![]() ![]() These layouts work just like a different language: each keycode that would normally output a given character in QWERTY gets changed to output a different character. Alternate English layouts: Dvorak, Colemak, etc. Is it a good system? It has pros and cons, but more importantly, it is the system, so we have to work with it. So, this is why language and layout-specific setup is required. This also means that, from the perspective of us humans, there ends up being an English-specific Q and W and a French-specific Q and W, even though the final output looks exactly the same. This happens because Q and W in American English use the same keycodes as A and Z in French - they just get translated differently. However, if you plug it in and start typing without making any changes, you’ll find that it is actually typing AZERTY even though the keys say it should be QWERTY. If you type in AZERTY normally and you get a Moonlander, it will arrive with a QWERTY layout. For example, consider the American English QWERTY layout vs. ![]() If things aren’t set up correctly, the board will still send a keycode and the computer will still translate it - you’ll just end up with a different character than what you wanted. Of course, displaying only keycodes wouldn’t be useful, so Oryx instead displays what the keycode will translate to as long as everything is set up correctly. When you change an Oryx layout, you’re actually moving keycodes around, not the final characters. It requires translation to be useful to us humans. The computer (specifically, the operating system) gets this keycode, translates it, and gives you the output it thinks that keycode should correspond to.Ĭrucially, this means that the keyboard does not actually have any idea what characters will end up on your screen.The firmware uses that signal to determine which keycode to send to the computer.Pushing a key on your keyboard sends a signal to the firmware, indicating which physical key was pressed.Here is a simplified version for our purposes: When you hit a key on a keyboard, something happens on your screen nearly instantaneously, but the process to go from keypress to character is actually pretty involved. Switching languages in both firmware and software.Switching languages using only software.Languages that are seemingly unsupported.Languages that are not officially supported in Oryx Searching for existing layouts in your language.A lot of the information here builds on itself.īrief background on how keyboards work Alternate English layouts: Dvorak, Colemak, etc. ![]() You may also want to bookmark this page and come back to it as you continue to get things set up more and more how you want them. Start with the background section below, and then you can skip around to what’s relevant to you. You probably won’t need to read the whole thing, though. It just requires a bit of setup.Ī quick glance at this post may be intimidating - international setup has a lot of components to it. While our keyboards come configured with a standard QWERTY layout out of the box, it’s still completely possible to use them for other languages or even multiple languages. ![]()
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