def manual_fix_individual(book_summaries):
"""
Note we do not manually fix the plays, since we do not use them in the literature dataset.
"""
def fix_north(title):
return title.replace(',', ':', 1).replace('Vol.', 'Book', 1).replace('Volume', 'Book', 1) \
.replace('of ', '').replace('Chaper', 'Chapter')
start = False
book_summaries_new = []
for idx, book_summ in enumerate(book_summaries):
sect_summs_new = []
sect_summs_old = book_summ.section_summaries
title = book_summ.title
# if idx == 125:
# start = True
if title in NON_NOVEL_TITLES:
continue
elif title in set([
"Connecticut Yankee in King Arthur's Court", "Little Women",
"Walden"
]):
sect_summs_new = [(' '.join(chap_title.split(' ',
2)[0:2]), sect_summ)
for chap_title, sect_summ in sect_summs_old
if chap_title]
elif title in set([
'Germinal', "Little Dorrit", "Our Mutual Friend",
"The War of the Worlds"
]):
sect_summs_new = [(x[0].replace(',', ':', 1), x[1])
for x in sect_summs_old]
elif title == 'The Adventures of Huckleberry Finn':
sect_summs_new = [x for x in sect_summs_old if x[0]]
elif title == 'The Age of Innocence':
for chap_title, sect_summ in sect_summs_old:
arr = chap_title.split(':', 1)
if len(arr) == 2:
chap_title = clean_title(arr[0])
sect_summ = [arr[1].strip()] + sect_summ
if not chap_title.startswith('Chapter'):
continue
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Alice in Wonderland':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old, 1):
if not chap_title:
chap_title = 'Chapter {}'.format(i)
else:
chap_title = chap_title.split(':', 1)[0]
sect_summs_new.append((chap_title, sect_summ))
elif title == 'The Ambassadors':
book_idx = 'O'
for chap_title, sect_summ in sect_summs_old:
if chap_title.startswith('Volume'):
continue
if chap_title.startswith('Book'):
book_idx = chap_title.split(' ', 1)[-1]
continue
sect_idx = chap_title.split(' ', 1)[-1]
chap_title = 'Book {}: Chapter {}'.format(book_idx, sect_idx)
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Black Beauty':
sect_summs_new = [(chap_title.split(', ', 1)[-1], sect_summ)
for chap_title, sect_summ in sect_summs_old]
elif title == 'Bleak House':
for chap_title, sect_summ in sect_summs_old:
if not chap_title:
prev_title = sect_summs_new[-1][0]
if prev_title == 'Chapters 60-63':
chap_title = 'Chapter 64-67'
elif not chap_title.startswith('Chapter'):
continue
sect_summs_new.append((chap_title, sect_summ))
elif title == 'The Count of Monte Cristo':
sect_summs_new = [
x for x in sect_summs_old
if not x[0].startswith('The book has')
]
elif title == 'Emma':
for chap_title, sect_summ in sect_summs_old:
if chap_title.startswith('Chapter Eighteen:'):
chap_title, sect_summ = chap_title.split(':', 1)
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Ethan Frome':
assert sect_summs_old[0][0] == sect_summs_old[1][0] == ''
book_summ.section_summaries[0] = (
'Prologue', book_summ.section_summaries[1][1])
book_summ.section_summaries[-1] = (
'Epilogue', book_summ.section_summaries[-1][1])
del book_summ.section_summaries[1]
book_summ_new = book_summ
elif title == 'Far from the Madding Crowd':
for chap_title, sect_summ in sect_summs_old:
if chap_title == '':
chap_title = 'Chapter 38-45'
elif not chap_title.startswith('Chapter'):
continue
elif chap_title == 'Chapters 54-Conclusion':
chap_title = 'Chapter 54-57'
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Frankenstein':
sect_summs_new = sect_summs_old
sect_summs_new[-1] = ('Final Letters', sect_summs_new[-1][1])
elif title == 'The American':
sect_summs_new = [
('Chapter {}'.format(chap_title)
if not chap_title.startswith('Ch') else chap_title, sect_summ)
for chap_title, sect_summ in sect_summs_old
]
elif title == 'Great Expectations':
i = 1
for chap_title, sect_summ in sect_summs_old:
if not chap_title.startswith(('Part', 'Chapter')):
addtl_text = [chap_title] + sect_summ
sect_summs_new[-1] = (sect_summs_new[-1][0],
sect_summs_new[-1][1] + addtl_text)
else:
chap_title = 'Chapter {}'.format(i)
sect_summs_new.append((chap_title, sect_summ))
i += 1
elif title == 'The Hound of the Baskervilles':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
chap_title = chap_title.split(':', 1)[0]
if not chap_title.startswith('Chapter'):
continue
if not sect_summ:
assert sect_summs_old[i + 1][0].startswith(
('This chapter', 'In this final'))
sect_summ = [sect_summs_old[i + 1][0]
] + sect_summs_old[i + 1][1]
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Howards End':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title and len(sect_summ) == 2:
continue
elif not chap_title:
chap_title = 'Chapter 16-19'
sect_summs_new.append((chap_title, sect_summ))
elif title == "Lady Audley's Secret":
for chap_title, sect_summ in sect_summs_old:
if chap_title == "Volume 3, Chapter 1":
chap_title = 'Chapter 1'
sect_summs_new.append((chap_title, sect_summ))
elif title == "Mary Barton":
for chap_title, sect_summ in sect_summs_old:
if not chap_title:
chap_title = 'Chapters XVI-XX'
elif chap_title == 'Chapters XXI-XV':
chap_title = 'Chapters XXI-XXV'
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Moby Dick':
for chap_title, sect_summ in sect_summs_old:
if not chap_title.startswith('Chapter'): continue
chap_title = chap_title.split(':', 1)[0].replace('One Hundred and ', 'One-Hundred-', 1) \
.replace('One Hundred', 'One-Hundred', 1)
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Northanger Abbey':
sect_summs_new = [(fix_north(x[0]), x[1]) for x in sect_summs_old]
elif title in set(["The Vicar of Wakefield", 'Uncle Tom\'s Cabin']):
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title.startswith('Chapter'): continue
if not sect_summ:
sect_summ = [sect_summs_old[i + 1][0]
] + sect_summs_old[i + 1][1]
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Persuasion':
for chap_title, sect_summ in sect_summs_old:
if not chap_title:
chap_title = 'Chapter 22-24'
elif chap_title.startswith('The final chapter'):
continue
sect_summs_new.append((chap_title, sect_summ))
elif title in set(["The Scarlet Letter", "The Blithedale Romance"]):
sect_summs_new = [
x for x in sect_summs_old if x[0].startswith('Chapter')
]
elif title == 'Siddhartha':
for _, lines in sect_summs_old:
sect_summ_curr = []
for line in lines:
if line in SIDDHARTHA_TITLES:
if sect_summ_curr:
sect_summs_new.append((chap_title, sect_summ_curr))
sect_summ_curr = []
