def post_mainloop(self):
elapsed_seconds = self.clock.tick() / 1000.
PygameFeedback.post_mainloop(self)
# Total number of items processed
tn = self.current_index + 1
error = self.e1 + self.e2
error_rate = 100. * error / tn
correctly_processed = tn - error
# concentration performance := correctly_processed - e2
cp = correctly_processed - self.e2
# Average reaction time:
rt_avg = elapsed_seconds / tn
print "Results:"
print "========"
print
print "Processed symbols: %i of %i" % (tn, self.number_of_symbols)
print "Elapsed time: %f sec" % elapsed_seconds
print "Correctly processed symbols: %i" % (correctly_processed)
print "Percentage of Errors: %f" % (error_rate)
print "Errors: %i" % error
print "... errors of omission: %i" % self.e1
print "... errors of commission: %i" % self.e2
print "Concentration Performance: %i" % cp
print "Average reaction time: %f sec" % rt_avg
def post_mainloop(self):
self.logger.debug("on_quit")
PygameFeedback.post_mainloop(self)
self.send_parallel(self.GAME_OVER)
def post_mainloop(self):
PygameFeedback.post_mainloop(self)
def post_mainloop(self):
self.logger.debug("on_quit")
PygameFeedback.post_mainloop(self)
self.send_parallel(self.GAME_OVER)
def post_mainloop(self):
PygameFeedback.post_mainloop()
self.send_parallel(self.END_EXP)
def post_mainloop(self):
self.logger.debug("on_quit")
PygameFeedback.post_mainloop(self)
self.send_udp(str(self.CALIBRATION_STATUS_QUIT))
def post_mainloop(self):
#self.logger.debug("Quitting pygame.")
self.send_parallel(self.END_EXP)
PygameFeedback.post_mainloop(self)
def post_mainloop(self):
PygameFeedback.post_mainloop()
self.send_parallel(self.END_EXP)
