def select_path(self):
"Выбираем путь куда сложим монтажный план и файл осей."
dir_path = FolderBrowserDialog()
res = dir_path.ShowDialog()
if res == DialogResult.OK and dir_path.SelectedPath:
dir_path = dir_path.SelectedPath
return dir_path
def DirectoryOpenDialog(initialDirectory=None):
dlg = FolderBrowserDialog()
dlg.ShowNewFolderButton = True
if initialDirectory:
dlg.SelectedPath = initialDirectory #Path.GetFileName(initialFile)
if dlg.ShowDialog() != DialogResult.Cancel:
return dlg.SelectedPath
def get_output_directory():
folder_dialog = FolderBrowserDialog()
folder_dialog.ShowNewFolderButton = True
folder_dialog.Description = 'Output directory for R scripts'
if folder_dialog.ShowDialog() != DialogResult.OK:
return None
return folder_dialog.SelectedPath
def Dialog_dir_backup(self):
""" Ask user to use same directory as Revit file or
Open a DialogBox to select destination folder manually."""
try:
#>>>>>>>>>> Check if Revit file exists.
file_exist = os.path.exists(doc.PathName)
if file_exist:
dialogResult = MessageBox.Show(
"Would you like to save CAD files in the same folder as current Revit file?\n\n"
+ "Current file's path: " + str(doc.PathName), __title__,
MessageBoxButtons.YesNo)
if (dialogResult == DialogResult.Yes):
#>>>>>>>>>> Saving folder is the same as Revit location
doc_path = doc.PathName
rvt_name = doc_path.split("\\")[-1]
temp = len(doc_path) - len(rvt_name)
doc_dir = doc_path[:temp]
return doc_dir
#>>>>>>>>>> CHOOSE SAVING DIR
fileDialog = FolderBrowserDialog()
fileDialog.Description = "Select folder for saving dwg files."
fileDialog.ShowDialog()
#>>>>>>>>>> SELECTED PATH
dir_backup = fileDialog.SelectedPath
if not dir_backup:
alert("Backup path was not selected!\n Please try again.",
title=__title__,
exitscript=True)
return dir_backup
except:
return None
def __init__(self):
self.Text = "Spreadsheet to HTML"
self.Width = 220
self.Height = 90
self.FormBorderStyle = FormBorderStyle.Fixed3D
self.openDialog = OpenFileDialog()
self.openDialog.Title = "Choose a Python Spreadsheet File"
self.openDialog.Filter = 'Python files (*.py)|*.py|All files (*.*)|*.*'
self.folderDialog = FolderBrowserDialog()
self.folderDialog.ShowNewFolderButton = True
self.folderDialog.Description = "Choose a directory to save the HTML files in."
l = Label()
l.AutoSize = True
l.Location = Point(50, 5)
l.Text = "Choose a Spreadsheet"
b = Button(Text="Choose")
b.Click += self.convert
b.Location = Point(70, 30)
self.Controls.Add(l)
self.Controls.Add(b)
def MenuPath_Click(self, sender, e):
dialog = FolderBrowserDialog()
result = dialog.ShowDialog()
if result == result.OK:
self.path = dialog.SelectedPath
pass
def Folder_Browser_dialog(self, suffix):
dialog = FolderBrowserDialog()
if dialog.ShowDialog() == DialogResult.OK:
folder = str(dialog.SelectedPath) + "\\**\\"
files = glob2.glob(folder + suffix) #ex '*.log'
for f in files:
self.file_list.append(f)
return True
return False
def folder_tb_PreviewMouseDoubleClick(self, sender, e):
dialog = FolderBrowserDialog()
if self.folder_tb:
dialog.SelectedPath = self.folder_tb.Text
else:
dialog.SelectedPath = 'c:\\'
if dialog.ShowDialog() == DialogResult.OK:
self.folder_tb.Text = dialog.SelectedPath
else:
pass
def ExportBDFData(sender, args):
# Create a File open dialog
dialog = FolderBrowserDialog()
dialog.Title = "Select directory to save the BDF files"
# Display the dialog
# If it returns anything
# get the file name
global projectPath
if dialog.ShowDialog():
projectPath = dialog.SelectedPath
file_path = os.path.dirname(os.path.realpath(__file__))
dictionary["DirPath"] = projectPath
script_path = os.path.join(file_path, 'ExportBDF.py')
apex_sdk.runScriptFunction(file=script_path,
function="ExportBDF",
args=dictionary)
def win_dialog_thread(arg):
print(f"dialog_thread started")
folder_dialog = FolderBrowserDialog()
file_dialog = OpenFileDialog()
title = arg.Dequeue()
initial_folder = arg.Dequeue()
print(f"title: {title}, initial_folder: {initial_folder}")
folder_dialog.Description = title
folder_dialog.SelectedPath = initial_folder