chap_title = line.replace("The Brahmins Son",
"The Brahmin's Son").replace(
'Goatama', 'Gotama')
else:
sect_summ_curr.append(line)
if sect_summ_curr:
sect_summs_new.append((chap_title, sect_summ_curr))
sect_summ_curr = []
elif title == 'A Study in Scarlet':
sect_summs_new = [(x[0].split(':',
1)[0].strip().replace(',', ':',
1), x[1])
for x in sect_summs_old]
elif title == 'Treasure Island':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not sect_summ:
sect_summ = sect_summs_old[i + 1][1]
elif not chap_title:
continue
sect_summs_new.append((chap_title, sect_summ))
elif title == 'A Study in Scarlet':
sect_summs_new = [(x[0].replace('of ', '', 1), x[1])
for x in sect_summs_old]
elif title == "The Valley of Fear":
sect_summs_new = [x for x in sect_summs_old if x[1]]
elif title == "Villette":
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
prev_chap = sect_summs_new[-1][0] if sect_summs_new else ''
if prev_chap.endswith('XIII'):
sect_summ = [chap_title] + sect_summ
chap_title = "Chapter 14-16"
elif prev_chap.endswith('XXV'):
sect_summ = [chap_title] + sect_summ
chap_title = "Chapter 26-28"
sect_summs_new.append((chap_title, sect_summ))
elif title == 'What Maisie Knew':
book_summ.section_summaries[0] = (
'Introduction', book_summ.section_summaries[0][1])
book_summ_new = book_summ
elif title == 'Winesburg, Ohio':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
chap_title = chap_title.replace('"',
'').replace("'", '').replace(
' Summary ', ' ')
if chap_title.startswith("Surrender"):
chap_title = "Godliness Part 3"
elif chap_title.startswith("Terror"):
chap_title = "Godliness Part 4"
elif chap_title.startswith("Prologue"):
chap_title = "The Book of the Grotesque"
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Wuthering Heights':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not sect_summ:
next_chap, next_summ = sect_summs_old[i + 1]
# Chapter 25 section has a typo https://www.gradesaver.com/wuthering-heights/study-guide/summary-chapters-21-25
if not next_summ and not chap_title == 'Chapter 25':
print("need to update Wuthering Heights")
sect_summ = next_summ
elif not chap_title:
continue
sect_summs_new.append((chap_title, sect_summ))
elif title == "The Yellow Wallpaper":
all_sects = [x[1] for x in sect_summs_old]
all_sects = [sublist for l in all_sects for sublist in l]
sect_summs_new = [('book', all_sects)]
elif title in set([
"The Mill on the Floss", 'My Antonia', "A Tale of Two Cities",
'War and Peace'
]): # multibook
book_count = 0
seen = set()
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title.startswith("Chapter") or chap_title.endswith(
'.'):
continue
chap_title, book_count = fix_multibook(chap_title, book_count)
if not sect_summ:
sect_summ = [sect_summs_old[i + 1][0]
] + sect_summs_old[i + 1][1]
if chap_title == "Book 2: Chapter 4 -":
chap_title = "Book 2: Chapter 4"
if title == 'A Tale of Two Cities':
if chap_title in seen:
continue
seen.add(chap_title)
arr = chap_title.split(':')
if len(arr) == 3:
chap_title = ':'.join(arr[0:2])
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Hard Times':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if chap_title.startswith('Book the First'):
book_num = 1
elif chap_title == 'Book II':
book_num = 2
elif chap_title.startswith('Book III'):
book_num = 3
else:
chap_title = 'Book {}: {}'.format(
book_num,
chap_title.split(':', 1)[0])
sect_summs_new.append((chap_title, sect_summ))
elif title in set([
"Gulliver's Travels", "Jude the Obscure", "Madame Bovary",
'Crime and Punishment'
]): # multipart
book_count = 0
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if title in set(["Gulliver's Travels", 'Crime and Punishment'
]) and not sect_summ:
sect_summ = [sect_summs_old[i + 1][0]
] + sect_summs_old[i + 1][1]
if not chap_title.startswith("Chapter"):
continue
elif title == "Madame Bovary" and "-" in chap_title:
continue
chap_title, book_count = fix_multipart(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title in set(['Pride and Prejudice', 'Jane Eyre']):
for i, (chap_title, sect_summ) in enumerate(sect_summs_old, 1):
chap_title = 'Chapter {}'.format(i)
if title == 'Pride and Prejudice' and chap_title == 'Chapter 60':
sect_summs_new.append((chap_title, sect_summ[0:1]))
sect_summs_new.append(('Chapter 61', sect_summ[1:]))
continue
sect_summs_new.append((chap_title, sect_summ))
elif title == "The Phantom of the Opera":
book_summ.section_summaries[-1] = (
'Chapter 21-Epilogue', book_summ.section_summaries[-1][1])
book_summ_new = book_summ
elif title == "The Picture of Dorian Gray":
sect_summs_new = sect_summs_old
sect_summs_new[0] = ('Preface-Chapter 2', sect_summs_new[0][1])
elif title == "Tess of the D'Urbervilles":
sect_summs_new = [(x[0], x[1]) for x in sect_summs_old
if x[0].startswith('Chapter')]
elif title == 'Washington Square':
sect_summs_new = [(x[0].replace(' Summaries', '', 1), x[1])
for x in sect_summs_old
if x[0].startswith('Chapter')]
elif title == "The Wind in the Willows":
sect_summs_new = sect_summs_old
sect_summs_new[-2] = (sect_summs_new[-2][0],
sect_summs_new[-2][1] +
[sect_summs_new[-1][0]])
sect_summs_new.pop(-1)
elif title == "The Brothers Karamazov":
sect_summs_new = sect_summs_old
sect_summs_new[-1] = ('Book 13', sect_summs_old[-1][1])
elif title == "The Metamorphosis":
sect_summs_new = [(x[0].replace('Chapter', 'Part', 1), x[1])
for x in sect_summs_old]
elif title == 'The Secret Garden':
assert sect_summs_old[1][0] == 'Chapters 5-19'
sect_summs_new = sect_summs_old
sect_summs_new[1] = ('Chapters 5-9', sect_summs_old[1][1])
else:
sect_summs_new = sect_summs_old
if sect_summs_new:
sect_summs_new = [(standardize_sect_title(x[0]), x[1])
for x in sect_summs_new]
title_new = standardize_title(title)
if title_new != title:
print('renamed {} -> {}'.format(title, title_new))
title = title_new
book_summ_new = book_summ._replace(
section_summaries=sect_summs_new, title=title_new)
book_summaries_new.append(book_summ_new)
if start: # for debugging
# if title == 'Frankenstein':
print(title, idx)
assert title == book_summaries_new[-1].title
for i, x in enumerate(book_summaries_new[-1].section_summaries, 1):
print(x[0] or x[1][0][0:100] + ' index ' + str(i))
input()
return book_summaries_new
def manual_fix_individual(book_summaries):
"""
Note we do not manually fix the plays, since we do not use them in the literature dataset.
