def stage2(session, var, doo, myPoints, dbc, mouse):
fc.dataRecordStart2(var, dbc)
var.stg = 2 # specify number of stage
var.goodPokesInARoll = 0 # reset counter
var.rewardGot = 0 # reset total points
var.sessid = session # specify sessid
while var.trialCounter < var.trial: # run given number of trials
if not var.sameInitPos: # get a new init and fix position if no violation made in the last trial
fc.getInitPos(var)
fc.getFixmag(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset() # reset mouse before each state
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
fc.dataRecord2(var, dbc) # record data
if fc.again_or_next(var) == 'again': # if any violations made
var.trialCounter += 1 # plus 1 in trialCounter
var.sameInitPos = True # next trial will use the same init position
var.goodPokesInARoll = 0 # reset goodPokesInARoll to 0
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
continue # start over the same trial
else: # if no violation made
var.trialCounter += 1 # plus 1 in trialCounter
var.fixation_clicks = [] # reset fixation_clicks record list
var.reward_clicks = [] # reset reward_clicks record list
if fc.passStageTest(
var) == 'pass': # if this stage is passed, break the loop
break
fc.show_bigCoins(var, myPoints) # show total coins earned
return var
def stage5_r(session,var,doo,myPoints,dbc,mouse):
fc.dataRecordStart5(var,dbc)
var.stg = 5 # specify number of stage
var.sessid = session
highlowIndex = 0
var.goodPokesInARoll = 0
var.rewardGot = 0 # reset total points
var = fc.getKindHighLowList(var)
while var.trialCounter < var.trial: # run given number of trials
if not var.sameInitPos: # get a new setup if no violation made in the last trial
fc.getInitPos(var)
fc.getFixmag(var)
fc.getYellowPos(var)
fc.getHitmag(var)
fc.getDelayTime(var)
fc.getInitStimDis(var)
var,doo,myPoints = fc.draw_initCircle(var,doo,myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var,doo,myPoints = fc.funcDic[var.state](var,doo,myPoints)
fc.dataRecord5(var,dbc) # record data
if fc.again_or_next(var) == 'again': # if any violations made
var.trialCounter+=1 # plus 1 in trialCounter
var.totalTrialCounter+=1 # not in used here, just for consistency, see stage5.py
var.mergedTrialCounter+=1 # not in used here, just for consistency, see stage5.py
var.sameInitPos = True # next trial will use the same init position
var.goodPokesInARoll = 0 # reset goodPokesInARoll to 0
var.fixation_clicks=[] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks=[] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks=[] # reset delay_clicks(records the clicks during delay waiting time) list
continue # start over the same trial
else: # if no violation made
var.trialCounter+=1 # plus 1 in trialCounter
var.totalTrialCounter+=1 # not in used here
var.mergedTrialCounter+=1 # not in used here
var.fixation_clicks = []# reset fixation_clicks record list
var.reward_clicks=[]# reset reward_clicks record list
var.delay_clicks=[] # reset delay_clicks(records the clicks during delay waiting time) list
if fc.passStageTest(var) == 'pass':# if this stage is passed, break the loop
break
fc.show_bigCoins(var,myPoints) # show total coins earned
return var
def MixNonverbal_r(var, doo, myPoints, dbc, mouse, getName=True, sub_id=None):
var.stg = 6 # specify stage number ( assign stage #6 for mixnonverbal)
fc.setpath() # set up directory
fN = os.path.basename(__file__) # get expName of this file
expName, extN = os.path.splitext(fN) # get expName and extN
expDate = datetime.datetime.now().strftime(
"%Y-%m-%d_T%H_%M_%S") # get stageName
sessid, p_num, p_net, setiddtb, host_ip, var, dbc = fc.exp_setup(
var, doo, dbc, getName, sub_id, expName,
expDate) # database setup and data start recording
setupList = fc.nonverbalSetup(
var.nonverbalTotalTrial_r, var.mag, var.shortmag
) # setup the reward of blocks for the whole experiment(same as in nonverbal)
shuffledSetupList = copy.copy(setupList) # shuffle the reward list
random.shuffle(shuffledSetupList) # show subjects stage name (short delay)
for i in range(
len(shuffledSetupList)): # apply a reward mag for each block
var.blockRewMag = shuffledSetupList[i][
0] # assign reward mag for this block
var.blockName = i + 1 # assign blockName
var = fc.instruction(var, doo) # show block instruction to the subject
while var.blockTrialCounter < shuffledSetupList[i][
