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en:camat [2022/02/04 13:28] andres_romero [Tutorial 2: Statistical queries of musical features] |
en:camat [2022/02/10 18:28] (aktuell) egor |
* Installation [[en:installation#musescore|MuseScore]] | * Installation [[en:installation#musescore|MuseScore]] |
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Then, download the zip file [[https://analyse.hfm-weimar.de/scripts/CAMAT_beta_23_01_2022.zip|CAMAT_beta.zip]] (don't forget the current [[https://analyse.hfm-weimar.de/scripts/hfm_1.1.2.yml|YML]]!) (right click -> save target as) and unzip it to the folder where you installed Anaconda or Miniconda (usually 'c:/users/ //name// /music_xml_parser/'). | Then, download the zip file [[https://analyse.hfm-weimar.de/scripts/CAMAT_beta_30_01_2022_eng.zip|CAMAT_beta.zip]] (don't forget the current [[https://analyse.hfm-weimar.de/scripts/hfm_1.1.2.yml|YML]]!) (right click -> save target as) and unzip it to the folder where you installed Anaconda or Miniconda (usually 'c:/users/ //name// /music_xml_parser/'). |
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Inside the folder 'music_xml_parser' there are three subfolders: | Inside the folder 'music_xml_parser' there are three subfolders: |
==== Tutorial 1: Introduction and visualization of note texts ==== | ==== Tutorial 1: Introduction and visualization of note texts ==== |
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* Tutorial [[https://analyse.hfm-weimar.de/jupyter/CAMAT_Noten_Basics_Part1_Einfuehrung.ipynb|CAMAT_Basics_Part1_Introduction]] (Jupyter notebook; [[https://analyse.hfm-weimar.de/jupyter/CAMAT_Noten_Basics_Part1_Einfuehrung.html|html]]-preview) | * Tutorial [[https://analyse.hfm-weimar.de/jupyter/CAMAT_SheetMusic_Basics_Part1_Introduction.ipynb|CAMAT_Basics_Part1_Introduction]] (Jupyter notebook; [[https://analyse.hfm-weimar.de/jupyter/CAMAT_SheetMusic_Basics_Part1_Introduction.html|html]]-preview) |
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The scores to which musical analysis usually refers are, first of all, playing instructions for the musicians. Thus, it is a //prescriptive// notation. In contrast, musical structures are to be described in analysis as they sound. The American musicologist Charles Seeger has therefore distinguished from prescriptive notation the //descriptive// modes of notation, in which an attempt is made to graphically represent musical structures as they sound. The purpose of these visualizations is not to perform music, but to gain as good an impression as possible of its sounding structures. | The scores to which musical analysis usually refers are, first of all, playing instructions for the musicians. Thus, it is a //prescriptive// notation. In contrast, musical structures are to be described in analysis as they sound. The American musicologist Charles Seeger has therefore distinguished from prescriptive notation the //descriptive// modes of notation, in which an attempt is made to graphically represent musical structures as they sound. The purpose of these visualizations is not to perform music, but to gain as good an impression as possible of its sounding structures. |
==== Tutorial 2: Statistical queries of musical features ==== | ==== Tutorial 2: Statistical queries of musical features ==== |
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* Tutorial [[https://analyse.hfm-weimar.de/jupyter/CAMAT_Noten_Basics_Part2_Statistik.ipynb|CAMAT_Basics_Part2_Statistics]] (Jupyter notebook; [[https://analyse.hfm-weimar.de/jupyter/CAMAT_Noten_Basics_Part2_Statistik.html|html]]-preview) | * Tutorial [[https://analyse.hfm-weimar.de/jupyter/CAMAT_SheetMusic_Basics_Part2_Statistics.ipynb|CAMAT_Basics_Part2_Statistics]] (Jupyter notebook; [[https://analyse.hfm-weimar.de/jupyter/CAMAT_SheetMusic_Basics_Part2_Statistics.html|html]]-preview) |
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