"""
start = False # to debug
book_summaries_new = []
for idx, book_summ in enumerate(book_summaries):
sect_summs_new = []
sect_summs_old = book_summ.section_summaries
title = book_summ.title
# if idx == 79:
# start = True
if title in NON_NOVEL_TITLES:
continue
if title in set([
'Adam Bede', 'The Brothers Karamazov', 'The Age of Innocence',
'Siddhartha', 'Silas Marner', 'The Three Musketeers'
]):
sect_summs_new = [(x[0].split(':', 1)[1].strip(), x[1])
for x in sect_summs_old]
if title == 'The Brothers Karamazov':
assert sect_summs_new[-1][0] == 'Epilogue'
sect_summs_new[-1] = ('Book 13', sect_summs_new[-1][1])
if title == 'Siddhartha':
sect_summs_new = [
('Samsara' if chap_title == 'Sansara' else
'Amongst the People' if chap_title
== 'With the Childlike People' else chap_title, chap_summ)
for chap_title, chap_summ in sect_summs_new
]
elif title in set(["Tess of the d'Urbervilles"]):
sect_summs_new = [(x[0].rsplit(':', 1)[1].strip(), x[1])
for x in sect_summs_old]
elif title == 'White Fang':
sect_summs_new = [(x[0].split('(', 1)[0].strip(), x[1])
for x in sect_summs_old]
elif title == 'The Adventures of Huckleberry Finn':
sect_summs_new = sect_summs_old
sect_summs_new[-1] = ('Chapter 43', sect_summs_new[-1][1])
assert sect_summs_new[0][0] == 'Notice; Explanatory'
sect_summs_new = sect_summs_new[1:]
elif title == "A Connecticut Yankee in King Arthur's Court":
sect_summs_new = sect_summs_old
sect_summs_new[-1] = ('Chapter 39-45', sect_summs_new[-1][1])
elif title == 'Jane Eyre':
sect_summs_new = sect_summs_old
sect_summs_new[-1] = ('Chapter 38', sect_summs_new[-1][1])
elif title in set(['The Mill on the Floss', 'My Ántonia']):
for sect_title, summ in sect_summs_old:
if sect_title.startswith('Introduction'):
pass
elif sect_title.endswith('Conclusion'):
sect_title = 'Book 7: Conclusion'
else:
arr = sect_title.split()
sect_title = '{} {} {} {}'.format(arr[0], arr[1], arr[-2],
arr[-1])
sect_summs_new.append((sect_title, summ))
elif title == "The Turn of the Screw":
sect_summs_new = [(x[0].replace('Section',
'Chapter').replace('"', ''), x[1])
for x in sect_summs_old]
elif title == 'The Way of All Flesh':
for sect_title, summ in sect_summs_old:
if '(' in sect_title:
chapter_nums = sect_title.split('(', 1)[1].split(
' ', 1)[0].replace(')', '')
sect_title = 'Chapter {}'.format(chapter_nums)
sect_title = sect_title.replace('87', '86', 1) # fix typo
sect_summs_new.append((sect_title, summ))
elif title == 'The Secret Sharer':
sect_summs_new = [(x[0].replace('Part', 'Chapter'), x[1])
for x in sect_summs_old]
elif title == 'Winesburg, Ohio':
sect_summs_new = [(x[0].replace('"', ''), x[1])
for x in sect_summs_old]
elif title == 'Treasure Island':
treasure_chapters = [
"1-6", "7-12", "13-15", "16-21", "22-27", "28-34"
]
for i, (chap, sect_summ) in enumerate(
zip(treasure_chapters, sect_summs_old)):
sect_summs_new.append(('Chapter ' + chap, sect_summ[1]))
elif title == 'Emma':
for sect_title, summ in sect_summs_old:
if 'Volume 1' in sect_title:
offset = 0
elif 'Volume 2' in sect_title:
offset = 18
else:
offset = 36
last = sect_title.rsplit(' ', 1)[-1]
if '-' in last:
first, last = [
roman_to_int(x) + offset for x in last.split('-', 1)
]
sect_title = 'Chapter {}-{}'.format(first, last)
else:
sect_title = 'Chapter {}'.format(
roman_to_int(last) + offset)
sect_summs_new.append((sect_title, summ))
elif title == "War and Peace":
ssn = [(standardize_sect_title(x[0], False), x[1])
for x in sect_summs_old]
book_summ_new = book_summ._replace(section_summaries=ssn)
else:
sect_summs_new = sect_summs_old
if sect_summs_new:
sect_summs_new = [(standardize_sect_title(x[0]), x[1])
for x in sect_summs_new]
title_new = standardize_title(title)
if title_new != title:
print('renamed {} -> {}'.format(title, title_new))
title = title_new
book_summ_new = book_summ._replace(
section_summaries=sect_summs_new, title=title_new)
book_summaries_new.append(book_summ_new)
if start: # for debugging
print(title, idx)
assert title == book_summaries_new[-1].title
for i, x in enumerate(book_summaries_new[-1].section_summaries, 1):
print(x[0] or x[1][0][0:100] + ' index ' + str(i))
input()
return book_summaries_new
def manual_fix_individual(book_summaries):
start = False # to debug
book_summaries_new = []
seen = set()
for idx, book_summ in enumerate(book_summaries):
sect_summs_new = []
sect_summs_old = book_summ.section_summaries
title = book_summ.title
source = book_summ.source
if (title, source) in seen:
continue
# if idx == 0:
# start = True
if title in NON_NOVEL_TITLES:
continue
if title in set(['Kidnapped', 'Treasure Island', 'The Call of the Wild',
'Dr. Jekyll and Mr. Hyde', 'The House of the Seven Gables', 'The Prince and the Pauper',
'Huckleberry Finn', 'Tom Sawyer']) and source == 'monkeynotes' or \
title == "The Mayor of Casterbridge" and source == 'barrons':
sect_summs_new = [(x[0].split(':', 1)[0].strip(), x[1])
for x in sect_summs_old]
elif title in set(["Oliver Twist", 'Candide', "Alice's Adventures in Wonderland"]) and source == 'monkeynotes' or \
title == 'The Scarlet Letter' and source == 'barrons':
sect_summs_new = [(x[0].split('-', 1)[0].strip(), x[1])
for x in sect_summs_old]
elif title in set(["Uncle Tom's Cabin"]) and source == 'barrons':
sect_summs_new = [(x[0].split('.', 1)[0], x[1])
for x in sect_summs_old]
elif title in set(["Emma", "Pride and Prejudice"]) and source == 'monkeynotes' or \
title in set(["Huckleberry Finn", "Great Expectations"]) and source == 'barrons':
sect_summs_new = [(x[0].replace('&', '-', 1).strip(), x[1])
for x in sect_summs_old]
# skip below, as inconsistent sections vs Gutenberg book
elif title in set(['War and Peace', 'The Time Machine'
]) and source == 'monkeynotes':
continue
elif title in set([
'Anna Karenina', 'Don Quixote', "Crime and Punishment",
'Madame Bovary', 'White Fang', 'Jude the Obscure',
"Gulliver's Travels", "The Idiot", 'Under the Greenwood Tree'
]): # multipart
book_count = 0
if title == 'Madame Bovary' and source == 'barrons':
assert sect_summs_old[26][0] == 'Chapter 4'
assert sect_summs_old[31][0] == 'Chapter 10'
sect_summs_old[26] = ('Chapter 3-4', sect_summs_old[26][1])
sect_summs_old[31] = ('Chapter 9-10', sect_summs_old[31][1])
if title == 'The Idiot':
sect_summs_old[1] = ('Chapter 2-3', sect_summs_old[1][1])
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if title == 'Crime and Punishment':
chap_title = chap_title.replace('PART VI, ', '', 1)
if chap_title.startswith('Part'):
chap_title = 'Chapter {}'.format(
chap_title.split(' ', 1)[-1])
chap_title = re.sub(RE_CHAPTER_ONLY, 'Chapter', chap_title)
if not chap_title.startswith("Chapter"):
continue
chap_title, book_count = fix_multipart(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title in set([
'My Antonia', "A Tale of Two Cities", "The War of the Worlds",
'The House of Mirth', 'Hard Times'
