def test_YOSA():
# subject_input_list = [
# Subject("알고리즘", 4, 1, 0, 0),
# # Subject("웹프", 3, 7, 1, 0),
# # Subject("직능훈", 2, 4, 2, 0),
# # Subject("알고리즘", 4, 5, 3, 1),
# Subject("C++", 4, 24, 4, 1),
# # Subject("웹프", 3, 3, 5, 1),
# # Subject("알고리즘", 4, 4, 6, 2),
# # Subject("데베설", 3, 5, 7, 2),
# # Subject("운영체제", 2, 6, 8, 2),
# ]
subject_input_list = [
Subject("알고리즘", 1, 1, 0, 0),
# Subject("웹프", 3, 7, 1, 0),
# Subject("직능훈", 2, 4, 2, 0),
# Subject("알고리즘", 4, 5, 3, 1),
Subject("C++", 1, 23, 4, 1),
# Subject("웹프", 3, 3, 5, 1),
# Subject("알고리즘", 4, 4, 6, 2),
# Subject("데베설", 3, 5, 7, 2),
# Subject("운영체제", 2, 6, 8, 2),
]
student_count = 2
# for i in range(1, 40):
# yosa = YOSA(subject_input_list, student_count, i)
# yosa.run()
yosa = YOSA(subject_input_list, student_count, 40)
yosa.run()
yosa = YOSA(subject_input_list, student_count, 35)
yosa.run()
def find_maxima(self, start_sol, max_time):
population = [Subject(i, self.evaluation(i)) for i in start_sol]
t_end = time.time() + max_time
while time.time() < t_end:
strongest = self.select_strongest(population)
for couple in strongest:
new_genom = self.crossbreed(couple[0], couple[1])
if new_genom in [p.genom for p in population]:
continue
population.append(Subject(new_genom, self.evaluation(new_genom)) \
if self.in_dict(new_genom) and self.can_assemble(new_genom) \
else Subject(new_genom, 0))
if len(population) > self.pop_count:
population = sorted(population,
key=lambda x: x.value,
reverse=True)[0:self.pop_count]
for e in population:
print(e.genom)
self.best_sol = sorted(population, key=lambda x: x.value,
reverse=True)[0].genom
self.best_val = self.evaluation(self.best_sol)
def setUp(self):
self.EPSILON = 0.01
sub1 = Subject("Biologia",
[[3.5, 2.5, 5.0], [1, 1, 1, 1, 1, 1, 1, 1, 0]])
sub2 = Subject("Matematyka",
[[2.5, 3.0, 2.5], [1, 1, 0, 1, 0, 1, 0, 1, 1]])
self.subjects = [sub1, sub2]
self.andrzej = Student("Andrzej Abacki", self.subjects)
self.diary = Diary("AGH", 2016, "data.json")
def add_subject(self, subject_name, start_time, is_even, day):
subs = self.subjects.get(day)
s = Subject(subject_name, start_time, is_even)
if (subs == None):
self.subjects.update({day: [s]})
else:
subs.append(s)
def main():
s = Subject()
subject = s.get_subject()
if not (subject == ""):
send_email_proccess(subject)
else:
print('You should entry the subject of email')
def assign_new_semester(self):
system('cls')
id_student = int(input("Enter the student's identification: "))
pos_student = self.__find_student(id_student)
if pos_student != -1:
name_subject = input("Enter the subject's name: ")
notes = self.__load_notes()
id_teacher = int(input("Enter the teacher's identification: "))
pos_teacher = self.__find_teacher(id_teacher)
if pos_teacher != -1:
new_subject = Subject(name_subject, notes, self.teachers[pos_teacher])
new_semester = Semestre(self.students[pos_student], new_subject)
self.semestres.append(new_semester)
system('cls')
print("The assign was created successful")
else:
system('cls')
print("The teacher not exists")
else:
print("The student not exists")
input()
def update_protocols(self):
"""
If we change the protocol file, update the stored version in subject files
"""
#
# get list of protocol files
protocols = os.listdir(prefs.PROTOCOLDIR)
protocols = [p for p in protocols if p.endswith('.json')]
subjects = self.list_subjects()
for subject in subjects:
if subject not in self.subjects.keys():
self.subjects[subject] = Subject(subject)
protocol_bool = [
