def encode(self, word, primary_only=False):
        """Return the Haase Phonetik (numeric output) code for a word.

        While the output code is numeric, it is nevertheless a str.

        Parameters
        ----------
        word : str
            The word to transform
        primary_only : bool
            If True, only the primary code is returned

        Returns
        -------
        tuple
            The Haase Phonetik value as a numeric string

        Examples
        --------
        >>> pe = Haase()
        >>> pe.encode('Joachim')
        ('9496',)
        >>> pe.encode('Christoph')
        ('4798293', '8798293')
        >>> pe.encode('Jörg')
        ('974',)
        >>> pe.encode('Smith')
        ('8692',)
        >>> pe.encode('Schmidt')
        ('8692', '4692')

        """

        def _after(word, pos, letters):
            """Return True if word[pos] follows one of the supplied letters.

            Parameters
            ----------
            word : str
                Word to modify
            pos : int
                Position to examine
            letters : set
                Letters to check for

            Returns
            -------
            bool
                True if word[pos] follows one of letters

            """
            if pos > 0 and word[pos - 1] in letters:
                return True
            return False

        def _before(word, pos, letters):
            """Return True if word[pos] precedes one of the supplied letters.

            Parameters
            ----------
            word : str
                Word to modify
            pos : int
                Position to examine
            letters : set
                Letters to check for

            Returns
            -------
            bool
                True if word[pos] precedes one of letters

            """
            if pos + 1 < len(word) and word[pos + 1] in letters:
                return True
            return False

        word = unicode_normalize('NFKD', text_type(word.upper()))
        word = word.replace('ß', 'SS')

        word = word.replace('Ä', 'AE')
        word = word.replace('Ö', 'OE')
        word = word.replace('Ü', 'UE')
        word = ''.join(c for c in word if c in self._uc_set)

        variants = []
        if primary_only:
            variants = [word]
        else:
            pos = 0
            if word[:2] == 'CH':
                variants.append(('CH', 'SCH'))
                pos += 2
            len_3_vars = {
                'OWN': 'AUN',
                'WSK': 'RSK',
                'SCH': 'CH',
                'GLI': 'LI',
                'AUX': 'O',
                'EUX': 'O',
            }
            while pos < len(word):
                if word[pos : pos + 4] == 'ILLE':
                    variants.append(('ILLE', 'I'))
                    pos += 4
                elif word[pos : pos + 3] in len_3_vars:
                    variants.append(
                        (word[pos : pos + 3], len_3_vars[word[pos : pos + 3]])
                    )
                    pos += 3
                elif word[pos : pos + 2] == 'RB':
                    variants.append(('RB', 'RW'))
                    pos += 2
                elif len(word[pos:]) == 3 and word[pos:] == 'EAU':
                    variants.append(('EAU', 'O'))
                    pos += 3
                elif len(word[pos:]) == 1 and word[pos:] in {'A', 'O'}:
                    if word[pos:] == 'O':
                        variants.append(('O', 'OW'))
                    else:
                        variants.append(('A', 'AR'))
                    pos += 1
                else:
                    variants.append((word[pos],))
                    pos += 1

            variants = [''.join(letters) for letters in product(*variants)]

