FCBinding.py

# *************************************************************************
# *                                                                       *
# * Copyright (c) 2019-2024 Hakan Seven, Geolta, Paul Ebbers              *
# *                                                                       *
# * This program is free software; you can redistribute it and/or modify  *
# * it under the terms of the GNU Lesser General Public License (LGPL)    *
# * as published by the Free Software Foundation; either version 3 of     *
# * the License, or (at your option) any later version.                   *
# * for detail see the LICENCE text file.                                 *
# *                                                                       *
# * This program is distributed in the hope that it will be useful,       *
# * but WITHOUT ANY WARRANTY; without even the implied warranty of        *
# * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the         *
# * GNU Library General Public License for more details.                  *
# *                                                                       *
# * You should have received a copy of the GNU Library General Public     *
# * License along with this program; if not, write to the Free Software   *
# * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  *
# * USA                                                                   *
# *                                                                       *
# *************************************************************************
import CustomWidgets
import FreeCAD as App
import FreeCADGui as Gui
from pathlib import Path

from PySide.QtGui import (
    QDragEnterEvent,
    QDragLeaveEvent,
    QDragMoveEvent,
    QDropEvent,
    QIcon,
    QAction,
    QPixmap,
    QScrollEvent,
    QKeyEvent,
    QActionGroup,
    QRegion,
    QFont,
    QColor,
    QStyleHints,
    QFontMetrics,
    QTextOption,
    QTextItem,
    QPainter,
    QKeySequence,
    QShortcut,
    QCursor,
    QGuiApplication,
    QDrag,
)
from PySide.QtWidgets import (
    QCheckBox,
    QFrame,
    QLineEdit,
    QSpinBox,
    QTextEdit,
    QToolButton,
    QToolBar,
    QSizePolicy,
    QDockWidget,
    QWidget,
    QMenuBar,
    QMenu,
    QMainWindow,
    QLayout,
    QSpacerItem,
    QLayoutItem,
    QGridLayout,
    QScrollArea,
    QTabBar,
    QWidgetAction,
    QStylePainter,
    QStyle,
    QStyleOptionButton,
    QPushButton,
    QHBoxLayout,
    QLabel,
    QVBoxLayout,
    QToolTip,
    QWidgetItem,
    QTreeWidget,
    QApplication,
    QStatusBar,
    QStyleOption,
    QDialog,
)
from PySide.QtCore import (
    Qt,
    QTimer,
    Signal,
    QObject,
    QMetaMethod,
    SIGNAL,
    QEvent,
    QMetaObject,
    QCoreApplication,
    QSize,
    Slot,
    QRect,
    QPoint,
    QSettings,
    QSignalBlocker,
    QMimeData,
)
from CustomWidgets import CustomControls, DragTargetIndicator, Toggle, ToggleAction, CheckBoxAction, SpinBoxAction, ComboBoxAction, CustomSeparator

import json
import os
import sys
import webbrowser
import LoadDesign_Ribbon
import Parameters_Ribbon
import LoadSettings_Ribbon
import LoadLicenseForm_Ribbon
import Standard_Functions_Ribbon as StandardFunctions
from Standard_Functions_Ribbon import CommandInfoCorrections
import Serialize_Ribbon
import Standard_Functions_Ribbon
import StyleMapping_Ribbon
import platform
from datetime import datetime
import shutil

# import Ribbon. This contains the ribbon commands for FreeCAD
import Ribbon

# Get the resources
pathIcons = Parameters_Ribbon.ICON_LOCATION
pathStylSheets = Parameters_Ribbon.STYLESHEET_LOCATION
pathUI = Parameters_Ribbon.UI_LOCATION
pathScripts = os.path.join(os.path.dirname(__file__), "Scripts")
pathPackages = os.path.join(os.path.dirname(__file__), "Resources", "packages")
pathBackup = Parameters_Ribbon.BACKUP_LOCATION
sys.path.append(pathIcons)
sys.path.append(pathStylSheets)
sys.path.append(pathUI)
sys.path.append(pathPackages)
sys.path.append(pathBackup)

translate = App.Qt.translate

import pyqtribbon_local as pyqtribbon
from pyqtribbon_local.ribbonbar import RibbonMenu, RibbonBar, RibbonTitleWidget
from pyqtribbon_local.panel import RibbonPanel, RibbonPanelItemWidget, RibbonPanelTitle
from pyqtribbon_local.toolbutton import RibbonToolButton, RibbonButtonStyle
from pyqtribbon_local.separator import RibbonSeparator
from pyqtribbon_local.category import RibbonCategory, RibbonCategoryLayoutButton, RibbonNormalCategory, RibbonContextCategory

# Get the main window of FreeCAD
mw: QMainWindow = Gui.getMainWindow()

# Define a timer
timer = QTimer()

# Write all settings, if they are not present yet
Parameters_Ribbon.Settings.WriteSettings()


class ModernMenu(RibbonBar):
    """
    Create ModernMenu QWidget.
    """

    # region - class parameters
    # Add workbenches that need to be loaded first or early here
    WBtoLoadFirst = ["BillOfMaterialsWB"]

    # The datafile version is set in LoadDesign.py
    DataFileVersion = LoadDesign_Ribbon.LoadDialog.DataFileVersion

    # Define a placeholder for the repro adress
    ReproAdress: str = ""
    HelpAdress: str = ""
    # Placeholders for building the ribbonbar
    ribbonStructure = {}
    wbNameMapping = {}
    isWbLoaded = {}
    MainWindowLoaded = False
    LeaveEventEnabled = True

    # use icon size from FreeCAD preferences
    iconSize = Parameters_Ribbon.ICON_SIZE_SMALL
    ApplicationButtonSize = Parameters_Ribbon.APP_ICON_SIZE
    QuickAccessButtonSize = Parameters_Ribbon.QUICK_ICON_SIZE
    # RightToolBarButtonSize = Parameters_Ribbon.RIGHT_ICON_SIZE  # Is overruled
    # TabBar_Size = Parameters_Ribbon.TABBAR_SIZE  # Is overruled
    LargeButtonSize = Parameters_Ribbon.ICON_SIZE_LARGE

    # Define a placeholder for the ribbon height
    RibbonHeight = 0

    # Set a size factor for the buttons
    sizeFactor = 1.3
    # Create an offset for the panelheight
    PanelHeightOffset = 26
    # Create an offset for the whole ribbon height
    RibbonOffset = (
        20 + QuickAccessButtonSize * 2
    )  # Set to zero to hide the panel titles

    # Set the minimum height for the ribbon
    RibbonMinimalHeight = QuickAccessButtonSize * 2 + 16
    # From v1.6.x, the size of tab bar and right toolbar are controlled by the size of the quickaccess toolbar
    TabBar_Size = QuickAccessButtonSize
    RightToolBarButtonSize = QuickAccessButtonSize

    # Declare the right padding for dropdown menus
    PaddingRight = 10
    
    # Declare the spacing between buttons
    ButtonSpacing = 6
    
    # Declare the alignment of the buttons
    ButtonAlignment = Qt.AlignmentFlag.AlignLeft | Qt.AlignmentFlag.AlignVCenter
    
    # Declare the top and bottom margin for the tabbar (category)
    TopMargin = 3
    BottomMargin = 0

    # Create the lists and ditcs for the lists in the ribbon structure, 
    ignoredToolbars = []
    iconOnlyToolbars = []
    quickAccessCommands = []
    ignoredWorkbenches = []
    customToolbars = {}
    dropdownButtons = {}
    newPanels = {}

    # Create the list for the commands
    List_Commands = []

    # Create the lists for the deserialized icons
    List_CommandIcons = []
    List_WorkBenchIcons = []

    # Declare the custom overlay function states
    OverlayToggled = False
    OverlayToggled_Left = False
    OverlayToggled_Right = False
    OverlayToggled_Bottom = False
    TransparancyToggled = False

    # Define the menus
    RibbonMenu = QMenu()
    HelpMenu = QMenu()
    OverlayMenu = None
    AccessoriesMenu = None

    # Define the versions for update and developments
    UpdateVersion = ""
    DeveloperVersion = ""

    # Define a boolan to detect if an menu is entered.
    # used to keep the ribbon unfolded, when clicking on a dropdown menu
    MenuEntered = False

    # Store a value when the ribbon is loaded
    # used to hide the ribbon on startup
    isLoaded = False

    # Used for a message when a datafile update is needed.
    LayoutMenuShortCut = ""

    # Define a indictor for wether the design menu is loaded or not.
    DesignMenuLoaded = False

    # Define a indictor for wether beta functions are enabled
    BetaFunctionsEnabled = False

    # Define a indictor for wether the customize enviroment is enabled
    CustomizeEnabled = False
    # a action list for the right click event in the customize enviroment.
    # Used to store the button states
    actionList = []
    
    # Create a dict for the active workbench only
    workBenchDict = {}
    
    # Create a empty context menu
    contextMenu = None
    
    # Create a holder for the last customized workbench
    LastCustomized = []
    
    # Create a list for panels that have a option button which have to be restored when exitiing the customisation enviroment
    longPanels = []
    
    # Create a list to store the pin buttons off each category
    pinButtonList = []
    
    # Create a dict to store the button states when entering the customization enviroment
    ButtonState = {}
    
    MaxRowsPerWB = {}
    # endregion

    def __init__(self):
        """
        Constructor
        """
        super().__init__(title="")
        self.setObjectName("Ribbon")

        # Enable dragdrop
        self.setAcceptDrops(True)
        self.tabBar().setAcceptDrops(True)
        self._titleWidget.quickAccessToolBar().setAcceptDrops(True)
                
        # connect the signals
        self.connectSignals()

        # read ribbon structure from JSON file
        with open(Parameters_Ribbon.RIBBON_STRUCTURE_JSON, "r") as file:
            self.ribbonStructure.update(json.load(file))
        file.close()
        if "ignoredToolbars" in self.ribbonStructure:
            self.iconOnlyToolbars = self.ribbonStructure["ignoredToolbars"]
        if "iconOnlyToolbars" in self.ribbonStructure:
            self.iconOnlyToolbars = self.ribbonStructure["iconOnlyToolbars"]
        if "quickAccessCommands" in self.ribbonStructure:
            self.quickAccessCommands = self.ribbonStructure["quickAccessCommands"]
        if "ignoredWorkbenches" in self.ribbonStructure:
            self.ignoredWorkbenches = self.ribbonStructure["ignoredWorkbenches"]
        if "customToolbars" in self.ribbonStructure:
            self.customToolbars = self.ribbonStructure["customToolbars"]
        if "dropdownButtons" in self.ribbonStructure:
            self.dropdownButtons = self.ribbonStructure["dropdownButtons"]
        if "newPanels" in self.ribbonStructure:
            self.newPanels = self.ribbonStructure["newPanels"]

        DataFile2 = os.path.join(os.path.dirname(__file__), "RibbonDataFile2.dat")
        if os.path.exists(DataFile2) is True:
            Data = {}
            # read ribbon structure from JSON file
            with open(DataFile2, "r") as file:
                Data.update(json.load(file))
            file.close()
            try:
                # Load the list of commands
                self.List_Commands = Data["List_Commands"]
            except Exception:
                pass

        if (
            StandardFunctions.checkFreeCADVersion(
                Parameters_Ribbon.FreeCAD_Version["mainVersion"],
                Parameters_Ribbon.FreeCAD_Version["subVersion"],
                Parameters_Ribbon.FreeCAD_Version["patchVersion"],
                Parameters_Ribbon.FreeCAD_Version["gitVersion"],
            )
            is True
        ):
            self.ConvertRibbonStructure()

        # check the language and remove texts from the ribbonstructure if the language does not match
        self.CheckLanguage()

        # if FreeCAD is version 0.21 create a custom toolbar "Individual Views"
        if int(App.Version()[0]) == 0 and int(App.Version()[1]) <= 21:
            StandardFunctions.CreateToolbar(
                Name="Individual views",
                WorkBenchName="Global",
                ButtonList=[
                    "Std_ViewIsometric",
                    "Std_ViewRight",
                    "Std_ViewLeft",
                    "Std_ViewFront",
                    "Std_ViewRear",
                    "Std_ViewTop",
                    "Std_ViewBottom",
                ],
            )
        if int(App.Version()[0]) == 1 and int(App.Version()[1]) >= 0:
            StandardFunctions.RemoveWorkBenchToolbars(
                Name="Individual views",
                WorkBenchName="Global",
            )

        # Check there is a custom toolbar "views - ribbon". If so, remove it
        if Parameters_Ribbon.Settings.GetBoolSetting("RibbonViewRemoved") is False:
            StandardFunctions.RemoveWorkBenchToolbars(
                Name="Views - Ribbon",
                WorkBenchName="Global",
            )
        Parameters_Ribbon.Settings.SetBoolSetting("RibbonViewRemoved", True)
        # Check there is a custom toolbar "Tools". If so, remove it
        if Parameters_Ribbon.Settings.GetBoolSetting("ToolsRemoved") is False:
            StandardFunctions.RemoveWorkBenchToolbars(
                Name="Tools",
                WorkBenchName="Global",
            )
        Parameters_Ribbon.Settings.SetBoolSetting("ToolsRemoved", True)

        # Add a toolbar "Views - Ribbon"
        #
        PreferredToolbar = Parameters_Ribbon.Settings.GetIntSetting("Preferred_view")
        # Create a key if not present
        if PreferredToolbar == 2:
            StandardFunctions.add_keys_nested_dict(
                self.ribbonStructure,
                ["newPanels", "Global", "Views - Ribbon_newPanel"],
            )
            self.ribbonStructure["newPanels"]["Global"]["Views - Ribbon_newPanel"] = [
                ["Std_ViewGroup", "Standard"],
                ["Std_ViewFitAll", "Standard"],
                ["Std_ViewFitSelection", "Standard"],
                ["Std_ViewZoomOut", "Standard"],
                ["Std_ViewZoomIn", "Standard"],
                ["Std_ViewBoxZoom", "Standard"],
                ["Std_AlignToSelection", "Standard"],
                ["Part_SelectFilter", "Standard"],
            ]
        else:
            try:
                if (
                    "Views - Ribbon_newPanel"
                    in self.ribbonStructure["newPanels"]["Global"]
                ):
                    del self.ribbonStructure["newPanels"]["Global"][
                        "Views - Ribbon_newPanel"
                    ]
            except Exception:
                pass
        # # Add a toolbar "tools"
        #
        UseToolsPanel = Parameters_Ribbon.Settings.GetBoolSetting("UseToolsPanel")
        # Create a key if not present
        try:
            NeedsUpdating = False
            if "Tools_newPanel" in self.ribbonStructure["newPanels"]["Global"]:
                for item in self.ribbonStructure["newPanels"]["Global"][
                    "Tools_newPanel"
                ]:
                    if item[1] != "Standard":
                        NeedsUpdating = True
            if (
                "Tools_newPanel" not in self.ribbonStructure["newPanels"]["Global"]
                and UseToolsPanel is True
            ) or NeedsUpdating is True:
                StandardFunctions.add_keys_nested_dict(
                    self.ribbonStructure,
                    ["newPanels", "Global", "Tools_newPanel"],
                )
                self.ribbonStructure["newPanels"]["Global"]["Tools_newPanel"] = [
                    ["Std_Measure", "Standard"],
                    ["Std_UnitsCalculator", "Standard"],
                    ["Std_Properties", "Standard"],
                    ["Std_BoxElementSelection", "Standard"],
                    ["Std_BoxSelection", "Standard"],
                    ["Std_WhatsThis", "Standard"],
                ]
        except Exception:
            pass
        self.newPanels = self.ribbonStructure["newPanels"]

        # Set the preferred toolbars
        PreferredToolbar = Parameters_Ribbon.Settings.GetIntSetting("Preferred_view")
        ListIgnoredToolbars: list = self.ribbonStructure["ignoredToolbars"]
        # check if the toolbar is already ignored
        View_Inlist = False
        ViewsRibbon_Inlist = False
        IndividualViews_Inlist = False
        for ToolBar in ListIgnoredToolbars:
            if ToolBar == "View":
                View_Inlist = True
            if ToolBar == "Views - Ribbon":
                ViewsRibbon_Inlist = True
            if ToolBar == "Individual views":
                IndividualViews_Inlist = True

        if PreferredToolbar == 0:
            if View_Inlist is False:
                ListIgnoredToolbars.append("View")
            if ViewsRibbon_Inlist is False:
                ListIgnoredToolbars.append("Views - Ribbon")
            if "Individual views" in ListIgnoredToolbars:
                ListIgnoredToolbars.remove("Individual views")
        if PreferredToolbar == 1:
            if IndividualViews_Inlist is False:
                ListIgnoredToolbars.append("Individual views")
            if ViewsRibbon_Inlist is False:
                ListIgnoredToolbars.append("Views - Ribbon")
            if "View" in ListIgnoredToolbars:
                ListIgnoredToolbars.remove("View")
        if PreferredToolbar == 2:
            if IndividualViews_Inlist is False:
                ListIgnoredToolbars.append("Individual views")
            if View_Inlist is False:
                ListIgnoredToolbars.append("View")
            if "Views - Ribbon" in ListIgnoredToolbars:
                ListIgnoredToolbars.remove("Views - Ribbon")
        if PreferredToolbar == 3:
            if IndividualViews_Inlist is False:
                ListIgnoredToolbars.append("Individual views")
            if View_Inlist is False:
                ListIgnoredToolbars.append("View")
            if ViewsRibbon_Inlist is False:
                ListIgnoredToolbars.append("Views - Ribbon")
        self.ribbonStructure["ignoredToolbars"] = ListIgnoredToolbars
        self.ignoredToolbars = ListIgnoredToolbars
        # write the change to the json file
        # Writing to sample.json
        with open(Parameters_Ribbon.RIBBON_STRUCTURE_JSON, "w") as outfile:
            json.dump(self.ribbonStructure, outfile, indent=4)
        outfile.close()

        # Get the address of the repository address
        PackageXML = os.path.join(os.path.dirname(__file__), "package.xml")
        self.ReproAdress = StandardFunctions.ReturnXML_Value(
            PackageXML, "url", "type", "repository"
        )
        LocalVersion = StandardFunctions.ReturnXML_Value(
            PackageXML, "version",
        )
        if self.ReproAdress != "" or self.ReproAdress is not None:
            print(translate("FreeCAD Ribbon", "Ribbon UI: ") + self.ReproAdress)
            print(translate("FreeCAD Ribbon", "Ribbon UI: Installed version: ") + LocalVersion)
        
        # Get the location of the help documentation
        PackageXML = os.path.join(os.path.dirname(__file__), "package.xml")
        self.HelpAdress = StandardFunctions.ReturnXML_Value(
            PackageXML, "url", "type", "website"
        )
        
        # Activate the workbenches used in the new panels otherwise the panel stays empty
        try:
            for WorkBenchName in self.newPanels:
                for NewPanel in self.newPanels[WorkBenchName]:
                    # Get the commands from the custom panel
                    Commands = self.newPanels[WorkBenchName][
                        NewPanel
                    ]

                    # Get the command and its original toolbar
                    for CommandItem in Commands:
                        if (
                            CommandItem[1] != "General"
                            and CommandItem[1] != "Global"
                            and CommandItem[1] != "Standard"
                        ):
                            # Activate the workbench if not loaded
                                Gui.activateWorkbench(CommandItem[1])
        except Exception as e:
            if Parameters_Ribbon.DEBUG_MODE is True:
                StandardFunctions.Print(
                    f"new panels have wrong format. Please create them again!\n{e}",
                    "Error",
                )
            pass

        # Activate the workbenches used in the dropdown buttons otherwise the button stays empty
        try:
            for DropDownCommand, Commands in self.dropdownButtons.items():
                for CommandItem in Commands:
                    if (
                        CommandItem[1] != "General"
                        and CommandItem[1] != "Global"
                        and CommandItem[1] != "Standard"
                    ):
                        # Activate the workbench if not loaded
                        Gui.activateWorkbench(CommandItem[1])
        except Exception as e:
            if Parameters_Ribbon.DEBUG_MODE is True:
                StandardFunctions.Print(
                    f"dropdownbuttons have wrong format. Please create them again!\n{e}",
                    "Warning",
                )
            pass

        # Check if there is a new version
        # Get the latest version
        try:
            # User = "apebbers"
            User = "APEbbers"
            Repo = "FreeCAD-Ribbon"
            Branch = "main"
            File = "package.xml"
            ElementName = "version"
            attribKey = ""
            attribValue = ""
            # host: str ="https://codeberg.org"
            host = "https://github.com"
            LatestVersion = StandardFunctions.ReturnXML_Value_Git(
                User=User, Repository=Repo, Branch=Branch, File=File, ElementName=ElementName, attribKey=attribKey, attribValue=attribValue, host=host
            )
            print(translate("FreeCAD Ribbon", "Ribbon UI: Latest released version: ") + str(LatestVersion))
            # Get the current version
            PackageXML = os.path.join(os.path.dirname(__file__), "package.xml")
            CurrentVersion = StandardFunctions.ReturnXML_Value(
                PackageXML, "version"
            )
            # Check if you are on a developer version. If so set developer version
            if CurrentVersion.lower().endswith("x"):
                self.DeveloperVersion = CurrentVersion
                self.UpdateVersion = ""
            # If you are not on a developer version, check if you have the latest version
            if CurrentVersion.lower().endswith("x") is False:
                if LatestVersion is not None:
                    # Create arrays from the versions
                    LatestVersionArray = LatestVersion.split(".")
                    CurrentVersionArray = CurrentVersion.split(".")

                    # Set the length to the shortest lenght
                    ArrayLenght = len(LatestVersionArray)
                    if len(CurrentVersionArray) < ArrayLenght:
                        ArrayLenght = len(CurrentVersionArray)

                    # Check per level if the latest version has the highest number
                    # if so set update version
                    for i in range(ArrayLenght):
                        if LatestVersionArray[i] > CurrentVersionArray[i]:
                            self.UpdateVersion = LatestVersion
        except Exception as e:
            raise e
            pass

        # Create the ribbon
        self.CreateMenus()  # Create the menus
        self.createModernMenu()  # Create the ribbon

        # Set the custom stylesheet
        self.StyleSheet = Path(Parameters_Ribbon.STYLESHEET).read_text()
        # modify the stylesheet to set the border and background for a toolbar and menu
        hexColor = StyleMapping_Ribbon.ReturnStyleItem("Background_Color")
        hexColorTab = StyleMapping_Ribbon.ReturnStyleItem(
            "Background_Color", True, True
        )
        if (
            hexColor is not None
            and hexColor != ""
            and Parameters_Ribbon.BUTTON_BACKGROUND_ENABLED is True
        ):
            # Set the quickaccess toolbar background color. This fixes a transparant toolbar.
            self.quickAccessToolBar().setStyleSheet(
                "QToolBar {background: " + hexColor + ";}"
            )
            self.tabBar().setStyleSheet("background: " + hexColorTab + ";")
            # Set the background color. This fixes transparant backgrounds when FreeCAD has no stylesheet
            StyleSheet_Addition = (
                "\n\nQToolButton {background: solid " + hexColor + ";}"
            )
            StyleSheet_Addition_2 = (
                "\n\nRibbonBar {border: none;background: solid "
                + hexColor
                + ";color: "
                + hexColor
                + ";}"
            )
            self.StyleSheet = StyleSheet_Addition_2 + self.StyleSheet + StyleSheet_Addition
        self.setStyleSheet(self.StyleSheet)

        # If the text for the tabs is set to be disabled, update the stylesheet
        if Parameters_Ribbon.TABBAR_STYLE == 1:
            StyleSheet_Addition_3 = (
                """QTabBar::tab {
                    background: """
                + StyleMapping_Ribbon.ReturnStyleItem(
                    "Background_Color_Hover", True, True
                )
                + """;color: """
                + StyleMapping_Ribbon.ReturnStyleItem(
                    "Background_Color_Hover", True, True
                )
                + """;min-width: """
                + str(self.TabBar_Size-3)
                + """px;
                            max-width: """
                + str(self.TabBar_Size-3)
                + """px;
                            padding-left: 6px;
                            padding-right: 3px;
                            margin: 3px
                        }"""
            )
            self.StyleSheet = StyleSheet_Addition_3 + self.StyleSheet
            self.setStyleSheet(self.StyleSheet)
            self.StyleSheet = StyleSheet_Addition_3 + self.StyleSheet
            self.setStyleSheet(self.StyleSheet)

        # Add an addition for selected tabs
        StyleSheet_Addition_4 = (
            """QTabBar::tab:selected, QTabBar::tab:hover {
                background: """
            + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
            + """;}"""
        )
        # If the tabs are set to icon only, set the text to the hover background color also
        if Parameters_Ribbon.TABBAR_STYLE == 1:
            StyleSheet_Addition_4 = (
                """QTabBar::tab:selected, QTabBar::tab:hover {
                background: """
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                + """;color: """
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                + """;}"""
            )
        self.StyleSheet = StyleSheet_Addition_4 + self.StyleSheet
        self.setStyleSheet(self.StyleSheet)

        # add a stylesheet entry for the fontsize for menus
        StyleSheet_Addition_5 = (
            "QMenu::item, QMenu::menuAction, QMenuBar::item, RibbonMenu, RibbonToolButton, RibbonMenu::item, QMenu>QLabel {font-size: "
            + str(Parameters_Ribbon.FONTSIZE_MENUS)
            + "px;}"
        )
        self.StyleSheet = self.StyleSheet + StyleSheet_Addition_5
        self.setStyleSheet(self.StyleSheet)
        
        # # Add a line at the bottom of the ribbon
        # StyleSheet_Addition_6 = (
        # """RibbonCategory {
        #     border-bottom: 0.5px solid"""
        # + StyleMapping_Ribbon.ReturnStyleItem("Border_Color")
        # + """;}"""
        # )
        # self.StyleSheet = self.StyleSheet + StyleSheet_Addition_6
        # self.setStyleSheet(self.StyleSheet)
        
        # get the state of the mainwindow
        self.MainWindowLoaded = True

        # Set these settings and connections at init
        # Set the autohide behavior of the ribbon
        preferences = App.ParamGet("User parameter:BaseApp/Preferences/DockWindows")
        if preferences.GetBool("ActivateOverlay") is True:
            Parameters_Ribbon.AUTOHIDE_RIBBON = False
        self.setAutoHideRibbon(Parameters_Ribbon.AUTOHIDE_RIBBON)

        # Remove the collapseble button
        RightToolbar = self.rightToolBar()
        RightToolbar.removeAction(RightToolbar.actions()[0])

        # make sure that the ribbon cannot "disappear"
        self.setMinimumHeight(self.RibbonMinimalHeight)

        self.setSizeIncrement(1, 1)

        # Set the menuBar hidden as standard
        mw.menuBar().hide()
        if self.isEnabled() is False:
            mw.menuBar().show()

        # connect a tabbar click event to the tarbar click funtion
        # this used to replaced the native functions
        self.tabBar().tabBarClicked.connect(self.onTabBarClicked)

        # override the default scroll behavior with a custom function
        self.tabBar().wheelEvent = lambda event_tabBar: self.wheelEvent_TabBar(
            event_tabBar
        )
        self.wheelEvent = lambda event_CC: self.wheelEvent_CC(event_CC)
        self.tabBar().setFocusPolicy(Qt.FocusPolicy.StrongFocus)
        self.currentCategory().setFocusPolicy(Qt.FocusPolicy.StrongFocus)

