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VSwSFT 3_0_0.py
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VSwSFT 3_0_0.py
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"""
Visual Search with SFT
Author: Joseph J Glavan j.glavan4@gmail.com
6/3/2016
Building on the code from VS 2.7.1
Using 6 Experimental Conditions:
3 Response Styles:
Yes/No (same as previous experiments)
Mouse (always visible; move and click on target)
Eyes (fixate the target)
2 Stimuli Motions:
Static (same as previous)
Dynamic (waterfall)
Slight change from previous code: using 'm' and 'e' instead of 'd' for response style codes
"""
from __future__ import division #so that 1/3=0.333 instead of 1/3=0
from psychopy import visual, core, data, event, logging, gui
from psychopy.constants import * #things like STARTED, FINISHED
import autopy
from time import sleep
import numpy as np # whole numpy lib is available, prepend 'np.'
from numpy import sin, cos, tan, log, log10, pi, average, sqrt, std, deg2rad, rad2deg, linspace, asarray
from numpy.random import random, randint, normal, shuffle
import os #handy system and path functions
##########################################################################################################
expVersion = '3.0'
##########################################################################################################
NUM_BLOCKS = 30#60
NUM_TRIALS = NUM_BLOCKS*16
CAP_BLOCKS = 16 #80 # Spread the 80 across 5 days
CAP_TRIALS = CAP_BLOCKS*4
BREAK_TRIALS = int(NUM_TRIALS/2)
NUM_DISTRACTORS = 23 # Set this from config file in the future
MIN_SEP = 100 # Minimum separation of stimuli (in pixels) USED FROM THE CENTER
FALL_RATE = 50 # Rate at which stimuli fall in dynamic condition (in pixels per second)
TOLERANCE = 100 # How many pixels outside the target's rect a response can fall and still be counted correct
MAX_TIME = 20 # Maximum duration of a trial (in seconds)
DISPLAY_DIMENSIONS = [1280,1024] #psychopy.display.list_modes()[0]
READY_TIME = 1 # How long to display the "Get Ready..." message before beginning a trial
STIM_RAD = 20 # Radius of stimuli
_HIGH_COLOR = (255,0,160)
_LOW_COLOR = (255,0,96)
_TARGET_COLOR = (255,0,0)
#store info about the experiment session
expName='VSwSFT_DSDR' # Name of the Experiment
expInfo={'participant':'TEST', 'session':'1', 'condition (s/d)':('s','d'), 'response style (s/d)':('s','m','e')} # condition: s = static stimuli, d = dynamic stimuli; response style: s = click when found, m = click on target, e = fixate on target
dlg=gui.DlgFromDict(dictionary=expInfo,title=expName)
if dlg.OK==False: core.quit() #user pressed cancel
expInfo['condition'] = expInfo.pop('condition (s/d)').lower()
expInfo['response style'] = expInfo.pop('response style (s/d)').lower()
if ((expInfo['condition'] != 's' and expInfo['condition'] != 'd') or (expInfo['response style'] != 's' and expInfo['response style'] != 'm' and expInfo['response style'] != 'e')): core.quit() # cannot run experiment without a specified condition and response style
expInfo['date']=data.getDateStr()#add a simple timestamp
expInfo['expName']=expName
#if expInfo['session'] == '1':
# NUM_BLOCKS = 22
# NUM_TRIALS = NUM_BLOCKS*16
#setup files for saving
if not os.path.isdir('data'):
os.makedirs('data') #if this fails (e.g. permissions) we will get error
bhead = 'data' + os.path.sep + 'behavioral'
shead = 'data' + os.path.sep + 'stimuli'
mhead = 'data' + os.path.sep + 'mousetracking'
ehead = 'data' + os.path.sep + 'eyetracking'
if not os.path.isdir(bhead):
os.makedirs(bhead) #if this fails (e.g. permissions) we will get error
if not os.path.isdir(shead):
os.makedirs(shead) #if this fails (e.g. permissions) we will get error
if not os.path.isdir(mhead):
os.makedirs(mhead) #if this fails (e.g. permissions) we will get error
if not os.path.isdir(ehead):
os.makedirs(ehead) #if this fails (e.g. permissions) we will get error
filename = bhead + os.path.sep + '%s_%s' %(expInfo['participant'], expInfo['date'])
sfilename = shead + os.path.sep + '%s_%s' %(expInfo['participant'], expInfo['date'])
# Don't need to make an eyetracking file because the tracker should do this. Just move that file to the appropriate file at the end of the session.
