![]() ![]() For example, chat apps are inherently narrow and end up having large amounts of empty space at large sizes. The first reason for this is that tiling window managers size windows according to the amount of available screen space, yet most apps are designed to be used at a certain size and aspect ratio. While this works well in some cases, it falls short as a general replacement for stacked, floating windows. Traditional tiling window managers solve the hidden window problem by preventing windows from overlapping. Messy is the default, and it’s up to you to clean it up. Yet this is what you end up with by default today, when you simply use the computer, opening apps as you need them. It’s incredibly rare that you need a dozen different overlapping windows. Sometimes it’s two or three windows next to each other. Often that’s just a single, maximized window. Most of the time you don’t care about exact window sizes and positions and just want to see the windows that you need for your current task. It’s also what we jokingly refer to as shit work: it is work that the user has to do, which is generated by the system itself, and has no other purpose. ![]() Manually placing and sizing windows can be fiddly work, and requires close attention and precise motor control. This is especially apparent when you do user research with people who are new to computing, including children and older people. While most of us are used to this system and its quirks, that doesn’t mean it’s without problems. However, the basic primitives have not changed since the 70s and, as a result, the issues have never gone away. Over the decades, different OSes have added different tools and workflows to deal with these issues, including workspaces, taskbars, and switchers. Or, when you open a maximized window, suddenly every other window is hidden. As new windows are opened, existing ones are obscured, sometimes completely hiding them from view. ![]() The traditional windowing system works well as long as you only have a handful of small windows, but issues emerge as soon the number and size of the windows grows. Overlapping windows can get messy quickly In this metaphor, each app can spawn one or more rectangular windows, which are stacked by most recently used, and moved or resized manually. Ever since the dawn of time we’ve relied on the window metaphor as the primary way of multitasking on the desktop. Window management is one of those areas I’m fascinated with because even after 50 years, nobody’s fully cracked it yet. ![]()
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