        # Customize the tabBar. Has only to be done once
        # The scrollbuttons for the ribbon are set per ribbon tab
        # So they are set in self.BuildPanels()
        #
        # Set the scroll buttons on the tabbar
        ScrollLeftButton_Tab: QToolButton = self.tabBar().findChildren(QToolButton)[0]
        ScrollRightButton_Tab: QToolButton = self.tabBar().findChildren(QToolButton)[1]
        # get the icons
        ScrollLeftButton_Tab_Icon = StyleMapping_Ribbon.ReturnStyleItem(
            "ScrollLeftButton_Tab"
        )
        ScrollRightButton_Tab_Icon = StyleMapping_Ribbon.ReturnStyleItem(
            "ScrollRightButton_Tab"
        )
        # Set the icons
        StyleSheet = "QToolButton {image: none;margin-top:6px;margin-bottom:6px;};QToolButton::arrow {image: none};"
        BackgroundColor = StyleMapping_Ribbon.ReturnStyleItem("Background_Color")
        if (
            int(App.Version()[0]) == 0
            and int(App.Version()[1]) <= 21
            and BackgroundColor is not None
        ):
            StyleSheet = (
                """QToolButton {image: none;background: """
                + BackgroundColor
                + """};QToolButton::arrow {image: none;margin-top:6px;margin-bottom:6px;};"""
            )
        if ScrollLeftButton_Tab_Icon is not None:
            ScrollLeftButton_Tab.setStyleSheet(StyleSheet)
            ScrollLeftButton_Tab.setIcon(ScrollLeftButton_Tab_Icon)
        else:
            ScrollRightButton_Tab.setToolButtonStyle(
                Qt.ToolButtonStyle.ToolButtonTextOnly
            )
        if ScrollRightButton_Tab_Icon is not None:
            ScrollRightButton_Tab.setStyleSheet(StyleSheet)
            ScrollRightButton_Tab.setIcon(ScrollRightButton_Tab_Icon)
        else:
            ScrollRightButton_Tab.setArrowType(Qt.ArrowType.RightArrow)

        # Remove persistant toolbars
        PersistentToolbars = App.ParamGet(
            "User parameter:Tux/PersistentToolbars/User"
        ).GetGroups()
        for Group in PersistentToolbars:
            Parameter = App.ParamGet(
                "User parameter:Tux/PersistentToolbars/User/" + Group
            )
            Parameter.SetString("Top", "")
            Parameter.SetString("Left", "")
            Parameter.SetString("Right", "")
            Parameter.SetString("Bottom", "")

        # Connect shortcuts
        #
        # Application menu
        ShortcutKey = "Alt+A"
        try:
            CustomShortCuts = App.ParamGet(
                "User parameter:BaseApp/Preferences/Shortcut"
            )
            if "Ribbon_Menu" in CustomShortCuts.GetStrings():
                ShortcutKey = CustomShortCuts.GetString("Ribbon_Menu")
        except Exception:
            pass
        self.applicationOptionButton().setShortcut(ShortcutKey)
        ToolTip = f"{ShortcutKey}"
        self.applicationOptionButton().setToolTip(ToolTip)

        # Add a custom close event to show the original menubar again
        self.closeEvent = lambda close: self.closeEvent(close)
        # Add a custom enter event to the tabbar
        self.tabBar().enterEvent = lambda enter: self.enterEvent_Custom(enter)
        # When hovering over the menu button, hide the ribbon
        self.applicationOptionButton().enterEvent = lambda enter: self.leaveEvent(enter)

        # Rearrange the tabbar and toolbars
        if (
            Parameters_Ribbon.TOOLBAR_POSITION == 0
            or Parameters_Ribbon.TOOLBAR_POSITION == 1
        ):
            # Get the widgets
            _quickAccessToolBarWidget = self.quickAccessToolBar()
            _titleLabel = self._titleWidget._titleLabel
            _rightToolBar = self.rightToolBar()
            _tabBar = self.tabBar()
            # Remove the widgets
            self._titleWidget._tabBarLayout.removeWidget(_quickAccessToolBarWidget)
            self._titleWidget._tabBarLayout.removeWidget(_titleLabel)
            self._titleWidget._tabBarLayout.removeWidget(_rightToolBar)
            self._titleWidget._tabBarLayout.removeWidget(_tabBar)
            if Parameters_Ribbon.TOOLBAR_POSITION == 0:  # Toolbars above tabbar
                # Set the font size for the label
                font: QFont = _titleLabel.font()
                font.setPixelSize(Parameters_Ribbon.FONTSIZE_MENUS + 1)
                _titleLabel.setAlignment(Qt.AlignmentFlag.AlignCenter)
                _titleLabel.setFont(font)
                # Set the label text to FreeCAD's version
                text = (
                    f"FreeCAD {App.Version()[0]}.{App.Version()[1]}.{App.Version()[2]}"
                )
                _titleLabel.setText(text)
                # Create a spacer to set the tab
                spacer = QWidget()
                spacer.setSizePolicy(
                    QSizePolicy.Policy.Fixed, QSizePolicy.Policy.Expanding
                )
                spacer.setFixedWidth(3)
                self._titleWidget._tabBarLayout.setContentsMargins(3, 3, 3, 0)
                self._titleWidget._tabBarLayout.addWidget(
                    _quickAccessToolBarWidget, 0, 0, 1, 2, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    _titleLabel, 0, 2, 1, 1, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    _rightToolBar, 0, 3, 1, 2, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    spacer, 1, 0, 1, 1, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    _tabBar, 1, 1, 1, 4, Qt.AlignmentFlag.AlignVCenter
                )
                # Change the offsets
                self.RibbonMinimalHeight = self.QuickAccessButtonSize * 2 + 20
                self.RibbonOffset = 50 + self.QuickAccessButtonSize * 2
                self._titleWidget._tabBarLayout.setRowMinimumHeight(
                    0, self.QuickAccessButtonSize
                )
                self._titleWidget._tabBarLayout.setRowMinimumHeight(1, self.TabBar_Size)
                # self.setTitle("FreeCAD")
            if Parameters_Ribbon.TOOLBAR_POSITION == 1:  # Toolbars inline with tabbar
                # Add the widgets again in a different position
                self._titleWidget._tabBarLayout.addWidget(
                    _quickAccessToolBarWidget, 0, 0, 1, 1, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    _tabBar, 0, 1, 1, 1, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    _titleLabel, 0, 2, 1, 1, Qt.AlignmentFlag.AlignVCenter
                )
                self._titleWidget._tabBarLayout.addWidget(
                    _rightToolBar, 0, 3, 1, 2, Qt.AlignmentFlag.AlignVCenter
                )
                # Change the offsets
                self.RibbonMinimalHeight = self.QuickAccessButtonSize + 10
                self.RibbonOffset = 42 + self.QuickAccessButtonSize
                self._titleWidget._tabBarLayout.setRowMinimumHeight(
                    0, self.QuickAccessButtonSize
                )

        # Get the main window, its style, the ribbon and the restore button
        try:
            RestoreButton: QToolButton = self.rightToolBar().findChildren(
                QToolButton, "RestoreButton"
            )[0]
            # If the mainwindow is maximized, set the window state to maximize and set the correct icon
            if mw.isMaximized():
                try:
                    RestoreButton.setIcon(
                        StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[2]
                    )
                except Exception:
                    pass
            # If the mainwindow is not maximized, set the window state to no state and set the correct icon
            if mw.isMaximized() is False:
                try:
                    RestoreButton.setIcon(
                        StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[1]
                    )
                except Exception:
                    pass
        except Exception:
            pass

        # Install an event filter to catch events from the main window and act on it.
        mw.installEventFilter(EventInspector(mw))
        # self.installEventFilter(RibbonEventInspector(self))
                
        # Set isLoaded to True, to show that the loading is finished
        self.isLoaded = True
        # Fold the ribbon if unpinned
        self.FoldRibbon()
        # Check if an reload of the datafile is needed an show an message
        self.CheckDataFile()

        # Activate some WB's first to ensure proper loading of the panels
        for Wb in self.WBtoLoadFirst:
            try:
                Gui.activateWorkbench(Wb)
            except Exception:
                pass
        
        # This is needed to be able to drag the main window properly when the titlebar is hidden
        self._titleWidget.mousePressEvent = lambda e: self.mousePress_Titlebar(e)
        mw.moveEvent = lambda e: self.mouseMove_Titlebar(e)
        return

    # region - Ribbon event fuctions
    initialPos = None
    def mousePress_Titlebar(self, event):
        self.initialPos = event.position().toPoint()
    
    def mouseMove_Titlebar(self, event):
        if self.initialPos is not None:
            delta = event.position().toPoint() - self.initialPos
            mw.move(
                mw.window().x() + delta.x(),
                mw.window().y() + delta.y(),
            )
    
    def closeEvent(self, event):
        mw.menuBar().show()
        return True

    def eventFilter(self, obj, event):
        # Disable the standard hover behavior
        if event.type() == QEvent.Type.HoverMove:
            event.ignore()
            return False
        return False

    def enterEvent_Custom(self, QEvent):
        # # Hide any possible toolbar
        self.hideClassicToolbars()
        TB: QDockWidget = mw.findChildren(QDockWidget, "Ribbon")[0]
        TB.show()
        # In FreeCAD 1.0, Overlays are introduced. These have also an enterEvent which results in strange behavior
        # Therefore this function is only activated when FreeCAD's overlay function is disabled.
        if (
            Parameters_Ribbon.SHOW_ON_HOVER is True
            and Parameters_Ribbon.USE_FC_OVERLAY is False
        ):
            self.UnfoldRibbon()
            return

    def leaveEvent(self, QEvent):
        if Parameters_Ribbon.AUTOHIDE_RIBBON is True and self.MenuEntered is False:
            self.FoldRibbon()

    # used to scroll a ribbon horizontally, when it's wider than the screen
    def wheelEvent_CC(self, event):
        if self.currentCategory().underMouse():
            x = 0
            # Get the scroll value (1 or -1)
            delta = event.angleDelta().y()
            x += delta and delta // abs(delta)

            NoClicks = Parameters_Ribbon.Settings.GetIntSetting("Ribbon_Scroll")
            if NoClicks == 0 or NoClicks is None:
                NoClicks = 1

            # go back or forward based on x.
            if x == 1:
                for i in range(NoClicks):
                    self.currentCategory().scrollPrevious()
            if x == -1:
                for i in range(NoClicks):
                    self.currentCategory().scrollNext()
        return

    # used to scroll the tabbar horizontally, when it's wider than the screen
    def wheelEvent_TabBar(self, event):
        if self.tabBar().underMouse():
            x = 0
            # Get the scroll value (1 or -1)
            delta = event.angleDelta().y()
            x += delta and delta // abs(delta)

            ScrollButtons_Tab = self.tabBar().children()
            ScrollLeftButton_Tab: QToolButton = ScrollButtons_Tab[0]
            ScrollRightButton_Tab: QToolButton = ScrollButtons_Tab[1]

            NoClicks = Parameters_Ribbon.Settings.GetIntSetting("TabBar_Scroll")
            if NoClicks == 0 or NoClicks is None:
                NoClicks = 1

            # go back or forward based on x.
            if x == 1:
                for i in range(NoClicks):
                    ScrollLeftButton_Tab.click()
            if x == -1:
                for i in range(NoClicks):
                    ScrollRightButton_Tab.click()
        return
    # endregion

    # region - Customise functions
    def contextMenuEvent(self, event):
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        
        # Create the menu
        self.contextMenu = QMenu(self)
        self.contextMenu.setStyleSheet("spacing: 0px;margin: 0px;padding: 0px;")
        
        # Declare a dict for this workbench only
        self.workBenchDict = {}
        # add keys if they don´t exist
        Standard_Functions_Ribbon.add_keys_nested_dict(self.workBenchDict, ["workbenches", workbenchName], endEmpty=True)
        Standard_Functions_Ribbon.add_keys_nested_dict(self.ribbonStructure, ["workbenches", workbenchName], endEmpty=True)
        self.workBenchDict["workbenches"][workbenchName] = self.ribbonStructure["workbenches"][workbenchName]
        
        # If betaFunctions is enabled, coninue
        if self.BetaFunctionsEnabled is True:
            # Get the widget and the panel
            widget = self.childAt(event.pos()).parent()
            panel = widget.parent().parent().parent()     
            separator = widget.findChild(CustomSeparator)
            titleWidget = widget.findChild(RibbonPanelTitle)
            # Check if the panel is not none and of type RibbonPanel. If so, continue
            if panel is not None and type(panel) is RibbonPanel:
                if (
                    (type(widget) is QToolButton or type(widget) is RibbonPanelItemWidget)
                    and self.CustomizeEnabled is True and titleWidget is None
                ):
                    if separator is None:
                        # Define the context menu for buttons
                        self.contextMenu.setContentsMargins(3,3,3,3)
                        self.contextMenu.setSizePolicy(QSizePolicy.Policy.Preferred, QSizePolicy.Policy.MinimumExpanding)
    
                        # Check if the widget has text enabled
                        textVisible = None
                        try:
                            CommandName = ""
                            for child in widget.children():
                                if (
                                    type(child) is QToolButton
                                    and child.objectName() == "CommandButton"
                                ):
                                    CommandName = child.defaultAction().data()
                            textVisible = self.workBenchDict["workbenches"][workbenchName]["toolbars"][panel.objectName()]["commands"][CommandName]["textEnabled"]
                        except Exception:
                            pass
                        if textVisible is None:
                            for child in widget.children():
                                if type(child) is QLabel:
                                    textVisible = child.isVisible()
                        # set the checkbox for enabling text
                        RibbonButtonAction_Text = ToggleAction(self, translate("FreeCAD Ribbon", "Show button text"), textVisible)
                        RibbonButtonAction_Text.setText(translate("FreeCAD Ribbon", "Show button text"))
                        # Set the checkbox action checked or unchecked
                        RibbonButtonAction_Text.setChecked(textVisible)
                        if textVisible is True:
                            RibbonButtonAction_Text.setCheckState(Qt.CheckState.Checked)
                        if textVisible is False:
                            RibbonButtonAction_Text.setCheckState(Qt.CheckState.Unchecked)
                        RibbonButtonAction_Text.setFixedSize(82,41)
                        RibbonButtonAction_Text.checkStateChanged.connect(lambda: self.on_TextState_Changed(panel, widget, RibbonButtonAction_Text.isChecked()))
                        # Add the checkbox action to the contextmenu
                        self.contextMenu.addAction(RibbonButtonAction_Text)
                        
                        # Set the spinbox for the button size
                        RibbonButtonAction_Size = SpinBoxAction(self, translate("FreeCAD Ribbon", "Set button size"))
                        RibbonButtonAction_Size.setMinimum(16)
                        RibbonButtonAction_Size.setMaximum(120)                        
                        RibbonButtonAction_Size.setValue(widget.height())
                        RibbonButtonAction_Size.setFixedWidth(82)
                        RibbonButtonAction_Size.valueChanged.connect(lambda: self.on_ButtonSize_Changed(panel, widget, RibbonButtonAction_Size))
                        self.contextMenu.addAction(RibbonButtonAction_Size)
                        
                        # Set the dropdown for the button style
                        RibbonButtonAction_Style = ComboBoxAction(self, translate("FreeCAD Ribbon", "Set button type"))
                        RibbonButtonAction_Style.addItem("Small")
                        RibbonButtonAction_Style.addItem("Medium")
                        RibbonButtonAction_Style.addItem("Large")
                        if widget.objectName() == "CustomWidget_Small":
                            RibbonButtonAction_Style.setCurrentText("Small")
                        if widget.objectName() == "CustomWidget_Medium":
                            RibbonButtonAction_Style.setCurrentText("Medium")
                        if widget.objectName() == "CustomWidget_Large":
                            RibbonButtonAction_Style.setCurrentText("Large")
                        RibbonButtonAction_Style.setFixedWidth(82)
                        RibbonButtonAction_Style.currentTextChanged.connect(lambda: self.on_ButtonStyle_Clicked(panel, widget, RibbonButtonAction_Style, RibbonButtonAction_Size))                      
                        self.contextMenu.addAction(RibbonButtonAction_Style)
                        
                        # Add a line edit for changing the text
                        ChangeButtonText = CustomWidgets.LineEditAction(self, translate("FreeCAD Ribbon", "Set button text"))
                        text = widget.parent().findChild(QLabel).text().replace("\n", " ")
                        ChangeButtonText.setText("")
                        ChangeButtonText.setPlaceholderText(text)
                        ChangeButtonText.setFixedSize(200,21)
                        ChangeButtonText.setClearButtonEnabled(True)
                        ChangeButtonText.textChanged.connect(lambda e: self.on_ButtonLabel_Changing(e, panel, widget, ChangeButtonText))
                        ChangeButtonText.editingFinished.connect(lambda: lambda: self.contextMenu.close())
                        self.contextMenu.addAction(ChangeButtonText)
                        
                        # Create the buttons for adding a separator
                        AddSeparator_Left = self.contextMenu.addAction(translate("FreeCAD Ribbon", "Add separator left"))
                        AddSeparator_Left.triggered.connect(lambda: self.on_AddSeparator_Clicked(panel, widget,"left"))
                        AddSeparator_Right = self.contextMenu.addAction(translate("FreeCAD Ribbon", "Add separator right"))
                        AddSeparator_Right.triggered.connect(lambda: self.on_AddSeparator_Clicked(panel, widget,"right"))                        
                        
                        # create the context menu action
                        self.contextMenu.exec_(self.mapToGlobal(event.pos()))

                        # Disconnect the widgetActions
                        RibbonButtonAction_Style.currentTextChanged.disconnect()
                        RibbonButtonAction_Text.checkStateChanged.disconnect()
                        RibbonButtonAction_Size.valueChanged.disconnect()
                        AddSeparator_Left.triggered.disconnect()                                
                        AddSeparator_Right.triggered.disconnect()
                        ChangeButtonText.textChanged.disconnect()                            
                        ChangeButtonText.editingFinished.disconnect()
                       
                        return

            if titleWidget is not None and self.CustomizeEnabled is True and titleWidget.underMouse():
                panel = titleWidget.parent().parent()
                ChangePanelTitle = CustomWidgets.LineEditAction(self, translate("FreeCAD Ribbon", "Change panel title"))
                ChangePanelTitle.setText("")
                ChangePanelTitle.setPlaceholderText(panel.title())
                ChangePanelTitle.setClearButtonEnabled(True)
                ChangePanelTitle.textChanged.connect(lambda e: self.on_PanelTitle_Changing(e, panel, ChangePanelTitle))
                ChangePanelTitle.editingFinished.connect(lambda: self.contextMenu.close())
                self.contextMenu.addAction(ChangePanelTitle)
                
                # create the context menu action
                self.contextMenu.exec_(self.mapToGlobal(event.pos()))
                
                # Disconnect the widgetActions
                ChangePanelTitle.textChanged.disconnect()
                ChangePanelTitle.editingFinished.disconnect()
                    
            # if the separator is not none, its class is correct and it is under the mouse cursor,
            # Create a menu with an remove button
            if separator is not None and type(separator) is CustomSeparator and separator.underMouse():
                if self.CustomizeEnabled is True:
                    panel = separator.parent().parent()
                    # Create the menu
                    RemoveSeparator = self.contextMenu.addAction(translate("FreeCAD Ribbon", "Remove separator"))
                    # create the context menu action
                    RemoveSeparator.triggered.connect(lambda: self.on_RemoveSeparator_Clicked(panel, separator))
                    
                    # create the context menu action
                    self.contextMenu.exec_(self.mapToGlobal(event.pos()))
                    return
            
            # If you are not yet in the customize enviroment, create a menu for entering it.
            if panel is not None and type(panel) is not RibbonPanel:
                # Add the buttons
                title = translate("FreeCAD Ribbon", "Customize...")
                if self.CustomizeEnabled is True:
                    title = translate("FreeCAD Ribbon", "Save and exit customize...")
                CustomizeStartAct = self.contextMenu.addAction(title)
                action = self.contextMenu.exec_(self.mapToGlobal(event.pos()))

                if action == CustomizeStartAct:
                    if self.CustomizeEnabled is False:
                        # Set a stylesheet to indicate that you are in the customize enviroment
                        Addition = """RibbonCategory {
                            border-top: 0.5px solid red;
                            border-bottom: 0.5px solid red;
                        }"""
                        StyleSheet = self.StyleSheet + Addition
                        self.setStyleSheet(StyleSheet)                        
                        self.CustomizeEnabled = True
                        # Just incase
                        self.setRibbonHeight(self.RibbonHeight+6)
                        
                        # Store the workbench name as the last customized name
                        self.LastCustomized = [workbenchName, self.currentCategory().title()]
                        
                        # Store the state of the buttons
                        for title, objPanel in self.currentCategory().panels().items():
                            panelName = objPanel.objectName()
                            gridLayout = objPanel._actionsLayout
                            for n in range(gridLayout.count()):
                                control: QToolButton = gridLayout.itemAt(n).widget().findChild(CustomControls)
                                if control is not None:
                                    StandardFunctions.add_keys_nested_dict(self.ButtonState, [panelName, control.actions().data()])
                                    self.ButtonState[panelName][control.actions().data()] = control.actions().isEnabled()
                                        
                        # Enable all buttons, so you can access them with a right click
                        self.actionList = []
                        for child in mw.findChildren(QToolButton):
                            try:
                                for subAction in child.actions():
                                    subAction.setEnabled(True)
                                child.setEnabled(True)
                            except Exception:
                                pass
                        Gui.updateGui()
                        
                        # Create all order lists and commands, incase they are not all present
                        for title, objPanel in self.currentCategory().panels().items():                            
                            objPanel.show()
                            # Get the panel name and the gridlayout
                            panelName = objPanel.objectName()
                            gridLayout: QGridLayout = objPanel._actionsLayout

                            # Recreate the order list for the new panel. 
                            # This makes sure that all controls are added to the order list
                            orderList = []
                            for n in range(gridLayout.count()):
                                control = gridLayout.itemAt(n).widget().findChild(CustomControls)
                                if control is not None:                                    
                                    # Update the orderlist
                                    command = control.actions().data()
                                    if command is None:
                                        toolButton = control.findChild(QToolButton, "CommandButton")
                                        print(toolButton.actions()[0])
                                        command = control.defaultAction()
                                    orderList.append(command)

                                    # Add the command if they don't exist
                                    Standard_Functions_Ribbon.add_keys_nested_dict(self.workBenchDict, ["workbenches", workbenchName, "toolbars", panelName, "commands", control.actions().data(), "size"], "small")
                                    # Set the sizes
                                    if control.objectName() == "CustomWidget_Small":
                                        self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][control.actions().data()]["size"] = "small"
                                    if control.objectName() == "CustomWidget_Medium":
                                        self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][control.actions().data()]["size"] = "medium"
                                    if control.objectName() == "CustomWidget_Large":
                                        self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][control.actions().data()]["size"] = "large"
                                
                                separator = gridLayout.itemAt(n).widget().findChild(CustomSeparator)
                                if separator is not None:
                                    # Set the separator enabled, so that hovering works
                                    separator.setEnabled(True)
                                    # Make the separator wider, for easier clicking
                                    separator.setFixedWidth(16)
                                    # Add the separator to the orderlist
                                    orderList.append(separator.objectName())
                                                                
                                # Write the order list
                                Standard_Functions_Ribbon.add_keys_nested_dict(self.workBenchDict, ["workbenches", workbenchName, "toolbars", panelName, "order"], [])                         
                                self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["order"] = orderList                                                        
 
                                
                            # If the panel has an overflow menu, replace it with a complete (long) panel
                            if objPanel.panelOptionButton().isVisible():
                                newPanel = self.CreatePanel(workbenchName, objPanel.objectName(), False, self.workBenchDict, ignoreColumnLimit=True, showEnableControl=True, enableSeparator=True)                                
                                replacedPanel = self.currentCategory().replacePanel(objPanel, newPanel)
                                # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
                                self.setPanelProperties(replacedPanel)
                                # Add the newPanel to the list of longPanels
                                self.longPanels.append(newPanel)
                                # Close the old panel
                                objPanel.close()
                                
                                # Recreate the order list from the new panel
                                # Get the panel name and the gridlayout
                                panelName = newPanel.objectName()
                                gridLayout: QGridLayout = newPanel._actionsLayout
                                for n in range(gridLayout.count()):
                                    control = gridLayout.itemAt(n).widget().findChild(CustomControls)
                                    if control is not None:                                    
                                        # Update the orderlist
                                        orderList.append(control.actions().data())

                                        # Add the command if they don't exist
                                        Standard_Functions_Ribbon.add_keys_nested_dict(self.workBenchDict, ["workbenches", workbenchName, "toolbars", panelName, "commands", control.actions().data(), "size"], "small")
                                        # Set the sizes
                                        if control.objectName() == "CustomWidget_Small":
                                            self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][control.actions().data()]["size"] = "small"
                                        if control.objectName() == "CustomWidget_Medium":
                                            self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][control.actions().data()]["size"] = "medium"
                                        if control.objectName() == "CustomWidget_Large":
                                            self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][control.actions().data()]["size"] = "large"

                                    separator = gridLayout.itemAt(n).widget().findChild(CustomSeparator)
                                    if separator is not None:
                                        # Set the separator enabled, so that hovering works
                                        separator.setEnabled(True)
                                        # Make the separator wider, for easier clicking
                                        separator.setFixedWidth(16)
                                        # Add the separator to the orderlist
                                        orderList.append(separator.objectName())
                                                                
                                # Write the order list
                                Standard_Functions_Ribbon.add_keys_nested_dict(self.workBenchDict, ["workbenches", workbenchName, "toolbars", panelName, "order"], [])                         
                                self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["order"] = orderList                                      
                                 
                            # show the enable checkboxes  
                            titleLayout: QHBoxLayout = objPanel._titleLayout
                            EnableControl = titleLayout.itemAt(0).widget()
                            if EnableControl is not None:
                                EnableControl.setVisible(True)
                        return
                    if self.CustomizeEnabled is True:
                        self.setStyleSheet(self.StyleSheet)
                        self.CustomizeEnabled = False
                        self.setRibbonHeight(self.RibbonHeight)

                        for item in self.actionList:
                            if item[1] is False:
                                item[0].setDisabled(True)
                            else:
                                item[0].setEnabled(True)                                
                        Gui.updateGui()       

                        # update the ribbonstructure before writing it to disk
                        self.ribbonStructure["workbenches"][workbenchName] = self.workBenchDict["workbenches"][workbenchName]
                        
                        # Restore the original panel with the overflow menu
                        panels = {} # Needed to update the panel dict of the currentCategory
                        for title, objPanel in self.currentCategory().panels().items():
                            # Create keys if there are not existing yet for the temporary panel dict
                            StandardFunctions.add_keys_nested_dict(panels, [title])
                            
                            # Create a bool to state if a panel is new or not
                            IsNewPanel = False
                            for longPanel in self.longPanels:
                                if longPanel.objectName() == objPanel.objectName():
                                    # Create a panel and replace the long panel with this one
                                    newPanel = self.CreatePanel(workbenchName, objPanel.objectName(), False, self.workBenchDict)
                                    # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
                                    self.setPanelProperties(newPanel)
                                    try:
                                        self.currentCategory().replacePanel(longPanel, newPanel)
                                    except Exception:
                                        pass
                                    try:
                                        self.currentCategory().replacePanel(objPanel, newPanel)
                                    except Exception:
                                        pass
                                    # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
                                    self.setPanelProperties(newPanel)
                                    # Close the old panel
                                    objPanel.close()
                                    longPanel.close()
                                    # Update the temporary panel dict
                                    panels[title] = newPanel
                                    # Set the bool to True
                                    IsNewPanel = True
                                    break
                            # If it is not a new panel, add the current panel to temporary panel dict
                            if IsNewPanel is False:
                                panels[title] = objPanel            
                                                                                                            
                        # Update the panel dict of the current catergory with the temporary panel dict
                        self.currentCategory()._panels = panels
                        
                        # Hide unchecked panels after the panel duct is updated
                        for title, objPanel in self.currentCategory().panels().items():
                            # hide the enable checkboxes and hide the panel if it is unchecked
                            titleLayout: QHBoxLayout = objPanel._titleLayout
                            EnableControl = titleLayout.itemAt(0).widget()
                            if EnableControl is not None:
                                if EnableControl.checkState() == Qt.CheckState.Unchecked:
                                    # Hide the panel
                                    objPanel.hide()
                                    # Write the state to the structure
                                    StandardFunctions.add_keys_nested_dict(self.ribbonStructure, ["workbenches", workbenchName, "toolbars", objPanel.objectName(), "Enabled"])
                                    self.ribbonStructure["workbenches"][workbenchName]["toolbars"][objPanel.objectName()]["Enabled"] = False
                                if EnableControl.checkState() == Qt.CheckState.Checked:
                                    # Write the state to the structure
                                    StandardFunctions.add_keys_nested_dict(self.ribbonStructure, ["workbenches", workbenchName, "toolbars", objPanel.objectName(), "Enabled"])
                                    self.ribbonStructure["workbenches"][workbenchName]["toolbars"][objPanel.objectName()]["Enabled"] = True
                                    objPanel.show()
                                EnableControl.setVisible(False)
                        
