See upcoming and newly released features
Feature release roadmap
Open plan office parameters and custom STI
In progressThe open plan office parameters and custom STI feature refers to the ability to simulate acoustical parameters for open plan offices according to ISO 3382-3. Among the new parameters are the privacy distance and the distraction distance, both derived from the STI.
Generic geometry import (dxf)
In progressThis feature will give users the ability to import a file directly from the web application and create projects, spaces and models directly. With this feature the user can upload a DXF file and get instant feedback on the geometry, such as where the holes and problematic areas are for the wave-based solver.
Directive source import, Library of directional point sources & CLF import
In progressWith the directive source import feature in the Treble Acoustic Simulation Suite, you will be able to easily and accurately study the interaction between complex acoustic sources/sound systems and acoustic environments. This feature will allow you to import your own loudspeakers and sound systems into the software, in addition to the large database of sound sources that will come with Treble.
October 15, 2023
Treble API v1
In progressThe Treble API is coming! This version 1 will include directive source modeling, geometry and loudspeaker library, documentation, and job manager. Treble's cutting-edge wave base acoustic simulation technology has the ability to integrate with a variety of platforms and tools through its API. This means that Treble's acoustic simulation technology can be easily integrated into an existing workflow, providing seamless and efficient experience.
IFC import and automatic geometry simplification
In progressWith Treble Acoustic Simulation Suite, you will soon be able to import Industry Foundation Classes (IFC) files into the acoustic simulation software. The automatic geometry simplification feature will be able automatically simplify the geometry of your imported models to reduce calculation times for the simulation of room acoustics.
In progressVisualize the pressure wavefront animation propagate in real-time on a predefined surface receiver. This feature will allow you to see how sound waves propagate through a space and interact with objects in that space. It is a powerful tool for understanding how sound behaves in different environments.
In planningTreble will soon be able to conduct simulations of sound transmission through single walled geometries. It will be used to predict how much sound will be transmitted from one room to another. Transmission modelling will be available for both wave-based and geometrical acoustics simulations.
In progressThe material generator feature in our acoustic simulation software will allow you to create your own materials and assign them to your models. This feature will be perfect for those who want to customize their models with unique materials that are not available in our material database . With the material generator, you will be able to create materials that are specific to your needs and preferences.
In progressLive-link connection to Rhino. With Treble’s cloud-based platform, you will be able to instantly upload your models via the Rhino plug-in without the need to export and import 3D model files. This seamless and collaborative workflow reduces time-to-results from weeks to minutes. You can make changes on geometry and improve your designs in seconds, giving you more time to focus on what really matters.
In progressLive-link connection to Revit. With Treble’s cloud-based platform, you will be able to instantly upload your models via the Revit plug-in without the need to export and import 3D model files. This seamless and collaborative workflow reduces time-to-results from weeks to minutes. You can make changes on geometry and improve your designs in seconds, giving you more time to focus on what really matters.