file = filename+'.txt'
sfile = sfilename+'_stimuli.txt'
logFile=open(file, 'a')
stimFile=open(sfile, 'a')
# Don't need to track mouse in the eye-reponse condition
if expInfo['response style'] != 'e':
mfilename = mhead + os.path.sep + '%s_%s' %(expInfo['participant'], expInfo['date'])
mfile = mfilename+'_mousetracking.txt'
mtFile=open(mfile, 'a')
mtFile.write("Date\tSubject\tSession\tCondition\tDistractors\tTrial\tTime\tMouseX\tMouseY\n")
#an ExperimentHandler isn't essential but helps with data saving
thisExp = data.ExperimentHandler(name=expName, version=expVersion,
extraInfo=expInfo, runtimeInfo=None,
originPath=None,
savePickle=False, saveWideText=False,
dataFileName=filename)
def toggle (fc, mode):
for component in fc:
component.setAutoDraw(mode)
# Setup the Window
win = visual.Window(size=DISPLAY_DIMENSIONS, fullscr=True, screen=0, allowGUI=False, allowStencil=False,
monitor='Sony', color=[1,1,1], colorSpace='rgb', units="pix")
# Initialise components for Experiment
instructionsClock=core.Clock()
trialClock=core.Clock()
sInstructions = visual.TextStim(win=win, ori=0, name='SRinstructions',
text='After the words "Get Ready..." are displayed, you will see a field of red, pink, and purple colored circles, octagons, and diamonds.\n\nFind the RED CIRCLE as quickly as you can.\n\nAfter you find the RED CIRCLE, click the LEFT mouse button.\nIf there is NO red circle, click the RIGHT mouse button.\n\nIf you responded that there was a red circle, you will be asked to click with the LEFT mouse button on where you found the red circle.\nIf you responded that there was no red circle, the trial will progress normally.\n\n\nClick the mouse when you are ready to begin...',
font='Arial', pos=[0, 0], units="pix", height=40,wrapWidth=DISPLAY_DIMENSIONS[0]-100,
color='black', colorSpace='rgb', opacity=1, depth=0.0)
dInstructions = visual.TextStim(win=win, ori=0, name='DRinstructions',
text='After the words "Get Ready..." are displayed, you will see a field of red, pink, and purple colored circles, octagons, and diamonds.\n\nFind the RED CIRCLE as quickly as you can.\n\nAfter you find the RED CIRCLE, click on it with the LEFT mouse button.\n\nIf there is NO red circle, click the RIGHT mouse button anywhere.\n\n\nClick the mouse when you are ready to begin...',
font='Arial', pos=[0, 0], units="pix",height=40,wrapWidth=DISPLAY_DIMENSIONS[0]-100,
color='black', colorSpace='rgb', opacity=1, depth=0.0)
readyCue = (visual.Circle(win=win, radius=STIM_RAD, lineColor='white', fillColor='white', pos=(0,0), units='pix', lineColorSpace='rgb255',fillColorSpace='rgb255', lineWidth=2),
visual.Line(win=win, start=(-STIM_RAD/1,0), end=(STIM_RAD/1,0), lineColor='black', lineWidth=2), visual.Line(win=win, start=(0,-STIM_RAD/1), end=(0,STIM_RAD/1), lineColor='black', lineWidth=2))
#readyCue = visual.TextStim(win=win, ori=0, name='ready cue',
# text='Get Ready...', units="norm",
# font='Arial', pos=[0, 0], height=0.1,wrapWidth=None,
# color='black', colorSpace='rgb', opacity=1, depth=0.0)
forceBreak = visual.TextStim(win=win, ori=0, name='break start',
text='You may now take a one minute break.', units="pix",
font='Arial', pos=[0, 0], height=40,wrapWidth=DISPLAY_DIMENSIONS[0]-100,
color='black', colorSpace='rgb', opacity=1, depth=0.0)
forceResume = visual.TextStim(win=win, ori=0, name='break end',
text='Click the mouse whenever you are ready to resume the experiment...', units="pix",
font='Arial', pos=[0, 0], height=40, wrapWidth=DISPLAY_DIMENSIONS[0]-100,
color='black', colorSpace='rgb', opacity=1, depth=0.0)
outcome_message = visual.TextStim(win=win, ori=0, name='Outcome_message',
text='You have finished the experiment. Please go see the experimenter at this time.\n\nThank you for your participation!\n\n\n',
font='Arial', pos=[0, 0], height=40,wrapWidth=DISPLAY_DIMENSIONS[0]-100, units="pix",
color='black', colorSpace='rgb', opacity=1, depth=0.0)
mouse = event.Mouse(visible=False, win=win)
#mouse = event.Mouse(visible=False, newPos=[0,0], win=win)
logFile.write("Version\tDate\tStimuli\tMethod\tSubject\tSession\tCondition\tTrial\tTarget\tChannel1\tChannel2\tDistractors\tLMouseButton\tRMouseButton\tRT\tTargetX\tTargetY\tResponseX\tResponseY\tCorrect\n") # DO WE WANT TO RECORD DISTRACTOR LOCATIONS? WHAT ABOUT STIMULI LOCATIONS DURING MOVEMENT?
stimHead = "Date\tSubject\tSession\tCondition\tDistractors\tTrial\tTime\tTargetX\tTargetY\t"
for i in range(NUM_DISTRACTORS):
stimHead = stimHead + "D" + str(i+1) + "X\tD" + str(i+1) + "Y\t"
stimHead = stimHead.rstrip('\t') + "\n"
stimFile.write(stimHead)
# Create some handy timers
globalClock=core.Clock() #to track the time since experiment started
routineTimer=core.CountdownTimer() #to track time remaining of each (non-slip) routine
readyTimer=core.CountdownTimer()
def NewStimuli (win, edg, rad, col, x, y, orientation=22.5):
"""Generate a new shape stimuli"""
if edg == 4:
orientation -= 22.5
if edg < 3:
return visual.Circle(win=win, radius=rad, lineColor=col, fillColor=col, ori=orientation, pos=[x,y], units='pix', lineColorSpace='rgb255', fillColorSpace='rgb255', opacity=1.0)
else:
return visual.Polygon(win=win, edges=edg, radius=rad, lineColor=col, fillColor=col, pos=[x,y], ori=orientation, units='pix', lineColorSpace='rgb255', fillColorSpace='rgb255', opacity=1.0)
def VisualSearch(nBlocks, conditionsFile):
#---- Set Up Visual Search Block ----#
block=data.TrialHandler(nReps=nBlocks, method='random',
extraInfo=expInfo, originPath=None,
trialList=data.importConditions(conditionsFile),
seed=None, name='VS block')
thisExp.addLoop(block)#add the loop to the experiment
trialcounter = 0
for thisTrial in block:
# Hacks because the conditions aren't reading in properly and I can't figure out why ("A" was being replaced by "datetime.date(.)")