                        # Set the buttonstate back as it was
                        for title, objPanel in self.currentCategory().panels().items():
                            # Get the panel name and the gridlayout
                            panelName = objPanel.objectName()
                            gridLayout: QGridLayout = objPanel._actionsLayout
                            for n in range(gridLayout.count()):
                                control = gridLayout.itemAt(n).widget().findChild(CustomControls)
                                if control is not None:
                                    try:
                                        ButtonState = self.ButtonState[panelName][control.actions().data()]
                                        control.actions().setEnabled(ButtonState)
                                    except Exception:
                                        pass
                                
                                separator = gridLayout.itemAt(n).widget().findChild(CustomSeparator)
                                if separator is not None:
                                    # Disable the separators to avoid highlighting when hovering
                                    separator.setEnabled(False)
                                    # Set the separator to its original width
                                    separator.setFixedWidth(6)
                                                                                                                            
                        # Clear the list with the long panels, so that it can be filled again next time
                        self.longPanels.clear()                        
                        panel = None
                        
                        # Writing to ribbonStructure.json
                        JsonFile = Parameters_Ribbon.RIBBON_STRUCTURE_JSON
                        with open(JsonFile, "w") as outfile:
                            json.dump(self.ribbonStructure, outfile, indent=4)
                        
                        # Clear the workbench dict
                        self.workBenchDict.clear()
        widget = None
        panel = None
        return
        
    def on_ButtonStyle_Clicked(self, panel: RibbonPanel, ButtonWidget: CustomControls, ButtonStyleWidget: ComboBoxAction, ButtonSizeWidget: SpinBoxAction):                                 
        # get the size to set
        Size = "small"
        if ButtonStyleWidget.currentText() == "Medium":
            Size = "medium"
        if ButtonStyleWidget.currentText() == "Large":
            Size = "large"

        # write the changes to the ribbonstruture file 
        property = {"size": Size}
        self.WriteButtonSettings(ButtonWidget, panel, property)
        
        # Create a new panel
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        newPanel = self.CreatePanel(workbenchName, panel.objectName(), addPanel=False, dict=self.workBenchDict, ignoreColumnLimit=True, showEnableControl=True, enableSeparator=True)
        # Add the panel to the list with long panels
        self.longPanels.append(newPanel)
        
        # Replace the panel with the new panel
        self.currentCategory().replacePanel(panel, newPanel)
        # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
        self.setPanelProperties(newPanel)
        
        # Update the dict of the currentCategory with the new panel
        self.currentCategory()._panels[newPanel.objectName()] = newPanel
        
        # Enable all buttons, so you can access them with a right click
        for child in mw.findChildren(QToolButton):
            try:
                for subAction in child.actions():
                    subAction.setEnabled(True)
                child.setEnabled(True)
            except Exception:
                pass
        Gui.updateGui()
        
        # Close the old panel
        panel.close()
        
        # Close the context menu
        self.contextMenu.close()
        return
    
    def on_ButtonSize_Changed(self, panel: RibbonPanel, ButtonWidget: QToolButton, ButtonSizeWidget: SpinBoxAction):              
        # Get the menubutton height for large buttons
        menuButtonWidth = 0
        if ButtonWidget.objectName() != "CustomWidget_Large":
            try:
                menuButtonWidth = ButtonWidget.findChild(QToolButton, "MenuButton").width()
            except Exception:
                pass
        
        # Get the label height for small and medium buttons
        labelWidth = 0
        for child in ButtonWidget.children():
            if type(child) == QLabel:
                if child.isVisible() is True:
                    labelWidth = child.maximumWidth()
        
        # Set the height to the value of the spinbox
        ButtonWidget.setFixedHeight(ButtonSizeWidget.value())
        # Adjust the with including menubutton and label
        if ButtonWidget.objectName() != "CustomWidget_Large":
            ButtonWidget.setFixedWidth(ButtonSizeWidget.value() + labelWidth + menuButtonWidth)
        if ButtonWidget.objectName() == "CustomWidget_Large":
            ButtonWidget.setFixedWidth(ButtonSizeWidget.value())
            ButtonWidget.layout().setAlignment(Qt.AlignmentFlag.AlignLeft)
            ButtonWidget.setSizePolicy(QSizePolicy.Policy.MinimumExpanding, QSizePolicy.Policy.MinimumExpanding)
            for child in ButtonWidget.children():
                if type(child) == QLabel:
                        child.setFixedWidth(ButtonSizeWidget.value())

        # Set the Button width size to that of its parent
        ButtonWidget.parent().setFixedSize(ButtonWidget.size())
        
        # write the changes to the ribbonstruture file 
        property = {"ButtonSize_small": ButtonSizeWidget.value()}
        if ButtonWidget.objectName() == "CustomWidget_Medium":
            property = {"ButtonSize_medium": ButtonSizeWidget.value()}
        if ButtonWidget.objectName() == "CustomWidget_Large":
            property = {"ButtonSize_large": ButtonSizeWidget.value()}
        self.WriteButtonSettings(ButtonWidget, panel, property)
        return
    
    def on_TextState_Changed(self, panel: RibbonPanel, ButtonWidget: CustomControls, TextEnabled: bool):
        # If the widget has no text, show it with the correct width
        if TextEnabled is True:
            self.WriteButtonSettings(ButtonWidget, panel, {"textEnabled": TextEnabled})
        # if the widget has text, find its QTextEdit and hide it. Update the width
        if TextEnabled is False:           
            self.WriteButtonSettings(ButtonWidget, panel, {"textEnabled": TextEnabled})
        
         # Create a new panel
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())        
        newPanel = self.CreatePanel(workbenchName, panel.objectName(), addPanel=False, dict=self.workBenchDict, ignoreColumnLimit=True, showEnableControl=True, enableSeparator=True)
        # Add the panel to the list with long panels
        self.longPanels.append(newPanel)
                
        # Replace the panel with the new panel
        self.currentCategory().replacePanel(panel, newPanel)
        # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
        self.setPanelProperties(newPanel)

        # Update the dict of the currentCategory with the new panel
        self.currentCategory()._panels[newPanel.objectName()] = newPanel
        
        # Enable all buttons, so you can access them with a right click
        for child in mw.findChildren(QToolButton):
            try:
                for subAction in child.actions():
                    subAction.setEnabled(True)
                child.setEnabled(True)
            except Exception:
                pass
        Gui.updateGui()
        
        # Close the old panel
        panel.close()
        
        # Close the context menu
        self.contextMenu.close() 
        return
    
    def on_AddSeparator_Clicked(self, panel: RibbonPanel, ButtonWidget: CustomControls, Side = "left"):
        # Get the workbench hame and the panel name
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        panelName = panel.objectName()
        # Declare an order list
        OrderList = []
        # Copy the workbench dict
        Dict = self.workBenchDict
        # Get the order of toolbars
        if "workbenches" in Dict:
            if workbenchName in Dict["workbenches"]:
                if panelName in Dict["workbenches"][workbenchName]["toolbars"]:
                    if "order" in Dict["workbenches"][workbenchName]["toolbars"][panelName]:
                        OrderList: list = Dict["workbenches"][workbenchName]["toolbars"][panelName]["order"]
        
        # if the orderlist is not empty, you may add a separator.
        # An empty list, results in the separator at the start of the panel                        
        if len(OrderList) > 0:
            index = None
            # Get the command name and its index in the list
            CommandName = ButtonWidget.findChild(QToolButton).defaultAction().data()
            if CommandName in OrderList:
                index = OrderList.index(CommandName)
            else:
                StandardFunctions.Mbox(
                    translate("FreeCAD Ribbon", "The command is not present in the Ribbon Layout.\n Close the customize enviroment to update the layout file and try again."),
                "",
                "Warning",
                )
            
            # Add the separator either let or right
            if index is not None:
                if Side == "left" :
                    if index > 0:
                        OrderList.insert(index, f"{index}_separator_{workbenchName}")
                else:
                    if index < len(OrderList)-1:
                        OrderList.insert(index+1, f"{index+1}_separator_{workbenchName}")
            
            # Set the orderlist in the dict and update the workbench dict
            Dict["workbenches"][workbenchName]["toolbars"][panel.objectName()]["order"] = OrderList
            self.workBenchDict.update(Dict)
       
            # Create a new panel
            workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
            newPanel = self.CreatePanel(workbenchName, panel.objectName(), addPanel=False, dict=self.workBenchDict,  ignoreColumnLimit=True, showEnableControl=True, enableSeparator=True)
            # Add the panel to the list with long panels
            self.longPanels.append(newPanel)

            # Replace the panel with the new panel
            self.currentCategory().replacePanel(panel, newPanel)
            # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
            self.setPanelProperties(newPanel)
            
            # Update the dict of the currentCategory with the new panel
            self.currentCategory()._panels[newPanel.objectName()] = newPanel
        
            # Enable all buttons, so you can access them with a right click
            for child in mw.findChildren(QToolButton):
                try:
                    for subAction in child.actions():
                        subAction.setEnabled(True)
                    child.setEnabled(True)
                except Exception:
                    pass
            Gui.updateGui()
            
            # Close the old panel
            panel.close()
            
            # Close the context menu
            self.contextMenu.close()
        return
            
    def on_RemoveSeparator_Clicked(self, panel: RibbonPanel, separator: CustomSeparator):
        # Get the workbench hame and the panel name
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        panelName = panel.objectName()
        # Declare an order list
        OrderList = []
        # Copy the workbench dict
        Dict = self.workBenchDict.copy()
        # Get the order of toolbars
        if "workbenches" in Dict:
            if workbenchName in Dict["workbenches"]:
                if panelName in Dict["workbenches"][workbenchName]["toolbars"]:
                    if "order" in Dict["workbenches"][workbenchName]["toolbars"][panelName]:
                        OrderList: list = Dict["workbenches"][workbenchName]["toolbars"][panelName]["order"]
        
        # if the orderlist is not empty, you can remove a separator.
        if len(OrderList) > 0:
            # Get the index of the separator and remove it from the list
            index = OrderList.index(separator.objectName())
            OrderList.pop(index)
            
            # Set the orderlist in the dict and update the workbench dict
            Dict["workbenches"][workbenchName]["toolbars"][panel.objectName()]["order"] = OrderList 
            self.workBenchDict.update(Dict)
            
            # Create a new panel
            workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
            newPanel = self.CreatePanel(workbenchName, panel.objectName(), addPanel=False, dict=self.workBenchDict, ignoreColumnLimit=True, showEnableControl=True, enableSeparator=True)
            # Add the panel to the list with long panels
            self.longPanels.append(newPanel)
            
            # Replace the panel with the new panel
            self.currentCategory().replacePanel(panel, newPanel)
            # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
            self.setPanelProperties(newPanel)
            
            # Enable all buttons, so you can access them with a right click
            for child in mw.findChildren(QToolButton):
                try:
                    for subAction in child.actions():
                        subAction.setEnabled(True)
                    child.setEnabled(True)
                except Exception:
                    pass
            Gui.updateGui()
            
            # Close the old panel
            panel.close()
            
            # Close the context menu
            self.contextMenu.close()

    def on_ButtonLabel_Changing(self, event, panel: RibbonPanel, ButtonWidget: CustomControls, widgetAction: CustomWidgets.LineEditAction):
        widgetAction.setClearButtonEnabled(True)
        Text = event
        # If the text is empty, restore the original name
        if Text == "":
            CommandName = ""
            for child in ButtonWidget.children():
                if (
                    type(child) is QToolButton
                    and child.objectName() == "CommandButton"
                ):
                    CommandName = child.defaultAction().data()
                    Text = CommandInfoCorrections(CommandName)["menuText"].replace("&", "")
                    widgetAction.setPlaceholderText(Text)
                
        # write the changes to the ribbonstructure file
        property = {"text": Text}
        self.WriteButtonSettings(ButtonWidget, panel, property)
        
        # Set the text also in the label widget
        LabelWidget: QLabel = ButtonWidget.findChild(QLabel)
        LabelWidget.setText(Text)
        return

    def on_PanelTitle_Changing(self, event, panel: RibbonPanel, widgetAction: CustomWidgets.LineEditAction):
        # Get the workbench name and the panel name
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        panelName = panel.objectName()
        widgetAction.setClearButtonEnabled(True)
        
        Text = event
        # If the text is empty, restore the original name
        if Text == "":
            Text = self.ReturnPanelTitle(panel, self.workBenchDict, filterOnly=True)
            widgetAction.setPlaceholderText(Text)

        # Create an entry in the dict if there isn't one
        Standard_Functions_Ribbon.add_keys_nested_dict(self.workBenchDict, ["workbenches", workbenchName, "toolbars", panelName, "title"])
        self.workBenchDict["workbenches"][workbenchName]["toolbars"][panelName]["title"] = Text
        # Set the panel title
        panel.setTitle(Text)
        return
    # endregion

    # region - drag drop event functions
    dragIndicator_Buttons = DragTargetIndicator(orientation="top", margins=0)
    dragIndicator_Panels = DragTargetIndicator(orientation="right")
    dragIndicator_QuickAccess = DragTargetIndicator(orientation="left")
    position = None
    rightColumnAdded = False
    spaceWidget_Left = RibbonToolButton()
    spaceWidget_Right = RibbonToolButton()
    target = None
    
    
    def dragEnterEvent(self, event: QDragEnterEvent):        
        if self.CustomizeEnabled is True:            
            widget = event.source()
            count = 0
            parent = widget.parent()
            panel = RibbonPanel()
            while (count < 20):
                try:
                    try:    
                        parent.setAcceptDrop(True)
                    except Exception:
                        pass
                    parent = parent.parent()
                    if type(parent) is RibbonPanel:
                        panel = parent
                    count = count + 1
                except Exception:
                    break
            
            # Check if there are more than one buttons. If not there is no point to drag and exit
            if len(panel.widgets()) <= 2 and type(widget) is not RibbonPanel and panel.findChild(QWidget, "ExtraSpacer") is not None:
                event.ignore()
            else:
                event.acceptProposedAction()
                event.setAccepted(True)
                event.accept()
        return
            
    def dragLeaveEvent(self, event: QDragLeaveEvent):
        if self.CustomizeEnabled is True:
            # Hide the drag indicator when you leave the drag area
            self.dragIndicator_Buttons.close()
            self.dragIndicator_Panels.close()
            # self.dragIndicator_QuickAccess.close()
            self.target = None
    
    def dragMoveEvent(self, event: QDragMoveEvent):
        if self.CustomizeEnabled is True:
            widget = event.source()
            # If the widget is not a panel, continue here
            if type(widget) is not RibbonPanel and type(widget) is not QToolBar:
                count = 0
                while (count < 10):                    
                    if type(widget) is CustomControls:
                        break
                    if type(widget) is QToolButton:
                        break
                    else:
                        if widget is not None:
                            widget = widget.parent()
                    count = count + 1

                # Get the panel
                panel = RibbonPanel()
                QuickAccessToolBar = QToolBar()
                count = 0
                parent = widget.parent()
                while (count < 10):
                    if type(parent) is RibbonPanel:
                        panel = parent
                        break
                    if type(parent) is QToolBar:
                        QuickAccessToolBar = parent
                        break
                    else:
                        parent = parent.parent()
                    count = count + 1

                if type(parent) is RibbonPanel:
                    gridLayout: QGridLayout = panel._actionsLayout
                    position = None
                    # Find the correct location of the drop target, so we can move it there.
                    position: object= self.find_drop_location(event)
                    if position is None:
                        return
                    # If the widget is a separator or the extra widget for large buttons, skip it
                    if type(position[3].children()[1]) is CustomSeparator or position[3].children()[1].objectName() == "ExtraSpacer":
                        return

                    # Inserting moves the item if its already in the layout.
                    rowSpan = position[2]
                    try:
                        widgetHoveredOver = gridLayout.itemAtPosition(position[0], position[1]).widget().findChild(CustomControls)
                        self.target = position
                        try:
                            button = widgetHoveredOver.actions()[0]
                            self.target = [position[0], position[1], button.data()]
                        except Exception:
                            pass
                                    
                        if position[0] == 0:
                            self.dragIndicator_Buttons._orientation = "left"
                        else:
                            self.dragIndicator_Buttons._orientation = "top"
                        # Add the drag indicator
                        gridLayout.addWidget(
                            self.dragIndicator_Buttons, position[0], position[1], rowSpan, 1
                        )
                                    
                        # When you hide the source, the dragged widget disapears from the panel.
                        # For now It is left in, to keep the panel at the same size.
                        # e.source().hide()
                        # Show the target.
                        self.dragIndicator_Buttons.show()
                    except Exception:
                        pass
            
                if type(parent) is QToolBar and parent.objectName() == "quickAccessToolBar":
                    # Get the relative position of the cursor
                    buttonPos = QuickAccessToolBar.mapTo(QuickAccessToolBar ,event.pos())
                    # Get the action
                    button = QuickAccessToolBar.childAt(buttonPos)
                    beforeAction = QuickAccessToolBar.actionAt(buttonPos)
                    if button is not None and type(button) is QToolButton:
                        dragIndicator = self.dragIndicator_QuickAccess
                        QuickAccessToolBar.insertWidget(beforeAction, dragIndicator)
                        dragIndicator.show()
                                        
            if type(widget) is RibbonPanel:
                position: object= self.find_drop_location(event)
                try:                     
                    self.currentCategory().insertWidget(self.dragIndicator_Panels, position[0])
                    self.dragIndicator_Panels.show()
                except Exception:
                    pass            
            event.acceptProposedAction()
            event.setAccepted(True)
            event.accept()
        return

    
    def dropEvent(self, event:QDropEvent, widget = None):
        # return
        # Get the widget
        if widget is None:
            widget = event.source()
                
        if type(widget) is not RibbonPanel:
            # Get the panel
            panel = RibbonPanel()
            count = 0
            parent = widget.parent()
            while (count < 10):
                if type(parent) is RibbonPanel:
                    panel = parent
                    break
                else:
                    parent = parent.parent()
                count = count + 1
            # Get tabBar
            parent = panel.parent()
            count = 0
            while (count < 10):
                if type(parent) == RibbonNormalCategory or type(parent) == RibbonContextCategory:
                    break
                else:
                    parent = parent.parent()
                count = count + 1
            # Get the gridlayout
            gridLayout: QGridLayout = panel._actionsLayout
            # Hide the dragIndicater and the spacer widgets
            self.dragIndicator_Buttons.hide()
            self.spaceWidget_Left.hide()
            self.spaceWidget_Right.hide()
            
            if isinstance(panel, RibbonPanel):
                replace = False
                if not widget.geometry().contains(event.pos()):       
                    # Get the coordinates of the drag location
                    xPos_drag = self.target[0]
                    yPos_drag = self.target[1]
                    # Define the original widget
                    OriginalItem = gridLayout.itemAtPosition(xPos_drag, yPos_drag)
                    OriginalWidget = OriginalItem.widget().findChild(CustomControls)
                    
                    # Get the old position of the dragged widget
                    n = 0
                    OldPos = []
                    for n in range(gridLayout.count()):
                        if gridLayout.itemAt(n).widget().findChild(CustomControls) == widget.parent().parent().findChild(CustomControls):
                            OldPos = gridLayout.getItemPosition(n)
                            break
                    
                    # counter and old position is not empty, Swap the widgets
                    if n > -1 and len(OldPos) > 0 :
                        # Define the dragged widgets
                        DraggedItem = gridLayout.itemAt(n)
                        DraggedWidget = DraggedItem.widget().findChild(CustomControls)

                        # Get the workbench name and the panel name                  
                        title = panel.objectName()
                        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
                        
                        # Get the order list, if there isn't one, create it
                        StandardFunctions.add_keys_nested_dict(
                            self.workBenchDict,
                            [
                                "workbenches",
                                workbenchName,
                                "toolbars",
                                panel.objectName(),
                                "order"
                            ],
                        )
                        OrderList = self.workBenchDict["workbenches"][workbenchName]["toolbars"][title]["order"]
                        # if OrderList is None or len(OrderList) == 0:
                        OrderList_Compare = []
                        for n in range(gridLayout.count()):
                            control = gridLayout.itemAt(n).widget().findChild(CustomControls)
                            separator = gridLayout.itemAt(n).widget().findChild(CustomSeparator)
                            if control is not None and type(control) is CustomControls:
                                OrderList_Compare.append(control.actions().data())
                            if separator is not None and type(separator) is CustomSeparator:
                                OrderList_Compare.append(separator.objectName())
                        if OrderList != OrderList_Compare:
                            OrderList = OrderList_Compare
                        
                        # Get the indexes of the widgets
                        index_originalWidget = OrderList.index(OriginalWidget.actions().data()) # This is the location were will be dropped
                        index_newWidget = OrderList.index(DraggedWidget.actions().data()) # This is the original location of the dragged widget
                        if replace is True:
                            # Remove the command name of the original widget from the order list and
                            # Add the command of the dragged widget in its place
                            OrderList.pop(index_originalWidget)
                            OrderList.insert(index_originalWidget, DraggedWidget.actions().data())
                            # Remove the command name of the dragged widget from the order list and
                            # Add the command of the original widget in its place
                            OrderList.pop(index_newWidget)
                            OrderList.insert(index_newWidget, OriginalWidget.actions().data())
                        else:
                            # Remove the dragged item from the list
                            OrderList.pop(index_newWidget)
                            # Inserted it at the new location
                            OrderList.insert(index_originalWidget, DraggedWidget.actions().data())                            
                        
                        #
                        self.workBenchDict["workbenches"][workbenchName]["toolbars"][panel.objectName()]["order"] = OrderList     
                                        
                        # Create a new panel
                        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
                        newPanel = self.CreatePanel(workbenchName, panel.objectName(), addPanel=False, dict=self.workBenchDict, ignoreColumnLimit=True,showEnableControl=True, enableSeparator=True)
                                                
                        # Add the panel to the list with long panels
                        self.longPanels.append(newPanel)
                                                
                        # Replace the panel with the new panel
                        self.currentCategory().replacePanel(panel, newPanel)
                        # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
                        self.setPanelProperties(newPanel)
                        
                        # Update the dict of the currentCategory with the new panel
                        self.currentCategory()._panels[newPanel.objectName()] = newPanel
                        
                        # Close the old panel and the dragindicator
                        panel.close()
                        self.dragIndicator_Buttons.close()

        if type(widget) is RibbonPanel:
            # Get the position (index, position)
            position = self.find_drop_location(event)
            # Create a new panel
            workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
            newPanel = self.CreatePanel(workbenchName, widget.objectName(), False, self.workBenchDict,  ignoreColumnLimit=True, showEnableControl=True)

            # Add the new panel
            self.currentCategory().insertWidget(newPanel,position[0])
            # For some reason, the font of the panel title will be reset after replacing a panel, set its properties again.
            self.setPanelProperties(newPanel)
            
            # Update the dict of the currentCategory with the new panel
            panels = {}
            for title, panel in self.currentCategory().panels().items():
                StandardFunctions.add_keys_nested_dict(panels, [title])
                if panel.objectName() == newPanel.objectName():
                    panels[title] = newPanel
                else:
                    panels[title] = panel
            self.currentCategory()._panels = panels
            
            # Close the current panel
            widget.close()

            # Create the current orderlist from the panels
            OrderList:list = self.workBenchDict["workbenches"][workbenchName]["toolbars"]["order"]
            # if a panel is not in the orderlist, add it
            for title, panel in self.currentCategory().panels().items():
                if panel.objectName() not in OrderList:
                    OrderList.append(panel.objectName())
            # if an item in the orderlist is not in the panel list, remove it from the order list
            for panelItem in OrderList:
                isInList = False
                for title, panel in self.currentCategory().panels().items():
                    if title == panelItem:
                        isInList = True
                if isInList is False:
                    OrderList.remove(panelItem)
            
            # Add the widget in the new place of the order list
            OrderIndex = position[0]
            if widget.objectName() in OrderList:
                OrderList.remove(widget.objectName())
            OrderList.insert(OrderIndex, widget.objectName())
            
            # Update the workbench dict
            self.workBenchDict["workbenches"][workbenchName]["toolbars"]["order"] = OrderList
            
            # Close the drag indicator
            self.dragIndicator_Panels.close()

        event.accept()
        return


    def find_drop_location(self, event):
        """
        Determines the drop location in a grid layout based on the position of a drag-and-drop event.
        Args:
            event (QEvent): The drag-and-drop event containing the position and source widget.
        Returns:
            list: A list containing the following elements:
                - Row
                - Column
                - Rowspan
                - Columnspan
        Notes:
            - The method calculates the grid position (row and column) by comparing the event's position
              with the global positions of widgets in the grid layout.
            - Assumes the parent widget has a `_actionsLayout` attribute that is a QGridLayout.
        """

        # Get the position as a point
        pos = event.pos()       
        # Get the widget
        widget = event.source()
        # Give the position an offset for a more natural drag
        pos.setX(pos.x() - (widget.width()/2))
        pos.setY(pos.y() - (widget.height()/2))
        
        if type(widget) is not RibbonPanel:
            # Get the panel
            panel = RibbonPanel()
            count = 0
            parent = widget.parent()
            while (count < 10):
                if type(parent) is RibbonPanel:
                    panel = parent
                    break
                else:
                    parent = parent.parent()
                count = count + 1
            gridLayout: QGridLayout = panel._actionsLayout
            # Define the placeholders for x- and y-coordinates as grid positions
            xPos = 0
            yPos = 0

            # Get the column
            Column = 0
            for Column in range(gridLayout.columnCount()):
                item = gridLayout.itemAtPosition(0, Column)
                if item is not None:
                    w = item.widget()
                    if w is not None:
                        Widget_X = w.mapTo(self,w.pos()).x()

                        if w.mapTo(panel, pos).x() < Widget_X:
                            yPos = Column
                            break

            # Get the row
            Row = 0
            for Row in range(gridLayout.rowCount()):
                item = gridLayout.itemAtPosition(Row, Column)
                if item is not None:
                    w = item.widget()
                    if w is not None:
                        Widget_y = w.mapTo(self,w.pos()).y()

                        if w.mapTo(panel, pos).y() < Widget_y:
                            xPos = Row
                            break

            # Return then coordinates as grid positions
            w_origin = None
            try:
                w_origin = gridLayout.itemAtPosition(xPos, yPos).widget()
                index = gridLayout.indexOf(w_origin)
                position: object = gridLayout.getItemPosition(index)
                return [position[0], position[1], position[2], w_origin]
            except Exception:
                return None
        
        if type(widget) is RibbonPanel:
            layout = self.currentCategory()._categoryLayout
            for i in range(layout.count()):
                item = layout.itemAt(i)
                if item is not None:
                    w= item.widget()
                    Widget_X = w.mapTo(self,w.pos()).x() 
                    # Widget_X = Widget_X + w.width() * 0.5
                    
                    if w.mapTo(self.currentCategory(), pos).x() < Widget_X:
                            return [i, Widget_X]
        return None
    # endregion
    
    # region - standard class functions
    #
    # implementation to add actions to the Filemenu. Needed for the accessories menu
    def addAction(self, action: QAction):
        menu = self.findChild(RibbonMenu, "Ribbon")
        StyleSheet_Menu = (
            "* {font-size: " + str(Parameters_Ribbon.FONTSIZE_MENUS) + "px;}"
        )
        menu.setStyleSheet(StyleSheet_Menu)
        if menu is None:
            menu = self.addFileMenu()
        menu.addAction(action)
        return

