Audio Classification
English
music
art
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  # Intro
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  Our evaluation methodology adopted the approach for structural segmentation evaluation outlined in the Harmonix set, which employed Structural Features for boundary identification, and 2D-Fourier Magnitude Coefficients (2D-FMC) for segment labeling based on acoustic similarity. CQT features serve as input features for the algorithm. The algorithm is implemented using Music Structure Analysis Framework (MSAF). For evaluation metrics, the F-measure is reported for the following metrics: Hit Rate with 0.5 and 3-second windows for boundary retrieval, Pairwise Frame Clustering and Entropy Scores for segment labeling. The evaluation is implemented using mir_eval.
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- ## Evaluation result
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- ![](https://www.modelscope.cn/models/ccmusic-database/song_structure/resolve/master/segment_results.jpg)
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-
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  ## Usage
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  ```python
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  from modelscope import snapshot_download
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  <https://www.modelscope.cn/models/ccmusic-database/song_structure>
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  ## Evaluation
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- <https://github.com/monetjoe/ccmusic_eval/tree/msa>
 
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  # Intro
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  Our evaluation methodology adopted the approach for structural segmentation evaluation outlined in the Harmonix set, which employed Structural Features for boundary identification, and 2D-Fourier Magnitude Coefficients (2D-FMC) for segment labeling based on acoustic similarity. CQT features serve as input features for the algorithm. The algorithm is implemented using Music Structure Analysis Framework (MSAF). For evaluation metrics, the F-measure is reported for the following metrics: Hit Rate with 0.5 and 3-second windows for boundary retrieval, Pairwise Frame Clustering and Entropy Scores for segment labeling. The evaluation is implemented using mir_eval.
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  ## Usage
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  ```python
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  from modelscope import snapshot_download
 
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  <https://www.modelscope.cn/models/ccmusic-database/song_structure>
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  ## Evaluation
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+ [![](https://www.modelscope.cn/models/ccmusic-database/song_structure/resolve/master/segment_results.jpg)](https://github.com/monetjoe/ccmusic_eval/tree/msa)