def decompress(images, delete_png=False, delete_json=False, folder=None):
    """Reverse compression from tif to png and save them in original format
    (ome.tif). TIFF-tags are gotten from json-files named the same as given
    images.


    Parameters
    ----------
    images : list of filenames
        Image to decompress.
    delete_png : bool
        Wheter to delete PNG images.
    delete_json : bool
        Wheter to delete TIFF-tags stored in json files on compress.

    Returns
    -------
    list of filenames
        List of decompressed files.
    """
    if type(images) == str:
        # only one image
        return decompress([images])

    filenames = copy(images) # as images property will change when looping

    decompressed_images = []
    for orig_filename in filenames:
        debug('decompressing {}'.format(orig_filename))
        try:
            filename, extension = os.path.splitext(orig_filename)

            # if decompressed file should be put in specified folder
            if folder:
                basename = os.path.basename(filename)
                new_filename = os.path.join(folder, basename + '.ome.tif')
            else:
                new_filename = filename + '.ome.tif'

            # check if tif exists
            if os.path.isfile(new_filename):
                decompressed_images.append(new_filename)
                msg = "Aborting decompress, TIFF already exists:" \
                      " {}".format(orig_filename)
                raise AssertionError(msg)
            if extension != '.png':
                msg = "Aborting decompress, not a " \
                      "PNG: {}".format(orig_filename)
                raise AssertionError(msg)

            # open image, load and close file pointer
            img = Image.open(orig_filename)
            img.load() # load img-data before switching mode, also closes fp

            # get tags from json
            info = {}
            with open(filename + '.json', 'r') as f:
                tags = json.load(f)
                # convert dictionary to original types (lost in json conversion)
                for tag,val in tags.items():
                    if tag == 'palette':
                        # hack hack
                        continue
                    if type(val) == list:
                        val = tuple(val)
                    if type(val[0]) == list:
                        # list of list
                        val = tuple(tuple(x) for x in val)
                    info[int(tag)] = val

            # check for color map
            if 'palette' in tags:
                img.putpalette(tags['palette'])

            # save as tif
            debug('saving to {}'.format(new_filename))
            img.save(new_filename, tiffinfo=info)
            decompressed_images.append(new_filename)

            if delete_png:
                os.remove(orig_filename)
            if delete_json:
                os.remove(filename + '.json')

        except (IOError, AssertionError) as e:
            # print error - continue
            print('leicaexperiment {}'.format(e))

    return decompressed_images
def decompress(images, delete_png=False, delete_json=False, folder=None):
    """Reverse compression from tif to png and save them in original format
    (ome.tif). TIFF-tags are gotten from json-files named the same as given
    images.


    Parameters
    ----------
    images : list of filenames
        Image to decompress.
    delete_png : bool
        Wheter to delete PNG images.
    delete_json : bool
        Wheter to delete TIFF-tags stored in json files on compress.

    Returns
    -------
    list of filenames
        List of decompressed files.
    """
    if type(images) == str:
        # only one image
        return decompress([images])

    filenames = copy(images) # as images property will change when looping

    decompressed_images = []
    for orig_filename in filenames:
        debug('decompressing {}'.format(orig_filename))
        try:
            filename, extension = os.path.splitext(orig_filename)

            # if decompressed file should be put in specified folder
            if folder:
                basename = os.path.basename(filename)
                new_filename = os.path.join(folder, basename + '.ome.tif')
            else:
                new_filename = filename + '.ome.tif'

            # check if tif exists
            if os.path.isfile(new_filename):
                decompressed_images.append(new_filename)
                msg = "Aborting decompress, TIFF already exists:" \
                      " {}".format(orig_filename)
                raise AssertionError(msg)
            if extension != '.png':
                msg = "Aborting decompress, not a " \
                      "PNG: {}".format(orig_filename)
                raise AssertionError(msg)

            # open image, load and close file pointer
            img = Image.open(orig_filename)
            img.load() # load img-data before switching mode, also closes fp

            # get tags from json
            info = {}
            with open(filename + '.json', 'r') as f:
                tags = json.load(f)
                # convert dictionary to original types (lost in json conversion)
                for tag,val in tags.items():
                    if tag == 'palette':
                        # hack hack
                        continue
                    if type(val) == list:
                        val = tuple(val)
                    if type(val[0]) == list:
                        # list of list
                        val = tuple(tuple(x) for x in val)
                    info[int(tag)] = val

            # check for color map
            if 'palette' in tags:
                img.putpalette(tags['palette'])

            # save as tif
            debug('saving to {}'.format(new_filename))
            img.save(new_filename, tiffinfo=info)
            decompressed_images.append(new_filename)

            if delete_png:
                os.remove(orig_filename)
            if delete_json:
                os.remove(filename + '.json')

        except (IOError, AssertionError) as e:
            # print error - continue
            print('leicaexperiment {}'.format(e))

    return decompressed_images
def decompress ( images , delete_png = False , delete_json = False , folder = None ) : if type ( images ) == str : # only one image return decompress ( [ images ] ) filenames = copy ( images ) # as images property will change when looping decompressed_images = [ ] for orig_filename in filenames : debug ( 'decompressing {}' . format ( orig_filename ) ) try : filename , extension = os . path . splitext ( orig_filename ) # if decompressed file should be put in specified folder if folder : basename = os . path . basename ( filename ) new_filename = os . path . join ( folder , basename + '.ome.tif' ) else : new_filename = filename + '.ome.tif' # check if tif exists if os . path . isfile ( new_filename ) : decompressed_images . append ( new_filename ) msg = "Aborting decompress, TIFF already exists:" " {}" . format ( orig_filename ) raise AssertionError ( msg ) if extension != '.png' : msg = "Aborting decompress, not a " "PNG: {}" . format ( orig_filename ) raise AssertionError ( msg ) # open image, load and close file pointer img = Image . open ( orig_filename ) img . load ( ) # load img-data before switching mode, also closes fp # get tags from json info = { } with open ( filename + '.json' , 'r' ) as f : tags = json . load ( f ) # convert dictionary to original types (lost in json conversion) for tag , val in tags . items ( ) : if tag == 'palette' : # hack hack continue if type ( val ) == list : val = tuple ( val ) if type ( val [ 0 ] ) == list : # list of list val = tuple ( tuple ( x ) for x in val ) info [ int ( tag ) ] = val # check for color map if 'palette' in tags : img . putpalette ( tags [ 'palette' ] ) # save as tif debug ( 'saving to {}' . format ( new_filename ) ) img . save ( new_filename , tiffinfo = info ) decompressed_images . append ( new_filename ) if delete_png : os . remove ( orig_filename ) if delete_json : os . remove ( filename + '.json' ) except ( IOError , AssertionError ) as e : # print error - continue print ( 'leicaexperiment {}' . format ( e ) ) return decompressed_images
Reverse compression from tif to png and save them in original format
    (ome.tif). TIFF-tags are gotten from json-files named the same as given
    images.


    Parameters
    ----------
    images : list of filenames
        Image to decompress.
    delete_png : bool
        Wheter to delete PNG images.
    delete_json : bool
        Wheter to delete TIFF-tags stored in json files on compress.

    Returns
    -------
    list of filenames
        List of decompressed files.
Reverse compression from tif to png and save them in original format ( ome . tif ) . TIFF - tags are gotten from json - files named the same as given images .