def _parse_diacritics(self, ch: str) -> str:
"""
EG: input with base a -> a/LENGTH/DIAERESIS/
:param ch: character
:return: a string with separated and organized diacritics for easier access later.
"""
out = chars.base(ch).lower() # Initialize out as base of character.
length = chars.length(ch)
dia = chars.diaeresis(ch)
out += "/" # Create 1st boundary
# If any length, place between 1st and 2nd boundary
if length:
out += length
out += "/" # Create 2nd boundary
if dia: # If any diaeresis,
out += dia # place between second and final boundary
out += "/" # Create final boundary
return out
def _parse_diacritics(self, ch):
# Returns a string with seperated and organized diacritics
# for easier access later.
# EG: input with base α -> α/ACCENT/ETC/
# (where ETC includes diaeresis, iota subscripts, and macrons)
# Additions to greek_accentuation.characters for use here:
marked_breathing = chars.extract_diacritic(chars.ROUGH)
# (Don't need SMOOTH for these purposes)
marked_accents = chars.extract_diacritic(chars.ACUTE, chars.CIRCUMFLEX)
# (Don't need GRAVE for these purposes)
marked_length = chars.extract_diacritic(chars.LONG)
# (Don't need SHORT for these purposes)
h = marked_breathing(ch)
acc = marked_accents(ch)
etc = [
chars.diaeresis(ch),
chars.iota_subscript(ch),
marked_length(ch)
]
out = chars.base(ch).lower() # Initialize out as base of character.
if h != None and out != "ρ": # If any rough breathing, and not rho
out = "h///" + out # insert an h/// before the base.
# ('aspirated' rhos can be ignored,
# and dealt with seperately.)
out += "/" # Create 1st boundary
if acc != None: # If any accent, place between 1st and 2nd boundary
out += acc
out += "/" # Create 2nd boundary
for c in [c for c in etc if c != None]: # If any other diacritics,
out += c # place between second and final boundary
out += "/" # Create final boundary
return out
def _parse_diacritics(self, ch):
# Returns a string with seperated and organized diacritics
# for easier access later.
# EG: input with base α -> α/ACCENT/ETC/
# (where ETC includes diaeresis, iota subscripts, and macrons)
# Additions to greek_accentuation.characters for use here:
marked_breathing = chars.extract_diacritic(chars.ROUGH)
# (Don't need SMOOTH for these purposes)
marked_accents = chars.extract_diacritic(
chars.ACUTE, chars.CIRCUMFLEX
)
# (Don't need GRAVE for these purposes)
marked_length = chars.extract_diacritic(chars.LONG)
# (Don't need SHORT for these purposes)
h = marked_breathing(ch)
acc = marked_accents(ch)
etc = [
chars.diaeresis(ch), chars.iota_subscript(ch), marked_length(ch)
]
out = chars.base(ch).lower() # Initialize out as base of character.
if h != None and out != "ρ": # If any rough breathing, and not rho
out = "h///" + out # insert an h/// before the base.
# ('aspirated' rhos can be ignored,
# and dealt with seperately.)
out += "/" # Create 1st boundary
if acc != None: # If any accent, place between 1st and 2nd boundary
out += acc
out += "/" # Create 2nd boundary
for c in [c for c in etc if c != None]: # If any other diacritics,
out += c # place between second and final boundary
out += "/" # Create final boundary
return out
def _parse_diacritics(self, ch):
# Returns a string with seperated and organized diacritics
# for easier access later.
# EG: input with base a -> a/LENGTH/DIAERESIS/
out = chars.base(ch).lower() # Initialize out as base of character.
length = chars.length(ch)
dia = chars.diaeresis(ch)
out += "/" # Create 1st boundary
# If any length, place between 1st and 2nd boundary
if length != None:
out += length
out += "/" # Create 2nd boundary
if dia != None: # If any diaeresis,
out += dia # place between second and final boundary
out += "/" # Create final boundary
return out
