def pre_mainloop(self):
MostBasicPsychopyFeedback.pre_mainloop(self)
# do the trick -- SAVE all of those things! --> and put it in settings.pkl.
v = dict()
v['caption'] = self.caption
v['color'] = self.color
v['fontheight'] = self.fontheight
v['STARTKEYS'] = self.STARTKEYS
v['EX_THRLINEWIDTH'] = self.EX_THRLINEWIDTH
v['EX_COLORGAP'] = self.EX_COLORGAP
v['EX_TVSP'] = self.EX_TVSP
v['EX_TPAUSE'] = self.EX_TPAUSE
v['EX_NREGULATE'] = self.EX_NREGULATE
v['EX_NTRANSFER'] = self.EX_NTRANSFER
v['EX_SHOWCHECKORCROSS'] = self.EX_SHOWCHECKORCROSS
v['EX_SHOWCHECKORCROSSTRANSFER'] = self.EX_SHOWCHECKORCROSSTRANSFER
v['EX_SHOWPOINTS'] = self.EX_SHOWPOINTS
v['EX_SQUARESIZE'] = self.EX_SQUARESIZE
v['EX_UPREGTEXT'] = self.EX_UPREGTEXT
v['EX_TESTSIGNALUPDATEINTERVAL'] = self.EX_TESTSIGNALUPDATEINTERVAL
v['EX_NREST'] = self.EX_NREST
v['EX_SCALING'] = self.EX_SCALING
v['EX_INTERACTIONMODE'] = self.EX_INTERACTIONMODE
v['EX_NOBSERVE'] = self.EX_NOBSERVE
v['EX_NOREGTEXT'] = self.EX_NOREGTEXT
v['EX_TINSTR'] = self.EX_TINSTR
v['EX_THERMOCLIMS'] = self.EX_THERMOCLIMS
v['EX_GRAPHICSMODE'] = self.EX_GRAPHICSMODE
v['EX_STAIRCASEMANIPULATION'] = self.EX_STAIRCASEMANIPULATION
v['EX_POINTS_PENALTY'] = self.EX_POINTS_PENALTY
v['EX_TESTSIGNALPERIOD'] = self.EX_TESTSIGNALPERIOD
v['EX_TMARK'] = self.EX_TMARK
v['EX_TESTNFNOISE'] = self.EX_TESTNFNOISE
v['EX_PATCHCOLOR'] = self.EX_PATCHCOLOR
v['EX_TJITT'] = self.EX_TJITT
v['EX_TFB'] = self.EX_TFB
v['EX_POINTS_REWARD'] = self.EX_POINTS_REWARD
v['EX_PR_SLEEPTIME'] = self.EX_PR_SLEEPTIME
v['EX_TESTSIGNALTYPE'] = self.EX_TESTSIGNALTYPE
v['EX_BUTTONS'] = self.EX_BUTTONS
v['EX_INSTR'] = self.EX_INSTR
v['EX_RUNS'] = self.EX_RUNS
v['EX_SND_LOWESTTONE'] = self.EX_SND_LOWESTTONE
v['EX_SND_HIGHESTTONE'] = self.EX_SND_HIGHESTTONE
v['EX_EMG_THERMOWIDTH'] = self.EX_EMG_THERMOWIDTH
v['EX_EMG_THERMOHEIGHT'] = self.EX_EMG_THERMOHEIGHT
v['EX_EMG_THERMOEDGE'] = self.EX_EMG_THERMOEDGE
v['EX_TXT_COUNTER'] = self.EX_TXT_COUNTER
v['MONITOR_PIXWIDTH'] = self.MONITOR_PIXWIDTH
v['MONITOR_PIXHEIGHT'] = self.MONITOR_PIXHEIGHT
v['MONITOR_WIDTH'] = self.MONITOR_WIDTH
v['MONITOR_HEIGHT'] = self.MONITOR_HEIGHT
v['MONITOR_DISTANCE'] = self.MONITOR_DISTANCE
v['MONITOR_GAMMA'] = self.MONITOR_GAMMA
v['MONITOR_FPS'] = self.MONITOR_FPS
v['MONITOR_USEDEGS'] = self.MONITOR_USEDEGS
v['MONITOR_DEGS_WIDTHBASE'] = self.MONITOR_DEGS_WIDTHBASE
v['MONITOR_DEGS_HEIGHTBASE'] = self.MONITOR_DEGS_HEIGHTBASE
v['MONITOR_FLIPHORIZONTAL'] = self.MONITOR_FLIPHORIZONTAL
v['MONITOR_FLIPVERTICAL'] = self.MONITOR_FLIPVERTICAL
v['MONITOR_RECORDFRAMEINTERVALS'] = self.MONITOR_RECORDFRAMEINTERVALS
v['MONITOR_NSCREENS'] = self.MONITOR_NSCREENS
v['MONITOR_DISPLAYONSCREEN'] = self.MONITOR_DISPLAYONSCREEN