]): # multibook
book_count = 0
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if chap_title.endswith('CHAPTER I'): # for barrons
chap_title = 'CHAPTER I'
chap_title = re.sub(RE_CHAPTER_ONLY, 'Chapter', chap_title)
if not chap_title.startswith("Chapter"):
continue
if title == 'A Tale of Two Cities':
chap_title = chap_title.split(':')[0]
chap_title, book_count = fix_multibook(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title in set(['The House of the Seven Gables', 'Walden'
]) and source == 'barrons':
sect_summs_new = [('Chapter {}'.format(x[0].split('.', 1)[0]) if not x[0].startswith('P') else x[0], x[1]) \
for x in sect_summs_old]
elif title == 'Heart of Darkness':
sect_summs_new = [(x[0].replace('Chapter', 'Part'), x[1])
for x in sect_summs_old]
elif title == 'The Hound of the Baskervilles' and source == 'monkeynotes':
assert book_summ.section_summaries[1][0] == 'Chapter Summary'
book_summ.section_summaries[1] = (
'Chapter 2', book_summ.section_summaries[2][1])
book_summ_new = book_summ
elif title == 'Tess of the D\'Urbervilles' and source == 'barrons':
sect_summs_new = [(x[0].replace('AND', '-').replace(
', 14, - ', ' - ').replace(', 27, - ',
' - ').replace(', 57, - ',
' - '), x[1])
for x in sect_summs_old]
elif title == 'The Prince':
sect_summs_new = [(x[0].replace('AND', '-'), x[1])
for x in book_summ.section_summaries]
elif title == 'Ivanhoe':
sect_summs_old.pop(0)
chapters = [
'Chapter 1', 'Chapter 2', 'Chapter 3', 'Chapter 4',
'Chapter 5', 'Chapter 6', 'Chapter 7-9', 'Chapter 10',
'Chapter 11', 'Chapter 12', 'Chapter 13-15', 'Chapter 16-17',
'Chapter 18-19', 'Chapter 20-21', 'Chapter 22', 'Chapter 23',
'Chapter 24', 'Chapter 25-27', 'Chapter 28', 'Chapter 29',
'Chapter 30-31', 'Chapter 32', 'Chapter 33-34', 'Chapter 35',
'Chapter 37-39', 'Chapter 40-42', 'Chapter 43', 'Chapter 44'
]
sect_summs_new = [
(chap, summ)
for chap, summ in zip(chapters, [x[1] for x in sect_summs_old])
]
elif title == 'Winesburg, Ohio':
for sect_title, sect_summ in sect_summs_old:
if sect_title == 'Story 13 -':
sect_title = 'The Strength of God'
elif sect_title == 'PART I - SUMMARY':
sect_title = 'Godliness Part I'
elif sect_title == 'PART II - SUMMARY':
sect_title = 'Godliness Part II'
elif sect_title == 'PART III - Surrender':
sect_title = 'Godliness Part III'
elif sect_title == 'PART IV - Terror':
sect_title = 'Godliness Part IV'
else:
sect_title = sect_title.split('-', 1)[-1].strip()
sect_summs_new.append((sect_title, sect_summ))
elif (title == 'Silas Marner' and source == 'barrons') or \
(title == 'Looking Backward: 2000-1887' and source == 'monkeynotes'):
sect_summs_new = [
x for x in sect_summs_old if x[0].startswith('C')
]
elif title == 'Turn of the Screw':
sect_summs_new = [(x[0].replace('SECTION', 'Chapter'), x[1])
for x in sect_summs_old]
sect_summs_new = sect_summs_new[4:]
assert sect_summs_new[0][0] == 'PROLOGUE'
elif title == 'The Metamorphosis' and source == 'monkeynotes':
sect_summs_new = [(x[0].replace('Section', 'Part'), x[1])
for x in sect_summs_old]
elif title == 'Sons and Lovers' and source == 'barrons':
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.replace('PART TWO - ', '', 1)
if not sect_title.startswith('CHAPTER'):
continue
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Moby Dick' and source == 'monkeynotes':
sect_summs_new = [x for x in sect_summs_old if not x[0] == 'Notes']
elif title == 'Moby Dick' and source == 'barrons':
chap_nums_re = r'\d+'
for sect_title, sect_summ in sect_summs_old:
chaps = re.findall(chap_nums_re, sect_title)
if sect_title == 'Epilogue':
pass
elif len(chaps) == 1:
sect_title = 'Chapter {}'.format(chaps[0])
else:
sect_title = 'Chapter {}-{}'.format(chaps[0], chaps[-1])
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Siddhartha' and source == 'monkeynotes':
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.split(':', 1)[1].strip()
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Siddhartha' and source == 'barrons':
assert len(sect_summs_old) == 1
continue
elif title == "Walden":
sect_summs_new = [(x[0].replace('Chapter1', 'Chapter 1', 1), x[1])
for x in sect_summs_old]
elif title == "Ethan Frome" and source == 'monkeynotes':
for sect_title, sect_summ in sect_summs_old:
if sect_title == 'Opening':
sect_title = 'Prologue'
elif sect_title.startswith('Chapter 10'):
sect_title = 'Epilogue'
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Typee' and source == 'monkeynotes':
sect_summs_new = [(x[0].replace('Chapter 1Summary', 'Chapter 1',
1), x[1]) for x in sect_summs_old]
elif title == 'Typee' and source == 'barrons':
sect_summs_new = [(x[0].replace('PREFACE AND CHAPTERS 1 TO 5',
'Preface to Chapter 5'), x[1])
for x in sect_summs_old]
elif title == "A Connecticut Yankee in King Arthur's Court":
sect_summs_new = [(x[0].split('"', 1)[0].split(':',
1)[0].strip(), x[1])
for x in sect_summs_old
if x[0].startswith('CHAPTER')]
elif title == 'The Count of Monte Cristo' and source == 'monkeynotes':
sect_summs_new = [(x[0].split(':', 1)[0].split('-',
1)[0].strip(), x[1])
for x in sect_summs_old]
elif title == 'The Secret Sharer' and source == 'monkeynotes':
chap1 = set(['Section 1', 'Section 2', 'Section 3', 'Section 4'])
chap2 = set(['Section 5', 'Section 6', 'Section 7', 'Section 8'])
chap1_text, chap2_text = [], []
for sect_title, sect_summ in sect_summs_old:
if sect_title in chap1:
chap1_text.extend(sect_summ)
elif sect_title in chap2:
chap2_text.extend(sect_summ)
sect_summs_new = [('Chapter 1', chap1_text),
('Chapter 2', chap2_text)]
else:
sect_summs_new = sect_summs_old
if sect_summs_new:
sect_summs_new = [(standardize_sect_title(x[0]), x[1])
for x in sect_summs_new]
title_new = standardize_title(title)
if title_new != title:
print('renamed {} -> {}'.format(title, title_new))
title = title_new
book_summ_new = book_summ._replace(
section_summaries=sect_summs_new, title=title_new)
book_summaries_new.append(book_summ_new)
seen.add((title, source))
if start: # for debugging
print(title, source, idx)
assert title == book_summaries_new[-1].title
for i, x in enumerate(book_summaries_new[-1].section_summaries, 1):
print(x[0] or x[1][0][0:100] + ' index ' + str(i))
input()
return book_summaries_new
def manual_fix_individual(book_summaries):
start = False
book_summaries_new = []
for idx, book_summ in enumerate(book_summaries):
sect_summs_old = book_summ.section_summaries
sect_summs_new = []
title = book_summ.title
# if idx == 73:
# start = True
if title in NON_NOVEL_TITLES:
continue
elif title == 'Homecoming': # not the same as one in Gutenberg
continue
elif title in set(['A Christmas Carol']):
sect_summs_new = [(x[0].split(':', 1)[0], x[1])
for x in sect_summs_old]
# sect_summs_new[0] = ('Stave One', sect_summs_new[0][1])
elif title in set(['Bleak House']):
sect_summs_new = [(x[0].split(',', 1)[0], x[1])
for x in sect_summs_old]
