def textQuotation(t):
possible_story_titles = [
"A story about {place}", "What {author} once said about {place}",
"A story by {author} about {place} from _{book}_",
"An extract from _{book}_ by {author}",
"On {place}, according to {author}", "On the subject of {place}",
"{place} in _{book}_", "An account of {place}",
"A story about {place} by {author}", "The story of {place}"
]
place_name = data.getNearestName(t['place'])
if not place_name:
place_name = data.getNearestName(
data.hydrateLocation(t['state']['location']))
author_name = t['author']
title_data = {
'place': place_name,
'author': author_name,
'book': t['book_title']
}
if author_name == "Virgil":
intro = quoteIntroductions(t, True)
writeToBook(intro.format(**title_data))
writeToBook(
"\n## {place} in Virgil's _{book}_".format(**title_data).title())
else:
intro = quoteIntroductions(t)
writeToBook(intro.format(**title_data))
book_string = "\n## " + str(random.choice(possible_story_titles)) + ""
writeToBook(book_string.format(**title_data).title())
writeToBook(convertHTML(t['text']))
#writeToBook(t['text'])
pass
def textQuotation(t):
possible_story_titles = ["A story about {place}",
"What {author} once said about {place}",
"A story by {author} about {place} from _{book}_",
"An extract from _{book}_ by {author}",
"On {place}, according to {author}",
"On the subject of {place}",
"{place} in _{book}_",
"An account of {place}",
"A story about {place} by {author}",
"The story of {place}"
]
place_name = data.getNearestName(t['place'])
if not place_name:
place_name = data.getNearestName(data.hydrateLocation(t['state']['location']))
author_name = t['author']
title_data = {'place': place_name, 'author': author_name, 'book': t['book_title']}
if author_name == "Virgil":
intro = quoteIntroductions(t, True)
writeToBook(intro.format(**title_data))
writeToBook("\n## {place} in Virgil's _{book}_".format(**title_data).title())
else:
intro = quoteIntroductions(t)
writeToBook(intro.format(**title_data))
book_string = "\n## " + str(random.choice(possible_story_titles)) + ""
writeToBook(book_string.format(**title_data).title())
writeToBook(convertHTML(t['text']))
#writeToBook(t['text'])
pass
def fleshOutDescription(wander:dict, desc):
"""
Given a paragraph of text, go through it, replacing the variables with those extracted from the wanderer state.
"""
text_departing_from_name = data.getNearestName(data.hydrateLocation(wander['last_city']))
text_travel_route_type = descriptionJourneyType(wander['journey']['type'])
text_travel_route_type_name = descriptionJourneyTypeName(wander['journey']['type'])
text_destination_name = data.getNearestName(data.hydrateLocation(wander['destination']))
miles_distance = (float(wander['journey']['distance']) * settings.KILOMETERS_TO_MILES) # km-to-miles
distance_text = ["a journey of about {} miles".format(str(math.floor(miles_distance))),
"about {} miles away".format(str(math.floor(miles_distance))),
"a distance of about {} miles".format(str(math.floor(miles_distance))),
"at least {} miles".format(str(math.floor(miles_distance)))]
text_distance = settings.TEXT_RNG.choice(distance_text)
variable_swap = {'from':text_departing_from_name, 'type':text_travel_route_type, 'type_name':text_travel_route_type_name, 'destination':text_destination_name, 'distance':text_distance, 'miles':str(math.floor(miles_distance)), 'inscription':'Est in Arcadia Ego' }
if settings.WRITE_THE_STORIES:
if "{inscription}" in desc:
while "{inscription}" in desc:
if settings.DELAY_FOR_BANDWIDTH:
time.sleep(0.6)
print(desc)
try:
desc = desc.replace("{inscription}", renderInscription(wander), 1)
except settings.DataSourceAccessProblem as err:
desc = desc.replace("{inscription}", "Est in Arcadia Ego", 1)
output = str(desc.format(**variable_swap))
if (output != desc):
return fleshOutDescription(wander, output) # recurse so we can handle nested variables TODO: add nested variables
return output
def fleshOutDescription(wander: dict, desc):
"""
Given a paragraph of text, go through it, replacing the variables with those extracted from the wanderer state.
"""
text_departing_from_name = data.getNearestName(
data.hydrateLocation(wander['last_city']))
text_travel_route_type = descriptionJourneyType(wander['journey']['type'])
text_travel_route_type_name = descriptionJourneyTypeName(
wander['journey']['type'])
text_destination_name = data.getNearestName(
data.hydrateLocation(wander['destination']))
miles_distance = (float(wander['journey']['distance']) *
settings.KILOMETERS_TO_MILES) # km-to-miles
distance_text = [
"a journey of about {} miles".format(str(math.floor(miles_distance))),
"about {} miles away".format(str(math.floor(miles_distance))),
"a distance of about {} miles".format(str(math.floor(miles_distance))),
"at least {} miles".format(str(math.floor(miles_distance)))
]
text_distance = settings.TEXT_RNG.choice(distance_text)
variable_swap = {
'from': text_departing_from_name,
'type': text_travel_route_type,
'type_name': text_travel_route_type_name,
'destination': text_destination_name,
'distance': text_distance,
'miles': str(math.floor(miles_distance)),
'inscription': 'Est in Arcadia Ego'
}
if settings.WRITE_THE_STORIES:
if "{inscription}" in desc:
while "{inscription}" in desc:
if settings.DELAY_FOR_BANDWIDTH:
time.sleep(0.6)
print(desc)
try:
desc = desc.replace("{inscription}",
renderInscription(wander), 1)
except settings.DataSourceAccessProblem as err:
desc = desc.replace("{inscription}", "Est in Arcadia Ego",
1)
output = str(desc.format(**variable_swap))
if (output != desc):
return fleshOutDescription(
wander, output
) # recurse so we can handle nested variables TODO: add nested variables
return output
