corrected error in creation of l1 files

    dataset_temp.close()

    print('%s is created succesfully' % path_file)

'''

class that contains information about the doppler lidar instrument. 

'''

class lidar_location:

    def __init__(self,lat,lon,zsl,name,lidar_id,bearing,diff_WGS84=np.nan,diff_geoid=np.nan,diff_bessel=np.nan):

        self.lat = lat

        self.lon = lon

        self.zsl = zsl

        self.name = name

        self.lidar_id = lidar_id

        self.bearing = bearing

        self.diff_WGS84 = diff_WGS84

        self.diff_geoid = diff_geoid

        self.diff_bessel = diff_bessel

'''

convert level0 netCDF data into level1 netCDF data

input variables:

# Added by Jonathan Minz - 25.04.2024

if __name__ == '__main__':

    # location where l0 netcdf files are stored.

    # This location is created by the above defined function - NOT user defined.

    file_path = '/Users/jminz/Documents/Project/2024/DataManagement_LAFI/Script_testing/Data Lidar/2024/202404/20240423'

    # location where l1 netcdf files should be stored. 

    # User defined. 

    path_out = '/Users/jminz/Documents/Project/2024/DataManagement_LAFI/Script_testing/Data Lidar'

    print('finding hpl files to netcdf')

    list_of_hpl_files = glob.glob('Stare*')

    # instantiate the UHOH Doppler Lidar

    lidar_info = lidar_location(48.710612, 9.190746, 388.0, 115, 0.0, 10000)

    # convert hpl files to l0 netcdf files

    print(f'found {len(list_of_hpl_files)} files')

    for idx, file in enumerate(list_of_hpl_files):

        print(f'convert file no.{idx+1} {file} to l0 netcdf')

        hpl_to_netcdf(file, path_out)

        print('converted hpl to l0 file')

        print('converted hpl files to l0 netcdf files')

    # convert l0 netcdf files to l1 netcdf files

    print('converting l0 to l1 netcdf files')

    list_of_l0_ncfiles = glob.glob(os.path.join(file_path,'Stare*'))

    print(f'found {len(list_of_l0_ncfiles)} files')

    for idx_nc, file_nc in enumerate(list_of_l0_ncfiles):

        print(f'converting file {file_nc}')

        file_name_l0 = file_nc.split('/')[12].split('l')[0]

        file_out_name_l1 = file_name_l0+'l1.nc'

        print(f'{file_out_name_l1}') 

        print('converting l0 netcdf to l1 file')

        #to_netcdf_l1()

        to_netcdf_l1(file_nc, file_out_name_l1, lidar_info, path_out)

    print('SUCCESS: conversion from hpl to l0 netcdf complete')

 No newline at end of file