TripinLab Sound Trajectory

• Fabricant : TripinLab
• Modèle : Sound Trajectory
• Catégorie : Traitements & encodeurs surround logiciels
• Fiche créée le : 11/01/2018

Logiciel de spacialisation sonore ambisonique pour Mac OS X et Windows

• Trajectories: Manage the positions of your sound sources by drawing their path in a 3D space.
• Mixing: 32 tracks with trajectories. Each track can support up to 10 input sources.
• Sampler: The sampler plays the audio samples along the trajectories, with 32 polyphonic voices.
• Motion Listener: The listener can track a trajectory or move freely according to natural or extravagant movements!
• Dynamic session: A session can have as many scenes as you want. Each scene allows you to instantly store and recall all the parameters that you have edited or modified: trajectories, samples, position of the listener, etc…
• Sources: From mono to Dolby Atmos® 9.1, a dedicated editor allows you to define the pattern of the sources. During the mixing, Sound Trajectory allows you to shape them in 3D: position, size, rotation, scale.
• Video: Sound Trajectory has been developed to offer a virtual screen to visualize the video with the integrated player which can be synchronized by MTC. You can also use Syphon, Spout, Blackmagic and other digitizers for all formats from standard, up to VR 360 and Domemaster..
• Speakers editor: The speaker configuration is unlimited in number and position thanks to a clear, easy-to-use editing interface
• Osc: Use the OSC protocol as input and output in order to control Sound Trajectory from another software or conversely in order to control other softwares from Sound Trajectory.Use the Midi protocol with 14 bit pitchbend in order to control the trajectories index.
• Vst & stereo output: Sound Trajectory comprises an auxiliary output for the processing of ambisonic sources with vst plugins. This auxiliary bus can be configured in ambisonic format up to the 3rd order in the following modes: FUMA, N3D or SN3D (ambiX).

  Algorithm: Use algorithms to create random movements or simulate physical behaviors.