OSCMULT is a programming term that refers to the use of multiple Open Sound Control (OSC) messages. Its spelling derives from the acronym for Open Sound Control (OSC), which is /oʊskæmʌlt/. This term is pronounced as "oh-ess-see-muhlt." The word "OSC" is pronounced with a long "o" sound, /oʊsk/, followed by the sound of the letter "k," /k/. The spelling of the term is straightforward and easy to remember, making it a popular term among those in the programming and sound design community.
OSCMULT is an abbreviation for "Open Sound Control Multiple", which is a communication protocol used in computer music and multimedia systems. OSCMULT is an expanded feature of the Open Sound Control (OSC) protocol that allows for the simultaneous control of multiple parameters or instruments.
Open Sound Control (OSC) is a widely-used protocol for communication between musical instruments, software programs, and other multimedia devices. It enables the control and exchange of messages, typically in real-time, to control parameters such as pitch, volume, modulation, and various other aspects of sound generation and processing. OSC allows for precise and flexible control over the parameters of sound synthesis and processing, and is commonly used in music composition, performance, and interactive installations.
OSCMULT extends the functionality of OSC by adding the ability to control multiple parameters or instruments simultaneously. It provides a way to group together multiple OSC messages in a single package or bundle, and send them all at once. This allows for more efficient and synchronized control of multiple sound synthesis modules, devices, or software applications. OSCMULT enables the creation of complex and dynamic musical performances, where multiple instruments or sound sources can be controlled in a coordinated manner.
In summary, OSCMULT is an extension of the Open Sound Control protocol that facilitates the simultaneous control of multiple parameters or instruments within computer music and multimedia systems. It enhances the capabilities of OSC by allowing for the efficient and synchronized control of multiple sound sources or devices.