def led_off():
BoardNum = 0
PortNum = UL.FIRSTPORTB
Direction = UL.DIGITALOUT
UL.cbDConfigPort (BoardNum, PortNum, Direction)
DataValue = 0
UL.cbDOut(BoardNum, PortNum, DataValue)
def postFlip(self, args):
if self.needToSendStimcode:
#record the time at the first flip
self.triggerTimes.append(self.timer.getTime())
#Tell CED to read stimcode
#this costs 1.2ms (+/- 0.1ms).
UL.cbDOut(self.boardNum,UL.FIRSTPORTB,0)
#Only need to do this once per stim
self.needToSendStimcode = False
def led_on():
BoardNum = 0
PortNum = UL.FIRSTPORTB
Direction = UL.DIGITALOUT
UL.cbDConfigPort (BoardNum, PortNum, Direction)
DataValue = 1
UL.cbDOut(BoardNum, PortNum, DataValue)
sound_1 = sound.SoundPyo(value='C', secs=0.5, octave=4, stereo=True, volume=1.0, loops=0, sampleRate=44100, bits=16, hamming=True, start=0, stop=-1, name='', autoLog=True)
sound_1.play()
def toggle(self): if self.success: if self.dir==1: #OUT if self.currentState==self.HIGH: UL.cbDOut(0, self.port, self.LOW) self.currentState=self.LOW else: UL.cbDOut(0, self.port, self.HIGH) self.currentState=self.HIGH
def get_reward(PORTNUM):
BoardNum = 0
PortNum = PORTNUM
Direction = UL.DIGITALOUT
UL.cbDConfigPort (BoardNum, PortNum, Direction)
DataValue = 1
UL.cbDOut(BoardNum, PortNum, DataValue)
time.sleep(.07)
BoardNum = 0
PortNum = PORTNUM
Direction = UL.DIGITALOUT
UL.cbDConfigPort (BoardNum, PortNum, Direction)
DataValue = 0
UL.cbDOut(BoardNum, PortNum, DataValue)
def preStim(self, args):
stimNumber = args
#record the stim number we're about to display
self.stimCodes.append(stimNumber)
#send stimcode to CED via measurement computing
UL.cbDOut(self.boardNum,UL.FIRSTPORTA,stimNumber)
UL.cbDOut(self.boardNum,UL.FIRSTPORTB,1)
#wait for 2pt frame trigger
self.waitForSerial()
#Tell ourselves to send the signal the CED as soon as we flip
self.needToSendStimcode = True
def get_reward(PORTNUM):
print 'reward'
BoardNum = 0
PortNum = PORTNUM
Direction = UL.DIGITALOUT
UL.cbDConfigPort (BoardNum, PortNum, Direction)
DataValue = 1
UL.cbDOut(BoardNum, PortNum, DataValue)
#sound_1 = sound.SoundPyo(value='C', secs=0.5, octave=4, stereo=True, volume=1.0, loops=0, sampleRate=44100, bits=16, hamming=True, start=0, stop=-1, name='', autoLog=True)
#sound_1.play()
time.sleep(.1) #time
BoardNum = 0
PortNum = PORTNUM
Direction = UL.DIGITALOUT
UL.cbDConfigPort (BoardNum, PortNum, Direction)
DataValue = 0
UL.cbDOut(BoardNum, PortNum, DataValue)
def preStim(self, args):
stimNumber = args
#send stimcode to CED via measurement computing
UL.cbDOut(self.boardNum,UL.FIRSTPORTA,stimNumber)
UL.cbDOut(self.boardNum,UL.FIRSTPORTB,1)
#wait for 2pt frame trigger
self.waitForSerial()
self.triggerTimes.append(self.timer.getTime())
self.stimCodes.append(stimNumber)
#Tell CED to read stimcode
#this costs 1.2ms (+/- 0.1ms).
UL.cbDOut(self.boardNum,UL.FIRSTPORTB,0)
def trigger(self, reset_time=-1):
"""Triggers a digital signal.
:param reset_time: Time (in seconds) to pass until reset the value. \
If the reset_time will not set, the trigger will change \
the electrical voltage.
:type reset_time: float.
:returns: True if the signal was sent, False otherwise.
:rtype: bool
:raises: ValueError, ctypes.ArgumentError
"""
if reset_time < -1:
raise ValueError("Invalid value: Value must positive")
value = 0 if self.value == 255 else 255
if reset_time != -1:
UL.cbDOut(self.board.id, self.id, value)
sleep(reset_time)
UL.cbDOut(self.board.id, self.id, self.value)
else:
UL.cbDOut(self.board.id, self.id, value)
self.value = value
return True
def Reset():
'''Set all digital channels (the entire port) to 0V output'''
UL.cbDConfigPort(BoardNum, PortNum, UL.DIGITALOUT)
UL.cbDOut(BoardNum, PortNum, 0)
def off(self): if self.success: if self.dir==1: #OUT self.currentState=self.LOW UL.cbDOut(0, self.port, self.LOW)
def on(self): #print 'ON: %s, %s' % (str(self.success),str(self.dir)) if self.success: if self.dir==1: #OUT self.currentState=self.HIGH UL.cbDOut(0, self.port, self.HIGH)
# Author: Andrew Straw
import UniversalLibrary as UL
BoardNum = 0
devNum = 0
FirstPort = 0
FirstPort = UL.cbGetConfig(UL.DIGITALINFO, BoardNum, devNum, UL.DIDEVTYPE, FirstPort)
PortNum = UL.FIRSTPORTA
Direction = UL.DIGITALOUT
UL.cbDConfigPort(BoardNum, PortNum, Direction)
DataValue = 0
UL.cbDOut(BoardNum, PortNum, DataValue)
if FirstPort == UL.AUXPORT:
devNum = 1
UL.cbGetConfig(UL.DIGITALINFO, BoardNum, devNum, UL.DIDEVTYPE, FirstPort)
if FirstPort == UL.FIRSTPORTA:
FirstBit = 0
elif FirstPort == UL.FIRSTPORTB:
FirstBit = 8
elif FirstPort == UL.FIRSTPORTCL:
FirstBit = 16
elif FirstPort == UL.FIRSTPORTCH:
FirstBit = 20
else:
FirstBit = 0
# disclaimer in the documentation and/or other materials provided # with the distribution. # * Neither the name of the California Institute of Technology nor # the names of its contributors may be used to endorse or promote # products derived from this software without specific prior # written permission. # THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS # "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT # LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR # A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT # OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, # SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT # LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, # DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY # THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT # (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE # OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. # Author: Andrew Straw import UniversalLibrary as UL BoardNum = 0 PortNum = UL.FIRSTPORTA Direction = UL.DIGITALOUT UL.cbDConfigPort(BoardNum, PortNum, Direction) DataValue = 0 UL.cbDOut(BoardNum, PortNum, DataValue)
def __init__(self, board, port_id, name, edit_dialog):
super(PortDO, self).__init__(board, port_id, name)
self.edit_dialog = edit_dialog
self.value = 0
UL.cbDConfigPort(board.id, self.id, UL.DIGITALOUT)
UL.cbDOut(self.board.id, self.id, self.value)
