Post #1 · Posted at 2024-04-23 01:35:23pm 1.5 weeks ago
 Landpaddle | |
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Member |
| 37 Posts | |
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| Reg. 2022-11-16 | |
I created a Python script to show the exact locations of ambiguous steps in .sm and .ssc files for Single Play charts. Ambiguous steps are considered DU jumps or D->U / U->D steps after a neutral position. The script explains where and how steps resolve by current note, current measure, and the line in the measure. The script also creates a JSON file as output with a count of each type of ambiguous jump or step and its subtypes.
The "Ambiguity Hunter.py" script is available here:
https://drive.google.com/drive/folders/1VX-aPpDzcZctLAUaknCuqndHabENbMsH?usp=sharing
Limitations:
- Does not account for holds due to greatly increasing the complexity of the problem
- Does not account for footswitches in the middle of ambiguous sections
To use the analyzer, change the "rootdir" line to the path of the parent folder you wish to analyze. When run, the script will traverse the folder and all subfolders to search for Stepmania files.
The "Ambiguity Hunter.py" script is available here:
https://drive.google.com/drive/folders/1VX-aPpDzcZctLAUaknCuqndHabENbMsH?usp=sharing
Limitations:
- Does not account for holds due to greatly increasing the complexity of the problem
- Does not account for footswitches in the middle of ambiguous sections
To use the analyzer, change the "rootdir" line to the path of the parent folder you wish to analyze. When run, the script will traverse the folder and all subfolders to search for Stepmania files.