1]: # run pre-determined number of trials in each block
var.rewmag = var.blockRewMag # assign reward mag
if not var.sameInitPos: # get a new setup if no violation made in the last trial
fc.getInitPos(var)
fc.getFixmag(var)
fc.getBluePos(var)
var = fc.symmetricYBPair(var) # gets symmetric yellow position
fc.getDelayTime(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
fc.dataRecord_mixNon(var, dbc, sessid) # record data
if fc.again_or_next(var) == 'again': # if any violations made
var.trialCounter += 1 # plus 1 in trialCounter
var.totalTrialCounter += 1 # not in used here
var.mergedTrialCounter += 1 # not in used here
var.sameInitPos = True # next trial will use the same init position
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
continue # start over the same trial
else: # if no violation made
var.trialCounter += 1 # plus 1 in trialCounter (total trial num)
var.blockTrialCounter += 1 # plus 1 in blockTrialCounter (trial num in current block)
var.fixation_clicks = [] # reset fixation_clicks record list
var.reward_clicks = [] # reset reward_clicks record list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
var.blockTrialCounter = 0 # reset blockTrialCounter to 0 for next block
fc.show_bigCoins(var, myPoints) # show the total profits to the subjects
var.dataFile.close() # close the data file
fc.end_instruction_mixNon(
doo) # give the ending instruciton to the subject
endt = datetime.datetime.now() # record end time
sql.w_after_mixNonALL(
dbc, var, sessid, p_num, expDate, endt, expName, host_ip,
setiddtb) # save the data of this session to database
def ShortVerbal(var,
doo,
myPoints,
dbc,
mouse,
getName=True,
sub_id=None,
pre_points=0,
pre_trials=0,
pre_trialsCorrect=0):
var.rewardGot = pre_trialsCorrect # if it's the second short verbal session in the experiment, rewardGot is accumulated from the first short verbal session
var.trialCounter = pre_trials # if it's the second short verbal session in the experiment, trialCounter is accumulated from the first short verbal session
var.points = pre_points # if it's the second short verbal session in the experiment, points are accumulated from the first short verbal session
var.shortVerbal = True # specify short verbal for specific functions
fc.setpath() # set up directory
fN = os.path.basename(__file__) # get expName of this file
expName, extN = os.path.splitext(fN) # get expName and extN
stageName = expName[:-7] # get stageName
expDate = datetime.datetime.now().strftime(
"%Y-%m-%d_T%H_%M_%S") # get expDate
sessid, p_num, p_net, setiddtb, host_ip, var, dbc = fc.exp_setup(
var, doo, dbc, getName, sub_id, expName,
expDate) # database setup and data start recording
setupList = fc.verbalSetup(
var.verbalTotalTrial, var.mag, var.shortmag
) # setup the reward of blocks for the whole experiment(same as in nonverbal)
shuffledSetupList = copy.copy(setupList) # shuffle the reward list
random.shuffle(shuffledSetupList)
fc.stage_instruction(stageName, var,
doo) # show subjects stage name (short delay)
for i in range(
len(shuffledSetupList)): # apply a reward mag for each block
var.blockRewMag = shuffledSetupList[i][
0] # assign reward mag for this block
var.blockName = i + 1 # assign blockName
fc.block_instruction(var, doo) # show block instruction to the subject
while var.blockTrialCounter < shuffledSetupList[i][
1]: # run pre-determined number of trials in each block
var.rewmag = var.blockRewMag # assign reward mag
if not var.sameInitPos: # get a new setup if no violation made in the last trial
fc.getInitPos(var)
fc.getFixmag(var)
fc.getBluePos(var)
var = fc.symmetricYBPair(var)
fc.getDelayTime(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
if fc.again_or_next(var) == 'again': # if any violations made
var.trialCounter += 1 # plus 1 in trialCounter
var.sameInitPos = True # next trial will use the same init position
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
again = True
else: # if no violation made
var.trialCounter += 1 # plus 1 in trialCounter (total trial num)
var.blockTrialCounter += 1 # plus 1 in blockTrialCounter (trial num in current block)
var.fixation_clicks = [] # reset fixation_clicks record list
var.reward_clicks = [] # reset reward_clicks record list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
again = False
fc.dataRecord_shortVerbal(var, dbc,
sessid) # record the data for this trial
