def familyExtrusion(familyDoc,
curveArrayArray,
sketchPlane,
height=10.0,
location=False,
isSolid=True):
"""
Creates an extrusion within a given family document.
Args:
familyDoc (object): A reference to a family document.
curveArrayArray (object): A Revit API ``CurveArrArray``.
sketchPlane (object): A Revit API ``SketchPlane``.
height (float, optional): The extrusion height. Defaults to 10.0.
location (object, optional): A Revit API ``XYZ`` point object. Defaults to False.
isSolid (bool, optional): Soild (True) or void (False). Defaults to True.
Returns:
object: The extrusion element.
"""
import revitron
if not location:
location = revitron.DB.XYZ(0, 0, 0)
if revitron.Document(familyDoc).isFamily():
extrusion = familyDoc.FamilyCreate.NewExtrusion(
isSolid, curveArrayArray, sketchPlane, height)
revitron.DB.ElementTransformUtils.MoveElement(
familyDoc, extrusion.Id, location)
return extrusion
def getPath(self):
"""
Gets the path of the linked document.
Returns:
string: The path on disk
"""
import revitron
try:
return revitron.Document(self.element.GetLinkDocument()).getPath()
except:
pass
def testGetDuplicateInstances(self):
if revitron.REVIT_VERSION > '2018':
family = self.fixture.createGenericModelFamily()
p1 = revitron.DB.XYZ(0, 0, 0)
p2 = revitron.DB.XYZ(0, 0, 0)
p3 = revitron.DB.XYZ(10, 0, 0)
instance1 = self.fixture.createGenericModelInstance(family, p1)
instance2 = self.fixture.createGenericModelInstance(family, p2)
instance3 = self.fixture.createGenericModelInstance(family, p3)
duplicatesOld = revitron.Document().getDuplicateInstances(True)
duplicatesYoung = revitron.Document().getDuplicateInstances()
toStr = utils.idsToStr
self.assertEquals(str(instance1.Id.IntegerValue),
toStr(duplicatesOld))
self.assertEquals(str(instance2.Id.IntegerValue),
toStr(duplicatesYoung))
self.assertFalse(
str(instance3.Id.IntegerValue) in toStr(duplicatesOld) +
toStr(duplicatesYoung))
else:
revitron.Log().warning(
'Method revitron.Document().getDuplicateInstances() requires Revit 2018 or newer!'
)
def testIsFamily(self):
self.assertFalse(revitron.Document().isFamily())
from collections import defaultdict
import System.Windows
def addFields(components, fields):
for field in fields:
if field == '---':
components.append(Separator())
else:
key = revitron.String.sanitize(field)
components.append(Label(field))
components.append(TextBox(key, Text=config.get(key)))
return components
if not revitron.Document().isFamily():
config = revitron.DocumentConfigStorage().get('revitron.export',
defaultdict())
components = addFields([], [
'Sheet Export Directory', 'Sheet Naming Template',
'Sheet Size Parameter Name', 'Default Sheet Size',
'Sheet Orientation Parameter Name'
])
orientationField = 'Default Sheet Orientation'
orientationKey = revitron.String.sanitize(orientationField)
orientations = ['Landscape', 'Portrait']
default = orientations[0]
if config.get(orientationKey) in orientations:
if _element.get(
'Family and Type').IntegerValue in typeIdsInteger:
if _element.isNotOwned():
_element.delete()
deletedCount = deletedCount + 1
else:
print(
'The duplicate instance {} is owned by another user!'
.format(output.linkify(elementId)))
except:
pass
pb.update_progress(counter, max_value)
return deletedCount
duplicates = revitron.Document().getDuplicateInstances()
if not duplicates:
sys.exit()
familyTypes = []
for elementId in duplicates:
familyTypes.append(_(elementId).get('Family and Type'))
dialog = SelectType(list(set(familyTypes)), 'Select family types to be purged')
selectedTypeIds = dialog.show(True)
typeIdsInteger = []
if not selectedTypeIds:
sys.exit()