def run(context):
for image in context['imageList']:
image.setImage(silhouette)
context['trustGameDemo'] = True
return go(subModules, context)
def run(context):
win = context['window']
transition1 = visual.TextStim(win,
transitionControlQuiz,
pos=[0, 0.2],
height=0.07,
wrapWidth=1.5)
pressSpace = visual.TextStim(win,
pressSpaceKey,
pos=[0, -0.8],
height=0.06,
wrapWidth=1.5)
transition1.draw()
pressSpace.draw()
win.flip()
proceedOrQuit(win)
context['trialNum'] = 0
controlImages = context['controlImages']
for index, image in enumerate(controlImages):
context['imageList'][index].setImage(image)
new_context = go(subModules, context)
transition2 = visual.TextStim(win,
transitionExperimentQuiz,
pos=[0, 0.2],
height=0.07,
wrapWidth=1.5)
transition2.draw()
pressSpace.draw()
win.flip()
proceedOrQuit(win)
new_context['trialNum'] = 1
trialImages = context['trialImages']
for index, image in enumerate(trialImages):
context['imageList'][index].setImage(image)
return go(subModules, new_context)
def run(context):
controlImages = context['controlImages']
for index, image in enumerate(controlImages):
context['imageList'][index].setImage(image)
# no specific target in the control
context['target'] = -1
context['trialNum'] = 0
context['numberOfChanges'] = 0
context['attentionDuration'] = context['options']['blockLength']
return go(subModules, context)
def run(context):
trialImages = context['trialImages']
for index, image in enumerate(trialImages):
context['imageList'][index].setImage(image)
possible_targets = [0, 1, 2, 3]
context['target'] = random.choice(possible_targets)
context['nonTargetList'] = [
x for x in possible_targets if x != context['target']
]
context['numberOfChanges'] = 0
context['changeProb'] = 0.5
context['attentionDuration'] = context['options']['blockLength']
context['trialNum'] = 1
return go(subModules, context)
def run(context):
practiceImages = context['practiceImages']
imageList = context['imageList']
for index, image in enumerate(practiceImages[:4]):
imageList[index].setImage(image)
context['target'] = 0
context['changeSide1'] = practiceImages[0]
context['changeSide2'] = practiceImages[-1]
context['nonTargetList'] = [1, 2, 3]
context['numberOfChanges'] = 2
context['changeProb'] = __changeProb(context)
context['attentionDuration'] = context['options']['practiceLength']
context['trialNum'] = -1
return go(subModules, context)
from modules import attentionGameInstructions, attentionRotationQuestionaire, controlTrial,\
experimentTrial, experimentTrustGame, genReport, initialize, practiceTrial,\
practiceTrustGame, setCollectData, thankYou, trustGameInstructions,\
trustGameInstructions2, trustGameTransition
from lib.runner import go
modules = [
initialize,
attentionGameInstructions,
trustGameInstructions2,
practiceTrustGame,
practiceTrial,
setCollectData,
controlTrial,
experimentTrial,
trustGameTransition,
experimentTrustGame,
attentionRotationQuestionaire,
genReport,
thankYou
]
results = go(modules)
print(results)
def run(context):
return go(subModules, context)
db.db_name = args.name
db.init() # create the database file
interval = args.interval
counter = interval
if not args.query:
if not args.single:
try:
while True:
sleep(1)
counter -= 1
logger.timer('Querying in %s seconds(s)' %
logger.BLUE(counter))
if counter <= 0:
runner.go()
counter = interval
except KeyboardInterrupt as e:
logger.red('CTRL+C Detected!')
quit()
else:
runner.go()
subdomains, wildcards = db.query()
if args.probe:
logger.yellow('Running HTTP probe')
sleep(3)
probed = probe.do(subdomains, args.threads)
if args.probe: