# import os # import shutil # # --- 1. 配置您的文件夹路径 --- # # 源文件夹列表 (您的 x_part0, x_part1, ...) # SOURCE_FOLDERS = ['/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug_part0', '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug_part1', '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug_part2'] # # 您希望创建的新文件夹的名称 # TARGET_FOLDER = 'samples_vbench_all_dimension_aug' # # --- 脚本正文 --- # def merge_folders(source_dirs, target_dir): # """ # 合并所有源文件夹到目标文件夹，保持子目录结构。 # """ # print(f"开始合并文件夹到 '{target_dir}'...") # total_files_copied = 0 # total_files_skipped = 0 # # 1. 确保目标文件夹存在 # # os.makedirs(..., exist_ok=True) 会创建文件夹，如果它已经存在也不会报错 # os.makedirs(target_dir, exist_ok=True) # # 2. 遍历每一个源文件夹 (x_part0, x_part1, ...) # for source_dir in source_dirs: # print(f"\n--- 正在处理源文件夹: '{source_dir}' ---") # # 3. 遍历源文件夹中的所有文件和子文件夹 # # os.walk 会递归地遍历所有子目录 # # dirpath: 当前子目录的路径 (例如: 'x_part0/train/classA') # # dirnames: 当前子目录下的文件夹列表 # # filenames: 当前子目录下的文件列表 # for dirpath, dirnames, filenames in os.walk(source_dir): # # 4. 计算当前文件在目标文件夹中应有的路径 # # os.path.relpath 会计算相对路径 # # 例如: dirpath = 'x_part0/train/classA' # # source_dir = 'x_part0' # # relative_path = 'train/classA' # relative_path = os.path.relpath(dirpath, source_dir) # # 目标子目录的完整路径 # # 例如: 'x_merged/train/classA' # target_subdir = os.path.join(target_dir, relative_path) # # 5. 如果目标子目录不存在，则创建它 # if not os.path.exists(target_subdir): # os.makedirs(target_subdir) # # 6. 遍历当前子目录下的所有文件并复制 # for filename in filenames: # source_file = os.path.join(dirpath, filename) # target_file = os.path.join(target_subdir, filename) # # 7. 处理文件名冲突 # if os.path.exists(target_file): # print(f"警告: 文件 '{target_file}' 已存在，跳过。") # total_files_skipped += 1 # else: # try: # # 使用 shutil.copy2 来复制文件 # # copy2 会同时复制文件内容和元数据(如修改时间) # shutil.copy2(source_file, target_file) # total_files_copied += 1 # except Exception as e: # print(f"错误: 复制文件 {source_file} 时失败: {e}") # total_files_skipped += 1 # print("\n--- 合并完成 ---") # print(f"总共成功复制: {total_files_copied} 个文件") # print(f"总共跳过(因已存在或错误): {total_files_skipped} 个文件") # # --- 运行主函数 --- # if __name__ == "__main__": # # 检查源文件夹是否存在 # valid_source_folders = [] # for folder in SOURCE_FOLDERS: # if os.path.isdir(folder): # valid_source_folders.append(folder) # else: # print(f"警告: 找不到源文件夹 '{folder}'，将跳过。") # if not valid_source_folders: # print("错误: 找不到任何有效的源文件夹。脚本终止。") # else: # merge_folders(valid_source_folders, TARGET_FOLDER) import os import shutil # --- 1. 请修改这里的配置 --- # 您要从中复制文件的五个源文件夹 # SOURCE_FOLDERS = [ # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30/ckpts/steps_ckpt_Oct14_6_3000', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed0/ckpts/steps_ckpt_Oct14_6_3000', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed84/ckpts/steps_ckpt_Oct14_6_3000', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed128/ckpts/steps_ckpt_Oct14_6_3000', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed1000/ckpts/steps_ckpt_Oct14_6_3000', # ] # SOURCE_FOLDERS = [ # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed0/output_pretrain', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed42/output_pretrain', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed84/output_pretrain', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed128/output_pretrain', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30-seed1000/output_pretrain', # ] seeds = ['r1', 'r2', 'r3', 'r4'] model_path = 'output_Oct16_1/steps_2000' model_name = 'oct16_1' folder_sub = 'all_dimension_aug' # folder_sub = 'all_category' # SOURCE_FOLDERS = [ # f'/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/{i}/wan-videos-t2v-512*288-30-seed-1/output_Oct14_6/steps_2000' for i in seeds # ] # SOURCE_FOLDERS.append('/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan-videos-t2v-512*288-30/output_Oct14_6/steps_2000') SOURCE_FOLDERS = [ f'/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_{folder_sub}/{i}/wan-videos-t2v-512*288-30-seed-1/{model_path}' for i in seeds ] SOURCE_FOLDERS.append(f'/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_{folder_sub}/wan-videos-t2v-512*288-30/{model_path}') # SOURCE_FOLDERS = [ # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_category/wan_rwft', # '/nfs/ywang29/Reward_finetuning/VideoX-Fun/validation_samples/samples_vbench_all_dimension_aug/wan_rwft' # ] # 您希望将所有文件汇集到的目标文件夹 TARGET_FOLDER = f'/nfs/ywang29/Reward_finetuning/VideoX-Fun/VBench/sampled_videos/wan1.3b_rwft_{model_name}_2000' # --- 脚本正文 (通常不需要修改) --- def copy_all_files(source_dirs, target_dir): """ 将所有源文件夹中的全部文件递归复制到目标文件夹的根目录下。 """ print(f"开始复制文件到: {target_dir}") # 1. 确保目标文件夹存在 os.makedirs(target_dir, exist_ok=True) # 2. 初始化计数器 total_copied = 0 total_skipped = 0 total_errors = 0 # 3. 遍历每一个源文件夹 for source_dir in source_dirs: if not os.path.isdir(source_dir): print(f"\n警告: 源文件夹 '{source_dir}' 不存在，已跳过。") continue print(f"\n--- 正在处理文件夹: {source_dir} ---") # 4. 递归遍历 (os.walk) 源文件夹中的所有内容 # dirpath: 当前子目录的路径 # dirnames: 当前子目录下的文件夹列表 # filenames: 当前子目录下的文件列表 for dirpath, dirnames, filenames in os.walk(source_dir): # 5. 遍历当前子目录下的所有文件 for filename in filenames: # 构建完整的源文件路径 source_file_path = os.path.join(dirpath, filename) # 构建完整的目标文件路径（直接放在目标文件夹的根下） target_file_path = os.path.join(target_dir, filename) # 6. 检查文件名冲突：如果目标文件已存在 if os.path.exists(target_file_path): print(f" [跳过] 文件 '{filename}' 已存在于目标文件夹中。") total_skipped += 1 else: # 7. 执行复制 try: # shutil.copy2 会复制文件内容和元数据(如时间戳) shutil.copy2(source_file_path, target_file_path) print(f" [复制] {filename}") total_copied += 1 except Exception as e: print(f" [失败] 复制 '{source_file_path}' 时出错: {e}") total_errors += 1 print("\n--- 操作完成 ---") print(f"总共成功复制: {total_copied} 个文件") print(f"总共跳过(因文件名冲突): {total_skipped} 个文件") print(f"总共失败(因错误): {total_errors} 个文件") # --- 运行主函数 --- if __name__ == "__main__": copy_all_files(SOURCE_FOLDERS, TARGET_FOLDER)