As shown in the figure, there is a test folder with 3 subfolders, each of which contains several image files
#Scenario 1: Read all the files in a folder and store them in a list table.
#coding:utf-8 from __future__ import absolute_import from __future__ import division from __future__ import print_function import numpy as np import os import sys import math import numpy import time import argparse import random import cv2 def findAllfile(path, allfile): filelist = (path) for filename in filelist: filepath = (path, filename) if (filepath): #print(filepath) findAllfile(filepath, allfile) else: (filepath) return allfile #Scenario 1: Read all the files in a folder and store them in a list table. def process1(srcpath, imgprocess_result): # Iterate over image folders image_files = findAllfile(srcpath,[]) #image_files as a list of all files # Determine if the directory exists, delete it if it does, and rebuild it. if (imgprocess_result): ("rm -rf " + imgprocess_result) if not (imgprocess_result): # Create the log directory if it doesn't exist (imgprocess_result) # Whether to randomize the order of files #(image_files) # Iterate over all for facepath in image_files: print("Original file path:", facepath) # Get the name of the document data_split = ().split("/") image_floder = data_split[-2] print("File directory:", image_floder) image_name = data_split[-1] print("File name:", image_name) image_newfloder = imgprocess_result + "/" + image_floder # Determine if the directory exists, rebuild if it does not exist if not (image_newfloder): # Create the log directory if it doesn't exist (image_newfloder) image_newpath = image_newfloder + "/" + image_name print("Processed file path:", image_newpath) # Start processing documents #.............. # # #Scenario 2: First read all the subdirectories in a folder, then iterate through all the files in each subdirectory in turn. def process2(srcpath, imgprocess_result): # Find all subdirectories filelist = (srcpath) for filename in filelist: filepath = (srcpath, filename) if (filepath): print("Original subdirectory path:", filepath) image_files = findAllfile(filepath,[]) for facepath in image_files: print("Original file path:", facepath) # Get the name of the document data_split = ().split("/") image_floder = data_split[-2] print("File directory:", image_floder) image_name = data_split[-1] print("File name:", image_name) image_newfloder = imgprocess_result + "/" + image_floder # Determine if the directory exists, rebuild if it does not exist if not (image_newfloder): # Create the log directory if it doesn't exist (image_newfloder) image_newpath = image_newfloder + "/" + image_name print("Processed file path:", image_newpath) # Start processing documents #.............. # # if __name__ == '__main__': # Original folder srcpath = "/DATA/share/publicdata/face/dmt_face/test" # Store files after processing imgprocess_result = "/DATA/share/publicdata/face/dmt_face/imgprocess_result" print("Method 1\n\n\n\n") process1(srcpath, imgprocess_result) print("\n\n\n\n Method 2") process2(srcpath, imgprocess_result)
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