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Program always crashes!!
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About
This application simulates microphone arrays for sound localization prediction. It offers an object-based workflow to configure microphone setups and predict perceived sound source positions based on psychoacoustic models. The tool also automatically configures arrays for desired spatial scenes, considering microphone height and vertical orientation.
✓Interactive object-based workflow
✓Graphical user interface
✓Localization prediction
✓Microphone array configuration
✓Psychoacoustic modeling
✓Automatic array setup
✓Considers microphone height and orientation
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What's New in MARRS
1.4.1
September 22, 2020
- Updated UI - Updated navigation - Multiple bug fixes - Graphs mode now has source distance and height controls.
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FAQ
What is MARRS used for?
MARRS is used for simulating microphone arrays to predict sound localization and configure microphone setups. It helps users understand how different microphone configurations will affect the perceived position of sound sources.
Does MARRS have ads?
No, MARRS does not contain advertisements. It is a free application without any ad interruptions.
What devices can I use MARRS on?
MARRS is available for iPhone, iPad, and iPod. It is designed to run on Apple's mobile operating system.
How often is MARRS updated?
The latest version of MARRS is 1.4.1, which was released on September 22, 2020. Users can check for updates through their respective app stores.
What is the age rating for MARRS?
MARRS has an age rating of 4+. This indicates it is suitable for users of all ages, with no mature content.
Can MARRS automatically configure microphone arrays?
Yes, MARRS can automatically configure suitable microphone arrays for your desired spatial scene in reproduction. This feature helps users achieve specific audio reproduction goals.
Does MARRS consider microphone height and orientation?
Yes, MARRS overcomes limitations of other simulation tools by considering microphone height and vertical orientation. This provides a more comprehensive simulation.
What is the learning methodology behind MARRS?
MARRS utilizes psychoacoustic time-level trade-off functions to predict perceived sound source positions. This approach is based on how humans perceive sound in space.