v['MONITOR_FULLSCR'] = self.MONITOR_FULLSCR
v['MONITOR_ALLOWGUI'] = self.MONITOR_ALLOWGUI
v['LOG_PATHFILE'] = self.LOG_PATHFILE
v['LOG_PATHFILE_EVENT'] = self.LOG_PATHFILE_EVENT
v['EVENT_LPT_TRIGGER_WAIT'] = self.EVENT_LPT_TRIGGER_WAIT
v['EVENT_destip'] = self.EVENT_destip
v['EVENT_destport'] = self.EVENT_destport
v['EVENT_LPTAddress'] = self.EVENT_LPTAddress
v['EVENT_LPTTrigWaitTime'] = self.EVENT_LPTTrigWaitTime
v['EVENT_TRIGLOG'] = self.EVENT_TRIGLOG
v['EVENT_sendParallel'] = self.EVENT_sendParallel
v['EVENT_sendTcpIp'] = self.EVENT_sendTcpIp
v['EVENT_sendLogFile'] = self.EVENT_sendLogFile
v['EVENT_printToTerminal'] = self.EVENT_printToTerminal
v['EVENT_printToTerminalAllowed'] = self.EVENT_printToTerminalAllowed
# so these are NOW control parameters:
v['EX_TUNING_TYPE'] = self.EX_TUNING_TYPE # = 'thr' # alternatives are 'linear', and maybe 'fancy'
v['EX_TUNING_PARAMS'] = self.EX_TUNING_PARAMS # = [1.0, 0.0] # linear requires a slope and offset. - eill not be used if it's not 'linear'
v['EX_WIN_CONDITION'] = self.EX_WIN_CONDITION # = 'time_above_thr'
v['EX_WIN_PARAMS'] = self.EX_WIN_PARAMS # = [0.25] # 25 % of the time, it needs to be above the threshold...
v['EX_NUMBEROFSETS'] = self.EX_NUMBEROFSETS # = 6 # how long (sets of 6) do we wish our experiment to have?? Determines also our staircases.
v['EX_MIXOFSETS'] = self.EX_MIXOFSETS # = {'train':3, 'transfer':1, 'observe':1, 'rest':1}
v['EX_STAIRIDENTIFIER'] = self.EX_STAIRIDENTIFIER # = '0001' # needed to keep track of the staircases.
v['EX_XorV_RESET_POINTS'] = self.EX_XorV_RESET_POINTS # = False # at the start of the day --> this should be True.
# use the Cpntrol Parameters:
CP = self.CP # control parameters...
# create G, put it into self too..
G = dict()
G['v'] = v
self.G = G
# we need this in order to continue working as if we're doing it using the normal (test) script...
for key in G['v']:
G[key] = G['v'][
key] # this is actually superfluous. But removing it might possibly break things.
# the main clock
mainClock = clock.Clock()
G['mainClock'] = mainClock
# screen/monitor...
G = init_screen(G) # we need to do this
# logging...
logging.setDefaultClock(G['mainClock'])
newLogFile = create_incremental_filename(G['v']['LOG_PATHFILE'])
expLogger = logging.LogFile(
newLogFile, logging.EXP) # the correct loglevel should be EXP!
print(expLogger)
logging.LogFile(newLogFile,
logging.EXP) # the correct loglevel should be EXP!
print('made new logfile: ' + newLogFile)
for key in G['v'].keys():
logging.data("{key}: {value}".format(key=key, value=G['v'][key]))
logging.flush()
G['logging'] = logging # put into the G, which is in self
# event handler...
G = init_eventcodes(G) # and this??
