def addTriggerImage(win, all_stim, image_file):
img_path = getImageFilePath(image_file)
if img_path:
trig_img_key = image_file[:-4]
if trig_img_key not in all_stim["triggers"]:
all_stim["triggers"][trig_img_key] = visual.ImageStim(win, image=img_path, units="norm", pos=(0.8, -0.8))
print("Created TRIG: {} for image file: {}".format(trig_img_key, img_path))
else:
print("ERROR: Trigger Image File not found: ", img_path)
def addTriggerImage(win, all_stim, image_file):
img_path = getImageFilePath(image_file)
if img_path:
trig_img_key = image_file[:-4]
if trig_img_key not in all_stim['triggers']:
all_stim['triggers'][trig_img_key] = visual.ImageStim(
win, image=img_path, units='norm', pos=(0.8, -0.8))
print("Created TRIG: {} for image file: {}".format(
trig_img_key, img_path))
else:
print("ERROR: Trigger Image File not found: ", img_path)
def runTrialState(state_code, trial, myWin, io, all_stim):
# Init time related DVs for trial to 0
trial['DV_%s_START'%(state_code)] = 0
trial['DV_%s_VIS_ONSET'%(state_code)] = 0.0
trial['DV_%s_SND_ONSET'%(state_code)] = 0
trial['DV_%s_END'%(state_code)] = 0.0
state_screen = trial['%s_VIS'%(state_code)]
if state_screen:
state_screen=u''+str(state_screen).lower().strip()
if state_screen == '.':
state_screen = None
graphics_pos = trial['%s_VPOS'%(state_code)]
if graphics_pos:
if graphics_pos == '.':
graphics_pos = [0,0]
if isinstance(graphics_pos, (list, tuple)):
# reset it to a str for storage in hdf5 file
trial['%s_VPOS'%(state_code)]=str(graphics_pos)
else:
graphics_pos = [0,0]
state_audio = trial['%s_SND'%(state_code)]
if state_audio:
state_audio=u''+str(state_audio).strip()
if state_audio == '.':
state_audio = None
state_end_trig = StateTrigger.create(state_code,trial, all_stim['triggers'])
show_pen = draw_pen_pos = draw_pen_trace = trial['%s_SHOWPEN'%(state_code)]
if show_pen:
draw_pen_pos = show_pen.upper().find('P')>=0
draw_pen_trace = show_pen.upper().find('T')>=0
clear_existing_traces = show_pen.upper().find('C')>=0
possible_state_stim = all_stim['trial']['%s'%(state_code)]
actual_state_stim = []
if state_screen:
if isImageFileCandidate(state_screen):
img_stim = possible_state_stim['image']
img_stim.image = getImageFilePath(state_screen)
img_stim.pos = graphics_pos
actual_state_stim.append(img_stim)
else:
txt_stim = possible_state_stim['text']
txt_stim.text = state_screen
txt_stim.pos = graphics_pos
actual_state_stim.append(txt_stim)
if state_audio:
if state_audio.lower().endswith('.wav'):
possible_state_stim['sound'].setFile(getAudioFilePath(state_audio))
else:
# TODO: Write warning to log file that .wav audio is only supported
state_audio = None
if clear_existing_traces:
all_stim['pen']['traces'].clear()
# Display any state graphics and play any associated audio file
if actual_state_stim:
for stim in actual_state_stim:
stim.draw()
if state_audio:
possible_state_stim['sound'].start()
# If state has a visual stim, use it's flip time to equal the states
# start time.
if actual_state_stim:
if draw_pen_trace:
all_stim['pen']['traces'].draw()
trial['DV_%s_START'%(state_code)] = trial['DV_%s_VIS_ONSET'%(state_code)] = myWin.flip()
if state_audio:
while not possible_state_stim['sound'].starttime:
time.sleep(0.001)
trial['DV_%s_SND_ONSET'%(state_code)] = possible_state_stim['sound'].starttime
if trial['DV_%s_START'%(state_code)] == 0:
# If state has an audio stim, but did not have a visual stim,
# use the audio stim onset time to equal the states start time.
trial['DV_%s_START'%(state_code)] = trial['DV_%s_SND_ONSET'%(state_code)]
# If state had no audio and no visual stim, then use
# current time as the states start time.
if trial['DV_%s_START'%(state_code)] == 0:
trial['DV_%s_START'%(state_code)] = core.getTime()
io.clearEvents()
state_end_trig.reset()
# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
# Maintain current state for [state_code]_DUR seconds, or until
# audio_stim has completed playing, whichever comes last.
sample_evts=[]
while (state_audio and possible_state_stim['sound'].status == PLAYING) or \
state_end_trig.fired(sample_evts) is False:
# Redraw display and flip
for stim in actual_state_stim:
stim.draw()
if draw_pen_pos or draw_pen_trace:
sample_evts = tablet.getSamples()
if draw_pen_trace:
# Redraw stim based on tablet events
all_stim['pen']['traces'].updateFromEvents(sample_evts)
all_stim['pen']['traces'].draw()
if draw_pen_pos and sample_evts:
last_evt = sample_evts[-1]
all_stim['pen']['pos'].updateFromEvent(last_evt)
all_stim['pen']['pos'].draw()
flip_time=myWin.flip()
if terminateExperimentKeyPressed(keyboard):
if state_audio:
possible_state_stim['sound'].closeFile()
return False
if state_audio:
possible_state_stim['sound'].closeFile()
trial['DV_%s_END'%(state_code)] = core.getTime()
def createPsychopyGraphics(display):
#
# Initialize Graphics
#
display_resolution = display.getPixelResolution()
psychopy_monitor = display.getPsychopyMonitorName()
unit_type = display.getCoordinateType()
screen_index = display.getIndex()
# Create a psychopy window, full screen resolution, full screen mode.
myWin = visual.Window(
display_resolution,
monitor=psychopy_monitor,
units=unit_type,
color=DEFAULT_SCREEN_COLOR,
colorSpace="rgb255",
fullscr=True,
allowGUI=False,
screen=screen_index,
)
all_stim = dict()
all_stim["pen"] = {
"pos": psychopy.iohub.client.wintabtablet.PenPositionStim(myWin),
"traces": psychopy.iohub.client.wintabtablet.PenTracesStim(myWin),
}
all_stim["triggers"] = dict()
all_stim["triggers"]["naechster"] = visual.ImageStim(
myWin, image=getImageFilePath("naechster.bmp"), units="norm", pos=(0.8, -0.8)
)
all_stim["practice"] = dict()
prac_text_stim = visual.TextStim(
myWin,
units="norm",
pos=(0, 0.9),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Practice using the tablet pen on this screen.\n" "Tap the 'Continue...' button when done.",
)
all_stim["practice"]["text"] = prac_text_stim
all_stim["practice"]["naechster"] = all_stim["triggers"]["naechster"]
all_stim["trial"] = dict()
all_stim["trial"]["INST"] = dict()
all_stim["trial"]["INST"]["text"] = visual.TextStim(
myWin,
units="norm",
pos=(0, 0),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Instruction" " State Text.",
)
all_stim["trial"]["INST"]["image"] = visual.ImageStim(
myWin, image=getImageFilePath("button_cont_large.png"), units="norm", pos=(0.0, 0.0)
)
all_stim["trial"]["GO"] = dict()
all_stim["trial"]["GO"]["text"] = visual.TextStim(
myWin, units="norm", pos=(0, 0), height=DEFAULT_TEXT_STIM_HEIGHT, text="Default Trial Go" " State Text."
)
all_stim["trial"]["GO"]["image"] = visual.ImageStim(
myWin, image=getImageFilePath("button_cont_large.png"), units="norm", pos=(0.0, 0.0)
)
all_stim["trial"]["STOP"] = dict()
all_stim["trial"]["STOP"]["text"] = visual.TextStim(
myWin,
units="norm",
pos=(0, 0),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Instruction" " State Text.",
)
all_stim["trial"]["STOP"]["image"] = visual.ImageStim(
myWin, image=getImageFilePath("button_cont_large.png"), units="norm", pos=(0.0, 0.0)
)
all_stim["exp_end"] = dict()
all_stim["exp_end"]["txt"] = visual.TextStim(
myWin, units="norm", pos=(0, -0.9), height=DEFAULT_TEXT_STIM_HEIGHT, text="Press ESCAPE or 'q' to exit."