folder_dialog_result = folder_dialog.ShowDialog()
file_dialog_result = file_dialog.ShowDialog()
selected_folder = folder_dialog.SelectedPath
selected_file = file_dialog.FileName
win_dialog_result = selected_folder, selected_file
arg.Enqueue(win_dialog_result)
print(f"win_dialog_thread completed, {win_dialog_result}")
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# -- Horizontal sheet definition
IDLbl = WPFControls.TextBlock()
IDLbl.Text = "Hatching definition"
WPFControls.Grid.SetRow(IDLbl, currRow)
IDLbl.FontSize = 11
# Create label and input field
currRow += 1
layerLbl = WPFControls.TextBlock()
layerLbl.Text = " Trajec. spacing (mm): "
WPFControls.Grid.SetRow(layerLbl, currRow)
WPFControls.Grid.SetColumn(layerLbl, 0)
global distanceLine
distanceLine = WPFControls.TextBox()
WPFControls.Grid.SetRow(distanceLine, currRow)
WPFControls.Grid.SetColumn(distanceLine, 1)
# Create label and input field
currRow += 1
pointSpacing = WPFControls.TextBlock()
pointSpacing.Text = " Point spacing (mm):"
WPFControls.Grid.SetRow(pointSpacing, currRow)
WPFControls.Grid.SetColumn(pointSpacing, 0)
global pointSpacingValue
pointSpacingValue = WPFControls.TextBox()
WPFControls.Grid.SetRow(pointSpacingValue, currRow)
WPFControls.Grid.SetColumn(pointSpacingValue, 1)
# Type of angular cut
currRow += 1
angleCutType = WPFControls.TextBlock()
angleCutType.Text = " Angular cut:"
WPFControls.Grid.SetRow(angleCutType, currRow)
WPFControls.Grid.SetColumn(angleCutType, 0)
# Create a Combo box
global angleTypeSelection
angleTypeSelection = WPFControls.ComboBox()
item1 = WPFControls.ComboBoxItem()
item1.Content = "Single angle"
angleTypeSelection.Items.Add(item1)
item2 = WPFControls.ComboBoxItem()
item2.Content = "Incremental"
angleTypeSelection.Items.Add(item2)
item3 = WPFControls.ComboBoxItem()
item3.Content = "Cycle through"
angleTypeSelection.Items.Add(item3)
angleTypeSelection.SelectedIndex = "0"
WPFControls.Grid.SetRow(angleTypeSelection, currRow)
WPFControls.Grid.SetColumn(angleTypeSelection, 1)
#angleTypeSelection.SelectionChanged += HandleAngleSelection
# Create label and input field
currRow += 1
global angleLbl
angleLbl = WPFControls.TextBlock()
angleLbl.Text = " Angle (deg):"
WPFControls.Grid.SetRow(angleLbl, currRow)
WPFControls.Grid.SetColumn(angleLbl, 0)
global angleValue
angleValue = WPFControls.TextBox()
WPFControls.Grid.SetRow(angleValue, currRow)
WPFControls.Grid.SetColumn(angleValue, 1)
# Create checkbox to ask for mesh
currRow += 1
global meshCheck
meshCheck = WPFControls.CheckBox()
meshCheck.Content = "Mesh the layers for me"
meshCheck.Height = 25
WPFControls.Grid.SetRow(meshCheck, currRow)
WPFControls.Grid.SetColumn(meshCheck, 0)
WPFControls.Grid.SetColumnSpan(meshCheck, 3)
# Create a button
currRow += 1
getDirectory = WPFControls.Button()
getDirectory.Content = "Select directory to save"
WPFControls.Grid.SetRow(getDirectory, currRow)
WPFControls.Grid.SetColumn(getDirectory, 0)
getDirectory.Height = 30
WPFControls.Grid.SetColumnSpan(getDirectory, 3)
getDirectory.Click += HandleGetDir
global dialog
dialog = FolderBrowserDialog()
dialog.Description = "Choose where to save trajectories"
dialog.ShowNewFolderButton = True
# Create a button
currRow += 1
goSlice = WPFControls.Button()
goSlice.Content = "Create hatching"
WPFControls.Grid.SetRow(goSlice, currRow)
WPFControls.Grid.SetColumn(goSlice, 0)
goSlice.Height = 30
WPFControls.Grid.SetColumnSpan(goSlice, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goSlice.Click += HandleApplyButton
# Add the controls to the Grid
my_Grid.Children.Add(IDLbl)
my_Grid.Children.Add(layerLbl)
my_Grid.Children.Add(distanceLine)
my_Grid.Children.Add(pointSpacing)
my_Grid.Children.Add(pointSpacingValue)
my_Grid.Children.Add(angleCutType)
my_Grid.Children.Add(angleTypeSelection)
my_Grid.Children.Add(angleLbl)
my_Grid.Children.Add(angleValue)
my_Grid.Children.Add(getDirectory)
my_Grid.Children.Add(meshCheck)
my_Grid.Children.Add(goSlice)
# Return the Grid
return my_Grid
# Import Python modules
import os
import re
# Import libraries to create a Windows form
clr.AddReference("System.Windows.Forms")
