Delete bucket_tools.py

bucket_tools.py

@@ -1,92 +0,0 @@
-# 安全な解像度値のリスト
-SAFE_RESOLUTIONS = [512, 640, 768, 960, 1080]
-
-# 標準解像度のバケット設定
-bucket_options = {
-    512: [
-        (352, 704),
-        (384, 640),
-        (416, 608),
-        (448, 576),
-        (480, 544),
-        (512, 512),
-        (544, 480),
-        (576, 448),
-        (608, 416),
-        (640, 384),
-        (704, 352),
-    ],
-    640: [
-        (416, 960),
-        (448, 864),
-        (480, 832),
-        (512, 768),
-        (544, 704),
-        (576, 672),
-        (608, 640),
-        (640, 608),
-        (672, 576),
-        (704, 544),
-        (768, 512),
-        (832, 480),
-        (864, 448),
-        (960, 416),
-    ],
-    768: [
-        (512, 1024),
-        (576, 960),
-        (640, 896),
-        (704, 832),
-        (768, 768),
-        (832, 704),
-        (896, 640),
-        (960, 576),
-        (1024, 512),
-    ],
-    960: [
-        (640, 1280),
-        (704, 1152),
-        (768, 1024),
-        (832, 960),
-        (896, 896),
-        (960, 832),
-        (1024, 768),
-        (1152, 704),
-        (1280, 640),
-    ],
-    1080: [
-        (720, 1440),
-        (768, 1344),
-        (832, 1248),
-        (896, 1152),
-        (960, 1080),
-        (1024, 1024),
-        (1080, 960),
-        (1152, 896),
-        (1248, 832),
-        (1344, 768),
-        (1440, 720),
-    ],
-}
-
-
-def find_nearest_bucket(h, w, resolution=640):
-    """最も適切なアスペクト比のバケットを見つける関数"""
-    # 安全な解像度に丸める
-    if resolution not in SAFE_RESOLUTIONS:
-        # 最も近い安全な解像度を選択
-        closest_resolution = min(SAFE_RESOLUTIONS, key=lambda x: abs(x - resolution))
-        print(f"Warning: Resolution {resolution} is not in safe list. Using {closest_resolution} instead.")
-        resolution = closest_resolution
-    
-    min_metric = float('inf')
-    best_bucket = None
-    for (bucket_h, bucket_w) in bucket_options[resolution]:
-        # アスペクト比の差を計算
-        metric = abs(h * bucket_w - w * bucket_h)
-        if metric <= min_metric:
-            min_metric = metric
-            best_bucket = (bucket_h, bucket_w)
-    
-    return best_bucket
-