def filesavedlg():
savedlg = UI.FileSaveDialog("All Revit files (*.rvt, *.rfa, *.rte, *.rft)|*.rvt;*.rfa;*.rte;*.rft")
savedlg.Title = "SaveAs.... "
savedlg.InitialFileName = doc.PathName
#savedlg.Filter = "All Revit files (*.rvt, *.rfa, *.rte, *.rft)|*.rvt;*.rfa;*.rte;*.rft"
test = savedlg.Show()
modelpath = savedlg.GetSelectedModelPath()
return modelpath
def main():
"""Main Function."""
print("🐍 Running {fname} version {ver}...".format(fname=__name, ver=__version))
# STEP 0: Setup
doc = __revit__.ActiveUIDocument.Document
uidoc = __revit__.ActiveUIDocument
# STEP 1: Get Selection
selection = uidoc.Selection
element_ids = selection.GetElementIds()
# STEP 2: Filter Selection
ducts, flex_ducts = [], []
pipes, flex_pipes = [], []
for element_id in element_ids:
element = doc.GetElement(element_id)
if isinstance(element, db.Mechanical.Duct):
ducts.append(element)
if isinstance(element, db.Mechanical.FlexDuct):
flex_ducts.append(element)
if isinstance(element, db.Plumbing.Pipe):
pipes.append(element)
if isinstance(element, db.Plumbing.FlexPipe):
flex_pipes.append(element)
# STEP 3: Aggregate data
duct_length = total_length(ducts)
flex_duct_length = total_length(flex_ducts)
pipe_length = total_length(pipes)
flex_pipe_length = total_length(flex_pipes)
# STEP 4: Ouput Result
summary = "Duct = {0} m / Flex Duct = {1}m\n".format(duct_length, flex_duct_length)
summary += "Ducting = {0} m\n\n".format(duct_length + flex_duct_length)
summary += "Pipe = {0} m / Flex Pipe = {1}m\n".format(pipe_length, flex_pipe_length)
summary += "Piping = {0} m".format(pipe_length + flex_pipe_length)
dialog = ui.TaskDialog(title="Duct Length")
dialog.MainInstruction = "Selection Lengths Summary"
dialog.MainContent = summary
dialog.CommonButtons = ui.TaskDialogCommonButtons.Close
dialog.DefaultButton = ui.TaskDialogResult.Close
dialog.Show()
print("✔\nDone. 😊")
return ui.Result.Succeeded
def openproject():
activedoc = doc
fileDlg = UI.FileOpenDialog(
"All Revit files (*.rvt, *.rfa, *.rte, *.rft)|*.rvt;*.rfa;*.rte;*.rft")
fileDlg.Show()
modelPath = fileDlg.GetSelectedModelPath()
openopt = DB.OpenOptions()
if modelPath:
#doc2 = app.OpenDocumentFile(modelPath, openopt)
uidoc2 = uiapp.OpenAndActivateDocument(modelPath, openopt, False)
doc2 = uidoc2.Document
#Switch Back to doc1 , Make doc1 Active
doc1path = activedoc.PathName #("String")
uiapp.OpenAndActivateDocument(doc1path)
return doc2
elif not modelPath:
return switchdocdlg()
def show(self, element):
uidoc = rui.UIDocument(self.doc)
uidoc.ShowElements(element)
uidoc = __revit__.ActiveUIDocument
doc = __revit__.ActiveUIDocument.Document # doc = DocumentManager.Instance.CurrentDBDocument
# def filesavedlg():
# savedlg = UI.FileSaveDialog("All Revit files (*.rvt, *.rfa, *.rte, *.rft)|*.rvt;*.rfa;*.rte;*.rft")
# savedlg.Title = "SaveAs.... "
# savedlg.InitialFileName = doc.PathName
# savedlg.Filter = "All Revit files (*.rvt, *.rfa, *.rte, *.rft)|*.rvt;*.rfa;*.rte;*.rft"
# test = savedlg.Show()
# modelpath = savedlg.GetSelectedModelPath()
# return modelpath
# modelpath is None if SaveFileDialog is canceled.
#modelpath = filesavedlg()
options = UI.UISaveAsOptions()
options.ShowOverwriteWarning = True
uisaveas = UI.UIDocument.SaveAs(uidoc, options)
# if modelpath:
# saveasopt = DB.SaveAsOptions()
# saveasopt.MaximumBackups = 6 # must be at least 1 or more
# saveasopt.OverwriteExistingFile = True
# saveasopt.PreviewViewId = doc.ActiveView.Id
# saveas = doc.SaveAs(modelpath, saveasopt)
# else:
# sys.exit()
def main():
"""Main Function."""
