def give_instructions(self, event):
# get an object that appears in a least two baskets
object_, object_baskets = self.get_object_in_many_baskets()
# choose one of the baskets
basket = random.choice(object_baskets)
# ask the learner
self.set_message("which properties does {object} have "
"in {owner}'s basket only?".format(
object=object_,
owner=basket
))
# construct the expected answer which is given by the
# properties of the object in the given basket minus
# the properties in all the rest of the baskets:
self.distinctive_properties_set = self.get_expected_answer(
object_, basket, object_baskets
)
# building a regexp to match the answer
enum_re = delimiters.join(
[r'([a-z]+)'] * len(self.distinctive_properties_set))
# final string must be delimited by period
enum_re += r'\.$'
# add a handler to match the response
self.add_handler(on_message(enum_re)(self.check_response))
def give_instructions(self, event):
# select a random object from a random basket
basket = random.choice(list(global_properties.keys()))
object_ = random.choice(list(global_properties[basket].keys()))
# retrieving the properties of the selected object
self.object_properties = set(global_properties[basket][object_])
self.set_message("which properties does {object} have in "
"{owner}'s basket?".format(object=object_,
owner=basket))
# building a regexp to match the answer
enum_re = delimiters.join([r'([a-z]+)'] * len(self.object_properties))
# final string must be delimited by period
enum_re += r'\.$'
# add check_response as a handler for a message matching the
# above described enumeration
self.add_handler(on_message(enum_re)(self.check_response))
def give_instructions(self, event):
# chose a random property
basket = random.choice(list(rev_global_properties.keys()))
property_ = random.choice(list(rev_global_properties[basket].keys()))
# retrieving the objects that have this property
self.objects = set(rev_global_properties[basket][property_])
self.set_message("which objects are {property} in "
"{owner}'s basket?".format(property=property_,
owner=basket))
# building a regexp to match the answer
enum_re = delimiters.join([r'([a-z]+)'] * len(self.objects))
# final string must be delimited by period
enum_re += r'\.$'
# register a handler that get triggers when an enumeration
# as described by the regular expression is found.
self.add_handler(on_message(enum_re)(self.check_response))
def give_instructions(self, event):
# select a random object from a random basket
basket = random.choice(list(global_properties.keys()))
object_ = random.choice(list(global_properties[basket].keys()))
# retrieving the properties of the selected object
self.object_properties = set(global_properties[basket][object_])
self.set_message("which properties does {object} have in "
"{owner}'s basket?".format(
object=object_,
owner=basket))
# building a regexp to match the answer
enum_re = delimiters.join(
[r'([a-z]+)'] * len(self.object_properties))
# final string must be delimited by period
enum_re += r'\.$'
# add check_response as a handler for a message matching the
# above described enumeration
self.add_handler(on_message(enum_re)(self.check_response))
def give_instructions(self, event):
object_, property_ = self.get_random_object_property()
# we find the set of baskets that have the relevant
# object and property combination
self.basket_set = set(
basket for basket, object_properties in global_properties.items()
if object_ in object_properties
and property_ in object_properties[object_])
# at this point, if baskets list is empty we add "nobody" as
# the only item in it
if not self.basket_set:
self.basket_set.add('nobody')
self.set_message("who has {property_object} in the basket?".format(
property_object=msg.indef_article(property_ + " " + object_)))
# building a regexp to match the answer
enum_re = delimiters.join([r'([a-z]+)'] * len(self.basket_set))
# final string must be delimited by period
enum_re += r'\.$'
# add a handler to match the response
self.add_handler(on_message(enum_re)(self.check_response))
