def showStimulus(screen, text, colour):
word, viewport = printWord(screen, text, 200, colour)
p = Presentation(go_duration=(0.5, 'seconds'), viewports=[viewport])
p.go()
start = time.clock()
exit = 0
while not exit:
data = raw_lpt_module.inp(0x379) & 0x20
if not data:
RT = time.clock()
p.parameters.go_duration = (0.032, 'seconds')
#dataList.append ([text, colour, start, RT])
exit = 1
else:
pass
def showStimulus(screen, text, colour): word, viewport = printWord(screen, text, 200, colour) p = Presentation(go_duration=(0.5,'seconds'),viewports=[viewport]) p.go() start = time.clock() exit = 0 while not exit: data = raw_lpt_module.inp(0x379) & 0x20 if not data: RT = time.clock() p.parameters.go_duration = (0.032, 'seconds') #dataList.append ([text, colour, start, RT]) exit = 1 else: pass
def showStimulus(screen, text, colour, useLPT=True): word, viewport = printWord(screen, text, 200, colour) p = Presentation(go_duration=(stroopDuration,'seconds'),viewports=[viewport]) if useLPT: p.go() start = time.clock() exit = 0 while not exit: data = raw_lpt_module.inp(0x379) & 0x20 #print data if not data: #print "hello" RT = time.clock() p.parameters.go_duration = (blank, 'seconds') subject.inputData(trial, "text", text) subject.inputData(trial, "colour", colour) subject.inputData(trial, "RT", RT) exit = 1 else: pass
from VisionEgg.DaqLPT import raw_lpt_module
import time
LPT1 = 0x378 # address of parallel port -- make sure your computer agrees
# turn all pins on
data = 0xFF # values to output on parallel port
raw_lpt_module.out(LPT1, data)
#time.sleep(5.0) # wait 1 second
for i in range(5000):
input_value = raw_lpt_module.inp(0x378) & 0x10
print input_value
time.sleep(0.001)
# turn all pins off
#data = 0x00
#raw_lpt_module.out(LPT1,data)
import VisionEgg
from VisionEgg.DaqLPT import raw_lpt_module
import time
LPT1 = VisionEgg.DaqLPT.LPTDevice(
0x379) # address of parallel port -- make sure your computer agrees
#print LPT1
#time.sleep(1.0) # wait % second
# turn all pins on
#data = 0xFF # values to output on parallel port
#raw_lpt_module.out(LPT1,data)
for i in range(5000):
input_value = raw_lpt_module.inp(0x379) & 0x20
print input_value
print int(input_value)
time.sleep(0.001)
#print data
# turn all pins on
#data = raw_lpt_module.inp(LPT1)
#print data
from VisionEgg.DaqLPT import raw_lpt_module import time LPT1 = VisionEgg.DaqLPT.LPTDevice(0x379) # address of parallel port -- make sure your computer agrees #print LPT1 #time.sleep(1.0) # wait % second # turn all pins on #data = 0xFF # values to output on parallel port #raw_lpt_module.out(LPT1,data) for i in range(5000): input_value = raw_lpt_module.inp(0x379) & 0x20 print input_value print int(input_value) time.sleep(0.001) #print data # turn all pins on #data = raw_lpt_module.inp(LPT1) #print data
from VisionEgg.DaqLPT import raw_lpt_module
import time
LPT1 = 0x378 # address of parallel port -- make sure your computer agrees
# turn all pins on
data = 0xFF # values to output on parallel port
raw_lpt_module.out(LPT1, data)
# time.sleep(5.0) # wait 1 second
for i in range(5000):
input_value = raw_lpt_module.inp(0x378) & 0x10
print input_value
time.sleep(0.001)
# turn all pins off
# data = 0x00
# raw_lpt_module.out(LPT1,data)