    # endregion

    # region - Standard ribbon functions
    def connectSignals(self):
        self.tabBar().currentChanged.connect(self.onUserChangedWorkbench)
        mw.workbenchActivated.connect(self.onWbActivated)
        return

    def disconnectSignals(self):
        self.tabBar().currentChanged.disconnect(self.onUserChangedWorkbench)
        mw.workbenchActivated.disconnect(self.onWbActivated)
        return

    def onUserChangedWorkbench(self, tabActivated=True):
        """
        Import selected workbench toolbars to ModernMenu section.
        """
        if len(self.LastCustomized) > 0:
            category = self.categories()[self.LastCustomized[1]]
            if self.CustomizeEnabled is True and self.currentCategory() != category:            
                self.setCurrentCategory(category)
                StandardFunctions.Mbox(translate("FreeCAD Ribbon", "Close customize enviroment first!"), "", 0, "Warning")
                return
        
        if len(mw.findChildren(QDockWidget, "Ribbon")) > 0:
            if Parameters_Ribbon.AUTOHIDE_RIBBON is False:
                self.UnfoldRibbon()
            # else:
            #     self.FoldRibbon(True)

        index = self.tabBar().currentIndex()
        tabName = self.tabBar().tabText(index)

        if tabName is not None and tabName != "" and tabName != "test":
            # activate selected workbench
            tabName = tabName.replace("&", "")
            if self.wbNameMapping[tabName] is not None:
                Gui.activateWorkbench(self.wbNameMapping[tabName])

            if tabActivated is True:
                self.onWbActivated()
                self.ApplicationMenus()           
        
        # hide normal toolbars
        self.hideClassicToolbars()

        return

    def onWbActivated(self):
        if len(mw.findChildren(QDockWidget, "Ribbon")) > 0:
            if Parameters_Ribbon.AUTOHIDE_RIBBON is False:
                self.UnfoldRibbon()
            # else:
            #     self.FoldRibbon(True)

        # Set the text color depending in tabstyle
        if Parameters_Ribbon.TABBAR_STYLE != 1:
            self.tabBar().setStyleSheet(
                "QTabBar::tab {color: "
                + StyleMapping_Ribbon.ReturnStyleItem("FontColor")
                + ";}"
            )
        if Parameters_Ribbon.TABBAR_STYLE == 1:
            self.tabBar().setStyleSheet(
                "QTabBar::tab {background: "
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color", True, True)
                + ";color: "
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color", True, True)
                + ";min-width: "
                + str(self.TabBar_Size-3)
                + "px;max-width: "
                + str(self.TabBar_Size-3)
                + "px;"
                + "padding-left: 6px;"
                + "padding-right: 3px;"
                + "margin: 3px"
                + ";}"
                + "QTabBar::tab:selected, QTabBar::tab:hover { "
                + "background: "
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                + ";color: "
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                + ";}"
            )

        # ensure that workbench is already loaded
        workbench = Gui.activeWorkbench()
        if not hasattr(workbench, "__Workbench__"):
            # XXX for debugging purposes
            if Parameters_Ribbon.DEBUG_MODE is True:
                StandardFunctions.Print(f"wb {workbench.MenuText} not loaded", "Log")

            # wait for 0.1s hoping that after that time the workbench is loaded
            timer.timeout.connect(self.onWbActivated)
            timer.setSingleShot(True)
            timer.start(1000)
            return

        # hide normal toolbars
        self.hideClassicToolbars()

        # switch tab if necessary
        self.updateCurrentTab()

        # create panels. Do this after updateCurrentTab.
        # Otherwise, the sketcher workbench won;t be loaded properly the first time
        self.buildPanels()
        
        # hide normal toolbars
        self.hideClassicToolbars()

        # if self.DesignMenuLoaded is True:
        #     # Disable the quick toolbar, righttoolbar and application menu
        #     self.rightToolBar().setDisabled(True)
        #     self.quickAccessToolBar().setDisabled(True)
        #     self.applicationOptionButton().setDisabled(True)
        #     Gui.updateGui()
        return

    def onTabBarClicked(self):
        self.UnfoldRibbon()
        self.setRibbonVisible(True)

        # hide normal toolbars
        self.hideClassicToolbars()
        return

    def updateCurrentTab(self):
        currentWbIndex = self.tabBar().indexOf(Gui.activeWorkbench().MenuText)
        currentTabIndex = self.tabBar().currentIndex()

        if currentWbIndex != currentTabIndex:
            self.disconnectSignals()
            self.tabBar().setCurrentIndex(currentWbIndex)
            self.connectSignals()
        self.ApplicationMenus()

        if self.DesignMenuLoaded is True:
            # Disable the quick toolbar, righttoolbar and application menu
            self.rightToolBar().setDisabled(True)
            self.quickAccessToolBar().setDisabled(True)
            self.applicationOptionButton().setDisabled(True)
            Gui.updateGui()

        return

    # endregion

    # region - Functions for building the ribbon
    def createModernMenu(self):
        """
        Create menu tabs.
        """
        # Define a label for the menu
        Text = QLabel()
        Text.setText(translate("FreeCAD Ribbon", "Menu"))
        # Get its metrics
        FontMetrics = QFontMetrics(Text.font())
        # Define a layout and add the label
        Layout = QHBoxLayout()
        Layout.addWidget(Text, 0, Qt.AlignmentFlag.AlignRight)
        Layout.setContentsMargins(0, 0, 0, 0)
        # Add the layout to the menu button
        self.applicationOptionButton().setLayout(Layout)
        self.applicationOptionButton().setContentsMargins(0, 0, 9, 0)
        # Set the size of the menu button
        self.applicationOptionButton().setFixedSize(
            self.QuickAccessButtonSize
            + FontMetrics.boundingRect(Text.text()).width()
            + 12,
            self.QuickAccessButtonSize,
        )
        # Set the icon
        self.setApplicationIcon(Gui.getIcon("freecad"))
        # Set the styling of the button including padding (Text widht + 2*maring)
        self.applicationOptionButton().setStyleSheet(
            StyleMapping_Ribbon.ReturnStyleSheet(
                "applicationbutton",
                padding_right=str(FontMetrics.horizontalAdvance(Text.text(), -1) + 12)
                + "px",
                radius="4px",
            )
        )
        # Add the default tooltip
        self.applicationOptionButton().setToolTip(
            translate("FreeCAD Ribbon", "FreeCAD Ribbon")
        )

        # add the menus from the menubar to the application button
        self.ApplicationMenus()

        # add quick access buttons
        i = 1  # Start value for button count. Used for width of quickaccess toolbar
        toolBarWidth = (
            (self.QuickAccessButtonSize * self.sizeFactor) * i
        ) + self.applicationOptionButton().width()
        for commandName in self.quickAccessCommands:
            i = i + 1
            # Define a width
            width = 0
            # Define a button
            button = QToolButton()
            # set the default padding to zero
            padding = 0

            try:
                # If it is a standard freecad button, set the command accordingly
                if commandName.endswith("_ddb") is False:
                    try:
                        # Check if the workbench is loaded. If not, actions will be an empty list
                        # Find the command its workbench and activate it
                        QuickAction = Gui.Command.get(commandName).getAction()
                        if len(QuickAction) == 0:
                            for CommandItem in self.List_Commands:
                                if CommandItem[0] == commandName:
                                    Gui.activateWorkbench(CommandItem[3])
                                    break
                    except Exception:
                        pass
                    QuickAction = Gui.Command.get(commandName).getAction()

                    if len(QuickAction) == 1:
                        button.setDefaultAction(QuickAction[0])
                        width = self.QuickAccessButtonSize
                        height = self.QuickAccessButtonSize
                        button.setFixedSize(width, height)
                        # Set the stylesheet
                        button.setStyleSheet(
                            StyleMapping_Ribbon.ReturnStyleSheet(
                                "toolbutton", "2px", f"{padding}px"
                            )
                        )
                    elif len(QuickAction) > 1:
                        # set the padding for a dropdown button
                        padding = self.PaddingRight

                        button.addActions(QuickAction)
                        button.setDefaultAction(QuickAction[0])
                        # Set the width and height
                        width = self.QuickAccessButtonSize + padding
                        height = self.QuickAccessButtonSize
                        button.setFixedSize(width, height)
                        # Set the PopupMode
                        button.setPopupMode(
                            QToolButton.ToolButtonPopupMode.InstantPopup
                        )
                        # Set the stylesheet
                        button.setStyleSheet(
                            StyleMapping_Ribbon.ReturnStyleSheet(
                                "toolbutton", "2px", f"{padding}px"
                            )
                        )

                # If it is a custom dropdown, add the actions one by one.
                if commandName.endswith("_ddb") is True:
                    # set the padding for a dropdown button
                    padding = self.PaddingRight
                    # Get the actions and add them one by one
                    QuickAction = self.returnCustomDropDown(commandName)
                    for action in QuickAction:
                        if len(action) > 0:
                            button.addAction(action[0])
                    # Set the default action
                    button.setDefaultAction(button.actions()[0])
                    # Set the width and height
                    width = self.QuickAccessButtonSize + padding
                    height = self.QuickAccessButtonSize
                    button.setFixedSize(width, height)
                    # Set the PopupMode
                    button.setPopupMode(QToolButton.ToolButtonPopupMode.InstantPopup)

                    # Set the stylesheet
                    button.setStyleSheet(
                        StyleMapping_Ribbon.ReturnStyleSheet(
                            "toolbutton", "2px", padding_right=f"{padding}px"
                        )
                    )

                # Set the height
                self.setQuickAccessButtonHeight(self.RibbonMinimalHeight)

                button.setContentsMargins(3, 3, 3, 3)
                
                # Add dragdrop functionality
                def mouseMoveEvent(self, e):
                    if e.buttons() == Qt.MouseButton.LeftButton:
                        try:
                            drag = QDrag(self)
                            mime = QMimeData()
                            drag.setMimeData(mime)
                            pixmap = QPixmap(self.size())
                            self.render(pixmap)
                            drag.setPixmap(pixmap)

                            drag.exec_(Qt.DropAction.MoveAction)
                        except Exception as e:
                            print(e)
                
                button.mouseMoveEvent = lambda e: mouseMoveEvent(button, e)

                # Add the button to the quickaccess toolbar
                if len(button.actions()) > 0:
                    self.addQuickAccessButton(button)
                else:
                    StandardFunctions.Print(
                        f"{commandName} did not contain any actions!", "Log"
                    )

                toolBarWidth = toolBarWidth + width
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    StandardFunctions.Print(f"{commandName}, {e}", "Warning")
                # raise (e)
                continue

        self.quickAccessToolBar().show()
        # Set the height of the quickaccess toolbar
        self.quickAccessToolBar().setMinimumHeight(self.QuickAccessButtonSize)

        # Set the width of the quickaccess toolbar.
        self.quickAccessToolBar().setMinimumWidth(toolBarWidth)
        # Set the size policy
        self.quickAccessToolBar().setSizePolicy(
            QSizePolicy.Policy.Minimum, QSizePolicy.Policy.MinimumExpanding
        )
        # needed for excluding from hiding toolbars
        self.quickAccessToolBar().setObjectName("quickAccessToolBar")
        self.quickAccessToolBar().setWindowTitle("quickAccessToolBar")

        # Set the tabbar height and textsize
        self.tabBar().setContentsMargins(0, 0, 0, 0)
        font = self.tabBar().font()
        font.setPixelSize(Parameters_Ribbon.FONTSIZE_TABS)
        self.tabBar().setFont(font)

        self.tabBar().setIconSize(QSize(self.TabBar_Size - 6, self.TabBar_Size - 6))
        self.tabBar().setStyleSheet(
            "margin: 0px;padding: 0px;height: " + str(self.TabBar_Size) + ";"
        )
        
        # Correct colors when no stylesheet is selected for FreeCAD.
        self.quickAccessToolBar().setStyleSheet("")
        if Parameters_Ribbon.BUTTON_BACKGROUND_ENABLED is True:
            FreeCAD_preferences = App.ParamGet(
                "User parameter:BaseApp/Preferences/MainWindow"
            )
            currentStyleSheet = FreeCAD_preferences.GetString("StyleSheet")
            if currentStyleSheet == "":
                hexColor = StyleMapping_Ribbon.ReturnStyleItem("Background_Color")
                # Set the quickaccess toolbar background color
                self.quickAccessToolBar().setStyleSheet(
                    "background-color: " + hexColor + ";"
                )

        # Get the order of workbenches from Parameters
        WorkbenchOrderedList: list = Parameters_Ribbon.TAB_ORDER.split(",")
        # Check if there are workbenches that are not in the orderlist
        IsInList = False
        for InstalledWB in Gui.listWorkbenches():
            for i in range(len(WorkbenchOrderedList)):
                if WorkbenchOrderedList[i] == InstalledWB:
                    IsInList = True
            if IsInList is False:
                WorkbenchOrderedList.append(InstalledWB)
            IsInList = False
        # There is an issue with the internal assembly wb showing the wrong panel
        # when assembly4 wb is installed and positioned for the internal assembly wb
        for i in range(len(WorkbenchOrderedList)):
            if (
                WorkbenchOrderedList[i] == "Assembly4Workbench"
                or WorkbenchOrderedList[i] == "Assembly3Workbench"
            ):
                try:
                    index_1 = WorkbenchOrderedList.index(WorkbenchOrderedList[i])
                    index_2 = WorkbenchOrderedList.index("AssemblyWorkbench")

                    WorkbenchOrderedList.pop(index_2)
                    WorkbenchOrderedList.insert(index_1, "AssemblyWorkbench")

                    break
                except Exception:
                    pass
        param_string = ""
        for i in range(len(WorkbenchOrderedList)):
            if WorkbenchOrderedList[i] != "":
                param_string = param_string + "," + WorkbenchOrderedList[i]
        Parameters_Ribbon.Settings.SetStringSetting("TabOrder", param_string)

        # add category for each workbench
        self.tabBar().setAcceptDrops(True)
        for i in range(len(WorkbenchOrderedList)):
            for workbenchName, workbench in list(Gui.listWorkbenches().items()):
                if workbenchName == WorkbenchOrderedList[i]:
                    name = workbench.MenuText.replace("&", "")
                    if (
                        name != ""
                        and name not in self.ignoredWorkbenches
                        and name != "<none>"
                        and name is not None
                    ):
                        self.wbNameMapping[name] = workbenchName
                        self.isWbLoaded[name] = False

                        # Set the title
                        category = self.addCategory(name)
                        category.setObjectName(workbenchName)
                        # category.setAcceptDrops(True)
                        
                        # # Add a drag function to the category
                        # def mouseMoveEvent(self, e):
                        #     if e.buttons() == Qt.MouseButton.LeftButton:
                        #         try:
                        #             drag = QDrag(self)
                        #             mime = QMimeData()
                        #             drag.setMimeData(mime)
                        #             pixmap = QPixmap(self.size())
                        #             self.render(pixmap)
                        #             drag.setPixmap(pixmap)

                        #             drag.exec(Qt.DropAction.MoveAction)
                        #         except Exception as e:
                        #             print(e)
                        
                        # category.mouseMoveEvent = lambda e: mouseMoveEvent(category, e)

                        # Set the tabbar according the style setting
                        if Parameters_Ribbon.TABBAR_STYLE <= 1:
                            # set tab icon
                            icon: QIcon = self.ReturnWorkbenchIcon(workbenchName)
                            self.tabBar().setTabIcon(len(self.categories()) - 1, icon)
                        if Parameters_Ribbon.TABBAR_STYLE == 2:
                            self.tabBar().setTabIcon(
                                len(self.categories()) - 1, QIcon()
                            )

                        # Set the tab data
                        self.tabBar().setTabData(
                            len(self.categories()) - 1, workbenchName
                        )

                        # Set the tooltip
                        MenuText = workbench.MenuText
                        ToolTipText = workbench.ToolTip
                        if (
                            ToolTipText.lower() != MenuText.lower() + " workbench"
                            and MenuText.lower() != ToolTipText.lower()
                        ):
                            MenuText = (
                                f"<b>{workbench.MenuText}</b><br>{workbench.ToolTip}"
                            )
                        else:
                            MenuText = f"<b>{MenuText}<b>"

                        self.tabBar().setTabToolTip(
                            len(self.categories()) - 1, MenuText
                        )

        # Set the size of the collapseRibbonButton
        self.collapseRibbonButton().setFixedSize(
            self.RightToolBarButtonSize, self.RightToolBarButtonSize
        )

        # add the searchbar if available
        SearchBarWidth = self.AddSearchBar()
        if Parameters_Ribbon.TOOLBAR_POSITION == 0:
            spacer = QWidget()
            spacer.setSizePolicy(QSizePolicy.Policy.Fixed, QSizePolicy.Policy.Expanding)
            spacer.setFixedWidth(10)
            if SearchBarWidth > 10:
                BeforeAction = self.rightToolBar().actions()[2]
            else:
                BeforeAction = self.rightToolBar().actions()[1]
            self.rightToolBar().insertWidget(BeforeAction, spacer)

        # add an overlay menu if Ribbon's overlay is enabled
        if self.OverlayMenu is not None:
            OverlayMenu = QToolButton()
            OverlayMenu.setIcon(QIcon(os.path.join(pathIcons, "Draft_Layer.svg")))
            OverlayMenu.setToolTip(
                translate("FreeCAD Ribbon", "Overlay functions") + "..."
            )
            OverlayMenu.setMenu(self.OverlayMenu)
            OverlayMenu.setFixedSize(
                self.RightToolBarButtonSize + 12, self.RightToolBarButtonSize
            )
            OverlayMenu.setStyleSheet(
                StyleMapping_Ribbon.ReturnStyleSheet(
                    control="toolbutton", padding_right="12px"
                )
            )
            OverlayMenu.setPopupMode(QToolButton.ToolButtonPopupMode.InstantPopup)
            Font = OverlayMenu.font()
            Font.setPixelSize(Parameters_Ribbon.FONTSIZE_MENUS)
            OverlayMenu.setFont(Font)
            # add the settingsmenu to the right toolbar
            self.rightToolBar().addWidget(OverlayMenu)

        # add a settings button with menu
        SettingsMenu = QToolButton()
        # Get the freecad preference button
        editMenu = mw.findChildren(QMenu, "&Edit")[0]
        for action in editMenu.actions():
            if action.objectName() == "Std_DlgPreferences":
                preferenceButton_FreeCAD = action
                SettingsMenu.addAction(preferenceButton_FreeCAD)
        # Get the customize button from FreeCAD
        toolsMenu = mw.findChildren(QMenu, "&Tools")[0]
        for action in toolsMenu.actions():
            if action.objectName() == "Std_DlgCustomize":
                CustomizeButton_FreeCAD = action
                SettingsMenu.addAction(CustomizeButton_FreeCAD)
        # Add a save and restore button
        try:
            toolsMenu = mw.findChildren(QMenu, "&Tools")[0]
            for action in toolsMenu.actions():
                if action.objectName() == "SaveAndRestore":
                    SaveAndRestore = action
                    SettingsMenu.addAction(SaveAndRestore)
                    break
        except Exception:
            pass
        # add the ribbon settings menu
        SettingsMenu.addAction(self.RibbonMenu.menuAction())
        SettingsMenu.setIcon(Gui.getIcon("Std_DlgParameter.svg"))
        SettingsMenu.setToolTip(translate("FreeCAD Ribbon", "Preferences") + "...")
        SettingsMenu.setFixedSize(
            self.RightToolBarButtonSize + 12, self.RightToolBarButtonSize
        )
        SettingsMenu.setStyleSheet(
            StyleMapping_Ribbon.ReturnStyleSheet(
                control="toolbutton", padding_right="12px"
            )
        )
        SettingsMenu.setPopupMode(QToolButton.ToolButtonPopupMode.InstantPopup)
        # add the settingsmenu to the right toolbar
        self.rightToolBar().addWidget(SettingsMenu)

        # Set the helpbutton
        self.helpRibbonButton().setEnabled(True)
        self.helpRibbonButton().setSizePolicy(
            QSizePolicy.Policy.Expanding, QSizePolicy.Policy.Expanding
        )
        self.helpRibbonButton().setToolTip(translate("FreeCAD Ribbon", "Help") + "...")
        # Get the default help action from FreeCAD
        helpMenu = mw.findChildren(QMenu, "&Help")[0]
        helpAction = helpMenu.actions()[0]
        self.helpRibbonButton().setIcon(helpAction.icon())
        self.helpRibbonButton().setMenu(self.HelpMenu)
        self.helpRibbonButton().setFixedSize(
            self.RightToolBarButtonSize + 12, self.RightToolBarButtonSize
        )
        self.helpRibbonButton().setStyleSheet(
            StyleMapping_Ribbon.ReturnStyleSheet(
                control="toolbutton", padding_right="12px"
            )
        )
        self.helpRibbonButton().setPopupMode(
            QToolButton.ToolButtonPopupMode.InstantPopup
        )

        # Add a button the enable or disable AutoHide
        pinButton = QToolButton()
        pinButton.setCheckable(True)
        pinButton.setSizePolicy(
            QSizePolicy.Policy.Expanding, QSizePolicy.Policy.Expanding
        )
        pinButton.setFixedSize(self.RightToolBarButtonSize, self.RightToolBarButtonSize)
        # Set the correct icon
        pinButtonIcon = None
        if Parameters_Ribbon.AUTOHIDE_RIBBON is True:
            pinButtonIcon = StyleMapping_Ribbon.ReturnStyleItem("PinButton_closed")
        if Parameters_Ribbon.AUTOHIDE_RIBBON is False:
            pinButtonIcon = StyleMapping_Ribbon.ReturnStyleItem("PinButton_open")
        # Set the icon
        if pinButtonIcon is not None:
            pinButton.setIcon(pinButtonIcon)
        # Set the text and objectname
        pinButton.setText(translate("FreeCAD Ribbon", "Pin Ribbon"))
        pinButton.setObjectName("Pin Ribbon")
        # Set the correct checkstate
        if Parameters_Ribbon.AUTOHIDE_RIBBON is True:
            pinButton.setChecked(False)
        if Parameters_Ribbon.AUTOHIDE_RIBBON is False:
            pinButton.setChecked(True)
        pinButton.setStyleSheet(
            StyleMapping_Ribbon.ReturnStyleSheet("toolbutton", "2px")
        )
        ShortcutKey = "Alt+T"
        try:
            CustomShortCuts = App.ParamGet(
                "User parameter:BaseApp/Preferences/Shortcut"
            )
            if "Ribbon_Pin" in CustomShortCuts.GetStrings():
                ShortcutKey = CustomShortCuts.GetString("Ribbon_Pin")
            if ShortcutKey != "" and ShortcutKey is not None:
                pinButton.setShortcut(ShortcutKey)
        except Exception:
            pass
        # Set the tooltip
        ToolTip = translate(
            "FreeCAD Ribbon", "Click to toggle the autohide function on or off"
        )
        if ShortcutKey != "none":
            ToolTip = ToolTip + f"<br></br><i>{ShortcutKey}</i>"
        pinButton.setToolTip(
            translate(
                "FreeCAD Ribbon",
                "Click to toggle the autohide function on or off"
                + f"<br></br><i>{ShortcutKey}</i>",
            )
        )

        # If FreeCAD's overlay function is active, set the pinbutton to checked and then to disabled
        preferences = App.ParamGet("User parameter:BaseApp/Preferences/DockWindows")
        if preferences.GetBool("ActivateOverlay") is True:
            pinButton.setChecked(True)
            pinButton.setDisabled(True)
        else:
            pinButton.clicked.connect(lambda: self.on_Pin_clicked(pinButton))
            # pinbutton is moved to the ribbon right bottom corner
            # self.rightToolBar().addWidget(pinButton)

        # if the FreeCAD titlebar is hidden,add close, minimize and maximize buttons
        if Parameters_Ribbon.HIDE_TITLEBAR_FC is True:
            spacer = QWidget()
            spacer.setSizePolicy(QSizePolicy.Policy.Fixed, QSizePolicy.Policy.Expanding)
            spacer.setFixedWidth(30)
            if Parameters_Ribbon.TOOLBAR_POSITION == 1:
                spacer.setFixedWidth(5)
            self.rightToolBar().addWidget(spacer)

            # Minimize button
            MinimzeButton = QToolButton()
            MinimzeButton.setStyleSheet(
                StyleMapping_Ribbon.ReturnStyleSheet(
                    control="toolbutton",
                    radius="2px",
                    padding_left="3px",
                    padding_top="3px",
                    padding_bottom="3px",
                    padding_right="3px",
                )
            )
            MinimzeButton.setIcon(
                StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[3]
            )
            MinimzeButton.clicked.connect(self.MinimizeFreeCAD)
            MinimzeButton.setFixedSize(
                self.RightToolBarButtonSize, self.RightToolBarButtonSize
            )
            self.rightToolBar().addWidget(MinimzeButton)
            # Restore button
            RestoreButton = QToolButton()
            RestoreButton.setObjectName("RestoreButton")
            RestoreButton.setStyleSheet(
                StyleMapping_Ribbon.ReturnStyleSheet(
                    control="toolbutton",
                    radius="2px",
                    padding_left="3px",
                    padding_top="3px",
                    padding_bottom="3px",
                    padding_right="3px",
                )
            )
            RestoreButton.setIcon(
                StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[2]
            )
            RestoreButton.clicked.connect(self.RestoreFreeCAD)
            RestoreButton.setFixedSize(
                self.RightToolBarButtonSize, self.RightToolBarButtonSize
            )
            self.rightToolBar().addWidget(RestoreButton)
            # Close button
            CloseButton = QToolButton()
            CloseButton.setStyleSheet(
                StyleMapping_Ribbon.ReturnStyleSheet(
                    control="toolbutton",
                    radius="2px",
                    padding_left="3px",
                    padding_top="3px",
                    padding_bottom="3px",
                    padding_right="3px",
                    HoverColor="#e62424",
                )
            )
            CloseButton.setIcon(
                StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[0]
            )
            CloseButton.clicked.connect(self.CloseFreeCAD)
            CloseButton.setFixedSize(
                self.RightToolBarButtonSize, self.RightToolBarButtonSize
            )
            self.rightToolBar().addWidget(CloseButton)

        # Add a switch to enable beta functions
        BetaLabel = QLabel(translate("FreeCAD Ribbon", "Béta functions"))
        BeforeAction = self.rightToolBar().actions()[1]
        self.rightToolBar().insertWidget(BeforeAction, BetaLabel)
        switch = Toggle(self)
        switch.setObjectName("bétaSwitch")
        toolTipText = (translate("FreeCAD Ribbon",
    """
    Enables the following experimental functions:
    - a new customisation enviroment. With this enviroment activated, the following customizations can be done per button:
        - Enable or disable text.
        - Set the button size.
        - Set the button type to:
            - Small  -> three rows of buttons, text on the right side.
            - Medium -> two rows of buttons, text on the right side.
            - Large -> One button row, text below the button.
        - Reorder the buttons by dragging. Currently only drag within their panels is supported.
        - Change the text of a button.
        - Add and remove separators.
        - Reorder panels by dragging.
        - Change the title of a panel.
        
