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Olive Tree Lab - Version 4.4 -3D Acoustical Software Suite
OTL Suite is a suite of 3D acoustical software applications integrated in one working environment. It`s the first ever acoustical software application which offers such flexibility among calculations in various fields of acoustics, including non-homogeneous meteorological conditions, within the same environment.
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These applications are: Room Acoustics, Open Plan Office, Outdoor Sound Propagation, Multilayered Structure Builder, and Sound Distribution and Scattering Polar Plotter.
Think of OTL-Suite as the equivalent of MS Office in Acoustics - many applications talking to each other seamlessly and no more transferring incompatible data from one application to another.
Why Olive Tree Lab?
Because:
- After years of using third party software and mismatch between measured data and predictions, we have developed a software where practice matches theory .
- It`s developed from an acoustical engineer’s point of view.
- Although standards are needed, there are advanced acoustical methods beyond standards, which we additionally apply.
- We believe in accuracy and not estimation for both the designer and the client.
- We know how difficult it is to switch between applications, now all your acoustic needs are in one software.
- You don`t have to set up another project in another software.
- We believe working with a software should be fun and not tedious.
- We believe our products are revolutionary.
Working Environment
- Integration
- Problem solving approach
- Intuitive
- Ease of use
- Working efficiency
- Easy learning curve
- Portability
- Accuracy
- Speed
- Multiple projects results intercomparison
- Export of all results for post processing by 3rd party software
- Precise and Indicative calculation approach
- Scientifically validated results
- 3D Modelling in 4 display modes
- Sound ray visualisation
- 3D & 2D Mapping
- Camera function
- Polar plots of sound scattering
- Visualise results vs criteria
- Screenshots of all software components
- Import 3D model from 3rd party software or model your project in OTL-Suite
- Assign source-receivers
- Assign your materials according to absorption coefficients or calculated surface impedance
- Run calculations for single or multiple receivers (mapping) for outdoor & indoor acoustics in one integrated environment
- Calculate Sound Distribution & Scattering Polar Plot
- Acoustic Engineers & Consultants
- Audio & Sound Engineers
- Manufacturers
- Researchers
- Academia & Students
- Architects & Interior Designers
- Audio-Visual Installers
- Environmental engineers
- Health & Safety Officers
- Government & Local Authorities
- Professionals & Hobbyists
Based on:
- ISO 9613-1: 1993(E): Acoustics - attenuation of sound during propagation outdoors - Part I: Calculation of the absorption of sound by the atmosphere. International Standards Organisation,1993.
- ISO 3382-1:2009 (E) : Acoustics - Measurement of room acoustic parameters - Part 1: Performance Spaces
- ISO 3382-2:2008: Acoustics -- Measurement of room acoustic parameters -- Part 2: Reverberation time in ordinary rooms
- ISO 3382-3:2012: Acoustics - Measurements of room acoustic parameters - Part 3: Open Plan Offices
- IEC 60268-16:2011, Sound system equipment - Part 16: Objective rating of speech intelligibility by speech transmission index
- Olive Tree Lab-Acoustics Lib methodology based on a great number of scientific literature
- PEMARD`s Framework
Working Environment
- Integration
- Problem solving approach
- Intuitive
- Ease of use
- Working efficiency
- Easy learning curve
- Portability
Calculations
- Accuracy
- Speed
- Multiple projects results intercomparison
- Export of all results for post processing by 3rd party software
- Precise and Indicative calculation approach
- Scientifically validated results
Visualisation
- 3D Modelling in 4 display modes
- Sound ray visualisation
- 3D & 2D Mapping
- Camera function
- Polar plots of sound scattering
- Visualise results vs criteria
- Screenshots of all software components
How it works
- Import 3D model from 3rd party software or model your project in OTL-Suite
- Assign source-receivers
- Assign your materials according to absorption coefficients or calculated surface impedance
- Run calculations for single or multiple receivers (mapping) for outdoor & indoor acoustics in one integrated environment
- Calculate Sound Distribution & Scattering Polar Plot
Applications
- Research & Prototyping
- Manufacturing including noise barriers
- Design of Acoustical Material and Structure & Manufacturing
- Noise Control Design & Strategy during construction
- Environmental Acoustics Assessment
- Room Acoustics Materials and Structures Optimisation
- Working Space Layout Acoustical Optimisation
- Wind Turbine Industry
- Health & Safety Criteria Exceedance
- Acoustical, Architecture & Interior Design
- Academia
Users
- Acoustic Engineers & Consultants
- Audio & Sound Engineers
- Manufacturers
- Researchers
- Academia & Students
- Architects & Interior Designers
- Audio-Visual Installers
- Environmental engineers
- Health & Safety Officers
- Government & Local Authorities
- Professionals & Hobbyists
- 3D Acoustical software applications in one integrated working environment.
- The first ever wave based geometrical acoustics software application.
- Spherical sound pressure (not energy) wave propagation over impedance surfaces. Also allows for plane wave propagation and absorption coefficients.
- Atmospheric Refraction and Turbulence due to non-homogeneous atmosphere.
- The first 3D acoustical software application to include a Multilayered Structure Builder based on the Transfer Matrix Method. Calculates surface impedance, sound absorption coefficients and sound transmission losses of 3D model entities.
- Sound Distribution and Scattering Polar Plotter.
- Room Acoustics
- Open Plan Office
- Outdoor Sound Propagation
- Source Directivity, OTL can now also import CLF files that represent the directivity of the sources.
- Head Related Transfer Function. This response characterizes how the human ear receives sound in 3D space.
- Unique Visualization Features.
- Research & Prototyping
- Manufacturing including noise barriers
- Design of Acoustical Material and Structure & Manufacturing
- Noise Control Design & Strategy during construction
- Environmental Acoustics Assessment
- Room Acoustics Materials and Structures Optimisation
- Working Space Layout Acoustical Optimisation
- Wind Turbine Industry
- Health & Safety Criteria Exceedance
- Acoustical, Architecture & Interior Design
- Academia