print("Running {fname} version {ver}...".format(fname=__name,
ver=__version))
# STEP 0: Setup
doc = __revit__.ActiveUIDocument.Document
view = doc.ActiveView
# STEP 1: Ask user for clash report html file adn parse it
print("Opening interference check report file...")
open_dialog = swf.OpenFileDialog()
open_dialog.Title = "Open Interference Check Report"
open_dialog.Filter = "HMTL files (*.html)|*.html"
if open_dialog.ShowDialog() == swf.DialogResult.OK: # file selected
file_path = open_dialog.FileName
# STEP 2: Parse clash report file and summarize findings
print("Reading {fname}...".format(fname=file_path))
with open(file_path, mode="rb") as html_file:
html = html_file.read() # just read the plain bytes
uhtml = unicode(
html, "utf-16") # Revit exports html in UTF-16(-LE) encoding
print("Parsing file contents...")
parser = InterferenceReportParser()
parser.feed(uhtml)
parser.close()
clashes = parser.clashes
clashing_ids = []
for pair in parser.clashes.values():
for elem_id in pair:
clashing_ids.append(elem_id)
clashing_ids = set(clashing_ids)
# Get all element ids of the elements in the view
all_ids = db.FilteredElementCollector(doc, view.Id)\
.WhereElementIsNotElementType()\
.ToElementIds()
all_ids = set([elem_id.IntegerValue for elem_id in all_ids])
# Get all element ids of non-clashing elements in the view
non_clashing_ids = all_ids - clashing_ids
# Create summary text for user input dialog
summary_text = "Checked report {path}\n".format(path=file_path)
summary_text += "Found {num} clashes in the report.\n".format(
num=len(clashes))
summary_text += "Found {num} clashing elements involved in those clashes.\n".format(
num=len(clashing_ids))
summary_text += "The total number of elements in the current view is {num}\n".format(
num=len(all_ids))
summary_text += "Found {num} non-clashing elements in the current view.".format(
num=len(non_clashing_ids))
print(summary_text)
# STEP 3: Ask user for display option
dialog = ui.TaskDialog(title="Mark All Clashes")
dialog.MainInstruction = "Interference Report Summary"
dialog.MainContent = summary_text
dialog.AddCommandLink(ui.TaskDialogCommandLinkId.CommandLink1,
"Mark clashing elements and fade the rest")
dialog.AddCommandLink(ui.TaskDialogCommandLinkId.CommandLink2,
"Hide all non-clashing elements temporarily")
dialog.CommonButtons = ui.TaskDialogCommonButtons.Close
dialog.DefaultButton = ui.TaskDialogResult.Close
result = dialog.Show()
# Step 4: Emphasize the clashes based on the user selection
transaction = db.Transaction(doc)
transaction.Start("{name} - v{ver}".format(name=__name, ver=__version))
try:
if result == ui.TaskDialogResult.CommandLink1: # Mark clashes and fade the rest
print("Marking all clashing elements and fading the rest...")
for elem_id in all_ids: # fade all visible elements in the view
view.SetElementOverrides(db.ElementId(elem_id),
faded_overrides)
for elem_id in clashing_ids: # emphasize the clashing elements
view.SetElementOverrides(db.ElementId(elem_id),
clashing_overrides)
elif result == ui.TaskDialogResult.CommandLink2: # Hide all non-clashing elements
print(
"Hiding all non-clashing elements in the view temporarily..."