if thisTrial.color != 'H' and thisTrial.color != 'L':
block.thisTrial['color'] = u'A'
if thisTrial.shape != 'H' and thisTrial.shape != 'L':
block.thisTrial['shape'] = u'A'
#------Give them a break after xxx trials ------
if trialcounter==BREAK_TRIALS:
forceBreak.setAutoDraw(True)
win.flip()
sleep(60.00)
forceBreak.setAutoDraw(False)
win.flip()
forceResume.setAutoDraw(True)
win.flip()
while sum(mouse.getPressed()) == 0:
pass
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
forceResume.setAutoDraw(False)
win.flip()
#------Prepare to start Routine"trial"-------
trialcounter += 1
response = [0,0]
rt = -1
clickLoc = [None,None]
trialComponents = {'mouse':mouse, 'distractors':[]}
#load stimuli
if thisTrial.target != "ABS": # else target absent
#imagefn = "img/"
#if (thisTrial.Target[0] == "R"): imagefn = imagefn + "Red"
#elif (Target[0] == "O"): imagefn = imagefn + "Orange"
#elif (thisTrial.Target[0] == "G"): imagefn = imagefn + "Green"
#else: raise RuntimeError('Stimulus not recognized')
#if (thisTrial.Target[1] == "C"): imagefn = imagefn + "Circle"
#elif (thisTrial.Target[1] == "O"): imagefn = imagefn + "Octagon"
#elif (thisTrial.Target[1] == "D"): imagefn = imagefn + "Diamond"
#else: raise RuntimeError('Stimulus not recognized')
#imagefn = imagefn + ".png"
#trialComponents['target'] = visual.ImageStim(win=win, name='target',
# image=imagefn, mask=None, ori=0, units='pix',
# pos=[randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP), randint(-.5*DISPLAY_DIMENSIONS[1]+MIN_SEP,.5*DISPLAY_DIMENSIONS[1]-MIN_SEP)],
# opacity=1, texRes=128, interpolate=True, depth=0.0)
#trialComponents['target'].setSize(trialComponents['target'].size*STIM_SCALE)
stim_arg = [win,1,STIM_RAD]
if (thisTrial.target[0] == "R"): stim_arg.append(_TARGET_COLOR)
elif (thisTrial.target[0] == "M"): stim_arg.append(_LOW_COLOR)
elif (thisTrial.target[0] == "V"): stim_arg.append(_HIGH_COLOR)
else: raise RuntimeError('Stimulus not recognized')
if (thisTrial.target[1] == "C"): stim_arg[1]=1
elif (thisTrial.target[1] == "O"): stim_arg[1]=8
elif (thisTrial.target[1] == "D"): stim_arg[1]=4
else: raise RuntimeError('Stimulus not recognized')
stim_arg.append(randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP))
stim_arg.append(randint(-.5*DISPLAY_DIMENSIONS[1]+MIN_SEP,.5*DISPLAY_DIMENSIONS[1]-MIN_SEP))
trialComponents['target'] = NewStimuli(*stim_arg)
else:
trialComponents['target'] = None
for each in thisTrial.distractors.split(' '):
#imagefn = "img/"
#if (thisTrial.Distractors[2] == "R"): imagefn = imagefn + "Red"
#elif (thisTrial.Distractors[2] == "O"): imagefn = imagefn + "Orange"
#elif (thisTrial.Distractors[2] == "G"): imagefn = imagefn + "Green"
#else: raise RuntimeError('Stimulus not recognized')
#if (thisTrial.Distractors[3] == "C"): imagefn = imagefn + "Circle"
#elif (thisTrial.Distractors[3] == "O"): imagefn = imagefn + "Octagon"
#elif (thisTrial.Distractors[3] == "D"): imagefn = imagefn + "Diamond"
#else: raise RuntimeError('Stimulus not recognized')
#imagefn = imagefn + ".png"
stim_arg=[win,1,STIM_RAD]
if (each[2] == "R"): stim_arg.append(_TARGET_COLOR)
elif (each[2] == "M"): stim_arg.append(_LOW_COLOR)
elif (each[2] == "V"): stim_arg.append(_HIGH_COLOR)
else: raise RuntimeError('Stimulus not recognized')
if (each[3] == "C"): stim_arg[1]=1
elif (each[3] == "O"): stim_arg[1]=8
elif (each[3] == "D"): stim_arg[1]=4
else: raise RuntimeError('Stimulus not recognized')
for i in range(int(each[0:2])):
conflicted = True
while conflicted:
x = randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP)
y = randint(-.5*DISPLAY_DIMENSIONS[1]+MIN_SEP,.5*DISPLAY_DIMENSIONS[1]-MIN_SEP)
conflicted = False
if (trialComponents['target'] is not None and x < trialComponents['target'].pos[0]+MIN_SEP and x > trialComponents['target'].pos[0]-MIN_SEP and y < trialComponents['target'].pos[1]+MIN_SEP and y > trialComponents['target'].pos[1]-MIN_SEP):
conflicted = True
if not conflicted:
for j in trialComponents['distractors']:
if (x < j.pos[0]+MIN_SEP and x > j.pos[0]-MIN_SEP and y < j.pos[1]+MIN_SEP and y > j.pos[1]-MIN_SEP):
conflicted = True
trialComponents['distractors'].append(NewStimuli(stim_arg[0],stim_arg[1],stim_arg[2],stim_arg[3],x,y))
#temp_name = "distractor" + str(i)
#trialComponents['distractors'].append(visual.ImageStim(win=win, name=temp_name,
# image=imagefn, mask=None, ori=0, units='pix',
# pos=[x,y], opacity=1, texRes=128, interpolate=True, depth=0.0))
#for each in trialComponents['distractors']:
# each.setSize(each.size*STIM_SCALE)
# Record starting positions of stimuli for logging
stimLog = [[0]]
if trialComponents['target'] is not None:
stimLog.append([trialComponents['target'].pos[0]])
stimLog.append([trialComponents['target'].pos[1]])
for i in range(len(trialComponents['distractors'])):
stimLog.append([trialComponents['distractors'][i].pos[0]])
stimLog.append([trialComponents['distractors'][i].pos[1]])
for key, value in trialComponents.iteritems():
if key == 'distractors':
for thisComponent in value:
if hasattr(thisComponent,'status'): thisComponent.status = NOT_STARTED
else:
if hasattr(value,'status'): value.status = NOT_STARTED
dist_status = NOT_STARTED # create my own status variable to avoid ~20 checks every cycle
#Save initial stimuli heights for movement
initial = {'distractors':[]}
for i in range(len(trialComponents['distractors'])):
initial['distractors'].append(trialComponents['distractors'][i].pos[1])
if trialComponents['target'] is not None:
initial['target'] = trialComponents['target'].pos[1]
# Record mouse positions for response style=='m' condition
#mouseLog = [[0],[int(.5*DISPLAY_DIMENSIONS[0])], [int(.5*DISPLAY_DIMENSIONS[1])]] # First entry should be at time 0 and in the center of the screen
mouseLog = [[],[],[]] # time,X,Y
#------- READY SCREEN --------
toggle(readyCue, True)
