def init(self):
MostBasicPsychopyFeedback.init(self)
self.caption = "EEG - fMRI Localizer"
self.color = [0, 0, 0]
self.fontheight = 200
self.MONITOR_PIXWIDTH = 1440
self.MONITOR_PIXHEIGHT = 900
self.MONITOR_WIDTH = 40. # width of screen
self.MONITOR_HEIGHT = 30. # height of screen
self.MONITOR_DISTANCE = 70. # distance to screen
self.MONITOR_GAMMA = 1.
self.MONITOR_FPS = 60.
self.MONITOR_USEDEGS = True
self.MONITOR_DEGS_WIDTHBASE = 25
self.MONITOR_DEGS_HEIGHTBASE = 20
self.MONITOR_FLIPHORIZONTAL = False
self.MONITOR_FLIPVERTICAL = False
self.MONITOR_NSCREENS = 1
self.MONITOR_DISPLAYONSCREEN = 1
self.MONITOR_FULLSCR = False
self.MONITOR_ALLOWGUI = True
self.LOGDIR = 'log' # for if you want to change this...
self.LOGFILEBASE = 'efl' # how to call our logfile --> it adds a number each time
self.IPADDRESS = 'localhost' # port and ip to send codes towards to
self.PORT = 6050 # which port is nice?
self.BUTTONS = ['lctrl', 'rctrl'
] # the button codes coming out of event.getStim()
self.tooSoonTime = 0.0 # if it's pressed before this time --> discard + error
self.LPT_TRIGGER_WAIT = 0.005 # how long are the LPT port pulses?
self.RECORDFRAMEINTERVALS = True # for debugging..
self.DO_VISUAL = True
self.DO_AUDIO = True
self.DO_GNG = True
self.GNGSPEED = 1.0
self.GNG_ARROWGOESRED = False
self.AUDIOTONE_ERROR_COMMISSION = False
self.AUDIOTONE_STOP = True
self.VIS_SHOWOPPOSITE = False
self.VIS_radialFreq = 6
self.VIS_angleFreq = 6
self.VIS_checkerSize = 1.5
self.VIS_checkerSpeedMultiplier = 1.0
self.EYESCLOSED_TIME = 25.
self.EVENT_destip = '127.0.0.1'
self.EVENT_destport = 6050
self.EVENT_LPTAddress = 0x0378
self.EVENT_LPTTrigWaitTime = 0.005
self.EVENT_TRIGLOG = 'log/triggerlog.log'
self.EVENT_sendParallel = True
self.EVENT_sendTcpIp = True
self.EVENT_sendLogFile = True
self.EVENT_printToTerminal = True
self.EVENT_printToTerminalAllowed = range(
256) # only allow the stops, which are < 40.
self.INSTR = 'Remember, respond as FAST as you can once you see the arrow.\n\n' + 'However, if you hear a beep, your task is to STOP yourself ' + 'from pressing.\n\n' + 'Stopping and Going are equally important.'
def init(self):
MostBasicPsychopyFeedback.init(self)
self.caption = "EEG - fMRI Localizer"
self.color = [0, 0, 0]
self.fontheight = 200
self.STARTKEYS = ['return', 't'] # handy for the fmri
self.EX_THRLINEWIDTH = 2
self.EX_COLORGAP = 1
self.EX_TVSP = 0.4
self.EX_TPAUSE = 0.5
self.EX_NREGULATE = 30
self.EX_NTRANSFER = 10
self.EX_SHOWCHECKORCROSS = True
self.EX_SHOWCHECKORCROSSTRANSFER = True
self.EX_SHOWPOINTS = True
self.EX_SQUARESIZE = 0.25
self.EX_UPREGTEXT = 'regulate up'
self.EX_TESTSIGNALUPDATEINTERVAL = 0.01
self.EX_NREST = 10
self.EX_SCALING = [0.75, 0.75] # scaling for X and Y
self.EX_INTERACTIONMODE = 'master' # the stimulus does already quite a lot
self.EX_NOBSERVE = 10
self.EX_NOREGTEXT = 'do not regulate'
self.EX_TINSTR = 2.0
self.EX_THERMOCLIMS = ['c4572e', '4fc42e']
self.EX_GRAPHICSMODE = 'line'
self.EX_STAIRCASEMANIPULATION = 'offset'
self.EX_POINTS_PENALTY = -2
self.EX_TESTSIGNALPERIOD = 4
self.EX_TMARK = 1.5
self.EX_TESTNFNOISE = True
self.EX_PATCHCOLOR = 'green'
self.EX_TJITT = [0.8, 1.3]
self.EX_TFB = 12.0
self.EX_POINTS_REWARD = 10
self.EX_PR_SLEEPTIME = 0.01
self.EX_TESTSIGNALTYPE = 'sin'
self.EX_BUTTONS = ['lctrl', 'rctrl'
] # the button codes coming out of event.getStim()
self.EX_INSTR = 'Upregulate: Focus on moving upwards / more green'
self.EX_RUNS = 5 # how many runs-of-6?
