Metadata-Version: 2.1
Name: mffpy
Version: 0.5.3
Summary: Reader and Writer for Philips' MFF file format.
Home-page: UNKNOWN
Author: Justus Schwabedal, Wayne Manselle
Author-email: jschwabedal@belco.tech, wayne.manselle@belco.tech
Maintainer: Evan Hathaway
Maintainer-email: evan.hathaway@belco.tech
License: UNKNOWN
Description: # Introduction
        
        [![CircleCI](https://circleci.com/gh/BEL-Public/mffpy.svg?style=svg)](https://circleci.com/gh/BEL-Public/mffpy)
        
        `mffpy` is a lean reader for EGI's MFF file format.  These files are
        directories containing several files of mostly xml files, but also binary
        files.
        
        The main entry point into the library is class `Reader` that accesses a
        selection of functions in the .mff directory to return signal data and its meta
        information.
        
        ## Installation
        
        ```bash
        $ conda create -n mffpy python=3.6 pip
        $ conda activate mffpy
        $ pip install -r requirements.txt
        $ python setup.py install
        $ # and to run the test
        $ make test
        ```
        
        ## Contribute
        
        Definitely run:
        ```bash
        $ pip install pre-commit
        $ pre-commit install
        ```
        
        ### Test Coverage
        
        ```
        Name                                Stmts   Miss  Cover
        -------------------------------------------------------
        mffpy/__init__.py                       4      0   100%
        mffpy/bin_files.py                     40      2    95%
        mffpy/bin_writer.py                    60      7    88%
        mffpy/devices.py                       10      0   100%
        mffpy/dict2xml.py                      31      3    90%
        mffpy/epoch.py                         24      5    79%
        mffpy/header_block.py                  50      1    98%
        mffpy/mffdir.py                        92      7    92%
        mffpy/raw_bin_files.py                 95      0   100%
        mffpy/reader.py                       117      2    98%
        mffpy/tests/__init__.py                 0      0   100%
        mffpy/tests/test_devices.py            12      0   100%
        mffpy/tests/test_dict2xml.py           15      0   100%
        mffpy/tests/test_header_block.py       37      0   100%
        mffpy/tests/test_mffdir.py             30      0   100%
        mffpy/tests/test_raw_bin_files.py      33      0   100%
        mffpy/tests/test_reader.py             80      0   100%
        mffpy/tests/test_writer.py            110      6    95%
        mffpy/tests/test_xml_files.py         141      1    99%
        mffpy/tests/test_zipfile.py            34      0   100%
        mffpy/writer.py                        60      2    97%
        mffpy/xml_files.py                    400     13    97%
        mffpy/zipfile.py                       45      0   100%
        -------------------------------------------------------
        TOTAL                                1520     49    97%
        ```
        
        ## View the Docs
        
        All documentation and API guidance are generated from the python doc-strings
        and this README file using pydoc-markdown.  To view the docs:
        
        * install pydoc-markdown: `pip install pydoc-markdown`
        * build and run:  `pydocmd build; pydocmd serve`
        * Navigate to the [docs](http://localhost:8000)
        
        ## Example Code
        
        ### Example 1:  Basic Information
        
        ```python
        import mffpy
        fo = mffpy.Reader("./examples/example_1.mff")
        print("time and date of the start of recording:", fo.startdatetime)
        print("number of channels:", fo.num_channels)
        print("sampling rates:", fo.sampling_rates, "(in Hz)")
        print("durations:", fo.durations, "(in sec.)")
        print("Here's the epoch information")
        for i, e in enumerate(fo.epochs):
            print("Epoch number", i)
            print(e)
        ```
        
        ### Example 2: Reading Samples
        
        ```python
        from mffpy import Reader
        fo = Reader("./examples/example_1.mff")
        fo.set_unit('EEG', 'uV')
        eeg_in_mV, t0_EEG = fo.get_physical_samples_from_epoch(fo.epochs[0], dt=0.1)['EEG']
        fo.set_unit('EEG', 'V')
        eeg_in_V, t0_EEG = fo.get_physical_samples_from_epoch(fo.epochs[0], dt=0.1)['EEG']
        print('data in mV:', eeg_in_mV[0])
        print('data in V :', eeg_in_V[0])
        ```
        
        ### Example 3: Reading .mff xml files
        
        ```python
        from mffpy import XML
        categories = XML.from_file("./examples/example_1.mff/categories.xml")
        print(categories['ULRN'])
        ```
        
        ### Example 4: Writing random numbers into an .mff file
        
        ```python
        from os.path import join
        from datetime import datetime
        import numpy as np
        from mffpy import Reader
        from mffpy.writer import *
        
        # write 256 channels of 10 data points at a sampling rate of 128 Hz
        B = BinWriter(sampling_rate=128)
        B.add_block(np.random.randn(256, 10).astype(np.float32))
        W = Writer(join('examples', 'my_new_file.mff'))
        startdatetime = datetime.strptime('1984-02-18T14:00:10.000000+0100',
                "%Y-%m-%dT%H:%M:%S.%f%z")
        W.addxml('fileInfo', recordTime=startdatetime)
        W.add_coordinates_and_sensor_layout(device='HydroCel GSN 256 1.0')
        W.addbin(B)
        W.write()
        ```
        
        
        ### Example 5: Exporting MFF content to a .json file
        
        ```python
        from mffpy import Reader, Writer
        
        # Read data from an MFF file
        reader = Reader("./examples/example_2.mff")
        data = reader.get_mff_content()
        
        # Write data to a JSON file
        writer = Writer("./examples/example_2.json")
        writer.export_to_json(data)
        ```
        **Note: for now, the JSON exporting feature only works for segmented mffs files.**
        
        ## License and Copyright
        
        Copyright 2019 Brain Electrophysiology Laboratory Company LLC
        
        Licensed under the ApacheLicense, Version 2.0(the "License");
        you may not use this module except in compliance with the License.
        You may obtain a copy of the License at:
        
        http: // www.apache.org / licenses / LICENSE - 2.0
        
        Unless required by applicable law or agreed to in writing, software
        distributed under the License is distributed on an
        "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF
        ANY KIND, either express or implied.
        
Platform: UNKNOWN
Classifier: Programming Language :: Python :: 3
Classifier: License :: OSI Approved :: Apache Software License
Classifier: Operating System :: OS Independent
Requires-Python: >=3.6
Description-Content-Type: text/markdown