        def _haase_code(word):
            sdx = ''
            for i in range(len(word)):
                if word[i] in self._uc_v_set:
                    sdx += '9'
                elif word[i] == 'B':
                    sdx += '1'
                elif word[i] == 'P':
                    if _before(word, i, {'H'}):
                        sdx += '3'
                    else:
                        sdx += '1'
                elif word[i] in {'D', 'T'}:
                    if _before(word, i, {'C', 'S', 'Z'}):
                        sdx += '8'
                    else:
                        sdx += '2'
                elif word[i] in {'F', 'V', 'W'}:
                    sdx += '3'
                elif word[i] in {'G', 'K', 'Q'}:
                    sdx += '4'
                elif word[i] == 'C':
                    if _after(word, i, {'S', 'Z'}):
                        sdx += '8'
                    elif i == 0:
                        if _before(
                            word,
                            i,
                            {'A', 'H', 'K', 'L', 'O', 'Q', 'R', 'U', 'X'},
                        ):
                            sdx += '4'
                        else:
                            sdx += '8'
                    elif _before(word, i, {'A', 'H', 'K', 'O', 'Q', 'U', 'X'}):
                        sdx += '4'
                    else:
                        sdx += '8'
                elif word[i] == 'X':
                    if _after(word, i, {'C', 'K', 'Q'}):
                        sdx += '8'
                    else:
                        sdx += '48'
                elif word[i] == 'L':
                    sdx += '5'
                elif word[i] in {'M', 'N'}:
                    sdx += '6'
                elif word[i] == 'R':
                    sdx += '7'
                elif word[i] in {'S', 'Z'}:
                    sdx += '8'

            sdx = self._delete_consecutive_repeats(sdx)

            return sdx

        encoded = tuple(_haase_code(word) for word in variants)
        if len(encoded) > 1:
            encoded_set = set()
            encoded_single = []
            for code in encoded:
                if code not in encoded_set:
                    encoded_set.add(code)
                    encoded_single.append(code)
            return tuple(encoded_single)

        return encoded
def encode(self, word, primary_only=False):
        """Return the Haase Phonetik (numeric output) code for a word.

        While the output code is numeric, it is nevertheless a str.

        Parameters
        ----------
        word : str
            The word to transform
        primary_only : bool
            If True, only the primary code is returned

        Returns
        -------
        tuple
            The Haase Phonetik value as a numeric string

        Examples
        --------
        >>> pe = Haase()
        >>> pe.encode('Joachim')
        ('9496',)
        >>> pe.encode('Christoph')
        ('4798293', '8798293')
        >>> pe.encode('Jörg')
        ('974',)
        >>> pe.encode('Smith')
        ('8692',)
        >>> pe.encode('Schmidt')
        ('8692', '4692')

        """

        def _after(word, pos, letters):
            """Return True if word[pos] follows one of the supplied letters.

            Parameters
            ----------
            word : str
                Word to modify
            pos : int
                Position to examine
            letters : set
                Letters to check for

            Returns
            -------
            bool
                True if word[pos] follows one of letters

            """
            if pos > 0 and word[pos - 1] in letters:
                return True
            return False

        def _before(word, pos, letters):
            """Return True if word[pos] precedes one of the supplied letters.

            Parameters
            ----------
            word : str
                Word to modify
            pos : int
                Position to examine
            letters : set
                Letters to check for

            Returns
            -------
            bool
                True if word[pos] precedes one of letters

            """
            if pos + 1 < len(word) and word[pos + 1] in letters:
                return True
            return False

        word = unicode_normalize('NFKD', text_type(word.upper()))
        word = word.replace('ß', 'SS')

        word = word.replace('Ä', 'AE')
        word = word.replace('Ö', 'OE')
        word = word.replace('Ü', 'UE')
        word = ''.join(c for c in word if c in self._uc_set)

        variants = []
        if primary_only:
            variants = [word]
        else:
            pos = 0
            if word[:2] == 'CH':
                variants.append(('CH', 'SCH'))
                pos += 2
            len_3_vars = {
                'OWN': 'AUN',
                'WSK': 'RSK',
                'SCH': 'CH',
                'GLI': 'LI',
                'AUX': 'O',
                'EUX': 'O',
            }
            while pos < len(word):
                if word[pos : pos + 4] == 'ILLE':
                    variants.append(('ILLE', 'I'))
                    pos += 4
                elif word[pos : pos + 3] in len_3_vars:
                    variants.append(
                        (word[pos : pos + 3], len_3_vars[word[pos : pos + 3]])
                    )
                    pos += 3
                elif word[pos : pos + 2] == 'RB':
                    variants.append(('RB', 'RW'))
                    pos += 2
                elif len(word[pos:]) == 3 and word[pos:] == 'EAU':
                    variants.append(('EAU', 'O'))
                    pos += 3
                elif len(word[pos:]) == 1 and word[pos:] in {'A', 'O'}:
                    if word[pos:] == 'O':
                        variants.append(('O', 'OW'))
                    else:
                        variants.append(('A', 'AR'))
                    pos += 1
                else:
                    variants.append((word[pos],))
                    pos += 1

