def tasks_to_task_images(tasks, verbose=True, random=random, alphabets_dict=None):
if alphabets_dict is None: alphabets_dict = get_accepted_image_list(from_path=FROM_PATH)
return [{
'completionImage': anonymize_image(alphabets_dict[alphabet][completion_uid][character_i], from_path=FROM_PATH, include_hash=False, include_original=False),
'duplicationImage': anonymize_image(alphabets_dict[alphabet][duplication_uid][character_i], from_path=FROM_PATH, include_hash=False, include_original=False),
'imageHalf': image_half
}
for alphabet, character_i, (completion_uid, duplication_uid), image_half in tasks]
def tasks_to_task_images(tasks, verbose=True, random=random):
alphabets_dict = get_accepted_image_list(from_path=FROM_PATH)
return [{
'anchors' :[anonymize_image(alphabets_dict[alphabet][uid][character_i], from_path=FROM_PATH, include_hash=False, include_original=False)
for alphabet, character_i, ids in [anchor] # kludge to unpack values from anchor
for uid in ids],
'classes':[([anonymize_image(alphabets_dict[alphabet][uid][character_i], from_path=FROM_PATH, include_hash=False, include_original=False)],
are_same)
for character_class, are_same in classes
for alphabet, character_i, uid in [character_class]]
}
for anchor, classes in tasks]
def create_first_task(form, args, reset=False, verbose=False):
if "taskGroupIndex" in form.keys():
task_group_index = int(form.getfirst("taskGroupIndex"))
else:
task_group_index = 0
passOnValues = {
"pauseToFirstHint": [500],
"pauseToSecondHint": [500],
"pauseToExample": [1000],
"pauseToNoise": [50],
"pauseToTest": [1000],
"tasksPerFeedbackGroup": [10],
"tasksPerWaitGroup": [10],
"pauseToGroup": [-1],
"displayProgressBarDuringTask": False,
"allowDidNotSeeCount": [1],
"random": False,
"characterSet": None,
"trialsPerExperiment": 200,
"fractionSame": 0.5, # this was 0.25 before the RT task, changed to 0.5 for RT
"calibrationTaskCount": 25,
}
rtn = aggregate_values(passOnValues, args, form)
if get_boolean_value(form, "random", default=passOnValues["random"]):
tasks = make_get_random_task(form, passOnValues, verbose=verbose)
else:
tasks = get_a_task(task_group_index, reset=reset, verbose=verbose)
alphabets = get_accepted_image_list(from_path=FROM_PATH)
tasks = [
(
anonymize_image(alphabets[task[0][0]][task[0][2]][task[0][1]], from_path=FROM_PATH),
anonymize_image(alphabets[task[1][0]][task[1][2]][task[1][1]], from_path=FROM_PATH),
task[0][0] == task[1][0] and task[0][1] == task[1][1],
)
for task in tasks
]
tasks = [
(
example,
test,
urllib.parse.urljoin(BASE_URL, random.choice(_STROKE_NOISES)),
correct_answer,
) # http://www.quasimondo.com/hydra/sineNoise1.jpg')
for example, test, correct_answer in tasks
]
rtn["tasks"] = tasks
return rtn
def tasks_to_task_images(tasks, verbose=True, random=random, alphabets_dict=None):
if alphabets_dict is None: alphabets_dict = get_accepted_image_list(from_path=FROM_PATH)
return [{
'images': [anonymize_image(alphabets_dict[alphabet][uid][character_i], from_path=FROM_PATH, include_hash=False, include_original=False)
for alphabet, character_i, uid in task],
'areSame': task[0][0] == task[1][0] and task[0][1] == task[1][1]
}
for task in tasks]
def create_first_task(form, args, reset=False, verbose=False):
if 'taskGroupIndex' in form.keys():
task_group_index = int(form.getfirst('taskGroupIndex'))
else:
task_group_index = 0
passOnValues = {
'pauseToFirstHint': [500],
'pauseToSecondHint': [500],
'pauseToExample': [1000],
'pauseToNoise': [50],
'pauseToTest': [1000],
'tasksPerFeedbackGroup': [10],
'tasksPerWaitGroup': [10],
'pauseToGroup': [-1],
'displayProgressBarDuringTask': False,
'allowDidNotSeeCount': [1],
'random': False,
'characterSet': None,
'trialsPerExperiment': 200,
'fractionSame':
0.5, # this was 0.25 before the RT task, changed to 0.5 for RT
'calibrationTaskCount': 25
}
rtn = aggregate_values(passOnValues, args, form)
if get_boolean_value(form, 'random', default=passOnValues['random']):
tasks = make_get_random_task(form, passOnValues, verbose=verbose)
else:
tasks = get_a_task(task_group_index, reset=reset, verbose=verbose)
alphabets = get_accepted_image_list(from_path=FROM_PATH)
tasks = [(anonymize_image(alphabets[task[0][0]][task[0][2]][task[0][1]],
from_path=FROM_PATH),
anonymize_image(alphabets[task[1][0]][task[1][2]][task[1][1]],
from_path=FROM_PATH), task[0][0] == task[1][0]
and task[0][1] == task[1][1]) for task in tasks]
tasks = [
(example, test,
urllib.parse.urljoin(BASE_URL, random.choice(_STROKE_NOISES)),
correct_answer) #http://www.quasimondo.com/hydra/sineNoise1.jpg')
for example, test, correct_answer in tasks
]
rtn['tasks'] = tasks
return rtn
def tasks_to_task_images(tasks,
verbose=True,
random=random,
alphabets_dict=None):
if alphabets_dict is None:
alphabets_dict = get_accepted_image_list(from_path=FROM_PATH)
return [{
'completionImage':
anonymize_image(alphabets_dict[alphabet][completion_uid][character_i],
from_path=FROM_PATH,
include_hash=False,
include_original=False),
'duplicationImage':
anonymize_image(alphabets_dict[alphabet][duplication_uid][character_i],
from_path=FROM_PATH,
include_hash=False,
include_original=False),
'imageHalf':
image_half
} for alphabet, character_i, (completion_uid,
duplication_uid), image_half in tasks]
def tasks_to_task_images(tasks,
verbose=True,
random=random,
alphabets_dict=None):
if alphabets_dict is None:
alphabets_dict = get_accepted_image_list(from_path=FROM_PATH)
return [{
'images': [[
anonymize_image(alphabets_dict[alphabet][uid][character_i],
from_path=FROM_PATH,
include_hash=False,
include_original=False)
for alphabet, character_i, uid in group
] for group in task]
} for task in tasks]