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**Press 'C' for subtitles. Para Español, active subtítulos y vaya a los ajustes.** In order to calculate reflections, acoustic properties such as absorption and scattering must have been assigned to surfaces. Absorption coefficients, or "materials", can be easily assigned to groups of surfaces, making the process easy even for complicated models. ODEON comes with a library of materials ready for use, which can also be customized. The video also shows how to use scattering and transparency coefficients. Learn more about ODEON and download the free trial at our website: http://odeon.dk 0:00 Intro 0:29 Surface list and layer mode 1:02 Layers in the surface list 1:29 Set Layers 2:10 Material library 3:07 Material colors 4:57 Changing material colors 5:56 Material number ranges 6:11 Assigning materials to surfaces 7:01 Finding surface numbers 7:37 Replace material and assign to layer 8:20 Assigning in layer mode 9:29 Modifying absorption of surfaces 10:23 Creating new materials 10:51 Importing materials from spreadsheet 12:55 Global and local room libraries 13:56 Quick Estimate 15:18 Material list archive 16:54 Scattering coefficient 18:06 Finding the user manual 18:35 Entering scattering coefficients 20:07 Scattering due to diffraction 21:01 Transparency coefficient 22:47 Transparent and 100% absorbent materials 23:29 Exterior vs. Interior surfaces 24:06 Edge diffraction & Fractional wall type 25:47 Outro ODEON is a software for simulation and measurements of room acoustics, and is the preferred software by acoustic engineers and architectural consultancy firms. You can model sound sources ranging from point sources with directivities to large industrial machines, visualize acoustics with ray tracing, billiard balls, and color grids, and even listen to the simulated acoustics in your room with auralisations. ODEON is the optimum acoustic design tool when working with concert hall and auditorium acoustics, industrial and restaurant noise, and PA system design. The video tutorials in this channel will explain the basics of room acoustics analysis using ODEON.