            variants = [''.join(letters) for letters in product(*variants)]

        def _haase_code(word):
            sdx = ''
            for i in range(len(word)):
                if word[i] in self._uc_v_set:
                    sdx += '9'
                elif word[i] == 'B':
                    sdx += '1'
                elif word[i] == 'P':
                    if _before(word, i, {'H'}):
                        sdx += '3'
                    else:
                        sdx += '1'
                elif word[i] in {'D', 'T'}:
                    if _before(word, i, {'C', 'S', 'Z'}):
                        sdx += '8'
                    else:
                        sdx += '2'
                elif word[i] in {'F', 'V', 'W'}:
                    sdx += '3'
                elif word[i] in {'G', 'K', 'Q'}:
                    sdx += '4'
                elif word[i] == 'C':
                    if _after(word, i, {'S', 'Z'}):
                        sdx += '8'
                    elif i == 0:
                        if _before(
                            word,
                            i,
                            {'A', 'H', 'K', 'L', 'O', 'Q', 'R', 'U', 'X'},
                        ):
                            sdx += '4'
                        else:
                            sdx += '8'
                    elif _before(word, i, {'A', 'H', 'K', 'O', 'Q', 'U', 'X'}):
                        sdx += '4'
                    else:
                        sdx += '8'
                elif word[i] == 'X':
                    if _after(word, i, {'C', 'K', 'Q'}):
                        sdx += '8'
                    else:
                        sdx += '48'
                elif word[i] == 'L':
                    sdx += '5'
                elif word[i] in {'M', 'N'}:
                    sdx += '6'
                elif word[i] == 'R':
                    sdx += '7'
                elif word[i] in {'S', 'Z'}:
                    sdx += '8'

            sdx = self._delete_consecutive_repeats(sdx)

            return sdx

        encoded = tuple(_haase_code(word) for word in variants)
        if len(encoded) > 1:
            encoded_set = set()
            encoded_single = []
            for code in encoded:
                if code not in encoded_set:
                    encoded_set.add(code)
                    encoded_single.append(code)
            return tuple(encoded_single)

        return encoded
def encode ( self , word , primary_only = False ) : def _after ( word , pos , letters ) : """Return True if word[pos] follows one of the supplied letters.

            Parameters
            ----------
            word : str
                Word to modify
            pos : int
                Position to examine
            letters : set
                Letters to check for

            Returns
            -------
            bool
                True if word[pos] follows one of letters

            """ if pos > 0 and word [ pos - 1 ] in letters : return True return False def _before ( word , pos , letters ) : """Return True if word[pos] precedes one of the supplied letters.

            Parameters
            ----------
            word : str
                Word to modify
            pos : int
                Position to examine
            letters : set
                Letters to check for

            Returns
            -------
            bool
                True if word[pos] precedes one of letters

