Odeon Acoustics Cracked
ODEON 14 – Room Acoustics Software
ODEON software is developed for simulating and measuring the interior acoustics of buildings. With the appropriate treatment outdoor situations can be studied as well. Given the geometry and surface-properties, the acoustics can be predicted, illustrated and listened to. Sound reinforcement is easily integrated in the acoustic predictions. ODEON uses the image-source method combined with ray tracing.
Applications include
Concert and opera halls, theatres, churches and mosques
Open plan offices, foyers, restaurants, music studios
Odeon - Acoustics Simulation Software by Odeon A/S. ODEON software is developed for simulating the interior acoustics of buildings. Given the geometry and surface. Odeon; Marshall Day Acoustics. Insul; Zorba; Iris; Norsonic. Results and graphic displays can be printed in high quality from within Odeon. Odeon room acoustics software crack zone. ODEON is a powerful engineering software for simulation and measurements of room acoustics. With ODEON you can design acoustical solutions for Concert halls. ODEON software is developed for simulating the interior acoustics of buildings. Given the geometry and surface-properties, the acoustics can be predicted, illustrated and listened to. Sound reinforcement is easily integrated in the acoustic predictions. ODEON uses the image-source method combined with ray tracing.
Underground and railway stations, airport terminals
Industrial Environments, Outdoor areas with complicated geometry
Odeon Acoustics
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- Inside the archive you will find everything you need to crack the software.
- http://fileom.com/oo00nqtzlo7u/ODEON.Room.Acoustics.Combined.Edition.v11.23.cracked.rar
- State of the art auralisation
- Ease and flexibillity in room modelling
- ODEON software is developed for simulating the interior acoustics of buildings. Given the geometry and surface-properties, the acoustics can be predicted, illustrated and listened to. Sound reinforcement is easily integrated in the acoustic predictions. ODEON uses the image-source method combined with ray tracing.
- Concert and opera halls, theatres, churches and mosques
- Open plan offices, foyers, restautants, music studios
- Underground and railway stations, airport terminals
- Industrial Environments, Outdoor areas with complicated geometry
- The upgrade for ODEON 11 contains important new features:
- Parallel processing, gives faster calculations on multicore computers.
- Fibonacci Spiral, a perfect distribution of source radiation pattern.
- Room acoustic parameter list, display results the way you want.
- User defined acoustic parameters, create your own parameters.
- ISO 3382-2 compliance, for analysing quality of decay in simulation.
- Calculation setup simplified, making it easier to predefine calculation setup.
- Automatic grid scaling improved, statistically based colour scaling and 'data wash'.
- Click to select point in grid, when you want to see results faster.
- Echo detection, find which receivers are disturbed by echo.
- Dynamic diffusion curve, shows how diffusion vary over time.
- Show only lost rays, for detection of holes in geometry during raytracing.
- Layer support for Extrusion modeller, better management of extrusion models.
- Automatic receiver direction for more user friendliness.
- Automatic saving of Sketchup model when making several versions of the same geometry.
- If the CPU on your computer contains more than one core the calculation of Grid- and Multipoint responses are using the power of the multi core CPU to achieve faster calculation. Up to 10 times faster calculations than version 10 on a computer with 4 cores. The more cores, the faster. The Fibonacci Spiral implemented in Version 11 has a great part of the honour of Odeon version 11 being much faster.
- Another enhancement to algorithms is that rays are radiated from point sources according to the Fibonacci spiral; the seeds in a Sunflower are ordered according to the Fibonacci spiral which allows the seeds to be packed in the most efficient way (at the smallest possible area) and, what is interesting for us, with the most even distance between the points (rays) on a sphere.
- Using a spiral to determine directions for ray radiation also ensures that there will be no precedence towards or away from e.g. horizontal rays. In earlier versions of ODEON, rays were ordered on a number of dishes or cones with stepwise elevation angles, which indeed gives an even distribution of rays when the ray number goes towards infinity - a problem with the 'dish' method is that it may or may not result in a large horizontal dish of rays which will overemphasize predicted flutter echoes in parallel walled rooms. The Fibonacci spiral is a small but significant change to the algorithms; the number of rays (reflections) needed in order to achieve a certain quality of results can be reduced by approximately 50%!
- Room acoustic parameter list
- With this customisation of results you only need to calc