libs.gui package

Subpackages

Submodules

libs.gui.FileDialogs module

class libs.gui.FileDialogs.FileDialogs

Bases: object

static export_ini(data_stack: List[DataHandler], gui_handler: GUIHandler) → None
static export_py(data_stack: List[DataHandler], gui_handler: GUIHandler) → None
static open(data_stack: List[DataHandler], config_handler: ConfigHandler, gui_handler: GUIHandler, filename: str = '', init_flag: int = 0) → None
static save(data_stack: List[DataHandler], gui_handler: GUIHandler) → None
static save_as(data_stack: List[DataHandler], gui_handler: GUIHandler) → None

libs.gui.GUIElements module

class libs.gui.GUIElements.GUIElements

Bases: object

description of class

static auto_frame_size(root: Tk, inner_frame: Frame, config: Dict[str, Dict[str, any]], screen_width: int, screen_height: int)

Function determines the size of the window by comparing ideal size of the root frame and the size of the screen

static button_frame(master: Labelframe, config: Dict[str, Dict[str, any]]) → Frame
static check_box(master: Labelframe | Frame, config: Dict[str, Dict[str, any]], col: int, row: int, label: str) → BooleanVar
static dropdown_menu(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, row: int, architecture_list: list) → StringVar
static extract(entries: Dict[str, Entry | List[Entry] | IntVar | BooleanVar]) → Dict[str, any]
static info_label(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, row: int, info: str) → Label
static init_style(master: Tk, config: Dict[str, Dict[str, any]]) → None
static input_line(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, row: int, label: str, unit: str = '', col_shift: int = 0, justify: str = 'right') → Entry
static insert(entries: Dict[str, Entry | List[Entry]], sim_object: any) → None
static label_frame(master: Tk | Frame | Labelframe | Toplevel, config: Dict[str, Dict[str, any]], col: int, row: int, column_span: int, row_span: int, label: str) → Labelframe
static screen_size() → Tuple[int, int]
static scrollable_frame(master: Labelframe, config: Dict[str, Dict[str, any]]) → Frame
static settings_line(master: Labelframe, config: Dict[str, Dict[str, any]], row: int, label: str, value: str) → Entry
static vector2_input(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, row: int, width: int, label: str, unit: str = '') → list
static vector3_input(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, column_span: int, row: int, head_label: str, entry_labels: list) → list
static vector6_input(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, column_span: int, row: int, head_label: str) → list
static vector8_input(master: Labelframe, config: Dict[str, Dict[str, any]], col: int, column_span: int, row: int, head_label: str, entry_labels: list) → list

libs.gui.GUIHandler module

class libs.gui.GUIHandler.GUIHandler(root_frame: Tk, bindings_enable: Callable, bindings_disable: Callable)

Bases: object

description of class

add_tab(data_handler: DataHandler, data_stack: List[DataHandler], config_handler: ConfigHandler, project_id: str = '') → int
close_all_tabs(data_stack: List[DataHandler])
close_tab(data_stack: List[DataHandler], idx: int | None = None)
disable_gui_operation() → None
enable_gui_operation() → None
exit()
menu_bar()
selected_tab() → int
sim_frame()
status_bar()

libs.gui.ScrolledFrame module

Implementation of the scrollable frame widget. Original by Benjamin Johson. Slightly modified to allow changes of the canvas background color.

class libs.gui.ScrolledFrame.ScrolledFrame(master=None, **kw)

Bases: Frame

Scrollable Frame widget.

Use display_widget() to set the interior widget. For example, to display a Label with the text “Hello, world!”, you can say:

sf = ScrolledFrame(self) sf.pack() sf.display_widget(Label, text=”Hello, world!”)

The constructor accepts the usual Tkinter keyword arguments, plus a handful of its own:

scrollbars (str; default: “both”)

Which scrollbars to provide. Must be one of “vertical”, “horizontal,” “both”, or “neither”.

use_ttk (bool; default: False)

Whether to use ttk widgets if available. The default is to use standard Tk widgets. This setting has no effect if ttk is not available on your system.

bind_arrow_keys(widget)

Bind the specified widget’s arrow key events to the canvas.

bind_scroll_wheel(widget)

Bind the specified widget’s mouse scroll event to the canvas.

property canvas
cget(key)

Return the resource value for a KEY given as string.

config(cnf=None, **kw)

Configure resources of a widget.

configure(cnf=None, **kw)

Configure resources of a widget.

display_widget(widget_class, fit_width=False, **kw)

Create and display a new widget.

If fit_width == True, the interior widget will be stretched as needed to fit the width of the frame.

Keyword arguments are passed to the widget_class constructor.

Returns the new widget.

erase()

Erase the displayed widget.

scroll_to_top()

Scroll to the top-left corner of the canvas.

Module contents