def search_aei_suffix(ss_path, odb_folder_name):
"""
在ss_path路径下搜索文件后缀，如果存在.AEI和.txt文件则对该文件进行读取
:param ss_path: 需要搜索AEI文件的路径文件夹
:param odb_folder_name:
:return:
"""
sfx_set = {}
sfx_list = []
aei_txt = None
all_set = {'.AEI', '.txt'}
file_list = listdir(ss_path)
if len(file_list) != 0:
for file in file_list:
sfx = path.splitext(file)
sfx_list.append(sfx[1])
sfx_set = set(sfx_list)
if sfx[1] == '.AEI':
aei_dir = ss_path + '/' + file
aei_txt = read_txt(aei_dir) # 读取AEI文件
diff = all_set.difference(sfx_set)
if len(diff) != 0:
for s in diff:
if s not in sfx_list:
print('找不到%s文件，请重新检查数据！' % s)
info('找不到%s文件，请重新检查数据！' % s)
else:
print('%s文件夹中无可用文件，请重新传入文件！' % odb_folder_name)
info('%s文件夹中无可用文件，请重新传入文件！' % odb_folder_name)
return aei_txt
def hex2decimal(hd_path):
hex_list = []
dec_list = []
hex_txt = read_txt(hd_path)
if len(hex_txt) == 1:
hex_str = hex_txt[0]
hex_count = len(hex_str) // 6
hex_s = hex_str[:hex_count * 6]
for c in range(hex_count):
hex_single = hex_s[c * 6:(c + 1) * 6].split()
hex_single = hex_single[1] + hex_single[0]
dec_single = int(hex_single, 16)
hex_list.append(hex_single)
dec_list.append(dec_single)
return hex_list, dec_list
def txt_to_list(ttp_path):
txt_set = []
txt_name = listdir(ttp_path)
for txt_signal_name in txt_name:
xy_list = []
txt_path = ttp_path + '\\' + txt_signal_name
if path.exists(txt_path):
x_list = []
y_list = []
txt = read_txt(txt_path)
for t in txt:
xy_t = t.strip().split()
x_t = float(xy_t[0])
y_t = float(xy_t[1])
x_list.append(x_t)
y_list.append(y_t)
xy_list.append(x_list)
xy_list.append(y_list)
txt_set.append(xy_list)
return txt_set
plt.grid()
plt.subplot(234)
plt.plot(new_wave[1])
plt.grid()
plt.subplot(235)
plt.plot(new_wave[3])
plt.grid()
plt.subplot(236)
plt.plot(new_wave[5])
plt.grid()
plt.show()
if __name__ == '__main__':
# p = 'D:\\jaysk\\Desktop\\TP\\optical_fiber_data\\2020-07-01\\Available\\Data_20200701_160241.txt'
p = 'D:\\jaysk\\Desktop\\TP\\optical_fiber_data\\2020-07-01\\Available\\Data_20200701_171736.txt'
data = read_txt(p)
d_a = read_fiber_data_simple(data)
ttw_date_list, ttw_temp_list, ttw_wave_list = time_temp_wave(d_a)
wave_all = wave_collection(ttw_wave_list)
start_time = str(ttw_date_list[0])[:-7]
# tw_txt = time_wave(ttw_date_list, wave_all)
tw_txt = data_integration(start_time, wave_all)
# 将6个传感器的数据保存成txt
# save_path = 'D:\\jaysk\\Desktop\\TP\\optical_fiber_data\\2020-07-01\\Available\\Data_20200701_160241'
save_path = 'D:\\jaysk\\Desktop\\TP\\optical_fiber_data\\2020-07-01\\Available\\Data_20200701_171736'
for i in range(len(tw_txt)):
writelines_txt(save_path + '\\%s.txt' % str(i + 1), tw_txt[i])
def format_conversion(fc_path):
"""
# TODO 读文件夹，存在文件则读取并进行格式转换，不存在则退出
:param fc_path:该路径为主程序的相对路径
:return:
"""
fc_path = 'D:'
# 加载配置文件
original_db = conf.get_original_db_name() # 获取Original_DB文件夹名称
original_temp_db = conf.get_original_temp_db_name(
) # 获取Original_temp_DB文件夹名称
config_frequency = int(conf.get_optical_fiber_frequency())
decimal_places = len(str(1 / config_frequency)) - 2
# 创建所需文件夹
fc_original_db_path = folder_creation(fc_path, original_db)
fc_original_temp_db_path = folder_creation(fc_path, original_temp_db)
# 从Original_temp_DB下读取文件进行处理
txt_output = []
txt_content = listdir(fc_original_temp_db_path)
if len(txt_content) != 0:
for txt_file_name in txt_content:
if txt_file_name[-4:] == '.txt':
txt_ = read_txt(fc_original_temp_db_path + '\\' +
txt_file_name) # txt文档读取
_txt = txt_[1:] # 数据截取
# 时间格式获取
date_time = txt_[0].strip()
datetime_ = datetime.fromisoformat(date_time)
time_delay = timedelta(microseconds=(10**6 / config_frequency))
for i in range(len(_txt)):
time_ = str(datetime_ + time_delay * i)
if len(_txt[i]) > 1:
format_time = ''
if len(time_) == 26:
format_time = time_[:20 + decimal_places].replace(
'.', ':')
elif len(time_) == 19:
format_time = time_ + ':' + '0' * decimal_places
txt_data = _txt[i].strip()
if len(txt_data) == 7:
txt_new_ = txt_data[:4] + '.' + txt_data[4:] + '0\n'
format_single_data = format_time + ',' + txt_new_
txt_output.append(format_single_data)
else:
# format_single_data = format_time + ',' + _txt[i].strip() + '\n'
format_single_data = format_time + ',' + _txt[i]
txt_output.append(format_single_data)
if txt_file_name == '4.txt':
txt_file_name = '3.txt'
elif txt_file_name == '5.txt':
txt_file_name = '4.txt'
elif txt_file_name == '6.txt':
txt_file_name = '5.txt'
elif txt_file_name == '3.txt':
txt_file_name = '6.txt'
elif txt_file_name == '12.txt':
txt_file_name = '7.txt'
elif txt_file_name == '11.txt':
txt_file_name = '8.txt'
elif txt_file_name == '10.txt':
txt_file_name = '9.txt'
elif txt_file_name == '8.txt':
txt_file_name = '10.txt'
elif txt_file_name == '7.txt':
txt_file_name = '11.txt'
elif txt_file_name == '9.txt':
txt_file_name = '12.txt'
if len(txt_file_name) == 5:
txt_file_name = '0' + txt_file_name # 统一文件名称：01.txt~12.txt
writelines_txt(fc_original_db_path + '\\' + txt_file_name,
txt_output)
txt_output = []
elif txt_file_name[-4:] == '.AEI':
move(fc_original_temp_db_path + '\\' + txt_file_name,
fc_original_db_path + '\\' + txt_file_name)