        To start the customisation enviroment, right click on the ribbon (outside the buttons) and click customize.
        The customization enviroment is enabled and with a right click on a button, its properties can be changed.
        Right click on the ribbon agian to save and exit the customisation enviroment.
    """
    ))
        switch.setToolTip(toolTipText)
        BetaLabel.setToolTip(toolTipText)
        switch.setMaximumHeight(self.RightToolBarButtonSize)
        switch.setMaximumWidth(self.RightToolBarButtonSize * 1.8)
        switch.toggled.connect(
            lambda: self.on_ToggleBetaFunctions_toggled(switch.isChecked())
        )
        if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
            switch.setChecked(True)
        else:
            switch.setChecked(False)
        BeforeAction = self.rightToolBar().actions()[2]
        self.rightToolBar().insertWidget(BeforeAction, switch)

        # Set the width of the right toolbar
        RightToolbarWidth = (
            SearchBarWidth
            + 3 * (self.RightToolBarButtonSize + 16)
            # + self.RightToolBarButtonSize
        )
        if Parameters_Ribbon.USE_FC_OVERLAY is True:
            RightToolbarWidth = SearchBarWidth + 2 * (self.RightToolBarButtonSize + 16)
        self.rightToolBar().setMinimumWidth(RightToolbarWidth)
        self.setRightToolBarHeight(self.RibbonMinimalHeight)
        # Set the size policy
        self.rightToolBar().setSizePolicy(
            QSizePolicy.Policy.MinimumExpanding, QSizePolicy.Policy.MinimumExpanding
        )
        self.rightToolBar().setSizeIncrement(1, 1)
        # Set the objectName for the right toolbar. needed for excluding from hiding.
        self.rightToolBar().setObjectName("rightToolBar")
        
        # Store the pinbutton globally
        self.pinButton = pinButton
        return

    # Add the searchBar if it is present
    def AddSearchBar(self):        
        TB: QToolBar = mw.findChildren(QToolBar, "SearchBar")
        width = 10
        if TB is not None:
            try:
                import SearchBoxLight

                width = 10 * self.RightToolBarButtonSize

                sea = SearchBoxLight.SearchBoxLight(
                    getItemGroups=lambda: __import__("GetItemGroups").getItemGroups(),
                    getToolTip=lambda groupId, setParent: __import__(
                        "GetItemGroups"
                    ).getToolTip(groupId, setParent),
                    getItemDelegate=lambda: __import__(
                        "IndentedItemDelegate"
                    ).IndentedItemDelegate(),
                )
                sea.resultSelected.connect(
                    lambda index, groupId: __import__("GetItemGroups").onResultSelected(
                        index, groupId
                    )
                )
                sea.setFixedSize(width, self.RightToolBarButtonSize)
                BeforeAction = self.rightToolBar().actions()[1]
                self.rightToolBar().insertWidget(BeforeAction, sea)
                # width = sea.width()
            except Exception:
                pass
        return width

    # Function to create the application menu
    def ApplicationMenus(self):
        # Add a file menu
        ApplictionMenu = self.addFileMenu()

        # add the menus from the menubar to the application button
        MenuBar = mw.menuBar()

        # Set a stylesheet specific for the menubar. Otherwise the fontsize of the menus will not be applied
        StyleSheet_MenuBar = (
            "* {font-size: " + str(Parameters_Ribbon.FONTSIZE_MENUS) + "px;}"
        )
        MenuBar.setStyleSheet(StyleSheet_MenuBar)
        # # Add the actions of the menubar to the application menu
        for child in MenuBar.actions():
            if child.objectName() != "&Help" and child.objectName != "AccessoriesMenu":
                ApplictionMenu.addAction(child)
            if (
                child.objectName == "AccessoriesMenu"
                and self.AccessoriesMenu is not None
            ):
                ApplictionMenu.addMenu(self.AccessoriesMenu)

        # if you on macOS, add the ribbon menus to the menubar
        if platform.system().lower() == "darwin":
            for action in MenuBar.actions():
                if action.text() == translate("FreeCAD Ribbon", "Ribbon UI"):
                    MenuBar.removeAction(action)
                    break

            beforeAction = None
            for child in MenuBar.children():
                if child.objectName() == "&Windows":
                    beforeAction = child.menuAction()
                    Menu = self.RibbonMenu
                    Menu.setTitle(translate("FreeCAD Ribbon", "Ribbon UI"))
                    MenuBar.insertMenu(beforeAction, self.RibbonMenu)
                    # Remove the menu from the Ribbon Application Menu
                    for action in ApplictionMenu.actions():
                        if action.text() == translate("FreeCAD Ribbon", "Ribbon UI"):
                            ApplictionMenu.removeAction(action)
                            break

        # if you are on a developer version, add a label
        if self.DeveloperVersion != "":
            ApplictionMenu.addSeparator()
            color = StyleMapping_Ribbon.ReturnStyleItem("DevelopColor")
            Label = QLabel()
            Label.setText("Development version")
            Label.setStyleSheet(
                f"color: {color};border: 1px solid {color};border-radius: 2px;"
            )
            ApplictionMenu.addWidget(Label)
        # if there is an update, add a button that opens the addon manager
        if self.UpdateVersion != "" and self.DeveloperVersion == "":
            ApplictionMenu.addSeparator()
            color = StyleMapping_Ribbon.ReturnStyleItem("UpdateColor")
            Button = QToolButton()
            Button.setText(translate("FreeCAD Ribbon", "Update available"))
            Button.setStyleSheet(
                "QToolButton{"
                + f"color: {color};border: 1px solid {color};border-radius: 2px;background: none"
                + "}QToolButton:hover{background-color: "
                + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                + ";}"
            )

            def OpenAddOnManager():
                Gui.runCommand("Std_AddonMgr", 0)

            Button.clicked.connect(OpenAddOnManager)
            ApplictionMenu.addWidget(Button)

        return

    # Function to create the extra menus on the right toolbar
    def CreateMenus(self):
        MenuBar = mw.menuBar()

        # Create a accessories menu
        AccessoriesMenu = None
        for action in MenuBar.children():
            if action.objectName() == "AccessoriesMenu":
                AccessoriesMenu = action.menu()
                self.AccessoriesMenu = QMenu()
                subMenus = []
                for subAction in AccessoriesMenu.actions():
                    subMenus.append(subAction)
                self.AccessoriesMenu.addActions(subMenus)

        # Create the overlay menu when the native overlay function is not used
        if (
            Parameters_Ribbon.USE_FC_OVERLAY is False
            and Parameters_Ribbon.USE_OVERLAY is True
        ):
            OverlayMenu = QMenu(translate("FreeCAD Ribbon", "Overlay") + "...", self)
            OverlayMenu.setToolTipsVisible(True)

            # Toggle overlay for all -----------------------------------------------------
            OverlayButton_All = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle overlay for all")
            )
            OverlayButton_All.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Click to toggle the overlay function for all panels",
                )
            )
            OverlayButton_All.triggered.connect(self.ToggleOverlay_All)
            # Get the shortcut from the original command
            ShortcutKey = "F4"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayAll" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString("Std_DockOverlayAll")
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "F4"
            OverlayButton_All.setShortcut(ShortcutKey)

            # Toggle transparancy for all -----------------------------------------------------
            TransparancyButton_All = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle transparancy")
            )
            TransparancyButton_All.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Toggle transparancy for all panels when overlay is enabled",
                )
            )
            TransparancyButton_All.triggered.connect(self.CustomTransparancy)
            # Get the shortcut from the original command
            ShortcutKey = "Shift+F4"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayTransparentAll" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString(
                        "Std_DockOverlayTransparentAll"
                    )
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "Shift+F4"
            TransparancyButton_All.setShortcut(ShortcutKey)

            OverlayMenu.addSeparator()
            # Toggle overlay for active panel-----------------------------------------------------
            OverlayButton_Active = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle overlay")
            )
            OverlayButton_Active.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Click to toggle the overlay function for the active panel",
                )
            )
            OverlayButton_Active.triggered.connect(self.CustomOverlay_Focus)
            # Get the shortcut from the original command
            ShortcutKey = "F3"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayToggle" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString("Std_DockOverlayToggle")
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "F3"
            OverlayButton_Active.setShortcut(ShortcutKey)

            # Toggle transparancy for active panel-----------------------------------------------------
            TransparancyButton = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle transparant mode")
            )
            TransparancyButton.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Toggle transparancy for the active panel when overlay is enabled",
                )
            )
            TransparancyButton.triggered.connect(self.CustomTransparancy_Focus)
            # Get the shortcut from the original command
            ShortcutKey = "Shift+F3"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayToggleTransparent" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString(
                        "Std_DockOverlayToggleTransparent"
                    )
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "Shift+F3"
            TransparancyButton.setShortcut(ShortcutKey)

            OverlayMenu.addSeparator()
            # Toggle mouse bypass-----------------------------------------------------
            ToggleMouseByPass = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Bypass mouse events")
            )
            ToggleMouseByPass.setToolTip(
                translate(
                    "FreeCAD Ribbon", "Bypass mouse events in docked overlay windows"
                )
            )
            ToggleMouseByPass.triggered.connect(self.ToggleMouseByPass)
            # Get the shortcut from the original command
            ShortcutKey = "T,T"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayMouseTransparent" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString(
                        "Std_DockOverlayMouseTransparent"
                    )
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "T,T"
            ToggleMouseByPass.setShortcut(ShortcutKey)

            OverlayMenu.addSeparator()
            # Toggle overlay for left panels-----------------------------------------------------
            OverlayButton_Left = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle left")
            )
            OverlayButton_Left.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Click to toggle the overlay function for the active panel",
                )
            )
            OverlayButton_Left.triggered.connect(self.ToggleOverlay_Left)
            # Get the shortcut from the original command
            ShortcutKey = "Ctrl+left"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayToggleLeft" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString("Std_DockOverlayToggleLeft")
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "Ctrl+left"
            OverlayButton_Left.setShortcut(ShortcutKey)
            # Toggle overlay for right panels-----------------------------------------------------
            OverlayButton_Right = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle right")
            )
            OverlayButton_Right.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Click to toggle the overlay function for the active panel",
                )
            )
            OverlayButton_Right.triggered.connect(self.ToggleOverlay_Right)
            # Get the shortcut from the original command
            ShortcutKey = "Ctrl+right"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayToggleRight" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString(
                        "Std_DockOverlayToggleRight"
                    )
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "Ctrl+right"
            OverlayButton_Right.setShortcut(ShortcutKey)
            # Toggle overlay for Bottom panels-----------------------------------------------------
            OverlayButton_Bottom = OverlayMenu.addAction(
                translate("FreeCAD Ribbon", "Toggle bottom")
            )
            OverlayButton_Bottom.setToolTip(
                translate(
                    "FreeCAD Ribbon",
                    "Click to toggle the overlay function for the active panel",
                )
            )
            OverlayButton_Bottom.triggered.connect(self.ToggleOverlay_Bottom)
            # Get the shortcut from the original command
            ShortcutKey = "Ctrl+down"
            try:
                CustomShortCuts = App.ParamGet(
                    "User parameter:BaseApp/Preferences/Shortcut"
                )
                if "Std_DockOverlayToggleBottom" in CustomShortCuts.GetStrings():
                    ShortcutKey = CustomShortCuts.GetString(
                        "Std_DockOverlayToggleBottom"
                    )
            except Exception as e:
                if Parameters_Ribbon.DEBUG_MODE is True:
                    print(e.with_traceback())
                ShortcutKey = "Ctrl+down"
            OverlayButton_Bottom.setShortcut(ShortcutKey)

            # Store the overlay menu
            self.OverlayMenu = OverlayMenu

        # Create a ribbon menu
        RibbonMenu = QMenu(
            translate("FreeCAD Ribbon", "Ribbon UI preferences") + " ...", self
        )
        RibbonMenu.setToolTipsVisible(True)
        
        # Add the ribbon design button
        DesignButton = RibbonMenu.addAction(
            translate("FreeCAD Ribbon", "Ribbon layout")
        )
        DesignButton.setToolTip(
            translate("FreeCAD Ribbon", "Design the ribbon to your preference")
        )
        DesignButton.triggered.connect(self.loadDesignMenu)
        ShortcutKey = "Alt+L"
        try:
            CustomShortCuts = App.ParamGet(
                "User parameter:BaseApp/Preferences/Shortcut"
            )
            if "Ribbon_Layout" in CustomShortCuts.GetStrings():
                ShortcutKey = CustomShortCuts.GetString("Ribbon_Layout")
        except Exception:
            pass
        if ShortcutKey != "" and ShortcutKey is not None:
            DesignButton.setShortcut(ShortcutKey)
            self.LayoutMenuShortCut = ShortcutKey
        
        # Add the preference button
        PreferenceButton = RibbonMenu.addAction(
            translate("FreeCAD Ribbon", "Preferences")
        )
        PreferenceButton.setToolTip(
            translate("FreeCAD Ribbon", "Set preferences for the Ribbon UI")
        )
        PreferenceButton.setMenuRole(QAction.MenuRole.NoRole)
        PreferenceButton.triggered.connect(self.loadSettingsMenu)
        ShortcutKey = "Alt+P"
        try:
            CustomShortCuts = App.ParamGet(
                "User parameter:BaseApp/Preferences/Shortcut"
            )
            if "Ribbon_Preferences" in CustomShortCuts.GetStrings():
                ShortcutKey = CustomShortCuts.GetString("Ribbon_Preferences")
        except Exception:
            pass
        if ShortcutKey != "" and ShortcutKey is not None:
            PreferenceButton.setShortcut(ShortcutKey)
        
        # Add the repair menu
        RepairMenu: QMenu = RibbonMenu.addMenu(
            translate("FreeCAD Ribbon", "Repair functions...")
        )
        UpdateRibbonStructure = RepairMenu.addAction(translate("FreeCAD Ribbon", "Repair the Ribbon layout file"))
        UpdateRibbonStructure.triggered.connect(lambda: self.ConvertRibbonStructure(False))
        RestoreLayout = RepairMenu.addAction(translate("FreeCAD Ribbon", "Restore a Ribbon layout"))
        RestoreLayout.triggered.connect(self.RestoreJson)
        OpenBackupFolder = RepairMenu.addAction(translate("FreeCAD Ribbon", "Open the backup directory"))
        # If the backup folder doesn't exists, create it
        if os.path.exists(Parameters_Ribbon.BACKUP_LOCATION) is False:
            os.makedirs(Parameters_Ribbon.BACKUP_LOCATION)
        OpenBackupFolder.triggered.connect(lambda: StandardFunctions.OpenDirectory(Parameters_Ribbon.BACKUP_LOCATION))
        
        # Add the script submenu with items
        ScriptDir = os.path.join(os.path.dirname(__file__), "Scripts")
        if os.path.exists(ScriptDir) is True:
            ListScripts = os.listdir(ScriptDir)
            if len(ListScripts) > 0:
                ScriptButtonMenu = RibbonMenu.addMenu(
                    translate("FreeCAD Ribbon", "Scripts")
                )
                ScriptButtonMenu.setToolTip(
                    translate("FreeCAD Ribbon", "Scripts to help setup the ribbon.")
                )
                for i in range(len(ListScripts)):
                    ScriptButtonMenu.addAction(
                        ListScripts[i],
                        lambda i=i + 1: self.LoadMarcoFreeCAD(ListScripts[i - 1]),
                    )
        # Set the RibbonMenu
        self.RibbonMenu = RibbonMenu

        # Create a help menu
        HelpMenu = QMenu(self)
        HelpMenu.setToolTipsVisible(True)
        # Get the icons
        HelpIcon = QIcon()
        AboutIcon = Gui.getIcon("freecad")

        actions = [QAction()]

        # Get the standard help menu from FreeCAD
        for action in MenuBar.children():
            if action.objectName() == "&Help":
                actions = action.actions()
                # change help to FreeCAD help
                actions[0].setText(translate("FreeCAD Ribbon", "Help"))
                HelpMenu.addActions(actions)
                # Store the help icon for the Ribbon help
                HelpIcon = action.actions()[0].icon()
                # Remove the menu from the Ribbon Application Menu
                MenuBar.removeAction(action.menuAction())

        # Add the ribbon helpbutton under the FreeCAD
        RibbonHelpButton = QAction(translate("FreeCAD Ribbon", "Ribbon UI help"))
        RibbonHelpButton.setToolTip(
            translate(
                "FreeCAD Ribbon", "Open the help page for the Ribbon UI in your browser"
            )
        )
        RibbonHelpButton.setIcon(HelpIcon)
        RibbonHelpButton.triggered.connect(self.on_RibbonHelpButton_clicked)
        HelpMenu.insertAction(actions[1], RibbonHelpButton)

        # create an about button to store FreeCAD about, Ribbon about and what's new
        AboutMenu = QMenu(translate("FreeCAD Ribbon", "About") + " ...", self)
        # set the icon for the menu
        AboutMenu.setIcon(AboutIcon)
        # get the the about button from freecad
        AboutAction_FreeCAD = actions[len(actions) - 1]
        for action in actions:
            if action.menuRole() == QAction.MenuRole.AboutRole:
                AboutAction_FreeCAD = action
                AboutAction_FreeCAD.setIcon(AboutIcon)
        # add the FreeCAd about button to the aboutmenu
        AboutMenu.addAction(AboutAction_FreeCAD)
        # remove the FreeCAd about button from the help menu
        HelpMenu.removeAction(AboutAction_FreeCAD)
        # Get the version of this addon
        PackageXML = os.path.join(os.path.dirname(__file__), "package.xml")
        version = StandardFunctions.ReturnXML_Value(PackageXML, "version")
        # Create the ribbon about button
        AboutButton_Ribbon = AboutMenu.addAction(
            translate("FreeCAD Ribbon", "About Ribbon UI ") + version
        )
        AboutButton_Ribbon.setIcon(AboutIcon)
        AboutButton_Ribbon.triggered.connect(self.on_AboutButton_clicked)
        # Create the what's new button
        WhatsNewButton_Ribbon = AboutMenu.addAction(
            translate("FreeCAD Ribbon", "What's new?")
        )
        WhatsNewButton_Ribbon.triggered.connect(self.on_WhatsNewButton_clicked)
        # add the aboutmenu to the help menu
        HelpMenu.addMenu(AboutMenu)

        self.HelpMenu = HelpMenu
        return

    # Function for loading the design menu
    def loadDesignMenu(self):
        # Get the form
        Dialog = LoadDesign_Ribbon.LoadDialog()
        # Show the form
        Dialog.form.show()

        # Disable the quick toolbar, righttoolbar and application menu
        self.rightToolBar().setDisabled(True)
        self.quickAccessToolBar().setDisabled(True)
        self.applicationOptionButton().setDisabled(True)
        Gui.updateGui()
        # indicate that the design menu is loaded
        self.DesignMenuLoaded = True

        # Connect the close signal of the designmenu
        Dialog.closeSignal.connect(self.EnableRibbonToolbarsAndMenus)

        return

    # Function for loading the settings menu
    def loadSettingsMenu(self):
        # Get the form
        Dialog = LoadSettings_Ribbon.LoadDialog()
        # Show the form
        Dialog.form.show()

        # Disable the quick toolbar, righttoolbar and application menu
        self.rightToolBar().setDisabled(True)
        self.quickAccessToolBar().setDisabled(True)
        self.applicationOptionButton().setDisabled(True)
        Gui.updateGui()
        # indicate that the design menu is loaded
        self.DesignMenuLoaded = True

        # Connect the close signal of the designmenu
        Dialog.closeSignal.connect(self.EnableRibbonToolbarsAndMenus)

        return

    # Function to activate the toolbars and menus
    # after closing the design menu or settings menu
    def EnableRibbonToolbarsAndMenus(self):
        self.rightToolBar().setEnabled(True)
        self.quickAccessToolBar().setEnabled(True)
        self.applicationOptionButton().setEnabled(True)
        Gui.updateGui()

        # self.loadDesignMenu = False

        return

    def buildPanels(self):
        # Get the active workbench and get its name
        #
        workbenchTitle = self.tabBar().tabText(self.tabBar().currentIndex())
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        if workbenchName is None:
            return

        # check if the panel is already loaded. If so exit this function
        tabName = workbenchTitle
        if tabName in self.isWbLoaded and (self.isWbLoaded[tabName] or tabName == ""):
            return

        workbench = Gui.getWorkbench(workbenchName)
        # Get the list of toolbars from the active workbench
        ListToolbars: list = workbench.listToolbars()
        # Get custom toolbars that are created in the toolbar environment and add them to the list of toolbars
        CustomToolbars = self.List_ReturnCustomToolbars()
        for CustomToolbar in CustomToolbars:
            # Check if a toolbar with the same name already exists
            isInList = False
            for ListItem in ListToolbars:
                if ListItem == CustomToolbar[0]:
                    isInList = True
            # if the toolbar doesn't exist yet and is part of this workbench, add it.
            if CustomToolbar[1] == workbenchName and isInList is False:
                ListToolbars.append(CustomToolbar[0])
        # Get the global custom toolbars that are created in the toolbar environment and add them to the list of toolbars
        CustomToolbars_Global = self.List_ReturnCustomToolbars_Global()
        for CustomToolbar in CustomToolbars_Global:
            ListToolbars.append(CustomToolbar[0])

        # Get the custom panels and add them to the list of toolbars
        try:
            if workbenchName in self.customToolbars:
                for customPanel in self.customToolbars[workbenchName]:
                    ListToolbars.append(customPanel)

                    # remove the original toolbars from the list
                    Commands = self.customToolbars[workbenchName][
                        customPanel
                    ]["commands"]
                    for Command in Commands:
                        try:
                            OriginalToolbar = self.customToolbars[workbenchName][customPanel]["commands"][Command]

                            # ignore cases to prevent issues with different versions of FreeCAD
                            for item in ListToolbars:
                                if OriginalToolbar.lower() == item.lower():
                                    OriginalToolbar = item

                            ListToolbars.remove(OriginalToolbar)
                        except Exception:
                            continue
        except Exception as e:
            if Parameters_Ribbon.DEBUG_MODE is True:
                StandardFunctions.Print(f"{e}, 1", "Warning")
            pass

        # Add the new panels to the toolbar list
        try:
            for WorkBenchItem in self.newPanels:
                if WorkBenchItem == workbenchName or WorkBenchItem == "Global":
                    for Panel in self.newPanels[WorkBenchItem]:
                        ListToolbars.append(Panel)
        except Exception:
            pass

        try:
            # Get the order of toolbars
            ToolbarOrder: list = self.ribbonStructure["workbenches"][workbenchName][
                "toolbars"
            ]["order"]

            # Sort the list of toolbars according the toolbar order
            def SortToolbars(toolbar):
                if toolbar == "":
                    return -1

                position = None
                try:
                    position = ToolbarOrder.index(toolbar)
                except ValueError as e:
                    position = 999999
                    if toolbar.endswith("_custom") or toolbar.endswith("_newPanel"):
                        if Parameters_Ribbon.DEFAULT_PANEL_POSITION_CUSTOM == "Right":
                            position = 999999
                        else:
                            position = 0
                return position
            
            ListToolbars.sort(key=SortToolbars)
        except Exception:
            pass

      
        # If the toolbar must be ignored, skip it        
        for toolbar in ListToolbars:
            Skip = False
            for ToolbarToIgnore in self.ignoredToolbars:
                if toolbar.lower() == ToolbarToIgnore.lower():
                    Skip = True
            if toolbar == "" or Skip is True:
                continue
            if toolbar in self.currentCategory().panels().keys():
                continue
            
            # Create the panel based on the toolbars
            panel = self.CreatePanel(workbenchName, toolbar, True, self.ribbonStructure, True)
            # Hide the panel if stated in the ribbon structure
            if panel.objectName() in self.ribbonStructure["workbenches"][workbenchName]["toolbars"]:
                if "Enabled" in self.ribbonStructure["workbenches"][workbenchName]["toolbars"][panel.objectName()]:
                    Enabled = self.ribbonStructure["workbenches"][workbenchName]["toolbars"][panel.objectName()]["Enabled"]
                    if Enabled is False:
                        panel.hide()
            
            # Writing to ribbonStructure.json
            JsonFile = Parameters_Ribbon.RIBBON_STRUCTURE_JSON
            with open(JsonFile, "w") as outfile:
                json.dump(self.ribbonStructure, outfile, indent=4)
            outfile.close()

        self.isWbLoaded[tabName] = True

        # Set the previous/next buttons
        category: RibbonCategory = self.currentCategory()
        ScrollLeftButton_Category: RibbonCategoryLayoutButton = category.findChildren(
            RibbonCategoryLayoutButton
        )[0]
        ScrollRightButton_Category: RibbonCategoryLayoutButton = category.findChildren(
            RibbonCategoryLayoutButton
        )[1]
        ScrollLeftButton_Category.setMinimumWidth(self.iconSize * 0.5)
        ScrollRightButton_Category.setMinimumWidth(self.iconSize * 0.5)
        # get the icons
        ScrollLeftButton_Category_Icon = StyleMapping_Ribbon.ReturnStyleItem(
            "ScrollLeftButton_Category"
        )
        ScrollRightButton_Category_Icon = StyleMapping_Ribbon.ReturnStyleItem(
            "ScrollRightButton_Category"
        )
        # Set the icons
        if ScrollLeftButton_Category_Icon is not None:
            ScrollLeftButton_Category.setIcon(ScrollLeftButton_Category_Icon)
        else:
            ScrollLeftButton_Category.setArrowType(Qt.ArrowType.LeftArrow)
        if ScrollRightButton_Category_Icon is not None:
            ScrollRightButton_Category.setIcon(ScrollRightButton_Category_Icon)
        else:
            ScrollRightButton_Category.setArrowType(Qt.ArrowType.RightArrow)
        # Set the heihgt of the buttons
        ScrollLeftButton_Category.setFixedHeight(Parameters_Ribbon.ICON_SIZE_SMALL * 3)
        ScrollRightButton_Category.setFixedHeight(Parameters_Ribbon.ICON_SIZE_SMALL * 3)
        # Set the stylesheet
        ScrollLeftButton_Category.setStyleSheet(
            StyleMapping_Ribbon.ReturnStyleSheet("toolbutton")
        )
        ScrollRightButton_Category.setStyleSheet(
            StyleMapping_Ribbon.ReturnStyleSheet("toolbutton")
        )
        # Connect the custom click event
        ScrollLeftButton_Category.mousePressEvent = (
            lambda clickLeft: self.on_ScrollButton_Category_clicked(
                clickLeft, ScrollLeftButton_Category
            )
        )
        ScrollRightButton_Category.mousePressEvent = (
            lambda clickRight: self.on_ScrollButton_Category_clicked(
                clickRight, ScrollRightButton_Category
            )
        )

        # Set the maximum height to a high value to prevent from the ribbon to be clipped off
        category.setMinimumHeight(
            self.RibbonHeight - self.RibbonMinimalHeight - 3
        )
        category.setMaximumHeight(
            self.RibbonHeight - self.RibbonMinimalHeight - 3
        )
        self.setRibbonHeight(self.RibbonHeight)

        if self.DesignMenuLoaded is True:
            # Disable the quick toolbar, righttoolbar and application menu
            self.rightToolBar().setDisabled(True)
            self.quickAccessToolBar().setDisabled(True)
            self.applicationOptionButton().setDisabled(True)
            Gui.updateGui()
        
        # Add a pinbutton to the current tab in the right bottom corner
        layout: QGridLayout = self.currentCategory()._mainLayout
        if Parameters_Ribbon.USE_FC_OVERLAY is False:            
            btn = QToolButton()
            # btn.setIcon(self.pinButton.icon())
            btn.setFixedSize(QSize(self.iconSize * 0.8,self.iconSize * 0.8))
            btn.setObjectName("pinButton")
            btn.setCheckable(True)
            btn.setChecked(not Parameters_Ribbon.AUTOHIDE_RIBBON)
            if Parameters_Ribbon.AUTOHIDE_RIBBON is False:
                btn.setIcon(StyleMapping_Ribbon.ReturnStyleItem("PinButton_open"))
            else:
                btn.setIcon(StyleMapping_Ribbon.ReturnStyleItem("PinButton_closed"))
            btn.clicked.connect(lambda: self.on_Pin_clicked(btn))
            layout.addWidget(btn, 2,3,1,1, Qt.AlignmentFlag.AlignRight|Qt.AlignmentFlag.AlignBottom)
            # Add the pinButton to a list with all pinbuttons. Needed to set all pin buttons to the same state
            self.pinButtonList.append(btn)
        # If freecads overlay functions are enabled, add a spacer instead. 
        # This prevents the scroll buttons from beeing placed at the bottom
        if Parameters_Ribbon.USE_FC_OVERLAY is True:   
            spacer = QWidget()
            spacer.setDisabled(True)
            layout.addWidget(spacer, 2,3,1,1, Qt.AlignmentFlag.AlignRight|Qt.AlignmentFlag.AlignBottom)
        return

    # endregion

    # region - Control functions
    def on_AboutButton_clicked(self):
        LoadLicenseForm_Ribbon.main()
        return

    def on_Help_clicked(self):
        self.helpRibbonButton().showMenu()

    def on_RibbonHelpButton_clicked(self):        
        if self.HelpAdress != "" or self.HelpAdress is not None:
            if not self.HelpAdress.endswith("/"):
                self.HelpAdress = self.HelpAdress + "/"

            webbrowser.open(self.HelpAdress, new=2, autoraise=True)
        return

    def on_WhatsNewButton_clicked(self):
        if self.HelpAdress != "" or self.HelpAdress is not None:
            if not self.HelpAdress.endswith("/"):
                self.HelpAdress = self.HelpAdress + "/"