#readyCue.setAutoDraw(True)
win.flip()
# When implemented... Replace sleep with gc
sleep(READY_TIME)
toggle(readyCue, False)
#readyCue.setAutoDraw(False)
win.flip()
# Ready the clocks
t=0; trialClock.reset() #clock
frameN=-1
routineTimer.reset()
routineTimer.add(MAX_TIME)
#-------Start Routine "trial"-------
continueRoutine=True
while continueRoutine and routineTimer.getTime()>0:
#get current time
t=trialClock.getTime()
frameN=frameN+1#number of completed frames (so 0 in first frame)
#*target* update
if trialComponents['target'] is not None:
if (t >= 0 and trialComponents['target'].status == NOT_STARTED):
trialComponents['target'].tStart=t
trialComponents['target'].frameNStart=frameN
trialComponents['target'].setAutoDraw(True)
elif (trialComponents['target'].status == STARTED and t >= MAX_TIME):
trialComponents['target'].setAutoDraw(False)
elif (trialComponents['target'].status == STARTED and expInfo['condition']=='d'):
if trialComponents['target'].pos[1] <= -.5*DISPLAY_DIMENSIONS[1]:
initial['target'] += DISPLAY_DIMENSIONS[1]
y = initial['target']-int(t*FALL_RATE)
conflicted = True
while conflicted:
x = randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP)
conflicted = False
for j in trialComponents['distractors']:
if (x < j.pos[0]+MIN_SEP and x > j.pos[0]-MIN_SEP and y < j.pos[1]+MIN_SEP and y > j.pos[1]-MIN_SEP):
conflicted = True
trialComponents['target'].setPos([x, y])
else:
trialComponents['target'].setPos([trialComponents['target'].pos[0], initial['target']-int(t*FALL_RATE)])
#*dist* update
if (t >= 0 and dist_status == NOT_STARTED):
for this in trialComponents['distractors']:
this.setAutoDraw(True)
dist_status = STARTED
elif (dist_status == STARTED and t >= MAX_TIME):
for this in trialComponents['distractors']:
this.setAutoDraw(False)
dist_status = FINISHED
elif (dist_status == STARTED and expInfo['condition']=='d'):
for each in range(len(trialComponents['distractors'])):
if trialComponents['distractors'][each].pos[1] <= -.5*DISPLAY_DIMENSIONS[1]:
initial['distractors'][each] += DISPLAY_DIMENSIONS[1]
y = initial['distractors'][each]-int(t*FALL_RATE)
conflicted = True
while conflicted:
x = randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP)
conflicted = False
if (trialComponents['target'] is not None and x < trialComponents['target'].pos[0]+MIN_SEP and x > trialComponents['target'].pos[0]-MIN_SEP and y < trialComponents['target'].pos[1]+MIN_SEP and y > trialComponents['target'].pos[1]-MIN_SEP):
conflicted = True
if not conflicted:
for j in trialComponents['distractors']:
if (x < j.pos[0]+MIN_SEP and x > j.pos[0]-MIN_SEP and y < j.pos[1]+MIN_SEP and y > j.pos[1]-MIN_SEP):
conflicted = True
trialComponents['distractors'][each].setPos([x, y])
else:
trialComponents['distractors'][each].setPos([trialComponents['distractors'][each].pos[0], initial['distractors'][each]-int(t*FALL_RATE)])
# Record positions of stimuli
if expInfo['condition']=='d':
stimLog[0].append(t)
offset = 1
if trialComponents['target'] is not None:
stimLog[1].append(trialComponents['target'].pos[0])
stimLog[2].append(trialComponents['target'].pos[1])
offset = 3
for i in range(len(trialComponents['distractors'])):
stimLog[i+offset].append(trialComponents['distractors'][i].pos[0])
stimLog[i+offset+1].append(trialComponents['distractors'][i].pos[1])
offset += 1
#*mouse* updates
if t >= 0 and trialComponents['mouse'].status==NOT_STARTED:
trialComponents['mouse'].clickReset()
#keep track of start time/frame for later
trialComponents['mouse'].tStart=t#underestimates by a little under one frame
trialComponents['mouse'].frameNStart=frameN#exact frame index
trialComponents['mouse'].status=STARTED
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
if expInfo['response style'] == 'm':
#trialComponents['mouse'].setPos(0,0)
autopy.mouse.move(int(.5*DISPLAY_DIMENSIONS[0]), int(.5*DISPLAY_DIMENSIONS[1]))
trialComponents['mouse'].setVisible(True)
elif trialComponents['mouse'].status==STARTED and t >= MAX_TIME:
trialComponents['mouse'].status=STOPPED
if expInfo['response style'] == 'm':
trialComponents['mouse'].setVisible(False)
if trialComponents['mouse'].status==STARTED and sum(response)==0: #only update if started and no previous response has been recorded
if expInfo['response style']=='m': #Log mouse position
mouseLog[0].append(t); mouseLog[1].append(trialComponents['mouse'].getPos()[0]); mouseLog[2].append(trialComponents['mouse'].getPos()[1])
buttons, times = trialComponents['mouse'].getPressed(getTime=True)
if sum(buttons) == 1:
if buttons[0] == 1:
if expInfo['response style'] == 'm':
#response = [1,0]
#rt = times[0]
#clickLoc = trialComponents['mouse'].getPos()
#trialComponents['mouse'].setVisible(False)
#continueRoutine = False
#Check if on stimuli
on_stim = False
if trialComponents['target'] is not None and trialComponents['target'].contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
on_stim = True
else:
for shape in trialComponents['distractors']:
if shape.contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
on_stim = True
break
if on_stim:
response = [1,0]
rt = times[0]
#clickLoc = trialComponents['mouse'].getPos() # should be set above
trialComponents['mouse'].setVisible(False)
continueRoutine = False
else: #continue with the trial until they click on something meaningful
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
else: # Target Present Response in Static Stimuli
response = [1,0]
rt = times[0]
continueRoutine = False
elif buttons[2] == 1: # Target Absent Response
response = [0,1]
rt = times[2]
trialComponents['mouse'].setVisible(False)
continueRoutine = False
else: # mouse wheel was pressed
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
if sum(buttons) > 0: #Either wheel was pressed or more than one button was pressed. Reset the mouse and continue with the trial.
