PC/
 ├─ MID/            # 2마디 MIDI 세그먼트들
 ├─ ADT/            # 변환된 ADT (백업/편집용)
 ├─ SD/
 │   ├─ PATTERNS/   # 최종 ADP만 (장치가 읽을 폴더)
 │   ├─ SONGS/      # ARR/APT (곡 구성)
 │   └─ SYSTEM/     # INDEX.TXT, SETTINGS.CFG ...
 └─ tools/          # midi2adt.py, adt2adp.py, mkindex.py, arr_make.py

# 0) 깨끗이 시작 (선택)
Remove-Item -Recurse -Force .\ADT, .\SD  -ErrorAction SilentlyContinue
New-Item -ItemType Directory -Force .\ADT, .\SD\PATTERNS, .\SD\SONGS, .\SD\SYSTEM | Out-Null

# 1) 사전 분석(Subdivision Analysis에서 grid가 triplet과 straight 중 무엇인지 확인)
python.exe .\tools\mid2report_integrated.py .\01_input_MID\6ROCK.MID
python.exe .\tools\mid2report_integrated.py .\01_input_MID\6FUNK.MID
python.exe .\tools\mid2report_integrated.py .\01_input_MID\6BLUES.MID # triplet

#1) Type 0 MIDI file을 2 bar 단위로 분할
python.exe .\tools\split_drums_2bar_save_v4a.py .\01_input_MID\6ROCK.MID
python.exe .\tools\split_drums_2bar_save_v4a.py .\01_input_MID\6FUNK.MID
mv .\01_test\???_P???.MID .\MID

#2) MIDI → ADT (기본: 32스텝/GRID=16)
python .\tools\mid2adt.py --in-dir .\MID --out-dir .\ADT --recursive

#  (optional) 트리플렛 세트가 있다면:
python.exe .\tools\split_drums_2bar_save_v4a.py .\01_input_MID\6BLUES.MID
mv .\01_input_MID\BLU_P???.MID .\MID_TRIP
python .\tools\mid2adt.py --in-dir .\MID_TRIP --out-dir .\ADT --grid 16T --length 48 --recursive

# 4) ADT → ADP
python .\tools\adt2adp.py --in-dir .\ADT --out-dir .\SD\PATTERNS --recursive --overwrite

# 5) INDEX.TXT 생성
python .\tools\mkindex.py --patterns .\SD\PATTERNS --out .\SD\SYSTEM\INDEX.TXT

# 6) (선택) ARR 만들기
# CSV (한 줄: PatternName,Repeat), 예: RCK_P001,4
python .\tools\arr_make.py --title "Rock Demo" --tempo 120 --in .\lists\rock_demo.csv --out .\SD\SONGS\ROCK_DEMO.ARR