            Adress = self.HelpAdress + """06-%E2%80%90-Change-log"""
            webbrowser.open(Adress, new=2, autoraise=True)
        return

    def on_Pin_clicked(self, pinButton):
        if Parameters_Ribbon.AUTOHIDE_RIBBON is False:
            self.FoldRibbon()
            Parameters_Ribbon.Settings.SetBoolSetting("AutoHideRibbon", True)
            Parameters_Ribbon.AUTOHIDE_RIBBON = True

            pinButton.setIcon(StyleMapping_Ribbon.ReturnStyleItem("PinButton_closed"))
            # Set the pin button for all tabs
            for btn in self.pinButtonList:
                btn.setChecked(False)
                btn.setIcon(StyleMapping_Ribbon.ReturnStyleItem("PinButton_closed"))

            # Make sure that the ribbon remains visible
            self.setRibbonVisible(True)
            return
        if Parameters_Ribbon.AUTOHIDE_RIBBON is True:
            self.UnfoldRibbon()

            Parameters_Ribbon.Settings.SetBoolSetting("AutoHideRibbon", False)
            Parameters_Ribbon.AUTOHIDE_RIBBON = False

            pinButton.setIcon(StyleMapping_Ribbon.ReturnStyleItem("PinButton_open"))
            # Set the pin button for all tabs
            for btn in self.pinButtonList:
                btn.setChecked(True)
                btn.setIcon(StyleMapping_Ribbon.ReturnStyleItem("PinButton_open"))

            # Make sure that the ribbon remains visible
            self.setRibbonVisible(True)
            return
        return

    def on_ApplicationButton_toggled(self):
        self.applicationOptionButton().showMenu()

    def on_ScrollButton_Category_clicked(
        self, event, ScrollButton: RibbonCategoryLayoutButton
    ):
        for i in range(Parameters_Ribbon.RIBBON_CLICKSPEED):
            ScrollButton.click()
        return

    def on_ToggleBetaFunctions_toggled(self, switchStatus):
        # Store the status
        self.BetaFunctionsEnabled = switchStatus
        if switchStatus is True:
            # Write the parameter
            Parameters_Ribbon.Settings.SetBoolSetting("BetaFunctions", True)
            # print a message
            print(translate("FreeCAD Ribbon", "Ribbon UI: Béta functions enabled"))
            
            # Create a backup
            #
            # get the path for the Json file
            JsonFile = Parameters_Ribbon.RIBBON_STRUCTURE_JSON
            # Create a suffix with the date
            Suffix = datetime.now().strftime("%Y%m%d_%H%M%S")
            # Create a backup name
            BackupName = f"RibbonStructure_{Suffix}.json"
            # If the backup folder doesn't exists, create it
            if os.path.exists(pathBackup) is False:
                os.makedirs(pathBackup)
            BackupFile = os.path.join(pathBackup, BackupName)
            # Copy the file
            shutil.copy(JsonFile, BackupFile)
        if switchStatus is False:
            # Write the parameter
            Parameters_Ribbon.Settings.SetBoolSetting("BetaFunctions", False)
            # print a message
            print(translate("FreeCAD Ribbon", "Ribbon UI: Béta functions disabled"))
        return

    # endregion

    # region - helper functions
    def hideClassicToolbars(self):
        for toolbar in mw.findChildren(QToolBar):
            parentWidget = toolbar.parentWidget()
            toolbar.setHidden(True)
            # hide toolbars that are not in the statusBar and show toolbars that are in the statusbar.
            if (
                parentWidget.objectName() == "statusBar"
                or parentWidget.objectName() == "StatusBarArea"
            ):
                toolbar.setEnabled(True)
                toolbar.setVisible(True)
            #
            if (
                mw.toolBarArea(toolbar) == Qt.ToolBarArea.LeftToolBarArea
                or mw.toolBarArea(toolbar) == Qt.ToolBarArea.RightToolBarArea
                or mw.toolBarArea(toolbar) == Qt.ToolBarArea.BottomToolBarArea
            ):
                toolbar.setEnabled(True)
                toolbar.setVisible(True)
            # # # Show specific toolbars and go to the next
            if toolbar.objectName() != "" and toolbar.objectName() in [
                self.quickAccessToolBar().objectName(),
                self.rightToolBar().objectName(),
            ]:
                toolbar.setEnabled(True)
                toolbar.setVisible(True)
        StatusArea = mw.findChildren(QWidget, "StatusBarArea")
        for Widget in StatusArea:
            Widget.show()
        return

    def UnfoldRibbon(self):
        if len(mw.findChildren(QDockWidget, "Ribbon")) > 0:
            TB: QDockWidget = mw.findChildren(QDockWidget, "Ribbon")[0]
            if self.RibbonHeight > 0:
                TB.setFixedHeight(self.RibbonHeight)
                self.setRibbonHeight(self.RibbonHeight)
        return

    def FoldRibbon(self, Ignore=False):
        if (
            Parameters_Ribbon.AUTOHIDE_RIBBON is True
            and self.isLoaded is True
            and Ignore is False
        ):
            if len(mw.findChildren(QDockWidget, "Ribbon")) > 0:
                TB: QDockWidget = mw.findChildren(QDockWidget, "Ribbon")[0]
                TB.setMinimumHeight(self.RibbonMinimalHeight)
                TB.setMaximumHeight(self.RibbonMinimalHeight)
        return

    def List_ReturnCustomToolbars(self):
        Toolbars = []

        List_Workbenches = Gui.listWorkbenches()
        for WorkBenchName in List_Workbenches:
            if str(WorkBenchName) != "" or WorkBenchName is not None:
                if str(WorkBenchName) != "NoneWorkbench":
                    CustomToolbars: list = App.ParamGet(
                        "User parameter:BaseApp/Workbench/" + WorkBenchName + "/Toolbar"
                    ).GetGroups()

                    for Group in CustomToolbars:
                        Parameter = App.ParamGet(
                            "User parameter:BaseApp/Workbench/"
                            + WorkBenchName
                            + "/Toolbar/"
                            + Group
                        )
                        Name = Parameter.GetString("Name")
                        Toolbars.append([Name, WorkBenchName])

        return Toolbars

    def List_ReturnCustomToolbars_Global(self):
        Toolbars = []
        CustomToolbars: list = App.ParamGet(
            "User parameter:BaseApp/Workbench/Global/Toolbar"
        ).GetGroups()

        for Group in CustomToolbars:
            Parameter = App.ParamGet(
                "User parameter:BaseApp/Workbench/Global/Toolbar/" + Group
            )
            Name = Parameter.GetString("Name")
            Toolbars.append([Name, "Global"])

        return Toolbars

    def List_AddCustomToolBarToWorkbench(self, workbenchName, CustomToolbar):
        ButtonList = []

        # Get the commands from the custom panel
        if workbenchName in self.customToolbars:
            for toolbar in self.customToolbars[workbenchName]:
                if CustomToolbar.lower() == toolbar.lower():
                    Commands = self.customToolbars[workbenchName][
                        toolbar
                    ]["commands"]

                    # Create a QToolButton from the key and add it to the button list
                    allButtons: list = []
                    for key, value in list(Commands.items()):
                        # Get the buttons with two ways, to be sure that all buttons are present
                        #
                        # 1. Get the buttons from the mainWindow. This way you will get dropdown like "electro magnetic boundarys from the FEM wob"
                        # Get the toolbar from the mainwindow
                        try:
                            TB = mw.findChildren(QToolBar, value)
                            allButtons = TB[0].findChildren(QToolButton)
                            # remove empty buttons
                            for i in range(len(allButtons)):
                                button: QToolButton = allButtons[i]
                                if allButtons[i].text() == "":
                                    allButtons.pop(i)
                        except Exception:
                            pass
                        # Find the matching button and add it the the button list
                        for i in range(len(allButtons)):
                            button: QToolButton = allButtons[i]
                            if button.defaultAction().data() == key:
                                ButtonList.append(button)

                        # 2. Get the command and create a button from it
                        try:
                            # Get the command
                            Command = Gui.Command.get(key)
                            if Command is not None:
                                Icon = Gui.getIcon(
                                    CommandInfoCorrections(key)[
                                        "pixmap"
                                    ]
                                )
                                action = Command.getAction()
                                Button = QToolButton()                                
                                Button.addActions(action)
                                Button.setDefaultAction(action[0])
                                Button.setIcon(Icon)
                                Button.setText(CommandInfoCorrections(key)[
                                        "menuText"
                                    ])
                                try:
                                    if len(action) > 1:
                                        Icon = action[0].icon()
                                        # menu = QMenu(self)
                                        # menu.addActions(action)
                                        # Button.setMenu(menu)
                                except Exception:
                                    pass
                                # Add the button to the button list
                                ButtonList.append(Button)
                        except Exception as e:
                            if Parameters_Ribbon.DEBUG_MODE is True:
                                StandardFunctions.Print(
                                    f"{e.with_traceback(e.__traceback__)}, 3",
                                    "Warning",
                                )
                            continue
        return ButtonList

    def List_AddNewPanelToWorkbench(self, WorkBenchName, NewPanel):
        ButtonList = []

        try:
            if WorkBenchName in self.newPanels:
                if NewPanel in self.newPanels[WorkBenchName]:
                    # Get the commands from the custom panel
                    Commands = self.newPanels[WorkBenchName][
                        NewPanel
                    ]

                    # Get the command and its original toolbar
                    for CommandItem in Commands:
                        CommandName = CommandItem[0]
                        # Define a new toolbutton
                        NewToolbutton = RibbonToolButton()
                        if CommandName.endswith("_ddb") is False:
                            CommandActionList = None
                            # Get the translated menutext
                            # if the commandname cannot be split, it is a nromal command
                            if len(CommandName.split(", ")) <= 1:
                                # Get the command
                                Command = Gui.Command.get(CommandName)
                                if Command is not None:
                                    # Get tis action
                                    CommandActionList = Command.getAction()
                                if Command is None:
                                    if Parameters_Ribbon.DEBUG_MODE is True:
                                        StandardFunctions.Print(
                                            f"{CommandName} was None", "Warning"
                                        )
                            # If the commandname can be splitted, it is a FreeCAD dropdown
                            if len(CommandName.split(", ")) > 1:
                                CommandActionList = self.LoadDropDownAction(CommandName)
                            if CommandActionList is None:
                                continue
                            # if there are actions, proceed
                            if len(CommandActionList) > 0:
                                # if there is only one action, add it directly
                                if len(CommandActionList) == 1:
                                    NewToolbutton.addAction(CommandActionList[0])
                                    NewToolbutton.setDefaultAction(
                                        NewToolbutton.actions()[0]
                                    )
                                    # If the commandname is from a FreeCAD dropdown, set the commandname as text
                                    if len(CommandName.split(", ")) > 1:
                                        NewToolbutton.setText(
                                            NewToolbutton.actions()[0].text()
                                        )
                                # if there are more actions, create a menu
                                elif len(CommandActionList) > 1:
                                    menu = QMenu()
                                    # menu.addActions(CommandActionList)
                                    for action in CommandActionList:
                                        menu.addAction(action)
                                    NewToolbutton.setMenu(menu)
                                    NewToolbutton.setDefaultAction(menu.actions()[0])
                                    # Add the commandname as the objectname to detect if it is a dropdownbutton
                                    NewToolbutton.setObjectName(CommandName)

                                    # Do something with the menu. For some reason it will not be loaded otherwise
                                    len(NewToolbutton.menu().actions())

                                # Set the text for the toolbutton
                                if len(CommandName.split(", ")) <= 1:
                                    NewToolbutton.setText(
                                        CommandInfoCorrections(CommandName)[
                                            "menuText"
                                        ].replace("&", "")
                                    )
                                # # If the commandname is from a FreeCAD dropdown, set the commandname as text
                                # if len(CommandName.split(", ")) > 1:
                                #     NewToolbutton.setText(CommandName)
                                # add it to the list
                                ButtonList.append(NewToolbutton)
                        if CommandName.endswith("_ddb") is True:
                            CommandActionList = self.returnCustomDropDown(CommandName)
                            if CommandActionList is None or len(CommandActionList) < 1:
                                continue

                            # if there are actions, proceed
                            if len(CommandActionList) > 0:
                                # if there is only one action, add it directly
                                if len(CommandActionList) == 1:
                                    NewToolbutton.addAction(CommandActionList[0])
                                    NewToolbutton.setDefaultAction(
                                        NewToolbutton.actions()[0]
                                    )
                                # if there are more actions, create a menu
                                if len(CommandActionList) > 1:
                                    menu = QMenu()
                                    for action in CommandActionList:
                                        if len(action) > 0:
                                            menu.addAction(action[0])
                                    NewToolbutton.setMenu(menu)
                                    NewToolbutton.setDefaultAction(menu.actions()[0])
                                    # Add the commandname as the objectname to detect if it is a dropdownbutton
                                    NewToolbutton.setObjectName(CommandName)

                                    # Do something with the menu. For some reason it will not be loaded otherwise
                                    len(NewToolbutton.menu().actions())

                                # Set the text for the toolbutton
                                NewToolbutton.setText(CommandName)

                                # add it to the list
                                ButtonList.append(NewToolbutton)

        except Exception as e:
            if Parameters_Ribbon.DEBUG_MODE is True:
                StandardFunctions.Print(
                    f"{e.with_traceback(e.__traceback__)}, 4", "Warning"
                )
            pass
        return ButtonList

    def LoadDropDownAction(self, CommandName):
        try:
            # If the commandname can be split into a name and number, it is part of a FreeCAD dropdown
            if len(CommandName.split(", ")) > 1:
                # Split the commandname
                CommandName_1 = CommandName.split(", ")[0]
                ActionNumber = int(CommandName.split(", ")[1])
                # Get the parent command
                ParentCommand = Gui.Command.get(CommandName_1)
                # If parent is not none, get the action based on the number
                if ParentCommand is not None:
                    action = ParentCommand.getAction()[ActionNumber]
                    # Set the commandname as data
                    action.setData(CommandName)
                    # return as a list
                    return [action]
        except Exception as e:
            if Parameters_Ribbon.DEBUG_MODE is True:
                print(e)
            # raise (e)
            pass

    def LoadMarcoFreeCAD(self, scriptName):
        if self.MainWindowLoaded is True:
            script = os.path.join(pathScripts, scriptName)
            if script.endswith(".py"):
                App.loadFile(script)
        return

    def ReturnRibbonHeight(self, offset=0):
        # Get the name of the current workbench
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        
        # Set the ribbon height.
        ribbonHeight = 0
        
        # If text is enabled for large button, the height is modified.
        LargeButtonHeight = Parameters_Ribbon.ICON_SIZE_LARGE
        
        # Check whichs is has the most height: 3 small buttons, 2 medium buttons or 1 large button
        # and set the height accordingly
        #
        # If there are small, medium and large buttons
        if self.MaxRowsPerWB[workbenchName]["Rows"]  == 3:
            if (
                Parameters_Ribbon.ICON_SIZE_SMALL * 3
                >= Parameters_Ribbon.ICON_SIZE_MEDIUM * 2
                and Parameters_Ribbon.ICON_SIZE_SMALL * 3 >= LargeButtonHeight
            ):
                ribbonHeight = Parameters_Ribbon.ICON_SIZE_SMALL * 3 + 6
            if (
                (Parameters_Ribbon.ICON_SIZE_MEDIUM * 2
                > Parameters_Ribbon.ICON_SIZE_SMALL * 3
                and Parameters_Ribbon.ICON_SIZE_MEDIUM * 2 > LargeButtonHeight)
            ):
                ribbonHeight = Parameters_Ribbon.ICON_SIZE_MEDIUM * 2 + 4
            if (
                Parameters_Ribbon.ICON_SIZE_LARGE > Parameters_Ribbon.ICON_SIZE_SMALL * 3
                and Parameters_Ribbon.ICON_SIZE_LARGE > Parameters_Ribbon.ICON_SIZE_MEDIUM * 2
            ):
                ribbonHeight = LargeButtonHeight
        
        # If there only medium or large buttons
        if self.MaxRowsPerWB[workbenchName]["LargeButtonsPresent"] is True:
            if self.MaxRowsPerWB[workbenchName]["Rows"]  == 2 and Parameters_Ribbon.ICON_SIZE_MEDIUM * 2 < LargeButtonHeight:
                ribbonHeight = LargeButtonHeight
            if self.MaxRowsPerWB[workbenchName]["Rows"]  == 2 and Parameters_Ribbon.ICON_SIZE_MEDIUM * 2 >= LargeButtonHeight:
                ribbonHeight = Parameters_Ribbon.ICON_SIZE_MEDIUM * 2 + 4
        if self.MaxRowsPerWB[workbenchName]["LargeButtonsPresent"] is False and self.MaxRowsPerWB[workbenchName]["Rows"]  == 2:
            ribbonHeight = Parameters_Ribbon.ICON_SIZE_MEDIUM * 2 + 4
        
        # If there are only large buttons
        if self.MaxRowsPerWB[workbenchName]["Rows"] == 1:
            ribbonHeight = LargeButtonHeight
        return ribbonHeight + offset

    def ReturnCommandIcon(self, CommandName: str, pixmap: str = "") -> QIcon:
        """_summary_

        Args:
            CommandName (str): Name of the command
            pixmap (str, optional): Add a pixmap as backup. Defaults to "".

        Returns:
            QIcon: the command icon.
        """

        icon = QIcon()
        for item in self.List_CommandIcons:
            if item[0] == CommandName:
                icon = item[1]
        if icon is None or (icon is not None and icon.isNull()):
            icon = StandardFunctions.returnQiCons_Commands(CommandName, pixmap)
        return icon

    def ReturnWorkbenchIcon(self, WorkBenchName: str, pixmap: str = "") -> QIcon:
        """_summary_

        Args:
            CommandName (str): Name of the command
            pixmap (str, optional): Add a pixmap as backup. Defaults to "".

        Returns:
            QIcon: the command icon.
        """
        icon = QIcon()
        for item in self.List_WorkBenchIcons:
            if item[0] == WorkBenchName:
                icon = item[1]
                return icon
        if icon is None or (icon is not None and icon.isNull()):
            workbench = Gui.getWorkbench(WorkBenchName)
            icon = QIcon(workbench.Icon)
            return icon
        if icon is None or (icon is not None and icon.isNull()):
            if pixmap != "":
                icon = Gui.getIcon(pixmap)
                return icon
        return icon

    def RunCommand(self, Command: str):
        try:
            Gui.doCommand(Command)
        except Exception:
            pass
        return

    def ToggleOverlay_All(self):
        try:
            self.CustomOverlay("")
        except Exception:
            pass
        return

    def ToggleOverlay_Left(self):
        try:
            self.CustomOverlay("left")
        except Exception:
            pass
        return

    def ToggleOverlay_Right(self):
        try:
            self.CustomOverlay("right")
        except Exception:
            pass
        return

    def ToggleOverlay_Bottom(self):
        try:
            self.CustomOverlay("bottom")
        except Exception:
            pass
        return

    def ToggleMouseByPass(self):
        if self.isLoaded is True:
            try:
                Gui.runCommand("Std_DockOverlayMouseTransparent")
            except Exception:
                pass
            return

    def CustomOverlay(self, side=""):
        # Toggle the overlay
        State = None
        if side == "left":
            State = self.OverlayToggled_Left
        if side == "right":
            State = self.OverlayToggled_Left
        if side == "bottom":
            State = self.OverlayToggled_Left
        if side == "":
            State = self.OverlayToggled

        Enable = True
        if State is True:
            Enable = False

        # Get the different overlay areas
        OverlayParam_Left = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayLeft"
        )
        OverlayParam_Right = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayRight"
        )
        OverlayParam_Top = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayTop"
        )
        OverlayParam_Bottom = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayBottom"
        )

        # If overlay is enabled, go here
        PanelsLeft = []
        PanelsRight = []
        PanelsBottom = []
        PanelsTop = []

        if Enable is True:
            # Get all the dockwidgets
            DockWidgets = mw.findChildren(QDockWidget)
            for DockWidget in DockWidgets:
                # If the dockwidget is not the ribbon, continue
                if DockWidget.objectName() != "Ribbon" and DockWidget.isVisible():
                    # Get the location of the dockwidget
                    Area = mw.dockWidgetArea(DockWidget)
                    if Area == Qt.DockWidgetArea.LeftDockWidgetArea:
                        PanelsLeft.append(DockWidget.objectName())
                    if Area == Qt.DockWidgetArea.RightDockWidgetArea:
                        PanelsRight.append(DockWidget.objectName())
                    if Area == Qt.DockWidgetArea.TopDockWidgetArea:
                        PanelsTop.append(DockWidget.objectName())
                    if Area == Qt.DockWidgetArea.BottomDockWidgetArea:
                        PanelsBottom.append(DockWidget.objectName())

            if side == "left" or side == "":
                EntryLeft = ""
                for panel in PanelsLeft:
                    EntryLeft = EntryLeft + "," + panel
                # Set the parameter
                OverlayParam_Left.SetString("Widgets", EntryLeft)
                # Set the overlay state to be toggled
                self.OverlayToggled_Left = True

            if side == "right" or side == "":
                # Define the parameter value for the overlay on the right
                EntryRight = ""
                for panel in PanelsRight:
                    EntryRight = EntryRight + "," + panel
                # Set the parameter
                OverlayParam_Right.SetString("Widgets", EntryRight)
                # Set the overlay state to be toggled
                self.OverlayToggled_Right = True

            if side == "bottom" or side == "":
                # Define the parameter value for the overlay on the right
                EntryBottom = ""
                for panel in PanelsBottom:
                    EntryBottom = EntryBottom + "," + panel
                # Set the parameter
                OverlayParam_Bottom.SetString("Widgets", EntryBottom)
                # Set the overlay state to be toggled
                self.OverlayToggled_Bottom = True

            if side == "":
                # Define the parameter value for the overlay on the right
                EntryTop = ""
                for panel in PanelsTop:
                    EntryTop = EntryTop + "," + panel
                # Set the parameter
                OverlayParam_Top.SetString("Widgets", EntryTop)
                # Set the overlay state to be toggled
                self.OverlayToggled = True

        if Enable is False:
            # Set the parameters to empty
            if side == "left" or side == "":
                OverlayParam_Left.SetString("Widgets", "")
                self.OverlayToggled_Left = False
            if side == "Right" or side == "":
                OverlayParam_Right.SetString("Widgets", "")
                self.OverlayToggled_Right = False
            if side == "Bottom" or side == "":
                OverlayParam_Bottom.SetString("Widgets", "")
                self.OverlayToggled_Bottom = False

        return Enable

    def CustomOverlay_Focus(self):
        OverlayParam_Left = None
        OverlayParam_Right = None
        OverlayParam_Bottom = None
        # Get the different overlay areas
        OverlayParam_Left = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayLeft"
        )
        OverlayParam_Right = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayRight"
        )
        # OverlayParam_Top = App.ParamGet("User parameter:BaseApp/MainWindow/DockWindows/OverlayTop")
        OverlayParam_Bottom = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayBottom"
        )

        # Ge the focused dockwidget
        FocusWidget = mw.focusWidget().parent().objectName()
        if FocusWidget == "Ribbon":
            return
        if isinstance(mw.focusWidget(), QTreeWidget):
            FocusWidget = "Tree view"
        position = ""
        try:
            DockWidget_Focus = mw.findChild(QDockWidget, FocusWidget)
            if DockWidget_Focus is not None:
                Area = mw.dockWidgetArea(DockWidget_Focus)
                if Area == Qt.DockWidgetArea.LeftDockWidgetArea:
                    position = "left"
                if Area == Qt.DockWidgetArea.RightDockWidgetArea:
                    position = "right"
                if Area == Qt.DockWidgetArea.TopDockWidgetArea:
                    position = "top"
                if Area == Qt.DockWidgetArea.BottomDockWidgetArea:
                    position = "bottom"
        except Exception:
            pass

        if position == "left":
            LeftPanels = OverlayParam_Left.GetString("Widgets")
            OverlayParam_Left.SetString("Widgets", f"{LeftPanels},{FocusWidget}")
            return
        if position == "right":
            RightPanels = OverlayParam_Right.GetString("Widgets")
            OverlayParam_Right.SetString("Widgets", f"{RightPanels},{FocusWidget}")
            return
        if position == "bottom":
            BottomPanels = OverlayParam_Bottom.GetString("Widgets")
            OverlayParam_Bottom.SetString("Widgets", f"{BottomPanels},{FocusWidget}")
            return
        if position == "":
            LeftPanels = OverlayParam_Left.GetString("Widgets")
            if FocusWidget in LeftPanels:
                LeftPanels = OverlayParam_Left.GetString("Widgets")
                LeftPanels = LeftPanels.replace(f"{FocusWidget}", "").replace(",,", ",")
                OverlayParam_Left.SetString("Widgets", f"{LeftPanels}")
                return
            RightPanels = OverlayParam_Right.GetString("Widgets")
            if FocusWidget in RightPanels:
                RightPanels = OverlayParam_Left.GetString("Widgets")
                RightPanels = RightPanels.replace(f"{FocusWidget}", "").replace(
                    ",,", ","
                )
                OverlayParam_Right.SetString("Widgets", f"{RightPanels}")
                return
            BottomPanels = OverlayParam_Bottom.GetString("Widgets")
            if FocusWidget in BottomPanels:
                BottomPanels = OverlayParam_Bottom.GetString("Widgets")
                BottomPanels = BottomPanels.replace(f"{FocusWidget}", "").replace(
                    ",,", ","
                )
                OverlayParam_Bottom.SetString("Widgets", f"{BottomPanels}")
                return
        return

    def CustomTransparancy(self):
        OverlayParam_Left = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayLeft"
        )
        OverlayParam_Right = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayRight"
        )
        # OverlayParam_Top = App.ParamGet("User parameter:BaseApp/MainWindow/DockWindows/OverlayTop")
        OverlayParam_Bottom = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayBottom"
        )

        Enable = None
        if OverlayParam_Left.GetBool("Transparent") is False:
            Enable = True
        if OverlayParam_Left.GetBool("Transparent") is True:
            Enable = False

        OverlayParam_Left.SetBool("Transparent", Enable)
        OverlayParam_Right.SetBool("Transparent", Enable)
        # OverlayParam_Top.SetBool("Transparent", Enable)
        OverlayParam_Bottom.SetBool("Transparent", Enable)

        self.TransparancyToggled = True

        return self.TransparancyToggled

    def CustomTransparancy_Focus(self):
        OverlayParam_Left = None
        OverlayParam_Right = None
        OverlayParam_Bottom = None
        # Get the different overlay areas
        OverlayParam_Left = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayLeft"
        )
        OverlayParam_Right = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayRight"
        )
        # OverlayParam_Top = App.ParamGet("User parameter:BaseApp/MainWindow/DockWindows/OverlayTop")
        OverlayParam_Bottom = App.ParamGet(
            "User parameter:BaseApp/MainWindow/DockWindows/OverlayBottom"
        )