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
#check if all components have finished
if not continueRoutine: #a component has requested that we end
routineTimer.reset() #this is the new t0 for non-slip Routines
break
continueRoutine=False#will revert to True if at least one component still running
for key, value in trialComponents.iteritems():
if key == 'distractors':
for thisComponent in value:
if hasattr(thisComponent,"status") and thisComponent.status!=FINISHED:
continueRoutine=True; break#at least one component has not yet finished
else:
if hasattr(value,"status") and value.status!=FINISHED:
continueRoutine=True; break#at least one component has not yet finished
#check for quit (the [Esc] key)
if event.getKeys(["escape"]):
core.quit()
#refresh the screen
if continueRoutine:
win.flip()
#Stop drawing the stimuli
for key, value in trialComponents.iteritems():
if key == 'distractors':
for thisComponent in value:
if hasattr(thisComponent,'setAutoDraw'): thisComponent.setAutoDraw(False)
else:
if hasattr(value,'setAutoDraw'): value.setAutoDraw(False)
# FINISH UP RESPONSE FOR STATIC RESPONSE STYLE
if expInfo['response style'] == 's' and response[0] == 1:
event.mouseButtons = [0,0,0]
win.flip() # Go to blank screen
#trialComponents['mouse'].setPos(0,0)
if trialComponents['target'] is not None:
trialComponents['target'].setLineColor((0,0,0))
trialComponents['target'].setFillColor((255,255,255))
trialComponents['target'].setEdges(3)
trialComponents['target'].setVertices(trialComponents['target'].vertices)
trialComponents['target'].setOri(180)
trialComponents['target'].setAutoDraw(True)
for each in trialComponents['distractors']:
each.setLineColor((0,0,0))
each.setFillColor((255,255,255))
each.setEdges(3)
each.setVertices(each.vertices)
each.setOri(180)
each.setAutoDraw(True)
autopy.mouse.move(int(.5*DISPLAY_DIMENSIONS[0]), int(.5*DISPLAY_DIMENSIONS[1]))
trialComponents['mouse'].setVisible(True)
get_response = True
while get_response:
win.flip()
#check for quit (the [Esc] key)
if event.getKeys(["escape"]):
core.quit()
mouseLog[0].append(trialClock.getTime()); mouseLog[1].append(trialComponents['mouse'].getPos()[0]); mouseLog[2].append(trialComponents['mouse'].getPos()[1])
#check for response
if trialComponents['mouse'].getPressed()[0] != 0:
#check for click ON STIMULI
if trialComponents['target'] is not None and trialComponents['target'].contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
get_response = False
else:
for shape in trialComponents['distractors']:
if shape.contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
get_response = False
break
else:
event.mouseButtons=[0,0,0]
trialComponents['mouse'].setVisible(False)
if trialComponents['target'] is not None:
trialComponents['target'].setAutoDraw(False)
for each in trialComponents['distractors']:
each.setAutoDraw(False)
else:
win.flip()
sleep(1.00)
#End of Routine "trial"
# LOG THE TRIAL
logStr = str(expVersion)+'\t'+str(expInfo['date'])+'\t'+str(expInfo['condition'])+'\t'+str(expInfo['response style'])+'\t'+str(expInfo['participant'])+'\t'+str(expInfo['session'])+'\t'+str(thisTrial.type)+'\t'+str(trialcounter)+'\t'+str(thisTrial.target)+'\t'
if thisTrial.color == 'H':
logStr = logStr+"2\t"
elif thisTrial.color == 'L':
logStr = logStr+"1\t"
elif thisTrial.color == 'A':
logStr = logStr+"0\t"
if thisTrial.shape == 'H':
logStr = logStr+"2\t"+str(thisTrial.distractors)+"\t"+str(response[0])+'\t'+str(response[1])+'\t'+str(rt)+'\t'
elif thisTrial.shape == 'L':
logStr = logStr+"1\t"+str(thisTrial.distractors)+"\t"+str(response[0])+'\t'+str(response[1])+'\t'+str(rt)+'\t'
elif thisTrial.shape == 'A':
logStr = logStr+"0\t"+str(thisTrial.distractors)+"\t"+str(response[0])+'\t'+str(response[1])+'\t'+str(rt)+'\t'
if trialComponents['target'] is not None:
targetPos = trialComponents['target'].pos
targetSize = trialComponents['target'].size
logStr = logStr + str(targetPos[0]) + '\t' + str(targetPos[1]) + '\t'
else:
logStr = logStr + 'None\tNone\t'
logStr = logStr + str(clickLoc[0]) + '\t' + str(clickLoc[1]) + '\t'
if response[0] == 1:
if trialComponents['target'] is None:
logStr = logStr + '0\n'
#elif (clickLoc[0] < targetPos[0]+.5*targetSize[0]+TOLERANCE and clickLoc[0] > targetPos[0]-.5*targetSize[0]-TOLERANCE and clickLoc[1] < targetPos[1]+.5*targetSize[1]+TOLERANCE and clickLoc[1] > targetPos[1]-.5*targetSize[1]-TOLERANCE):
elif (trialComponents['target'].contains(clickLoc)):
logStr = logStr + '1\n' # correct response
else:
logStr = logStr + '0\n' # subject clicked somewhere other than target location
elif response[1] == 1:
if trialComponents['target'] is None:
logStr = logStr + '1\n' # correct response
else:
logStr = logStr + '0\n' # absent response when target was not absent
else:
logStr = logStr + '-1\n' # trial timed out
logFile.write(logStr)
#Log the stimuli positions
for i in range(len(stimLog[0])):
stimStr = str(expInfo['date']) + "\t" + str(expInfo['participant']) + "\t" + str(expInfo['session']) + "\t" + str(thisTrial.type) + "\t" + str(thisTrial.distractors) + "\t" + str(trialcounter) + "\t"
for j in range(len(stimLog)):
stimStr = stimStr + str(stimLog[j][i]) + "\t"
stimStr = stimStr.rstrip('\t') + "\n"
stimFile.write(stimStr)
#Log the mouse positions
for i in range(len(mouseLog[0])):
mtStr = str(expInfo['date']) + "\t" + str(expInfo['participant']) + "\t" + str(expInfo['session']) + "\t" + str(thisTrial.type) + "\t" + str(thisTrial.distractors) + "\t" + str(trialcounter) + "\t" + str(mouseLog[0][i]) + "\t" + str(mouseLog[1][i]) + "\t" + str(mouseLog[2][i]) + "\n"
mtFile.write(mtStr)
def ColorCapInstructions ():
sColInstructions = visual.TextStim(win=win, ori=0, name='SCinstructions',
text='After the words "Get Ready..." are displayed, you will see a field of red, pink, and purple circles.\n\n\nFind the RED CIRCLE as quickly as you can.\n\nAfter you find the RED CIRCLE, click the LEFT mouse button.\nIf there is NO red circle, click the RIGHT mouse button.\n\nIf you responded that there was a red circle, you will be asked to click with the LEFT mouse button on where you found the red circle.\nIf you responded that there was no red circle, the trial will progress normally.\n\n\nClick the mouse when you are ready to begin...',