            """ if pos + 1 < len ( word ) and word [ pos + 1 ] in letters : return True return False word = unicode_normalize ( 'NFKD' , text_type ( word . upper ( ) ) ) word = word . replace ( 'ß', SS') word = word . replace ( 'Ä', AE') word = word . replace ( 'Ö', OE') word = word . replace ( 'Ü', UE') word = '' . join ( c for c in word if c in self . _uc_set ) variants = [ ] if primary_only : variants = [ word ] else : pos = 0 if word [ : 2 ] == 'CH' : variants . append ( ( 'CH' , 'SCH' ) ) pos += 2 len_3_vars = { 'OWN' : 'AUN' , 'WSK' : 'RSK' , 'SCH' : 'CH' , 'GLI' : 'LI' , 'AUX' : 'O' , 'EUX' : 'O' , } while pos < len ( word ) : if word [ pos : pos + 4 ] == 'ILLE' : variants . append ( ( 'ILLE' , 'I' ) ) pos += 4 elif word [ pos : pos + 3 ] in len_3_vars : variants . append ( ( word [ pos : pos + 3 ] , len_3_vars [ word [ pos : pos + 3 ] ] ) ) pos += 3 elif word [ pos : pos + 2 ] == 'RB' : variants . append ( ( 'RB' , 'RW' ) ) pos += 2 elif len ( word [ pos : ] ) == 3 and word [ pos : ] == 'EAU' : variants . append ( ( 'EAU' , 'O' ) ) pos += 3 elif len ( word [ pos : ] ) == 1 and word [ pos : ] in { 'A' , 'O' } : if word [ pos : ] == 'O' : variants . append ( ( 'O' , 'OW' ) ) else : variants . append ( ( 'A' , 'AR' ) ) pos += 1 else : variants . append ( ( word [ pos ] , ) ) pos += 1 variants = [ '' . join ( letters ) for letters in product ( * variants ) ] def _haase_code ( word ) : sdx = '' for i in range ( len ( word ) ) : if word [ i ] in self . _uc_v_set : sdx += '9' elif word [ i ] == 'B' : sdx += '1' elif word [ i ] == 'P' : if _before ( word , i , { 'H' } ) : sdx += '3' else : sdx += '1' elif word [ i ] in { 'D' , 'T' } : if _before ( word , i , { 'C' , 'S' , 'Z' } ) : sdx += '8' else : sdx += '2' elif word [ i ] in { 'F' , 'V' , 'W' } : sdx += '3' elif word [ i ] in { 'G' , 'K' , 'Q' } : sdx += '4' elif word [ i ] == 'C' : if _after ( word , i , { 'S' , 'Z' } ) : sdx += '8' elif i == 0 : if _before ( word , i , { 'A' , 'H' , 'K' , 'L' , 'O' , 'Q' , 'R' , 'U' , 'X' } , ) : sdx += '4' else : sdx += '8' elif _before ( word , i , { 'A' , 'H' , 'K' , 'O' , 'Q' , 'U' , 'X' } ) : sdx += '4' else : sdx += '8' elif word [ i ] == 'X' : if _after ( word , i , { 'C' , 'K' , 'Q' } ) : sdx += '8' else : sdx += '48' elif word [ i ] == 'L' : sdx += '5' elif word [ i ] in { 'M' , 'N' } : sdx += '6' elif word [ i ] == 'R' : sdx += '7' elif word [ i ] in { 'S' , 'Z' } : sdx += '8' sdx = self . _delete_consecutive_repeats ( sdx ) return sdx encoded = tuple ( _haase_code ( word ) for word in variants ) if len ( encoded ) > 1 : encoded_set = set ( ) encoded_single = [ ] for code in encoded : if code not in encoded_set : encoded_set . add ( code ) encoded_single . append ( code ) return tuple ( encoded_single ) return encoded
Return the Haase Phonetik (numeric output) code for a word.

        While the output code is numeric, it is nevertheless a str.

        Parameters
        ----------
        word : str
            The word to transform
        primary_only : bool
            If True, only the primary code is returned

        Returns
        -------
        tuple
            The Haase Phonetik value as a numeric string

        Examples
        --------
        >>> pe = Haase()
        >>> pe.encode('Joachim')
        ('9496',)
        >>> pe.encode('Christoph')
        ('4798293', '8798293')
        >>> pe.encode('Jörg')
        ('974',)
        >>> pe.encode('Smith')
        ('8692',)
        >>> pe.encode('Schmidt')
        ('8692', '4692')
Return the Haase Phonetik ( numeric output ) code for a word .