G = start_eh(G)
init_staircases_quest(G)
st = make_stimuli(G, CP)
pr = init_programs(G, st, CP)
ex = define_experiment(
G, st, pr,
CP) # pr is passed to define_experiment, but then we won't need...
self.st = st
self.ex = ex
# take care of the randomization(s)...
trialopts = []
trialopts.append([1, 1, 2, 1, 3, 4])
trialopts.append([1, 1, 2, 1, 4, 3])
trialopts.append([1, 1, 2, 3, 1, 4])
trialopts.append([1, 1, 2, 4, 1, 3])
trialopts.append([1, 1, 3, 1, 2, 4])
trialopts.append([1, 1, 3, 1, 4, 2])
trialopts.append([1, 1, 3, 2, 1, 4])
trialopts.append([1, 1, 3, 4, 1, 2])
trialopts.append([1, 1, 4, 1, 3, 2])
trialopts.append([1, 1, 4, 1, 2, 3])
trialopts.append([1, 1, 4, 3, 1, 2])
trialopts.append([1, 1, 4, 2, 1, 3])
trialopts.append([1, 2, 1, 4, 1, 3])
trialopts.append([1, 2, 1, 3, 1, 4])
trialopts.append([1, 3, 1, 4, 1, 2])
trialopts.append([1, 3, 1, 2, 1, 4])
trialopts.append([1, 4, 1, 2, 1, 3])
trialopts.append([1, 4, 1, 3, 1, 2])
random.shuffle(trialopts)
random.shuffle(trialopts)
random.shuffle(trialopts) # 3 time shuffle, for good luck :-)
# computational anathema and heretic!
my_trial_sequence = flatten(
trialopts[0:G['v']['EX_RUNS']]) # we do 5 of them.
my_trial_definitions = {
1: 'train',
2: 'transfer',
3: 'observe',
4: 'rest'
}
# so to debug, just run tasks_dbg instead of tasks.
for t_i in my_trial_sequence:
self.runlist = iter(
[my_trial_definitions[i] for i in my_trial_sequence])
# the ev loop we're going to be using..
loop = asyncio.new_event_loop()
asyncio.set_event_loop(loop)
self.loop = loop
if G['EX_TESTNFNOISE'] is True:
self.loop.create_task(pr['GenTestSignal'](G, st, CP))
logging.flush()
G['logging'] = logging
G['cl'] = clock.Clock(
) # init the trial-by-trial clock here and put into G...
def pre_mainloop(self):
MostBasicPsychopyFeedback.pre_mainloop(self)
# do the trick -- SAVE all of those things! --> and put it in settings.pkl.
v=dict()
v['STARTKEYS'] =self.STARTKEYS
v['STARTMRIKEYS'] =self.STARTMRIKEYS
v['MONITOR_PIXWIDTH'] =self.MONITOR_PIXWIDTH
v['MONITOR_PIXHEIGHT'] =self.MONITOR_PIXHEIGHT
v['MONITOR_WIDTH'] =self.MONITOR_WIDTH # width of screen
v['MONITOR_HEIGHT'] =self.MONITOR_HEIGHT # height of screen
v['MONITOR_DISTANCE'] =self.MONITOR_DISTANCE # distance to screen
v['MONITOR_GAMMA'] =self.MONITOR_GAMMA
v['MONITOR_FPS'] =self.MONITOR_FPS
v['MONITOR_USEDEGS'] =self.MONITOR_USEDEGS
v['MONITOR_DEGS_WIDTHBASE'] =self.MONITOR_DEGS_WIDTHBASE
v['MONITOR_DEGS_HEIGHTBASE'] =self.MONITOR_DEGS_HEIGHTBASE
v['MONITOR_FLIPHORIZONTAL'] =self.MONITOR_FLIPHORIZONTAL
v['MONITOR_FLIPVERTICAL'] =self.MONITOR_FLIPVERTICAL
v['MONITOR_NSCREENS'] =self.MONITOR_NSCREENS
v['MONITOR_DISPLAYONSCREEN'] =self.MONITOR_DISPLAYONSCREEN
v['MONITOR_FULLSCR'] =self.MONITOR_FULLSCR
v['MONITOR_ALLOWGUI'] =self.MONITOR_ALLOWGUI
v['LOGDIR'] =self.LOGDIR # for if you want to change this...
