Produce an iterator yielding the outer points of a rounded rectangle. - `rect` describes the location and dimensions - `radius` describes the radius

Filters all events yielded by `Self::events` other than `event::Press`es.

The cursor index that comes before `self`. If `self` is at the beginning of the text, this returns `None`. If `self` is at the beginning of a line o

Produce an iterator yielding the bounding `Rect` for each line in the text. This function assumes that `font_size` is the same `FontSize` used to pro

A function for retrieving the `&mut Ui<B>` from a `UiCell<B>`. This function is only for internal use to allow for some `Ui` type acrobatics in order

Remove the parent edge of the given kind for the given index if there is one. Returns `true` if an edge was removed. Returns `false` if no edges wer

Set the color of the widget from rgb values.

Pure function for converting rgb to hsl. Inputs expected to be between `0.0` and `1.0`. Outputs `[0.0, 2*PI)` for `h`, `[0.0, 1.0]` for both `s` and `

The Rect's highest x value.

The color of the `Scrollbar`.

Specifies that the `List` should be scrollable and should provide a `Scrollbar` that hovers above the right edge of the items and automatically hides

The width of the `Scrollbar`.

Set the color for the line.

Set the thickness for the line.

Place `self` along the top left edges of the `other` **Rect**.

Place the widget in the top left corner of the given Widget with the given margins between each respective edge.

Update the state of the Line.

Update the state of the Polygon.

Set the absolute width for the widget.

Produce the width of the given line of text including spaces (i.e. ' ').

The width of the `Item`.

By default, the `TextEdit` will wrap text via the whitespace that precedes the first width-exceeding character. Calling this method causes the `TextE

Align the **Position** of the widget along the *x* axis.

Align the **Position** of the widget with the given widget along the *x* axis.

Similarly to `xys_per_line`, this produces an iterator yielding every possible cursor position within each line of text yielded by the given iterator.

Align the **Position** of the widget with the given widget along the *y* axis.

Add a new placeholder node and return it's `widget::Id` into the `Graph`. This method is used by the `widget::set_widget` function when some internal

Color the **Graph**'s rectangular area with the given color.

The width of a vertical `Tabs` selection bar, or the height of a horizontal one.

The eight triangles that describe a rectangular border. `rect` specifies the outer rectangle and `border` specifies the thickness of the border. Ret

Place `self` along the bottom right edges of the `other` **Rect**.

Style for a `Button` given this `Style`'s current state.

Calculate the default height for the **TitleBar**'s rect.

Get the centred xy coords for some given `Dimension`s, `Position` and alignment. If getting the xy for a specific widget, its `widget::Id` should be

Produce an `Iterator` yielding `Command`s.

Find the name of the struct and the field with the `CommonBuilder` attribute.

Creates a buffer on the GPU loaded with the updated pixel data. Created with `BufferUsages::COPY_SRC`, ready to be copied to the texture. TODO: In t

Create the glyph cache texture sampler descriptor.

Creates a gfx texture with the given data

Logic shared between the `cropped_area_of_widget` and `cropped_area_of_widget_within_depth` functions.

Determines the default **Dimension** for a **Widget**. This function checks for a default dimension in the following order. 1. Check for a default va

Return the index of the parent along the given widget's **Depth** **Edge**.

Are the given `parent` and `child` nodes connected by a single chain of **Depth** edges? i.e. `parent` -> x -> y -> `child`. Returns `false` if eith

Are the given `parent` and `child` nodes connected by a single chain of edges of the given kind? i.e. `parent` -> x -> y -> `child`. Returns `false`

Produces an iterator that yields all `event::Drag` events yielded by the `Events` iterator. Only events that occurred while the widget was capturing

Draws the given `primitives` to the given `Display`.

Converts the given font size in "points" to its font size in pixels. This is useful for when the font size is not an integer.

Fill the inner vertex and command buffers by translating the given `primitives`.

Fill the inner vertex and command buffers by translating the given `primitives`. This method may return an `Option<GlyphCacheCommand>`, in which case

Begin building a new `List` flowing from left to right.

Modulo float.

Convert the **MaybeParent** into an **Option<Id>**. If `Unspecified`, check the positioning to retrieve the **Id** from there. If `None`, the `Ui`'s

The dimensions for the widget.

A **Walker** type that recursively walks **Graphic** parents starting from the given node.

The height of a horizontally laid out tab bar area.

Begin building a button displaying the given `Image` on top.

Attempts to infer the parent of a widget from its *x*/*y* `Position`s and the current state of the `Ui`. If no parent can be inferred via the `Positi

In the case that a position hasn't been given for one of the axes, we must first check to see if we can infer the missing axis position from the other

Inserts the given image into the map, returning its associated `image::Id`. The user *must store the returned `image::Id` in order to use, modify or r

Returns `true` if the given `Point` is over an oval at the given rect.

Is the mouse currently over the widget.

Specify the font for the `CollapsibleArea`'s label.

Specify the font used for displaying the label.

Calculate and return the luminance of the Color.

The Range that encompasses both self and the given Range. The returned Range's `start` will always be <= its `end`. # Examples ``` use conrod_core:

Calculate the max text width yielded by a string in the tabs slice.

An index to the previously updated widget if there is one.

Place the widget in the middle of the bottom edge of the given Widget with the given margin between the edges.

Place `self` in the middle of the right edge of the `other` **Rect**.

Place the widget in the middle of the right edge of the given Widget with the given margin between the edges.