fc.resetVar(var, again)
var.blockTrialCounter = 0 # reset blockTrialCounter
fc.show_bigCoins(var, myPoints) # show the total profits to the subjects
var.dataFile.close() # close the data file
var.shortVerbal = False # reset shortVerbal boolean to be False
endt = datetime.datetime.now() # record end time
sql.w_after_Verbal(dbc, var, sessid, p_num, expDate, endt, expName,
host_ip,
setiddtb) # save data of this session in database
return p_net, var.points, var.trialCounter, var.rewardGot
def stage5(session, var, doo, myPoints, dbc, mouse):
fc.dataRecordStart5(var, dbc)
var.stg = 5 # specify number of stage
var.sessid = session
highlowIndex = 0 # make high low reward delay index start from 0
var = fc.getKindHighLowList(
var) # generate a high & low (6 in total) delay list
var.rewardGot = 0 # reset rewardGot to 0
# the min and max delay trial block (6 trials)
while var.rewardGot < var.highLowTrialNum:
var.forcedTrial = True # set a boolean for later use
if not var.sameInitPos: # get a new setup if no violation made in the last trial
fc.getInitPos(var)
var.rewmag = var.shortmag
var = fc.get_forcedYellowPosCode(var)
var = fc.getHighLowDelayTime_kind(var, highlowIndex)
var = fc.getInitStimDis(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
fc.dataRecord5(var, dbc) # record data
if fc.again_or_next(var) == 'again': # if any violations made
var.forcedTrialCounter += 1 # plus 1 in forcedTrialCounter
var.totalTrialCounter += 1 # plus 1 in totalTrialCounter
var.mergedTrialCounter += 1 # # plus 1 in mergedTrialCounter (will be reset to 0 after min-max block)
var.sameInitPos = True # next trial will use the same init position
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
continue # start over the same trial
else:
var.forcedTrialCounter += 1 # plus 1 in forcedTrialCounter
var.totalTrialCounter += 1 # plus 1 in totalTrialCounter
var.mergedTrialCounter += 1 # # plus 1 in mergedTrialCounter (will be reset to 0 after min-max block)
highlowIndex += 1 # proceed to next high & low reward mag
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
var.forcedTrial = False # after forced trials, set this to False
var.mergedTrialCounter = 0 # resert mergedTrialCounter
# the orderly trials (10 trials)
var.forcedTrial = True # boolean for forced trials
inc = True
while var.delayIndex <= len(
var.delay
) and var.delayIndex >= 0: # go through all the ordered forced trials
if not var.sameInitPos: # if no violation made in last trial
if var.delayIndex < len(
var.delay
) - 1: # let Delay magnitutude vary from 1 to 10 and back to 1
fc.getDelaymag(var)
else:
inc = False
fc.getDelaymag(var)
if inc:
var.delayIndex += 1
else:
var.delayIndex -= 1
# get variables for the new trial
fc.getInitPos(var)
fc.getFixmag(var)
fc.get_forcedYellowPosCode(var)
fc.getInitStimDis(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
fc.dataRecord5(var, dbc) # record data
if fc.again_or_next(var) == 'again': # if any violations made
var.totalTrialCounter += 1 # plus 1 in totalTrialCounter
var.mergedTrialCounter += 1 # # plus 1 in mergedTrialCounter (will be reset to 0 after orderly forced block)
var.sameInitPos = True # next trial will use the same init position
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
continue # start over the same trial
else:
var.totalTrialCounter += 1 # plus 1 in totalTrialCounter
var.mergedTrialCounter += 1 # # plus 1 in mergedTrialCounter (will be reset to 0 after orderly forced block)
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.forcedTrial = False # after forced trials, set this to False
var.mergedTrialCounter = 0 # resert mergedTrialCounter
var.goodPokesInARoll = 0
# normal trials (4 trials correct to pass)
while var.trialCounter < var.trial: # run given number of trials
if not var.sameInitPos: # get a new setup if no violation made in the last trial
fc.getInitPos(var)
fc.getFixmag(var)
fc.getYellowPos(var)
fc.getHitmag(var)
fc.getDelayTime(var)
fc.getInitStimDis(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
fc.dataRecord5(var, dbc) # record data
if fc.again_or_next(var) == 'again': # if any violations made
var.trialCounter += 1 # plus 1 in trialCounter
var.totalTrialCounter += 1 # plus 1 in totalTrialCounter
var.mergedTrialCounter += 1 # # plus 1 in mergedTrialCounter (will be reset to 0 after normal block)
var.sameInitPos = True # next trial will use the same init position