self.subjects[subject].protocol_name == p.rstrip('.json')
for p in protocols
]
if any(protocol_bool):
which_prot = np.where(protocol_bool)[0][0]
protocol = protocols[which_prot]
self.subjects[subject].assign_protocol(
os.path.join(prefs.PROTOCOLDIR, protocol),
step_n=self.subjects[subject].step)
msgbox = QtGui.QMessageBox()
msgbox.setText("Subject Protocols Updated")
msgbox.exec_()
def reducer(acc, term):
subj = Subject(subject_id)
score = term["score"][regno][subject_id]
gradings = term["gradings"]
ratio = term["ratio"]
grade = subj.scoreToGrade(score, gradings)
acc["score"] += score * ratio
acc["grade"] += grade * ratio
return acc
def reassign_protocols(self):
"""
Batch reassign protocols and steps.
Opens a :class:`.gui.Reassign` window after getting protocol data,
and applies any changes made in the window.
"""
# get list of protocol files
protocols = os.listdir(prefs.PROTOCOLDIR)
protocols = [
os.path.splitext(p)[0] for p in protocols if p.endswith('.json')
]
# get subjects and current protocols
subjects = self.list_subjects()
subjects_protocols = {}
for subject in subjects:
if subject not in self.subjects.keys():
self.subjects[subject] = Subject(subject)
subjects_protocols[subject] = [
self.subjects[subject].protocol_name,
self.subjects[subject].step
]
reassign_window = Reassign(subjects_protocols, protocols)
reassign_window.exec_()
if reassign_window.result() == 1:
subject_protocols = reassign_window.subjects
for subject, protocol in subject_protocols.items():
step = protocol[1]
protocol = protocol[0]
# since assign_protocol also changes the step, stash the step number here to tell if it's changed
subject_orig_step = self.subjects[subject].step
if self.subjects[subject].protocol_name != protocol:
self.logger.info(
'Setting {} protocol from {} to {}'.format(
subject, self.subjects[subject].protocol_name,
protocol))
protocol_file = os.path.join(prefs.PROTOCOLDIR,
protocol + '.json')
self.subjects[subject].assign_protocol(protocol_file, step)
if subject_orig_step != step:
self.logger.info('Setting {} step from {} to {}'.format(
subject, subject_orig_step, step))
step_name = self.subjects[subject].current[step][
'step_name']
#update history also flushes current - aka it also actually changes the step number
self.subjects[subject].update_history(
'step', step_name, step)
def parse_data(self):
for row in self.__information:
lesson = Lesson(row[0], row[1], row[5], row[6], row[7])
subject = Subject(row[4], row[9], lesson)
student = Student(row[3], row[2], row[8], row[9], subject)
if self.check_student(student):
self.__student_list.append(student)
else:
for stud in self.__student_list:
if stud.get_surname() == student.get_surname(
) and stud.get_group_code() == student.get_group_code():
stud.get_subject_list().append(subject)
def add(self, subject_name):
"""
Add a subject by subject name
Parameters:
subject_name (str): name of the subject
Returns:
subject(Subject): subject that was added
"""
self._subjects.append(Subject(subject_name))
return self._subjects[-1]
def main():
startTime = datetime.now()
runList = genSubjectList('t2_circles')
for subject in runList:
subject = Subject(subject)
subjectDisplay(subject)
print 'Subject Creation: ', datetime.now() - startTime
def add_test_data(subjects, students):
subjects.append(Subject("German"))
students.append(Student("Donald", "Duck"))
students[len(students) - 1].add_score(subjects[1], "01.01.2019",
Student.ABSENT)
students[len(students) - 1].add_score(subjects[2], "01.01.2019",
