for i in range(sidesNum):
sideBools[i] = True
start_trial(stimWidth, sideBools)
# game loop
running = True
while running:
for event in pg.event.get():
PgTools.quit_pg(event)
if event.type == PgTools.input_mode:
xCoord, yCoord = event.pos
if PgTools.touchscreen:
if screen.fg.get_at((xCoord, yCoord)) != (0, 0, 0):
on_bg = False
if check_stim(xCoord, yCoord) and not on_bg:
PgTools.response(screen, True, passDelay)
on_bg = True
PgTools.write_ln(
filename="Sides_Task/results.csv",
data=[
subjectName,
trialNum,
sidesNum,
],
)
else:
#pg.event.clear()
continue
trialNum += 1
passedTrials += 1
if passedTrials == consecutiveAmt:
totalTrial = 1
if randShapes:
posSeed = randint(0, 99999)
negSeed = randint(0, 99999)
start_trial(stimLength, stimHeight, colorPair)
# game loop
running = True
while running:
for event in pg.event.get():
PgTools.quit_pg(event)
if event.type == MOUSEBUTTONDOWN:
xCoord, yCoord = event.pos
if posStim.collidepoint(xCoord, yCoord) and screen.fg.get_at((xCoord, yCoord)) != (0,0,0):
PgTools.response(screen, True, passDelay)
PgTools.write_ln(
filename="Two_Choice_Discrimination/results.csv",
data=[
subjectName,
setNum,
trialNum,
totalTrial,
"\"" + str(colorPair[0]) + "\"",
"\"" + str(colorPair[1]) + "\"",
"\"" + str((xCoord, yCoord)) + "\"",
"passed",
],
)
passedTrials += 1
elif negStim.collidepoint(xCoord, yCoord) and screen.fg.get_at((xCoord, yCoord)) != (0,0,0):