var.goodPokesInARoll = 0 # reset goodPokesInARoll to 0
var.fixation_clicks = [
] # reset fixation_clicks(records the clicks during fixation) list
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
continue # start over the same trial
else: # if no violation made
var.trialCounter += 1 # plus 1 in trialCounter
var.totalTrialCounter += 1 # plus 1 in totalTrialCounter
var.mergedTrialCounter += 1 # # plus 1 in mergedTrialCounter (will be reset to 0 after normal block)
var.fixation_clicks = [] # reset fixation_clicks record list
var.reward_clicks = [] # reset reward_clicks record list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
if fc.passStageTest(
var) == 'pass': # if this stage is passed, break the loop
break
fc.show_bigCoins(var, myPoints) # show total coins earned
return var
def LongVerbal(var,
doo,
myPoints,
dbc,
mouse,
getName=True,
sub_id=None,
pre_points=0,
gettrialn=0,
pre_trials=0):
var.trialCounter = pre_trials
var.rewardGot = gettrialn
var.points = pre_points # if it's the second long verbal session in the experiment, points are accumulated from the first long verbal session
var.longVerbal = True # specify long verbal for specific functions
fc.setpath() # set up directory
fN = os.path.basename(__file__) # get expName of this file
expName, extN = os.path.splitext(fN) # get expName and extN
stageName = expName[:-7] # get stageName
expDate = datetime.datetime.now().strftime(
"%Y-%m-%d_T%H_%M_%S") # get expDate
sessid, p_num, p_net, setiddtb, host_ip, var, dbc = fc.exp_setup(
var, doo, dbc, getName, sub_id, expName,
expDate) # database setup and data start recording
var.pay = fc.paymentSelection(
var.verbalTotalTrial
) + gettrialn # select one trial(number) to actually pay the subject
setupList = fc.verbalSetup(
var.verbalTotalTrial, var.mag,
var.shortmag) # setup the reward of blocks for the whole experiment
shuffledSetupList = copy.copy(setupList) # shuffle the reward list
random.shuffle(shuffledSetupList)
fc.stage_instruction(stageName, var,
doo) # show subjects stage name (long delay)
for i in range(
len(shuffledSetupList)): # apply a reward mag for each block
var.blockRewMag = shuffledSetupList[i][
0] # assign reward mag for this block
var.blockName = i + 1 # assign blockName
var.rewmag = var.blockRewMag # assign reward mag
fc.block_instruction(var, doo) # show block instruction to the subject
while var.blockTrialCounter < shuffledSetupList[i][
1]: # run pre-determined number of trials in each block
if not var.sameInitPos: # get a new setup if no violation made in the last trial
var = fc.new_trial_setup(var)
var, doo, myPoints = fc.draw_initCircle(
var, doo, myPoints) # start the first state
while var.state != 'none': # go through all connected states in one trial
mouse.clickReset()
var, doo, myPoints = fc.funcDic[var.state](var, doo, myPoints)
if fc.again_or_next(var) == 'again': # if any violations made
var.trialCounter += 1 # plus 1 in trialCounter
var.sameInitPos = True # next trial will use the same init position
var.reward_clicks = [
] # reset reward_clicks(records the clicks during reward) list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
again = True
else: # if no violation made
var.rewardGot += 1 # plus 1 in rewardGot
var.trialCounter += 1 # plus 1 in trialCounter (total trial num)
var.blockTrialCounter += 1 # plus 1 in blockTrialCounter (trial num in current block)
var.pairNum += 1 # proceed to next pair
var.reward_clicks = [] # reset reward_clicks record list
var.delay_clicks = [
] # reset delay_clicks(records the clicks during delay waiting time) list
again = False
if var.rewardGot == var.pay and again == False: # assign pay_delay and pay_num if the current trial is the one picked to be actually paid
if var.choice != 'b':
var.pay_delay = var.delaymag
else:
var.pay_delay = var.shortdelay
var.pay_num = var.rewmag
fc.dataRecord_longVerbal(var, dbc,
sessid) # record data for this trial
fc.resetVar(var, again)
var.blockTrialCounter = 0 # reset blockTrialCounter
var.dataFile.close() # close the data file
var.longVerbal = False # reset longVerbal boolean to be False
endt = datetime.datetime.now() # record end time
sql.w_after_Verbal(dbc, var, sessid, p_num, expDate, endt, expName,
host_ip,
setiddtb) # save data of this session in database
return p_net, var.pay, var.pay_delay, var.pay_num, var.trialCounter, var.points,