        # Ge the focused dockwidget
        FocusWidget = mw.focusWidget().parent().objectName()
        if FocusWidget == "Ribbon":
            return
        if isinstance(mw.focusWidget(), QTreeWidget):
            FocusWidget = "Tree view"
        position = ""
        try:
            DockWidget_Focus = mw.findChild(QDockWidget, FocusWidget)
            if DockWidget_Focus is not None:
                Area = mw.dockWidgetArea(DockWidget_Focus)
                if (
                    Area == Qt.DockWidgetArea.LeftDockWidgetArea
                    or Area == Qt.DockWidgetArea.RightDockWidgetArea
                    or Area == Qt.DockWidgetArea.TopDockWidgetArea
                    or Area == Qt.DockWidgetArea.BottomDockWidgetArea
                ):
                    return
        except Exception:
            pass

        if position == "":
            LeftPanels = OverlayParam_Left.GetString("Widgets")
            if FocusWidget in LeftPanels:
                OverlayParam_Left.SetBool(
                    "Transparent", not OverlayParam_Left.GetBool("Transparent")
                )
                return
            RightPanels = OverlayParam_Right.GetString("Widgets")
            if FocusWidget in RightPanels:
                OverlayParam_Right.SetBool(
                    "Transparent", not OverlayParam_Right.GetBool("Transparent")
                )
                return
            BottomPanels = OverlayParam_Bottom.GetString("Widgets")
            if FocusWidget in BottomPanels:
                OverlayParam_Bottom.SetBool(
                    "Transparent", not OverlayParam_Bottom.GetBool("Transparent")
                )
                return
        return

    def returnCustomDropDown(self, CommandName):
        actionList = []

        try:
            for DropDownCommand, Commands in self.dropdownButtons.items():
                if CommandName == DropDownCommand:
                    for CommandItem in Commands:
                        Command = Gui.Command.get(CommandItem[0])
                        if Command is not None:
                            action = Command.getAction()
                            if action is not None:
                                actionList.append(action)
            return actionList
        except Exception as e:
            if Parameters_Ribbon.DEBUG_MODE is True:
                StandardFunctions.Print(
                    f"{e.with_traceback(e.__traceback__)}", "Warning"
                )
            return []

    def CheckLanguage(self):
        FreeCAD_preferences = App.ParamGet("User parameter:BaseApp/Preferences/General")
        if "language" in self.ribbonStructure:
            if self.ribbonStructure["language"] != FreeCAD_preferences.GetString(
                "Language") and FreeCAD_preferences.GetString(
                "Language") != "":
                if "workbenches" in self.ribbonStructure:
                    for workbenchName in self.ribbonStructure["workbenches"]:
                        if "toolbars" in self.ribbonStructure["workbenches"][workbenchName]:
                            for ToolBar in self.ribbonStructure["workbenches"][
                                workbenchName
                            ]["toolbars"]:
                                if (
                                    "commands"
                                    in self.ribbonStructure["workbenches"][workbenchName][
                                        "toolbars"
                                    ][ToolBar]
                                ):
                                    for Command in self.ribbonStructure["workbenches"][
                                        workbenchName
                                    ]["toolbars"][ToolBar]["commands"]:
                                        self.ribbonStructure["workbenches"][workbenchName][
                                            "toolbars"
                                        ][ToolBar]["commands"][Command]["text"] = ""

                print("Ribbon UI: Custom text are reset because the language was changed")
        return
    
    def WriteButtonSettings(self, ButtonWidget, panel, property: dict = {"size": "small",}):
        # Get tabBar
        parent = panel.parent()
        count = 0
        while (count < 10):
            if type(parent) == RibbonNormalCategory or type(parent) == RibbonContextCategory:
                break
            else:
                parent = parent.parent()
        # Get the workbench name                    
        WorkBenchName = parent.objectName()

        # Get the current data from the ribbonstructure
        CommandName = ""
        for child in ButtonWidget.children():
            if (
                type(child) == QToolButton
                and child.objectName() == "CommandButton"
            ):
                CommandName = child.defaultAction().data()

        if CommandName != "":        
            for key, value in property.items():
                StandardFunctions.add_keys_nested_dict(
                    self.workBenchDict,
                    [
                        "workbenches",
                        WorkBenchName,
                        "toolbars",
                        panel.objectName(),
                        "commands",
                        CommandName,
                        key,
                    ],
                )
                self.workBenchDict["workbenches"][WorkBenchName]["toolbars"][panel.objectName()]["commands"][CommandName][key] = value       
            
        return
                      
    def ReturnPanelTitle(self, panel: RibbonPanel, dict = ribbonStructure, filterOnly = False):
        workbenchName = self.tabBar().tabData(self.tabBar().currentIndex())
        panelName = panel.objectName()
        # Get the workbenchTitle
        index = None
        for i in range(len(self.tabBar().tabTitles())):
            name = self.tabBar().tabData(i)
            if name == workbenchName:
                index = i
                break
        workbenchTitle = self.tabBar().tabText(index)
        title = StandardFunctions.TranslationsMapping(workbenchName, panelName)
        
        if filterOnly is False:
            if "workbenches" in dict:
                if workbenchName in dict["workbenches"]:
                    if "toolbars" in dict["workbenches"][workbenchName]:
                        if panelName in dict["workbenches"][workbenchName]["toolbars"]:
                            if "title" in dict["workbenches"][workbenchName]["toolbars"][panelName]:
                                if dict["workbenches"][workbenchName]["toolbars"][panelName]["title"] != "":
                                    return dict["workbenches"][workbenchName]["toolbars"][panelName]["title"]
        # Change the name of the view panels to "View"
        if (
            title in "Views - Ribbon_newPanel"
            or title.lower() in str("Individual views").lower()
        ):
            panel.setTitle(" Views ")
        else:
            # Remove possible workbench names from the titles
            if (
                "_custom" not in title
                and "_global" not in title
                and "_newPanel" not in title
            ):
                List = [
                    workbenchName,
                    workbenchTitle,
                    workbenchTitle.replace(" ", ""),
                ]
                for Name in List:                          
                    ListDelimiters = [" - ", "-", "_"]
                    for delimiter in ListDelimiters:
                        if f"{delimiter}{Name}" in title:
                            title = title.replace(f"{delimiter}{Name}", "")
                        elif f"{Name}{delimiter}" in title:
                            title = title.replace(f"{Name}{delimiter}", "")
                    if Name in title and Name != title:                        
                        title = title.replace(Name, "")
        # remove any suffix from the panel title
        if title.endswith("_custom"):
            title = title.replace("_custom", "")
        if title.endswith("_global"):
            title = title.replace("_global", "")
        if title.endswith("_newPanel"):
            title = title.replace("_newPanel", "")
        
        # remove spaces from start and end
        title = title.lstrip().rstrip()
        return title
    
    def CreatePanel(self, workbenchName: str, panelName: str, addPanel = True, dict = ribbonStructure, SetToUpdate = False, ignoreColumnLimit = False, showEnableControl = False, enableSeparator = False):
        if SetToUpdate is True:
            dict = self.ribbonStructure
            Standard_Functions_Ribbon.add_keys_nested_dict(dict, ["workbenches", workbenchName, "toolbars"], 1, True)
               
        # Create the panel, use the toolbar name as title
        title = StandardFunctions.TranslationsMapping(workbenchName, panelName)
        panel = RibbonPanel(title=title, showPanelOptionButton=True)
        if addPanel is True:
            panel: RibbonPanel = self.currentCategory().addPanel(
                title=title,
                showPanelOptionButton=True,
            )
        panel.setObjectName(panelName)
        panel.panelOptionButton().hide()
        panel.setAcceptDrops(True)
        
        # Add a drag function to the panel
        def mouseMoveEvent(self, e, customizeEnabled: bool):
            if e.buttons() == Qt.MouseButton.LeftButton and customizeEnabled is True:
                try:
                    drag = QDrag(self)
                    mime = QMimeData()
                    drag.setMimeData(mime)
                    pixmap = QPixmap(self.size())
                    self.render(pixmap)
                    drag.setPixmap(pixmap)

                    drag.exec(Qt.DropAction.MoveAction)
                except Exception as e:
                    print(e)
        
        panel.mouseMoveEvent = lambda e: mouseMoveEvent(panel, e, self.CustomizeEnabled)
        
        # get list of all buttons in toolbar
        allButtons: list = []
        if panelName.endswith("_newPanel") is False and panelName.endswith("_custom") is False:
            try:
                TB = mw.findChildren(QToolBar, panelName)
                allButtons = TB[0].findChildren(QToolButton)
                # remove empty buttons
                for i in range(len(allButtons)):
                    button: QToolButton = allButtons[i]
                    if allButtons[i].text() == "":
                        allButtons.pop(i)
            except Exception:
                pass
            
        # Add custom panels
        if panelName.endswith("_custom"):
            customList = self.List_AddCustomToolBarToWorkbench(workbenchName, panelName)
            allButtons.extend(customList)

        # Add new Panels
        if panelName.endswith("_newPanel"):
            NewPanelList = self.List_AddNewPanelToWorkbench(workbenchName, panelName)
            allButtons.extend(NewPanelList)
            # Add new global Panels
            NewPanelList = self.List_AddNewPanelToWorkbench("Global", panelName)
            allButtons.extend(NewPanelList)
        
        # Set the objectname to the default action of all buttons
        for button in allButtons:
            try:
                action = button.actions()[0]
                action.setObjectName(action.data())
            except Exception:
                try:
                    action = button.actions()
                    action.setObjectName(action.data())
                except Exception:
                    try:
                        action = button.defaultAction()
                        action.setObjectName(action.data())
                    except Exception:
                        pass
            
        # add separators to the command list.
        if workbenchName in dict["workbenches"]:
            if (
                panelName != ""
                and "toolbars" in dict["workbenches"][workbenchName]
                and panelName
                in dict["workbenches"][workbenchName]["toolbars"]
            ):
                for orderedToolbar in dict["workbenches"][
                    workbenchName
                ]["toolbars"]:
                    if orderedToolbar.lower() == panelName.lower():
                        if (
                            "order"
                            in dict["workbenches"][workbenchName][
                                "toolbars"
                            ][panelName]
                        ) and type(dict["workbenches"][
                                        workbenchName
                                    ]["toolbars"][panelName]["order"]) is list:
                            for j in range(
                                len(
                                    dict["workbenches"][
                                        workbenchName
                                    ]["toolbars"][panelName]["order"]
                                )
                            ):
                                try:
                                    if (
                                        "separator"
                                        in dict["workbenches"][
                                            workbenchName
                                        ]["toolbars"][panelName]["order"][j].lower()
                                    ):
                                        separator = QToolButton()
                                        separator.setText(
                                            dict["workbenches"][
                                                workbenchName
                                            ]["toolbars"][panelName]["order"][j]
                                        )
                                        separator.setObjectName(separator.text())
                                        allButtons.insert(j, separator)
                                except Exception:
                                    pass

        if workbenchName in dict["workbenches"]:
            # order buttons like defined in ribbonStructure
            if (
                panelName
                in dict["workbenches"][workbenchName]["toolbars"]
                and "order"
                in dict["workbenches"][workbenchName]["toolbars"][
                    panelName
                ]
            ):
                OrderList: list = dict["workbenches"][
                    workbenchName
                ]["toolbars"][panelName]["order"]

                # XXX check that positionsList consists of strings only
                def sortButtons(button: QToolButton):
                    # Use the text from the button
                    Text = button.text()
                    versionCheck = StandardFunctions.checkFreeCADVersion(
                            Parameters_Ribbon.FreeCAD_Version["mainVersion"],
                            Parameters_Ribbon.FreeCAD_Version["subVersion"],
                            Parameters_Ribbon.FreeCAD_Version["patchVersion"],
                            Parameters_Ribbon.FreeCAD_Version["gitVersion"],
                        )
                    if (versionCheck is True):
                        # if it is not a custom button or separator, update the Text
                        if not "ddb" in Text and not "separator" in Text:
                            if (
                                button.actions()[0].data() != ""
                                and button.actions()[0].data() is not None
                            ):
                                Text = button.actions()[0].data()

                    position = None
                    try:
                        position = OrderList.index(Text)
                    except ValueError:
                        position = 999999

                    return position

                allButtons.sort(key=sortButtons)

        # add buttons to panel
        shadowList = (
            []
            # if buttons are used in multiple workbenches, they can show up double. (Sketcher_NewSketch)
        )
        # for button in allButtons:
        # needed to count the number of small buttons in a column. (bug fix with adding separators)
        NoSmallButtons_spacer = 0
        # needed to count the number of medium buttons in a column. (bug fix with adding separators)
        NoMediumButtons_spacer = 0

        # Define the rowCount and column count
        columnCount = 0
        smallButtons = []
        mediumButtons = []
        largeButtons = []
        # Set the maximum columns
        maxColumns = Parameters_Ribbon.MAX_COLUMN_PANELS

        # Define an action list of the actions that are byond the maximum columns
        ButtonList = []

        # Go through the button list:
        for i in range(len(allButtons)):
            button = allButtons[i]
            
            # count the number of buttons per type. Needed for proper sorting the buttons later.
            buttonSize = "small"
            try:
                action = button.defaultAction()
                buttonSize = dict["workbenches"][workbenchName][
                    "toolbars"
                ][panelName]["commands"][action.data()]["size"]
                if buttonSize == "small":
                    NoSmallButtons_spacer += 1
                if buttonSize == "medium":
                    NoMediumButtons_spacer += 1
            except Exception:
                pass

            # Panel overflow behaviour ----------------------------------------------------------------
            #
            # get the number of rows in the panel and store the maximum number of rows per wb.
            if workbenchName not in self.MaxRowsPerWB:
                Standard_Functions_Ribbon.add_keys_nested_dict(self.MaxRowsPerWB, [workbenchName, "Rows"])
                Standard_Functions_Ribbon.add_keys_nested_dict(self.MaxRowsPerWB, [workbenchName, "SmallButtonsPresent"])
                Standard_Functions_Ribbon.add_keys_nested_dict(self.MaxRowsPerWB, [workbenchName, "MediumButtonsPresent"])
                Standard_Functions_Ribbon.add_keys_nested_dict(self.MaxRowsPerWB, [workbenchName, "LargeButtonsPresent"])
                self.MaxRowsPerWB[workbenchName]["Rows"] = 0
                self.MaxRowsPerWB[workbenchName]["SmallButtonsPresent"] = False
                self.MaxRowsPerWB[workbenchName]["MediumButtonsPresent"] = False
                self.MaxRowsPerWB[workbenchName]["LargeButtonsPresent"] = False
            if buttonSize == "small":
                smallButtons.append(button)
                mediumButtons.clear()
                largeButtons.clear()
                if len(smallButtons) == 3:
                    columnCount = columnCount + 1
                    smallButtons.clear()
                    # Store the number of rows for this workbench
                    self.MaxRowsPerWB[workbenchName]["Rows"] = 3
                    # Save that small buttons are present
                    self.MaxRowsPerWB[workbenchName]["SmallButtonsPresent"] = True
            if buttonSize == "medium":                
                smallButtons.clear()
                mediumButtons.append(button)
                largeButtons.clear()
                if len(mediumButtons) == 2:
                    columnCount = columnCount + 1
                    mediumButtons.clear()
                    # Store the number of rows for this workbench
                    if self.MaxRowsPerWB[workbenchName]["Rows"]  <= 2:
                        self.MaxRowsPerWB[workbenchName]["Rows"]  = 2
                    # Save that medium buttons are present
                    self.MaxRowsPerWB[workbenchName]["MediumButtonsPresent"] = True
            if buttonSize == "large" or "separator" in button.text().lower():                
                smallButtons.clear()
                mediumButtons.clear()
                largeButtons.append(button)
                if len(largeButtons) == 1:
                    columnCount = columnCount + 1
                    largeButtons.clear()
                    # Store the number of rows for this workbench
                    if self.MaxRowsPerWB[workbenchName]["Rows"]  <= 1:
                        self.MaxRowsPerWB[workbenchName]["Rows"]  = 1
                    # Save that large buttons are present
                    self.MaxRowsPerWB[workbenchName]["LargeButtonsPresent"] = True

            # if the button has not text, remove it, skip it and increase the counter.
            if button.text() == "":
                continue
            # If the command is already there, remove it, skip it and increase the counter.
            elif shadowList.__contains__(button.text()) is True:
                continue
            else:
                # If the number of columns is more than allowed,
                # Add the actions to the OptionPanel instead.
                if maxColumns > 0 and ignoreColumnLimit is False:
                    # if the last item before the optionpanel is an separator, skip it
                    if columnCount > maxColumns and "separator" in button.text():
                        continue
                    if columnCount > maxColumns and "separator" not in button.text():
                        if (
                            (buttonSize == "small" and len(smallButtons) == 0) or 
                            (buttonSize == "medium" and len(mediumButtons) == 0) or 
                            (buttonSize == "large" and len(largeButtons) == 0)
                        ):
                            ButtonList.append(button)
                            panel.panelOptionButton().show()
                            continue

                # If the last item is not an separator, you can add an separator
                # With an paneloptionbutton, use an offset of 2 instead of 1 for i.
                if "separator" in button.text() and i < len(allButtons):
                    separatorWidget = CustomWidgets.CustomSeparator()
                    rowSpan = 6
                    separator = panel.addWidget(separatorWidget, rowSpan=rowSpan, fixedHeight=False, alignment=Qt.AlignmentFlag.AlignCenter)
                    separator.setObjectName(button.text())
                    separator.setDisabled(not enableSeparator)
                    if enableSeparator is True:
                        separator.setFixedWidth(16)
                    separator.setStyleSheet(
                        "RibbonSeparator:hover {background: "
                        + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                        + ";}"
                                            )

                    # there is a bug in pyqtribbon where the separator is placed in the wrong position
                    # despite the correct order of the button list.
                    # To correct this, empty and disabled buttons are added for spacing.
                    # (adding spacers did not work)
                    if float((NoSmallButtons_spacer + 1) / 3).is_integer():
                        spacer_1 = panel.addSmallButton()
                        spacer_1.setFixedWidth(self.iconSize)
                        spacer_1.setEnabled(False)
                        spacer_1.setStyleSheet("background-color: none;border: none")
                        spacer_1.setObjectName("spacer")
                    if float((NoSmallButtons_spacer + 2) / 3).is_integer():
                        spacer_1 = panel.addSmallButton()
                        spacer_1.setFixedWidth(self.iconSize)
                        spacer_1.setEnabled(False)
                        spacer_1.setStyleSheet("background-color: none;border: none")
                        spacer_1.setObjectName("spacer")
                        spacer_2 = panel.addSmallButton()
                        spacer_2.setFixedWidth(self.iconSize)
                        spacer_2.setEnabled(False)
                        spacer_2.setStyleSheet("background-color: none;border: none")
                        spacer_1.setObjectName("spacer")
                    # reset the counter after a separator is added.
                    NoSmallButtons_spacer = 0
                    # Same principle for medium buttons
                    if float((NoMediumButtons_spacer-1) / 2).is_integer():
                        spacer_1 = panel.addMediumButton()
                        spacer_1.setFixedWidth(Parameters_Ribbon.ICON_SIZE_MEDIUM)
                        spacer_1.setEnabled(False)
                        spacer_1.setStyleSheet("background-color: none;border: none")
                        spacer_1.setObjectName("spacer")
                    NoMediumButtons_spacer = 0
                    continue
                else:
                    try:
                        action = button.defaultAction()

                        # get the action text
                        text = action.text()
                        try:
                            # If the text is not from a hardcoded dropdown:
                            if len(action.data().split(", ")) <= 1:
                                text = StandardFunctions.CommandInfoCorrections(
                                    action.data()
                                )["ActionText"]
                        except Exception:
                            pass

                        # try to get alternative text from ribbonStructure
                        try:
                            if panelName in dict["workbenches"][workbenchName]["toolbars"]:
                                if action.data() in dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"]:
                                    if "text" in dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][action.data()]:
                                        textJSON = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][action.data()]["text"]

                                        # There is a bug in freecad with the comp-sketch menu hase the wrong text
                                        if (
                                            action.data() == "PartDesign_CompSketches"
                                            and dict["workbenches"][
                                                workbenchName
                                            ]["toolbars"][panelName]["commands"][action.data()][
                                                "text"
                                            ]
                                            == "Create datum"
                                        ):
                                            textJSON = "Create sketch"

                                        # Check if the original menutext is different
                                        # if so use the alternative, otherwise use original
                                        for CommandName in Gui.listCommands():
                                            # if it is a normal command:
                                            if len(action.data().split(", ")) <= 1:
                                                MenuName = CommandInfoCorrections(CommandName)[
                                                    "menuText"
                                                ].replace("&", "")
                                                if CommandName == action.data():
                                                    if (
                                                        MenuName
                                                        != dict["workbenches"][
                                                            workbenchName
                                                        ]["toolbars"][panelName]["commands"][
                                                            action.data()
                                                        ][
                                                            "text"
                                                        ]
                                                        and MenuName != ""
                                                        and textJSON != ""
                                                    ):
                                                        text = textJSON
                                            # if it is a member of a FreeCAD dropdown:
                                            if len(action.data().split(", ")) > 1:
                                                MenuName = action.text()
                                                if (
                                                    MenuName
                                                    != dict["workbenches"][
                                                        workbenchName
                                                    ]["toolbars"][panelName]["commands"][
                                                        action.data()
                                                    ][
                                                        "text"
                                                    ]
                                                    and MenuName != ""
                                                    and textJSON != ""
                                                ):
                                                    text = textJSON

                            # the text would be overwritten again when the state of the action changes
                            # (e.g. when getting enabled / disabled), therefore the action itself
                            # is manipulated.
                            action.setText(text)
                        except KeyError as e:
                            if Parameters_Ribbon.DEBUG_MODE is True:
                                print(f"No alternative text!. WB={workbenchName}, cmd={action.data()}, key={e}")
                            text = action.text()
                                                
                        # Get the icon from cache. Use the pixmap as backup
                        pixmap = ""
                        CommandName = action.data()
                        if button.menu() is not None:
                            CommandName = button.text()
                        # If the command is an dropdown, use the button text instead of action data
                        if button.text().endswith("_ddb"):
                            CommandName = button.text()

                        try:
                            pixmap = dict["workbenches"][
                                workbenchName
                            ]["toolbars"][panelName]["commands"][CommandName]["icon"]
                        except Exception:
                            pass
                        actionIcon = self.ReturnCommandIcon(action.data(), pixmap)
                        if actionIcon is not None:
                            action.setIcon(actionIcon)

                        # try to get alternative icon from ribbonStructure
                        try:
                            icon_Json = dict["workbenches"][
                                workbenchName
                            ]["toolbars"][panelName]["commands"][CommandName]["icon"]
                            if icon_Json != "":
                                action.setIcon(Gui.getIcon(icon_Json))
                        except KeyError:
                            pass

                        # If the icon is still none, try to retrieve it from the data file
                        if action.icon() is None or (
                            action.icon() is not None and action.icon().isNull()
                        ):
                            StandardFunctions.Print(
                                f"An icon retrieved from data file for '{CommandName}'"
                            )
                            DataFile = os.path.join(
                                os.path.dirname(__file__), "RibbonDataFile.dat"
                            )

                            if os.path.exists(DataFile) is True:
                                Data = {}
                                # read ribbon structure from JSON file
                                with open(DataFile, "r") as file:
                                    Data.update(json.load(file))
                                file.close()
                                try:
                                    # Load the lists for the deserialized icons
                                    for IconItem in Data["Command_Icons"]:
                                        # This works only for FreeCAD Commands
                                        CommandName_Icon = action.data()
                                        if CommandName_Icon == IconItem[0]:
                                            Icon: QIcon = (
                                                Serialize_Ribbon.deserializeIcon(
                                                    IconItem[1]
                                                )
                                            )
                                            action.setIcon(Icon)
                                except Exception as e:
                                    if Parameters_Ribbon.DEBUG_MODE is True:
                                        StandardFunctions.Print(
                                            f"Trying the get an icon for {CommandName}\n{e}",
                                            "Warning",
                                        )
                                    pass

                        # get button size from ribbonStructure
                        try:
                            buttonSize = dict["workbenches"][
                                workbenchName
                            ]["toolbars"][panelName]["commands"][CommandName]["size"]
                            # if "Part" in CommandName:
                            #     print(f"{CommandName}, {buttonSize}")
                            if buttonSize == "":
                                buttonSize = "small"
                        except KeyError:
                            pass

                        # Check if this is an icon only toolbar
                        IconOnly = False
                        for iconToolbar in self.iconOnlyToolbars:
                            if iconToolbar == panelName:
                                IconOnly = True

                        btn = None
                        # Make sure that no strange "&" symbols are remainging
                        action.setText(action.text().replace("&", ""))
                        # print(action.data())
                        if buttonSize == "small":
                            showText = Parameters_Ribbon.SHOW_ICON_TEXT_SMALL
                            if (
                                IconOnly is True
                                # or Parameters_Ribbon.USE_FC_OVERLAY is True
                            ):
                                showText = False
                            try:
                                if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
                                    showText = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]["textEnabled"]
                            except Exception:
                                pass

                            # Create a custom toolbutton
                            ButtonSize = QSize(
                                Parameters_Ribbon.ICON_SIZE_SMALL,
                                Parameters_Ribbon.ICON_SIZE_SMALL,
                            )
                            IconSize = QSize(
                                Parameters_Ribbon.ICON_SIZE_SMALL,
                                Parameters_Ribbon.ICON_SIZE_SMALL,
                            )
                            if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
                                try:
                                    size = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]["ButtonSize_small"]                                    
                                    IconSize = QSize(size, size)
                                    ButtonSize = IconSize
                                except Exception:
                                    pass
                                
                            Menu = None
                            if button.menu() is not None:
                                Menu = button.menu()
                            btn = CustomControls(
                                Text=action.text(),
                                Action=action,
                                Icon=action.icon(),
                                IconSize=IconSize,
                                ButtonSize=ButtonSize,
                                FontSize=Parameters_Ribbon.FONTSIZE_BUTTONS,
                                showText=showText,
                                setWordWrap=False,
                                ElideMode=False,
                                MaxNumberOfLines=2,
                                Menu=Menu,
                                MenuButtonSpace=16,
                                parent=self,
                                ButtonStyle=pyqtribbon.RibbonButtonStyle.Small
                            )                              
                            # add the button as a small button
                            # layout.addWidgets(btn, "small")
                            panel.addSmallWidget(
                                btn,
                                alignment=self.ButtonAlignment,
                                fixedHeight=False,
                            ).setObjectName("CustomWidget_Small")  # Set fixedheight to false. This is set in the custom widgets
                        elif buttonSize == "medium":
                            showText = Parameters_Ribbon.SHOW_ICON_TEXT_MEDIUM
                            if (
                                IconOnly is True
                                # or Parameters_Ribbon.USE_FC_OVERLAY is True
                            ):
                                showText = False
                            try:
                                if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
                                    showText = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]["textEnabled"]
                            except Exception:
                                pass

                            # Create a custom toolbutton
                            ButtonSize = QSize(
                                Parameters_Ribbon.ICON_SIZE_MEDIUM,
                                Parameters_Ribbon.ICON_SIZE_MEDIUM,
                            )
                            IconSize = QSize(
                                Parameters_Ribbon.ICON_SIZE_MEDIUM,
                                Parameters_Ribbon.ICON_SIZE_MEDIUM,
                            )
                            if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
                                try:
                                    size = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]["ButtonSize_medium"]
                                    IconSize = QSize(size, size)
                                    ButtonSize = IconSize
                                except Exception:
                                    pass
                                
                            Menu = None
                            if button.menu() is not None:
                                Menu = button.menu()
                            btn = CustomControls(
                                Text=action.text(),
                                Action=action,
                                Icon=action.icon(),
                                IconSize=IconSize,
                                ButtonSize=ButtonSize,
                                FontSize=Parameters_Ribbon.FONTSIZE_BUTTONS,
                                showText=showText,
                                setWordWrap=Parameters_Ribbon.WRAPTEXT_MEDIUM,
                                MaxNumberOfLines=2,
                                Menu=Menu,
                                MenuButtonSpace=16,
                                parent=self,
                                ButtonStyle=pyqtribbon.RibbonButtonStyle.Medium
                            )
                            # add the button as large button
                            # layout.addWidgets(btn, "medium")
                            panel.addMediumWidget(
                                btn,
                                alignment=self.ButtonAlignment,
                                fixedHeight=False,
                            ).setObjectName("CustomWidget_Medium")  # Set fixedheight to false. This is set in the custom widgets
                        elif buttonSize == "large":
                            showText = Parameters_Ribbon.SHOW_ICON_TEXT_LARGE
                            if (
                                IconOnly is True
                                # or Parameters_Ribbon.USE_FC_OVERLAY is True
                            ):
                                showText = False
                            try:
                                if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
                                    if "textEnabled" in dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]:
                                        showText = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]["textEnabled"]
                            except Exception as e:
                                if Parameters_Ribbon.DEBUG_MODE is True:
                                    print(e)
                                pass

