コード例 #1
0
def open_klusters_oneshank(filename):
    filenames = find_filenames(filename)
    fileindex = find_index(filename)

    # Open small Klusters files.
    data = {}
    metadata = read_xml(filenames['xml'], fileindex)
    data['clu'] = read_clusters(filenames['clu'])

    # Read .aclu data.
    if 'aclu' in filenames and os.path.exists(filenames['aclu']):
        data['aclu'] = read_clusters(filenames['aclu'])
    else:
        data['aclu'] = data['clu']

    # Read .acluinfo data.
    if 'acluinfo' in filenames and os.path.exists(filenames['acluinfo']):
        data['acluinfo'] = read_cluster_info(filenames['acluinfo'])
    # If the ACLUINFO does not exist, try CLUINFO (older file extension)
    elif 'cluinfo' in filenames and os.path.exists(filenames['cluinfo']):
        data['acluinfo'] = read_cluster_info(filenames['cluinfo'])
    else:
        data['acluinfo'] = default_cluster_info(np.unique(data['aclu']))

    # Read group info.
    if 'groupinfo' in filenames and os.path.exists(filenames['groupinfo']):
        data['groupinfo'] = read_group_info(filenames['groupinfo'])
    else:
        data['groupinfo'] = default_group_info()

    # Find out the number of columns in the .fet file.
    with open(filenames['fet'], 'r') as f:
        f.readline()
        # Get the number of non-empty columns in the .fet file.
        data['fetcol'] = len(
            [col for col in f.readline().split(' ') if col.strip() != ''])

    metadata['nspikes'] = len(data['clu'])
    data['fileindex'] = fileindex

    # Open big Klusters files.
    data['fet'] = MemMappedText(filenames['fet'], np.int64, skiprows=1)
    if 'spk' in filenames and os.path.exists(filenames['spk'] or ''):
        data['spk'] = MemMappedBinary(filenames['spk'],
                                      np.int16,
                                      rowsize=metadata['nchannels'] *
                                      metadata['nsamples'])
    if 'uspk' in filenames and os.path.exists(filenames['uspk'] or ''):
        data['uspk'] = MemMappedBinary(filenames['uspk'],
                                       np.int16,
                                       rowsize=metadata['nchannels'] *
                                       metadata['nsamples'])
    if 'mask' in filenames and os.path.exists(filenames['mask'] or ''):
        data['mask'] = MemMappedText(filenames['mask'], np.float32, skiprows=1)

    # data['metadata'] = metadata
    data.update(metadata)

    return data
コード例 #2
0
ファイル: klusterskwik.py プロジェクト: Peichao/kwiklib
def open_klusters_oneshank(filename):
    filenames = find_filenames(filename)
    fileindex = find_index(filename)
    
    # Open small Klusters files.
    data = {}
    metadata = read_xml(filenames['xml'], fileindex)
    data['clu'] = read_clusters(filenames['clu'])
    
    # Read .aclu data.
    if 'aclu' in filenames and os.path.exists(filenames['aclu']):
        data['aclu'] = read_clusters(filenames['aclu'])
    else:
        data['aclu'] = data['clu']
        
    # Read .acluinfo data.
    if 'acluinfo' in filenames and os.path.exists(filenames['acluinfo']):
        data['acluinfo'] = read_cluster_info(filenames['acluinfo'])
    # If the ACLUINFO does not exist, try CLUINFO (older file extension)
    elif 'cluinfo' in filenames and os.path.exists(filenames['cluinfo']):
        data['acluinfo'] = read_cluster_info(filenames['cluinfo'])
    else:
        data['acluinfo'] = default_cluster_info(np.unique(data['aclu']))
        
    # Read group info.
    if 'groupinfo' in filenames and os.path.exists(filenames['groupinfo']):
        data['groupinfo'] = read_group_info(filenames['groupinfo'])
    else:
        data['groupinfo'] = default_group_info()
    
    # Find out the number of columns in the .fet file.
    with open(filenames['fet'], 'r') as f:
        f.readline()
        # Get the number of non-empty columns in the .fet file.
        data['fetcol'] = len([col for col in f.readline().split(' ') if col.strip() != ''])
    
    metadata['nspikes'] = len(data['clu'])
    data['fileindex'] = fileindex

    # Open big Klusters files.
    data['fet'] = MemMappedText(filenames['fet'], np.int64, skiprows=1)
    if 'spk' in filenames and os.path.exists(filenames['spk'] or ''):
        data['spk'] = MemMappedBinary(filenames['spk'], np.int16, 
            rowsize=metadata['nchannels'] * metadata['nsamples'])
    if 'uspk' in filenames and os.path.exists(filenames['uspk'] or ''):
        data['uspk'] = MemMappedBinary(filenames['uspk'], np.int16, 
            rowsize=metadata['nchannels'] * metadata['nsamples'])
    if 'mask' in filenames and os.path.exists(filenames['mask'] or ''):
        data['mask'] = MemMappedText(filenames['mask'], np.float32, skiprows=1)

    # data['metadata'] = metadata
    data.update(metadata)
    
    return data
コード例 #3
0
ファイル: klustersloader.py プロジェクト: Peichao/kwiklib
 def read_group_info(self):
     try:
         self.group_info = read_group_info(self.filename_groupinfo)
         info("Successfully loaded {0:s}".format(self.filename_groupinfo))
     except IOError:
         info("The GROUPINFO file is missing, generating a default one.")
         self.group_info = default_group_info()
     
     # Convert to Pandas.
     self.group_colors = self.group_info['color'].astype(np.int32)
     self.group_names = self.group_info['name']
コード例 #4
0
 def read_group_info(self):
     try:
         self.group_info = read_group_info(self.filename_groupinfo)
         info("Successfully loaded {0:s}".format(self.filename_groupinfo))
     except IOError:
         info("The GROUPINFO file is missing, generating a default one.")
         self.group_info = default_group_info()
     
     # Convert to Pandas.
     self.group_colors = self.group_info['color'].astype(np.int32)
     self.group_names = self.group_info['name']