def load_objects_values():
'''Initializes objects values, a list with an entry for each object, initialized at 0.'''
objects_values = {}
objects = model.get_objects()
for object in objects:
objects_values[object.id] = 0
return objects_values
def GET(self):
'''Renders a page listing all of the objects so that they can be retrained.'''
objects = model.get_objects()
return render.data(list(objects))
def GET(self):
'''Lists all of the objects so that selected objects can be deleted.'''
objects = model.get_objects()
return render.delete_object(objects)
new_object_id = model.add_object(name) ### adds to database and trains
learn(asked_questions, new_object_id)
return new_object_id
def learn(asked_questions, object_id):
'''Updates the data for the correct object based on information in asked_questions.
Also updates times played for the object and stores the playlog.'''
for question in asked_questions:
current_weight = model.get_value(object_id, question)
if not(current_weight): current_weight = 0
new_weight = current_weight + asked_questions[question]
model.update_data(object_id, question, new_weight)
model.update_times_played(object_id)
model.record_playlog(object_id, asked_questions, True)
if __name__ == '__main__':
##### Tests entropy! #####
objects = model.get_objects()
objects = [object.id for object in objects]
objects = tuple(objects)
questions = model.get_questions()
for question in questions:
print question.id
print 'DAN:', simple_entropy(objects, question)
print 'ANDY:', entropy(objects, question)
def GET(self):
'''Renders a page listing all of the objects so that they can be retrained.'''
objects = model.get_objects()
return render.data(list(objects))
def GET(self):
'''Lists all of the objects so that selected objects can be deleted.'''
objects = model.get_objects()
return render.delete_object(objects)