Student.ABSENT)
students.append(Student("Test", "Student"))
students[len(students) - 1].add_score(subjects[0], "01.06.2030", 90)
students[len(students) - 1].add_score(subjects[2], "0w.07.2023", 44)
students.append(Student("Klaus", "Muster"))
students[len(students) - 1].add_score(subjects[0], "01.04.2019", 77)
students[len(students) - 1].add_score(subjects[2], "03.03.2019",
Student.ABSENT)
students[len(students) - 1].add_score(subjects[2], "10.03.2019", 64)
students[len(students) - 1].add_score(subjects[2], "17.03.2019", 20)
students.append(Student("Test", "Studentin"))
students[len(students) - 1].add_score(subjects[0], "01.06.2030", 90)
students[len(students) - 1].add_score(subjects[2], "0w.07.2023", 44)
students.append(Student("Muster", "Studentin"))
students[len(students) - 1].add_score(subjects[0], "01.06.2030", 90)
students[len(students) - 1].add_score(subjects[2], "0w.07.2023", 44)
students.append(Student("Muster", "Student"))
students[len(students) - 1].add_score(subjects[0], "01.06.2030", 91)
students[len(students) - 1].add_score(subjects[2], "0w.07.2023", 33)
students.append(Student("Debug", "Studentin"))
students[len(students) - 1].add_score(subjects[0], "01.06.2030", 90)
students[len(students) - 1].add_score(subjects[0], "0w.07.2023", 44)
students.append(Student("Debug", "Studentin"))
students[len(students) - 1].add_score(subjects[1], "01.06.2030", 90)
students[len(students) - 1].add_score(subjects[2], "0w.07.2023", 44)
students.append(Student("Debug", "Student"))
students[len(students) - 1].add_score(subjects[0], "01.06.2030", 91)
students[len(students) - 1].add_score(subjects[1], "0w.07.2023", 33)
students.append(Student("Thomas", "Muster"))
students[len(students) - 1].add_score(subjects[0], "01.04.2019", 77)
students[len(students) - 1].add_score(subjects[2], "03.03.2019",
Student.ABSENT)
students[len(students) - 1].add_score(subjects[2], "10.03.2019", 64)
students[len(students) - 1].add_score(subjects[2], "17.03.2019", 20)
return subjects, students
def make_student_real_subject_list(self):
real_subject_list = []
for idx, best_subject_study_time in enumerate(
self.best_solo_subject_study_case):
if best_subject_study_time > 0:
real_subject = copy.deepcopy(self.subject_list[idx])
real_subject.bt = best_subject_study_time
real_subject.remain_bt = real_subject.bt
real_subject_list.append(real_subject)
if self.best_each_team_play_time > 0:
real_subject_list.append(
Subject("팀프", 3, self.best_each_team_play_time, 14, -1), )
return real_subject_list
def getSynthesis():
try:
id_str = (request.form['subject'] + str(time())).replace(' ', '-')
if request.form.get('wikipedia'):
useWikipedia = True
else:
useWikipedia = False
subject = Subject(request.form['subject'],
summaryLength=int(request.form['lines']),
useWikipedia=useWikipedia)
q.enqueue(subject.build, job_id=id_str, timeout=600)
except Exception as e:
return '<h1>Error</h1>' + str(e)
return render_template('working.html', url='/status/' + id_str)
def mapping_to_subject(datum):
return Subject(datum['subject_id'],
datum['name'],
datum['region'],
datum['section'],
datum['kind'],
datum['price'],
datum['location'],
datum['sub_type'],
datum['pattern'],
datum['size'],
datum['floor'],
datum['contact_person'],
datum['url'])
def enter():
global student, subject, room, randombox, warning_bgm, buy_bgm, font
student = Student()
subject = Subject()
room = Room()
randombox = []
font = load_font('ENCR10B.TTF', 16)
