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08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 3
The previous module capabilities
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
Glas-Panflöte/ Glass Panflute
8
PERMAS-AC
A revised module for sound simulation
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
(released in Heidelberg 1991)
08.03.2008
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
4
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 9
Software achievements
(famous software developers)
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 11
How can PERMAS contribute?
Βιβλιοθήκη Baidu08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 2
PERMAS-AC
A revised module for sound simulation
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 5
Why is a revision so important?
Vivaldi
Mozart
Bach
Haydn
Donizetti
08.03.2008
Saint-Saens
Reger
Dvorak
10
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
z Modeling of wine and glass z Performance depends on computer z Parallelization included z Full glass-wine interaction (strong coupling) z Sound generation on simulation results possible z Accuracy of results confirmed by tests z Response in frequency and time domain z Postprocessing fully supported
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 6
PERMAS-AC
A revised module for sound simulation
08.03.2008
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
1
PERMAS-AC
A revised module for sound simulation
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 12
PERMAS-AC
A revised module for sound simulation
z Modeling does include wine but not glasses z Performance depends on user‘s disposition z Simultaneous execution difficult z Multiphysics approach missing (like glass-wine interaction) z Simulation covers only user‘s sound generation capabilities z Accuracy of results depend on user‘s sobriety z Recording did not work correctly due to random noise z Postprocessing failed due to lapse of memory
PERMAS-AC
A revised module for sound simulation
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
Glasharfe/Glass Harpe
Glasharmonika/ Armonica
Verrophon/ Verrophone
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
PERMAS-AC
A revised module for sound simulation
Released: Developer: Engineer: Reporter: INTES GmbH April 2008 Bertold Kirchgäßner Ralf Mütschele Reinhard Helfrich
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 13
Modeling
08.03.2008
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
PERMAS-AC
A revised module for sound simulation
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 7
Historical hardware characteristics
The previous module capabilities
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
Glas-Panflöte/ Glass Panflute
8
PERMAS-AC
A revised module for sound simulation
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
(released in Heidelberg 1991)
08.03.2008
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
4
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 9
Software achievements
(famous software developers)
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 11
How can PERMAS contribute?
Βιβλιοθήκη Baidu08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 2
PERMAS-AC
A revised module for sound simulation
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 5
Why is a revision so important?
Vivaldi
Mozart
Bach
Haydn
Donizetti
08.03.2008
Saint-Saens
Reger
Dvorak
10
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
z Modeling of wine and glass z Performance depends on computer z Parallelization included z Full glass-wine interaction (strong coupling) z Sound generation on simulation results possible z Accuracy of results confirmed by tests z Response in frequency and time domain z Postprocessing fully supported
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 6
PERMAS-AC
A revised module for sound simulation
08.03.2008
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
1
PERMAS-AC
A revised module for sound simulation
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 12
PERMAS-AC
A revised module for sound simulation
z Modeling does include wine but not glasses z Performance depends on user‘s disposition z Simultaneous execution difficult z Multiphysics approach missing (like glass-wine interaction) z Simulation covers only user‘s sound generation capabilities z Accuracy of results depend on user‘s sobriety z Recording did not work correctly due to random noise z Postprocessing failed due to lapse of memory
PERMAS-AC
A revised module for sound simulation
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
Glasharfe/Glass Harpe
Glasharmonika/ Armonica
Verrophon/ Verrophone
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
PERMAS-AC
A revised module for sound simulation
Released: Developer: Engineer: Reporter: INTES GmbH April 2008 Bertold Kirchgäßner Ralf Mütschele Reinhard Helfrich
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 13
Modeling
08.03.2008
PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de
PERMAS-AC
A revised module for sound simulation
1. Capabilities of the previous module 2. Why is a revision so important? 3. Historical hardware characteristics 4. Software achievements 5. How can PERMAS contribute? 6. Modeling 7. Frequencies 8. Simulation and test results 9. What we see is what we hear?
08.03.2008 PERMAS Users‘ Conference 3-4 April 2008 INTES GmbH, Schulze-Delitzsch-Str. 16, D-70565 Stuttgart, www.intes.de 7
Historical hardware characteristics