v['LOGFILEBASE'] =self.LOGFILEBASE # how to call our logfile --> it adds a number each time
v['IPADDRESS'] =self.IPADDRESS # port and ip to send codes towards to
v['PORT'] =self.PORT # which port is nice?
v['BUTTONS'] =self.BUTTONS # the button codes coming out of event.getStim()
v['tooSoonTime'] =self.tooSoonTime # if it's pressed before this time --> discard + error
v['LPT_TRIGGER_WAIT'] =self.LPT_TRIGGER_WAIT # how long are the LPT port pulses?
v['RECORDFRAMEINTERVALS'] =self.RECORDFRAMEINTERVALS # for debugging..
v['DO_VISUAL'] =self.DO_VISUAL
v['DO_AUDIO'] =self.DO_AUDIO
v['DO_GNG'] =self.DO_GNG
v['GNGSPEED'] =self.GNGSPEED
v['GNG_ARROWGOESRED'] =self.GNG_ARROWGOESRED
v['GNG_ARROWISALWAYSRED'] =self.GNG_ARROWISALWAYSRED
v['GNG_ARROWGOESRED_DELAY'] =self.GNG_ARROWGOESRED_DELAY
v['GNG_SELECT_NUMBER'] =self.GNG_SELECT_NUMBER
v['AUDIOTONE_ERROR_COMMISSION'] =self.AUDIOTONE_ERROR_COMMISSION
v['AUDIOTONE_STOP'] =self.AUDIOTONE_STOP
v['VIS_SHOWOPPOSITE'] =self.VIS_SHOWOPPOSITE
v['VIS_radialFreq'] =self.VIS_radialFreq
v['VIS_angleFreq'] =self.VIS_angleFreq
v['VIS_checkerSize'] =self.VIS_checkerSize
v['VIS_checkerSpeedMultiplier'] =self.VIS_checkerSpeedMultiplier
v['EYESCLOSED_TIME'] =self.EYESCLOSED_TIME
v['EX_EV_IGNORE_KEYS'] =self.EX_EV_IGNORE_KEYS
v['EVENT_destip'] =self.EVENT_destip
v['EVENT_destport'] =self.EVENT_destport
v['EVENT_LPTAddress'] =self.EVENT_LPTAddress
v['EVENT_LPTTrigWaitTime'] =self.EVENT_LPTTrigWaitTime
v['EVENT_TRIGLOG'] =self.EVENT_TRIGLOG
v['EVENT_sendParallel'] =self.EVENT_sendParallel
v['EVENT_sendTcpIp'] =self.EVENT_sendTcpIp
v['EVENT_sendLogFile'] =self.EVENT_sendLogFile
v['EVENT_printToTerminal'] =self.EVENT_printToTerminal
v['EVENT_printToTerminalAllowed'] =self.EVENT_printToTerminalAllowed # only allow the stops, which are < 40.
v['INSTR'] =self.INSTR
G=dict()
G['v']=v
#
# global variable with references to desired memory locations is easier to pass around.
mainClock=clock.Clock()
G['mainClock']=mainClock
self.G=G # try this..
# doing all of the init stuff:
G=init_screen(G)
G=init_logfile(G)
G=init_stimuli(G)
G=init_eventcodes(G)
G=init_gng(G)
G=init_reset_clock(G)
G=init_audio(G)
G=init_visual(G)
G=start_ev(G)
def pre_mainloop(self):
MostBasicPsychopyFeedback.pre_mainloop(self)