self.EX_EV_IGNORE_KEYS = ['5', 't']
self.EX_SND_LOWESTTONE = 27
self.EX_SND_HIGHESTTONE = 48
self.EX_EMG_THERMOWIDTH = 0.075
self.EX_EMG_THERMOHEIGHT = 0.2
self.EX_EMG_THERMOEDGE = 0.05
self.EX_TXT_COUNTER = [0]
# so these are NOW control parameters:
self.EX_TUNING_TYPE = 'thr' # alternatives are 'linear', and maybe 'fancy'
self.EX_TUNING_PARAMS = [
1.0, 0.0
] # linear requires a slope and offset. - eill not be used if it's not 'linear'
self.EX_WIN_CONDITION = 'time_above_thr'
self.EX_WIN_PARAMS = [
0.25
] # 25 % of the time, it needs to be above the threshold...
self.EX_NUMBEROFSETS = 6 # how long (sets of 6) do we wish our experiment to have?? Determines also our staircases.
self.EX_MIXOFSETS = {
'train': 3,
'transfer': 1,
'observe': 1,
'rest': 1
}
self.EX_STAIRIDENTIFIER = '0001' # needed to keep track of the staircases.
self.EX_XorV_RESET_POINTS = False # at the start of the day --> this should be True.
self.LOG_PATHFILE = 'log/bwt.log' # for if you want to change this...
self.LOG_PATHFILE_EVENT = 'log/evsbwt.log' # for if you want to change this...
# take care of our monitor-screen-display...
self.MONITOR_PIXWIDTH = 1280
self.MONITOR_PIXHEIGHT = 1024
self.MONITOR_WIDTH = 40. # width of screen
self.MONITOR_HEIGHT = 30. # height of screen
self.MONITOR_DISTANCE = 70. # distance to screen
self.MONITOR_GAMMA = 1.
self.MONITOR_FPS = 60.
self.MONITOR_USEDEGS = True
self.MONITOR_DEGS_WIDTHBASE = 12
self.MONITOR_DEGS_HEIGHTBASE = 10
self.MONITOR_FLIPHORIZONTAL = False
self.MONITOR_FLIPVERTICAL = False
self.MONITOR_RECORDFRAMEINTERVALS = True # for debugging..
self.MONITOR_NSCREENS = 2
self.MONITOR_DISPLAYONSCREEN = 1
self.MONITOR_FULLSCR = False
self.MONITOR_ALLOWGUI = False
self.SND_LOWESTTONE = 27
self.SND_HIGHESTTONE = 48
# self.LOG_FILEBASE='efl' # how to call our logfile --> it adds a number each time
# self.IPADDRESS='localhost' # port and ip to send codes towards to
# self.PORT=6050 # which port is nice?
# self.tooSoonTime=0.0 # if it's pressed before this time --> discard + error
self.EVENT_LPT_TRIGGER_WAIT = 0.005 # how long are the LPT port pulses?
self.EVENT_destip = '127.0.0.1'
self.EVENT_destport = 6050
self.EVENT_LPTAddress = 0x0378
self.EVENT_LPTTrigWaitTime = 0.005
self.EVENT_TRIGLOG = 'log/triggerlog.log'
self.EVENT_sendParallel = True
self.EVENT_sendTcpIp = True
self.EVENT_sendLogFile = True
self.EVENT_printToTerminal = True
self.EVENT_printToTerminalAllowed = [
0, 255
] # only allow the stops, which are < 40.
# Control Parameters
CP = dict()
CP['nfsignalContainer'] = [0]
CP['thrContainer'] = [0.5]
CP['TJITT'] = [1]
CP['CURRENTPART'] = [None]
CP['instruction'] = 'arrowup' # choose between 'arrowup' and 'donotreg'
CP['corr_incorr'] = [
None
] # chooose between 'st_correct' and 'st_incorrect'
CP['TUNING_TYPE'] = self.EX_TUNING_TYPE # '] # copy/paste into CP, to be (changed) later during the experiment...
CP['TUNING_PARAMS'] = self.EX_TUNING_PARAMS #'] # same here -- but, it is a list.
