def __sub__(self, r):
if not self.overlaps(r):
return [self]
if r == self:
return []
chunks = []
if self <= r and (self.chap1 < r.chap1 or self.verse1 < r.verse1):
if r.verse1 == 1:
b, c1, v1, cN, vN = scriptures.normalize_reference(
self.book, self.chap1, self.verse1, r.chap1 - 1)
else:
b, c1, v1, cN, vN = scriptures.normalize_reference(
self.book, self.chap1, self.verse1, r.chap1, r.verse1 - 1)
chunks.append(Reading(b, c1, v1, cN, vN))
if self >= r and (self.chapN > r.chapN or self.verseN > r.verseN):
print('hello', self, r)
try:
b, c1, v1, cN, vN = scriptures.normalize_reference(
self.book, r.chapN, r.verseN + 1, self.chapN, self.verseN)
except:
b, c1, v1, cN, vN = scriptures.normalize_reference(
self.book,
r.chapN + 1,
end_chapter=self.chapN,
end_verse=self.verseN)
chunks.append(Reading(b, c1, v1, cN, vN))
for rr in chunks:
if self.kids:
rr.kids = True
rr.topics = copy.copy(self.topics)
rr.category = rr.category
return chunks
def f(txt):
"""
accept a string containing a scripture reference, normalize it, and then
return the reformatted string
"""
return reference_to_string(*normalize_reference(
*scripture_re.match(txt).groups()))
def f(txt):
"""
accept a string containing a scripture reference, normalize it, and then
return the reformatted string
"""
return reference_to_string(
*normalize_reference(*scripture_re.match(txt).groups()))
def f(txt):
"""
accept a string containing a scripture reference, normalize it, and then
return the reformatted string
"""
#print("parsing {}".format(txt))
res = reference_to_string(
*normalize_reference(*scripture_re.match(txt).groups()))
#print("...yielded {}".format(res))
return res
def normalize(txt):
return normalize_reference(*scripture_re.match(txt).groups())
def normalize(txt):
return normalize_reference(*scripture_re.match(txt).groups())