![]() ![]() These DSP objects are not provided with a corresponding control object. Two of these elementary objects are described in this manual: hlshelf1~ and vdelay~.įinally, chapter 5 of this manual describes two of the miscellaneous objects used in Spat~: air~ (a spectral corrector for simulating air absorption) and input~ (an object that provides a library of test signals, used in help-patches and example patches). These elementary objects can be used individually, and some of them are provided with a help patch. Spat is a software suite for spatialization of sound signals in real-time intended for musical creation, postproduction, and live performances. Unlike main low-level control objects, elementary control objects do not transmit incoming messages, but only update their graphical display accordingly. The control method for these elementary objects is detailed in chapter 3. Each elementary DSP object is associated to a corresponding elementary low-level control object (foo_). The low-level DSP objects are themselves made of elementary DSP objects (whose name starts with a small letter instead of a capital letter, e.g. ![]() On the contrary, low-level control objects, like Spat_ or Room_, just transmit incoming messages or actions on the user interface. The characteristic property of high-level control objects is that they can translate commands and remote control messages into low-level control messages which are recognized by the DSP objects. The outlet of Spat_OPer can be connected to the rigthmost inlet of a Spat~ or Spat_ object, or to the rightmost inlet of a Room~ or Room_ object (Spat~ can be configured to be equivalent to an implementation of Room~). There is currently only one high-level control object, named Spat_OPer and described in chapter 4. These DSP modules take (possibly optional) arguments which allow to configure them into various implementations (for instance different loudspeaker setups for the Pan~ module). The control method for these modules is detailed in chapter 2 of this manual. ![]() Spat~ is a DSP object made of the cascade connection of four DSP objects: Source~, Room~, Pan~ and Decoder~. Foo~), each of which is associated to a corresponding low-level control object (Foo_). A global preset of both slots and the position of the morphing slider can also be saved.As described in chapter 2 of the introduction manual, there are two main categories of objects in the Spat~ library: low-level objects and high-level objects.The signal processing is performed by the low-level DSP objects (e.g. The slider can be set to follow automation curves in the host application. ![]() To improve workflow, the plug-in features two preset slots, A and B, that can be loaded simultaneously with a set of parameters and morphed between using a slider. You can use the dry mix control to blend the original signal with the processed signal. The software has input and output gain controls for adjusting levels before and after the signal processing and VU meters for monitoring. The room, the hallway, and the outside environment can all be modeled in parallel and then automation data can be assigned to the listening position within those spaces in sync with the dialogue. They hope to release it next month but we cannot share any more about what might be in the new 64bit release. This is useful for applications such as Additional Dialogue Recording (ADR), wherein a character moves from inside a room, into a hallway, and continues speaking while stepping outside. Our friends at Flux:: Sound and Picture Development are hard at work bringing their IRCAM SPAT room acoustics simulation plug-in to the AAX 64 bit platform. You can use the software to model up to three different acoustic spaces with different reverbs, and then move the listening position around within those spaces. The plug-in is intended for multi-channel applications with up to eight input and output channels in 7.1 or 8.0 surround sound configurations. Flux IRCAM Spat V3Multiformat Room Acoustics Simulation & LocalizationWith more than a decade of research performed by the Acoustic and Cognitive Spaces. The IRCAM SPAT Complete Room Acoustics Simulator Plug-In (Electronic Download) uses advanced perceptive models to simulate the reverberation characteristics and the spatial source localization of a sound within different acoustic environments. ![]()
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