)
for elem_id in non_clashing_ids: # hide alll non-clashing elements
view.HideElementTemporary(db.ElementId(elem_id))
else:
print("Nothing to do.")
except Exception as ex:
print("Exception: {ex}".format(ex=ex))
transaction.RollBack()
else:
transaction.Commit()
print("Done.")
else: # no file to parse
print("Nothing to do.")
def main():
"""Main Script."""
print("🐍 Running {fname} version {ver}...".format(fname=__name,
ver=__version))
# STEP 0: Setup
doc = __revit__.ActiveUIDocument.Document
# STEP 1: Inspect Model and summarize findings
pipe_insulations = query_all_elements_of_category(
doc=doc, cat=db.BuiltInCategory.OST_PipeInsulations)
duct_insulations = query_all_elements_of_category(
doc=doc, cat=db.BuiltInCategory.OST_DuctInsulations)
rogue_pipe, unhosted_pipe = find_rogue_and_unhosted_elements(
doc=doc, elems=pipe_insulations)
rogue_duct, unhosted_duct = find_rogue_and_unhosted_elements(
doc=doc, elems=duct_insulations)
summary_list = write_summary(
tpipe=pipe_insulations,
tduct=duct_insulations, # totals
upipe=unhosted_pipe,
uduct=unhosted_duct, # unhosted
rpipe=rogue_pipe,
rduct=rogue_duct) # rogue
summary_text = "\n".join(summary_list)
print(summary_text)
# STEP 2: Receive User Input
dialog = ui.TaskDialog(title="Insulation Cleanup")
dialog.MainInstruction = "Insulation Cleanup Summary"
dialog.MainContent = summary_text
dialog.AddCommandLink(ui.TaskDialogCommandLinkId.CommandLink1,
"Write Report")
dialog.AddCommandLink(ui.TaskDialogCommandLinkId.CommandLink2,
"Clean Insulation")
dialog.CommonButtons = ui.TaskDialogCommonButtons.Close
dialog.DefaultButton = ui.TaskDialogResult.Close
result = dialog.Show()
# STEP 3: Write report or clean up insulation
if result == ui.TaskDialogResult.CommandLink1: # Write report
save_dialog = swf.SaveFileDialog()
save_dialog.Title = "Save Insulation Cleanup Report"
save_dialog.Filter = "Text files|*.txt"
save_dialog.FileName = "report.txt"
if save_dialog.ShowDialog() == swf.DialogResult.OK: # Save report
file_path = save_dialog.FileName
print("Writing report to {0}".format(file_path))
with open(file_path, mode="wb") as fh:
report = write_report(doc, unhosted_pipe, rogue_pipe,
unhosted_duct, rogue_duct)
for line in report:
fh.write("{line}\r\n".format(line=line))
print("✔\nDone. 😊")
return ui.Result.Succeeded
else: # Don't save report
print("🛈 File save dialog canceled.")
return ui.Result.Cancelled
elif result == ui.TaskDialogResult.CommandLink2: # Clean Insulation
transaction = db.Transaction(doc)
transaction.Start("{name} - v{ver}".format(name=__name, ver=__version))
try:
print("Cleaning Insulation...")
for pipe_element in unhosted_pipe:
doc.Delete(pipe_element.Id)
print("Deleted {num} unhosted pipe insulation elements".format(
num=len(unhosted_pipe)))
for pipe_pair in rogue_pipe:
cleanup_insulation(pipe_pair)
print("Moved {num} rogue pipe insulation elements.".format(
num=len(rogue_pipe)))
for duct_element in unhosted_duct:
doc.Delete(duct_element.Id)
print("Deleted {num} unhosted duct insulation elements.".format(
num=len(unhosted_duct)))
for duct_pair in rogue_duct:
cleanup_insulation(duct_pair)
print("Moved {num} rogue duct insulation elements.".format(
num=len(rogue_duct)))
except Exception as exception:
print("Failed.\nException:\n{ex}".format(ex=exception))
transaction.RollBack()
return ui.Result.Failed
else:
print("✔\nDone. 😊")
transaction.Commit()
return ui.Result.Succeeded
else:
print("Nothing to do.")
return ui.Result.Cancelled