elif title in set(['David Copperfield']):
sect_summs_new = [(x[0].split('.', 1)[0], x[1])
for x in sect_summs_old]
elif title in set(['Moll Flanders']):
sect_summs_new = [(x[0].split(' (', 1)[0], x[1])
for x in sect_summs_old]
elif title in set([
'The Idiot', "The Good Soldier", "Anna Karenina",
'The Return of the Native'
]):
sect_summs_new = [(x[0].replace(',', ':'), x[1])
for x in sect_summs_old]
elif title in set(
['Crime and Punishment', 'Don Quixote',
'Madame Bovary']): # multipart
book_count = 0
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title.startswith("Chapter"):
continue
chap_title, book_count = fix_multipart(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title in set([
'The Brothers Karamazov', 'Hard Times',
'The Mill on the Floss', 'My Ántonia', 'Northanger Abbey',
'A Tale of Two Cities', "The House of Mirth"
]): # multibook
book_count = 0
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title.startswith("Chapter"):
continue
chap_title, book_count = fix_multibook(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Ethan Frome':
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
arr = chap_title.split(' ', 1)
if len(arr) == 2:
chap_title = '{} {}'.format(arr[0], arr[1].upper())
elif chap_title == 'Introduction':
chap_title = 'Prologue'
elif chap_title == 'Conclusion':
chap_title = 'Epilogue'
sect_summs_new.append((chap_title, sect_summ))
elif title == 'O Pioneers!':
sect_summs_new = [(x[0].replace(',', ':'), x[1])
for x in sect_summs_old
if x[0].startswith('Part')]
elif title == 'The Age of Innocence':
sect_summs_new = [(x[0].replace('Book One ', '',
1).replace('Book Two ', ''), x[1])
for x in sect_summs_old]
elif title == 'The Three Musketeers':
offset = 0
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title.startswith(('Chapter', 'Part')):
continue
if chap_title.startswith('Part II'):
offset = 37
if offset:
chapter_range = re.search(('\d+-.+'), chap_title)
beg, end = chapter_range[0].split('-')
beg = int(beg) + offset
end = end if end == 'Epilogue' else int(end) + offset
chap_title = 'Chapter {}-{}'.format(beg, end)
sect_summs_new.append((chap_title, sect_summ))
elif title == 'Frankenstein':
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.replace('Letters', 'Letter', 1)
if sect_title.startswith("Walton"):
sect_title = "Final Letters"
sect_summs_new.append((sect_title, sect_summ))
elif title in set([
'Kidnapped', 'The House of the Seven Gables',
"Northanger Abbey", "The Scarlet Letter", 'Typee', "Anthem",
"Ivanhoe", 'The Adventures of Huckleberry Finn',
'Maggie: A Girl of the Streets'
]):
sect_summs_new = [
x for x in sect_summs_old
if x[0].startswith(('Chapter', 'Preface'))
]
elif title == 'Siddhartha':
book_summ.section_summaries[0] = ("The Brahmin's Son",
book_summ[0][1])
book_summ_new = book_summ
elif title == 'Heart of Darkness':
part = 'Part 1'
curr_summ = []
for sect_title, sect_summ in sect_summs_old:
if sect_title != part:
sect_summs_new.append((part, curr_summ))
part = sect_title
curr_summ = []
curr_summ.extend(sect_summ)
if curr_summ:
sect_summs_new.append((part, curr_summ))
elif title == 'Jane Eyre':
sect_summs_new = [(x[0].replace('Summary', 'Chapter 26'), x[1])
for x in sect_summs_old]
elif title == 'Moby-Dick':
for sect_title, sect_summ in sect_summs_old:
if sect_title in set(['Etymology', 'Extracts']):
continue
sect_summs_new.append((sect_title, sect_summ))
elif title == 'This Side of Paradise':
sect_summs_new = [(x[0].split(':', 1)[0].replace(',', ':'), x[1])
for x in sect_summs_old
if x[0].startswith('Book')]
elif title == 'A Portrait of the Artist as a Young Man':
curr_chap = 'Chapter 1'
curr_summ = []
for sect_title, sect_summ in sect_summs_old:
chap_title = sect_title.split(',', 1)[0]
if chap_title != curr_chap:
sect_summs_new.append((curr_chap, curr_summ))
curr_chap = chap_title
curr_summ = []
curr_summ.extend(sect_summ)
if curr_summ and curr_chap.startswith('Chapter'):
sect_summs_new.append((curr_chap, curr_summ))
elif title == "Dubliners":
sect_summs_new = [(x[0].replace('“', '').replace('”', ''), x[1])
for x in sect_summs_old]
elif title == "Jude the Obscure":
sect_summs_new = [(x[0].split(':', 1)[0], x[1])
for x in sect_summs_old
if x[0].startswith('Part')]
elif title == "Lord Jim":
sect_summs_new = [(x[0].replace('and', '-'), x[1])
for x in sect_summs_old]
elif title == "Middlemarch":
sect_summs_new = [(x[0].split(': ', 1)[1], x[1])
for x in sect_summs_old]
elif title in set(["Sense and Sensibility", "Dracula", "Don Quixote"]):
sect_summs_new = [(x[0], x[1]) for x in sect_summs_old
if x[0].startswith('Chapter')]
elif title == "This Side of Paradise":
sect_summs_new = [(x[0].split(':', 1)[0].replace(',', ''), x[1])
for x in sect_summs_old
if x[0].startswith('Chapter')]
# start = True
elif title == 'The Time Machine':
sect_summs_new = [(x[0].replace('and', '-'), x[1])
for x in sect_summs_old]
sect_summs_new[-1] = ('Chapter 11 - Epilogue',
sect_summs_new[-1][1])
elif title == 'Ulysses':
sect_summs_new = [(x[0].replace('Episode',
'Chapter').split(':', 1)[0], x[1])
for x in sect_summs_old]
elif title == 'Walden':
sect_summs_new = [('Chapter {}'.format(i), x[1])
for i, x in enumerate(sect_summs_old, 1)]
elif title == 'Winesburg, Ohio':
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.replace('"', '')
if sect_title == "Godliness, Parts I-II":
sect_title = "Godliness Part I, Godliness Part II"
elif sect_title.startswith("Godliness, Parts III"):
sect_title = "Godliness Part III, Godliness Part IV, A Man of Ideas"
elif sect_title.startswith("Analytical"):
continue
sect_summs_new.append((sect_title, sect_summ))
elif title == "White Fang":
sect_summs_new = [(x[0].replace(',', ':').replace('and', '-',
1), x[1])
for x in sect_summs_old]
elif title == 'The Picture of Dorian Gray':
sect_summs_new = sect_summs_old
sect_summs_new[0] = ('Preface', sect_summs_new[0][1])
elif title == "War and Peace":
ssn = [(standardize_sect_title(x[0].replace(',', ':'),
False), x[1])
for x in sect_summs_old]
book_summ_new = book_summ._replace(section_summaries=ssn)
else:
sect_summs_new = sect_summs_old
if sect_summs_new:
sect_summs_new = [(standardize_sect_title(x[0]), x[1])
for x in sect_summs_new]
title_new = standardize_title(title)
if title_new != title:
print('renamed {} -> {}'.format(title, title_new))
title = title_new
book_summ_new = book_summ._replace(
section_summaries=sect_summs_new, title=title_new)
book_summaries_new.append(book_summ_new)
if start: # for debugging
print(title, idx)
assert title == book_summaries_new[-1].title
for i, x in enumerate(book_summaries_new[-1].section_summaries, 1):
print(x[0] or x[1][0][0:100] + ' index ' + str(i))
input()
return book_summaries_new
def manual_fix_individual(book_summaries):
"""
Note we do not manually fix the plays, since we do not use them in the literature dataset.