clr.AddReference("System.Drawing")
from System.Windows.Forms import FolderBrowserDialog
from System.Windows.Forms import DialogResult
# Store user specified path
directory = ""
# Create folder browser window
dialog = FolderBrowserDialog()
# Record for user action and store selected path
if (dialog.ShowDialog() == DialogResult.OK):
directory = dialog.SelectedPath
# Retrieve all pathfiles and names from directory and subdirectories
def retrieveFamilies(directory):
familiesNames = list()
for folderName, subFolders, files in os.walk(directory):
# Check if there are Revit families
families = re.compile(r"[^{ddd+}]\.rfa$")
for file in files:
# Assign matched files to a variable
matched = families.search(file)
def pick_folder():
fb_dlg = FolderBrowserDialog()
if fb_dlg.ShowDialog() == DialogResult.OK:
return fb_dlg.SelectedPath
def onClick(self, sender, args): dirDialog = FolderBrowserDialog() if (dirDialog.ShowDialog() == 1): TextboxDir.Text = dirDialog.SelectedPath print "Selected directory to import data:"+dirDialog.SelectedPath
def browse(self, sender, event):
dialog = FolderBrowserDialog()
dialog.SelectedPath = os.environ["USERPROFILE"] + "\\"
if (dialog.ShowDialog(self) == DialogResult.OK):
self.KeyPath.Text = dialog.SelectedPath
def get_folder(prompt):
dlg = FolderBrowserDialog()
dlg.Description = prompt
res = dlg.ShowDialog()
if res == DialogResult.OK:
return dlg.SelectedPath
# TODO: get sud directory name (district sub-folder)
fileName = 'RoadMap_123'
fileType = '.xls'
fileDetails = fileName + fileType
defaultPath = Document.Properties['exportFileLocation']
savePath = defaultPath + "\\" + fileDetails
print
exportMessage = ''
dialogResult = MessageBox.Show(
"The RoadMap files are ready to be exported\n\nDo you want to change the save location?\n\nPath: "
+ savePath, "OSC RoadMap Export Prompt", MessageBoxButtons.YesNoCancel)
if (dialogResult == DialogResult.Yes):
SaveFile = FolderBrowserDialog()
SaveFile.ShowDialog()
savePath = SaveFile.SelectedPath + "\\" + fileDetails
elif (dialogResult == DialogResult.No):
roadmapTable = Document.Data.Tables['roadmap']
writer = Document.Data.CreateDataWriter(
DataWriterTypeIdentifiers.ExcelXlsDataWriter)
stream = File.OpenWrite(savePath)
allColumnNames = []
allRows = Document.Data.AllRows.GetSelection(roadmapTable).AsIndexSet()
for column in roadmapTable.Columns:
allColumnNames.Add(column.Name)
def opendirectory(self, sender, event):
fbd = FolderBrowserDialog()
dr = fbd.ShowDialog()
if dr == DialogResult.OK:
sender.Text = fbd.SelectedPath
def pickDirectory(config):
dialog = FolderBrowserDialog()
dialog.Title = config['title'] if 'title' in config else 'Pick folder'
# dialog.InitialDirectory = config['initialDirectory'] if 'initialDirectory' in config else None # TODO FIXME
pass
def windBrowser():
# Create folder browser window
dialog = FolderBrowserDialog()
# Record for user action and store selected path
if (dialog.ShowDialog() == DialogResult.OK):
return dialog.SelectedPath
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
#my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Region diam. (mm):"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
# Create checkbox to extend the weld bead
currRow += 1
global chkBox01
chkBox01 = WPFControls.CheckBox()
chkBox01.Content = "Calculate normal directions"
chkBox01.Height = 20
WPFControls.Grid.SetRow(chkBox01, currRow)
WPFControls.Grid.SetColumn(chkBox01, 0)
chkBox01.IsChecked = System.Nullable[System.Boolean](True)
#WPFControls.Grid.SetColumnSpan(chkBox01, 2)
# Create a button
currRow += 2
goButton = WPFControls.Button()
goButton.Content = "Get trajectory from selected edge"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 2)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
global dialog
dialog = FolderBrowserDialog()
dialog.Description = "Directory where to save trajectories"
dialog.ShowNewFolderButton = True
#my_Grid.Children.Add(lbl01)
#my_Grid.Children.Add(input01)
my_Grid.Children.Add(chkBox01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid