generated.go

// Code generated by generator.go, DO NOT EDIT.

package tk9_0 // import "modernc.org/tk9.0"

import "fmt"

// Button — Create and manipulate 'button' action widgets
//
// # Description
//
// The button command creates a new window (given by the
// pathName argument) and makes it into a button widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the button such as its colors, font,
// text, and initial relief.  The button command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A button is a widget that displays a textual string, bitmap or image.
// If text is displayed, it must all be in a single font, but it
// can occupy multiple lines on the screen (if it contains newlines
// or if wrapping occurs because of the -wraplength option) and
// one of the characters may optionally be underlined using the
// It can display itself in either of three different ways, according
// to
// the -state option;
// it can be made to appear raised, sunken, or flat;
// and it can be made to flash.  When a user invokes the
// button (by pressing mouse button 1 with the cursor over the
// button), then the Tcl command specified in the -command
// option is invoked.
//
// Use [Window.Button] to create a Button with a particular parent.
//
// More information might be available at the [Tcl/Tk button] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Activeforeground]
//   - [Anchor]
//   - [Background]
//   - [Bitmap]
//   - [Borderwidth]
//   - [Compound]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Image]
//   - [Justify]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Repeatdelay]
//   - [Repeatinterval]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Wraplength]
//
// # Widget specific options
//
// [Command]
//
// Specifies a Tcl command to associate with the button.  This command
// is typically invoked when mouse button 1 is released over the button
// window.
//
// [Default]
//
// Specifies one of three states for the default ring: normal,
// active, or disabled.  In active state, the button is drawn
// with the platform specific appearance for a default button.  In normal
// state, the button is drawn with the platform specific appearance for a
// non-default button, leaving enough space to draw the default button
// appearance.  The normal and active states will result in buttons of
// the same size.  In disabled state, the button is drawn with the
// non-default button appearance without leaving space for the default
// appearance.  The disabled state may result in a smaller button than
// the active state.
//
// [Height]
//
// Specifies a desired height for the button.
// If an image or bitmap is being displayed in the button then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in lines of text.
// If this option is not specified, the button's desired height is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Overrelief]
//
// Specifies an alternative relief for the button, to be used when the
// mouse cursor is over the widget.  This option can be used to make
// toolbar buttons, by configuring -relief flat -overrelief
// raised.  If the value of this option is the empty string, then no
// alternative relief is used when the mouse cursor is over the button.
// The empty string is the default value.
//
// [State]
//
// Specifies one of three states for the button:  normal, active,
// or disabled.  In normal state the button is displayed using the
// -foreground and -background options.  The active state is
// typically used when the pointer is over the button.  In active state
// the button is displayed using the -activeforeground and
// -activebackground options.  Disabled state means that the button
// should be insensitive:  the default bindings will refuse to activate
// the widget and will ignore mouse button presses.
// In this state the -disabledforeground and
// -background options determine how the button is displayed.
//
// [Width]
//
// Specifies a desired width for the button.
// If an image or bitmap is being displayed in the button then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels).
// For a text button (no image or with -compound none) then the width
// specifies how much space in characters to allocate for the text label.
// If the width is negative then this specifies a minimum width.
// If this option is not specified, the button's desired width is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Tcl/Tk button]: https://www.tcl.tk/man/tcl9.0/TkCmd/button.html
func Button(options ...Opt) *ButtonWidget {
	return App.Button(options...)
}

// Button — Create and manipulate 'button' action widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Button]
func (w *Window) Button(options ...Opt) *ButtonWidget {
	return &ButtonWidget{w.newChild("button", options...)}
}

// ButtonWidget represents the Tcl/Tk button widget/window
type ButtonWidget struct {
	*Window
}

// Canvas — Create and manipulate 'canvas' hypergraphics drawing surface widgets
//
// Use [Window.Canvas] to create a Canvas with a particular parent.
//
// More information might be available at the [Tcl/Tk canvas] page.
//
// # Standard options
//
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Insertbackground]
//   - [Insertborderwidth]
//   - [Insertofftime]
//   - [Insertontime]
//   - [Insertwidth]
//   - [Relief]
//   - [Selectbackground]
//   - [Selectborderwidth]
//   - [Selectforeground]
//   - [Takefocus]
//   - [Xscrollcommand]
//   - [Yscrollcommand]
//
// # Widget specific options
//
// [Closeenough]
//
// Specifies a floating-point value indicating how close the mouse cursor
// must be to an item before it is considered to be
// the item. Defaults to 1.0.
//
// [Confine]
//
// Specifies a boolean value that indicates whether or not it should be
// allowable to set the canvas's view outside the region defined by the
// scrollRegion argument.
// Defaults to true, which means that the view will
// be constrained within the scroll region.
//
// [Height]
//
// Specifies a desired window height that the canvas widget should request from
// its geometry manager. The value may be specified in any
// of the forms described in the COORDINATES section below.
//
// [Scrollregion]
//
// Specifies a list with four coordinates describing the left, top, right, and
// bottom coordinates of a rectangular region.
// This region is used for scrolling purposes and is considered to be
// the boundary of the information in the canvas.
// Each of the coordinates may be specified
// in any of the forms given in the COORDINATES section below.
//
// [State]
//
// Modifies the default state of the canvas where state may be set to
// one of: normal, disabled, or hidden. Individual canvas
// objects all have their own state option which may override the default
// state. Many options can take separate specifications such that the
// appearance of the item can be different in different situations. The
// options that start with active control the appearance when the mouse
// pointer is over it, while the option starting with disabled controls
// the appearance when the state is disabled. Canvas items which are
// disabled will not react to canvas bindings.
//
// [Width]
//
// Specifies a desired window width that the canvas widget should request from
// its geometry manager. The value may be specified in any
// of the forms described in the COORDINATES section below.
//
// [Xscrollincrement]
//
// Specifies an increment for horizontal scrolling, in any of the usual forms
// permitted for screen distances. If the value of this option is greater
// than zero, the horizontal view in the window will be constrained so that
// the canvas x coordinate at the left edge of the window is always an even
// multiple of xScrollIncrement; furthermore, the units for scrolling
// (e.g., the change in view when the left and right arrows of a scrollbar
// are selected) will also be xScrollIncrement. If the value of
// this option is negative or zero, then horizontal scrolling
// is unconstrained.
//
// [Yscrollincrement]
//
// Specifies an increment for vertical scrolling, in any of the usual forms
// permitted for screen distances. If the value of this option is greater
// than zero, the vertical view in the window will be constrained so that
// the canvas y coordinate at the top edge of the window is always an even
// multiple of yScrollIncrement; furthermore, the units for scrolling
// (e.g., the change in view when the top and bottom arrows of a scrollbar
// are selected) will also be yScrollIncrement. If the value of
// this option is negative or zero, then vertical scrolling
// is unconstrained.
//
// [Tcl/Tk canvas]: https://www.tcl.tk/man/tcl9.0/TkCmd/canvas.html
func Canvas(options ...Opt) *CanvasWidget {
	return App.Canvas(options...)
}

// Canvas — Create and manipulate 'canvas' hypergraphics drawing surface widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Canvas]
func (w *Window) Canvas(options ...Opt) *CanvasWidget {
	return &CanvasWidget{w.newChild("canvas", options...)}
}

// CanvasWidget represents the Tcl/Tk canvas widget/window
type CanvasWidget struct {
	*Window
}

// Checkbutton — Create and manipulate 'checkbutton' boolean selection widgets
//
// # Description
//
// The checkbutton command creates a new window (given by the
// pathName argument) and makes it into a checkbutton widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the checkbutton such as its colors, font,
// text, and initial relief.  The checkbutton command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A checkbutton is a widget
// that displays a textual string, bitmap or image
// and a square called an indicator.
// If text is displayed, it must all be in a single font, but it
// can occupy multiple lines on the screen (if it contains newlines
// or if wrapping occurs because of the -wraplength option) and
// one of the characters may optionally be underlined using the
// A checkbutton has
// all of the behavior of a simple button, including the
// following: it can display itself in either of three different
// ways, according to the -state option;
// it can be made to appear
// raised, sunken, or flat; it can be made to flash; and it invokes
// a Tcl command whenever mouse button 1 is clicked over the
// checkbutton.
//
// In addition, checkbuttons can be selected.
// If a checkbutton is selected then the indicator is normally
// drawn with a selected appearance, and
// a Tcl variable associated with the checkbutton is set to a particular
// value (normally 1).
// The indicator is drawn with a check mark inside.
// If the checkbutton is not selected, then the indicator is drawn with a
// deselected appearance, and the associated variable is
// set to a different value (typically 0).
// The indicator is drawn without a check mark inside.  In the special case
// where the variable (if specified) has a value that matches the tristatevalue,
// the indicator is drawn with a tri-state appearance and is in the tri-state
// mode indicating mixed or multiple values.  (This is used when the check
// box represents the state of multiple items.)
// The indicator is drawn in a platform dependent manner.  Under Unix and
// Windows, the background interior of the box is
// grayed .
// Under Mac, the indicator is drawn with a dash mark inside.
// By default, the name of the variable associated with a checkbutton is the
// same as the name used to create the checkbutton.
// The variable name, and the
// on ,
// off
// and
// tristate
// values stored in it, may be modified with options on the command line
// or in the option database.
// Configuration options may also be used to modify the way the
// indicator is displayed (or whether it is displayed at all).
// By default a checkbutton is configured to select and deselect
// itself on alternate button clicks.
// In addition, each checkbutton monitors its associated variable and
// automatically selects and deselects itself when the variables value
// changes to and from the button's
// on ,
// off
// and
// tristate
// values.
//
// Use [Window.Checkbutton] to create a Checkbutton with a particular parent.
//
// More information might be available at the [Tcl/Tk checkbutton] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Activeforeground]
//   - [Anchor]
//   - [Background]
//   - [Bitmap]
//   - [Borderwidth]
//   - [Compound]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Image]
//   - [Justify]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Wraplength]
//
// # Widget specific options
//
// [Command]
//
// Specifies a Tcl command to associate with the button.  This command
// is typically invoked when mouse button 1 is released over the button
// window.  The button's global variable (-variable option) will
// be updated before the command is invoked.
//
// [Height]
//
// Specifies a desired height for the button.
// If an image or bitmap is being displayed in the button then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in lines of text.
// If this option is not specified, the button's desired height is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Indicatoron]
//
// Specifies whether or not the indicator should be drawn.  Must be a
// proper boolean value.  If false, the -relief option is
// ignored and the widget's relief is always sunken if the widget is
// selected and raised otherwise.
//
// [Offrelief]
//
// Specifies the relief for the checkbutton when the indicator is not drawn and
// the checkbutton is off.  The default value is
// By setting this option to
// and setting -indicatoron to false and -overrelief to
// the effect is achieved
// of having a flat button that raises on mouse-over and which is
// depressed when activated.  This is the behavior typically exhibited by
// the Bold, Italic, and Underline checkbuttons on the toolbar of a
// word-processor, for example.
//
// [Offvalue]
//
// Specifies value to store in the button's associated variable whenever
// this button is deselected.  Defaults to
//
// [Onvalue]
//
// Specifies value to store in the button's associated variable whenever
// this button is selected.  Defaults to
//
// [Overrelief]
//
// Specifies an alternative relief for the checkbutton, to be used when the
// mouse cursor is over the widget.  This option can be used to make
// toolbar buttons, by configuring -relief flat -overrelief
// raised.  If the value of this option is the empty string, then no
// alternative relief is used when the mouse cursor is over the checkbutton.
// The empty string is the default value.
//
// [Selectcolor]
//
// Specifies a background color to use when the button is selected.
// If indicatorOn is true then the color is used as the background for
// the indicator regardless of the select state.
// If indicatorOn is false, this color is used as the background
// for the entire widget, in place of background or activeBackground,
// whenever the widget is selected.
// If specified as an empty string then no special color is used for
// displaying when the widget is selected.
//
// [Selectimage]
//
// Specifies an image to display (in place of the -image option)
// when the checkbutton is selected.
// This option is ignored unless the -image option has been
// specified.
//
// [State]
//
// Specifies one of three states for the checkbutton:  normal, active,
// or disabled.  In normal state the checkbutton is displayed using the
// -foreground and -background options.  The active state is
// typically used when the pointer is over the checkbutton.  In active state
// the checkbutton is displayed using the -activeforeground and
// -activebackground options.  Disabled state means that the checkbutton
// should be insensitive:  the default bindings will refuse to activate
// the widget and will ignore mouse button presses.
// In this state the -disabledforeground and
// -background options determine how the checkbutton is displayed.
//
// [Tristateimage]
//
// Specifies an image to display (in place of the -image option)
// when the checkbutton is in tri-state mode.
// This option is ignored unless the -image option has been
// specified.
//
// [Tristatevalue]
//
// Specifies the value that causes the checkbutton to display the multi-value
// selection, also known as the tri-state mode.  Defaults to
//
// [Variable]
//
// Specifies the name of a global variable to set to indicate whether
// or not this button is selected.  Defaults to the name of the
// button within its parent (i.e. the last element of the button
// window's path name).
//
// [Width]
//
// Specifies a desired width for the button.
// If an image or bitmap is being displayed in the button then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in characters.
// If this option is not specified, the button's desired width is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Tcl/Tk checkbutton]: https://www.tcl.tk/man/tcl9.0/TkCmd/checkbutton.html
func Checkbutton(options ...Opt) *CheckbuttonWidget {
	return App.Checkbutton(options...)
}

// Checkbutton — Create and manipulate 'checkbutton' boolean selection widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Checkbutton]
func (w *Window) Checkbutton(options ...Opt) *CheckbuttonWidget {
	return &CheckbuttonWidget{w.newChild("checkbutton", options...)}
}

// CheckbuttonWidget represents the Tcl/Tk checkbutton widget/window
type CheckbuttonWidget struct {
	*Window
}

// Entry — Create and manipulate 'entry' one-line text entry widgets
//
// # Description
//
// The entry command creates a new window (given by the
// pathName argument) and makes it into an entry widget.
// Additional options, described above, may be specified on the
// command line or in the option database
// to configure aspects of the entry such as its colors, font,
// and relief.  The entry command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// An entry is a widget that displays a one-line text string and
// allows that string to be edited using widget commands described below, which
// are typically bound to keystrokes and mouse actions.
// When first created, an entry's string is empty.
// A portion of the entry may be selected as described below.
// If an entry is exporting its selection (see the -exportselection
// option), then it will observe the standard X11 protocols for handling the
// selection;  entry selections are available as type STRING.
// Entries also observe the standard Tk rules for dealing with the
// input focus.  When an entry has the input focus it displays an
// insertion cursor to indicate where new characters will be
// inserted.
//
// Entries are capable of displaying strings that are too long to
// fit entirely within the widget's window.  In this case, only a
// portion of the string will be displayed;  commands described below
// may be used to change the view in the window.  Entries use
// the standard -xscrollcommand mechanism for interacting with
// scrollbars (see the description of the -xscrollcommand option
// for details).  They also support scanning, as described below.
//
// Use [Window.Entry] to create a Entry with a particular parent.
//
// More information might be available at the [Tcl/Tk entry] page.
//
// # Standard options
//
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Exportselection]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Insertbackground]
//   - [Insertborderwidth]
//   - [Insertofftime]
//   - [Insertontime]
//   - [Insertwidth]
//   - [Justify]
//   - [Placeholder]
//   - [Placeholderforeground]
//   - [Relief]
//   - [Selectbackground]
//   - [Selectborderwidth]
//   - [Selectforeground]
//   - [Takefocus]
//   - [Textvariable]
//   - [Xscrollcommand]
//
// # Widget specific options
//
// [Disabledbackground]
//
// Specifies the background color to use when the entry is disabled.  If
// this option is the empty string, the normal background color is used.
//
// [Disabledforeground]
//
// Specifies the foreground color to use when the entry is disabled.  If
// this option is the empty string, the normal foreground color is used.
//
// [Invalidcommand]
//
// Specifies a script to eval when -validatecommand returns 0.
// Setting it to {} disables this feature (the default).  The best use
// of this option is to set it to bell.  See VALIDATION
// below for more information.
//
// [Readonlybackground]
//
// Specifies the background color to use when the entry is readonly.  If
// this option is the empty string, the normal background color is used.
//
// [Show]
//
// If this option is specified, then the true contents of the entry
// are not displayed in the window.
// Instead, each character in the entry's value will be displayed as
// the first character in the value of this option, such as
// This is useful, for example, if the entry is to be used to enter
// a password.
// If characters in the entry are selected and copied elsewhere, the
// information copied will be what is displayed, not the true contents
// of the entry.
//
// [State]
//
// Specifies one of three states for the entry:  normal,
// disabled, or readonly.  If the entry is readonly, then the
// value may not be changed using widget commands and no insertion cursor
// will be displayed, even if the input focus is in the widget; the
// contents of the widget may still be selected.  If the entry is
// disabled, the value may not be changed, no insertion cursor will be
// displayed, the contents will not be selectable, and the entry may
// be displayed in a different color, depending on the values of the
// -disabledforeground and -disabledbackground options.
//
// [Validate]
//
// Specifies the mode in which validation should operate: none,
// focus, focusin, focusout, key, or all.
// It defaults to none.  When you want validation, you must explicitly
// state which mode you wish to use.  See VALIDATION below for more.
//
// [Validatecommand]
//
// Specifies a script to eval when you want to validate the input into
// the entry widget.  Setting it to {} disables this feature (the default).
// This command must return a valid Tcl boolean value.  If it returns 0 (or
// the valid Tcl boolean equivalent) then it means you reject the new edition
// and it will not occur and the -invalidcommand will be evaluated if it
// is set. If it returns 1, then the new edition occurs.
// See VALIDATION below for more information.
//
// [Width]
//
// Specifies an integer value indicating the desired width of the entry window,
// in average-size characters of the widget's font.
// If the value is negative or zero, the widget picks a
// size just large enough to hold its current text.
//
// [Tcl/Tk entry]: https://www.tcl.tk/man/tcl9.0/TkCmd/entry.html
func Entry(options ...Opt) *EntryWidget {
	return App.Entry(options...)
}

// Entry — Create and manipulate 'entry' one-line text entry widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Entry]
func (w *Window) Entry(options ...Opt) *EntryWidget {
	return &EntryWidget{w.newChild("entry", options...)}
}

// EntryWidget represents the Tcl/Tk entry widget/window
type EntryWidget struct {
	*Window
}

// Frame — Create and manipulate 'frame' simple container widgets
//
// # Description
//
// The frame command creates a new window (given by the
// pathName argument) and makes it into a frame widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the frame such as its background color
// and relief.  The frame command returns the
// path name of the new window.
//
// A frame is a simple widget.  Its primary purpose is to act as a
// spacer or container for complex window layouts.  The only features
// of a frame are its background and an optional 3-D border to make the
// frame appear raised or sunken.
//
// Use [Window.Frame] to create a Frame with a particular parent.
//
// More information might be available at the [Tcl/Tk frame] page.
//
// # Standard options
//
//   - [Borderwidth]
//   - [Cursor]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//
// # Widget specific options
//
// [Background]
//
// This option is the same as the standard -background option
// except that its value may also be specified as an empty string.
// In this case, the widget will display no background or border, and
// no colors will be consumed from its colormap for its background
// and border.
// An empty background will disable drawing the background image.
//
// [Backgroundimage]
//
// This specifies an image to display on the frame's background within
// the border of the frame (i.e., the image will be clipped by the
// frame's highlight ring and border, if either are present); subwidgets
// of the frame will be drawn on top. The image must have been created
// with the image create command. If specified as the empty string,
// no image will be displayed.
//
// [Class]
//
// Specifies a class for the window.
// This class will be used when querying the option database for
// the window's other options, and it will also be used later for
// other purposes such as bindings.
// The -class option may not be changed with the configure
// widget command.
//
// [Colormap]
//
// Specifies a colormap to use for the window.
// The value may be either new, in which case a new colormap is
// created for the window and its children, or the name of another
// window (which must be on the same screen and have the same visual
// as pathName), in which case the new window will use the colormap
// from the specified window.
// If the -colormap option is not specified, the new window
// uses the same colormap as its parent.
// This option may not be changed with the configure
// widget command.
//
// [Container]
//
// The value must be a boolean.  If true, it means that this window will
// be used as a container in which some other application will be embedded
// (for example, a Tk toplevel can be embedded using the -use option).
// The window will support the appropriate window manager protocols for
// things like geometry requests.  The window should not have any
// children of its own in this application.
// This option may not be changed with the configure
// widget command.
// Note that -borderwidth, -padx and -pady are ignored when
// configured as a container since a container has no border.
//
// [Height]
//
// Specifies the desired height for the window in any of the forms
// acceptable to Tk_GetPixels.  If this option is negative or
// zero then the window will not request any size at all.  Note that this
// sets the total height of the frame, any -borderwidth or similar is
// not added.  Normally -height should not be used if a propagating
// geometry manager, such as grid or pack, is used within the
// frame since the geometry manager will override the height of the frame.
//
// [Tile]
//
// This specifies how to draw the background image (see
// -backgroundimage) on the frame.
// If true (according to Tcl_GetBoolean), the image will be tiled
// to fill the whole frame, with the origin of the first copy of the
// image being the top left of the interior of the frame.
// If false (the default), the image will be centered within the frame.
//
// [Visual]
//
// Specifies visual information for the new window in any of the
// forms accepted by Tk_GetVisual.
// If this option is not specified, the new window will use the same
// visual as its parent.
// The -visual option may not be modified with the configure
// widget command.
//
// [Width]
//
// Specifies the desired width for the window in any of the forms
// acceptable to Tk_GetPixels.  If this option is negative or
// zero then the window will not request any size at all.  Note that this
// sets the total width of the frame, any -borderwidth or similar is
// not added.  Normally -width should not be used if a propagating
// geometry manager, such as grid or pack, is used within the
// frame since the geometry manager will override the width of the frame.
//
// [Tcl/Tk frame]: https://www.tcl.tk/man/tcl9.0/TkCmd/frame.html
func Frame(options ...Opt) *FrameWidget {
	return App.Frame(options...)
}

// Frame — Create and manipulate 'frame' simple container widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Frame]
func (w *Window) Frame(options ...Opt) *FrameWidget {
	return &FrameWidget{w.newChild("frame", options...)}
}

// FrameWidget represents the Tcl/Tk frame widget/window
type FrameWidget struct {
	*Window
}

// Label — Create and manipulate 'label' non-interactive text or image widgets
//
// # Description
//
// The label command creates a new window (given by the
// pathName argument) and makes it into a label widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the label such as its colors, font,
// text, and initial relief.  The label command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A label is a widget that displays a textual string, bitmap or image.
// If text is displayed, it must all be in a single font, but it
// can occupy multiple lines on the screen (if it contains newlines
// or if wrapping occurs because of the -wraplength option) and
// one of the characters may optionally be underlined using the
// The label can be manipulated in a few simple ways, such as
// changing its relief or text, using the commands described below.
//
// Use [Window.Label] to create a Label with a particular parent.
//
// More information might be available at the [Tcl/Tk label] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Activeforeground]
//   - [Anchor]
//   - [Background]
//   - [Bitmap]
//   - [Borderwidth]
//   - [Compound]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Image]
//   - [Justify]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Wraplength]
//
// # Widget specific options
//
// [Height]
//
// Specifies a desired height for the label.
// If an image or bitmap is being displayed in the label then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in lines of text.
// If this option is not specified, the label's desired height is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [State]
//
// Specifies one of three states for the label:  normal, active,
// or disabled.  In normal state the button is displayed using the
// -foreground and -background options.  In active state
// the label is displayed using the -activeforeground and
// -activebackground options.  In the disabled state the
// -disabledforeground and -background options determine how
// the button is displayed.
//
// [Width]
//
// Specifies a desired width for the label.
// If an image or bitmap is being displayed in the label then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in characters.
// If this option is not specified, the label's desired width is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Tcl/Tk label]: https://www.tcl.tk/man/tcl9.0/TkCmd/label.html
func Label(options ...Opt) *LabelWidget {
	return App.Label(options...)
}

// Label — Create and manipulate 'label' non-interactive text or image widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Label]
func (w *Window) Label(options ...Opt) *LabelWidget {
	return &LabelWidget{w.newChild("label", options...)}
}

// LabelWidget represents the Tcl/Tk label widget/window
type LabelWidget struct {
	*Window
}

// Labelframe — Create and manipulate 'labelframe' labelled container widgets
//
// # Description
//
// The labelframe command creates a new window (given by the
// pathName argument) and makes it into a labelframe widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the labelframe such as its background color
// and relief.  The labelframe command returns the
// path name of the new window.
//
// A labelframe is a simple widget.  Its primary purpose is to act as a
// spacer or container for complex window layouts.  It has the features
// of a frame plus the ability to display a label.
//
// Use [Window.Labelframe] to create a Labelframe with a particular parent.
//
// More information might be available at the [Tcl/Tk labelframe] page.
//
// # Standard options
//
//   - [Borderwidth]
//   - [Cursor]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//   - [Txt]
//
// # Widget specific options
//
// [Background]
//
// This option is the same as the standard -background option
// except that its value may also be specified as an empty string.
// In this case, the widget will display no background or border, and
// no colors will be consumed from its colormap for its background
// and border.
//
// [Class]
//
// Specifies a class for the window.
// This class will be used when querying the option database for
// the window's other options, and it will also be used later for
// other purposes such as bindings.
// The -class option may not be changed with the configure
// widget command.
//
// [Colormap]
//
// Specifies a colormap to use for the window.
// The value may be either new, in which case a new colormap is
// created for the window and its children, or the name of another
// window (which must be on the same screen and have the same visual
// as pathName), in which case the new window will use the colormap
// from the specified window.
// If the -colormap option is not specified, the new window
// uses the same colormap as its parent.
// This option may not be changed with the configure
// widget command.
//
// [Height]
//
// Specifies the desired height for the window in any of the forms
// acceptable to Tk_GetPixels.
// If this option is negative or zero then the window will
// not request any size at all.
//
// [Labelanchor]
//
// Specifies where to place the label. A label is only displayed if the
// -text option is not the empty string.
// Valid values for this option are (listing them clockwise)
// nw, n, ne, en, e, es,
// se, s,sw, ws, w and wn.
// The default value is nw.
//
// [Labelwidget]
//
// Specifies a widget to use as label. This overrides any -text
// option. The widget must exist before being used as -labelwidget
// and if it is not a descendant of this window, it will be raised
// above it in the stacking order.
//
// [Visual]
//
// Specifies visual information for the new window in any of the
// forms accepted by Tk_GetVisual.
// If this option is not specified, the new window will use the same
// visual as its parent.
// The -visual option may not be modified with the configure
// widget command.
//
// [Width]
//
// Specifies the desired width for the window in any of the forms
// acceptable to Tk_GetPixels.
// If this option is negative or zero then the window will
// not request any size at all.
//
// [Tcl/Tk labelframe]: https://www.tcl.tk/man/tcl9.0/TkCmd/labelframe.html
func Labelframe(options ...Opt) *LabelframeWidget {
	return App.Labelframe(options...)
}

// Labelframe — Create and manipulate 'labelframe' labelled container widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Labelframe]
func (w *Window) Labelframe(options ...Opt) *LabelframeWidget {
	return &LabelframeWidget{w.newChild("labelframe", options...)}
}

// LabelframeWidget represents the Tcl/Tk labelframe widget/window
type LabelframeWidget struct {
	*Window
}

// Listbox — Create and manipulate 'listbox' item list widgets
//
// # Description
//
// The listbox command creates a new window (given by the
// pathName argument) and makes it into a listbox widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the listbox such as its colors, font,
// text, and relief.  The listbox command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A listbox is a widget that displays a list of strings, one per line.
// When first created, a new listbox has no elements.
// Elements may be added or deleted using widget commands described
// below.  In addition, one or more elements may be selected as described
// below.
// If a listbox is exporting its selection (see -exportselection
// option), then it will observe the standard X11 protocols
// for handling the selection.
// Listbox selections are available as type STRING;
// the value of the selection will be the text of the selected elements, with
// newlines separating the elements.
//
// It is not necessary for all the elements to be
// displayed in the listbox window at once;  commands described below
// may be used to change the view in the window.  Listboxes allow
// scrolling in both directions using the standard -xscrollcommand
// and -yscrollcommand options.
// They also support scanning, as described below.
//
// Use [Window.Listbox] to create a Listbox with a particular parent.
//
// More information might be available at the [Tcl/Tk listbox] page.
//
// # Standard options
//
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Exportselection]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Justify]
//   - [Relief]
//   - [Selectbackground]
//   - [Selectborderwidth]
//   - [Selectforeground]
//   - [Setgrid]
//   - [Takefocus]
//   - [Xscrollcommand]
//   - [Yscrollcommand]
//
// # Widget specific options
//
// [Activestyle]
//
// Specifies the style in which to draw the active element.  This must be
// one of dotbox (show a focus ring around the active element),
// none (no special indication of active element) or
// underline (underline the active element).
// The default is underline on Windows, and dotbox elsewhere.
//
// [Height]
//
// Specifies the desired height for the window, in lines.
// If zero or less, then the desired height for the window is made just
// large enough to hold all the elements in the listbox.
//
// [Listvariable]
//
// Specifies the name of a global variable.  The value of the variable is a list to
// be displayed inside the widget; if the variable value changes then the
// widget will automatically update itself to reflect the new value.  Attempts
// to assign a variable with an invalid list value to -listvariable
// will cause an error.  Attempts to unset a variable in use as a
// -listvariable will fail but will not generate an error.
//
// [Selectmode]
//
// Specifies one of several styles for manipulating the selection.
// The value of the option may be arbitrary, but the default bindings
// expect it to be either single, browse, multiple,
// or extended;  the default value is browse.
//
// [State]
//
// Specifies one of two states for the listbox:  normal or disabled.
// If the listbox is disabled then items may not be inserted or deleted,
// items are drawn in the -disabledforeground color, and selection
// cannot be modified and is not shown (though selection information is retained).
//
// [Width]
//
// Specifies the desired width for the window in characters.
// If the font does not have a uniform width then the width of the character
// is used in translating from character units to screen units.
// If zero or less, then the desired width for the window is made just
// large enough to hold all the elements in the listbox.
//
// [Tcl/Tk listbox]: https://www.tcl.tk/man/tcl9.0/TkCmd/listbox.html
func Listbox(options ...Opt) *ListboxWidget {
	return App.Listbox(options...)
}

// Listbox — Create and manipulate 'listbox' item list widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Listbox]
func (w *Window) Listbox(options ...Opt) *ListboxWidget {
	return &ListboxWidget{w.newChild("listbox", options...)}
}

// ListboxWidget represents the Tcl/Tk listbox widget/window
type ListboxWidget struct {
	*Window
}

// Menu — Create and manipulate 'menu' widgets and menubars
//
// Use [Window.Menu] to create a Menu with a particular parent.
//
// More information might be available at the [Tcl/Tk menu] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Activeborderwidth]
//   - [Activeforeground]
//   - [Activerelief]
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Foreground]
//   - [Relief]
//   - [Takefocus]
//
// # Widget specific options
//
// [Postcommand]
//
// If this option is specified then it provides a Tcl command to execute
// each time the menu is posted.  The command is invoked by the post
// widget command before posting the menu. Note that in Tk 8.0 on Macintosh
// and Windows, all post-commands in a system of menus are executed before any
// of those menus are posted.
// This is due to the limitations in the individual platforms' menu managers.
//
// [Selectcolor]
//
// For menu entries that are check buttons or radio buttons, this option
// specifies the color to display in the indicator when the check button
// or radio button is selected.
//
// [Tearoff]
//
// This option must have a proper boolean value (default is false),
// which specifies whether or not the menu should include a tear-off
// entry at the top.  If so, it will exist as entry 0 of the menu and
// the other entries will number starting at 1.  The default menu
// bindings arrange for the menu to be torn off when the tear-off entry
// is invoked.
// This option is ignored under Aqua/macOS, where menus cannot
// be torn off.
//
// [Tearoffcommand]
//
// If this option has a non-empty value, then it specifies a Tcl command
// to invoke whenever the menu is torn off.  The actual command will
// consist of the value of this option, followed by a space, followed
// by the name of the menu window, followed by a space, followed by
// the name of the name of the torn off menu window.  For example, if
// the option's value is
// and menu .x.y is torn off to
// create a new menu .x.tearoff1, then the command
// will be invoked.
// This option is ignored under Aqua/macOS, where menus cannot
// be torn off.
//
// [Title]
//
// The string will be used to title the window created when this menu is
// torn off. If the title is NULL, then the window will have the title
// of the menubutton or the text of the cascade item from which this menu
// was invoked.
//
// [Type]
//
// This option can be one of menubar, tearoff, or
// normal, and is set when the menu is created. While the string
// returned by the configuration database will change if this option is
// changed, this does not affect the menu widget's behavior. This is used
// by the cloning mechanism and is not normally set outside of the Tk
// library.
//
// [Tcl/Tk menu]: https://www.tcl.tk/man/tcl9.0/TkCmd/menu.html
func Menu(options ...Opt) *MenuWidget {
	return App.Menu(options...)
}

// Menu — Create and manipulate 'menu' widgets and menubars
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Menu]
func (w *Window) Menu(options ...Opt) *MenuWidget {
	return &MenuWidget{w.newChild("menu", options...)}
}

// MenuWidget represents the Tcl/Tk menu widget/window
type MenuWidget struct {
	*Window
}

// Menubutton — Create and manipulate 'menubutton' pop-up menu indicator widgets
//
// Use [Window.Menubutton] to create a Menubutton with a particular parent.
//
// More information might be available at the [Tcl/Tk menubutton] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Activeforeground]
//   - [Anchor]
//   - [Background]
//   - [Bitmap]
//   - [Borderwidth]
//   - [Compound]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Image]
//   - [Justify]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Wraplength]
//
// # Widget specific options
//
// [Direction]
//
// Specifies where the menu is going to be popup up. above tries to
// pop the menu above the menubutton. below tries to pop the menu
// below the menubutton. left tries to pop the menu to the left of
// the menubutton. right tries to pop the menu to the right of the
// menu button. flush pops the menu directly over the menubutton.
// In the case of above or below, the direction will be
// reversed if the menu would show offscreen.
//
// [Height]
//
// Specifies a desired height for the menubutton.
// If an image or bitmap is being displayed in the menubutton then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in lines of text.
// If this option is not specified, the menubutton's desired height is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Indicatoron]
//
// The value must be a proper boolean value.  If it is true then
// a small indicator rectangle will be displayed on the right side
// of the menubutton and the default menu bindings will treat this
// as an option menubutton.  If false then no indicator will be
// displayed.
//
// [Mnu]
//
// Specifies the path name of the menu associated with this menubutton.
// The menu must be a child of the menubutton.
//
// [State]
//
// Specifies one of three states for the menubutton:  normal, active,
// or disabled.  In normal state the menubutton is displayed using the
// foreground and background options.  The active state is
// typically used when the pointer is over the menubutton.  In active state
// the menubutton is displayed using the -activeforeground and
// -activebackground options.  Disabled state means that the menubutton
// should be insensitive:  the default bindings will refuse to activate
// the widget and will ignore mouse button presses.
// In this state the -disabledforeground and
// -background options determine how the button is displayed.
//
// [Width]
//
// Specifies a desired width for the menubutton.
// If an image or bitmap is being displayed in the menubutton then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in characters.
// If this option is not specified, the menubutton's desired width is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Tcl/Tk menubutton]: https://www.tcl.tk/man/tcl9.0/TkCmd/menubutton.html
func Menubutton(options ...Opt) *MenubuttonWidget {
	return App.Menubutton(options...)
}

// Menubutton — Create and manipulate 'menubutton' pop-up menu indicator widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Menubutton]
func (w *Window) Menubutton(options ...Opt) *MenubuttonWidget {
	return &MenubuttonWidget{w.newChild("menubutton", options...)}
}

// MenubuttonWidget represents the Tcl/Tk menubutton widget/window
type MenubuttonWidget struct {
	*Window
}

// Message — Create and manipulate 'message' non-interactive text widgets
//
// # Description
//
// The message command creates a new window (given by the
// pathName argument) and makes it into a message widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the message such as its colors, font,
// text, and initial relief.  The message command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A message is a widget that displays a textual string.  A message
// widget has three special features that differentiate it from a
// label widget.  First, it breaks up
// its string into lines in order to produce a given aspect ratio
// for the window.  The line breaks are chosen at word boundaries
// wherever possible (if not even a single word would fit on a
// line, then the word will be split across lines).  Newline characters
// in the string will force line breaks;  they can be used, for example,
// to leave blank lines in the display.
//
// The second feature of a message widget is justification.  The text
// may be displayed left-justified (each line starts at the left side of
// the window), centered on a line-by-line basis, or right-justified
// (each line ends at the right side of the window).
//
// The third feature of a message widget is that it handles control
// characters and non-printing characters specially.  Tab characters
// are replaced with enough blank space to line up on the next
// 8-character boundary.  Newlines cause line breaks.  Other control
// characters (ASCII code less than 0x20) and characters not defined
// in the font are displayed as a four-character sequence \exhh where
// hh is the two-digit hexadecimal number corresponding to
// the character.  In the unusual case where the font does not contain
// all of the characters in
// 0123456789abcdef\ex
// then control characters and undefined characters are not displayed at all.
//
// Use [Window.Message] to create a Message with a particular parent.
//
// More information might be available at the [Tcl/Tk message] page.
//
// # Standard options
//
//   - [Anchor]
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//
// # Widget specific options
//
// [Aspect]
//
// Specifies a non-negative integer value indicating desired
// aspect ratio for the text.  The aspect ratio is specified as
// 100*width/height.  100 means the text should
// be as wide as it is tall, 200 means the text should
// be twice as wide as it is tall, 50 means the text should
// be twice as tall as it is wide, and so on.
// Used to choose line length for text if -width option
// is not specified.
// Defaults to 150.
//
// [Justify]
//
// Specifies how to justify lines of text.
// Must be one of left, center, or right.  Defaults
// to left.
// This option works together with the -anchor, -aspect,
// -padx, -pady, and -width options to provide a variety
// of arrangements of the text within the window.
// The -aspect and -width options determine the amount of
// screen space needed to display the text.
// The -anchor, -padx, and -pady options determine where this
// rectangular area is displayed within the widget's window, and the
// -justify option determines how each line is displayed within that
// rectangular region.
// For example, suppose -anchor is e and -justify is
// left, and that the message window is much larger than needed
// for the text.
// The text will be displayed so that the left edges of all the lines
// line up and the right edge of the longest line is -padx from
// the right side of the window;  the entire text block will be centered
// in the vertical span of the window.
//
// [Width]
//
// Specifies the length of lines in the window.
// The value may have any of the forms acceptable to Tk_GetPixels.
// If this option has a value greater than zero then the -aspect
// option is ignored and the -width option determines the line
// length.
// If this option value is negative or zero, then
// the -aspect option determines the line length.
//
// [Tcl/Tk message]: https://www.tcl.tk/man/tcl9.0/TkCmd/message.html
func Message(options ...Opt) *MessageWidget {
	return App.Message(options...)
}

// Message — Create and manipulate 'message' non-interactive text widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Message]
func (w *Window) Message(options ...Opt) *MessageWidget {
	return &MessageWidget{w.newChild("message", options...)}
}

// MessageWidget represents the Tcl/Tk message widget/window
type MessageWidget struct {
	*Window
}

// Panedwindow — Create and manipulate 'panedwindow' split container widgets
//
// # Description
//
// The panedwindow command creates a new window (given by the
// pathName argument) and makes it into a panedwindow widget.
// Additional options, described above, may be specified on the command
// line or in the option database to configure aspects of the panedwindow
// such as its default background color and relief.  The
// panedwindow command returns the path name of the new window.
//
// A panedwindow widget contains any number of panes, arranged
// horizontally or vertically, according to the value of the
// panes is separated by a moveable (via mouse movements) sash.  Moving a
// sash causes the widgets on either side of the sash to be resized.
//
// Use [Window.Panedwindow] to create a Panedwindow with a particular parent.
//
// More information might be available at the [Tcl/Tk panedwindow] page.
//
// # Standard options
//
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Orient]
//   - [Relief]
//
// # Widget specific options
//
// [Handlepad]
//
// When sash handles are drawn, specifies the distance from the top or
// left end of the sash (depending on the orientation of the widget) at
// which to draw the handle.  May be any value accepted by Tk_GetPixels.
//
// [Handlesize]
//
// Specifies the side length of a sash handle.  Handles are always
// drawn as squares.  May be any value accepted by Tk_GetPixels.
//
// [Height]
//
// Specifies a desired height for the overall panedwindow widget. May be any
// value accepted by Tk_GetPixels. If an empty string, the widget will be
// made high enough to allow all contained widgets to have their natural height.
//
// [Opaqueresize]
//
// Specifies whether panes should be resized as a sash is moved (true),
// or if resizing should be deferred until the sash is placed (false).
// In the latter case, a
// version of the sash is displayed during the resizing to show where the
// panes will be resized to when releasing the mouse button. This
// version of the sash is the proxy. It's rendering can be configured
// using the -proxybackground, -proxyborderwidth and
// -proxyrelief options.
//
// [Proxybackground]
//
// Background color to use when drawing the proxy. If an empty string, the
// value of the -background option will be used.
//
// [Proxyborderwidth]
//
// Specifies the borderwidth of the proxy. May be any value accepted by
// Tk_GetPixels.
//
// [Proxyrelief]
//
// Relief to use when drawing the proxy. May be any of the standard Tk
// relief values. If an empty string, the value of the -sashrelief
// option will be used.
//
// [Sashcursor]
//
// Mouse cursor to use when over a sash.  If null,
// sb_h_double_arrow will be used for horizontal panedwindows, and
// sb_v_double_arrow will be used for vertical panedwindows.
//
// [Sashpad]
//
// Specifies the amount of padding to leave of each side of a sash.  May
// be any value accepted by Tk_GetPixels.
//
// [Sashrelief]
//
// Relief to use when drawing a sash.  May be any of the standard Tk
// relief values.
//
// [Sashwidth]
//
// Specifies the width of each sash.  May be any value accepted by
// Tk_GetPixels.
//
// [Showhandle]
//
// Specifies whether sash handles should be shown.  May be any valid Tcl
// boolean value.
//
// [Width]
//
// Specifies a desired width for the overall panedwindow widget. May be any
// value accepted by Tk_GetPixels. If an empty string, the widget will be
// made wide enough to allow all contained widgets to have their natural width.
//
// [Tcl/Tk panedwindow]: https://www.tcl.tk/man/tcl9.0/TkCmd/panedwindow.html
func Panedwindow(options ...Opt) *PanedwindowWidget {
	return App.Panedwindow(options...)
}

// Panedwindow — Create and manipulate 'panedwindow' split container widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Panedwindow]
func (w *Window) Panedwindow(options ...Opt) *PanedwindowWidget {
	return &PanedwindowWidget{w.newChild("panedwindow", options...)}
}

// PanedwindowWidget represents the Tcl/Tk panedwindow widget/window
type PanedwindowWidget struct {
	*Window
}

// Radiobutton — Create and manipulate 'radiobutton' pick-one widgets
//
// # Description
//
// The radiobutton command creates a new window (given by the
// pathName argument) and makes it into a radiobutton widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the radiobutton such as its colors, font,
// text, and initial relief.  The radiobutton command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A radiobutton is a widget that displays a textual string, bitmap or image
// and a diamond or circle called an indicator.
// If text is displayed, it must all be in a single font, but it
// can occupy multiple lines on the screen (if it contains newlines
// or if wrapping occurs because of the -wraplength option) and
// one of the characters may optionally be underlined using the
// all of the behavior of a simple button: it can display itself in either
// of three different ways, according to the -state option;
// it can be made to appear
// raised, sunken, or flat; it can be made to flash; and it invokes
// a Tcl command whenever mouse button 1 is clicked over the
// check button.
//
// In addition, radiobuttons can be selected.
// If a radiobutton is selected, the indicator is normally
// drawn with a selected appearance, and
// a Tcl variable associated with the radiobutton is set to a particular
// value (normally 1).
// Under Unix, the indicator is drawn with a sunken relief and a special
// color.  Under Windows, the indicator is drawn with a round mark inside.
// If the radiobutton is not selected, then the indicator is drawn with a
// deselected appearance, and the associated variable is
// set to a different value (typically 0).
// The indicator is drawn without a round mark inside.
// Typically, several radiobuttons share a single variable and the
// value of the variable indicates which radiobutton is to be selected.
// When a radiobutton is selected it sets the value of the variable to
// indicate that fact;  each radiobutton also monitors the value of
// the variable and automatically selects and deselects itself when the
// variable's value changes.
// If the variable's value matches the -tristatevalue, then the radiobutton
// is drawn using the tri-state mode.  This mode is used to indicate mixed or
// multiple values.  (This is used when the radiobutton represents the state
// of multiple items.)
// By default the variable selectedButton
// is used;  its contents give the name of the button that is
// selected, or the empty string if no button associated with that
// variable is selected.
// The name of the variable for a radiobutton,
// plus the variable to be stored into it, may be modified with options
// on the command line or in the option database.
// Configuration options may also be used to modify the way the
// indicator is displayed (or whether it is displayed at all).
// By default a radiobutton is configured to select itself on button clicks.
//
// Use [Window.Radiobutton] to create a Radiobutton with a particular parent.
//
// More information might be available at the [Tcl/Tk radiobutton] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Activeforeground]
//   - [Anchor]
//   - [Background]
//   - [Bitmap]
//   - [Borderwidth]
//   - [Compound]
//   - [Cursor]
//   - [Disabledforeground]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Image]
//   - [Justify]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Wraplength]
//
// # Widget specific options
//
// [Command]
//
// Specifies a Tcl command to associate with the button.  This command
// is typically invoked when mouse button 1 is released over the button
// window.  The button's global variable (-variable option) will
// be updated before the command is invoked.
//
// [Height]
//
// Specifies a desired height for the button.
// If an image or bitmap is being displayed in the button then the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in lines of text.
// If this option is not specified, the button's desired height is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Indicatoron]
//
// Specifies whether or not the indicator should be drawn.  Must be a
// proper boolean value.  If false, the -relief option is
// ignored and the widget's relief is always sunken if the widget is
// selected and raised otherwise.
//
// [Offrelief]
//
// Specifies the relief for the checkbutton when the indicator is not drawn and
// the checkbutton is off.  The default value is
// By setting this option to
// and setting -indicatoron to false and -overrelief to
// the effect is achieved
// of having a flat button that raises on mouse-over and which is
// depressed when activated.  This is the behavior typically exhibited by
// the Align-Left, Align-Right, and Center radiobuttons on the toolbar of a
// word-processor, for example.
//
// [Overrelief]
//
// Specifies an alternative relief for the radiobutton, to be used when the
// mouse cursor is over the widget.  This option can be used to make
// toolbar buttons, by configuring -relief flat -overrelief
// raised.  If the value of this option is the empty string, then no
// alternative relief is used when the mouse cursor is over the radiobutton.
// The empty string is the default value.
//
// [Selectcolor]
//
// Specifies a background color to use when the button is selected.
// If indicatorOn is true then the color is used as the background for
// the indicator regardless of the select state.
// If -indicatoron is false, this color is used as the background for the
// entire widget, in place of -background or -activeBackground,
// whenever the widget is selected.
// If specified as an empty string then no special color is used for
// displaying when the widget is selected.
//
// [Selectimage]
//
// Specifies an image to display (in place of the -image option)
// when the radiobutton is selected.
// This option is ignored unless the -image option has been
// specified.
//
// [State]
//
// Specifies one of three states for the radiobutton:  normal, active,
// or disabled.  In normal state the radiobutton is displayed using the
// -foreground and -background options.  The active state is
// typically used when the pointer is over the radiobutton.  In active state
// the radiobutton is displayed using the -activeforeground and
// -activebackground options.  Disabled state means that the radiobutton
// should be insensitive:  the default bindings will refuse to activate
// the widget and will ignore mouse button presses.
// In this state the -disabledforeground and
// -background options determine how the radiobutton is displayed.
//
// [Tristateimage]
//
// Specifies an image to display (in place of the -image option)
// when the radiobutton is selected.
// This option is ignored unless the -image option has been
// specified.
//
// [Tristatevalue]
//
// Specifies the value that causes the radiobutton to display the multi-value
// selection, also known as the tri-state mode.  Defaults to
//
// [Value]
//
// Specifies value to store in the button's associated variable whenever
// this button is selected.
//
// [Variable]
//
// Specifies the name of a global variable to set whenever this button is
// selected.  Changes in this variable also cause the button to select
// or deselect itself.
// Defaults to the value selectedButton.
//
// [Width]
//
// Specifies a desired width for the button.
// If an image or bitmap is being displayed in the button, the value is in
// screen units (i.e. any of the forms acceptable to Tk_GetPixels);
// for text it is in characters.
// If this option is not specified, the button's desired width is computed
// from the size of the image or bitmap or text being displayed in it.
//
// [Tcl/Tk radiobutton]: https://www.tcl.tk/man/tcl9.0/TkCmd/radiobutton.html
func Radiobutton(options ...Opt) *RadiobuttonWidget {
	return App.Radiobutton(options...)
}

// Radiobutton — Create and manipulate 'radiobutton' pick-one widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Radiobutton]
func (w *Window) Radiobutton(options ...Opt) *RadiobuttonWidget {
	return &RadiobuttonWidget{w.newChild("radiobutton", options...)}
}

// RadiobuttonWidget represents the Tcl/Tk radiobutton widget/window
type RadiobuttonWidget struct {
	*Window
}

// Scale — Create and manipulate 'scale' value-controlled slider widgets
//
// # Description
//
// The scale command creates a new window (given by the
// pathName argument) and makes it into a scale widget.
// Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the scale such as its colors, orientation,
// and relief.  The scale command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A scale is a widget that displays a rectangular trough and a
// small slider.  The trough corresponds to a range
// of real values (determined by the -from, -to, and
// and the position of the slider selects a particular real value.
// The slider's position (and hence the scale's value) may be adjusted
// with the mouse or keyboard as described in the BINDINGS
// section below.  Whenever the scale's value is changed, a Tcl
// command is invoked (using the -command option) to notify
// other interested widgets of the change.
// In addition, the value
// of the scale can be linked to a Tcl variable (using the -variable
// option), so that changes in either are reflected in the other.
//
// Three annotations may be displayed in a scale widget:  a label
// appearing at the top right of the widget (top left for horizontal
// scales), a number displayed just to the left of the slider
// (just above the slider for horizontal scales), and a collection
// of numerical tick marks just to the left of the current value
// (just below the trough for horizontal scales).  Each of these three
// annotations may be enabled or disabled using the
// configuration options.
//
// Use [Window.Scale] to create a Scale with a particular parent.
//
// More information might be available at the [Tcl/Tk scale] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Orient]
//   - [Relief]
//   - [Repeatdelay]
//   - [Repeatinterval]
//   - [Takefocus]
//   - [Troughcolor]
//
// # Widget specific options
//
// [Bigincrement]
//
// Some interactions with the scale cause its value to change by
// increments;  this option specifies the size of the
// large increments.  If specified as 0, the large increments default
// to 1/10 the range of the scale.
//
// [Command]
//
// Specifies the prefix of a Tcl command to invoke whenever the scale's
// value is changed via a widget command.
// The actual command consists
// of this option followed by a space and a real number indicating the
// new value of the scale.
//
// [Digits]
//
// An integer specifying how many significant digits should be retained
// when converting the value of the scale to a string.
// If the number is negative or zero, then the scale picks
// the smallest value that guarantees that every possible slider
// position prints as a different string.
//
// [From]
//
// A real value corresponding to the left or top end of the scale.
//
// [Lbl]
//
// A string to display as a label for the scale.  For
// vertical scales the label is displayed just to the right of the
// top end of the scale.  For horizontal scales the label is displayed
// just above the left end of the scale.  If the option is specified
// as an empty string, no label is displayed.
//
// [Length]
//
// Specifies the desired long dimension of the scale in screen units
// (i.e. any of the forms acceptable to Tk_GetPixels).
// For vertical scales this is the scale's height;  for horizontal scales
// it is the scale's width.
//
// [Resolution]
//
// A real value specifying the resolution for the scale.
// If this value is greater than zero then the scale's value will always be
// rounded to an even multiple of this value, as will
// the endpoints of the scale.  If the value is negative then no
// rounding occurs.  Defaults to 1 (i.e., the value will be integral).
//
// [Showvalue]
//
// Specifies a boolean value indicating whether or not the current
// value of the scale is to be displayed.
//
// [Sliderlength]
//
// Specifies the size of the slider, measured in screen units along the slider's
// long dimension.  The value may be specified in any of the forms acceptable
// to Tk_GetPixels.
//
// [Sliderrelief]
//
// Specifies the relief to use when drawing the slider, such as raised
// or sunken.
//
// [State]
//
// Specifies one of three states for the scale:  normal,
// active, or disabled.
// If the scale is disabled then the value may not be changed and the scale
// will not activate.
// If the scale is active, the slider is displayed using the color
// specified by the -activebackground option.
//
// [Tickinterval]
//
// Must be a real value.
// Determines the spacing between numerical
// tick marks displayed below or to the left of the slider. The values will all
// be displayed with the same number of decimal places, which will be enough to
// ensure they are all accurate to within 20% of a tick interval.
// If 0, no tick marks will be displayed.
//
// [To]
//
// Specifies a real value corresponding
// to the right or bottom end of the scale.
// This value may be either less than or greater than the -from option.
//
// [Variable]
//
// Specifies the name of a global variable to link to the scale.  Whenever the
// value of the variable changes, the scale will update to reflect this
// value.
// Whenever the scale is manipulated interactively, the variable
// will be modified to reflect the scale's new value.
//
// [Width]
//
// Specifies the desired narrow dimension of the scale in screen units
// (i.e. any of the forms acceptable to Tk_GetPixels).
// For vertical scales this is the scale's width;  for horizontal scales
// this is the scale's height.
//
// [Tcl/Tk scale]: https://www.tcl.tk/man/tcl9.0/TkCmd/scale.html
func Scale(options ...Opt) *ScaleWidget {
	return App.Scale(options...)
}

// Scale — Create and manipulate 'scale' value-controlled slider widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Scale]
func (w *Window) Scale(options ...Opt) *ScaleWidget {
	return &ScaleWidget{w.newChild("scale", options...)}
}

// ScaleWidget represents the Tcl/Tk scale widget/window
type ScaleWidget struct {
	*Window
}

// Scrollbar — Create and manipulate 'scrollbar' scrolling control and indicator widgets
//
// # Description
//
// The scrollbar command creates a new window (given by the
// pathName argument) and makes it into a scrollbar widget.
// Additional options, described above, may be specified on the command
// line or in the option database to configure aspects of the scrollbar
// such as its colors, orientation, and relief.
// The scrollbar command returns its pathName argument.
// At the time this command is invoked, there must not exist a window
// named pathName, but pathName's parent must exist.
//
// A scrollbar is a widget that displays two arrows, one at each end of
// the scrollbar, and a slider in the middle portion of the
// scrollbar.
// It provides information about what is visible in an associated window
// that displays a document of some sort (such as a file being edited or
// a drawing).
// The position and size of the slider indicate which portion of the
// document is visible in the associated window.  For example, if the
// slider in a vertical scrollbar covers the top third of the area
// between the two arrows, it means that the associated window displays
// the top third of its document.
//
// Scrollbars can be used to adjust the view in the associated window
// by clicking or dragging with the mouse.  See the BINDINGS section
// below for details.
//
// Use [Window.Scrollbar] to create a Scrollbar with a particular parent.
//
// More information might be available at the [Tcl/Tk scrollbar] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Jump]
//   - [Orient]
//   - [Relief]
//   - [Repeatdelay]
//   - [Repeatinterval]
//   - [Takefocus]
//   - [Troughcolor]
//
// # Widget specific options
//
// [Activerelief]
//
// Specifies the relief to use when displaying the element that is
// active, if any.
// Elements other than the active element are always displayed with
// a raised relief.
//
// [Command]
//
// Specifies the prefix of a Tcl command to invoke to change the view
// in the widget associated with the scrollbar.  When a user requests
// a view change by manipulating the scrollbar, a Tcl command is
// invoked.  The actual command consists of this option followed by
// additional information as described later.  This option almost always has
// a value such as .t xview or .t yview, consisting of the
// name of a widget and either xview (if the scrollbar is for
// horizontal scrolling) or yview (for vertical scrolling).
// All scrollable widgets have xview and yview commands
// that take exactly the additional arguments appended by the scrollbar
// as described in SCROLLING COMMANDS below.
//
// [Elementborderwidth]
//
// Specifies the width of borders drawn around the internal elements
// of the scrollbar (the two arrows and the slider).  The value may
// have any of the forms acceptable to Tk_GetPixels.
// If this value is the empty string (the default), the value of
// the -borderwidth option is used in its place.
//
// [Width]
//
// Specifies the desired narrow dimension of the scrollbar window,
// not including 3-D border, if any.  For vertical
// scrollbars this will be the width and for horizontal scrollbars
// this will be the height.
// The value may have any of the forms acceptable to Tk_GetPixels.
//
// [Tcl/Tk scrollbar]: https://www.tcl.tk/man/tcl9.0/TkCmd/scrollbar.html
func Scrollbar(options ...Opt) *ScrollbarWidget {
	return App.Scrollbar(options...)
}

// Scrollbar — Create and manipulate 'scrollbar' scrolling control and indicator widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Scrollbar]
func (w *Window) Scrollbar(options ...Opt) *ScrollbarWidget {
	return &ScrollbarWidget{w.newChild("scrollbar", options...)}
}

// ScrollbarWidget represents the Tcl/Tk scrollbar widget/window
type ScrollbarWidget struct {
	*Window
}

// Spinbox — Create and manipulate 'spinbox' value spinner widgets
//
// # Description
//
// The spinbox command creates a new window (given by the
// pathName argument) and makes it into a spinbox widget.
// Additional options, described above, may be specified on the
// command line or in the option database
// to configure aspects of the spinbox such as its colors, font,
// and relief.  The spinbox command returns its
// pathName argument.  At the time this command is invoked,
// there must not exist a window named pathName, but
// pathName's parent must exist.
//
// A spinbox is an extended entry widget that allows he user
// to move, or spin, through a fixed set of ascending or descending values
// such as times or dates in addition to editing the value as in an
// entry.  When first created, a spinbox's string is empty.
// A portion of the spinbox may be selected as described below.
// If a spinbox is exporting its selection (see the -exportselection
// option), then it will observe the standard protocols for handling the
// selection;  spinbox selections are available as type STRING.
// Spinboxes also observe the standard Tk rules for dealing with the
// input focus.  When a spinbox has the input focus it displays an
// insertion cursor to indicate where new characters will be
// inserted.
//
// Spinboxes are capable of displaying strings that are too long to
// fit entirely within the widget's window.  In this case, only a
// portion of the string will be displayed; commands described below
// may be used to change the view in the window.  Spinboxes use
// the standard -xscrollcommand mechanism for interacting with
// scrollbars (see the description of the -xscrollcommand option
// for details).  They also support scanning, as described below.
//
// Use [Window.Spinbox] to create a Spinbox with a particular parent.
//
// More information might be available at the [Tcl/Tk spinbox] page.
//
// # Standard options
//
//   - [Activebackground]
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Exportselection]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Insertbackground]
//   - [Insertborderwidth]
//   - [Insertofftime]
//   - [Insertontime]
//   - [Insertwidth]
//   - [Justify]
//   - [Placeholder]
//   - [Placeholderforeground]
//   - [Relief]
//   - [Repeatdelay]
//   - [Repeatinterval]
//   - [Selectbackground]
//   - [Selectborderwidth]
//   - [Selectforeground]
//   - [Takefocus]
//   - [Textvariable]
//   - [Xscrollcommand]
//
// # Widget specific options
//
// [Buttonbackground]
//
// The background color to be used for the spin buttons.
//
// [Buttoncursor]
//
// The cursor to be used when over the spin buttons.  If this is empty
// (the default), a default cursor will be used.
//
// [Buttondownrelief]
//
// The relief to be used for the upper spin button.
//
// [Buttonuprelief]
//
// The relief to be used for the lower spin button.
//
// [Command]
//
// Specifies a Tcl command to invoke whenever a spinbutton is invoked.
// The command recognizes several percent substitutions: %W for
// the widget path, %s for the current value of the widget, and
// %d for the direction of the button pressed (up or down).
//
// [Disabledbackground]
//
// Specifies the background color to use when the spinbox is disabled.  If
// this option is the empty string, the normal background color is used.
//
// [Disabledforeground]
//
// Specifies the foreground color to use when the spinbox is disabled.  If
// this option is the empty string, the normal foreground color is used.
//
// [Format]
//
// Specifies an alternate format to use when setting the string value
// when using the -from and -to range.
// This must be a format specifier of the form %<pad>.<pad>f,
// as it will format a floating-point number.
//
// [From]
//
// A floating-point value corresponding to the lowest value for a spinbox, to
// be used in conjunction with -to and -increment.  When all
// are specified correctly, the spinbox will use these values to control its
// contents. If this value is greater than the -to option, then
// -from and -to values are automatically swapped.
// If -values is specified, it supersedes this option.
//
// [Invalidcommand]
//
// Specifies a script to eval when -validatecommand returns 0.  Setting
// it to an empty string disables this feature (the default).  The best use of
// this option is to set it to bell.  See VALIDATION below for
// more information.
//
// [Increment]
//
// A floating-point value specifying the increment.  When used with
// -from and -to, the value in the widget will be adjusted by
// -increment when a spin button is pressed (up adds the value,
// down subtracts the value).
//
// [Readonlybackground]
//
// Specifies the background color to use when the spinbox is readonly.  If
// this option is the empty string, the normal background color is used.
//
// [State]
//
// Specifies one of three states for the spinbox:  normal,
// disabled, or readonly.  If the spinbox is readonly, then the
// value may not be changed using widget commands and no insertion cursor
// will be displayed, even if the input focus is in the widget; the
// contents of the widget may still be selected.  If the spinbox is
// disabled, the value may not be changed, no insertion cursor will be
// displayed, the contents will not be selectable, and the spinbox may
// be displayed in a different color, depending on the values of the
// -disabledforeground and -disabledbackground options.
//
// [To]
//
// A floating-point value corresponding to the highest value for the spinbox,
// to be used in conjunction with -from and -increment.  When
// all are specified correctly, the spinbox will use these values to control
// its contents. If this value is less than the -from option, then
// -from and -to values are automatically swapped.
// If -values is specified, it supersedes this option.
//
// [Validate]
//
// Specifies the mode in which validation should operate: none,
// focus, focusin, focusout, key, or all.
// It defaults to none.  When you want validation, you must explicitly
// state which mode you wish to use.  See VALIDATION below for more.
//
// [Validatecommand]
//
// Specifies a script to evaluate when you want to validate the input in the
// widget.  Setting it to an empty string disables this feature (the default).
// Validation occurs according to the value of -validate.
// This command must return a valid Tcl boolean value.  If it returns 0 (or
// the valid Tcl boolean equivalent) then the value of the widget will not
// change and the -invalidcommand will be evaluated if it is set.  If it
// returns 1, then value will be changed.
// See VALIDATION below for more information.
//
// [Values]
//
// Must be a proper list value.  If specified, the spinbox will use these
// values as to control its contents, starting with the first value.  This
// option has precedence over the -from and -to range.
//
// [Width]
//
// Specifies an integer value indicating the desired width of the spinbox window,
// in average-size characters of the widget's font.
// If the value is negative or zero, the widget picks a
// size just large enough to hold its current text.
//
// [Wrap]
//
// Must be a proper boolean value.  If on, the spinbox will wrap around the
// values of data in the widget.
//
// [Tcl/Tk spinbox]: https://www.tcl.tk/man/tcl9.0/TkCmd/spinbox.html
func Spinbox(options ...Opt) *SpinboxWidget {
	return App.Spinbox(options...)
}

// Spinbox — Create and manipulate 'spinbox' value spinner widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Spinbox]
func (w *Window) Spinbox(options ...Opt) *SpinboxWidget {
	return &SpinboxWidget{w.newChild("spinbox", options...)}
}

// SpinboxWidget represents the Tcl/Tk spinbox widget/window
type SpinboxWidget struct {
	*Window
}

// Text — Create and manipulate 'text' hypertext editing widgets
//
// # Description
//
// The text command creates a new window (given by the pathName
// argument) and makes it into a text widget. Additional options, described
// above, may be specified on the command line or in the option database to
// configure aspects of the text such as its default background color and relief.
// The text command returns the path name of the new window.
//
// A text widget displays one or more lines of text and allows that text to be
// edited. Text widgets support four different kinds of annotations on the text,
// called tags, marks, embedded windows or embedded images. Tags allow different
// portions of the text to be displayed with different fonts and colors. In
// addition, Tcl commands can be associated with tags so that scripts are invoked
// when particular actions such as keystrokes and mouse button presses occur in
// particular ranges of the text. See TAGS below for more details.
//
// The second form of annotation consists of floating markers in the text called
// marks .
// Marks are used to keep track of various interesting positions in the text as
// it is edited. See MARKS below for more details.
//
// The third form of annotation allows arbitrary windows to be embedded in a text
// widget. See EMBEDDED WINDOWS below for more details.
//
// The fourth form of annotation allows Tk images to be embedded in a text
// widget. See EMBEDDED IMAGES below for more details.
//
// The text widget also has a built-in undo/redo mechanism. See
// THE UNDO MECHANISM below for more details.
//
// The text widget allows for the creation of peer widgets. These are other text
// widgets which share the same underlying data (text, marks, tags, images, etc).
// See PEER WIDGETS below for more details.
//
// Use [Window.Text] to create a Text with a particular parent.
//
// More information might be available at the [Tcl/Tk text] page.
//
// # Standard options
//
//   - [Background]
//   - [Borderwidth]
//   - [Cursor]
//   - [Exportselection]
//   - [Foreground]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Insertbackground]
//   - [Insertborderwidth]
//   - [Insertofftime]
//   - [Insertontime]
//   - [Insertwidth]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Selectbackground]
//   - [Selectborderwidth]
//   - [Selectforeground]
//   - [Setgrid]
//   - [Takefocus]
//   - [Xscrollcommand]
//   - [Yscrollcommand]
//
// # Widget specific options
//
// [Autoseparators]
//
// Specifies a boolean that says whether separators are automatically inserted in
// the undo stack. Only meaningful when the -undo option is true.
//
// [Blockcursor]
//
// Specifies a boolean that says whether the blinking insertion cursor should be
// drawn as a character-sized rectangular block. If false (the default) a thin
// vertical line is used for the insertion cursor.
//
// [Endline]
//
// Specifies an integer line index representing the line of the underlying
// textual data store that should be just after the last line contained in
// the widget. This allows a text widget to reflect only a portion of a
// larger piece of text. Instead of an integer, the empty string can be
// provided to this configuration option, which will configure the widget
// to end at the very last line in the textual data store.
//
// [Height]
//
// Specifies the desired height for the window, in units of characters in the
// font given by the -font option. Must be at least one.
//
// [Inactiveselectbackground]
//
// Specifies the colour to use for the selection (the sel tag) when the
// window does not have the input focus. If empty, {}, then no selection is
// shown when the window does not have the focus.
//
// [Insertunfocussed]
//
// Specifies how to display the insertion cursor when the widget does not have
// the focus. Must be none (the default) which means to not display the
// cursor, hollow which means to display a hollow box, or solid which
// means to display a solid box. Note that hollow and solid will
// appear very similar when the -blockcursor option is false.
//
// [Maxundo]
//
// Specifies the maximum number of compound undo actions on the undo stack. A
// zero or a negative value imply an unlimited undo stack.
//
// [Spacing1]
//
// Requests additional space above each text line in the widget, using any of the
// standard forms for screen distances. If a line wraps, this option only applies
// to the first line on the display. This option may be overridden with
// -spacing1 options in tags.
//
// [Spacing2]
//
// For lines that wrap (so that they cover more than one line on the display)
// this option specifies additional space to provide between the display lines
// that represent a single line of text. The value may have any of the standard
// forms for screen distances. This option may be overridden with
// -spacing2 options in tags.
//
// [Spacing3]
//
// Requests additional space below each text line in the widget, using any of the
// standard forms for screen distances. If a line wraps, this option only applies
// to the last line on the display. This option may be overridden with
// -spacing3 options in tags.
//
// [Startline]
//
// Specifies an integer line index representing the first line of the underlying
// textual data store that should be contained in the widget. This allows a text
// widget to reflect only a portion of a larger piece of text. Instead of an
// integer, the empty string can be provided to this configuration option, which
// will configure the widget to start at the very first line in the textual data
// store.
//
// [State]
//
// Specifies one of two states for the text: normal or disabled. If
// the text is disabled then characters may not be inserted or deleted and no
// insertion cursor will be displayed, even if the input focus is in the widget.
//
// [Tabs]
//
// Specifies a set of tab stops for the window. The option's value consists of a
// list of screen distances giving the positions of the tab stops, each of which
// is a distance relative to the left edge of the widget (excluding borders,
// padding, etc). Each position may optionally be followed in the next list
// element by one of the keywords left, right, center, or
// numeric, which specifies how to justify text relative to the tab stop.
// Left is the default; it causes the text following the tab character to
// be positioned with its left edge at the tab position. Right means that
// the right edge of the text following the tab character is positioned at the
// tab position, and center means that the text is centered at the tab
// position. Numeric means that the decimal point in the text is positioned
// at the tab position; if there is no decimal point then the least significant
// digit of the number is positioned just to the left of the tab position; if
// there is no number in the text then the text is right-justified at the tab
// position. For example,
// creates three tab stops at two-centimeter intervals; the first two use left
// justification and the third uses center justification.
//
// [Tabstyle]
//
// Specifies how to interpret the relationship between tab stops on a line and
// tabs in the text of that line. The value must be tabular (the default)
// or wordprocessor. Note that tabs are interpreted as they are encountered
// in the text. If the tab style is tabular then the n'th tab
// character in the line's text will be associated with the n'th tab stop
// defined for that line. If the tab character's x coordinate falls to the right
// of the n'th tab stop, then a gap of a single space will be inserted as a
// fallback. If the tab style is wordprocessor then any tab character being
// laid out will use (and be defined by) the first tab stop to the right of the
// preceding characters already laid out on that line. The value of the
// -tabstyle option may be overridden by -tabstyle options in tags.
//
// [Undo]
//
// Specifies a boolean that says whether the undo mechanism is active or not.
//
// [Width]
//
// Specifies the desired width for the window in units of characters in the font
// given by the -font option. If the font does not have a uniform width
// then the width of the character
// is used in translating from character units to screen units.
//
// [Wrap]
//
// Specifies how to handle lines in the text that are too long to be displayed in
// a single line of the text's window. The value must be none or char
// or word. A wrap mode of none means that each line of text appears
// as exactly one line on the screen; extra characters that do not fit on the
// screen are not displayed. In the other modes each line of text will be broken
// up into several screen lines if necessary to keep all the characters visible.
// In char mode a screen line break may occur after any character; in
// word mode a line break will only be made at word boundaries.
//
// [Tcl/Tk text]: https://www.tcl.tk/man/tcl9.0/TkCmd/text.html
func Text(options ...Opt) *TextWidget {
	return App.Text(options...)
}

// Text — Create and manipulate 'text' hypertext editing widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Text]
func (w *Window) Text(options ...Opt) *TextWidget {
	return &TextWidget{w.newChild("text", options...)}
}

// TextWidget represents the Tcl/Tk text widget/window
type TextWidget struct {
	*Window
}

// Toplevel — Create and manipulate 'toplevel' main and popup window widgets
//
// # Description
//
// The toplevel command creates a new toplevel widget (given
// by the pathName argument).  Additional
// options, described above, may be specified on the command line
// or in the option database
// to configure aspects of the toplevel such as its background color
// and relief.  The toplevel command returns the
// path name of the new window.
//
// A toplevel is similar to a frame except that it is created as a
// top-level window:  its X parent is the root window of a screen
// rather than the logical parent from its Tk path name.  The primary
// purpose of a toplevel is to serve as a container for dialog boxes
// and other collections of widgets.  The only visible features
// of a toplevel are its background and an optional 3-D border
// to make the toplevel appear raised or sunken.
//
// Use [Window.Toplevel] to create a Toplevel with a particular parent.
//
// More information might be available at the [Tcl/Tk toplevel] page.
//
// # Standard options
//
//   - [Borderwidth]
//   - [Cursor]
//   - [Highlightbackground]
//   - [Highlightcolor]
//   - [Highlightthickness]
//   - [Padx]
//   - [Pady]
//   - [Relief]
//   - [Takefocus]
//
// # Widget specific options
//
// [Background]
//
// This option is the same as the standard -background option
// except that its value may also be specified as an empty string.
// In this case, the widget will display no background or border, and
// no colors will be consumed from its colormap for its background
// and border.
// An empty background will disable drawing the background image.
//
// [Backgroundimage]
//
// This specifies an image to display on the toplevel's background within
// the border of the toplevel (i.e., the image will be clipped by the
// toplevel's highlight ring and border, if either are present) on top of
// the background;
// subwidgets of the toplevel will be drawn on top. The image must have
// been created with the image create command. If specified as the
// empty string, no image will be displayed.
//
// [Class]
//
// Specifies a class for the window.
// This class will be used when querying the option database for
// the window's other options, and it will also be used later for
// other purposes such as bindings. Some window managers display the
// class name for windows in their dock while some others display the
// window title.
// The -class option may not be changed with the configure
// widget command.
//
// [Colormap]
//
// Specifies a colormap to use for the window.
// The value may be either new, in which case a new colormap is
// created for the window and its children, or the name of another
// window (which must be on the same screen and have the same visual
// as pathName), in which case the new window will use the colormap
// from the specified window.
// If the -colormap option is not specified, the new window
// uses the default colormap of its screen.
// This option may not be changed with the configure
// widget command.
//
// [Container]
//
// The value must be a boolean.  If true, it means that this window will
// be used as a container in which some other application will be embedded
// (for example, a Tk toplevel can be embedded using the -use option).
// The window will support the appropriate window manager protocols for
// things like geometry requests.  The window should not have any
// children of its own in this application.
// This option may not be changed with the configure
// widget command.
//
// [Height]
//
// Specifies the desired height for the window in any of the forms
// acceptable to Tk_GetPixels.
// If this option is negative or zero then the window will
// not request any size at all.
//
// [Mnu]
//
// Specifies a menu widget to be used as a menubar. On the Macintosh, the
// menubar will be displayed across the top of the main monitor. On
// Microsoft Windows and all UNIX platforms, the menu will appear across
// the toplevel window as part of the window dressing maintained by the
// window manager.
//
// [Screen]
//
// Specifies the screen on which to place the new window.
// Any valid screen name may be used, even one associated with a
// different display.
// Defaults to the same screen as its parent.
// This option is special in that it may not be specified via the option
// database, and it may not be modified with the configure
// widget command.
//
// [Tile]
//
// This specifies how to draw the background image (see
// -backgroundimage) on the toplevel.
// If true (according to Tcl_GetBoolean), the image will be tiled
// to fill the whole toplevel, with the origin of the first copy of the
// image being the top left of the interior of the toplevel.
// If false (the default), the image will be centered within the toplevel.
//
// [Use]
//
// This option is used for embedding. If the value is not an empty string,
// it must be the window identifier of a container window, specified as
// a hexadecimal string like the ones returned by the winfo id
// command. The toplevel widget will be created as a child of the given
// container instead of the root window for the screen.  If the container
// window is in a Tk application, it must be a frame or toplevel widget for
// which the -container option was specified.
// This option may not be changed with the configure
// widget command.
//
// [Visual]
//
// Specifies visual information for the new window in any of the
// forms accepted by Tk_GetVisual.
// If this option is not specified, the new window will use the default
// visual for its screen.
// The -visual option may not be modified with the configure
// widget command.
//
// [Width]
//
// Specifies the desired width for the window in any of the forms
// acceptable to Tk_GetPixels.
// If this option is negative or zero then the window will
// not request any size at all.
//
// [Tcl/Tk toplevel]: https://www.tcl.tk/man/tcl9.0/TkCmd/toplevel.html
func Toplevel(options ...Opt) *ToplevelWidget {
	return App.Toplevel(options...)
}

// Toplevel — Create and manipulate 'toplevel' main and popup window widgets
//
// The resulting [Window] is a child of 'w'
//
// For details please see [Toplevel]
func (w *Window) Toplevel(options ...Opt) *ToplevelWidget {
	return &ToplevelWidget{w.newChild("toplevel", options...)}
}

// ToplevelWidget represents the Tcl/Tk toplevel widget/window
type ToplevelWidget struct {
	*Window
}

// TButton — Widget that issues a command when pressed
//
// # Description
//
// A ttk::button widget displays a textual label and/or image,
// and evaluates a command when pressed.
//
// Use [Window.TButton] to create a TButton with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_button] page.
//
// # Standard options
//
//   - [Class]
//   - [Compound]
//   - [Cursor]
//   - [Image]
//   - [Justify]
//   - [State]
//   - [Style]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Width]
//
// # Widget specific options
//
// [Command]
//
// A script to evaluate when the widget is invoked.
//
// [Default]
//
// May be set to one of  normal, active, or disabled.
// In a dialog box, one button may be designated the
// button (meaning, roughly,
// active indicates that this is currently the default button;
// normal means that it may become the default button, and
// disabled means that it is not defaultable.
// The default is normal.
//
// # Standard styles
//
// Ttk::button widgets support the Toolbutton style in all standard
// themes, which is useful for creating widgets for toolbars.
//
// In the Aqua theme there are several other styles which can be used to
// produce replicas of many of the different button types that are
// discussed in Apple's Human Interface Guidelines.  These include
// DisclosureButton, DisclosureTriangle, HelpButton,
// ImageButton, InlineButton, GradientButton,
// RoundedRectButton, and RecessedButton.
//
// # Styling options
//
// The class name for a ttk::button is TButton.
//
// Dynamic states: active, disabled, pressed, readonly.
//
// TButton styling options configurable with ttk::style
// are:
//   - [Anchor] anchor
//   - [Background] color
//   - [Bordercolor] color
//   - [Compound] compound
//   - [Darkcolor] color
//   - [Foreground] color
//   - [Font] font
//   - [Highlightcolor] color
//   - [Highlightthickness] amount
//   - [Lightcolor] color
//   - [Padding] padding
//   - [Relief] relief
//   - [Shiftrelief] amount
//   - [Width] amount
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_button]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_button.html
func TButton(options ...Opt) *TButtonWidget {
	return App.TButton(options...)
}

// TButton — Widget that issues a command when pressed
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TButton]
func (w *Window) TButton(options ...Opt) *TButtonWidget {
	return &TButtonWidget{w.newChild("ttk::button", options...)}
}

// TButtonWidget represents the Tcl/Tk ttk_button widget/window
type TButtonWidget struct {
	*Window
}

// TCheckbutton — On/off widget
//
// # Description
//
// A ttk::checkbutton widget is used to show or change a setting.
// It has two states, selected and deselected.
// The state of the checkbutton may be linked to a Tcl variable.
//
// Use [Window.TCheckbutton] to create a TCheckbutton with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_checkbutton] page.
//
// # Standard options
//
//   - [Class]
//   - [Compound]
//   - [Cursor]
//   - [Image]
//   - [State]
//   - [Style]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Width]
//
// # Widget specific options
//
// [Command]
//
// A Tcl script to execute whenever the widget is invoked.
//
// [Offvalue]
//
// The value to store in the associated -variable
// when the widget is deselected.  Defaults to 0.
//
// [Onvalue]
//
// The value to store in the associated -variable
// when the widget is selected.  Defaults to 1.
//
// [Variable]
//
// The name of a global variable whose value is linked to the widget.
// Defaults to the widget pathname if not specified.
//
// # Standard styles
//
// Ttk::checkbutton widgets support the Toolbutton style in all
// standard themes, which is useful for creating widgets for toolbars.
//
// # Styling options
//
// The class name for a ttk::checkbutton is TCheckbutton.
//
// Dynamic states: active, alternate, disabled,
// pressed, selected, readonly.
//
// TCheckbutton styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Compound] compound
//   - [Foreground] color
//   - [Indicatorbackground] color
//   - [Indicatorcolor] color
//   - [Indicatormargin] padding
//   - [Indicatorrelief] relief
//   - [Padding] padding
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_checkbutton]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_checkbutton.html
func TCheckbutton(options ...Opt) *TCheckbuttonWidget {
	return App.TCheckbutton(options...)
}

// TCheckbutton — On/off widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TCheckbutton]
func (w *Window) TCheckbutton(options ...Opt) *TCheckbuttonWidget {
	return &TCheckbuttonWidget{w.newChild("ttk::checkbutton", options...)}
}

// TCheckbuttonWidget represents the Tcl/Tk ttk_checkbutton widget/window
type TCheckbuttonWidget struct {
	*Window
}

// TCombobox — Text field with popdown selection list
//
// # Description
//
// A ttk::combobox combines a text field with a pop-down list of values;
// the user may select the value of the text field from among the
// values in the list.
//
// Use [Window.TCombobox] to create a TCombobox with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_combobox] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Placeholder]
//   - [Placeholderforeground]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Exportselection]
//
// Boolean value.
// If set, the widget selection is linked to the X selection.
//
// [Justify]
//
// Specifies how the text is aligned within the widget.
// Must be one of left, center, or right.
//
// [Height]
//
// Specifies the height of the pop-down listbox, in rows.
//
// [Postcommand]
//
// A Tcl script to evaluate immediately before displaying the listbox.
// The -postcommand script may specify the -values to display.
//
// [State]
//
// One of normal, readonly, or disabled.
// In the readonly state,
// the value may not be edited directly, and
// the user can only select one of the -values from the
// dropdown list.
// In the normal state,
// the text field is directly editable.
// In the disabled state, no interaction is possible.
//
// [Textvariable]
//
// Specifies the name of a global variable whose value is linked
// to the widget value.
// Whenever the variable changes value the widget value is updated,
// and vice versa.
//
// [Values]
//
// Specifies the list of values to display in the drop-down listbox.
//
// [Width]
//
// Specifies an integer value indicating the desired width of the entry window,
// in average-size characters of the widget's font.
//
// # Styling options
//
// The class name for a ttk::combobox is TCombobox.
// The ttk::combobox uses the entry and
// listbox widgets internally.
// The listbox frame has a class name of ComboboxPopdownFrame.
//
// Dynamic states: disabled, focus, pressed, readonly.
//
// TCombobox styling options configurable with ttk::style
// are:
//   - [Arrowcolor] color
//   - [Arrowsize] amount
//   - [Background] color
//   - [Bordercolor] color
//   - [Darkcolor] color
//   - [Focusfill] color
//   - [Foreground] color
//   - [Fieldbackground] color
//   - [Insertcolor] color
//   - [Insertwidth] amount
//   - [Lightcolor] color
//   - [Padding] padding
//   - [Placeholderforeground] color
//   - [Postoffset] padding
//   - [Selectbackground] color
//   - [Selectforeground] color
//
// The ttk::combobox popdown listbox cannot be configured using
// ttk::style nor via the widget configure command.  The listbox
// can be configured using the option database.
//
// option add *TCombobox*Listbox.background color
// option add *TCombobox*Listbox.font font
// option add *TCombobox*Listbox.foreground color
// option add *TCombobox*Listbox.selectBackground color
// option add *TCombobox*Listbox.selectForeground color
//
// To configure a specific listbox (subject to future change):
//
// ComboboxPopdownFrame
// styling options configurable with ttk::style
// are:
//   - [Borderwidth] amount
//   - [Relief] relief
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_combobox]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_combobox.html
func TCombobox(options ...Opt) *TComboboxWidget {
	return App.TCombobox(options...)
}

// TCombobox — Text field with popdown selection list
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TCombobox]
func (w *Window) TCombobox(options ...Opt) *TComboboxWidget {
	return &TComboboxWidget{w.newChild("ttk::combobox", options...)}
}

// TComboboxWidget represents the Tcl/Tk ttk_combobox widget/window
type TComboboxWidget struct {
	*Window
}

// TEntry — Editable text field widget
//
// # Description
//
// An ttk::entry widget displays a one-line text string and
// allows that string to be edited by the user.
// The value of the string may be linked to a Tcl variable
// with the -textvariable option.
// Entry widgets support horizontal scrolling with the
// standard -xscrollcommand option and xview widget command.
//
// Use [Window.TEntry] to create a TEntry with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_entry] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Foreground]
//   - [Placeholder]
//   - [Placeholderforeground]
//   - [Style]
//   - [Takefocus]
//   - [Xscrollcommand]
//
// # Widget specific options
//
// [Exportselection]
//
// A boolean value specifying whether or not
// a selection in the widget should be linked to the X selection.
// If the selection is exported, then selecting in the widget deselects
// the current X selection, selecting outside the widget deselects any
// widget selection, and the widget will respond to selection retrieval
// requests when it has a selection.
//
// [Invalidcommand]
//
// A script template to evaluate whenever the -validatecommand returns 0.
// See VALIDATION below for more information.
//
// [Justify]
//
// Specifies how the text is aligned within the entry widget.
// One of left, center, or right.
//
// [Show]
//
// If this option is specified, then the true contents of the entry
// are not displayed in the window.
// Instead, each character in the entry's value will be displayed as
// the first character in the value of this option, such as
// or a bullet.
// This is useful, for example, if the entry is to be used to enter
// a password.
// If characters in the entry are selected and copied elsewhere, the
// information copied will be what is displayed, not the true contents
// of the entry.
//
// [State]
//
// Compatibility option; see ttk::widget(n) for details.
// Specifies one of three states for the entry,
// normal, disabled, or readonly.
// See WIDGET STATES, below.
//
// [Textvariable]
//
// Specifies the name of a global variable whose value is linked
// to the entry widget's contents.
// Whenever the variable changes value, the widget's contents are updated,
// and vice versa.
//
// [Validate]
//
// Specifies the mode in which validation should operate:
// none, focus, focusin, focusout, key, or all.
// Default is none, meaning that validation is disabled.
// See VALIDATION below.
//
// [Validatecommand]
//
// A script template to evaluate whenever validation is triggered.
// If set to the empty string (the default), validation is disabled.
// The script must return a boolean value.
// See VALIDATION below.
//
// [Width]
//
// Specifies an integer value indicating the desired width of the entry window,
// in average-size characters of the widget's font.
//
// # Styling options
//
// The class name for a ttk::entry is TEntry.
//
// Dynamic states: disabled, focus, readonly.
//
// TEntry styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Bordercolor] color
//   - [Darkcolor] color
//   - [Fieldbackground] color
//   - [Foreground] color
//   - [Insertcolor] color
//   - [Insertwidth] amount
//   - [Lightcolor] color
//   - [Padding] padding
//   - [Placeholderforeground] color
//   - [Relief] relief
//   - [Selectbackground] color
//   - [Selectborderwidth] amount
//   - [Selectforeground] color
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_entry]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_entry.html
func TEntry(options ...Opt) *TEntryWidget {
	return App.TEntry(options...)
}

// TEntry — Editable text field widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TEntry]
func (w *Window) TEntry(options ...Opt) *TEntryWidget {
	return &TEntryWidget{w.newChild("ttk::entry", options...)}
}

// TEntryWidget represents the Tcl/Tk ttk_entry widget/window
type TEntryWidget struct {
	*Window
}

// TFrame — Simple container widget
//
// # Description
//
// A ttk::frame widget is a container, used to group other widgets
// together.
//
// Use [Window.TFrame] to create a TFrame with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_frame] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Padding]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Borderwidth]
//
// The desired width of the widget border.  Defaults to 0.
// May be ignored depending on the theme used.
//
// [Relief]
//
// One of the standard Tk border styles:
// flat, groove, raised, ridge,
// solid, or sunken.
// Defaults to flat.
//
// [Width]
//
// If specified, the widget's requested width in pixels.
//
// [Height]
//
// If specified, the widget's requested height in pixels.
//
// # Styling options
//
// The class name for a ttk::frame is TFrame.
//
// TFrame styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Relief] relief
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_frame]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_frame.html
func TFrame(options ...Opt) *TFrameWidget {
	return App.TFrame(options...)
}

// TFrame — Simple container widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TFrame]
func (w *Window) TFrame(options ...Opt) *TFrameWidget {
	return &TFrameWidget{w.newChild("ttk::frame", options...)}
}

// TFrameWidget represents the Tcl/Tk ttk_frame widget/window
type TFrameWidget struct {
	*Window
}

// TLabel — Display a text string and/or image
//
// # Description
//
// A ttk::label widget displays a textual label and/or image.
// The label may be linked to a Tcl variable
// to automatically change the displayed text.
//
// Use [Window.TLabel] to create a TLabel with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_label] page.
//
// # Standard options
//
//   - [Anchor]
//   - [Class]
//   - [Compound]
//   - [Cursor]
//   - [Foreground]
//   - [Image]
//   - [Justify]
//   - [Padding]
//   - [State]
//   - [Style]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Width]
//   - [Wraplength]
//
// # Widget specific options
//
// [Background]
//
// The widget's background color.
// If unspecified, the theme default is used.
//
// [Relief]
//
// Specifies the 3-D effect desired for the widget border.
// Valid values are
// flat, groove, raised, ridge, solid,
// and sunken.
//
// [Wraplength]
//
// Specifies the maximum line length (in pixels).
// If this option is negative or zero,
// then automatic wrapping is not performed; otherwise
// the text is split into lines such that no line is longer
// than the specified value.
//
// # Styling options
//
// The class name for a ttk::label is TLabel.
//
// Dynamic states: disabled, readonly.
//
// TLabel styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Compound] compound
//   - [Foreground] color
//   - [Font] font
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_label]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_label.html
func TLabel(options ...Opt) *TLabelWidget {
	return App.TLabel(options...)
}

// TLabel — Display a text string and/or image
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TLabel]
func (w *Window) TLabel(options ...Opt) *TLabelWidget {
	return &TLabelWidget{w.newChild("ttk::label", options...)}
}

// TLabelWidget represents the Tcl/Tk ttk_label widget/window
type TLabelWidget struct {
	*Window
}

// TLabelframe — Container widget with optional label
//
// # Description
//
// A ttk::labelframe widget is a container used to group other widgets
// together.  It has an optional label, which may be a plain text string or
// another widget.
//
// Use [Window.TLabelframe] to create a TLabelframe with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_labelframe] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Padding]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Height]
//
// If specified, the widget's requested height in pixels.
// (See ttk::frame(n) for further notes on -width and
// -height).
//
// [Labelanchor]
//
// Specifies where to place the label.
// Allowed values are (clockwise from the top upper left corner):
// nw, n, ne, en, e, es,
// se, s,sw, ws, w and wn.
// The default value is theme-dependent.
//
// [Labelwidget]
//
// The name of a widget to use for the label.
// If set, overrides the -text option.
// The -labelwidget must be a child of the labelframe widget
// or one of the labelframe's ancestors, and must belong to the
// same top-level widget as the labelframe.
//
// [Txt]
//
// Specifies the text of the label.
//
// [Underline]
//
// If set, specifies the integer index (0-based) of a character to
// underline in the text string.
// The underlined character is used for mnemonic activation.
// Mnemonic activation for a ttk::labelframe
// sets the keyboard focus to the first child of the ttk::labelframe widget.
//
// [Width]
//
// If specified, the widget's requested width in pixels.
//
// # Styling options
//
// The class name for a ttk::labelframe is TLabelframe.
// The text label
// has a class of TLabelframe.Label.
//
// Dynamic states: disabled, readonly.
//
// TLabelframe styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Bordercolor] color
//   - [Borderwidth] amount
//   - [Darkcolor] color
//   - [Labelmargins] amount
//   - [Labeloutside] boolean
//   - [Lightcolor] color
//   - [Relief] relief
//
// TLabelframe.Label styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Font] font
//   - [Foreground] color
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_labelframe]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_labelframe.html
func TLabelframe(options ...Opt) *TLabelframeWidget {
	return App.TLabelframe(options...)
}

// TLabelframe — Container widget with optional label
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TLabelframe]
func (w *Window) TLabelframe(options ...Opt) *TLabelframeWidget {
	return &TLabelframeWidget{w.newChild("ttk::labelframe", options...)}
}

// TLabelframeWidget represents the Tcl/Tk ttk_labelframe widget/window
type TLabelframeWidget struct {
	*Window
}

// TMenubutton — Widget that pops down a menu when pressed
//
// # Description
//
// A ttk::menubutton widget displays a textual label and/or image,
// and displays a menu when pressed.
//
// Use [Window.TMenubutton] to create a TMenubutton with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_menubutton] page.
//
// # Standard options
//
//   - [Class]
//   - [Compound]
//   - [Cursor]
//   - [Image]
//   - [State]
//   - [Style]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Width]
//
// # Widget specific options
//
// [Direction]
//
// Specifies where the menu is to be popped up relative
// to the menubutton.
// One of: above, below, left, right,
// or flush.  The default is below.
// flush pops the menu up directly over the menubutton.
//
// [Mnu]
//
// Specifies the path name of the menu associated with the menubutton.
// To be on the safe side, the menu ought to be a direct child of the
// menubutton.
//
// # Standard styles
//
// Ttk::menubutton widgets support the Toolbutton style in all
// standard themes, which is useful for creating widgets for toolbars.
//
// # Styling options
//
// The class name for a ttk::menubutton is TMenubutton.
//
// Dynamic states: active, disabled, readonly.
//
// TMenubutton styling options configurable with ttk::style
// are:
//   - [Arrowsize] amount
//   - [Background] color
//   - [Compound] compound
//   - [Foreground] color
//   - [Font] font
//   - [Padding] padding
//   - [Relief] relief
//   - [Width] amount
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_menubutton]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_menubutton.html
func TMenubutton(options ...Opt) *TMenubuttonWidget {
	return App.TMenubutton(options...)
}

// TMenubutton — Widget that pops down a menu when pressed
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TMenubutton]
func (w *Window) TMenubutton(options ...Opt) *TMenubuttonWidget {
	return &TMenubuttonWidget{w.newChild("ttk::menubutton", options...)}
}

// TMenubuttonWidget represents the Tcl/Tk ttk_menubutton widget/window
type TMenubuttonWidget struct {
	*Window
}

// TNotebook — Multi-paned container widget
//
// # Description
//
// A ttk::notebook widget manages a collection of windows
// and displays a single one at a time.
// Each content window is associated with a tab,
// which the user may select to change the currently-displayed window.
//
// Use [Window.TNotebook] to create a TNotebook with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_notebook] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Height]
//
// If present and greater than zero,
// specifies the desired height of the pane area
// (not including internal padding or tabs).
// Otherwise, the maximum height of all panes is used.
//
// [Padding]
//
// Specifies the amount of extra space to add around the outside
// of the notebook.
// The padding is a list of up to four length specifications
// left top right bottom.
// If fewer than four elements are specified,
// bottom defaults to top,
// right defaults to left, and
// top defaults to left.
// In other words, a list of three numbers specify the left, vertical, and right
// padding; a list of two numbers specify the horizontal and the vertical padding;
// a single number specifies the same padding all the way around the widget.
//
// [Width]
//
// If present and greater than zero,
// specifies the desired width of the pane area
// (not including internal padding).
// Otherwise, the maximum width of all panes is used.
//
// [State]
//
// Either normal, disabled or hidden.
// If disabled, then the tab is not selectable.
// If hidden, then the tab is not shown.
//
// [Sticky]
//
// Specifies how the content window is positioned within the pane area.
// Value is a string containing zero or more of the characters
// n, s, e, or w.
// Each letter refers to a side (north, south, east, or west)
// that the content window will
// to, as per the grid geometry manager.
//
// [Padding]
//
// Specifies the amount of extra space to add between the notebook and this pane.
// Syntax is the same as for the widget -padding option.
//
// [Txt]
//
// Specifies a string to be displayed in the tab.
//
// [Image]
//
// Specifies an image to display in the tab.
// See ttk_widget(n) for details.
//
// [Compound]
//
// Specifies how to display the image relative to the text,
// in the case both -text and -image are present.
// See label(n) for legal values.
//
// [Underline]
//
// Specifies the integer index (0-based) of a character to underline
// in the text string.
// The underlined character is used for mnemonic activation
// if ttk::notebook::enableTraversal is called.
//
// # Styling options
//
// The class name for a ttk::notebook is TNotebook.  The tab has
// a class name of TNotebook.Tab
//
// Dynamic states: active, disabled, selected.
//
// TNotebook styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Bordercolor] color
//   - [Darkcolor] color
//   - [Foreground] color
//   - [Lightcolor] color
//   - [Padding] padding
//   - [Tabmargins] padding
//   - [Tabposition] position
//
// TNotebook.Tab styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Bordercolor] color
//   - [Compound] compound
//   - [Expand] padding
//   - [Font] font
//   - [Foreground] color
//   - [Padding] padding
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_notebook]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_notebook.html
func TNotebook(options ...Opt) *TNotebookWidget {
	return App.TNotebook(options...)
}

// TNotebook — Multi-paned container widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TNotebook]
func (w *Window) TNotebook(options ...Opt) *TNotebookWidget {
	return &TNotebookWidget{w.newChild("ttk::notebook", options...)}
}

// TNotebookWidget represents the Tcl/Tk ttk_notebook widget/window
type TNotebookWidget struct {
	*Window
}

// TPanedwindow — Multi-pane container window
//
// # Description
//
// A ttk::panedwindow widget displays a number of subwindows,
// stacked either vertically or horizontally.
// The user may adjust the relative sizes of the subwindows
// by dragging the sash between panes.
//
// Use [Window.TPanedwindow] to create a TPanedwindow with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_panedwindow] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Orient]
//
// Specifies the orientation of the window.
// If vertical, subpanes are stacked top-to-bottom;
// if horizontal, subpanes are stacked left-to-right.
//
// [Width]
//
// If present and greater than zero,
// specifies the desired width of the widget in pixels.
// Otherwise, the requested width is determined by the width
// of the managed windows.
//
// [Height]
//
// If present and greater than zero,
// specifies the desired height of the widget in pixels.
// Otherwise, the requested height is determined by the height
// of the managed windows.
//
// [Weight]
//
// An integer specifying the relative stretchability of the pane.
// When the paned window is resized, the extra space is added
// or subtracted to each pane proportionally to its -weight.
//
// # Styling options
//
// The class name for a ttk::panedwindow is TPanedwindow.  The
// sash has a class name of Sash.
//
// TPanedwindow styling options configurable with ttk::style
// are:
//   - [Background] color
//
// Sash styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Bordercolor] color
//   - [Gripsize] size (number of screen units)
//   - [Handlepad] amount
//   - [Handlesize] amount
//   - [Lightcolor] color
//   - [Sashpad] amount
//   - [Sashrelief] relief
//   - [Sashthickness] amount
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_panedwindow]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_panedwindow.html
func TPanedwindow(options ...Opt) *TPanedwindowWidget {
	return App.TPanedwindow(options...)
}

// TPanedwindow — Multi-pane container window
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TPanedwindow]
func (w *Window) TPanedwindow(options ...Opt) *TPanedwindowWidget {
	return &TPanedwindowWidget{w.newChild("ttk::panedwindow", options...)}
}

// TPanedwindowWidget represents the Tcl/Tk ttk_panedwindow widget/window
type TPanedwindowWidget struct {
	*Window
}

// TProgressbar — Provide progress feedback
//
// # Description
//
// A ttk::progressbar widget shows the status of a long-running
// operation.  They can operate in two modes: determinate mode shows the
// amount completed relative to the total amount of work to be done, and
// indeterminate mode provides an animated display to let the user know
// that something is happening.
//
// If the value of -orient is horizontal a text string can be
// displayed inside the progressbar. This string can be configured using
// the -anchor, -font, -foreground, -justify,
// is vertical then these options are ignored.
//
// Use [Window.TProgressbar] to create a TProgressbar with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_progressbar] page.
//
// # Standard options
//
//   - [Anchor]
//   - [Class]
//   - [Cursor]
//   - [Foreground]
//   - [Justify]
//   - [Style]
//   - [Takefocus]
//   - [Txt]
//   - [Wraplength]
//
// # Widget specific options
//
// [Length]
//
// Specifies the length of the long axis of the progress bar
// (width if horizontal, height if vertical). The value may have any of the forms
// acceptable to Tk_GetPixels.
//
// [Maximum]
//
// A floating point number specifying the maximum -value.
// Defaults to 100.
//
// [Mode]
//
// One of determinate or indeterminate.
//
// [Orient]
//
// One of horizontal or vertical.
// Specifies the orientation of the progress bar.
//
// [Phase]
//
// Read-only option.
// The widget periodically increments the value of this option
// whenever the -value is greater than 0 and,
// in determinate mode, less than -maximum.
// This option may be used by the current theme
// to provide additional animation effects.
//
// [Value]
//
// The current value of the progress bar.
// In determinate mode, this represents the amount of work completed.
// In indeterminate mode, it is interpreted modulo -maximum;
// that is, the progress bar completes one
// when the -value increases by -maximum.
// If -variable is set to an existing variable, specifying -value
// has no effect (the variable value takes precedence).
//
// [Variable]
//
// The name of a global Tcl variable which is linked to the -value.
// If specified to an existing variable, the -value of the progress bar is
// automatically set to the value of the variable whenever
// the latter is modified.
//
// # Styling options
//
// The class name for a ttk::progressbar is TProgressbar.
//
// TProgressbar styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Bordercolor] color
//   - [Darkcolor] color
//   - [Lightcolor] color
//   - [Maxphase]
//   - [Period]
//   - [Troughcolor] color
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_progressbar]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_progressbar.html
func TProgressbar(options ...Opt) *TProgressbarWidget {
	return App.TProgressbar(options...)
}

// TProgressbar — Provide progress feedback
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TProgressbar]
func (w *Window) TProgressbar(options ...Opt) *TProgressbarWidget {
	return &TProgressbarWidget{w.newChild("ttk::progressbar", options...)}
}

// TProgressbarWidget represents the Tcl/Tk ttk_progressbar widget/window
type TProgressbarWidget struct {
	*Window
}

// TRadiobutton — Mutually exclusive option widget
//
// # Description
//
// ttk::radiobutton widgets are used in groups to show or change
// a set of mutually-exclusive options.
// Radiobuttons are linked to a Tcl variable,
// and have an associated value; when a radiobutton is clicked,
// it sets the variable to its associated value.
//
// Use [Window.TRadiobutton] to create a TRadiobutton with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_radiobutton] page.
//
// # Standard options
//
//   - [Class]
//   - [Compound]
//   - [Cursor]
//   - [Image]
//   - [State]
//   - [Style]
//   - [Takefocus]
//   - [Textvariable]
//   - [Txt]
//   - [Underline]
//   - [Width]
//
// # Widget specific options
//
// [Command]
//
// A Tcl script to evaluate whenever the widget is invoked.
//
// [Value]
//
// The value to store in the associated -variable
// when the widget is selected.
//
// [Variable]
//
// The name of a global variable whose value is linked to the widget.
// Default value is ::selectedButton.
//
// # Standard styles
//
// Ttk::radiobutton widgets support the Toolbutton style in all
// standard themes, which is useful for creating widgets for toolbars.
//
// # Styling options
//
// The class name for a ttk::radiobutton is TRadiobutton.
//
// Dynamic states: active, alternate, disabled,
// pressed, readonly, selected.
//
// TRadiobutton styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Compound] compound
//   - [Foreground] color
//   - [Indicatorbackground] color
//   - [Indicatorcolor] color
//   - [Indicatormargin] padding
//   - [Indicatorrelief] relief
//   - [Padding] padding
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_radiobutton]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_radiobutton.html
func TRadiobutton(options ...Opt) *TRadiobuttonWidget {
	return App.TRadiobutton(options...)
}

// TRadiobutton — Mutually exclusive option widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TRadiobutton]
func (w *Window) TRadiobutton(options ...Opt) *TRadiobuttonWidget {
	return &TRadiobuttonWidget{w.newChild("ttk::radiobutton", options...)}
}

// TRadiobuttonWidget represents the Tcl/Tk ttk_radiobutton widget/window
type TRadiobuttonWidget struct {
	*Window
}

// TScale — Create and manipulate a scale widget
//
// # Description
//
// A ttk::scale widget is typically used to control the numeric value of a
// linked variable that varies uniformly over some range. A scale displays a
// slider that can be moved along over a trough, with the relative
// position of the slider over the trough indicating the value of the variable.
//
// Use [Window.TScale] to create a TScale with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_scale] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Command]
//
// Specifies the prefix of a Tcl command to invoke whenever the scale's value is
// changed via a widget command. The actual command consists of this option
// followed by a space and a real number indicating the new value of the scale.
//
// [From]
//
// A real value corresponding to the left or top end of the scale.
//
// [Length]
//
// Specifies the desired long dimension of the scale in screen units (i.e. any of
// the forms acceptable to Tk_GetPixels). For vertical scales this is the
// scale's height; for horizontal scales it is the scale's width.
//
// [Orient]
//
// Specifies which orientation whether the widget should be laid out horizontally
// or vertically. Must be either horizontal or vertical or an
// abbreviation of one of these.
//
// [To]
//
// Specifies a real value corresponding to the right or bottom end of the scale.
// This value may be either less than or greater than the -from option.
//
// [Value]
//
// Specifies the current floating-point value of the variable.
// If -variable is set to an existing variable, specifying -value
// has no effect (the variable value takes precedence).
//
// [Variable]
//
// Specifies the name of a global variable to link to the scale. Whenever the
// value of the variable changes, the scale will update to reflect this value.
// Whenever the scale is manipulated interactively, the variable will be modified
// to reflect the scale's new value.
//
// # Styling options
//
// The class name for a ttk::scale is TScale.
//
// Dynamic states: active.
//
// TScale styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Borderwidth] amount
//   - [Darkcolor] color
//   - [Groovewidth] amount
//   - [Lightcolor] color
//   - [Sliderwidth] amount
//   - [Troughcolor] color
//   - [Troughrelief] relief
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_scale]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_scale.html
func TScale(options ...Opt) *TScaleWidget {
	return App.TScale(options...)
}

// TScale — Create and manipulate a scale widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TScale]
func (w *Window) TScale(options ...Opt) *TScaleWidget {
	return &TScaleWidget{w.newChild("ttk::scale", options...)}
}

// TScaleWidget represents the Tcl/Tk ttk_scale widget/window
type TScaleWidget struct {
	*Window
}

// TScrollbar — Control the viewport of a scrollable widget
//
// # Description
//
// ttk::scrollbar widgets are typically linked to an associated window
// that displays a document of some sort, such as a file being edited or a
// drawing.
// A scrollbar displays a thumb in the middle portion of the scrollbar,
// whose position and size provides information about the portion of the
// document visible in the associated window.
// The thumb may be dragged by the user to control the visible region.
// Depending on the theme, two or more arrow buttons may also be present;
// these are used to scroll the visible region in discrete units.
//
// Use [Window.TScrollbar] to create a TScrollbar with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_scrollbar] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Command]
//
// A Tcl script prefix to evaluate
// to change the view in the widget associated with the scrollbar.
// Additional arguments are appended to the value of this option,
// as described in SCROLLING COMMANDS below,
// whenever the user requests a view change by manipulating the scrollbar.
//
// [Orient]
//
// One of horizontal or vertical.
// Specifies the orientation of the scrollbar.
//
// # Styling options
//
// The class name for a ttk::scrollbar is TScrollbar.
//
// Dynamic states: active, disabled.
//
// TScrollbar (or more specifically Vertical.TScrollbar and
// Horizontal.TScrollbar) styling options that are configurable with
// ttk::style are:
//   - [Arrowcolor] color
//   - [Arrowsize] amount
//   - [Background] color
//   - [Bordercolor] color
//   - [Darkcolor] color (color of the dark part of the 3D relief)
//   - [Foreground] color
//   - [Gripsize] size (number of screen units)
//   - [Lightcolor] color (color of the light part of the 3D relief)
//   - [Troughcolor] color
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_scrollbar]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_scrollbar.html
func TScrollbar(options ...Opt) *TScrollbarWidget {
	return App.TScrollbar(options...)
}

// TScrollbar — Control the viewport of a scrollable widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TScrollbar]
func (w *Window) TScrollbar(options ...Opt) *TScrollbarWidget {
	return &TScrollbarWidget{w.newChild("ttk::scrollbar", options...)}
}

// TScrollbarWidget represents the Tcl/Tk ttk_scrollbar widget/window
type TScrollbarWidget struct {
	*Window
}

// TSeparator — Separator bar
//
// # Description
//
// A ttk::separator widget displays a horizontal or vertical separator
// bar.
//
// Use [Window.TSeparator] to create a TSeparator with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_separator] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Style]
//   - [Takefocus]
//
// # Widget specific options
//
// [Orient]
//
// One of horizontal or vertical.
// Specifies the orientation of the separator.
//
// # Styling options
//
// The class name for a ttk::separator is TSeparator.
//
// TSeparator styling options configurable with ttk::style
// are:
//   - [Background] color
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_separator]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_separator.html
func TSeparator(options ...Opt) *TSeparatorWidget {
	return App.TSeparator(options...)
}

// TSeparator — Separator bar
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TSeparator]
func (w *Window) TSeparator(options ...Opt) *TSeparatorWidget {
	return &TSeparatorWidget{w.newChild("ttk::separator", options...)}
}

// TSeparatorWidget represents the Tcl/Tk ttk_separator widget/window
type TSeparatorWidget struct {
	*Window
}

// TSizegrip — Bottom-right corner resize widget
//
// # Description
//
// A ttk::sizegrip widget (also known as a grow box)
// allows the user to resize the containing toplevel window
// by pressing and dragging the grip.
//
// Use [Window.TSizegrip] to create a TSizegrip with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_sizegrip] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Style]
//   - [Takefocus]
//
// # Styling options
//
// The class name for a ttk::sizegrip is TSizegrip.
//
// TSizegrip styling options configurable with ttk::style
// are:
//   - [Background] color
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_sizegrip]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_sizegrip.html
func TSizegrip(options ...Opt) *TSizegripWidget {
	return App.TSizegrip(options...)
}

// TSizegrip — Bottom-right corner resize widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TSizegrip]
func (w *Window) TSizegrip(options ...Opt) *TSizegripWidget {
	return &TSizegripWidget{w.newChild("ttk::sizegrip", options...)}
}

// TSizegripWidget represents the Tcl/Tk ttk_sizegrip widget/window
type TSizegripWidget struct {
	*Window
}

// TSpinbox — Selecting text field widget
//
// # Description
//
// A ttk::spinbox widget is a ttk::entry widget with built-in
// up and down buttons that are used to either modify a numeric value or
// to select among a set of values. The widget implements all the features
// of the ttk::entry widget including support of the
// to a Tcl variable.
//
// Use [Window.TSpinbox] to create a TSpinbox with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_spinbox] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Placeholder]
//   - [Placeholderforeground]
//   - [State]
//   - [Style]
//   - [Takefocus]
//   - [Validate]
//   - [Validatecommand]
//   - [Xscrollcommand]
//
// # Widget specific options
//
// [Command]
//
// Specifies a Tcl command to be invoked whenever a spinbutton is invoked.
//
// [Format]
//
// Specifies an alternate format to use when setting the string value
// when using the -from and -to range.
// This must be a format specifier of the form %<pad>.<pad>f,
// as it will format a floating-point number.
//
// [From]
//
// A floating-point value specifying the lowest value for the spinbox. This is
// used in conjunction with -to and -increment to set a numerical
// range.
//
// [Increment]
//
// A floating-point value specifying the change in value to be applied each
// time one of the widget spin buttons is pressed. The up button applies a
// positive increment, the down button applies a negative increment.
//
// [To]
//
// A floating-point value specifying the highest permissible value for the
// widget. See also -from and -increment.
// range.
//
// [Values]
//
// This must be a Tcl list of values. If this option is set then this will
// override any range set using the -from, -to and
// -increment options. The widget will instead use the values
// specified beginning with the first value.
//
// [Wrap]
//
// Must be a proper boolean value.  If on, the spinbox will wrap around the
// values of data in the widget.
//
// # Styling options
//
// The class name for a ttk::spinbox is TSpinbox.
//
// Dynamic states: active, disabled, focus, readonly.
//
// TSpinbox styling options configurable with ttk::style
// are:
//   - [Arrowcolor] color
//   - [Arrowsize] amount
//   - [Background] color
//   - [Bordercolor] color
//   - [Darkcolor] color
//   - [Fieldbackground] color
//   - [Foreground] color
//   - [Insertcolor] color
//   - [Insertwidth] amount
//   - [Lightcolor] color
//   - [Padding] padding
//   - [Placeholderforeground] color
//   - [Selectbackground] color
//   - [Selectforeground] color
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_spinbox]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_spinbox.html
func TSpinbox(options ...Opt) *TSpinboxWidget {
	return App.TSpinbox(options...)
}

// TSpinbox — Selecting text field widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TSpinbox]
func (w *Window) TSpinbox(options ...Opt) *TSpinboxWidget {
	return &TSpinboxWidget{w.newChild("ttk::spinbox", options...)}
}

// TSpinboxWidget represents the Tcl/Tk ttk_spinbox widget/window
type TSpinboxWidget struct {
	*Window
}

// TTreeview — Hierarchical multicolumn data display widget
//
// # Description
//
// The ttk::treeview widget displays a hierarchical collection of items.
// Each item has a textual label, an optional image,
// and an optional list of data values.
// The data values are displayed in successive columns after
// the tree label.
//
// The order in which data values are displayed may be controlled
// by setting the -displaycolumns widget option.
// The tree widget can also display column headings.
// Columns may be accessed by number or by symbolic names
// listed in the -columns widget option;
// see COLUMN IDENTIFIERS.
//
// Each item is identified by a unique name.
// The widget will generate item IDs if they are not supplied by the caller.
// There is a distinguished root item, named {}.
// The root item itself is not displayed;
// its children appear at the top level of the hierarchy.
//
// Each item also has a list of tags,
// which can be used to associate event bindings with individual items
// and control the appearance of the item.
//
// Treeview widgets support horizontal and vertical scrolling with the
// standard -[xy]scrollcommand options
// and [xy]view widget commands.
//
// Use [Window.TTreeview] to create a TTreeview with a particular parent.
//
// More information might be available at the [Tcl/Tk ttk_treeview] page.
//
// # Standard options
//
//   - [Class]
//   - [Cursor]
//   - [Padding]
//   - [Style]
//   - [Takefocus]
//   - [Xscrollcommand]
//   - [Yscrollcommand]
//
// # Widget specific options
//
// [Columns]
//
// A list of column identifiers,
// specifying the number of columns and their names.
//
// [Displaycolumns]
//
// A list of column identifiers
// (either symbolic names or integer indices)
// specifying which data columns are displayed
// and the order in which they appear,
// or the string #all.
// If set to #all (the default),
// all columns are shown in the order given.
//
// [Height]
//
// Specifies the number of rows which should be visible.
// Note that
// the requested width is determined from the sum of the column widths.
//
// [Selectmode]
//
// Controls how the built-in class bindings manage the selection.
// One of extended, browse, or none.
//
// [Selecttype]
//
// Controls how the built-in class bindings manage the selection.
// One of item or cell.
//
// [Show]
//
// A list containing zero or more of the following values, specifying
// which elements of the tree to display.
//
// [Striped]
//
// Boolean specifying zebra striped item coloring.
// Note that
// striped items uses the -stripedbackground option if set by the theme or
// a tag. If not supported by the current theme, it will not show.
//
// [Titlecolumns]
//
// Number of display columns at the left that should not be scrolled. The tree
// column counts, even if -show tree is not specified. Thus for value N of
// this option, column #N is the first one that is scrollable. Default is 0.
//
// [Titleitems]
//
// Number of items at the top that should not be vertically scrolled. Default is 0.
//
// # Styling options
//
// The class name for a ttk::treeview is Treeview.
// The treeview header class name is Heading.
// The treeview item class name is Item.
// The treeview cell class name is Cell.
//
// Dynamic states: disabled, selected.
//
// Treeview styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Fieldbackground] color
//   - [Font] font
//   - [Foreground] color
//   - [Indent] amount
//   - [Columnseparatorwidth] amount
//   - [Rowheight] amount
//   - [Stripedbackground] color
//
// Heading styling options configurable with ttk::style
// are:
//   - [Background] color
//   - [Font] font
//   - [Relief] relief
//
// Item styling options configurable with ttk::style
// are:
//   - [Foreground] color
//   - [Indicatormargins] padding
//   - [Indicatorsize] amount
//   - [Padding] padding
//
// Cell styling options configurable with ttk::style
// are:
//   - [Padding] padding
//
// Some options are only available for specific themes.
//
// See the ttk::style manual page for information on how to configure
// ttk styles.
//
// [Tcl/Tk ttk_treeview]: https://www.tcl.tk/man/tcl9.0/TkCmd/ttk_treeview.html
func TTreeview(options ...Opt) *TTreeviewWidget {
	return App.TTreeview(options...)
}

// TTreeview — Hierarchical multicolumn data display widget
//
// The resulting [Window] is a child of 'w'
//
// For details please see [TTreeview]
func (w *Window) TTreeview(options ...Opt) *TTreeviewWidget {
	return &TTreeviewWidget{w.newChild("ttk::treeview", options...)}
}

// TTreeviewWidget represents the Tcl/Tk ttk_treeview widget/window
type TTreeviewWidget struct {
	*Window
}

// Accelerator option.
//
// Known uses:
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
func Accelerator(val any) Opt {
	return rawOption(fmt.Sprintf(`-accelerator %s`, optionString(val)))
}

// Activebackground option.
//
// Specifies background color to use when drawing active elements.
// An element (a widget or portion of a widget) is active if the
// mouse cursor is positioned over the element and pressing a mouse button
// will cause some action to occur.
// If strict Motif compliance has been requested by setting the
// tk_strictMotif variable, this option will normally be
// ignored;  the normal background color will be used instead.
// For some elements on Windows and Macintosh systems, the active color
// will only be used while mouse button 1 is pressed over the element.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menu]
//   - [Menubutton]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
func Activebackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-activebackground %s`, optionString(val)))
}

// Activebackground — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menu]
//   - [Menubutton]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
func (w *Window) Activebackground() string {
	return evalErr(fmt.Sprintf(`%s cget -activebackground`, w))
}

// Activeborderwidth option.
//
// Specifies a non-negative value indicating
// the width of the 3-D border drawn around active elements.  See above for
// definition of active elements.
// The value may have any of the forms acceptable to Tk_GetPixels.
// This option is typically only available in widgets displaying more
// than one element at a time (e.g. menus but not buttons).
//
// Known uses:
//   - [Menu]
func Activeborderwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-activeborderwidth %s`, optionString(val)))
}

// Activeborderwidth — Get the configured option value.
//
// Known uses:
//   - [Menu]
func (w *Window) Activeborderwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -activeborderwidth`, w))
}

// Activeforeground option.
//
// Specifies foreground color to use when drawing active elements.
// See above for definition of active elements.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menu]
//   - [Menubutton]
//   - [Radiobutton]
func Activeforeground(val any) Opt {
	return rawOption(fmt.Sprintf(`-activeforeground %s`, optionString(val)))
}

// Activeforeground — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menu]
//   - [Menubutton]
//   - [Radiobutton]
func (w *Window) Activeforeground() string {
	return evalErr(fmt.Sprintf(`%s cget -activeforeground`, w))
}

// Activerelief option.
//
// Specifies the 3-D effect desired for the active item of the widget.
// See the -relief option for details.
//
// Known uses:
//   - [Menu]
//   - [Scrollbar] (widget specific)
func Activerelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-activerelief %s`, optionString(val)))
}

// Activerelief — Get the configured option value.
//
// Known uses:
//   - [Menu]
//   - [Scrollbar] (widget specific)
func (w *Window) Activerelief() string {
	return evalErr(fmt.Sprintf(`%s cget -activerelief`, w))
}

// Activestyle option.
//
// Known uses:
//   - [Listbox] (widget specific)
func Activestyle(val any) Opt {
	return rawOption(fmt.Sprintf(`-activestyle %s`, optionString(val)))
}

// Activestyle — Get the configured option value.
//
// Known uses:
//   - [Listbox] (widget specific)
func (w *Window) Activestyle() string {
	return evalErr(fmt.Sprintf(`%s cget -activestyle`, w))
}

// After option.
//
// Known uses:
//   - [Pack] (command specific)
func After(val any) Opt {
	return rawOption(fmt.Sprintf(`-after %s`, optionString(val)))
}

// Anchor option.
//
// Specifies how the information in a widget (e.g. text or a bitmap)
// is to be displayed in the widget.
// Must be one of the values n, ne, e, se,
// s, sw, w, nw, or center.
// For example, nw means display the information such that its
// top-left corner is at the top-left corner of the widget.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Message]
//   - [Pack] (command specific)
//   - [Place] (command specific)
//   - [Radiobutton]
//   - [TLabel]
//   - [TProgressbar]
func Anchor(val any) Opt {
	return rawOption(fmt.Sprintf(`-anchor %s`, optionString(val)))
}

// Anchor — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [TLabel]
//   - [TProgressbar]
func (w *Window) Anchor() string {
	return evalErr(fmt.Sprintf(`%s cget -anchor`, w))
}

// Aspect option.
//
// Known uses:
//   - [Message] (widget specific)
func Aspect(val any) Opt {
	return rawOption(fmt.Sprintf(`-aspect %s`, optionString(val)))
}

// Aspect — Get the configured option value.
//
// Known uses:
//   - [Message] (widget specific)
func (w *Window) Aspect() string {
	return evalErr(fmt.Sprintf(`%s cget -aspect`, w))
}

// Autoseparators option.
//
// Known uses:
//   - [Text] (widget specific)
func Autoseparators(val any) Opt {
	return rawOption(fmt.Sprintf(`-autoseparators %s`, optionString(val)))
}

// Autoseparators — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Autoseparators() string {
	return evalErr(fmt.Sprintf(`%s cget -autoseparators`, w))
}

// Background option.
//
// Specifies the normal background color to use when displaying the
// widget.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame] (widget specific)
//   - [Label]
//   - [Labelframe] (widget specific)
//   - [Listbox]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [NewBitmap] (command specific)
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TLabel] (widget specific)
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text]
//   - [Toplevel] (widget specific)
func Background(val any) Opt {
	return rawOption(fmt.Sprintf(`-background %s`, optionString(val)))
}

// Background — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame] (widget specific)
//   - [Label]
//   - [Labelframe] (widget specific)
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TLabel] (widget specific)
//   - [Text]
//   - [Toplevel] (widget specific)
func (w *Window) Background() string {
	return evalErr(fmt.Sprintf(`%s cget -background`, w))
}

// Backgroundimage option.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Toplevel] (widget specific)
func Backgroundimage(val any) Opt {
	return rawOption(fmt.Sprintf(`-backgroundimage %s`, optionString(val)))
}

// Backgroundimage — Get the configured option value.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Backgroundimage() string {
	return evalErr(fmt.Sprintf(`%s cget -backgroundimage`, w))
}

// Before option.
//
// Known uses:
//   - [Pack] (command specific)
func Before(val any) Opt {
	return rawOption(fmt.Sprintf(`-before %s`, optionString(val)))
}

// Bgstipple option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Bgstipple(val any) Opt {
	return rawOption(fmt.Sprintf(`-bgstipple %s`, optionString(val)))
}

// Bigincrement option.
//
// Known uses:
//   - [Scale] (widget specific)
func Bigincrement(val any) Opt {
	return rawOption(fmt.Sprintf(`-bigincrement %s`, optionString(val)))
}

// Bigincrement — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Bigincrement() string {
	return evalErr(fmt.Sprintf(`%s cget -bigincrement`, w))
}

// Bitmap option.
//
// Specifies a bitmap to display in the widget, in any of the forms
// acceptable to Tk_GetBitmap.
// The exact way in which the bitmap is displayed may be affected by
// other options such as -anchor or -justify.
// Typically, if this option is specified then it overrides other
// options that specify a textual value to display in the widget
// but this is controlled by the -compound option;
// the -bitmap option may be reset to an empty string to re-enable
// a text display.
// In widgets that support both -bitmap and -image options,
// -image will usually override -bitmap.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton]
//   - [Radiobutton]
func Bitmap(val any) Opt {
	return rawOption(fmt.Sprintf(`-bitmap %s`, optionString(val)))
}

// Bitmap — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Radiobutton]
func (w *Window) Bitmap() string {
	return evalErr(fmt.Sprintf(`%s cget -bitmap`, w))
}

// Blockcursor option.
//
// Known uses:
//   - [Text] (widget specific)
func Blockcursor(val any) Opt {
	return rawOption(fmt.Sprintf(`-blockcursor %s`, optionString(val)))
}

// Blockcursor — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Blockcursor() string {
	return evalErr(fmt.Sprintf(`%s cget -blockcursor`, w))
}

// Bordermode option.
//
// Known uses:
//   - [Place] (command specific)
func Bordermode(val any) Opt {
	return rawOption(fmt.Sprintf(`-bordermode %s`, optionString(val)))
}

// Borderwidth option.
//
// Specifies a non-negative value indicating the width
// of the 3-D border to draw around the outside of the widget (if such a
// border is being drawn;  the -relief option typically determines
// this).  The value may also be used when drawing 3-D effects in the
// interior of the widget.
// The value may have any of the forms acceptable to Tk_GetPixels.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TFrame] (widget specific)
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text]
//   - [Toplevel]
func Borderwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-borderwidth %s`, optionString(val)))
}

// Borderwidth — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TFrame] (widget specific)
//   - [Text]
//   - [Toplevel]
func (w *Window) Borderwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -borderwidth`, w))
}

// Buttonbackground option.
//
// Known uses:
//   - [Spinbox] (widget specific)
func Buttonbackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-buttonbackground %s`, optionString(val)))
}

// Buttonbackground — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
func (w *Window) Buttonbackground() string {
	return evalErr(fmt.Sprintf(`%s cget -buttonbackground`, w))
}

// Buttoncursor option.
//
// Known uses:
//   - [Spinbox] (widget specific)
func Buttoncursor(val any) Opt {
	return rawOption(fmt.Sprintf(`-buttoncursor %s`, optionString(val)))
}

// Buttoncursor — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
func (w *Window) Buttoncursor() string {
	return evalErr(fmt.Sprintf(`%s cget -buttoncursor`, w))
}

// Buttondownrelief option.
//
// Known uses:
//   - [Spinbox] (widget specific)
func Buttondownrelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-buttondownrelief %s`, optionString(val)))
}

// Buttondownrelief — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
func (w *Window) Buttondownrelief() string {
	return evalErr(fmt.Sprintf(`%s cget -buttondownrelief`, w))
}

// Buttonuprelief option.
//
// Known uses:
//   - [Spinbox] (widget specific)
func Buttonuprelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-buttonuprelief %s`, optionString(val)))
}

// Buttonuprelief — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
func (w *Window) Buttonuprelief() string {
	return evalErr(fmt.Sprintf(`%s cget -buttonuprelief`, w))
}

// Class option.
//
// Specifies the window class.
// The class is used when querying the option database
// for the window's other options, to determine the default
// bindtags for the window, and to select the widget's default
// layout and style.
// This is a read-only option:
// it may only be specified when the window is created,
// and may not be changed with the configure widget command.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Labelframe] (widget specific)
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Toplevel] (widget specific)
func Class(val any) Opt {
	return rawOption(fmt.Sprintf(`-class %s`, optionString(val)))
}

// Class — Get the configured option value.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Labelframe] (widget specific)
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Toplevel] (widget specific)
func (w *Window) Class() string {
	return evalErr(fmt.Sprintf(`%s cget -class`, w))
}

// Closeenough option.
//
// Known uses:
//   - [Canvas] (widget specific)
func Closeenough(val any) Opt {
	return rawOption(fmt.Sprintf(`-closeenough %s`, optionString(val)))
}

// Closeenough — Get the configured option value.
//
// Known uses:
//   - [Canvas] (widget specific)
func (w *Window) Closeenough() string {
	return evalErr(fmt.Sprintf(`%s cget -closeenough`, w))
}

// Colormap option.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Toplevel] (widget specific)
func Colormap(val any) Opt {
	return rawOption(fmt.Sprintf(`-colormap %s`, optionString(val)))
}

// Colormap — Get the configured option value.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Colormap() string {
	return evalErr(fmt.Sprintf(`%s cget -colormap`, w))
}

// Column option.
//
// Known uses:
//   - [Grid] (command specific)
func Column(val any) Opt {
	return rawOption(fmt.Sprintf(`-column %s`, optionString(val)))
}

// Columnbreak option.
//
// Known uses:
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
func Columnbreak(val any) Opt {
	return rawOption(fmt.Sprintf(`-columnbreak %s`, optionString(val)))
}

// Columns option.
//
// Known uses:
//   - [TTreeview] (widget specific)
func Columns(val any) Opt {
	return rawOption(fmt.Sprintf(`-columns %s`, optionString(val)))
}

// Columns — Get the configured option value.
//
// Known uses:
//   - [TTreeview] (widget specific)
func (w *Window) Columns() string {
	return evalErr(fmt.Sprintf(`%s cget -columns`, w))
}

// Columnspan option.
//
// Known uses:
//   - [Grid] (command specific)
func Columnspan(val any) Opt {
	return rawOption(fmt.Sprintf(`-columnspan %s`, optionString(val)))
}

// Command option.
//
// See also [Event handlers].
//
// Known uses:
//   - [Button] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Fontchooser] (command specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [MessageBox] (command specific)
//   - [Radiobutton] (widget specific)
//   - [Scale] (widget specific)
//   - [Scrollbar] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TButton] (widget specific)
//   - [TCheckbutton] (widget specific)
//   - [TRadiobutton] (widget specific)
//   - [TScale] (widget specific)
//   - [TScrollbar] (widget specific)
//   - [TSpinbox] (widget specific)
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Command(handler any) Opt {
	return newEventHandler("-command", handler)
}

// Compound option.
//
// Specifies if the widget should display text and bitmaps/images at the
// same time, and if so, where the bitmap/image should be placed relative
// to the text.  Must be one of the values none, bottom,
// top, left, right, or center.  For example, the
// (default) value none specifies that the bitmap or image should
// (if defined) be displayed instead of the text, the value left
// specifies that the bitmap or image should be displayed to the left of
// the text, and the value center specifies that the bitmap or
// image should be displayed on top of the text.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
func Compound(val any) Opt {
	return rawOption(fmt.Sprintf(`-compound %s`, optionString(val)))
}

// Compound — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
func (w *Window) Compound() string {
	return evalErr(fmt.Sprintf(`%s cget -compound`, w))
}

// Confine option.
//
// Known uses:
//   - [Canvas] (widget specific)
func Confine(val any) Opt {
	return rawOption(fmt.Sprintf(`-confine %s`, optionString(val)))
}

// Confine — Get the configured option value.
//
// Known uses:
//   - [Canvas] (widget specific)
func (w *Window) Confine() string {
	return evalErr(fmt.Sprintf(`%s cget -confine`, w))
}

// Confirmoverwrite option.
//
// Known uses:
//   - [GetSaveFile] (command specific)
func Confirmoverwrite(val any) Opt {
	return rawOption(fmt.Sprintf(`-confirmoverwrite %s`, optionString(val)))
}

// Container option.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Toplevel] (widget specific)
func Container(val any) Opt {
	return rawOption(fmt.Sprintf(`-container %s`, optionString(val)))
}

// Container — Get the configured option value.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Container() string {
	return evalErr(fmt.Sprintf(`%s cget -container`, w))
}

// Cursor option.
//
// Specifies the mouse cursor to be used for the widget.
// The value may have any of the forms acceptable to Tk_GetCursor.
// In addition, if an empty string is specified, it indicates that the
// widget should defer to its parent for cursor specification.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Text]
//   - [Toplevel]
//   - [Window.Busy] (command specific)
func Cursor(val any) Opt {
	return rawOption(fmt.Sprintf(`-cursor %s`, optionString(val)))
}

// Cursor — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Text]
//   - [Toplevel]
func (w *Window) Cursor() string {
	return evalErr(fmt.Sprintf(`%s cget -cursor`, w))
}

// Default option.
//
// Known uses:
//   - [Button] (widget specific)
//   - [MessageBox] (command specific)
//   - [TButton] (widget specific)
func Default(val any) Opt {
	return rawOption(fmt.Sprintf(`-default %s`, optionString(val)))
}

// Default — Get the configured option value.
//
// Known uses:
//   - [Button] (widget specific)
//   - [TButton] (widget specific)
func (w *Window) Default() string {
	return evalErr(fmt.Sprintf(`%s cget -default`, w))
}

// Defaultextension option.
//
// Known uses:
//   - [GetOpenFile] (command specific)
//   - [GetSaveFile] (command specific)
func Defaultextension(val any) Opt {
	return rawOption(fmt.Sprintf(`-defaultextension %s`, optionString(val)))
}

// Detail option.
//
// Known uses:
//   - [MessageBox] (command specific)
func Detail(val any) Opt {
	return rawOption(fmt.Sprintf(`-detail %s`, optionString(val)))
}

// Digits option.
//
// Known uses:
//   - [Scale] (widget specific)
func Digits(val any) Opt {
	return rawOption(fmt.Sprintf(`-digits %s`, optionString(val)))
}

// Digits — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Digits() string {
	return evalErr(fmt.Sprintf(`%s cget -digits`, w))
}

// Direction option.
//
// Known uses:
//   - [Menubutton] (widget specific)
//   - [TMenubutton] (widget specific)
func Direction(val any) Opt {
	return rawOption(fmt.Sprintf(`-direction %s`, optionString(val)))
}

// Direction — Get the configured option value.
//
// Known uses:
//   - [Menubutton] (widget specific)
//   - [TMenubutton] (widget specific)
func (w *Window) Direction() string {
	return evalErr(fmt.Sprintf(`%s cget -direction`, w))
}

// Disabledbackground option.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
func Disabledbackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-disabledbackground %s`, optionString(val)))
}

// Disabledbackground — Get the configured option value.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
func (w *Window) Disabledbackground() string {
	return evalErr(fmt.Sprintf(`%s cget -disabledbackground`, w))
}

// Disabledforeground option.
//
// Specifies foreground color to use when drawing a disabled element.
// If the option is specified as an empty string (which is typically the
// case on monochrome displays), disabled elements are drawn with the
// normal foreground color but they are dimmed by drawing them
// with a stippled fill pattern.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Entry] (widget specific)
//   - [Label]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Radiobutton]
//   - [Spinbox] (widget specific)
func Disabledforeground(val any) Opt {
	return rawOption(fmt.Sprintf(`-disabledforeground %s`, optionString(val)))
}

// Disabledforeground — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Entry] (widget specific)
//   - [Label]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Radiobutton]
//   - [Spinbox] (widget specific)
func (w *Window) Disabledforeground() string {
	return evalErr(fmt.Sprintf(`%s cget -disabledforeground`, w))
}

// Displaycolumns option.
//
// Known uses:
//   - [TTreeview] (widget specific)
func Displaycolumns(val any) Opt {
	return rawOption(fmt.Sprintf(`-displaycolumns %s`, optionString(val)))
}

// Displaycolumns — Get the configured option value.
//
// Known uses:
//   - [TTreeview] (widget specific)
func (w *Window) Displaycolumns() string {
	return evalErr(fmt.Sprintf(`%s cget -displaycolumns`, w))
}

// Displayof option.
//
// Known uses:
//   - [Bell] (command specific)
//   - [ClipboardAppend] (command specific)
//   - [ClipboardClear] (command specific)
//   - [ClipboardGet] (command specific)
//   - [Focus] (command specific)
//   - [FontFamilies] (command specific)
func Displayof(val any) Opt {
	return rawOption(fmt.Sprintf(`-displayof %s`, optionString(val)))
}

// Elementborderwidth option.
//
// Known uses:
//   - [Scrollbar] (widget specific)
func Elementborderwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-elementborderwidth %s`, optionString(val)))
}

// Elementborderwidth — Get the configured option value.
//
// Known uses:
//   - [Scrollbar] (widget specific)
func (w *Window) Elementborderwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -elementborderwidth`, w))
}

// Elide option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Elide(val any) Opt {
	return rawOption(fmt.Sprintf(`-elide %s`, optionString(val)))
}

// Endline option.
//
// Known uses:
//   - [Text] (widget specific)
func Endline(val any) Opt {
	return rawOption(fmt.Sprintf(`-endline %s`, optionString(val)))
}

// Endline — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Endline() string {
	return evalErr(fmt.Sprintf(`%s cget -endline`, w))
}

// Expand option.
//
// Known uses:
//   - [Pack] (command specific)
func Expand(val any) Opt {
	return rawOption(fmt.Sprintf(`-expand %s`, optionString(val)))
}

// Exportselection option.
//
// Specifies whether or not a selection in the widget should also be
// the X selection.
// The value may have any of the forms accepted by Tcl_GetBoolean,
// such as true, false, 0, 1, yes, or no.
// If the selection is exported, then selecting in the widget deselects
// the current X selection, selecting outside the widget deselects any
// widget selection, and the widget will respond to selection retrieval
// requests when it has a selection.  The default is usually for widgets
// to export selections.
//
// Known uses:
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [Text]
func Exportselection(val any) Opt {
	return rawOption(fmt.Sprintf(`-exportselection %s`, optionString(val)))
}

// Exportselection — Get the configured option value.
//
// Known uses:
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [Text]
func (w *Window) Exportselection() string {
	return evalErr(fmt.Sprintf(`%s cget -exportselection`, w))
}

// Family option.
//
// Known uses:
//   - [NewFont] (command specific)
func Family(val any) Opt {
	return rawOption(fmt.Sprintf(`-family %s`, optionString(val)))
}

// Fgstipple option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Fgstipple(val any) Opt {
	return rawOption(fmt.Sprintf(`-fgstipple %s`, optionString(val)))
}

// File option.
//
// Known uses:
//   - [NewBitmap] (command specific)
//   - [NewPhoto] (command specific)
func File(val any) Opt {
	return rawOption(fmt.Sprintf(`-file %s`, optionString(val)))
}

// Filetypes option.
//
// Known uses:
//   - [GetOpenFile] (command specific)
//   - [GetSaveFile] (command specific)
func Filetypes(val any) Opt {
	return rawOption(fmt.Sprintf(`-filetypes %s`, optionString(val)))
}

// Fill option.
//
// Known uses:
//   - [Pack] (command specific)
func Fill(val any) Opt {
	return rawOption(fmt.Sprintf(`-fill %s`, optionString(val)))
}

// Force option.
//
// Known uses:
//   - [Focus] (command specific)
func Force(val any) Opt {
	return rawOption(fmt.Sprintf(`-force %s`, optionString(val)))
}

// Foreground option.
//
// Specifies the normal foreground color to use when displaying the widget.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Entry]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [NewBitmap] (command specific)
//   - [Radiobutton]
//   - [Scale]
//   - [Spinbox]
//   - [TEntry]
//   - [TLabel]
//   - [TProgressbar]
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text]
func Foreground(val any) Opt {
	return rawOption(fmt.Sprintf(`-foreground %s`, optionString(val)))
}

// Foreground — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Entry]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Spinbox]
//   - [TEntry]
//   - [TLabel]
//   - [TProgressbar]
//   - [Text]
func (w *Window) Foreground() string {
	return evalErr(fmt.Sprintf(`%s cget -foreground`, w))
}

// Format option.
//
// Known uses:
//   - [ClipboardAppend] (command specific)
//   - [NewPhoto] (command specific)
//   - [Spinbox] (widget specific)
//   - [TSpinbox] (widget specific)
func Format(val any) Opt {
	return rawOption(fmt.Sprintf(`-format %s`, optionString(val)))
}

// Format — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TSpinbox] (widget specific)
func (w *Window) Format() string {
	return evalErr(fmt.Sprintf(`%s cget -format`, w))
}

// Gamma option.
//
// Known uses:
//   - [NewPhoto] (command specific)
func Gamma(val any) Opt {
	return rawOption(fmt.Sprintf(`-gamma %s`, optionString(val)))
}

// Handlepad option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Handlepad(val any) Opt {
	return rawOption(fmt.Sprintf(`-handlepad %s`, optionString(val)))
}

// Handlepad — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Handlepad() string {
	return evalErr(fmt.Sprintf(`%s cget -handlepad`, w))
}

// Handlesize option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Handlesize(val any) Opt {
	return rawOption(fmt.Sprintf(`-handlesize %s`, optionString(val)))
}

// Handlesize — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Handlesize() string {
	return evalErr(fmt.Sprintf(`%s cget -handlesize`, w))
}

// Height option.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Canvas] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Frame] (widget specific)
//   - [Label] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Listbox] (widget specific)
//   - [Menubutton] (widget specific)
//   - [NewPhoto] (command specific)
//   - [Panedwindow] (widget specific)
//   - [Place] (command specific)
//   - [Radiobutton] (widget specific)
//   - [TCombobox] (widget specific)
//   - [TFrame] (widget specific)
//   - [TLabelframe] (widget specific)
//   - [TNotebook] (widget specific)
//   - [TPanedwindow] (widget specific)
//   - [TTreeview] (widget specific)
//   - [Text] (widget specific)
//   - [Toplevel] (widget specific)
func Height(val any) Opt {
	return rawOption(fmt.Sprintf(`-height %s`, optionString(val)))
}

// Height — Get the configured option value.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Canvas] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Frame] (widget specific)
//   - [Label] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Listbox] (widget specific)
//   - [Menubutton] (widget specific)
//   - [Panedwindow] (widget specific)
//   - [Radiobutton] (widget specific)
//   - [TCombobox] (widget specific)
//   - [TFrame] (widget specific)
//   - [TLabelframe] (widget specific)
//   - [TNotebook] (widget specific)
//   - [TPanedwindow] (widget specific)
//   - [TTreeview] (widget specific)
//   - [Text] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Height() string {
	return evalErr(fmt.Sprintf(`%s cget -height`, w))
}

// Hidemargin option.
//
// Known uses:
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
func Hidemargin(val any) Opt {
	return rawOption(fmt.Sprintf(`-hidemargin %s`, optionString(val)))
}

// Highlightbackground option.
//
// Specifies the color to display in the traversal highlight region when
// the widget does not have the input focus.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [Text]
//   - [Toplevel]
func Highlightbackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-highlightbackground %s`, optionString(val)))
}

// Highlightbackground — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [Text]
//   - [Toplevel]
func (w *Window) Highlightbackground() string {
	return evalErr(fmt.Sprintf(`%s cget -highlightbackground`, w))
}

// Highlightcolor option.
//
// Specifies the color to use for the traversal highlight rectangle that is
// drawn around the widget when it has the input focus.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [Text]
//   - [Toplevel]
func Highlightcolor(val any) Opt {
	return rawOption(fmt.Sprintf(`-highlightcolor %s`, optionString(val)))
}

// Highlightcolor — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [Text]
//   - [Toplevel]
func (w *Window) Highlightcolor() string {
	return evalErr(fmt.Sprintf(`%s cget -highlightcolor`, w))
}

// Highlightthickness option.
//
// Specifies a non-negative value indicating the width of the highlight
// rectangle to draw around the outside of the widget when it has the
// input focus.
// The value may have any of the forms acceptable to Tk_GetPixels.
// If the value is zero, no focus highlight is drawn around the widget.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [Text]
//   - [Toplevel]
func Highlightthickness(val any) Opt {
	return rawOption(fmt.Sprintf(`-highlightthickness %s`, optionString(val)))
}

// Highlightthickness — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [Text]
//   - [Toplevel]
func (w *Window) Highlightthickness() string {
	return evalErr(fmt.Sprintf(`%s cget -highlightthickness`, w))
}

// Icon option.
//
// Known uses:
//   - [MessageBox] (command specific)
func Icon(val any) Opt {
	return rawOption(fmt.Sprintf(`-icon %s`, optionString(val)))
}

// Image option.
//
// Specifies an image to display in the widget, which must have been
// created with the image create command.
// Typically, if the -image option is specified then it overrides other
// options that specify a bitmap or textual value to display in the
// widget, though this is controlled by the -compound option;
// the -image option may be reset to an empty string to re-enable
// a bitmap or text display.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
func Image(val any) Opt {
	return rawOption(fmt.Sprintf(`-image %s`, optionString(val)))
}

// Image — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
func (w *Window) Image() string {
	return evalErr(fmt.Sprintf(`%s cget -image`, w))
}

// In option.
//
// Known uses:
//   - [Grid] (command specific)
//   - [Pack] (command specific)
//   - [Place] (command specific)
func In(val any) Opt {
	return rawOption(fmt.Sprintf(`-in %s`, optionString(val)))
}

// Inactiveselectbackground option.
//
// Known uses:
//   - [Text] (widget specific)
func Inactiveselectbackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-inactiveselectbackground %s`, optionString(val)))
}

// Inactiveselectbackground — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Inactiveselectbackground() string {
	return evalErr(fmt.Sprintf(`%s cget -inactiveselectbackground`, w))
}

// Increment option.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TSpinbox] (widget specific)
func Increment(val any) Opt {
	return rawOption(fmt.Sprintf(`-increment %s`, optionString(val)))
}

// Increment — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TSpinbox] (widget specific)
func (w *Window) Increment() string {
	return evalErr(fmt.Sprintf(`%s cget -increment`, w))
}

// Indicatoron option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton] (widget specific)
//   - [Radiobutton] (widget specific)
func Indicatoron(val any) Opt {
	return rawOption(fmt.Sprintf(`-indicatoron %s`, optionString(val)))
}

// Indicatoron — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Menubutton] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Indicatoron() string {
	return evalErr(fmt.Sprintf(`%s cget -indicatoron`, w))
}

// Initialcolor option.
//
// Known uses:
//   - [ChooseColor] (command specific)
func Initialcolor(val any) Opt {
	return rawOption(fmt.Sprintf(`-initialcolor %s`, optionString(val)))
}

// Initialdir option.
//
// Known uses:
//   - [ChooseDirectory] (command specific)
//   - [GetOpenFile] (command specific)
//   - [GetSaveFile] (command specific)
func Initialdir(val any) Opt {
	return rawOption(fmt.Sprintf(`-initialdir %s`, optionString(val)))
}

// Initialfile option.
//
// Known uses:
//   - [GetOpenFile] (command specific)
//   - [GetSaveFile] (command specific)
func Initialfile(val any) Opt {
	return rawOption(fmt.Sprintf(`-initialfile %s`, optionString(val)))
}

// Insertbackground option.
//
// Specifies the color to use as background in the area covered by the
// insertion cursor.  This color will normally override either the normal
// background for the widget (or the selection background if the insertion
// cursor happens to fall in the selection).
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func Insertbackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-insertbackground %s`, optionString(val)))
}

// Insertbackground — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func (w *Window) Insertbackground() string {
	return evalErr(fmt.Sprintf(`%s cget -insertbackground`, w))
}

// Insertborderwidth option.
//
// Specifies a non-negative value indicating the width
// of the 3-D border to draw around the insertion cursor.
// The value may have any of the forms acceptable to Tk_GetPixels.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func Insertborderwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-insertborderwidth %s`, optionString(val)))
}

// Insertborderwidth — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func (w *Window) Insertborderwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -insertborderwidth`, w))
}

// Insertofftime option.
//
// Specifies a non-negative integer value indicating the number of
// milliseconds the insertion cursor should remain
// in each blink cycle.
// If this option is zero then the cursor does not blink:  it is on
// all the time.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func Insertofftime(val any) Opt {
	return rawOption(fmt.Sprintf(`-insertofftime %s`, optionString(val)))
}

// Insertofftime — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func (w *Window) Insertofftime() string {
	return evalErr(fmt.Sprintf(`%s cget -insertofftime`, w))
}

// Insertontime option.
//
// Specifies a non-negative integer value indicating the number of
// milliseconds the insertion cursor should remain
// in each blink cycle.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func Insertontime(val any) Opt {
	return rawOption(fmt.Sprintf(`-insertontime %s`, optionString(val)))
}

// Insertontime — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func (w *Window) Insertontime() string {
	return evalErr(fmt.Sprintf(`%s cget -insertontime`, w))
}

// Insertunfocussed option.
//
// Known uses:
//   - [Text] (widget specific)
func Insertunfocussed(val any) Opt {
	return rawOption(fmt.Sprintf(`-insertunfocussed %s`, optionString(val)))
}

// Insertunfocussed — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Insertunfocussed() string {
	return evalErr(fmt.Sprintf(`%s cget -insertunfocussed`, w))
}

// Insertwidth option.
//
// Specifies a non-negative value indicating the total width of the insertion cursor.
// The value may have any of the forms acceptable to Tk_GetPixels.
// If a border has been specified for the insertion
// cursor (using the -insertborderwidth option), the border
// will be drawn inside the width specified by the -insertwidth
// option.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func Insertwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-insertwidth %s`, optionString(val)))
}

// Insertwidth — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Spinbox]
//   - [Text]
func (w *Window) Insertwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -insertwidth`, w))
}

// Invalidcommand option.
//
// See also [Event handlers].
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TEntry] (widget specific)
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Invalidcommand(handler any) Opt {
	return newEventHandler("-invalidcommand", handler)
}

// Ipadx option.
//
// Known uses:
//   - [Grid] (command specific)
//   - [Pack] (command specific)
func Ipadx(val any) Opt {
	return rawOption(fmt.Sprintf(`-ipadx %s`, optionString(val)))
}

// Ipady option.
//
// Known uses:
//   - [Grid] (command specific)
//   - [Pack] (command specific)
func Ipady(val any) Opt {
	return rawOption(fmt.Sprintf(`-ipady %s`, optionString(val)))
}

// Jump option.
//
// For widgets with a slider that can be dragged to adjust a value,
// such as scrollbars, this option determines when
// notifications are made about changes in the value.
// The option's value must be a boolean of the form accepted by
// Tcl_GetBoolean.
// If the value is false, updates are made continuously as the
// slider is dragged.
// If the value is true, updates are delayed until the mouse button
// is released to end the drag;  at that point a single notification
// is made (the value
// rather than changing smoothly).
//
// Known uses:
//   - [Scrollbar]
func Jump(val any) Opt {
	return rawOption(fmt.Sprintf(`-jump %s`, optionString(val)))
}

// Jump — Get the configured option value.
//
// Known uses:
//   - [Scrollbar]
func (w *Window) Jump() string {
	return evalErr(fmt.Sprintf(`%s cget -jump`, w))
}

// Justify option.
//
// When there are multiple lines of text displayed in a widget, this
// option determines how the lines line up with each other.
// Must be one of left, center, or right.
// Left means that the lines' left edges all line up, center
// means that the lines' centers are aligned, and right means
// that the lines' right edges line up.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Entry]
//   - [Label]
//   - [Listbox]
//   - [Menubutton]
//   - [Message] (widget specific)
//   - [Radiobutton]
//   - [Spinbox]
//   - [TButton]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TLabel]
//   - [TProgressbar]
//   - [TextWidget.TagConfigure] (command specific)
func Justify(val any) Opt {
	return rawOption(fmt.Sprintf(`-justify %s`, optionString(val)))
}

// Justify — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Entry]
//   - [Label]
//   - [Listbox]
//   - [Menubutton]
//   - [Message] (widget specific)
//   - [Radiobutton]
//   - [Spinbox]
//   - [TButton]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TLabel]
//   - [TProgressbar]
func (w *Window) Justify() string {
	return evalErr(fmt.Sprintf(`%s cget -justify`, w))
}

// Lbl option.
//
// Known uses:
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Scale] (widget specific)
func Lbl(val any) Opt {
	return rawOption(fmt.Sprintf(`-label %s`, optionString(val)))
}

// Lbl — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Lbl() string {
	return evalErr(fmt.Sprintf(`%s cget -label`, w))
}

// Labelanchor option.
//
// Known uses:
//   - [Labelframe] (widget specific)
//   - [TLabelframe] (widget specific)
func Labelanchor(val any) Opt {
	return rawOption(fmt.Sprintf(`-labelanchor %s`, optionString(val)))
}

// Labelanchor — Get the configured option value.
//
// Known uses:
//   - [Labelframe] (widget specific)
//   - [TLabelframe] (widget specific)
func (w *Window) Labelanchor() string {
	return evalErr(fmt.Sprintf(`%s cget -labelanchor`, w))
}

// Labelwidget option.
//
// Known uses:
//   - [Labelframe] (widget specific)
//   - [TLabelframe] (widget specific)
func Labelwidget(val any) Opt {
	return rawOption(fmt.Sprintf(`-labelwidget %s`, optionString(val)))
}

// Labelwidget — Get the configured option value.
//
// Known uses:
//   - [Labelframe] (widget specific)
//   - [TLabelframe] (widget specific)
func (w *Window) Labelwidget() string {
	return evalErr(fmt.Sprintf(`%s cget -labelwidget`, w))
}

// Lastfor option.
//
// Known uses:
//   - [Focus] (command specific)
func Lastfor(val any) Opt {
	return rawOption(fmt.Sprintf(`-lastfor %s`, optionString(val)))
}

// Length option.
//
// Known uses:
//   - [Scale] (widget specific)
//   - [TProgressbar] (widget specific)
//   - [TScale] (widget specific)
func Length(val any) Opt {
	return rawOption(fmt.Sprintf(`-length %s`, optionString(val)))
}

// Length — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
//   - [TProgressbar] (widget specific)
//   - [TScale] (widget specific)
func (w *Window) Length() string {
	return evalErr(fmt.Sprintf(`%s cget -length`, w))
}

// Listvariable option.
//
// Known uses:
//   - [Listbox] (widget specific)
func Listvariable(val any) Opt {
	return rawOption(fmt.Sprintf(`-listvariable %s`, optionString(val)))
}

// Listvariable — Get the configured option value.
//
// Known uses:
//   - [Listbox] (widget specific)
func (w *Window) Listvariable() string {
	return evalErr(fmt.Sprintf(`%s cget -listvariable`, w))
}

// Lmargin1 option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Lmargin1(val any) Opt {
	return rawOption(fmt.Sprintf(`-lmargin1 %s`, optionString(val)))
}

// Lmargin2 option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Lmargin2(val any) Opt {
	return rawOption(fmt.Sprintf(`-lmargin2 %s`, optionString(val)))
}

// Lmargincolor option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Lmargincolor(val any) Opt {
	return rawOption(fmt.Sprintf(`-lmargincolor %s`, optionString(val)))
}

// Maskdata option.
//
// Known uses:
//   - [NewBitmap] (command specific)
func Maskdata(val any) Opt {
	return rawOption(fmt.Sprintf(`-maskdata %s`, optionString(val)))
}

// Maskfile option.
//
// Known uses:
//   - [NewBitmap] (command specific)
func Maskfile(val any) Opt {
	return rawOption(fmt.Sprintf(`-maskfile %s`, optionString(val)))
}

// Maximum option.
//
// Known uses:
//   - [TProgressbar] (widget specific)
func Maximum(val any) Opt {
	return rawOption(fmt.Sprintf(`-maximum %s`, optionString(val)))
}

// Maximum — Get the configured option value.
//
// Known uses:
//   - [TProgressbar] (widget specific)
func (w *Window) Maximum() string {
	return evalErr(fmt.Sprintf(`%s cget -maximum`, w))
}

// Maxundo option.
//
// Known uses:
//   - [Text] (widget specific)
func Maxundo(val any) Opt {
	return rawOption(fmt.Sprintf(`-maxundo %s`, optionString(val)))
}

// Maxundo — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Maxundo() string {
	return evalErr(fmt.Sprintf(`%s cget -maxundo`, w))
}

// Mnu option.
//
// Known uses:
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton] (widget specific)
//   - [TMenubutton] (widget specific)
//   - [Toplevel] (widget specific)
func Mnu(val any) Opt {
	return rawOption(fmt.Sprintf(`-menu %s`, optionString(val)))
}

// Mnu — Get the configured option value.
//
// Known uses:
//   - [Menubutton] (widget specific)
//   - [TMenubutton] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Mnu() string {
	return evalErr(fmt.Sprintf(`%s cget -menu`, w))
}

// Msg option.
//
// Known uses:
//   - [ChooseDirectory] (command specific)
//   - [MessageBox] (command specific)
func Msg(val any) Opt {
	return rawOption(fmt.Sprintf(`-message %s`, optionString(val)))
}

// Metadata option.
//
// Known uses:
//   - [NewPhoto] (command specific)
func Metadata(val any) Opt {
	return rawOption(fmt.Sprintf(`-metadata %s`, optionString(val)))
}

// Mode option.
//
// Known uses:
//   - [TProgressbar] (widget specific)
func Mode(val any) Opt {
	return rawOption(fmt.Sprintf(`-mode %s`, optionString(val)))
}

// Mode — Get the configured option value.
//
// Known uses:
//   - [TProgressbar] (widget specific)
func (w *Window) Mode() string {
	return evalErr(fmt.Sprintf(`%s cget -mode`, w))
}

// Multiple option.
//
// Known uses:
//   - [GetOpenFile] (command specific)
func Multiple(val any) Opt {
	return rawOption(fmt.Sprintf(`-multiple %s`, optionString(val)))
}

// Mustexist option.
//
// Known uses:
//   - [ChooseDirectory] (command specific)
func Mustexist(val any) Opt {
	return rawOption(fmt.Sprintf(`-mustexist %s`, optionString(val)))
}

// Nice option.
//
// Known uses:
//   - [Bell] (command specific)
func Nice(val any) Opt {
	return rawOption(fmt.Sprintf(`-nice %s`, optionString(val)))
}

// Offrelief option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func Offrelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-offrelief %s`, optionString(val)))
}

// Offrelief — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Offrelief() string {
	return evalErr(fmt.Sprintf(`%s cget -offrelief`, w))
}

// Offset option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Offset(val any) Opt {
	return rawOption(fmt.Sprintf(`-offset %s`, optionString(val)))
}

// Offvalue option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [TCheckbutton] (widget specific)
func Offvalue(val any) Opt {
	return rawOption(fmt.Sprintf(`-offvalue %s`, optionString(val)))
}

// Offvalue — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [TCheckbutton] (widget specific)
func (w *Window) Offvalue() string {
	return evalErr(fmt.Sprintf(`%s cget -offvalue`, w))
}

// Onvalue option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [TCheckbutton] (widget specific)
func Onvalue(val any) Opt {
	return rawOption(fmt.Sprintf(`-onvalue %s`, optionString(val)))
}

// Onvalue — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [TCheckbutton] (widget specific)
func (w *Window) Onvalue() string {
	return evalErr(fmt.Sprintf(`%s cget -onvalue`, w))
}

// Opaqueresize option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Opaqueresize(val any) Opt {
	return rawOption(fmt.Sprintf(`-opaqueresize %s`, optionString(val)))
}

// Opaqueresize — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Opaqueresize() string {
	return evalErr(fmt.Sprintf(`%s cget -opaqueresize`, w))
}

// Orient option.
//
// For widgets that can lay themselves out with either a horizontal
// or vertical orientation, such as scrollbars, this option specifies
// which orientation should be used.  Must be either horizontal
// or vertical or an abbreviation of one of these.
//
// Known uses:
//   - [Panedwindow]
//   - [Scale]
//   - [Scrollbar]
//   - [TPanedwindow] (widget specific)
//   - [TProgressbar] (widget specific)
//   - [TScale] (widget specific)
//   - [TScrollbar] (widget specific)
//   - [TSeparator] (widget specific)
func Orient(val any) Opt {
	return rawOption(fmt.Sprintf(`-orient %s`, optionString(val)))
}

// Orient — Get the configured option value.
//
// Known uses:
//   - [Panedwindow]
//   - [Scale]
//   - [Scrollbar]
//   - [TPanedwindow] (widget specific)
//   - [TProgressbar] (widget specific)
//   - [TScale] (widget specific)
//   - [TScrollbar] (widget specific)
//   - [TSeparator] (widget specific)
func (w *Window) Orient() string {
	return evalErr(fmt.Sprintf(`%s cget -orient`, w))
}

// Overrelief option.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func Overrelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-overrelief %s`, optionString(val)))
}

// Overrelief — Get the configured option value.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Overrelief() string {
	return evalErr(fmt.Sprintf(`%s cget -overrelief`, w))
}

// Overstrike option.
//
// Known uses:
//   - [NewFont] (command specific)
//   - [TextWidget.TagConfigure] (command specific)
func Overstrike(val any) Opt {
	return rawOption(fmt.Sprintf(`-overstrike %s`, optionString(val)))
}

// Overstrikefg option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Overstrikefg(val any) Opt {
	return rawOption(fmt.Sprintf(`-overstrikefg %s`, optionString(val)))
}

// Padding option.
//
// Specifies the internal padding for the widget.
// The padding is a list of up to four length specifications
// left top right bottom.
// If fewer than four elements are specified,
// bottom defaults to top,
// right defaults to left, and
// top defaults to left.
// In other words, a list of three numbers specify the left, vertical, and right
// padding; a list of two numbers specify the horizontal and the vertical padding;
// a single number specifies the same padding all the way around the widget.
//
// Known uses:
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TNotebook] (widget specific)
//   - [TTreeview]
func Padding(val any) Opt {
	return rawOption(fmt.Sprintf(`-padding %s`, optionString(val)))
}

// Padding — Get the configured option value.
//
// Known uses:
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TNotebook] (widget specific)
//   - [TTreeview]
func (w *Window) Padding() string {
	return evalErr(fmt.Sprintf(`%s cget -padding`, w))
}

// Padx option.
//
// Specifies a non-negative value indicating how much extra space
// to request for the widget in the X-direction.
// The value may have any of the forms acceptable to Tk_GetPixels.
// When computing how large a window it needs, the widget will
// add this amount to the width it would normally need (as determined
// by the width of the things displayed in the widget);  if the geometry
// manager can satisfy this request, the widget will end up with extra
// internal space to the left and/or right of what it displays inside.
// Most widgets only use this option for padding text:  if they are
// displaying a bitmap or image, then they usually ignore padding
// options.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Frame]
//   - [Grid] (command specific)
//   - [Label]
//   - [Labelframe]
//   - [Menubutton]
//   - [Message]
//   - [Pack] (command specific)
//   - [Radiobutton]
//   - [Text]
//   - [Toplevel]
func Padx(val any) Opt {
	return rawOption(fmt.Sprintf(`-padx %s`, optionString(val)))
}

// Padx — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Text]
//   - [Toplevel]
func (w *Window) Padx() string {
	return evalErr(fmt.Sprintf(`%s cget -padx`, w))
}

// Pady option.
//
// Specifies a non-negative value indicating how much extra space
// to request for the widget in the Y-direction.
// The value may have any of the forms acceptable to Tk_GetPixels.
// When computing how large a window it needs, the widget will add
// this amount to the height it would normally need (as determined by
// the height of the things displayed in the widget);  if the geometry
// manager can satisfy this request, the widget will end up with extra
// internal space above and/or below what it displays inside.
// Most widgets only use this option for padding text:  if they are
// displaying a bitmap or image, then they usually ignore padding
// options.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Frame]
//   - [Grid] (command specific)
//   - [Label]
//   - [Labelframe]
//   - [Menubutton]
//   - [Message]
//   - [Pack] (command specific)
//   - [Radiobutton]
//   - [Text]
//   - [Toplevel]
func Pady(val any) Opt {
	return rawOption(fmt.Sprintf(`-pady %s`, optionString(val)))
}

// Pady — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Text]
//   - [Toplevel]
func (w *Window) Pady() string {
	return evalErr(fmt.Sprintf(`%s cget -pady`, w))
}

// Palette option.
//
// Known uses:
//   - [NewPhoto] (command specific)
func Palette(val any) Opt {
	return rawOption(fmt.Sprintf(`-palette %s`, optionString(val)))
}

// Parent option.
//
// Known uses:
//   - [ChooseColor] (command specific)
//   - [ChooseDirectory] (command specific)
//   - [Fontchooser] (command specific)
//   - [GetOpenFile] (command specific)
//   - [GetSaveFile] (command specific)
//   - [MessageBox] (command specific)
func Parent(val any) Opt {
	return rawOption(fmt.Sprintf(`-parent %s`, optionString(val)))
}

// Phase option.
//
// Known uses:
//   - [TProgressbar] (widget specific)
func Phase(val any) Opt {
	return rawOption(fmt.Sprintf(`-phase %s`, optionString(val)))
}

// Phase — Get the configured option value.
//
// Known uses:
//   - [TProgressbar] (widget specific)
func (w *Window) Phase() string {
	return evalErr(fmt.Sprintf(`%s cget -phase`, w))
}

// Placeholder option.
//
// Specifies a help text string to display if no text is otherwise displayed,
// that is when the widget is empty. The placeholder text is displayed using
// the values of the -font and -justify options.
//
// Known uses:
//   - [Entry]
//   - [Spinbox]
//   - [TCombobox]
//   - [TEntry]
//   - [TSpinbox]
func Placeholder(val any) Opt {
	return rawOption(fmt.Sprintf(`-placeholder %s`, optionString(val)))
}

// Placeholder — Get the configured option value.
//
// Known uses:
//   - [Entry]
//   - [Spinbox]
//   - [TCombobox]
//   - [TEntry]
//   - [TSpinbox]
func (w *Window) Placeholder() string {
	return evalErr(fmt.Sprintf(`%s cget -placeholder`, w))
}

// Placeholderforeground option.
//
// Specifies the foreground color to use when the placeholder text is
// displayed. The default color is platform-specific.
//
// Known uses:
//   - [Entry]
//   - [Spinbox]
//   - [TCombobox]
//   - [TEntry]
//   - [TSpinbox]
func Placeholderforeground(val any) Opt {
	return rawOption(fmt.Sprintf(`-placeholderforeground %s`, optionString(val)))
}

// Placeholderforeground — Get the configured option value.
//
// Known uses:
//   - [Entry]
//   - [Spinbox]
//   - [TCombobox]
//   - [TEntry]
//   - [TSpinbox]
func (w *Window) Placeholderforeground() string {
	return evalErr(fmt.Sprintf(`%s cget -placeholderforeground`, w))
}

// Postcommand option.
//
// See also [Event handlers].
//
// Known uses:
//   - [Menu] (widget specific)
//   - [TCombobox] (widget specific)
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Postcommand(handler any) Opt {
	return newEventHandler("-postcommand", handler)
}

// Proxybackground option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Proxybackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-proxybackground %s`, optionString(val)))
}

// Proxybackground — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Proxybackground() string {
	return evalErr(fmt.Sprintf(`%s cget -proxybackground`, w))
}

// Proxyborderwidth option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Proxyborderwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-proxyborderwidth %s`, optionString(val)))
}

// Proxyborderwidth — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Proxyborderwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -proxyborderwidth`, w))
}

// Proxyrelief option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Proxyrelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-proxyrelief %s`, optionString(val)))
}

// Proxyrelief — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Proxyrelief() string {
	return evalErr(fmt.Sprintf(`%s cget -proxyrelief`, w))
}

// Readonlybackground option.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
func Readonlybackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-readonlybackground %s`, optionString(val)))
}

// Readonlybackground — Get the configured option value.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
func (w *Window) Readonlybackground() string {
	return evalErr(fmt.Sprintf(`%s cget -readonlybackground`, w))
}

// Relheight option.
//
// Known uses:
//   - [Place] (command specific)
func Relheight(val any) Opt {
	return rawOption(fmt.Sprintf(`-relheight %s`, optionString(val)))
}

// Relief option.
//
// Specifies the 3-D effect desired for the widget.  Acceptable
// values are raised, sunken, flat, ridge,
// solid, and groove.
// The value
// indicates how the interior of the widget should appear relative
// to its exterior;  for example, raised means the interior of
// the widget should appear to protrude from the screen, relative to
// the exterior of the widget.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TFrame] (widget specific)
//   - [TLabel] (widget specific)
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text]
//   - [Toplevel]
func Relief(val any) Opt {
	return rawOption(fmt.Sprintf(`-relief %s`, optionString(val)))
}

// Relief — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Panedwindow]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TFrame] (widget specific)
//   - [TLabel] (widget specific)
//   - [Text]
//   - [Toplevel]
func (w *Window) Relief() string {
	return evalErr(fmt.Sprintf(`%s cget -relief`, w))
}

// Relwidth option.
//
// Known uses:
//   - [Place] (command specific)
func Relwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-relwidth %s`, optionString(val)))
}

// Relx option.
//
// Known uses:
//   - [Place] (command specific)
func Relx(val any) Opt {
	return rawOption(fmt.Sprintf(`-relx %s`, optionString(val)))
}

// Rely option.
//
// Known uses:
//   - [Place] (command specific)
func Rely(val any) Opt {
	return rawOption(fmt.Sprintf(`-rely %s`, optionString(val)))
}

// Repeatdelay option.
//
// Specifies the number of milliseconds a button or key must be held
// down before it begins to auto-repeat.  Used, for example, on the
// up- and down-arrows in scrollbars.
//
// Known uses:
//   - [Button]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
func Repeatdelay(val any) Opt {
	return rawOption(fmt.Sprintf(`-repeatdelay %s`, optionString(val)))
}

// Repeatdelay — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
func (w *Window) Repeatdelay() string {
	return evalErr(fmt.Sprintf(`%s cget -repeatdelay`, w))
}

// Repeatinterval option.
//
// Used in conjunction with -repeatdelay:  once auto-repeat
// begins, this option determines the number of milliseconds between
// auto-repeats.
//
// Known uses:
//   - [Button]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
func Repeatinterval(val any) Opt {
	return rawOption(fmt.Sprintf(`-repeatinterval %s`, optionString(val)))
}

// Repeatinterval — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
func (w *Window) Repeatinterval() string {
	return evalErr(fmt.Sprintf(`%s cget -repeatinterval`, w))
}

// Resolution option.
//
// Known uses:
//   - [Scale] (widget specific)
func Resolution(val any) Opt {
	return rawOption(fmt.Sprintf(`-resolution %s`, optionString(val)))
}

// Resolution — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Resolution() string {
	return evalErr(fmt.Sprintf(`%s cget -resolution`, w))
}

// Rmargin option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Rmargin(val any) Opt {
	return rawOption(fmt.Sprintf(`-rmargin %s`, optionString(val)))
}

// Rmargincolor option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Rmargincolor(val any) Opt {
	return rawOption(fmt.Sprintf(`-rmargincolor %s`, optionString(val)))
}

// Row option.
//
// Known uses:
//   - [Grid] (command specific)
func Row(val any) Opt {
	return rawOption(fmt.Sprintf(`-row %s`, optionString(val)))
}

// Rowspan option.
//
// Known uses:
//   - [Grid] (command specific)
func Rowspan(val any) Opt {
	return rawOption(fmt.Sprintf(`-rowspan %s`, optionString(val)))
}

// Sashcursor option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Sashcursor(val any) Opt {
	return rawOption(fmt.Sprintf(`-sashcursor %s`, optionString(val)))
}

// Sashcursor — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Sashcursor() string {
	return evalErr(fmt.Sprintf(`%s cget -sashcursor`, w))
}

// Sashpad option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Sashpad(val any) Opt {
	return rawOption(fmt.Sprintf(`-sashpad %s`, optionString(val)))
}

// Sashpad — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Sashpad() string {
	return evalErr(fmt.Sprintf(`%s cget -sashpad`, w))
}

// Sashrelief option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Sashrelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-sashrelief %s`, optionString(val)))
}

// Sashrelief — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Sashrelief() string {
	return evalErr(fmt.Sprintf(`%s cget -sashrelief`, w))
}

// Sashwidth option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Sashwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-sashwidth %s`, optionString(val)))
}

// Sashwidth — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Sashwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -sashwidth`, w))
}

// Screen option.
//
// Known uses:
//   - [Toplevel] (widget specific)
func Screen(val any) Opt {
	return rawOption(fmt.Sprintf(`-screen %s`, optionString(val)))
}

// Screen — Get the configured option value.
//
// Known uses:
//   - [Toplevel] (widget specific)
func (w *Window) Screen() string {
	return evalErr(fmt.Sprintf(`%s cget -screen`, w))
}

// Scrollregion option.
//
// Known uses:
//   - [Canvas] (widget specific)
func Scrollregion(val any) Opt {
	return rawOption(fmt.Sprintf(`-scrollregion %s`, optionString(val)))
}

// Scrollregion — Get the configured option value.
//
// Known uses:
//   - [Canvas] (widget specific)
func (w *Window) Scrollregion() string {
	return evalErr(fmt.Sprintf(`%s cget -scrollregion`, w))
}

// Selectbackground option.
//
// Specifies the background color to use when displaying selected
// items.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text]
func Selectbackground(val any) Opt {
	return rawOption(fmt.Sprintf(`-selectbackground %s`, optionString(val)))
}

// Selectbackground — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [Text]
func (w *Window) Selectbackground() string {
	return evalErr(fmt.Sprintf(`%s cget -selectbackground`, w))
}

// Selectborderwidth option.
//
// Specifies a non-negative value indicating the width
// of the 3-D border to draw around selected items.
// The value may have any of the forms acceptable to Tk_GetPixels.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [Text]
func Selectborderwidth(val any) Opt {
	return rawOption(fmt.Sprintf(`-selectborderwidth %s`, optionString(val)))
}

// Selectborderwidth — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [Text]
func (w *Window) Selectborderwidth() string {
	return evalErr(fmt.Sprintf(`%s cget -selectborderwidth`, w))
}

// Selectcolor option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menu] (widget specific)
//   - [Radiobutton] (widget specific)
func Selectcolor(val any) Opt {
	return rawOption(fmt.Sprintf(`-selectcolor %s`, optionString(val)))
}

// Selectcolor — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Menu] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Selectcolor() string {
	return evalErr(fmt.Sprintf(`%s cget -selectcolor`, w))
}

// Selectforeground option.
//
// Specifies the foreground color to use when displaying selected
// items.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text]
func Selectforeground(val any) Opt {
	return rawOption(fmt.Sprintf(`-selectforeground %s`, optionString(val)))
}

// Selectforeground — Get the configured option value.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [Text]
func (w *Window) Selectforeground() string {
	return evalErr(fmt.Sprintf(`%s cget -selectforeground`, w))
}

// Selectimage option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Radiobutton] (widget specific)
func Selectimage(val any) Opt {
	return rawOption(fmt.Sprintf(`-selectimage %s`, optionString(val)))
}

// Selectimage — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Selectimage() string {
	return evalErr(fmt.Sprintf(`%s cget -selectimage`, w))
}

// Selectmode option.
//
// Known uses:
//   - [Listbox] (widget specific)
//   - [TTreeview] (widget specific)
func Selectmode(val any) Opt {
	return rawOption(fmt.Sprintf(`-selectmode %s`, optionString(val)))
}

// Selectmode — Get the configured option value.
//
// Known uses:
//   - [Listbox] (widget specific)
//   - [TTreeview] (widget specific)
func (w *Window) Selectmode() string {
	return evalErr(fmt.Sprintf(`%s cget -selectmode`, w))
}

// Selecttype option.
//
// Known uses:
//   - [TTreeview] (widget specific)
func Selecttype(val any) Opt {
	return rawOption(fmt.Sprintf(`-selecttype %s`, optionString(val)))
}

// Selecttype — Get the configured option value.
//
// Known uses:
//   - [TTreeview] (widget specific)
func (w *Window) Selecttype() string {
	return evalErr(fmt.Sprintf(`%s cget -selecttype`, w))
}

// Setgrid option.
//
// Specifies a boolean value that determines whether this widget controls the
// resizing grid for its top-level window.
// This option is typically used in text widgets, where the information
// in the widget has a natural size (the size of a character) and it makes
// sense for the window's dimensions to be integral numbers of these units.
// These natural window sizes form a grid.
// If the -setgrid option is set to true then the widget will
// communicate with the window manager so that when the user interactively
// resizes the top-level window that contains the widget, the dimensions of
// the window will be displayed to the user in grid units and the window
// size will be constrained to integral numbers of grid units.
// See the section GRIDDED GEOMETRY MANAGEMENT in the wm manual
// entry for more details.
//
// Known uses:
//   - [Listbox]
//   - [Text]
func Setgrid(val any) Opt {
	return rawOption(fmt.Sprintf(`-setgrid %s`, optionString(val)))
}

// Setgrid — Get the configured option value.
//
// Known uses:
//   - [Listbox]
//   - [Text]
func (w *Window) Setgrid() string {
	return evalErr(fmt.Sprintf(`%s cget -setgrid`, w))
}

// Show option.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [TEntry] (widget specific)
//   - [TTreeview] (widget specific)
func Show(val any) Opt {
	return rawOption(fmt.Sprintf(`-show %s`, optionString(val)))
}

// Show — Get the configured option value.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [TEntry] (widget specific)
//   - [TTreeview] (widget specific)
func (w *Window) Show() string {
	return evalErr(fmt.Sprintf(`%s cget -show`, w))
}

// Showhandle option.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func Showhandle(val any) Opt {
	return rawOption(fmt.Sprintf(`-showhandle %s`, optionString(val)))
}

// Showhandle — Get the configured option value.
//
// Known uses:
//   - [Panedwindow] (widget specific)
func (w *Window) Showhandle() string {
	return evalErr(fmt.Sprintf(`%s cget -showhandle`, w))
}

// Showvalue option.
//
// Known uses:
//   - [Scale] (widget specific)
func Showvalue(val any) Opt {
	return rawOption(fmt.Sprintf(`-showvalue %s`, optionString(val)))
}

// Showvalue — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Showvalue() string {
	return evalErr(fmt.Sprintf(`%s cget -showvalue`, w))
}

// Side option.
//
// Known uses:
//   - [Pack] (command specific)
func Side(val any) Opt {
	return rawOption(fmt.Sprintf(`-side %s`, optionString(val)))
}

// Size option.
//
// Known uses:
//   - [NewFont] (command specific)
func Size(val any) Opt {
	return rawOption(fmt.Sprintf(`-size %s`, optionString(val)))
}

// Slant option.
//
// Known uses:
//   - [NewFont] (command specific)
func Slant(val any) Opt {
	return rawOption(fmt.Sprintf(`-slant %s`, optionString(val)))
}

// Sliderlength option.
//
// Known uses:
//   - [Scale] (widget specific)
func Sliderlength(val any) Opt {
	return rawOption(fmt.Sprintf(`-sliderlength %s`, optionString(val)))
}

// Sliderlength — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Sliderlength() string {
	return evalErr(fmt.Sprintf(`%s cget -sliderlength`, w))
}

// Sliderrelief option.
//
// Known uses:
//   - [Scale] (widget specific)
func Sliderrelief(val any) Opt {
	return rawOption(fmt.Sprintf(`-sliderrelief %s`, optionString(val)))
}

// Sliderrelief — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Sliderrelief() string {
	return evalErr(fmt.Sprintf(`%s cget -sliderrelief`, w))
}

// Spacing1 option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text] (widget specific)
func Spacing1(val any) Opt {
	return rawOption(fmt.Sprintf(`-spacing1 %s`, optionString(val)))
}

// Spacing1 — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Spacing1() string {
	return evalErr(fmt.Sprintf(`%s cget -spacing1`, w))
}

// Spacing2 option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text] (widget specific)
func Spacing2(val any) Opt {
	return rawOption(fmt.Sprintf(`-spacing2 %s`, optionString(val)))
}

// Spacing2 — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Spacing2() string {
	return evalErr(fmt.Sprintf(`%s cget -spacing2`, w))
}

// Spacing3 option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text] (widget specific)
func Spacing3(val any) Opt {
	return rawOption(fmt.Sprintf(`-spacing3 %s`, optionString(val)))
}

// Spacing3 — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Spacing3() string {
	return evalErr(fmt.Sprintf(`%s cget -spacing3`, w))
}

// Startline option.
//
// Known uses:
//   - [Text] (widget specific)
func Startline(val any) Opt {
	return rawOption(fmt.Sprintf(`-startline %s`, optionString(val)))
}

// Startline — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Startline() string {
	return evalErr(fmt.Sprintf(`%s cget -startline`, w))
}

// State option.
//
// May be set to normal or disabled
// to control the disabled state bit.
// This is a write-only option:
// setting it changes the widget state,
// but the state widget command
// does not affect the -state option.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Canvas] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Entry] (widget specific)
//   - [Label] (widget specific)
//   - [Listbox] (widget specific)
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton] (widget specific)
//   - [Radiobutton] (widget specific)
//   - [Scale] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TLabel]
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
//   - [TSpinbox]
//   - [Text] (widget specific)
func State(val any) Opt {
	return rawOption(fmt.Sprintf(`-state %s`, optionString(val)))
}

// State — Get the configured option value.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Canvas] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Entry] (widget specific)
//   - [Label] (widget specific)
//   - [Listbox] (widget specific)
//   - [Menubutton] (widget specific)
//   - [Radiobutton] (widget specific)
//   - [Scale] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TLabel]
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
//   - [TSpinbox]
//   - [Text] (widget specific)
func (w *Window) State() string {
	return evalErr(fmt.Sprintf(`%s cget -state`, w))
}

// Sticky option.
//
// Known uses:
//   - [Grid] (command specific)
//   - [TNotebook] (widget specific)
func Sticky(val any) Opt {
	return rawOption(fmt.Sprintf(`-sticky %s`, optionString(val)))
}

// Sticky — Get the configured option value.
//
// Known uses:
//   - [TNotebook] (widget specific)
func (w *Window) Sticky() string {
	return evalErr(fmt.Sprintf(`%s cget -sticky`, w))
}

// Striped option.
//
// Known uses:
//   - [TTreeview] (widget specific)
func Striped(val any) Opt {
	return rawOption(fmt.Sprintf(`-striped %s`, optionString(val)))
}

// Striped — Get the configured option value.
//
// Known uses:
//   - [TTreeview] (widget specific)
func (w *Window) Striped() string {
	return evalErr(fmt.Sprintf(`%s cget -striped`, w))
}

// Style option.
//
// May be used to specify a custom widget style.
//
// Known uses:
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
func Style(val any) Opt {
	return rawOption(fmt.Sprintf(`-style %s`, optionString(val)))
}

// Style — Get the configured option value.
//
// Known uses:
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
func (w *Window) Style() string {
	return evalErr(fmt.Sprintf(`%s cget -style`, w))
}

// Tabs option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text] (widget specific)
func Tabs(val any) Opt {
	return rawOption(fmt.Sprintf(`-tabs %s`, optionString(val)))
}

// Tabs — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Tabs() string {
	return evalErr(fmt.Sprintf(`%s cget -tabs`, w))
}

// Tabstyle option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text] (widget specific)
func Tabstyle(val any) Opt {
	return rawOption(fmt.Sprintf(`-tabstyle %s`, optionString(val)))
}

// Tabstyle — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Tabstyle() string {
	return evalErr(fmt.Sprintf(`%s cget -tabstyle`, w))
}

// Takefocus option.
//
// Determines whether the window accepts the focus during keyboard
// traversal (e.g., Tab and Shift-Tab).
// Before setting the focus to a window, the traversal scripts
// consult the value of the -takefocus option.
// A value of 0 means that the window should be skipped entirely
// during keyboard traversal.
// 1 means that the window should receive the input
// focus as long as it is viewable (it and all of its ancestors are mapped).
// An empty value for the option means that the traversal scripts make
// the decision about whether or not to focus on the window:  the current
// algorithm is to skip the window if it is
// disabled, if it has no key bindings, or if it is not viewable.
// If the value has any other form, then the traversal scripts take
// the value, append the name of the window to it (with a separator space),
// and evaluate the resulting string as a Tcl script.
// The script must return 0, 1, or an empty string:  a
// 0 or 1 value specifies whether the window will receive
// the input focus, and an empty string results in the default decision
// described above.
// Note that this interpretation of the option is defined entirely by
// the Tcl scripts that implement traversal:  the widget implementations
// ignore the option entirely, so you can change its meaning if you
// redefine the keyboard traversal scripts.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Text]
//   - [Toplevel]
func Takefocus(val any) Opt {
	return rawOption(fmt.Sprintf(`-takefocus %s`, optionString(val)))
}

// Takefocus — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Canvas]
//   - [Checkbutton]
//   - [Entry]
//   - [Frame]
//   - [Label]
//   - [Labelframe]
//   - [Listbox]
//   - [Menu]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [Scale]
//   - [Scrollbar]
//   - [Spinbox]
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox]
//   - [TEntry]
//   - [TFrame]
//   - [TLabel]
//   - [TLabelframe]
//   - [TMenubutton]
//   - [TNotebook]
//   - [TPanedwindow]
//   - [TProgressbar]
//   - [TRadiobutton]
//   - [TScale]
//   - [TScrollbar]
//   - [TSeparator]
//   - [TSizegrip]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Text]
//   - [Toplevel]
func (w *Window) Takefocus() string {
	return evalErr(fmt.Sprintf(`%s cget -takefocus`, w))
}

// Tearoff option.
//
// Known uses:
//   - [Menu] (widget specific)
func Tearoff(val any) Opt {
	return rawOption(fmt.Sprintf(`-tearoff %s`, optionString(val)))
}

// Tearoff — Get the configured option value.
//
// Known uses:
//   - [Menu] (widget specific)
func (w *Window) Tearoff() string {
	return evalErr(fmt.Sprintf(`%s cget -tearoff`, w))
}

// Tearoffcommand option.
//
// See also [Event handlers].
//
// Known uses:
//   - [Menu] (widget specific)
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Tearoffcommand(handler any) Opt {
	return newEventHandler("-tearoffcommand", handler)
}

// Txt option.
//
// Specifies a string to be displayed inside the widget.  The way in which
// the string is displayed depends on the particular widget and may be
// determined by other options, such as -anchor or -justify.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Labelframe]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TLabelframe] (widget specific)
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TProgressbar]
//   - [TRadiobutton]
func Txt(val any) Opt {
	return rawOption(fmt.Sprintf(`-text %s`, optionString(val)))
}

// Txt — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Labelframe]
//   - [Menubutton]
//   - [Message]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TLabelframe] (widget specific)
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TProgressbar]
//   - [TRadiobutton]
func (w *Window) Txt() string {
	return evalErr(fmt.Sprintf(`%s cget -text`, w))
}

// Tickinterval option.
//
// Known uses:
//   - [Scale] (widget specific)
func Tickinterval(val any) Opt {
	return rawOption(fmt.Sprintf(`-tickinterval %s`, optionString(val)))
}

// Tickinterval — Get the configured option value.
//
// Known uses:
//   - [Scale] (widget specific)
func (w *Window) Tickinterval() string {
	return evalErr(fmt.Sprintf(`%s cget -tickinterval`, w))
}

// Tile option.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Toplevel] (widget specific)
func Tile(val any) Opt {
	return rawOption(fmt.Sprintf(`-tile %s`, optionString(val)))
}

// Tile — Get the configured option value.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Tile() string {
	return evalErr(fmt.Sprintf(`%s cget -tile`, w))
}

// Title option.
//
// Known uses:
//   - [ChooseColor] (command specific)
//   - [ChooseDirectory] (command specific)
//   - [Fontchooser] (command specific)
//   - [GetOpenFile] (command specific)
//   - [GetSaveFile] (command specific)
//   - [Menu] (widget specific)
//   - [MessageBox] (command specific)
func Title(val any) Opt {
	return rawOption(fmt.Sprintf(`-title %s`, optionString(val)))
}

// Title — Get the configured option value.
//
// Known uses:
//   - [Menu] (widget specific)
func (w *Window) Title() string {
	return evalErr(fmt.Sprintf(`%s cget -title`, w))
}

// Titlecolumns option.
//
// Known uses:
//   - [TTreeview] (widget specific)
func Titlecolumns(val any) Opt {
	return rawOption(fmt.Sprintf(`-titlecolumns %s`, optionString(val)))
}

// Titlecolumns — Get the configured option value.
//
// Known uses:
//   - [TTreeview] (widget specific)
func (w *Window) Titlecolumns() string {
	return evalErr(fmt.Sprintf(`%s cget -titlecolumns`, w))
}

// Titleitems option.
//
// Known uses:
//   - [TTreeview] (widget specific)
func Titleitems(val any) Opt {
	return rawOption(fmt.Sprintf(`-titleitems %s`, optionString(val)))
}

// Titleitems — Get the configured option value.
//
// Known uses:
//   - [TTreeview] (widget specific)
func (w *Window) Titleitems() string {
	return evalErr(fmt.Sprintf(`%s cget -titleitems`, w))
}

// Tristateimage option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func Tristateimage(val any) Opt {
	return rawOption(fmt.Sprintf(`-tristateimage %s`, optionString(val)))
}

// Tristateimage — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Tristateimage() string {
	return evalErr(fmt.Sprintf(`%s cget -tristateimage`, w))
}

// Tristatevalue option.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func Tristatevalue(val any) Opt {
	return rawOption(fmt.Sprintf(`-tristatevalue %s`, optionString(val)))
}

// Tristatevalue — Get the configured option value.
//
// Known uses:
//   - [Checkbutton] (widget specific)
//   - [Radiobutton] (widget specific)
func (w *Window) Tristatevalue() string {
	return evalErr(fmt.Sprintf(`%s cget -tristatevalue`, w))
}

// Troughcolor option.
//
// Specifies the color to use for the rectangular trough areas
// in widgets such as scrollbars and scales.  This option is ignored for
// scrollbars on Windows (native widget does not recognize this option).
//
// Known uses:
//   - [Scale]
//   - [Scrollbar]
func Troughcolor(val any) Opt {
	return rawOption(fmt.Sprintf(`-troughcolor %s`, optionString(val)))
}

// Troughcolor — Get the configured option value.
//
// Known uses:
//   - [Scale]
//   - [Scrollbar]
func (w *Window) Troughcolor() string {
	return evalErr(fmt.Sprintf(`%s cget -troughcolor`, w))
}

// Type option.
//
// Known uses:
//   - [ClipboardAppend] (command specific)
//   - [ClipboardGet] (command specific)
//   - [Menu] (widget specific)
//   - [MessageBox] (command specific)
func Type(val any) Opt {
	return rawOption(fmt.Sprintf(`-type %s`, optionString(val)))
}

// Type — Get the configured option value.
//
// Known uses:
//   - [Menu] (widget specific)
func (w *Window) Type() string {
	return evalErr(fmt.Sprintf(`%s cget -type`, w))
}

// Underline option.
//
// Specifies the integer index of a character to underline in the widget.
// This option is used by the default bindings to implement keyboard
// traversal for menu buttons and menu entries.
// 0 corresponds to the first character of the text displayed in the
// widget, 1 to the next character, and so on. end corresponds to the
// last character, end-1 to the before last character, and so on.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Menubutton]
//   - [NewFont] (command specific)
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TLabelframe] (widget specific)
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
//   - [TextWidget.TagConfigure] (command specific)
func Underline(val any) Opt {
	return rawOption(fmt.Sprintf(`-underline %s`, optionString(val)))
}

// Underline — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Radiobutton]
//   - [TButton]
//   - [TCheckbutton]
//   - [TLabel]
//   - [TLabelframe] (widget specific)
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TRadiobutton]
func (w *Window) Underline() string {
	return evalErr(fmt.Sprintf(`%s cget -underline`, w))
}

// Underlinefg option.
//
// Known uses:
//   - [TextWidget.TagConfigure] (command specific)
func Underlinefg(val any) Opt {
	return rawOption(fmt.Sprintf(`-underlinefg %s`, optionString(val)))
}

// Undo option.
//
// Known uses:
//   - [Text] (widget specific)
func Undo(val any) Opt {
	return rawOption(fmt.Sprintf(`-undo %s`, optionString(val)))
}

// Undo — Get the configured option value.
//
// Known uses:
//   - [Text] (widget specific)
func (w *Window) Undo() string {
	return evalErr(fmt.Sprintf(`%s cget -undo`, w))
}

// Use option.
//
// Known uses:
//   - [Toplevel] (widget specific)
func Use(val any) Opt {
	return rawOption(fmt.Sprintf(`-use %s`, optionString(val)))
}

// Use — Get the configured option value.
//
// Known uses:
//   - [Toplevel] (widget specific)
func (w *Window) Use() string {
	return evalErr(fmt.Sprintf(`%s cget -use`, w))
}

// Validate option.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TSpinbox]
func Validate(val any) Opt {
	return rawOption(fmt.Sprintf(`-validate %s`, optionString(val)))
}

// Validate — Get the configured option value.
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TSpinbox]
func (w *Window) Validate() string {
	return evalErr(fmt.Sprintf(`%s cget -validate`, w))
}

// Validatecommand option.
//
// See also [Event handlers].
//
// Known uses:
//   - [Entry] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TSpinbox]
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Validatecommand(handler any) Opt {
	return newEventHandler("-validatecommand", handler)
}

// Value option.
//
// Known uses:
//   - [MenuWidget.AddCascade] (command specific)
//   - [MenuWidget.AddCommand] (command specific)
//   - [MenuWidget.AddSeparator] (command specific)
//   - [Radiobutton] (widget specific)
//   - [TProgressbar] (widget specific)
//   - [TRadiobutton] (widget specific)
//   - [TScale] (widget specific)
func Value(val any) Opt {
	return rawOption(fmt.Sprintf(`-value %s`, optionString(val)))
}

// Value — Get the configured option value.
//
// Known uses:
//   - [Radiobutton] (widget specific)
//   - [TProgressbar] (widget specific)
//   - [TRadiobutton] (widget specific)
//   - [TScale] (widget specific)
func (w *Window) Value() string {
	return evalErr(fmt.Sprintf(`%s cget -value`, w))
}

// Values option.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TCombobox] (widget specific)
//   - [TSpinbox] (widget specific)
func Values(val any) Opt {
	return rawOption(fmt.Sprintf(`-values %s`, optionString(val)))
}

// Values — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TCombobox] (widget specific)
//   - [TSpinbox] (widget specific)
func (w *Window) Values() string {
	return evalErr(fmt.Sprintf(`%s cget -values`, w))
}

// Visual option.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Toplevel] (widget specific)
func Visual(val any) Opt {
	return rawOption(fmt.Sprintf(`-visual %s`, optionString(val)))
}

// Visual — Get the configured option value.
//
// Known uses:
//   - [Frame] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Visual() string {
	return evalErr(fmt.Sprintf(`%s cget -visual`, w))
}

// Weight option.
//
// Known uses:
//   - [NewFont] (command specific)
//   - [TPanedwindow] (widget specific)
func Weight(val any) Opt {
	return rawOption(fmt.Sprintf(`-weight %s`, optionString(val)))
}

// Weight — Get the configured option value.
//
// Known uses:
//   - [TPanedwindow] (widget specific)
func (w *Window) Weight() string {
	return evalErr(fmt.Sprintf(`%s cget -weight`, w))
}

// Width option.
//
// If greater than zero, specifies how much space, in character widths,
// to allocate for the text label.
// If less than zero, specifies a minimum width.
// If zero or unspecified, the natural width of the text label is used.
// Note that some themes may specify a non-zero -width
// in the style.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Canvas] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Entry] (widget specific)
//   - [Frame] (widget specific)
//   - [Label] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Listbox] (widget specific)
//   - [Menubutton] (widget specific)
//   - [Message] (widget specific)
//   - [NewPhoto] (command specific)
//   - [Panedwindow] (widget specific)
//   - [Place] (command specific)
//   - [Radiobutton] (widget specific)
//   - [Scale] (widget specific)
//   - [Scrollbar] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TFrame] (widget specific)
//   - [TLabel]
//   - [TLabelframe] (widget specific)
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TPanedwindow] (widget specific)
//   - [TRadiobutton]
//   - [Text] (widget specific)
//   - [Toplevel] (widget specific)
func Width(val any) Opt {
	return rawOption(fmt.Sprintf(`-width %s`, optionString(val)))
}

// Width — Get the configured option value.
//
// Known uses:
//   - [Button] (widget specific)
//   - [Canvas] (widget specific)
//   - [Checkbutton] (widget specific)
//   - [Entry] (widget specific)
//   - [Frame] (widget specific)
//   - [Label] (widget specific)
//   - [Labelframe] (widget specific)
//   - [Listbox] (widget specific)
//   - [Menubutton] (widget specific)
//   - [Message] (widget specific)
//   - [Panedwindow] (widget specific)
//   - [Radiobutton] (widget specific)
//   - [Scale] (widget specific)
//   - [Scrollbar] (widget specific)
//   - [Spinbox] (widget specific)
//   - [TButton]
//   - [TCheckbutton]
//   - [TCombobox] (widget specific)
//   - [TEntry] (widget specific)
//   - [TFrame] (widget specific)
//   - [TLabel]
//   - [TLabelframe] (widget specific)
//   - [TMenubutton]
//   - [TNotebook] (widget specific)
//   - [TPanedwindow] (widget specific)
//   - [TRadiobutton]
//   - [Text] (widget specific)
//   - [Toplevel] (widget specific)
func (w *Window) Width() string {
	return evalErr(fmt.Sprintf(`%s cget -width`, w))
}

// Wrap option.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TSpinbox] (widget specific)
//   - [TextWidget.TagConfigure] (command specific)
//   - [Text] (widget specific)
func Wrap(val any) Opt {
	return rawOption(fmt.Sprintf(`-wrap %s`, optionString(val)))
}

// Wrap — Get the configured option value.
//
// Known uses:
//   - [Spinbox] (widget specific)
//   - [TSpinbox] (widget specific)
//   - [Text] (widget specific)
func (w *Window) Wrap() string {
	return evalErr(fmt.Sprintf(`%s cget -wrap`, w))
}

// Wraplength option.
//
// For widgets that can perform word-wrapping, this option specifies
// the maximum line length.
// Lines that would exceed this length are wrapped onto the next line,
// so that no line is longer than the specified length.
// The value may be specified in any of the standard forms for
// screen distances.
// If this value is negative or zero then no wrapping is done:  lines
// will break only at newline characters in the text.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Radiobutton]
//   - [TLabel]
//   - [TLabel] (widget specific)
//   - [TProgressbar]
func Wraplength(val any) Opt {
	return rawOption(fmt.Sprintf(`-wraplength %s`, optionString(val)))
}

// Wraplength — Get the configured option value.
//
// Known uses:
//   - [Button]
//   - [Checkbutton]
//   - [Label]
//   - [Menubutton]
//   - [Radiobutton]
//   - [TLabel]
//   - [TLabel] (widget specific)
//   - [TProgressbar]
func (w *Window) Wraplength() string {
	return evalErr(fmt.Sprintf(`%s cget -wraplength`, w))
}

// X option.
//
// Known uses:
//   - [Place] (command specific)
func X(val any) Opt {
	return rawOption(fmt.Sprintf(`-x %s`, optionString(val)))
}

// Xscrollcommand option.
//
// See also [Event handlers].
//
// Specifies the prefix for a command used to communicate with horizontal
// scrollbars.
// When the view in the widget's window changes (or
// whenever anything else occurs that could change the display in a
// scrollbar, such as a change in the total size of the widget's
// contents), the widget will
// generate a Tcl command by concatenating the scroll command and
// two numbers.
// Each of the numbers is a fraction between 0 and 1, which indicates
// a position in the document.  0 indicates the beginning of the document,
// 1 indicates the end, .333 indicates a position one third the way through
// the document, and so on.
// The first fraction indicates the first information in the document
// that is visible in the window, and the second fraction indicates
// the information just after the last portion that is visible.
// The command is
// then passed to the Tcl interpreter for execution.  Typically the
// -xscrollcommand option consists of the path name of a scrollbar
// widget followed by
// e.g.
// this will cause
// the scrollbar to be updated whenever the view in the window changes.
// If this option is not specified, then no command will be executed.
//
// Known uses:
//   - [Canvas]
//   - [Entry]
//   - [Listbox]
//   - [Spinbox]
//   - [TEntry]
//   - [TSpinbox]
//   - [TTreeview]
//   - [Text]
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Xscrollcommand(handler any) Opt {
	return newEventHandler("-xscrollcommand", handler)
}

// Xscrollincrement option.
//
// Known uses:
//   - [Canvas] (widget specific)
func Xscrollincrement(val any) Opt {
	return rawOption(fmt.Sprintf(`-xscrollincrement %s`, optionString(val)))
}

// Xscrollincrement — Get the configured option value.
//
// Known uses:
//   - [Canvas] (widget specific)
func (w *Window) Xscrollincrement() string {
	return evalErr(fmt.Sprintf(`%s cget -xscrollincrement`, w))
}

// Y option.
//
// Known uses:
//   - [Place] (command specific)
func Y(val any) Opt {
	return rawOption(fmt.Sprintf(`-y %s`, optionString(val)))
}

// Yscrollcommand option.
//
// See also [Event handlers].
//
// Specifies the prefix for a command used to communicate with vertical
// scrollbars.  This option is treated in the same way as the
// -xscrollcommand option, except that it is used for vertical
// scrollbars and is provided by widgets that support vertical scrolling.
// See the description of -xscrollcommand for details
// on how this option is used.
//
// Known uses:
//   - [Canvas]
//   - [Listbox]
//   - [TTreeview]
//   - [Text]
//
// [Event handlers]: https://pkg.go.dev/modernc.org/tk9.0#hdr-Event_handlers
func Yscrollcommand(handler any) Opt {
	return newEventHandler("-yscrollcommand", handler)
}

// Yscrollincrement option.
//
// Known uses:
//   - [Canvas] (widget specific)
func Yscrollincrement(val any) Opt {
	return rawOption(fmt.Sprintf(`-yscrollincrement %s`, optionString(val)))
}

// Yscrollincrement — Get the configured option value.
//
// Known uses:
//   - [Canvas] (widget specific)
func (w *Window) Yscrollincrement() string {
	return evalErr(fmt.Sprintf(`%s cget -yscrollincrement`, w))
}