"""
def remove_duplicates(sect_summs_old):
seen = set()
sect_summs = []
for sect_title, sect_summ in sect_summs_old:
if sect_title in seen:
continue
sect_summs.append((sect_title, sect_summ))
seen.add(sect_title)
return sect_summs
def add_dash_numwords(sect_summs_old):
sect_summs_new = []
tens = ['Twenty', 'Thirty', 'Forty', 'Fifty', 'Sixty']
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.replace('Sixty Two',
'Sixty Two and Sixty Three')
for t in tens:
sect_title = sect_title.replace(t + ' ', t + '-')
sect_title = sect_title.replace(',', '')
words = sect_title.split()
if len(words) > 2:
sect_title = '{} {} - {}'.format(words[0], words[1], words[-1])
else:
sect_title = '{} {}'.format(words[0], words[1])
sect_summs_new.append((sect_title, sect_summ))
return sect_summs_new
def greenwood_fix(sect_summs_old):
sect_summs_new = []
sect_summs_old = remove_duplicates(sect_summs_old)
for sect_title, sect_summ in sect_summs_old:
if sect_title.startswith('C'):
sect_title = get_first_last_chapter(sect_title)
sect_summs_new.append((sect_title, sect_summ))
else: # Part Two
ss, st = [], ''
curr_summ = []
write = False
for line in sect_summ:
if line.startswith('Analysis'):
ss.append((st, curr_summ))
curr_summ = []
write = False
elif line.startswith('Summary'):
st = get_first_last_chapter(line)
write = True
elif write:
curr_summ.append(line)
sect_summs_new.extend(ss)
return sect_summs_new
def ambass_fix(sect_summs_old):
sect_summs_old = remove_duplicates(sect_summs_old)
numbers = [
1, 2, 3, 1, 2, 1, 2, 1, 2, 1, 2, 3, 1, 2, 3, 1, 2, 3, 1, 2, 3, 1,
2, 3, 1, 2, 3, 1, 2, 3, 4
]
sect_summs_new = [('Chapter {}'.format(num), summ)
for num, (_, summ) in zip(numbers, sect_summs_old)]
return sect_summs_new
def mirth_fix(sect_summs_old):
sect_summs_new = []
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.split(' – ', 1)[-1]
sect_title = sect_title.replace('6,7,8', '6-8').replace(',', '-')
sect_title = sect_title.replace('and', '-')
sect_summs_new.append((sect_title, sect_summ))
return sect_summs_new
def bovary_fix(sect_summs_old):
sect_summs_old = deepcopy(sect_summs_old)
sect_summs_new = sect_summs_old[0:-5]
chap_8 = []
for chap_title, chap_summ in sect_summs_old[-5:]:
if chap_title.endswith('8'):
chap_8.extend(chap_summ)
elif chap_title.endswith('9'):
chap_8.extend(chap_summ)
sect_summs_new.append(('Chapter 8', chap_8))
else:
orig = int(chap_title.rsplit(' ', 1)[-1])
sect_summs_new.append(
('Chapter {}'.format(orig - 1), chap_summ))
return sect_summs_new
start = False # True to debug
book_summaries_new = []
for idx, book_summ in enumerate(book_summaries):
sect_summs_new = []
sect_summs_old = book_summ.section_summaries
title = book_summ.title
# if idx == 0:
# start = True
if title in NON_NOVEL_TITLES:
continue
elif title == 'Don Quixote': # not the same chapter numbering as Gutenberg
continue
elif title in set([
'My Antonia', "The House of Mirth", 'The Ambassadors',
'War of the Worlds', 'Hard Times'
]): # multibook
book_count = 0
if title == 'The House of Mirth':
sect_summs_old = mirth_fix(sect_summs_old)
elif title == 'The Ambassadors':
sect_summs_old = ambass_fix(sect_summs_old)
elif title == 'War of the Worlds':
sect_summs_old = [('Chapter {}'.format(x[0].split('.',
1)[0]), x[1])
for x in sect_summs_old if '.' in x[0]]
elif title == 'My Antonia':
assert sect_summs_old[3][0] == 'Part IV'
assert sect_summs_old[4][0] == 'Part I'
sect_summs_old = sect_summs_old[4:]
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
chap_title = chap_title.replace("Part", 'Chapter')
if not chap_title.startswith("Chapter"):
continue
chap_title, book_count = fix_multibook(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title in set([
"Madame Bovary", "Gulliver's Travels",
"Under the Greenwood Tree"
]): # multipart
book_count = 0
if title == "Under the Greenwood Tree":
sect_summs_old = greenwood_fix(sect_summs_old)
elif title == 'Madame Bovary':
sect_summs_old = bovary_fix(sect_summs_old)
for i, (chap_title, sect_summ) in enumerate(sect_summs_old):
if not chap_title.startswith("Chapter"):
continue
chap_title, book_count = fix_multipart(chap_title, book_count)
sect_summs_new.append((chap_title, sect_summ))
elif title in set(['Crime and Punishment']):
sect_summs_new = [(chap.replace(',', ':', 1), summ)
for chap, summ in sect_summs_old]
elif title in set(['Treasure Island', 'Kidnapped']):
sect_summs_old = remove_duplicates(sect_summs_old)
sect_summs_new = [
x for x in sect_summs_old if x[0].startswith('Chapter')
]
elif title in set([
'Main Street', 'The Scarlet Letter', 'The Beast in the Jungle',
"The Age of Innocence", "The Call of the Wild", 'Ivanhoe'
]):
sect_summs_new = remove_duplicates(sect_summs_old)
elif title == 'Great Expectations':
sect_summs_new = [('Chapter {}'.format(i), summ)
for i, (_, summ) in enumerate(sect_summs_old, 1)]
elif title == 'Babbitt':
sect_summs_old = remove_duplicates(sect_summs_old)
for sect_title, sect_summ in sect_summs_old:
sect_title = sect_title.replace(',', '')
nums = re.findall('\d+', sect_title)
sect_title = 'Chapter {}-{}'.format(nums[0], nums[-1])
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Adam Bede':
for sect_title, sect_summ in sect_summs_old:
if sect_summ[0].startswith('George Eliot, Adam Bede. Edited'):
continue
sect_summs_new.append((sect_title, sect_summ))
assert sect_summs_new[0][0] == sect_summs_new[1][0] == 'Chapter 1'
sect_summs_new = sect_summs_new[1:]
elif title == 'Dracula':
assert sect_summs_old[0][0] == 'Summary'
sect_summs_new = sect_summs_old[1:]
elif title == 'Lord Jim':
chapters = [
'1 - 2', '3 - 5', '6 - 8', '9 - 11', '12 - 13', '14 - 16',
'17 - 18', '19 - 21', '22 - 23', '24 - 26', '27 - 29',
'30 - 32', '33 - 35', '36 - 37', '38 - 40', '41 - 43',
'44 - 45'
]
