SoundScape3D is a unique collection of spatial audio technologies pioneered by VRSonic over the past decade. The result is a spatial audio modeling and rendering engine that allows you to create, render, and display rich and vibrant virtual sonic environments. The following are some of the important features that make this technology unique.
Modeling
Advanced modeling constructs enable you to model the virtual acoustic
environment in all its subtleties. These constructs include a novel
technique for modeling complex sound emitters called ViBes. ViBes
enable sound designers to create dynamic, multi-timbral sound emitters
that exhibit dynamic behavior over time. SoundScape3D also
supports the modeling of distinct acoustic spaces with the inclusion of
acoustically active scene geometry into a scene. SoundScape3D
defines an XML schema for describing all of the elements of an auditory
scene. This enables the representation of complete auditory scenes,
including the dynamic sound animation components, as XML documents that
can be loaded by the system.
Animation
SoundScape3D incorporates SoundNet, a patented sound
animation technology that provides a level of control over the behavior
of sounds in the environment that is not possible with current
technology. SoundNet gives you the power to accurately model dynamic,
natural acoustic environments or create highly complex, interactive
synthetic soundscapes. In addition to SoundNet, SoundScape3D
provides other powerful sound animation techniques including flock
simulators and random sound fields that can model multiple, pseudo
random discrete auditory event phenomenon such as fields of crickets.
Finally, path controllers enable sound emitters to be moved along a
variety of path specifications including splines, lines, and circles.
Display
No one auditory display technology can satisfy the requirements of all
applications. Auditory display customization is usually necessary to
achieve good results given the characteristics of an application.
SoundScape3D's AdaptiveDisplay technology addresses this
problem by providing for a high degree of customization where nearly
any auditory display configuration can be specified.
Customization
SoundScape3D technology integrates multiple tools for
customization. Config lets you create and configure auditory displays
for you application. Profiler lets you customize an auditory display
for a particular listener.
Adaptive Display
Interface Link
Features
- Auditory behavioral modeling with ViBe technology provides parameterized, behavioral auditory models
- Volumetric, multi-timbral emitters
- Advanced sound animation with SoundNet, Random Sound Fields, flock motion, path motion, triggered emitters, and script control.
- Physically accurate sound propagation modeling including:
- Spherical directional source model
- Air absorption model compliant with published standards
- Physically accurate material absorption and reflection
- Perceptually accurate spreading loss model.
- Multiple, concurrent listener support
- Occlusion and room modeling based on arbitrary polygonal models
- Ultra fast geometry processing using advanced spatial subdivision algorithms
- XML based sound schema allows you to instantiate any SoundScape3D scene object from an XML representation
- Powerful sound synthesis capability
- Support for practically any audio file format
- Parametrically layered sample processing using multi-channel audio files
- Streaming emitters including sound transmitted over IP networks
- AdaptiveDisplay technology lets you render the auditory scene using :
- Loudspeaker panning using a variety of advanced panning algorithms
- Binaural synthesis with customizable HRTFs
- Direct channel routing that directs each emitter to a specified output channel
- Dynamically reconfigurable audio rendering pipeline
- High quality floating point processing throughout the engine
- High quality sample rate conversion
- Support for low latency ASIO output
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