def testEnabledDataStore():
"""
testEnabledDataStore is the same as testUsingPsychoPyMonitorConfig above,
but by adding an experiment_code parameter the ioHub DataStore will
be enabled, using a auto generated session_code each time it is run.
Experiment and session metadata is printed at the end of the demo.
Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* If the psychopy_monitor_name is valid, the ioHub Display is updated to
use the display size and viewing distance specified in the psychopy monitor config.
* ioHub DataStore is enabled because experiment_code is provided.
session_code will be auto generated using the current time.
"""
psychopy_mon_name = 'testMonitor'
exp_code = 'gap_endo_que'
io = launchHubServer(psychopy_monitor_name=psychopy_mon_name,
experiment_code=exp_code)
display = io.devices.display
print 'Display Psychopy Monitor Name: ', display.getPsychopyMonitorName()
print 'Display Default Eye Distance: ', display.getDefaultEyeDistance()
print 'Display Physical Dimensions: ', display.getPhysicalDimensions()
from pprint import pprint
print 'Experiment Metadata: '
pprint(io.getExperimentMetaData())
print '\nSession Metadata: '
pprint(io.getSessionMetaData())
io.quit()
def testWithNoKwargs():
"""
testWithNoKwargs illustrates using the launchHubServer function with no
parameters at all. Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* All devices use their default parameter settings. Therefore, not very useful in real studies.
* ioHub DataStore is not enabled.
"""
io = launchHubServer()
# Get the default keyboard device created.
keyboard = io.devices.keyboard
print
print "** PRESS A KEY TO CONTINUE....."
# Check for new events every 1/4 second.
# By using the io.wait() fucntion, the ioHub Process is checked for
# events every 50 msec or so, and they are cached in the PsychoPy process
# until the next getEvents() call is made. On Windows, messagePump() is also
# called periodically so that any Window you have created does not lock up.
#
while not keyboard.getEvents():
io.wait(0.25)
print "A Keyboard Event was Detected; exiting Test."
io.quit()
def testUsingPsychoPyMonitorConfig():
"""
testUsingPsychoPyMonitorConfig illustrates using the launchHubServer function
and providing a PsychoPy monitor configuration file name.
Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* If the psychopy_monitor_name is valid, the ioHub Display is updated to
use the display size and viewing distance specified in the psychopy monitor config.
* ioHub DataStore is not enabled.
"""
io = launchHubServer(psychopy_monitor_name='testMonitor')
# Get the default display device created.
#
display = io.devices.display
# Print the display's physical characteristics, showing they have
# been updated based on the settings in the PsychoPy monitor config.
#
print 'Display Psychopy Monitor Name: ', display.getPsychopyMonitorName()
print 'Display Default Eye Distance: ', display.getDefaultEyeDistance()
print 'Display Physical Dimensions: ', display.getPhysicalDimensions()
# That's it, shut doqn the ioHub Proicess and exit. ;)
#
io.quit()
def testEnabledDataStore():
"""
testEnabledDataStore is the same as testUsingPsychoPyMonitorConfig above,
but by adding an experiment_code parameter the ioHub DataStore will
be enabled, using a auto generated session_code each time it is run.
Experiment and session metadata is printed at the end of the demo.
Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* If the psychopy_monitor_name is valid, the ioHub Display is updated to
use the display size and viewing distance specified in the psychopy monitor config.
* ioHub DataStore is enabled because experiment_code is provided.
session_code will be auto generated using the current time.
"""
psychopy_mon_name='testMonitor'
exp_code='gap_endo_que'
io=launchHubServer(psychopy_monitor_name=psychopy_mon_name, experiment_code=exp_code)
display=io.devices.display
print 'Display Psychopy Monitor Name: ', display.getPsychopyMonitorName()
print 'Display Default Eye Distance: ', display.getDefaultEyeDistance()
print 'Display Physical Dimensions: ', display.getPhysicalDimensions()
from pprint import pprint
print 'Experiment Metadata: '
pprint(io.getExperimentMetaData())
print '\nSession Metadata: '
pprint(io.getSessionMetaData())
io.quit()
def testUsingPsychoPyMonitorConfig():
"""
testUsingPsychoPyMonitorConfig illustrates using the launchHubServer function
and providing a PsychoPy monitor configuration file name.
Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* If the psychopy_monitor_name is valid, the ioHub Display is updated to
use the display size and viewing distance specified in the psychopy monitor config.
* ioHub DataStore is not enabled.
"""
io=launchHubServer(psychopy_monitor_name='testMonitor')
# Get the default display device created.
#
display=io.devices.display
# Print the display's physical characteristics, showing they have
# been updated based on the settings in the PsychoPy monitor config.
#
print 'Display Psychopy Monitor Name: ', display.getPsychopyMonitorName()
print 'Display Default Eye Distance: ', display.getDefaultEyeDistance()
print 'Display Physical Dimensions: ', display.getPhysicalDimensions()
# That's it, shut doqn the ioHub Proicess and exit. ;)
#
io.quit()
def testWithNoKwargs():
"""
testWithNoKwargs illustrates using the launchHubServer function with no
parameters at all. Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* All devices use their default parameter settings. Therefore, not very useful in real studies.
* ioHub DataStore is not enabled.
"""
io=launchHubServer()
# Get the default keyboard device created.
keyboard=io.devices.keyboard
print
print "** PRESS A KEY TO CONTINUE....."
# Check for new events every 1/4 second.
# By using the io.wait() fucntion, the ioHub Process is checked for
# events every 50 msec or so, and they are cached in the PsychoPy process
# until the next getEvents() call is made. On Windows, messagePump() is also
# called periodically so that any Window you have created does not lock up.
#
while not keyboard.getEvents():
io.wait(0.25)
print "A Keyboard Event was Detected; exiting Test."
io.quit()
def testEnabledDataStoreAutoSessionCode():
"""
testEnabledDataStoreAutoSessionCode is the same as testEnabledDataStore above,
but session_code is provided by the script instead of being auto generated.
The ioHub DataStore will be enabled, using the experiment and session_code
provided each time it is run.Experiment and session metadata is printed
at the end of the demo.
Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* If the psychopy_monitor_name is valid, the ioHub Display is updated to
use the display size and viewing distance specified in the psychopy monitor config.
* ioHub DataStore is enabled because experiment_code and
session_code are provided.
"""
import time
psychopy_mon_name = 'testMonitor'
exp_code = 'gap_endo_que'
sess_code = 'S_{0}'.format(long(time.mktime(time.localtime())))
print 'Current Session Code will be: ', sess_code
io = launchHubServer(psychopy_monitor_name=psychopy_mon_name,
experiment_code=exp_code,
session_code=sess_code)
display = io.devices.display
print 'Display Psychopy Monitor Name: ', display.getPsychopyMonitorName()
print 'Display Default Eye Distance: ', display.getDefaultEyeDistance()
print 'Display Physical Dimensions: ', display.getPhysicalDimensions()
from pprint import pprint
print 'Experiment Metadata: '
pprint(io.getExperimentMetaData())
print '\nSession Metadata: '
pprint(io.getSessionMetaData())
io.quit()
def testEnabledDataStoreAutoSessionCode():
"""
testEnabledDataStoreAutoSessionCode is the same as testEnabledDataStore above,
but session_code is provided by the script instead of being auto generated.
The ioHub DataStore will be enabled, using the experiment and session_code
provided each time it is run.Experiment and session metadata is printed
at the end of the demo.
Considerations:
* A Keyboard, Mouse, Monitor, and Experiment device are created by default.
* If the psychopy_monitor_name is valid, the ioHub Display is updated to
use the display size and viewing distance specified in the psychopy monitor config.
* ioHub DataStore is enabled because experiment_code and
session_code are provided.
"""
import time
psychopy_mon_name='testMonitor'
exp_code='gap_endo_que'
sess_code='S_{0}'.format(long(time.mktime(time.localtime())))
print 'Current Session Code will be: ', sess_code
io=launchHubServer(psychopy_monitor_name=psychopy_mon_name, experiment_code=exp_code, session_code=sess_code)
display=io.devices.display
print 'Display Psychopy Monitor Name: ', display.getPsychopyMonitorName()
print 'Display Default Eye Distance: ', display.getDefaultEyeDistance()
print 'Display Physical Dimensions: ', display.getPhysicalDimensions()
from pprint import pprint
print 'Experiment Metadata: '
pprint(io.getExperimentMetaData())
print '\nSession Metadata: '
pprint(io.getSessionMetaData())
io.quit()
