for ri in range(ntrials):
# this run settings
this_pos = pos[ri]
this_rew = rewtype[ri]
flip = {'start': nextonset, 'pos': this_pos, 'rew': this_rew}
nextonset += dur['iti']
# reward display setup
rewon = nextonset
ringimg[this_rew].draw()
task.cue_fix.color = 'white'
task.cue_fix.draw()
task.win.callOnFlip(print_and_ttl, 'rew', this_pos, this_rew)
# timing
wait_until(rewon)
flip['rew'] = task.win.flip()
nextonset += dur['rew']
# cue setup
cueon = nextonset
task.cue_fix.color = cue_fix_color
task.win.callOnFlip(print_and_ttl, 'cue', this_pos, this_rew)
task.cue_fix.draw()
# timing
wait_until(cueon)
flip['cue'] = task.win.flip()
nextonset += dur['cue']
# show dot
doton = nextonset
task.eyetracking_newfile('%s' % eyetrackingfile)
blockstarttime = task.wait_for_scanner(scannerTriggerKeys, run_getReadyMsg)
logging.log(level=logging.INFO,
msg='scanner trigger recieved at %d' % blockstarttime)
# for all trials in this run
for t in sacc_trials:
if midwayPause and t['trial'] == int(sacc_trials.nTotal / 2.0):
# setup pause screen
task.textbox.pos = (-.2, -.1)
task.textbox.text = 'Half way break!'
task.iti_fix.draw()
task.textbox.draw()
# wait out the previous iti
break_at = blockstarttime + t['cue']
wait_until(break_at)
# and pause
task.send_code('end', None, None)
# wait for a keep press then flip
task.instruction_flip()
# dispaly another screen before going into task
task.textbox.pos = (-.2, 0)
task.textbox.text = 'Ready!?'
task.textbox.draw()
task.instruction_flip()
# compensate for break in future onsets
task.addTime = core.getTime() - break_at
task.send_code('start', None, None)
i = ridx[ri]
p = pos_rep[i] * winwidth
fixttl = 0
posttl = pos_rep[i]
# draw cricle
task.crcl.pos = (p, 0)
task.crcl.draw()
task.win.callOnFlip(print_and_ttl,
"p at %.02fx (%.02fpx)" % (pos_rep[i], p), posttl)
ft = task.win.flip()
# save dot flip to info
info[2 * (i - 1)] = [ft - starttime, pos_rep[i]]
# wait a bit
wait_until(ft + dotdur)
# for testing
# event.waitKeys()
# draw cross
task.iti_fix.draw()
task.win.callOnFlip(print_and_ttl, "back to fix", fixttl)
ft = task.win.flip()
# update list
info[2 * (i - 1) + 1] = [ft - starttime, 0.0]
# wait a bit
wait_until(ft + fixdur)
# all done, wrap up
task.send_code('end', None, None)