lines.append(newline)
rtn = lines
else:
rtn = xcrv
return rtn
DOC = doc
DWG = Picked_Selection.unwrap()
CRV = []
CRX = []
LAY = []
CLR = []
for abc in DWG.get_Geometry(DB.Options()):
for crv in abc.GetInstanceGeometry():
# print(crv.GetType())
lay = DOC.GetElement(crv.GraphicsStyleId).GraphicsStyleCategory.Name
ccc = DOC.GetElement(
crv.GraphicsStyleId).GraphicsStyleCategory.LineColor
CRX.append(_ConvertRevitCurves(crv))
CRV.append(crv)
LAY.append(lay)
CLR.append(ccc.Green)
OUT = [CRV, CRX, LAY, CLR]
LayedSelection = []
for c, l in zip(CRX, LAY):
if l == LayerName:
# -*- coding: utf-8 -*-
__doc__ = "分析设计中内墙与外墙的量"
import rpw
from rpw import revit, DB, UI, db, doc
from System.Collections.Generic import List
import json
from scriptutils import this_script
from scriptutils.userinput import CommandSwitchWindow
import subprocess as sp
from pyrevit.coreutils.console import charts
# Global Setting
Options = DB.Options()
Options.ComputeReferences = True
#Get Inside Wall And Outside Wall then show in on the Pin Table
selection = rpw.ui.Selection()
SelectedStair = selection[0]
StairGeometry = SelectedStair.get_Geometry(Options)
enum1 = StairGeometry.GetEnumerator()
for i in enum1:
print(i)
newenum1 = i.GetInstanceGeometry()
print(newenum1)
for i in newenum1:
print(i)
enum1.MoveNext()
#geo2=enum1.Current.GetInstanceGeometry()
import json import sys from MyLib import Helper doc = __revit__.ActiveUIDocument.Document uidoc = __revit__.ActiveUIDocument print(sys.path) Picked= uidoc.Selection.PickObject(UI.Selection.ObjectType.Face) PickedElementId=Picked.ElementId print(PickedElementId) Picked_Selection=db.Element.from_id(PickedElementId) #信息输入部分 Picked_Geometry=Picked_Selection.unwrap().get_Geometry(DB.Options()) enum1=Picked_Geometry.GetEnumerator() print(enum1) for i in enum1: newenum1=i.GetInstanceGeometry() for c in newenum1: print(c.Faces.Size) for m in c.Faces: try: print(m.Points) except: pass
For more information visit http://github.com/gtalarico/revitapidocs
License: http://github.com/gtalarico/revitapidocs/blob/master/LICENSE.md
"""
from rpw import revit, db, ui, DB
LAYER_NAME = 'A-FLOR-OTLN' # "ENTER_DWG_LAYER_NAME_HERE"
selection = ui.Selection().get_elements(wrapped=False)
dwg_link_instances = [l for l in selection if isinstance(l, DB.ImportInstance)]
if not dwg_link_instances:
ui.forms.Alert("please select a linked dwg", exit=True)
active_view = revit.doc.ActiveView
geo_opt = DB.Options()
geo_opt.ComputeReferences = True
geo_opt.IncludeNonVisibleObjects = True
geo_opt.View = active_view
geometry = dwg_link_instances[0].get_Geometry(geo_opt)
with db.Transaction("redraw dim_help layer dwg polylines"):
for geo_inst in geometry:
geo_elem = geo_inst.GetInstanceGeometry()
for polyline in geo_elem:
element = revit.doc.GetElement(polyline.GraphicsStyleId)
if not element:
continue
is_target_layer = element.GraphicsStyleCategory.Name == LAYER_NAME
import sys
import clr
import os
import rpw
from rpw import revit, db, ui, DB, UI
from rpw.ui.forms import FlexForm, Label, ComboBox, TextBox, TextBox, Separator, Button, Alert
import json
from MyLib import Helper
doc = __revit__.ActiveUIDocument.Document
uidoc = __revit__.ActiveUIDocument
#pick Surface
Picked = uidoc.Selection.PickObject(UI.Selection.ObjectType.Element)
PickedElementId = Picked.ElementId
Picked_Selection = db.Element.from_id(PickedElementId)
parameter = Picked_Selection.parameters.all
Unwrap_Element = Picked_Selection.unwrap()
Picked_Geometry = Unwrap_Element.get_Geometry(DB.Options())
for i in Picked_Geometry:
try:
print(Helper.CovertToM2(i.SurfaceArea))
except:
print("bad")
#print(Picked_Geometry)