActiveView.Id])
raise ElemNotFound(
'Valid selected view and ActiveView not found. ActiveView.ViewType is "{}"'
.format(doc.ActiveView.ViewType))
def ResetBeamToInstance(Element):
for element in Element:
try:
level = doc.GetElement(element.LevelId)
referenceLevel = element.Parameter[
DB.BuiltInParameter.INSTANCE_REFERENCE_LEVEL_PARAM]
startLevelOffset = element.Parameter[
DB.BuiltInParameter.STRUCTURAL_BEAM_END0_ELEVATION]
endLevelOffset = element.Parameter[
DB.BuiltInParameter.STRUCTURAL_BEAM_END1_ELEVATION]
elementLocation = element.Location.Curve
elementSymbol = element.Symbol
#elementFamily = elementSymbol.Family
newElementInstance = doc.Create.NewFamilyInstance(
elementLocation, elementSymbol, level,
DB.Structure.StructuralType.Beam)
newElementInstance.Parameter[
DB.BuiltInParameter.INSTANCE_REFERENCE_LEVEL_PARAM].Set(
referenceLevel.AsElementId())
newElementInstance.Parameter[
DB.BuiltInParameter.STRUCTURAL_BEAM_END0_ELEVATION].Set(
startLevelOffset.AsDouble())
newElementInstance.Parameter[
DB.BuiltInParameter.STRUCTURAL_BEAM_END1_ELEVATION].Set(
endLevelOffset.AsDouble())
#topOffset.Set(newElementInstance.Id)
print("ID{}Done".format(element.Id))
doc.Delete(element.Id)
except Exception as e:
print(e)
print("ID{}Wrong".format(element.Id))
def get_name_view_by_id(view_id):
view = doc.GetElement(view_id)
if view:
return make_valid_name(view.Title)
raise ElemNotFound('View #{}. Not found in document'.format(view_id))