warning_bgm = load_music('sounds/effects/warning.mp3')
warning_bgm.set_volume(128)
buy_bgm = load_music('sounds/effects/buy.mp3')
buy_bgm.set_volume(128)
def main():
root = Tk()
subject = Subject()
_views = []
for i in range(5):
_views.append(Note(root, i, 'View %i' % i))
for v in _views:
subject.attach(v)
my_gui = MainView(root, subject)
root.mainloop()
def set_species(self, dat):
''' Set the species list '''
if dat != None:
self.species = []
dat.sort(key=itemgetter(self.key))
temp_set = set() # to avoid duplicates from observations
for e in dat:
temp_name = e[1] + e[2]
subject = Subject(e[0], e[1], e[2], e[3], e[4], e[5], e[6])
if not (temp_name in temp_set):
temp_set.add(temp_name)
self.species.append(subject)
def __getSubjectsDirectories(self):
"""Return directories who qualified for the pipeline
Look into each subdirectory if it meet all the requirements. If yes, the subdirectory is consider
a subject and is register into a list
Returns:
subjects: a list of directory containing qualified subjects
"""
self.info("Looking for valid subjects.")
subjects = []
if self.arguments.subject:
for dir in self.arguments.subject:
if self.__isDirAValidSubject(dir):
subjects.append(Subject(self.__copyConfig(dir)))
else:
dirs = glob.glob("{}/*".format(self.studyDir))
for dir in dirs:
if self.__isDirAValidSubject(dir):
subjects.append(Subject(self.__copyConfig(dir)))
return subjects
def find(self, subject_name):
"""
Find a subject by subject name
Parameters:
subject_name (str): name of the subject
Returns:
subjects(list): list of subjects
"""
try:
sub_index = self._subjects.index(Subject(subject_name))
return self._subjects[sub_index]
except ValueError:
return None
def __init__(self, url=None, version=None, token=None):
self.subject = Subject()
self.aspect = Aspect()
self.sample = Sample()
if url:
if url.endswith('/'):
config.REFOCUS_URL = url
else:
config.REFOCUS_URL = url + '/'
if config.API_VERSION or version:
config.REFOCUS_URL += version if version else config.API_VERSION
if token:
config.REFOCUS_TOKEN = token
def load(self):
data_path = os.path.join(self.path, 'DATA')
increment = 0
files = os.listdir(data_path)
for i, f in enumerate(files):
if i == self.size:
print("aqui")
break
print(" Percentage : {:.2f}".format((increment / len(files)) *
100) if self.size is None else
(increment / self.size))
if f.endswith(".xml") and f.startswith("subject"):
sub = Subject(ET.parse(os.path.join(data_path, f)).getroot())
self.subjects.append(sub)
increment += 1
self._load_gt()
def decode(data):
subjects = []
students = []
for s in data["subjects"]:
subjects.append(Subject(s["name"]))
for s in data["students"]:
student_append = Student(s["firstname"], s["lastname"])
scores = s["scores"]
score_keys = scores.keys()
for subject_name in score_keys:
subject_obj = None
for o in subjects:
if o.name == subject_name:
subject_obj = o
student_append.scores[subject_obj] = scores[subject_name]
students.append(student_append)
return (subjects, students)
def temp(self):
filenames = [f for f in os.listdir(path) if os.path.isfile(os.path.join(path, f))]
self.data = []
cnt = 0
for filename in filenames:
if filename.startswith("."):
continue
print(str(cnt) + ". " + filename.split("-")[0])
cnt += 1
s = Subject()
s.readData(os.path.join(path, filename))
self.data.append(s)
def test_observer_pattern():
weather_station = Subject()
temperature_display = TemperatureDisplay()
full_data_display = FullDataDisplay()
weather_station.register_observer(temperature_display)
weather_station.register_observer(full_data_display)
for i in range(3):
weather_station.update_data(temperature=random.uniform(10, 30),
humidity=random.uniform(40, 100),
pressure=random.uniform(730, 790))
weather_station.remove_observer(full_data_display)
for i in range(3):
weather_station.update_data(temperature=random.uniform(10, 30),
humidity=random.uniform(40, 100),
pressure=random.uniform(730, 790))
def main():
startTime = datetime.now()
outTable = r'C:\Users\jeffr_000\Desktop\Fall_2016\415\GEOG_415_Scarmazzi\Results\FinalRun_C.csv'
writer = csvGen(outTable)
##
# T1 = 134 Subjects, T2 = 133 Subjects
##
subjectList = genSubjectList('t2_circles')
errList = []
runList = []
for subject in subjectList:
subjectNumber = subject
subject = Subject(subject)
try:
t1Generation(subject, 't1_circles')
t2Generation(subject, 't2_circles')
except Exception as e:
errList.append(subjectNumber)
print '#' * 75
print 'Problem: ', e.args
print '#' * 75
subjectDisplay(subject)
csvWrite(writer, subject)
runList.append(subject)
print 'Subject Creation: ', datetime.now() - startTime
print 'Problem Subjects: ', len(errList), errList
print '*' * 50
print '*' * 50
##
# Console Logging
##
r1Logging(runList)
configLogging(runList)
def __init__(self,
experiments_json,
subjects_json,
model_dir,
subject_analyses,
group_analyses,
image_dir,
jsons_dir="./jsons",
model_type="english1000"):
self.model_type = model_type
all_exp_info = read_json(experiments_json, jsons_dir)
# exp2 = dict()
# exp2['Binder2005'] = all_exp_info['Binder2005']
# all_exp_info = exp2
#all_exp_info2 = dict()
#all_exp_info2['Bedny2013'] = all_exp_info['Bedny2013']
#all_exp_info = all_exp_info2
model_holder = ModelHolder(jsons_dir)
self.experiments = {
key: Experiment(model_holder=model_holder,
name=key,
image_dir=image_dir,
model_type=self.model_type,
nperm=1000,
**info)
for (key, info) in all_exp_info.items()
}
subjects_info = read_json(subjects_json, jsons_dir)
subjects = [
Subject(name=key,
model_type=self.model_type,
model_dir=model_dir['subject_dir'],
analyses=subject_analyses,
**info) for (key, info) in subjects_info.items()
]
self.subject_group = SubjectGroup(subjects, group_analyses)
def subject_weights(self):
"""
Gets recent weights from all :attr:`~.Terminal.subjects` and
open a :class:`.gui.Weights` window to view or set weights.
"""
subjects = self.list_subjects()
# open objects if not already
for subject in subjects:
if subject not in self.subjects.keys():
self.subjects[subject] = Subject(subject)
# for each subject, get weight
weights = []
for subject in subjects:
weight = self.subjects[subject].get_weight(include_baseline=True)
weight['subject'] = subject
weights.append(weight)
self.weight_widget = Weights(weights, self.subjects)
self.weight_widget.show()
def loadDataSet(self):
if not os.path.isfile(self.surveyDataFilePath):
raise OSError("Could not find the survey file: {0}".format(
self.surveyDataFilePath))
with open(self.surveyDataFilePath, 'r') as file:
csvReader = csv.reader(file, delimiter=',')
for i, row in enumerate(csvReader):
if i < 3: # Skip header
pass
else:
participant_id = row[COLNUM_PARTICIPANT_ID]
# Create new subject instance
s = Subject(self.jsonFilesRootPath, participant_id)
self.importProblemsetAnswers(row, s)
self.importFeaturePreferenceSurvey(row, s)
self.importSelfAssessmentOfLearning(row, s)
self.importDemographicSurvey(row, s)
self.importPriorExperienceSurvey(row, s)
self.subjects.append(s)