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The word タクシー (takushī, ' taxi ') written vertically with vertical chōonpu. The chōonpu (Japanese: 長音符, lit. "long sound symbol"), also known as chōonkigō (長音記号), onbiki (音引き), bōbiki (棒引き), or Katakana-Hiragana Prolonged Sound Mark by the Unicode Consortium, is a Japanese symbol that indicates a chōon, or a long vowel of two morae in length.
On some systems, the Swedish or Finnish keyboard may allow typing Ø/ø and Æ/æ by holding the AltGr or ⌥ Option key while striking Ö and Ä, respectively. The Swedish with Sámi keyboard allows typing not only Ø/ø and Æ/æ, but even the letters required to write various Sámi languages.
The semi-voiced sounds are entered using either the conventional shift key operated by the little finger, or take place of the voiced sound for characters not having a voiced variant. The kana-to-kanji conversion is done in the same way as when using any other type of keyboard.
Yamaha YMF744B-V XG chip Yamaha DB50XG daughterboard Yamaha DB51XG daughterboard Yamaha SW60XG ISA card A PCI sound card with Yamaha XG YMF724E-V chipset. Yamaha XG (Extended General MIDI) is an extension to the General MIDI standard, created by Yamaha. It is similar in purpose to the Roland GS standard.
Unicode input is method to add a specific Unicode character to a computer file; it is a common way to input characters not directly supported by a physical keyboard. Characters can be entered either by selecting them from a display, by typing a certain sequence of keys on a physical keyboard, or by drawing the symbol by hand on touch-sensitive ...
Enable the Input menu (via the 'Input Sources' panel of the 'Keyboard' System Preferences). This gives access to: the Keyboard Viewer, which can be used to view and input characters accessed via the ⌥ Option key; the Character Viewer, which can be used to access any Unicode character. It is also available from the Special Characters tool
Typing on an iPad's virtual keyboard. A virtual keyboard is a software component that allows the input of characters without the need for physical keys. [1] Interaction with a virtual keyboard happens mostly via a touchscreen interface, but can also take place in a different form when in virtual or augmented reality.
In June 2012, SwiftKey released a specialized version of its keyboard called SwiftKey Healthcare. It is a virtual keyboard for iOS, Android, Windows Phone and BlackBerry devices that offers next-word predictions based on real-world clinical data. [30] In October 2012, SwiftKey Healthcare won the Appsters Award for Best Enterprise App 2012. [31]