chapters = ['Chapter {}'.format(x) for x in chapters]
sect_summs_new = [(chap, summ[1])
for chap, summ in zip(chapters, sect_summs_old)]
elif title == 'Ethan Frome':
sect_summs_new = sect_summs_old
sect_summs_new[0] = ('Prologue', sect_summs_new[0][1])
sect_summs_new[-1] = ('Epilogue', sect_summs_new[-1][1])
elif title == "A Connecticut Yankee in King Arthur's Court":
for sect_title, sect_summ in sect_summs_old:
if not sect_title.startswith("Chapter"):
continue
sect_summs_new.append((sect_title, sect_summ))
sect_summs_new[-1] = ('Chapter 36-45', sect_summs_new[-1][1])
elif title == 'The Adventures of Tom Sawyer': # chapter 16 is split into 16 and 17
sect_summs_old = deepcopy(sect_summs_old)
sect_summs_new = sect_summs_old[0:15]
chap_16 = []
for chap_title, chap_summ in sect_summs_old[15:]:
if chap_title.endswith('16'):
chap_16.extend(chap_summ)
elif chap_title.endswith('17'):
chap_16.extend(chap_summ)
sect_summs_new.append(('Chapter 16', chap_16))
else:
orig = int(chap_title.rsplit(' ', 1)[-1])
sect_summs_new.append(
('Chapter {}'.format(orig - 1), chap_summ))
elif title == "Tess of the d'Urbervilles":
phase_found = False
for sect_title, sect_summ in sect_summs_old:
if sect_title.startswith('Phase'):
phase_found = True
continue
if not phase_found:
continue
if sect_title == 'Chapters I–XI':
continue
sect_summs_new.append((sect_title, sect_summ))
elif title == 'A Portrait of the Artist as a Young Man':
sect_summs_old = remove_duplicates(sect_summs_old)
chap1_summ = []
for sect_title, sect_summ in sect_summs_old:
if "Part" in sect_title:
chap1_summ.extend(sect_summ)
continue
elif chap1_summ:
sect_summs_new.append(('Chapter 1', chap1_summ))
chap1_summ = []
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Of Human Bondage':
sect_summs_old = remove_duplicates(sect_summs_old)
sect_summs_new = [(chap.replace(' and ', '-'), summ)
for chap, summ in sect_summs_old]
elif title == 'The Secret Sharer':
sect_summs_new = [(x[0].replace('Part', 'Chapter'), x[1])
for x in sect_summs_old
if x[0].startswith('Part')]
elif title == "Moby Dick": # TODO: scrape with less manual fixing
for sect_title, sect_summs in sect_summs_old:
summs_new = []
sect_title = sect_title.replace('\xa0', '').replace(
' and ', ' - ').split(", “", 1)[0].split(",“",
1)[0].strip()
if sect_title.startswith('hapter'):
sect_title = 'C' + sect_title
elif sect_title == 'Chatper 39':
sect_title = 'Chapter 39'
elif sect_title == 'Chapter 50' and sect_summs_new[-1][
0] == 'Chapter 50':
sect_title = 'Chapter 51'
elif sect_title == 'Chapter 72' and sect_summs_new[-1][
0] == 'Chapter 72':
sect_title = 'Chapter 73'
elif sect_title.startswith('Chapters 95'):
sect_title = 'Chapters 95-98'
elif sect_title.startswith('Chapters 101'):
sect_title = 'Chapters 101-105'
elif sect_title.startswith('Chapters 120'):
sect_title = 'Chapters 120-124'
elif sect_title == 'Chapters 10, 11, - 12':
continue
elif sect_title.startswith('Chapters 26 - 27'):
sect_title = 'Chapters 26-27'
elif sect_title == 'The Epilogue':
sect_title = 'Epilogue'
for p in sect_summs:
if p == 'Summary':
continue
elif p.startswith('Analysis'):
break
else:
summs_new.append(p)
if not sect_title.startswith(('C', 'Epilogue')):
continue
sect_summs_new.append((sect_title, summs_new))
sect_summs_new = remove_duplicates(sect_summs_new)
elif title == "Gulliver's Travels":
for sect_title, sect_summ in sect_summs_old:
if not sect_summ:
continue
if sect_title.startswith("Part I"):
continue
sect_summs_new.append((sect_title, sect_summ))
elif title == "Siddhartha":
for sect_title, sect_summ in sect_summs_old:
if '-' in sect_title:
sect_title = sect_title.split('-', 1)[-1].strip()
else:
sect_title, sect_summ = sect_summ[0], sect_summ[1:]
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Sense and Sensibility':
sect_summs_old = sect_summs_old[0:11] + sect_summs_old[21:]
offset = 0
for i, (sect_title, sect_summ) in enumerate(sect_summs_old, 1):
if sect_title == 'Chapter XIII': # chapter 12 is missing
offset = 1
sect_title = 'Chapter {}'.format(i + offset)
sect_summs_new.append((sect_title, sect_summ))
elif title == 'White Fang':
for sect_title, sect_summ in sect_summs_old:
nums = sect_title.split(' ', 1)[0]
part, chapter = nums.split('.', 1)
sect_title = 'Part {}: Chapter {}'.format(part, chapter)
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Bleak House':
sect_summs_new = remove_duplicates(sect_summs_old)
assert sect_summs_new[0][0] == 'Author’s Preface'
sect_summs_new[0] = ('Preface', sect_summs_new[0][1])
assert sect_summs_new[19][0] == 'Chapter XIX'
text = sect_summs_new[20][1]
text[0] = 'I' + text[0]
XIX_new = (sect_summs_new[19][0], text)
sect_summs_new[19] = XIX_new
del sect_summs_new[20]
elif title == 'Notes from the Underground':
sect_summs_new = [(x[0].replace(' C', ': C'), x[1])
for x in sect_summs_old]
elif title == "Middlemarch":
sect_summs_new = remove_duplicates(sect_summs_old)
sect_summs_new = [(chap.split('(', 1)[0].strip(), summ)
for chap, summ in sect_summs_new]
elif title == "Walden":
sect_summs_new = remove_duplicates(sect_summs_old)
sect_summs_new = [(chap.split('‘', 1)[0].strip(), summ)
for chap, summ in sect_summs_new]
sect_summs_new[-1] = ('Chapter 17-18', sect_summs_new[-1][1])
elif title == 'A Tale of Two Cities':
sect_summs_new = []
for sect_title, sect_summ in sect_summs_old:
sect_title = re.sub(r' ?C', ': C', sect_title)
sect_summs_new.append((sect_title, sect_summ))
sect_summs_new = remove_duplicates(sect_summs_new)
elif title == 'A Christmas Carol':
sect_summs_new = remove_duplicates(sect_summs_old)
sect_summs_new = [(chap.split(':', 1)[0], summ)
for chap, summ in sect_summs_new
if not chap.startswith('Stave 1')]
elif title == 'The Awakening':
sect_summs_new = [(chap.replace('Part', 'Chapter', 1), summ)