font='Arial', pos=[0, 0], units="pix", height=40,wrapWidth=DISPLAY_DIMENSIONS[0]-100,
color='black', colorSpace='rgb', opacity=1, depth=0.0)
dColInstructions = visual.TextStim(win=win, ori=0, name='DCinstructions',
text='After the words "Get Ready..." are displayed, you will see a field of red, pink, and purple circles.\n\n\nFind the RED CIRCLE as quickly as you can.\n\nAfter you find the RED CIRCLE, click on it with the LEFT mouse button.\n\nIf there is NO red circle, click the RIGHT mouse button anywhere.\n\n\nClick the mouse when you are ready to begin...',
font='Arial', pos=[0, 0], units="pix",height=40,wrapWidth=DISPLAY_DIMENSIONS[0]-100,
color='black', colorSpace='rgb', opacity=1, depth=0.0)
exampleStim = [NewStimuli(win, 1, STIM_RAD, _TARGET_COLOR, -500, 225, orientation=22.5),
NewStimuli(win, 1, STIM_RAD, _LOW_COLOR, -500+1*3*STIM_RAD, 225, orientation=22.5),NewStimuli(win, 1, STIM_RAD, _HIGH_COLOR, -500+2*3*STIM_RAD, 225, orientation=22.5)]
#------Prepare to start Routine"Instructions"-------
t=0; instructionsClock.reset() #clock
frameN=-1
InstructionsComponents={}
if (expInfo['response style']=='s'):
InstructionsComponents['instructions']=(sColInstructions)
elif (expInfo['response style']=='m'):
InstructionsComponents['instructions']=(dColInstructions)
else:
raise RuntimeError('Failed to Initialise Instructions')
InstructionsComponents['mouse']=(mouse)
for key,thisComponent in InstructionsComponents.iteritems():
if hasattr(thisComponent,'status'): thisComponent.status = NOT_STARTED
#-------Start Routine "Instructions"-------
continueRoutine=True
while continueRoutine:
#get current time
t=instructionsClock.getTime()
frameN=frameN+1#number of completed frames (so 0 in first frame)
#update/draw components on each frame
#*text* updates
if t>=0.0 and InstructionsComponents['instructions'].status==NOT_STARTED:
#keep track of start time/frame for later
InstructionsComponents['instructions'].tStart=t#underestimates by a little under one frame
InstructionsComponents['instructions'].frameNStart=frameN#exact frame index
InstructionsComponents['instructions'].setAutoDraw(True)
for s in exampleStim:
s.setAutoDraw(True)
#*mouse* updates
if t>=0.0 and InstructionsComponents['mouse'].status==NOT_STARTED:
#keep track of start time/frame for later
InstructionsComponents['mouse'].tStart=t#underestimates by a little under one frame
InstructionsComponents['mouse'].frameNStart=frameN#exact frame index
InstructionsComponents['mouse'].status=STARTED
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
if InstructionsComponents['mouse'].status==STARTED:#only update if started and not stopped!
buttons = mouse.getPressed()
if sum(buttons)>0:#ie if any button is pressed
#abort routine on response
continueRoutine=False
#check if all components have finished
if not continueRoutine: #a component has requested that we end
routineTimer.reset() #this is the new t0 for non-slip Routines
break
continueRoutine=False#will revert to True if at least one component still running
for key, thisComponent in InstructionsComponents.iteritems():
if hasattr(thisComponent,"status") and thisComponent.status!=FINISHED:
continueRoutine=True; break#at least one component has not yet finished
#check for quit (the [Esc] key)
if event.getKeys(["escape"]):
core.quit()
#refresh the screen
if continueRoutine:#don't flip if this routine is over or we'll get a blank screen
win.flip()
#End of Routine "Instructions"
for key, thisComponent in InstructionsComponents.iteritems():
if hasattr(thisComponent,"setAutoDraw"): thisComponent.setAutoDraw(False)
for s in exampleStim:
s.setAutoDraw(False)
#Blank the Instructions Screen
win.flip()
#### Begin Dynamic Instructions ####
distractors = ["12VC","12MC"]
instrConds = ["RC","ABS"]
shuffle(instrConds)
for trial in instrConds:
response = [0,0]
rt = -1
clickLoc = [None,None]
trialComponents = {'mouse':mouse, 'distractors':[]}
#load stimuli
if trial != "ABS": # else target absent
stim_arg = [win,1,STIM_RAD]
if (trial[0] == "R"): stim_arg.append(_TARGET_COLOR)
elif (trial[0] == "M"): stim_arg.append(_LOW_COLOR)
elif (trial[0] == "V"): stim_arg.append(_HIGH_COLOR)
else: raise RuntimeError('Stimulus not recognized')
if (trial[1] == "C"): stim_arg[1]=1
elif (trial[1] == "O"): stim_arg[1]=8
elif (trial[1] == "D"): stim_arg[1]=4
else: raise RuntimeError('Stimulus not recognized')
stim_arg.append(randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP))
stim_arg.append(randint(-.5*DISPLAY_DIMENSIONS[1]+MIN_SEP,.5*DISPLAY_DIMENSIONS[1]-MIN_SEP))
trialComponents['target'] = NewStimuli(*stim_arg)
else:
trialComponents['target'] = None
for each in distractors:
stim_arg=[win,1,STIM_RAD]
if (each[2] == "R"): stim_arg.append(_TARGET_COLOR)
elif (each[2] == "M"): stim_arg.append(_LOW_COLOR)
elif (each[2] == "V"): stim_arg.append(_HIGH_COLOR)
else: raise RuntimeError('Stimulus not recognized')
if (each[3] == "C"): stim_arg[1]=1
elif (each[3] == "O"): stim_arg[1]=8
elif (each[3] == "D"): stim_arg[1]=4
else: raise RuntimeError('Stimulus not recognized')
for i in range(int(each[0:2])):
conflicted = True
while conflicted:
x = randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP)
y = randint(-.5*DISPLAY_DIMENSIONS[1]+MIN_SEP,.5*DISPLAY_DIMENSIONS[1]-MIN_SEP)
conflicted = False
if (trialComponents['target'] is not None and x < trialComponents['target'].pos[0]+MIN_SEP and x > trialComponents['target'].pos[0]-MIN_SEP and y < trialComponents['target'].pos[1]+MIN_SEP and y > trialComponents['target'].pos[1]-MIN_SEP):
conflicted = True
if not conflicted:
for j in trialComponents['distractors']:
if (x < j.pos[0]+MIN_SEP and x > j.pos[0]-MIN_SEP and y < j.pos[1]+MIN_SEP and y > j.pos[1]-MIN_SEP):
conflicted = True
trialComponents['distractors'].append(NewStimuli(stim_arg[0],stim_arg[1],stim_arg[2],stim_arg[3],x,y))
