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(2012), Acoustic rehabilitation of the church of Santa Ana in Moratalaz, Madrid, Archives of Acoustics, 37, 4, 435–446.Ĭarmona C., Zamarreno T., Girón S., Galindo M. ![]() (2015), Acoustic Intervention in a Cultural Heritage: The Chapel of the Royal Palace in Caserta, Italy, Buildings, 6, 1, 1–14.īueno A.M., León A.L., Galindo M. (2009), A comparative analysis of acoustic energy models for churches, The Journal of the Acoustical Society of America, 126, 4, 1838–1849.īerardi U., Iannace G., Ianniello C. ![]() (2014), Simulation of acoustical parameters in rectangular churches, Journal of Building Performance Simulation, 7, 1, 1–16.īerardi U., Cirillo E., Martellotta F. (2012), A double synthetic index to evaluate the acoustics of churches, Archives of Acoustics, 37, 4, 521–528.īerardi U. (2014), A methodology for the study of the acoustic environment of Catholic cathedrals: Application to the Cathedral of Malaga, Building and Environment, 72, 102–115.īerardi U. Álvarez-Morales L., Zamarreño T., Girón S., Galindo S. (2014), Acoustic evaluation of the cathedral of Seville as a concert hall and proposals for improving the acoustic quality perceived by listeners, Journal of Building Performance Simulation, 7, 5, 360–378. An attempt to use the GAP and GI calculation models to assess the acoustic properties of some churches is also shown in the article.Īlonso A., Sendra J. The next stages in the development of the index method for assessing the acoustic quality of churches were taking into account the audience, using simulation tests and determining the spatial distribution of the single number GAP index in an examined church. #Catt acoustic v8 verification#The verification was performed on the example of one church, showing the way of calculating global indices to assess the acoustic quality of a new facility. The latest version of the index method has been created using the index observation matrix of 12 churches which have been rated by means of the single number global index.Īssessments of the acoustic quality of any Roman Catholic church, using two calculation models: the Global Acoustic Properties Index (GAP) and the Global Index (GI), are shown in the article. In parallel with research conducted using conventional methods, a uniform index method for assessing the acoustic quality of Roman Catholic churches has been developed. 176 The 10-degree measured format (SD1).176 The any-degree measured, interpolated or simulated format (SD2). 176 The 15-degree interpolated format (SD0). 172 Elements common to SD0, SD1, CF1, CF2 (and SD2) formats.173Ĥ.3 Theory. 170 10-degree measured format (SD1, CF1, CF2). #Catt acoustic v8 full#151 Full detailed calculation problems.151ģ. 150 Geometrical errors.150 Audience area mapping problems.151 Early part calculation problems. 136 Reverberant decay and reverberation time estimation. ![]() #Catt acoustic v8 how to#31 Frequency range.32 Source directivity.32 Data output.32ġ.6 How to get started. 29 Hardware requirements.29 Hall geometry and absorption. ![]() 26 Source addition module.27 Post-processing module.28 Plot-file viewer module.29 Sequence processing module.29ġ.5 Software overview. 25 Source directivity module.26 Surface properties module. 11 Menus.11 Dialogs.19 Toolbars.19 Hidden options.20 Miscellaneous. 1 Optional user-supplied info included in license.6ġ.2 Typical session. #Catt acoustic v8 manual#Room Acoustics Prediction and Walkthrough AuralizationĬATT-Acoustic v8.0 - up to and including v8.0g build 2 For additions after v8.0g build 2 see Help|View Manual Addendum or the help-fileĬATT Mariagatan 16A SE-41471 Gothenburg Sweden Phone/Fax: +46 31 145154 E-mail: WWW: įront page pictures and model from Javier Barros Sierra Auditorium at Facultad de Ingenieria, UNAM, Mexico Courtesy of Juan Carlos Andrews Gonzalez from his thesis on the acoustic analysis of this hall. ![]()
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