for chap, summ in sect_summs_old]
elif title == 'Around the World in Eighty Days':
sect_summs_old = remove_duplicates(sect_summs_old)
sect_summs_new = [(chap.split(':', 1)[0], summ)
for chap, summ in sect_summs_old
if chap.startswith('Chapter')]
assert sect_summs_new[1][0] == 'Chapter 1'
del sect_summs_new[1]
elif title == "Fathers and Sons":
sect_summs_old = remove_duplicates(sect_summs_old)
for sect_title, sect_summ in sect_summs_old:
if sect_title.endswith('Analysis'):
continue
elif sect_title == 'Chapter 16': # this one is analysis
continue
elif sect_title == 'Chapters 16':
sect_title = 'Chapter 16'
sect_summs_new.append((sect_title, sect_summ))
elif title == "The Yellow Wallpaper":
all_sects = [x[1] for x in book_summ.section_summaries]
all_sects = [sublist for l in all_sects for sublist in l]
sect_summs_new = [('book', all_sects)]
elif title == 'Anna Karenina':
sect_summs_new = [(chap.replace(' section', ': Chapter'), summ)
for chap, summ in sect_summs_old]
elif title == 'The Metamorphosis':
sect_summs_new = [(chap.replace('Section', 'Part'), summ)
for chap, summ in sect_summs_old]
elif title in set([
'Vanity Fair', 'Mansfield Park', 'Washington Square',
'The Deerslayer'
]):
sect_summs_new = add_dash_numwords(sect_summs_old)
if title == 'The Deerslayer':
assert sect_summs_new[0][0] == sect_summs_new[1][0]
sect_summs_new.pop(0)
assert sect_summs_new[-6][
0] == 'Chapters Twenty-and - Twenty-One'
sect_summs_new[-6] = ('Chapter 20-21', sect_summs_new[-6][1])
elif title == "The Jungle":
sect_summs_new = [(chap.replace('Twenty ', 'Twenty-'), summ)
for chap, summ in sect_summs_old]
elif title == 'The Mayor of Casterbridge':
sect_summs_new = add_dash_numwords(sect_summs_old)
assert sect_summs_new[4][0] == 'Twelve Thirteen - Fourteen'
sect_summs_new[4] = ('Chapter 12-14', sect_summs_new[4][1])
elif title == 'Persuasion':
assert sect_summs_old[0][0].startswith('Volume')
sect_summs_old = sect_summs_old[1:]
sect_summs_old = sorted(sect_summs_old,
key=lambda x: int(x[0].rsplit('-', 1)[-1])
) # sort by page number
offset = 0
for sect_title, sect_summ in sect_summs_old:
if sect_title == "Chapter I, pages 115-122":
offset = 12
sect_title = sect_title.split(',', 1)[0]
if offset:
chap = roman_to_int(sect_title.rsplit(' ', 1)[-1])
sect_title = 'Chapter {}'.format(chap + offset)
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Far from the Madding Crowd':
sect_summs_new = [(x[0].replace('Ch.', 'Chapter').split(':', 1)[0], x[1]) \
for x in sect_summs_old]
elif title == 'The Turn of the Screw': # novelguide has 2 books with same title, use the other one
continue
elif title == 'Turn of the Screw':
sect_summs_new = [(x[0].replace('Section', 'Chapter'), x[1])
for x in sect_summs_old]
elif title == "The Adventures of Huckleberry Finn":
for sect_title, sect_summ in sect_summs_old:
if sect_title == 'Chapter 1-3':
sects = sect_summ[0].split("Chapter")
for sect in sects:
if not sect:
continue
st, ss = sect.split(':', 1)
sect_summs_new.append(
('Chapter {}'.format(st.strip()), ss))
else:
sect_summs_new.append((sect_title, sect_summ))
elif title == "The Picture of Dorian Gray":
sect_summs_new = sect_summs_old
sect_summs_new[0] = ('Chapters 1-3', sect_summs_new[0][1])
elif title == 'The Scarlet Pimpernel':
sect_summs_new = sect_summs_old
sect_summs_new[3] = ('Chapter III', sect_summs_new[3][1])
sect_summs_new[7] = ('Chapter VII', sect_summs_new[7][1])
sect_summs_new.pop(0)
elif title == 'Jude the Obscure':
for sect_title, sect_summ in sect_summs_old:
if not sect_summ:
continue
if sect_title == 'At Marygreen':
sect_title = 'I–1'
elif sect_title == 'At Melchester':
sect_title = 'III–1'
elif sect_title == 'At Christminster Again':
sect_title = 'VI–1'
part_, chap = sect_title.split('–', 1)
if chap == '1': # the roman numerals are inaccurate on the original pages
part = part_
sect_title = 'Part {}: Chapter {}'.format(part, chap)
sect_summs_new.append((sect_title, sect_summ))
elif title == 'Ulysses':
sect_summs_new = [('Chapter {}'.format(x[0].rsplit(' ',
1)[-1]), x[1])
for x in sect_summs_old]
elif title == 'The American':
sect_summs_new = [(x[0].replace('Book', 'Chapter'), x[1])
for x in sect_summs_old]
elif title == 'The Brothers Karamazov':
book = 0
for sect_title, sect_summ in sect_summs_old:
if not sect_title.startswith('Chapter'):
continue
if sect_title == 'Chapter 1':
book += 1
sect_title = "Book {}: {}".format(book, sect_title)
sect_summs_new.append((sect_title, sect_summ))
elif title == "Winesburg, Ohio":
sect_summs_new = [(x[0].replace('&', ',').replace('VI', 'IV').replace('Godliness', 'Godliness Part'), \
x[1]) for x in sect_summs_old]
elif title == "War and Peace":
ssn = [(standardize_sect_title(x[0], False), x[1])
for x in sect_summs_old]
book_summ_new = book_summ._replace(section_summaries=ssn)
elif title == 'The Hound of the Baskervilles':
for sect_title, sect_summ in sect_summs_old:
if ' - ' in sect_title:
sect_title = sect_title.split(' - ')[0]
elif sect_title == 'Chapter 10' and sect_summs_new[-1][
0] == 'Chapter 15':
continue
elif not sect_title.startswith('C'):
continue
sect_summs_new.append((sect_title, sect_summ))
else:
sect_summs_new = sect_summs_old
if sect_summs_new:
sect_summs_new = [(standardize_sect_title(x[0]), x[1])
for x in sect_summs_new]
title_new = standardize_title(title)
if title_new != title:
print('renamed {} -> {}'.format(title, title_new))
title = title_new
book_summ_new = book_summ._replace(
section_summaries=sect_summs_new, title=title_new)
book_summaries_new.append(book_summ_new)
if start: # for debugging
print(title, idx)
assert title == book_summaries_new[-1].title
for i, x in enumerate(book_summaries_new[-1].section_summaries, 1):
print(x[0] or x[1][0][0:100] + ' index ' + str(i))
input()
return book_summaries_new