)
all_stim["exp_end"]["img"] = visual.ImageStim(
myWin, image=getImageFilePath("ende.bmp"), units="norm", pos=(0.0, 0.0)
)
return myWin, all_stim
def createPsychopyGraphics(display):
#
# Initialize Graphics
#
display_resolution=display.getPixelResolution()
psychopy_monitor=display.getPsychopyMonitorName()
unit_type=display.getCoordinateType()
screen_index=display.getIndex()
# Create a psychopy window, full screen resolution, full screen mode.
myWin=visual.Window(display_resolution,
monitor=psychopy_monitor,
units=unit_type,
color=DEFAULT_SCREEN_COLOR,
colorSpace='rgb255',
fullscr=True,
allowGUI=False,
screen=screen_index)
all_stim = dict()
all_stim['pen'] = {
'pos': wintabgraphics.PenPositionStim(myWin,
PEN_POS_GFX_MIN_OPACITY,
PEN_POS_HOVER_COLOR,
PEN_POS_TOUCHING_COLOR,
PEN_POS_ANGLE_COLOR,
PEN_POS_ANGLE_WIDTH,
PEN_POS_GFX_MIN_SIZE,
PEN_POS_GFX_SIZE_RANGE,
PEN_POS_TILTLINE_SCALAR),
'traces': wintabgraphics.PenTracesStim(myWin,
PEN_TRACE_LINE_WIDTH,
PEN_TRACE_LINE_COLOR,
PEN_TRACE_LINE_OPACITY)
}
all_stim['triggers']=dict()
all_stim['triggers']['naechster'] = visual.ImageStim(myWin,
image=getImageFilePath('naechster.bmp'),
units='norm',
pos=(0.8, -0.8))
all_stim['practice']=dict()
prac_text_stim = visual.TextStim(myWin, units='norm', pos=(0, .9),
height = DEFAULT_TEXT_STIM_HEIGHT,
text="Practice using the tablet pen on this screen.\n"
"Tap the 'Continue...' button when done.")
all_stim['practice']['text'] = prac_text_stim
all_stim['practice']['naechster'] = all_stim['triggers']['naechster']
all_stim['trial']=dict()
all_stim['trial']['INST']=dict()
all_stim['trial']['INST']['text'] = visual.TextStim(myWin,
units='norm',
pos=(0, 0),
height = DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Instruction"
" State Text.")
all_stim['trial']['INST']['image'] = visual.ImageStim(myWin,
image=getImageFilePath('button_cont_large.png'),
units='norm',
pos=(0.0, 0.0))
all_stim['trial']['GO']=dict()
all_stim['trial']['GO']['text'] = visual.TextStim(myWin,
units='norm',
pos=(0, 0),
height = DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Go"
" State Text.")
all_stim['trial']['GO']['image'] = visual.ImageStim(myWin,
image=getImageFilePath('button_cont_large.png'),
units='norm',
pos=(0.0, 0.0))
all_stim['trial']['STOP']=dict()
all_stim['trial']['STOP']['text'] = visual.TextStim(myWin,
units='norm',
pos=(0, 0),
height = DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Instruction"
" State Text.")
all_stim['trial']['STOP']['image'] = visual.ImageStim(myWin,
image=getImageFilePath('button_cont_large.png'),
units='norm',
pos=(0.0, 0.0))
all_stim['exp_end'] = dict()
all_stim['exp_end']['txt'] = visual.TextStim(myWin,
units='norm',
pos=(0, -0.9),
height = DEFAULT_TEXT_STIM_HEIGHT,
text="Press ESCAPE or 'q' to exit.")