                            # Create a custom toolbutton
                            ButtonSize = QSize(
                                Parameters_Ribbon.ICON_SIZE_LARGE,
                                Parameters_Ribbon.ICON_SIZE_LARGE,
                            )
                            IconSize = QSize(
                                Parameters_Ribbon.ICON_SIZE_LARGE,
                                Parameters_Ribbon.ICON_SIZE_LARGE,
                            )
                            if Parameters_Ribbon.BETA_FUNCTIONS_ENABLED is True:
                                try:                                    
                                    size = dict["workbenches"][workbenchName]["toolbars"][panelName]["commands"][CommandName]["ButtonSize_large"]
                                    IconSize = QSize(size, size)
                                    ButtonSize = IconSize
                                except Exception as e:
                                    if Parameters_Ribbon.DEBUG_MODE is True:
                                        print(e)
                                    pass
                                
                            Menu = None
                            if button.menu() is not None:
                                Menu = button.menu()
                            btn = CustomControls(
                                Text=action.text(),
                                Action=action,
                                Icon=action.icon(),
                                IconSize=IconSize,
                                ButtonSize=ButtonSize,
                                FontSize=Parameters_Ribbon.FONTSIZE_BUTTONS,
                                showText=showText,
                                setWordWrap=Parameters_Ribbon.WRAPTEXT_LARGE,
                                MaxNumberOfLines=2,
                                Menu=Menu,
                                MenuButtonSpace=16,
                                parent=self,
                                ButtonStyle=pyqtribbon.RibbonButtonStyle.Large
                            )
                            # add the button as large button
                            panel.addLargeWidget(
                                btn,
                                fixedHeight=False,
                                alignment=self.ButtonAlignment,
                            ).setObjectName("CustomWidget_Large") # Set fixedheight to false. This is set in the custom widgets                            
                        else:
                            if Parameters_Ribbon.DEBUG_MODE is True:
                                if buttonSize != "none":
                                    print(
                                        f"{action.text()} is ignored. Its size was: {buttonSize}"
                                    )
                            pass

                        # Set the background always to background color.
                        # Styling is managed in the custom button class
                        StyleSheet_Addition_Button = (
                            "QToolButton, QToolButton:hover {background-color: "
                            + StyleMapping_Ribbon.ReturnStyleItem(
                                "Background_Color"
                            )
                            + ";border: none"
                            + ";}"
                        )
                        btn.setStyleSheet(StyleSheet_Addition_Button)

                        # add the button text to the shadowList for checking if buttons are already there.
                        shadowList.append(button.text())

                    except Exception as e:
                        if Parameters_Ribbon.DEBUG_MODE is True:
                            raise e
                        continue
        
        # Set the panel title
        panel.setTitle(self.ReturnPanelTitle(panel, dict))

        # Set the panelheight. setting the ribbonheigt, cause the first tab to be shown to large
        self.setPanelProperties(panel)
        
        # Add a checkbox to the titlebar. Used for enabling or disabling panels. Default is hidden
        titleLayout: QHBoxLayout = panel._titleLayout
        # EnableControl = QCheckBox()
        EnableControl = Toggle()
        EnableControl.setChecked(True)
        if panel.objectName() in self.ribbonStructure["workbenches"][workbenchName]["toolbars"]:
            if "Enabled" in self.ribbonStructure["workbenches"][workbenchName]["toolbars"][panel.objectName()]:
                Enabled = self.ribbonStructure["workbenches"][workbenchName]["toolbars"][panel.objectName()]["Enabled"]
                EnableControl.setChecked(bool(Enabled))
        EnableControl.setFixedWidth(32)
        EnableControl.setObjectName("EnablePanel")
        titleLayout.insertWidget(0, EnableControl)
        if showEnableControl is False:
            EnableControl.setHidden(True)

        # Setup the panelOptionButton
        panel = self.PopulateOverflowMenu(panel, ButtonList)
                
        # Add a spacer. Otherwise alignment of a panel with one button will always be to the top
        if len(allButtons) == 1:
            spacer = QWidget()
            spacer.setObjectName("ExtraSpacer")
            spacer.setMinimumSize(0, panel.height() - panel._titleWidget.height())
            panel.addWidget(spacer, rowSpan=6)
        
        return panel
    
    def setPanelProperties(self, panel: RibbonPanel):
        # Set the panelheight. setting the ribbonheigt, cause the first tab to be shown to large
        # add an offset to make room for the panel titles and icons
        #
        # Set the properties for the layouts
        panel._actionsLayout.setHorizontalSpacing(self.PaddingRight * 0.5)
        panel._actionsLayout.setSpacing(self.ButtonSpacing)
        panel._actionsLayout.setAlignment(Qt.AlignmentFlag.AlignLeft | Qt.AlignmentFlag.AlignTop)
        panel._actionsLayout.setContentsMargins(0, self.TopMargin, 3, self.BottomMargin) # Left, Top, Right, Bottom
        panel._mainLayout.setSpacing(0)
        panel.setFixedHeight(self.ReturnRibbonHeight(self.PanelHeightOffset))
        # Set the font for the panel title
        Font = QFont()
        Font.setPixelSize(Parameters_Ribbon.FONTSIZE_PANELS)
        panel._titleLabel.setFont(Font)
        panel._titleLabel.setFixedHeight(Parameters_Ribbon.FONTSIZE_PANELS+3)
        # Set the ribbonheight
        self.RibbonHeight = self.ReturnRibbonHeight(self.RibbonOffset)
        self.setRibbonHeight(self.RibbonHeight)
        # Correct the width of the (hidden) option button
        OptionButton = panel.panelOptionButton()
        OptionButton.setFixedSize(Parameters_Ribbon.ICON_SIZE_SMALL, Parameters_Ribbon.FONTSIZE_PANELS+3)
        # Set the size policy to fixed. Otherwise resizing is not working properly
        panel.setSizePolicy(QSizePolicy.Policy.Fixed, QSizePolicy.Policy.Fixed)
        return
    
    def PopulateOverflowMenu(self, panel: RibbonPanel, ButtonList: list):
        # Create a list of actions from the button list
        actionList = []
        for i in range(len(ButtonList)):
            button = ButtonList[i]
            StyleSheet_Menu = (
                "* {font-size: " + str(Parameters_Ribbon.FONTSIZE_MENUS) + "px;}"
            )
            button.setStyleSheet(StyleSheet_Menu)
            if type(button.actions()) is list:
                if len(button.actions()) == 1:
                    actionList.append(button.actions()[0])
                if len(button.actions()) > 1:
                    actionList.append(button.actions())
            if type(button.actions()) is QAction:
                actionList.append(button.actions())
                
        # The option button
        OptionButton = panel.panelOptionButton()
        
        # If there are actions, create an overflow menu from the panel option button
        if len(actionList) > 0:
            Menu = CustomControls.CustomOptionMenu(
                OptionButton.menu(), actionList, self
            )
            OptionButton.setMenu(Menu)
            StyleSheet_Menu = (
                "* {font-size: " + str(Parameters_Ribbon.FONTSIZE_MENUS) + "px;}"
            )
            Menu.setStyleSheet(StyleSheet_Menu)
            # Set the behavior of the option button
            OptionButton.setPopupMode(QToolButton.ToolButtonPopupMode.InstantPopup)
            # Remove the image to avoid double arrows
            OptionButton.setStyleSheet(
                "RibbonPanelOptionButton::menu-indicator {image: none;}"
            )
            Menu = OptionButton.menu()

            # Set the icon
            OptionButton_Icon = StyleMapping_Ribbon.ReturnStyleItem("OptionButton")
            if OptionButton_Icon is not None:
                OptionButton.setIcon(OptionButton_Icon)
            else:
                OptionButton.setArrowType(Qt.ArrowType.DownArrow)
                OptionButton.setToolButtonStyle(
                    Qt.ToolButtonStyle.ToolButtonTextBesideIcon
                )
                OptionButton.setText("more...")
        OptionButton.setFixedWidth(Parameters_Ribbon.ICON_SIZE_SMALL)
        # Set the background color and remove the border
        OptionButton.setStyleSheet("RibbonPanelOptionButton{ background: "
                                   + StyleMapping_Ribbon.ReturnStyleItem("Background_Color")
                                   + ";border: "
                                   + StyleMapping_Ribbon.ReturnStyleItem("Background_Color")
                                   + ";}RibbonPanelOptionButton::hover { background: "
                                   + StyleMapping_Ribbon.ReturnStyleItem("Background_Color_Hover")
                                   + ";}"
        )
        # Remove the tooltip
        OptionButton.setToolTip("")
        
        # If there are no actions, hide the button
        if len(actionList) == 0:
            panel.panelOptionButton().hide()
        return panel
    
    def RestoreJson(self):
        # get the path for the Json file
        JsonPath = os.path.dirname(__file__)
        JsonFile = os.path.join(JsonPath, "RibbonStructure.json")

        BackupFiles: list = []
        # returns a list of names (with extension, without full path) of all files
        # in backup path
        for name in os.listdir(pathBackup):
            if os.path.isfile(os.path.join(pathBackup, name)):
                if name.lower().endswith("json"):
                    BackupFiles.append(name)
        # Sort the backup files in reversed order
        BackupFiles.sort(reverse=True)

        if len(BackupFiles) > 0:
            SelectedFile = StandardFunctions.Mbox(
                translate("FreeCAD Ribbon", "Select a backup file"),
                "",
                21,
                "NoIcon",
                BackupFiles[0],
                BackupFiles,
            )
            BackupFile = os.path.join(pathBackup, SelectedFile)
            result = shutil.copy(BackupFile, JsonFile)
            StandardFunctions.Print(
                translate(
                    "FreeCAD Ribbon", "Ribbon bar set back to settings from: {}"
                ).format(result),
                "Warning",
            )

            message = translate(
                "FreeCAD Ribbon",
                "Settings reset to {}!\nYou must restart FreeCAD for changes to take effect.",
            ).format(SelectedFile)
            answer = StandardFunctions.RestartDialog(message=message)
            if answer == "yes":
                StandardFunctions.restart_freecad()

        return
    
    # endregion

    # region - Titlebar functions
    def CloseFreeCAD(self):
        mw.close()
        return

    def MinimizeFreeCAD(self):
        mw.showMinimized()
        return

    def RestoreFreeCAD(self, event):
        # This function only works when evertyhing is loaded.
        # if self.isLoaded:
        StatusBarState = mw.findChild(QStatusBar, "statusBar").isVisible()
        # Get the style and restore button
        RestoreButton: QToolButton = self.rightToolBar().findChildren(
            QToolButton, "RestoreButton"
        )[0]
        # If the mainwindow is maximized, set the mainwindow to normal, set a size and icon
        if mw.isMaximized() is True:
            try:
                # Set the main window to normal
                mw.setWindowState(Qt.WindowState.WindowNoState)
                mw.showNormal()
                # Set the statusbar again if it was enabled
                mw.statusBar().setVisible(StatusBarState)
                # Resize the mainwindow to be smaller than the screen
                mw.resize(mw.width() - 50, mw.height() - 50)
                mw.move(50, 50)
                mw.adjustSize()
                RestoreButton.clearFocus()
            except Exception:
                pass
            return
        # if the mainwindow is normal, maximize it
        if mw.isMaximized() is False:
            try:
                # Set the main window maximized
                mw.setWindowState(Qt.WindowState.WindowMaximized)
                mw.showMaximized()
                # Set the statusbar again if it was enabled
                mw.statusBar().setVisible(StatusBarState)
                RestoreButton.clearFocus()
            except Exception:
                pass
            return
        return

    def ToggleFullScreen(self):
        if mw.isFullScreen():
            mw.showMaximized()
            return
        if mw.isFullScreen() is False:
            mw.showFullScreen()
            return

    def ToggleMenuBar(self):
        MenuBar = mw.menuBar()
        if MenuBar.isVisible():
            MenuBar.hide()
            return
        if MenuBar.isVisible() is False:
            MenuBar.show()
            return

    # endregion

    # region - Function for data files updates
    def CheckDataFile(self):
        Data = {}
        if self.isLoaded:
            DataFile2 = os.path.join(os.path.dirname(__file__), "RibbonDataFile2.dat")
            if os.path.exists(DataFile2) is False:
                Question = translate(
                    "FreeCAD Ribbon",
                    "The first time, a data file must be generated!\n"
                    + "It is important to create a data file to avoid any issues.\n"
                    + f"Open the layout menu ({self.LayoutMenuShortCut}) and click on 'Reload workbenches'.",
                )
                StandardFunctions.Mbox(text=Question, title="FreeCAD Ribbon", style=30)
                return
            if os.path.exists(DataFile2) is True:
                # read ribbon structure from JSON file
                with open(DataFile2, "r") as file:
                    Data.update(json.load(file))
                file.close()

            # Add the most important checks on startup.
            # Less important ones will be done when opening the Layout menu
            DataUpdateNeeded = False
            try:
                FileVersion = Data["dataVersion"]
                if FileVersion != self.DataFileVersion:
                    DataUpdateNeeded = True
            except Exception:
                DataUpdateNeeded = True
            if DataUpdateNeeded is True:
                Question = translate(
                    "FreeCAD Ribbon",
                    "The current data file is based on an older format!\n"
                    + "It is important to update the data file to avoid any issues.\n"
                    + f"Open the layout menu ({self.LayoutMenuShortCut}) and click on 'Reload workbenches'.",
                )
                StandardFunctions.Mbox(text=Question, title="FreeCAD Ribbon", style=30)
        return True

    def ConvertRibbonStructure(self, checkFCVersion = True, RestartFreeCAD = False):
        # Define a result parameter
        isConverted = False
        # Get the FreeCAD Version
        version = App.Version()

        # Check if version is stored in the ribbon structure.
        # If so check if it is an older version.
        # If it is the same or newer version, return.
        if checkFCVersion is True:
            if "convertedWithVersion" in self.ribbonStructure:
                main = self.ribbonStructure["convertedWithVersion"][0]
                sub = self.ribbonStructure["convertedWithVersion"][1]
                patch = self.ribbonStructure["convertedWithVersion"][2]
                git_version = self.ribbonStructure["convertedWithVersion"][3]
                if main >= int(version[0]):
                    if sub >= int(version[1]):
                        if patch >= int(version[2]):
                            if git_version >= int(version[3].split(" ")[0]):
                                if Parameters_Ribbon.DEBUG_MODE is True:
                                    print("no conversion needed")
                                return

        # Convert the commands from menuname to the commandames
        #
        # Convert the custompanels
        if "customToolbars" in self.ribbonStructure:
            for WorkBenchName in self.ribbonStructure["customToolbars"]:
                for ToolbarName in self.ribbonStructure["customToolbars"][WorkBenchName]:
                    newDict = {}
                    if "commands" in self.ribbonStructure["customToolbars"][WorkBenchName][ToolbarName]:
                        currentDict: dict = self.ribbonStructure["customToolbars"][WorkBenchName][ToolbarName]["commands"]
                        for key, value in currentDict.items():
                            for CommandItem in self.List_Commands:
                                # Get the english menutext
                                MenuName = CommandItem[2]
                                # Get the translated menutext
                                MenuNameTtranslated = CommandItem[4]

                                if (MenuName.lower() == key.lower() or MenuNameTtranslated.lower() == key or CommandItem[0] == key)  and WorkBenchName == CommandItem[3]:
                                    try:
                                        Standard_Functions_Ribbon.add_keys_nested_dict(newDict, [CommandItem[0]], 1, True)
                                        newDict[CommandItem[0]] = value
                                    except Exception as e:
                                        if Parameters_Ribbon.DEBUG_MODE is True:
                                            StandardFunctions.Print(
                                                f"{e.with_traceback(e.__traceback__)}, 3",
                                                "Warning",
                                            )
                                        continue
                        self.ribbonStructure["customToolbars"][WorkBenchName][ToolbarName]["commands"] = newDict
                                    
        # Check if there are workbenches and toolbars in the ribbon structure
        if "workbenches" in self.ribbonStructure:
            for WorkBenchName in self.ribbonStructure["workbenches"]:
                if "toolbars" in self.ribbonStructure["workbenches"][WorkBenchName]:
                    for ToolBar in self.ribbonStructure["workbenches"][WorkBenchName][
                        "toolbars"
                    ]:
                        # Skip the toolbar order
                        if ToolBar != "order":
                            # If a toolbar has an order for its commands, continue
                            if (
                                "order"
                                in self.ribbonStructure["workbenches"][WorkBenchName][
                                    "toolbars"
                                ][ToolBar]
                            ):
                                # Get the current order list
                                OrderList = self.ribbonStructure["workbenches"][
                                    WorkBenchName
                                ]["toolbars"][ToolBar]["order"]
                                # Define a new list for the conversion
                                ConvertedList = []
                                # Go through the current order list
                                for i in range(len(OrderList)):
                                    MenuText = OrderList[i]
                                    # if it is an separator of custom dropdown button, just added ti the coverted list.
                                    # For everything else, find the commandname in the datafile
                                    if MenuText is not None:
                                        if "separator" in MenuText or "ddb" in MenuText:
                                            ConvertedList.append(MenuText)
                                        else:
                                            for DataItem in self.List_Commands:
                                                if DataItem[3] == WorkBenchName:
                                                    # If the data item is already converted to a command. append that to the list
                                                    if (
                                                        MenuText.lower()
                                                        == DataItem[0].lower()
                                                    ):
                                                        ConvertedList.append(DataItem[0])
                                                        break
                                                    # If the data item is still a menutext, add the command instead.
                                                    if (
                                                        MenuText.lower()
                                                        == DataItem[4].lower()
                                                    ):
                                                        ConvertedList.append(DataItem[0])
                                                        break

                                # Update the ordered list
                                if len(ConvertedList) > 0:
                                    self.ribbonStructure["workbenches"][WorkBenchName][
                                        "toolbars"
                                    ][ToolBar]["order"] = ConvertedList
        
        # Convert toolbar names to new names for certain WB's
        #
        # Fill the correction list -> {workbenchname [[new toolbar, old toolbar], [new toolbar, old toolbar]]}
        CorrectionList = {}
        MappingFile = os.path.join(os.path.dirname(__file__), "Toolbar name mapping.json")
        with open(MappingFile , "r") as File:
            CorrectionList.update(json.load(File))
        File.close()

        # Go through the workbenches in the json file to correct toolbar names
        for WorkBench in self.ribbonStructure["workbenches"]:
            Dict = {}
            OrderList = []
            # if the workench is in the correction list, continue
            if WorkBench in CorrectionList:
                # Get the corresponding toolbar correction list
                ToolBarCorrectionList = CorrectionList[WorkBench]
                # Go through the toolbars of the workbench in the json file                
                for toolbar in self.ribbonStructure["workbenches"][WorkBench]["toolbars"]:
                    for ToolBarToCorrect in ToolBarCorrectionList:
                        # If the toolbars match, update the json file
                        if ToolBarToCorrect[1] == toolbar or ToolBarToCorrect[0] == toolbar:
                            Standard_Functions_Ribbon.add_keys_nested_dict(Dict, ["workbenches", WorkBench, "toolbars", ToolBarToCorrect[1]], endEmpty=True)
                            Dict["workbenches"][WorkBench]["toolbars"][ToolBarToCorrect[1]] = self.ribbonStructure["workbenches"][WorkBench]["toolbars"][toolbar]
                        # if the toolbar doesn't match and is not the order list, just add it
                        if ToolBarToCorrect[1] != toolbar and ToolBarToCorrect[0] != toolbar and toolbar != "order":
                            Standard_Functions_Ribbon.add_keys_nested_dict(Dict, ["workbenches", WorkBench, "toolbars", toolbar], endEmpty=True)
                            Dict["workbenches"][WorkBench]["toolbars"][toolbar] = self.ribbonStructure["workbenches"][WorkBench]["toolbars"][toolbar]
                    # if the toolbar is the order list, update its contents
                    if toolbar == "order":
                        # Get the current orderlist
                        OrderList: list = self.ribbonStructure["workbenches"][WorkBench]["toolbars"]["order"]
                        # Go through the correction list. If the toolbar to correct is in the order list, replace it with the correction                       
                        for ToolBarToCorrect in ToolBarCorrectionList:
                            if ToolBarToCorrect[0] in OrderList:
                                index = OrderList.index(ToolBarToCorrect[0])
                                OrderList[index] = ToolBarToCorrect[1]
                # If the orderlist is not empty, set the orderlist as the new order list in the ribbon structure
                if len(OrderList) > 0:
                    Dict["workbenches"][WorkBench]["toolbars"]["order"] = OrderList
                self.ribbonStructure["workbenches"][WorkBench]["toolbars"] = Dict["workbenches"][WorkBench]["toolbars"]
        
        # Go through the workbenches in the json file to remove old toolbars                   
        for WorkBench in self.ribbonStructure["workbenches"]:
            # if the workench is in the correction list, continue
            if WorkBench in CorrectionList:
                # Get the corresponding toolbar correction list
                ToolBarCorrectionList = CorrectionList[WorkBench]
                for ToolBarToCorrect in ToolBarCorrectionList:
                    if ToolBarToCorrect[0] in self.ribbonStructure["workbenches"][WorkBench]["toolbars"]:
                        self.ribbonStructure["workbenches"][WorkBench]["toolbars"].pop(ToolBarToCorrect[0])

        # Add the version of FreeCAD on which this conversion is done, to the ribbonstructure
        # Create a key if not present
        StandardFunctions.add_keys_nested_dict(
            self.ribbonStructure,
            [
                "convertedWithVersion",
            ],
        )
        self.ribbonStructure["convertedWithVersion"] = [
            int(version[0]),
            int(version[1]),
            int(version[2]),
            int(version[3].split(" ")[0]),
        ]

        # Update the json file but make also an backup
        # get the path for the Json file
        JsonFile = Parameters_Ribbon.RIBBON_STRUCTURE_JSON

        # create a copy and rename it as a backup if enabled
        if Parameters_Ribbon.ENABLE_BACKUP is True:
            Suffix = datetime.now().strftime("%Y%m%d_%H%M%S")
            BackupName = f"RibbonStructure_{Suffix}.json"
            if os.path.exists(pathBackup) is False:
                os.makedirs(pathBackup)
            BackupFile = os.path.join(pathBackup, BackupName)
            shutil.copy(JsonFile, BackupFile)

        # Writing to sample.json
        with open(JsonFile, "w") as outfile:
            json.dump(self.ribbonStructure, outfile, indent=4)

        outfile.close()
        
        if RestartFreeCAD is True:
            message = translate(
                "FreeCAD Ribbon",
                "The file containing the Ribbon layout is updated.\nYou must restart FreeCAD for changes to take effect.",
            )
            answer = StandardFunctions.RestartDialog(message=message)
            if answer == "yes":
                StandardFunctions.restart_freecad()

        return isConverted

    # endregion

class EventInspector(QObject):
    def __init__(self, parent):
        super(EventInspector, self).__init__(parent)

    def eventFilter(self, obj, event):
        # Show the mainwindow after the application is activated
        if event.type() == QEvent.Type.ApplicationActivated:
            mw = Gui.getMainWindow()
            mw.setWindowState(Qt.WindowState.WindowMaximized)
            mw.showMaximal()
            Style = mw.style()
            RibbonBar = mw.findChild(ModernMenu, "Ribbon")
            RestoreButton: QToolButton = RibbonBar.rightToolBar().findChildren(
                QToolButton, "RestoreButton"
            )[0]
            try:
                RestoreButton.setIcon(
                    Style.standardIcon(QStyle.StandardPixmap.SP_TitleBarNormalButton)
                )
            except Exception:
                pass
            return QObject.eventFilter(self, obj, event)
        # This is a workaround for windows
        # If the window stat changes and the titlebar is hidden, catch the event
        if (
            event.type() == QEvent.Type.WindowStateChange
            or event.type() == QEvent.Type.DragMove
        ) and Parameters_Ribbon.HIDE_TITLEBAR_FC is True:
            # Get the main window, its style, the ribbon and the restore button
            mw = Gui.getMainWindow()
            Style = mw.style()
            RibbonBar = mw.findChild(ModernMenu, "Ribbon")
            RestoreButton: QToolButton = RibbonBar.rightToolBar().findChildren(
                QToolButton, "RestoreButton"
            )[0]
            # If the mainwindow is maximized, set the window state to maximize and set the correct icon
            if mw.isMaximized():
                try:
                    # RestoreButton.setIcon(Style.standardIcon(QStyle.StandardPixmap.SP_TitleBarNormalButton))
                    RestoreButton.setIcon(
                        StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[2]
                    )
                except Exception:
                    pass
                return QObject.eventFilter(self, obj, event)
            # If the mainwindow is not maximized, set the window state to no state and set the correct icon
            if mw.isMaximized() is False:
                try:
                    # RestoreButton.setIcon(Style.standardIcon(QStyle.StandardPixmap.SP_TitleBarMaxButton))
                    RestoreButton.setIcon(
                        StyleMapping_Ribbon.ReturnStyleItem("TitleBarButtons")[1]
                    )
                except Exception:
                    pass
                return QObject.eventFilter(self, obj, event)
        # If the event is a modfied event, update the title
        # This is done when switching from one part to another
        if (
            event.type() == QEvent.Type.ModifiedChange
            and Parameters_Ribbon.TOOLBAR_POSITION == 0
        ):
            # Get the mainwindow, the ribbon and the title
            mw = Gui.getMainWindow()
            RibbonBar = mw.findChild(ModernMenu, "Ribbon")
            title = RibbonBar.title()
            # If there is an active document, continue here
            if App.ActiveDocument is not None:
                # Define the standard title as a prefix
                Prefix = (
                    f"FreeCAD {App.Version()[0]}.{App.Version()[1]}.{App.Version()[2]}"
                )
                # if the title is not equal to the prefix with the active document label,
                # Get the text from the active tab from the viewport and combine it with the prefix
                # Set it as the new title
                if title != Prefix + " - " + App.ActiveDocument.Label:
                    CentralWidget = mw.centralWidget()
                    TabBar: QTabBar = CentralWidget.findChild(QTabBar, "mdiAreaTabBar")
                    CurrentText = TabBar.tabText(TabBar.currentIndex())
                    RibbonBar.setTitle(Prefix + " - " + CurrentText)
            # If there is no active document, set just the standard title
            if App.ActiveDocument is None:
                RibbonBar.setTitle(
                    f"FreeCAD {App.Version()[0]}.{App.Version()[1]}.{App.Version()[2]}"
                )
            return QObject.eventFilter(self, obj, event)
        return False

class run:
    """
    Activate Modern UI.
    """

    def __init__(self, name):
        """
        Constructor
        """
        disable = 0
        if name != "NoneWorkbench":
            mw: QMainWindow = Gui.getMainWindow()
            # Disable connection after activation
            mw.workbenchActivated.disconnect(run)
            if disable:
                return

            ribbon = ModernMenu()
            # Get the layout
            layout = ribbon.layout()
            # Set spacing and content margins to zero
            layout.setSpacing(0)
            layout.setContentsMargins(0, 0, 0, 0)
            # update the layout
            ribbon.setLayout(layout)
            ribbonDock = QDockWidget()
            # set the name of the object and the window title
            ribbonDock.setObjectName("Ribbon")
            ribbonDock.setWindowTitle("Ribbon")
            # Set the titlebar to an empty widget (effectively hide it)
            ribbonDock.setTitleBarWidget(QWidget())
            ribbonDock.setContentsMargins(0, 0, 0, 0)
            # attach the ribbon to the dockwidget
            ribbonDock.setWidget(ribbon)
            ribbonDock.setEnabled(True)
            ribbonDock.setVisible(True)

            # # make sure that there are no negative valules
            if Parameters_Ribbon.AUTOHIDE_RIBBON is True:
                ribbonDock.setMaximumHeight(ribbon.RibbonMinimalHeight)
            # Add the dockwidget to the main window
            mw.addDockWidget(Qt.DockWidgetArea.TopDockWidgetArea, ribbonDock)
            return