CP['TrialType'] = [None]
CP['WIN_CONDITION'] = self.EX_WIN_CONDITION
CP['WIN_PARAMS'] = self.EX_WIN_PARAMS
CP['EX_TXT_COUNTER'] = self.EX_TXT_COUNTER
CP['hitError'] = []
CP['hit'] = []
CP['emgThrContainer'] = [None]
CP['emgContainer'] = [None]
self.CP = CP
def init(self):
MostBasicPsychopyFeedback.init(self)
self.caption = "EEG - fMRI Localizer"
self.color = [0, 0, 0]
self.fontheight = 200
self.STARTKEYS = ['return', 't'] # handy for the fmri
self.EX_THRLINEWIDTH = 2
self.EX_COLORGAP = 1
self.EX_TVSP = 0.4
self.EX_TPAUSE = 0.5
self.EX_NREGULATE = 30
self.EX_NTRANSFER = 10
self.EX_SHOWCHECKORCROSSTRANSFER = True
self.EX_SQUARESIZE = 0.25
self.EX_UPREGTEXT = 'regulate up'
self.EX_TESTSIGNALUPDATEINTERVAL = 0.05
self.EX_NREST = 10
self.EX_SCALING = [0.75, 0.75] # scaling for X and Y
self.EX_INTERACTIONMODE = 'master' # the stimulus does already quite a lot
self.EX_NOBSERVE = 10
self.EX_NOREGTEXT = 'do not regulate'
self.EX_TINSTR = 2.0
self.EX_THERMOCLIMS = ['c4572e', '4fc42e']
self.EX_GRAPHICSMODE = 'line'
self.EX_SHOWCHECKORCROSS = True
self.EX_STAIRCASEMANIPULATION = 'offset'
self.EX_POINTS_PENALTY = -2
self.EX_TESTSIGNALPERIOD = 4
self.EX_TMARK = 1.5
self.EX_TESTNFNOISE = True
self.EX_PATCHCOLOR = 'green'
self.EX_TJITT = [0.8, 1.3]
self.EX_TFB = 12.0
self.EX_POINTS_REWARD = 10
self.EX_PR_SLEEPTIME = 0.01
self.EX_TESTSIGNALTYPE = 'sin'
self.EX_BUTTONS = ['lctrl', 'rctrl'
] # the button codes coming out of event.getStim()
self.EX_INSTR = 'Upregulate: Focus on moving upwards / more green'
self.EX_RUNS = 5 # how many runs-of-6?
self.LOG_PATHFILE = 'log/bwt.log' # for if you want to change this...
self.LOG_PATHFILE_EVENT = 'log/evsbwt.log' # for if you want to change this...
# take care of our monitor-screen-display...
self.MONITOR_PIXWIDTH = 1280
self.MONITOR_PIXHEIGHT = 1024
self.MONITOR_WIDTH = 40. # width of screen
self.MONITOR_HEIGHT = 30. # height of screen
self.MONITOR_DISTANCE = 70. # distance to screen
self.MONITOR_GAMMA = 1.
self.MONITOR_FPS = 60.
self.MONITOR_USEDEGS = True
self.MONITOR_DEGS_WIDTHBASE = 12
self.MONITOR_DEGS_HEIGHTBASE = 10
self.MONITOR_FLIPHORIZONTAL = False
self.MONITOR_FLIPVERTICAL = False
self.MONITOR_RECORDFRAMEINTERVALS = True # for debugging..
self.MONITOR_NSCREENS = 2
self.MONITOR_DISPLAYONSCREEN = 1
self.MONITOR_FULLSCR = False
self.MONITOR_ALLOWGUI = False
# self.LOG_FILEBASE='efl' # how to call our logfile --> it adds a number each time
# self.IPADDRESS='localhost' # port and ip to send codes towards to
# self.PORT=6050 # which port is nice?
# self.tooSoonTime=0.0 # if it's pressed before this time --> discard + error
self.EVENT_LPT_TRIGGER_WAIT = 0.005 # how long are the LPT port pulses?
self.EVENT_destip = '127.0.0.1'
self.EVENT_destport = 6050
self.EVENT_LPTAddress = 0x0378
self.EVENT_LPTTrigWaitTime = 0.005
self.EVENT_TRIGLOG = 'log/triggerlog.log'
self.EVENT_sendParallel = True
self.EVENT_sendTcpIp = True
self.EVENT_sendLogFile = True
self.EVENT_printToTerminal = True
self.EVENT_printToTerminalAllowed = [
0, 40
] # only allow the stops, which are < 40.
# Control Parameters
CP = dict()
CP['nfsignalContainer'] = [0]
CP['thrContainer'] = [0.5]
CP['TJITT'] = [1]
CP['CURRENTPART'] = [None]
CP['instruction'] = 'arrowup' # choose between 'arrowup' and 'donotreg'
CP['corr_incorr'] = 'st_incorrect' # chooose between 'st_correct' and 'st_incorrect'
self.CP = CP