all_stim['exp_end']['img'] = visual.ImageStim(myWin,
image=getImageFilePath('ende.bmp'),
units='norm',
pos=(0.0, 0.0))
return myWin, all_stim
def runTrialState(state_code, trial, myWin, io, all_stim):
# Init time related DVs for trial to 0
trial['DV_%s_START'%(state_code)] = 0
trial['DV_%s_VIS_ONSET'%(state_code)] = 0.0
trial['DV_%s_SND_ONSET'%(state_code)] = 0
trial['DV_%s_END'%(state_code)] = 0.0
state_screen = trial['%s_VIS'%(state_code)]
if state_screen:
state_screen=u''+str(state_screen).lower().strip()
if state_screen == '.':
state_screen = None
graphics_pos = trial['%s_VPOS'%(state_code)]
if graphics_pos:
if graphics_pos == '.':
graphics_pos = [0,0]
if isinstance(graphics_pos, (list, tuple)):
# reset it to a str for storage in hdf5 file
trial['%s_VPOS'%(state_code)]=str(graphics_pos)
else:
graphics_pos = [0,0]
state_audio = trial['%s_SND'%(state_code)]
if state_audio:
state_audio=u''+str(state_audio).strip()
if state_audio == '.':
state_audio = None
state_end_trig = StateTrigger.create(state_code,trial, all_stim['triggers'])
show_pen = draw_pen_pos = draw_pen_trace = trial['%s_SHOWPEN'%(state_code)]
if show_pen:
draw_pen_pos = show_pen.upper().find('P')>=0
draw_pen_trace = show_pen.upper().find('T')>=0
clear_existing_traces = show_pen.upper().find('C')>=0
possible_state_stim = all_stim['trial']['%s'%(state_code)]
actual_state_stim = []
if state_screen:
if isImageFileCandidate(state_screen):
img_stim = possible_state_stim['image']
img_stim.image = getImageFilePath(state_screen)
img_stim.pos = graphics_pos
actual_state_stim.append(img_stim)
else:
txt_stim = possible_state_stim['text']
txt_stim.text = state_screen
txt_stim.pos = graphics_pos
actual_state_stim.append(txt_stim)
if state_audio:
if state_audio.lower().endswith('.wav'):
possible_state_stim['sound'].setFile(getAudioFilePath(state_audio))
else:
# TODO: Write warning to log file that .wav audio is only supported
state_audio = None
if clear_existing_traces:
all_stim['pen']['traces'].clear()
# Display any state graphics and play any associated audio file
if actual_state_stim:
for stim in actual_state_stim:
stim.draw()
if state_audio:
possible_state_stim['sound'].start()
# If state has a visual stim, use it's flip time to equal the states
# start time.
if actual_state_stim:
if draw_pen_trace:
all_stim['pen']['traces'].draw()
trial['DV_%s_START'%(state_code)] = trial['DV_%s_VIS_ONSET'%(state_code)] = myWin.flip()
if state_audio:
while not possible_state_stim['sound'].starttime:
time.sleep(0.001)
trial['DV_%s_SND_ONSET'%(state_code)] = possible_state_stim['sound'].starttime
if trial['DV_%s_START'%(state_code)] == 0:
# If state has an audio stim, but did not have a visual stim,
# use the audio stim onset time to equal the states start time.
trial['DV_%s_START'%(state_code)] = trial['DV_%s_SND_ONSET'%(state_code)]
# If state had no audio and no visual stim, then use
# current time as the states start time.
if trial['DV_%s_START'%(state_code)] == 0:
trial['DV_%s_START'%(state_code)] = core.getTime()
io.clearEvents()
state_end_trig.reset()
# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
# Maintain current state for [state_code]_DUR seconds, or until
# audio_stim has completed playing, whichever comes last.
sample_evts=[]
key_evts_keys=[]
while (state_audio and possible_state_stim['sound'].status == PLAYING) or \
state_end_trig.fired(samples = sample_evts, keys = key_evts_keys) is False:
# Redraw display and flip
for stim in actual_state_stim:
stim.draw()
if draw_pen_pos or draw_pen_trace:
sample_evts = tablet.getSamples()
if draw_pen_trace:
# Redraw stim based on tablet events
all_stim['pen']['traces'].updateFromEvents(sample_evts)
all_stim['pen']['traces'].draw()
if draw_pen_pos and sample_evts:
last_evt = sample_evts[-1]
all_stim['pen']['pos'].updateFromEvent(last_evt)
all_stim['pen']['pos'].draw()
flip_time=myWin.flip()
if terminateExperimentKeyPressed(keyboard):
if state_audio:
possible_state_stim['sound'].closeFile()
return False
key_evts_keys = [k.key for k in keyboard.getPresses()]
if state_audio:
possible_state_stim['sound'].closeFile()
trial['DV_%s_END'%(state_code)] = core.getTime()
def createPsychopyGraphics(display):
#
# Initialize Graphics
#
display_resolution = display.getPixelResolution()
psychopy_monitor = display.getPsychopyMonitorName()
unit_type = display.getCoordinateType()
screen_index = display.getIndex()
# Create a psychopy window, full screen resolution, full screen mode.
myWin = visual.Window(display_resolution,
monitor=psychopy_monitor,
units=unit_type,
color=DEFAULT_SCREEN_COLOR,
colorSpace='rgb255',
fullscr=True,
allowGUI=False,
screen=screen_index)
all_stim = dict()
all_stim['pen'] = {
'pos':
wintabgraphics.PenPositionStim(
myWin, PEN_POS_GFX_MIN_OPACITY, PEN_POS_HOVER_COLOR,
PEN_POS_TOUCHING_COLOR, PEN_POS_ANGLE_COLOR, PEN_POS_ANGLE_WIDTH,
PEN_POS_GFX_MIN_SIZE, PEN_POS_GFX_SIZE_RANGE,
PEN_POS_TILTLINE_SCALAR),
'traces':
wintabgraphics.PenTracesStim(myWin, PEN_TRACE_LINE_WIDTH,
PEN_TRACE_LINE_COLOR,
PEN_TRACE_LINE_OPACITY)
}
all_stim['triggers'] = dict()
all_stim['triggers']['naechster'] = visual.ImageStim(
myWin,
image=getImageFilePath('naechster.bmp'),
units='norm',
pos=(0.8, -0.8))
all_stim['practice'] = dict()
prac_text_stim = visual.TextStim(
myWin,
units='norm',
pos=(0, .9),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Practice using the tablet pen on this screen.\n"
"Tap the 'Continue...' button when done.")
all_stim['practice']['text'] = prac_text_stim
all_stim['practice']['naechster'] = all_stim['triggers']['naechster']
all_stim['trial'] = dict()
all_stim['trial']['INST'] = dict()
all_stim['trial']['INST']['text'] = visual.TextStim(
myWin,
units='norm',
pos=(0, 0),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Instruction"
" State Text.")
all_stim['trial']['INST']['image'] = visual.ImageStim(
myWin,
image=getImageFilePath('button_cont_large.png'),
units='norm',
pos=(0.0, 0.0))
all_stim['trial']['GO'] = dict()
all_stim['trial']['GO']['text'] = visual.TextStim(
myWin,
units='norm',
pos=(0, 0),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Go"
" State Text.")
all_stim['trial']['GO']['image'] = visual.ImageStim(
myWin,
image=getImageFilePath('button_cont_large.png'),
units='norm',
pos=(0.0, 0.0))
all_stim['trial']['STOP'] = dict()
all_stim['trial']['STOP']['text'] = visual.TextStim(
myWin,
units='norm',
pos=(0, 0),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Default Trial Instruction"
" State Text.")
all_stim['trial']['STOP']['image'] = visual.ImageStim(
myWin,
image=getImageFilePath('button_cont_large.png'),
units='norm',
pos=(0.0, 0.0))
all_stim['exp_end'] = dict()
all_stim['exp_end']['txt'] = visual.TextStim(
myWin,
units='norm',
pos=(0, -0.9),
height=DEFAULT_TEXT_STIM_HEIGHT,
text="Press ESCAPE or 'q' to exit.")
all_stim['exp_end']['img'] = visual.ImageStim(
myWin,
image=getImageFilePath('ende.bmp'),
units='norm',
pos=(0.0, 0.0))
return myWin, all_stim