for key, value in trialComponents.iteritems():
if key == 'distractors':
for thisComponent in value:
if hasattr(thisComponent,'status'): thisComponent.status = NOT_STARTED
else:
if hasattr(value,'status'): value.status = NOT_STARTED
dist_status = NOT_STARTED # create my own status variable to avoid ~20 checks every cycle
#Save initial stimuli heights for movement
initial = {'distractors':[]}
for i in range(len(trialComponents['distractors'])):
initial['distractors'].append(trialComponents['distractors'][i].pos[1])
if trialComponents['target'] is not None:
initial['target'] = trialComponents['target'].pos[1]
#------- READY SCREEN --------
toggle(readyCue, True)
#readyCue.setAutoDraw(True)
win.flip()
sleep(READY_TIME)
toggle(readyCue, False)
#readyCue.setAutoDraw(False)
win.flip()
# Ready the clocks
t=0; trialClock.reset() #clock
frameN=-1
routineTimer.reset()
routineTimer.add(MAX_TIME)
#-------Start Routine "trial"-------
continueRoutine=True
while continueRoutine and routineTimer.getTime()>0:
#get current time
t=trialClock.getTime()
frameN=frameN+1#number of completed frames (so 0 in first frame)
#*target* update
if trialComponents['target'] is not None:
if (t >= 0 and trialComponents['target'].status == NOT_STARTED):
trialComponents['target'].tStart=t
trialComponents['target'].frameNStart=frameN
trialComponents['target'].setAutoDraw(True)
elif (trialComponents['target'].status == STARTED and t >= MAX_TIME):
trialComponents['target'].setAutoDraw(False)
elif (trialComponents['target'].status == STARTED and expInfo['condition']=='d'):
if trialComponents['target'].pos[1] <= -.5*DISPLAY_DIMENSIONS[1]:
initial['target'] += DISPLAY_DIMENSIONS[1]
y = initial['target']-int(t*FALL_RATE)
conflicted = True
while conflicted:
x = randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP)
conflicted = False
for j in trialComponents['distractors']:
if (x < j.pos[0]+MIN_SEP and x > j.pos[0]-MIN_SEP and y < j.pos[1]+MIN_SEP and y > j.pos[1]-MIN_SEP):
conflicted = True
trialComponents['target'].setPos([x, y])
else:
trialComponents['target'].setPos([trialComponents['target'].pos[0], initial['target']-int(t*FALL_RATE)])
#*dist* update
if (t >= 0 and dist_status == NOT_STARTED):
for this in trialComponents['distractors']:
this.setAutoDraw(True)
dist_status = STARTED
elif (dist_status == STARTED and t >= MAX_TIME):
for this in trialComponents['distractors']:
this.setAutoDraw(False)
dist_status = FINISHED
elif (dist_status == STARTED and expInfo['condition']=='d'):
for each in range(len(trialComponents['distractors'])):
if trialComponents['distractors'][each].pos[1] <= -.5*DISPLAY_DIMENSIONS[1]:
initial['distractors'][each] += DISPLAY_DIMENSIONS[1]
y = initial['distractors'][each]-int(t*FALL_RATE)
conflicted = True
while conflicted:
x = randint(-.5*DISPLAY_DIMENSIONS[0]+MIN_SEP,.5*DISPLAY_DIMENSIONS[0]-MIN_SEP)
conflicted = False
if (trialComponents['target'] is not None and x < trialComponents['target'].pos[0]+MIN_SEP and x > trialComponents['target'].pos[0]-MIN_SEP and y < trialComponents['target'].pos[1]+MIN_SEP and y > trialComponents['target'].pos[1]-MIN_SEP):
conflicted = True
if not conflicted:
for j in trialComponents['distractors']:
if (x < j.pos[0]+MIN_SEP and x > j.pos[0]-MIN_SEP and y < j.pos[1]+MIN_SEP and y > j.pos[1]-MIN_SEP):
conflicted = True
trialComponents['distractors'][each].setPos([x, y])
else:
trialComponents['distractors'][each].setPos([trialComponents['distractors'][each].pos[0], initial['distractors'][each]-int(t*FALL_RATE)])
# Record starting positions of stimuli
if expInfo['condition']=='d':
stimLog[0].append(t)
offset = 1
if trialComponents['target'] is not None:
stimLog[1].append(trialComponents['target'].pos[0])
stimLog[2].append(trialComponents['target'].pos[1])
offset = 3
for i in range(len(trialComponents['distractors'])):
stimLog[i+offset].append(trialComponents['distractors'][i].pos[0])
stimLog[i+offset+1].append(trialComponents['distractors'][i].pos[1])
offset += 1
#*mouse* updates
if t >= 0 and trialComponents['mouse'].status==NOT_STARTED:
trialComponents['mouse'].clickReset()
#keep track of start time/frame for later
trialComponents['mouse'].tStart=t#underestimates by a little under one frame
trialComponents['mouse'].frameNStart=frameN#exact frame index
trialComponents['mouse'].status=STARTED
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
if expInfo['response style'] == 'm':
#trialComponents['mouse'].setPos(0,0)
autopy.mouse.move(int(.5*DISPLAY_DIMENSIONS[0]), int(.5*DISPLAY_DIMENSIONS[1]))
trialComponents['mouse'].setVisible(True)
elif trialComponents['mouse'].status==STARTED and t >= MAX_TIME:
trialComponents['mouse'].status=STOPPED
if expInfo['response style'] == 'm':
trialComponents['mouse'].setVisible(False)
if trialComponents['mouse'].status==STARTED and sum(response)==0: #only update if started and no previous response has been recorded
buttons, times = trialComponents['mouse'].getPressed(getTime=True)
if sum(buttons) == 1:
if buttons[0] == 1:
if expInfo['response style'] == 'm':
#Check if on stimuli
on_stim = False
if trialComponents['target'].contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
on_stim = True
else:
for shape in trialComponents['distractors']:
if shape.contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
on_stim = True
break
if on_stim:
response = [1,0]
rt = times[0]
clickLoc = trialComponents['mouse'].getPos()
trialComponents['mouse'].setVisible(False)
continueRoutine = False
else: #continue with the trial until they click on something meaningful
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
else: # Target Present Response in Static Stimuli
response = [1,0]
rt = times[0]
continueRoutine = False
elif buttons[2] == 1: # Target Absent Response
response = [0,1]
rt = times[2]
continueRoutine = False
else: # mouse wheel was pressed
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
if sum(buttons) > 0: #Either wheel was pressed or more than one button was pressed. Reset the mouse and continue with the trial.
