Package-level declarations

The position of content within a container while slots overlap.

What a layout function can do whether it is answering an intrinsic question or measuring: read its environment. Receiver for a LayoutFunction's intrinsic overrides, which answer a number: they may not measure, declare a size or place. MeasureScope adds measuring and declaring.

A class for defining layout directions. A layout direction can be left-to-right (LTR) or right-to-left (RTL). It can also be inherited (from a parent) or deduced from the default language script of a locale.

Positions the children of a container.

A layout function for a container with exactly one child, which it receives by name.

A layout function for a container with exactly two children, which it receives by name.

A layout function for a container with exactly three children, which it receives by name.

A layout function for a container whose child count is not known until runtime.

Marks the scopes a layout function runs in: inside a placement block only PlacementScope's members resolve implicitly, so measuring a child or declaring a size there does not compile.

A child that has been resolved but not yet laid out.

Receiver for LayoutFunction.measure, and where a pass leaves what it works out: it asks its children as IntrinsicMeasureScope does, measures them, and declares.

A child that has been laid out and knows its size, but not yet where it sits.

Receiver for the placement pass.

A layout component that stacks its children on top of each other. Each child is positioned absolutely within the container, allowing them to overlap.

A layout component that stacks its children on top of each other. Each child is positioned absolutely within the container, allowing them to overlap.