This document discusses Z-MUSIC, a JavaScript library that allows MML (Music Macro Language) music to be played by emulating the OPM and ADPCM sound chips of the X68000 computer through Web Audio API. It explains how the library works by using an AudioProcessorNode to handle audio processing callbacks from a compiled C++ emulator library. Challenges around managing the JavaScript main thread are also outlined. Resources for the Qiita article and GitHub code are provided.
This document summarizes new sound and music APIs available on the web, including Web Audio, Web MIDI, and WebRTC. It provides an overview and demos of each API, as well as lessons on how to use them, including generating and manipulating sound with Web Audio, querying and sending MIDI messages with Web MIDI, and getting audio from microphones with WebRTC. The document emphasizes that these new capabilities allow musical instruments and audio hardware to be used directly on the web in real-time.
The document discusses the Web MIDI API, which allows web applications to access MIDI devices. It provides an overview of browser support for the API, including Chrome enabling it without flags in version 43. Usage statistics still show very low adoption. Recent changes require secure origins for SysEx requests for security. Planned updates include native MIDI support in Android Marshmallow and a software synth permission option. Security issues with virtual MIDI drivers on Windows are noted.
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This document summarizes new sound and music APIs available on the web, including Web Audio, Web MIDI, and WebRTC. It provides an overview and demos of each API, as well as lessons on how to use them, including generating and manipulating sound with Web Audio, querying and sending MIDI messages with Web MIDI, and getting audio from microphones with WebRTC. The document emphasizes that these new capabilities allow musical instruments and audio hardware to be used directly on the web in real-time.
The document discusses the Web MIDI API, which allows web applications to access MIDI devices. It provides an overview of browser support for the API, including Chrome enabling it without flags in version 43. Usage statistics still show very low adoption. Recent changes require secure origins for SysEx requests for security. Planned updates include native MIDI support in Android Marshmallow and a software synth permission option. Security issues with virtual MIDI drivers on Windows are noted.
- The Web MIDI API in Chrome is being updated, with changes to the MIDIAccess interface starting in Chrome 39
- In older versions, inputs and outputs of MIDIAccess returned arrays, but in Chrome 39 and later they are attributes that return MIDIInputMap and MIDIOutputMap objects
- Code examples are provided to demonstrate accessing MIDI inputs and outputs in a way that is compatible with versions from Chrome 37 through the latest API update
Web MIDI API - the paster, the present, and the future -Takashi Toyoshima
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The Web MIDI API allows web applications to access MIDI devices for real-time music control. It was developed by the Chromium Projects starting in 2013, with implementations in Chrome since 2014. While available on several platforms and versions, it continues to be improved with better device detection, updated specifications, and future support for new JavaScript features and use cases.
7. 原作をウェブで
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run68 (in C)
sion2.x
(Binary for X68k)
実行
JavaScript VM
実行
互換レイヤー
(in JavaScript)
DOS/IOCS
MAGIC
Z-MUSIC
GVRAM I/O
<iframe>
zmusic.x
(Binary for X68k)
非同期RPC化
ここで気合
ハイレゾ化するぞ!
X68Sound.dll (in C++)
run68 (in C)