event.mouseButtons=[0,0,0] #reset mouse buttons to be 'up'
#check if all components have finished
if not continueRoutine: #a component has requested that we end
routineTimer.reset() #this is the new t0 for non-slip Routines
break
continueRoutine=False#will revert to True if at least one component still running
for key, value in trialComponents.iteritems():
if key == 'distractors':
for thisComponent in value:
if hasattr(thisComponent,"status") and thisComponent.status!=FINISHED:
continueRoutine=True; break#at least one component has not yet finished
else:
if hasattr(value,"status") and value.status!=FINISHED:
continueRoutine=True; break#at least one component has not yet finished
#check for quit (the [Esc] key)
if event.getKeys(["escape"]):
core.quit()
#refresh the screen
if continueRoutine:
win.flip()
#Stop drawing the stimuli
for key, value in trialComponents.iteritems():
if key == 'distractors':
for thisComponent in value:
if hasattr(thisComponent,'setAutoDraw'): thisComponent.setAutoDraw(False)
else:
if hasattr(value,'setAutoDraw'): value.setAutoDraw(False)
# FINISH UP RESPONSE FOR STATIC RESPONSE STYLE
if expInfo['response style'] == 's' and response[0] == 1:
event.mouseButtons = [0,0,0]
win.flip() # Go to blank screen
if trialComponents['target'] is not None:
targetDecoy = NewStimuli(win, 3, STIM_RAD, (255,255,255), trialComponents['target'].pos[0], trialComponents['target'].pos[1], orientation=180)
targetDecoy.setLineColor((0,0,0))
targetDecoy.setAutoDraw(True)
distDecoys = []
for each in trialComponents['distractors']:
distDecoys.append(NewStimuli(win, 3, STIM_RAD, (255,255,255), each.pos[0], each.pos[1], orientation=180))
distDecoys[-1].setLineColor((0,0,0))
distDecoys[-1].setAutoDraw(True)
autopy.mouse.move(int(.5*DISPLAY_DIMENSIONS[0]), int(.5*DISPLAY_DIMENSIONS[1]))
trialComponents['mouse'].setVisible(True)
get_response = True
while get_response:
win.flip()
#check for quit (the [Esc] key)
if event.getKeys(["escape"]):
core.quit()
#check for response
if trialComponents['mouse'].getPressed()[0] != 0:
#check for click ON STIMULI
if trialComponents['target'] is not None and targetDecoy.contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
get_response = False
else:
for shape in distDecoys:
if shape.contains(trialComponents['mouse'].getPos()):
clickLoc = trialComponents['mouse'].getPos()
get_response = False
break
else:
event.mouseButtons=[0,0,0]
trialComponents['mouse'].setVisible(False)
if trialComponents['target'] is not None:
targetDecoy.setAutoDraw(False)
for each in distDecoys:
each.setAutoDraw(False)
else:
win.flip()
sleep(1.00)
#End of Routine "trial"
# PROVIDE FEEDBACK
# If they were correct just give em a pat on the back
if trial == "ABS" and response[1] == 1:
feedback = visual.TextStim(win=win, ori=0, name='pos_feedback', text='Correct!', units="norm", font='Arial', pos=[0, 0], height=0.1, wrapWidth=None, color='black', colorSpace='rgb', opacity=1, depth=0.0)
feedback.setAutoDraw(True)
event.mouseButtons=[0,0,0]
while trialComponents['mouse'].getPressed()[0] == 0:
win.flip()
trialComponents['mouse'].clickReset()
feedback.setAutoDraw(False)
win.flip()
else:
try:
targetDecoy
if trial == "RC" and response[0] == 1 and targetDecoy.contains(clickLoc):
feedback = visual.TextStim(win=win, ori=0, name='pos_feedback', text='Correct!', units="norm", font='Arial', pos=[0, 0], height=0.1, wrapWidth=None, color='black', colorSpace='rgb', opacity=1, depth=0.0)
feedback.setAutoDraw(True)
event.mouseButtons=[0,0,0]
while trialComponents['mouse'].getPressed()[0] == 0:
win.flip()
trialComponents['mouse'].clickReset()
feedback.setAutoDraw(False)
win.flip()
else:
raise NameError
except NameError:
# If they were wrong show them the original stimuli
#if expInfo['response style'] == 's' and response[0] == 1:
# if trialComponents['target'] is not None:
# targetDecoy.setAutoDraw(False)
# for shape in distDecoys:
# shape.setAutoDraw(False)
if trialComponents['target'] is not None:
trialComponents['target'].setAutoDraw(True)
for each in trialComponents['distractors']:
each.setAutoDraw(True)
if trial == "ABS":
# Wrong - there is no target