# do the trick -- SAVE all of those things! --> and put it in settings.pkl.
v = dict()
v['MONITOR_PIXWIDTH'] = self.MONITOR_PIXWIDTH
v['MONITOR_PIXHEIGHT'] = self.MONITOR_PIXHEIGHT
v['MONITOR_WIDTH'] = self.MONITOR_WIDTH # width of screen
v['MONITOR_HEIGHT'] = self.MONITOR_HEIGHT # height of screen
v['MONITOR_DISTANCE'] = self.MONITOR_DISTANCE # distance to screen
v['MONITOR_GAMMA'] = self.MONITOR_GAMMA
v['MONITOR_FPS'] = self.MONITOR_FPS
v['MONITOR_USEDEGS'] = self.MONITOR_USEDEGS
v['MONITOR_DEGS_WIDTHBASE'] = self.MONITOR_DEGS_WIDTHBASE
v['MONITOR_DEGS_HEIGHTBASE'] = self.MONITOR_DEGS_HEIGHTBASE
v['MONITOR_FLIPHORIZONTAL'] = self.MONITOR_FLIPHORIZONTAL
v['MONITOR_FLIPVERTICAL'] = self.MONITOR_FLIPVERTICAL
v['MONITOR_NSCREENS'] = self.MONITOR_NSCREENS
v['MONITOR_DISPLAYONSCREEN'] = self.MONITOR_DISPLAYONSCREEN
v['MONITOR_FULLSCR'] = self.MONITOR_FULLSCR
v['MONITOR_ALLOWGUI'] = self.MONITOR_ALLOWGUI
v['LOGDIR'] = self.LOGDIR # for if you want to change this...
v['LOGFILEBASE'] = self.LOGFILEBASE # how to call our logfile --> it adds a number each time
v['IPADDRESS'] = self.IPADDRESS # port and ip to send codes towards to
v['PORT'] = self.PORT # which port is nice?
v['BUTTONS'] = self.BUTTONS # the button codes coming out of event.getStim()
v['tooSoonTime'] = self.tooSoonTime # if it's pressed before this time --> discard + error
v['LPT_TRIGGER_WAIT'] = self.LPT_TRIGGER_WAIT # how long are the LPT port pulses?
v['RECORDFRAMEINTERVALS'] = self.RECORDFRAMEINTERVALS # for debugging..
v['DO_VISUAL'] = self.DO_VISUAL
v['DO_AUDIO'] = self.DO_AUDIO
v['DO_GNG'] = self.DO_GNG
v['GNGSPEED'] = self.GNGSPEED
v['GNG_ARROWGOESRED'] = self.GNG_ARROWGOESRED
v['AUDIOTONE_ERROR_COMMISSION'] = self.AUDIOTONE_ERROR_COMMISSION
v['AUDIOTONE_STOP'] = self.AUDIOTONE_STOP
v['VIS_SHOWOPPOSITE'] = self.VIS_SHOWOPPOSITE
v['VIS_radialFreq'] = self.VIS_radialFreq
v['VIS_angleFreq'] = self.VIS_angleFreq
v['VIS_checkerSize'] = self.VIS_checkerSize
v['VIS_checkerSpeedMultiplier'] = self.VIS_checkerSpeedMultiplier
v['EYESCLOSED_TIME'] = self.EYESCLOSED_TIME
v['EVENT_destip'] = self.EVENT_destip
v['EVENT_destport'] = self.EVENT_destport
v['EVENT_LPTAddress'] = self.EVENT_LPTAddress
v['EVENT_LPTTrigWaitTime'] = self.EVENT_LPTTrigWaitTime
v['EVENT_TRIGLOG'] = self.EVENT_TRIGLOG
v['EVENT_sendParallel'] = self.EVENT_sendParallel
v['EVENT_sendTcpIp'] = self.EVENT_sendTcpIp
v['EVENT_sendLogFile'] = self.EVENT_sendLogFile
v['EVENT_printToTerminal'] = self.EVENT_printToTerminal
v['EVENT_printToTerminalAllowed'] = self.EVENT_printToTerminalAllowed # only allow the stops, which are < 40.
v['INSTR'] = self.INSTR
# load in the settings file that is near THIS script!
# the settings will also be written in the logfile
# come to think of it -- probably this isn't necessary either.
# settings and constants can be put into a file liek that, right?
# --> test
# OK, not if you're evaluating based on those constants like I try to do here!
# so save/load to settings file seems to be the way to go.
settingsfile = os.path.join(
os.path.dirname(os.path.realpath(__file__)), 'settings.pkl')
with open(settingsfile, 'wb') as f:
pickle.dump(v, f)
time.sleep(0.5)
