<gh_stars>10-100
import glob
import data_Augment as da
norm = glob.glob("/home/neo/work/cnn_down/data/baby_box/*nor*")
down = glob.glob("/home/neo/work/cnn_down/data/baby_box/*down*")


print len(norm)
print len(down)
# train_nor=nor[:int(len(nor)*0.6+1)]
# test_nor=nor[int(len(nor)*0.6+2):int(len(nor)*0.6+2)+int(len(nor)*0.2+1)]
# val_nor=nor[int(len(nor)*0.6+2)+int(len(nor)*0.2+2):]

# down=da.get_data(down)
# translated_d=da.translate(down)
# rotate_d=da.rotate(down)
#da.out_img(translated_d, rotate_d, "b_down")


# norm=da.get_data(norm)
# translated_n=da.translate(norm)
# rotate_n=da.rotate(norm)
#da.out_img(translated_n, rotate_n, "b_nor")


# print len(train_nor) ,train_nor[-1:]
# print len(test_nor), test_nor[0], test_nor[-1:]
# print len(val_nor), val_nor[0]
labels = open("/home/neo/work/cnn_down/data/224_align_col/labels.txt", "a")

for i in norm:
    labels.write(i + " 0\n")

for i in down:
    labels.write(i + " 1\n")

file.close(labels)

import glob
import data_Augment as da
norm = glob.glob("/home/neo/work/cnn_down/data/baby_box/*nor*")
down = glob.glob("/home/neo/work/cnn_down/data/baby_box/*down*")


print len(norm)
print len(down)
# train_nor=nor[:int(len(nor)*0.6+1)]
# test_nor=nor[int(len(nor)*0.6+2):int(len(nor)*0.6+2)+int(len(nor)*0.2+1)]
# val_nor=nor[int(len(nor)*0.6+2)+int(len(nor)*0.2+2):]

# down=da.get_data(down)
# translated_d=da.translate(down)
# rotate_d=da.rotate(down)
#da.out_img(translated_d, rotate_d, "b_down")


# norm=da.get_data(norm)
# translated_n=da.translate(norm)
# rotate_n=da.rotate(norm)
#da.out_img(translated_n, rotate_n, "b_nor")


# print len(train_nor) ,train_nor[-1:]
# print len(test_nor), test_nor[0], test_nor[-1:]
# print len(val_nor), val_nor[0]
labels = open("/home/neo/work/cnn_down/data/224_align_col/labels.txt", "a")

for i in norm:
    labels.write(i + " 0\n")

for i in down:
    labels.write(i + " 1\n")

file.close(labels)
# train_nor=nor[:int(len(nor)*0.6+1)] # test_nor=nor[int(len(nor)*0.6+2):int(len(nor)*0.6+2)+int(len(nor)*0.2+1)] # val_nor=nor[int(len(nor)*0.6+2)+int(len(nor)*0.2+2):] # down=da.get_data(down) # translated_d=da.translate(down) # rotate_d=da.rotate(down) #da.out_img(translated_d, rotate_d, "b_down") # norm=da.get_data(norm) # translated_n=da.translate(norm) # rotate_n=da.rotate(norm) #da.out_img(translated_n, rotate_n, "b_nor") # print len(train_nor) ,train_nor[-1:] # print len(test_nor), test_nor[0], test_nor[-1:] # print len(val_nor), val_nor[0]