def __init__(self, port, rising_event = None, falling_event = None, debounce = 5):
assert port.DAC is not None, '! Audio poke needs port with DAC.'
self.input = _h.Digital_input(port.DIO_A, rising_event, falling_event, debounce)
self.LED = _h.Digital_output(port.POW_A)
self.SOL = _h.Digital_output(port.POW_B)
if port.POW_C is not None:
self.POW_C = _h.Digital_output(port.POW_C)
self.audio_output = _a.Audio_output(port.DAC)
def __init__(self,
port,
rising_event=None,
falling_event=None,
debounce=5):
self.input = _h.Digital_input(port.DIO_A, rising_event, falling_event,
debounce)
self.LED = _h.Digital_output(port.POW_A)
self.SOL = _h.Digital_output(port.POW_B)
if port.POW_C is not None:
self.POW_C = _h.Digital_output(port.POW_C)
def __init__(self,
port,
rising_event_A='lick_1',
falling_event_A='lick_1_off',
rising_event_B='lick_2',
falling_event_B='lick_2_off',
debounce=5):
self.lick_1 = _h.Digital_input(port.DIO_A, rising_event_A,
falling_event_A, debounce)
self.lick_2 = _h.Digital_input(port.DIO_B, rising_event_B,
falling_event_B, debounce)
self.SOL_1 = _h.Digital_output(port.POW_A)
self.SOL_2 = _h.Digital_output(port.POW_B)
def __init__(self):
# PINS should be exactly Ndirections x NstimPerDir strings
# specifying the pins! iterating over Direction and Odour, Odour ==0 is clean air
self.Ndirections = 5
self.NstimPerDir = 2
pins = (
'W16',
'W50', # Dir1
'W60',
'W22', # Dir2
'W45',
'W43', # Dir3
'W24',
'W10', # Dir4
'W68',
'W66') # Dir5
powerlines = (
'W16', 'W50', 'W60', 'W22'
) # this variable indicates the POW pins used so that their logic level is inverted automatically.
counter = 0
for dir in range(self.Ndirections):
for stim in range(self.NstimPerDir):
sol = self._sol_name(dir, stim)
setattr(
self, sol,
_h.Digital_output(pin=pins[counter],
inverted=pins[counter] in powerlines))
getattr(self, sol).off()
counter += 1
def __init__(self,
port,
rising_event=None,
falling_event=None,
debounce=5):
self.input = _h.Digital_input(port.DIO_B, rising_event, falling_event,
debounce)
self.LED = _h.Digital_output(port.POW_B)
def __init__(self, input_pin, LED_pin, rising_event, falling_event,
debounce):
self.input = _h.Digital_input(input_pin, rising_event, falling_event,
debounce)
if LED_pin: self.LED = _h.Digital_output(LED_pin)
def __init__(self, port=None, direction_pin=None, step_pin=None):
if port:
direction_pin = port.DIO_A
step_pin = port.DIO_B
self._direction = _h.Digital_output(direction_pin)
self._step = _h.Digital_output(step_pin, pulse_enabled=True)
# This is an example hardware definition for use with pyControl D-series breakout v1.6
# Nosepokes are plugged into ports 1-3, and a houselight is in port 4.
from devices import *
import pyControl.hardware as _h
board = Breakout_dseries_1_6()
left_poke = Poke(board.port_1,
rising_event='left_poke',
falling_event='left_poke_out')
right_poke = Poke(board.port_2,
rising_event='right_poke',
falling_event='right_poke_out')
center_poke = Poke(board.port_3,
rising_event='center_poke',
falling_event='center_poke_out')
houselight = _h.Digital_output(board.port_4.POW_A)
def __init__(self, port, lever_event, debounce=100):
self.press = _h.Digital_input(port.DIO_B,
rising_event=lever_event,
debounce=debounce,
pull='up')
self.motor = _h.Digital_output(port.DIO_A)
def __init__(self, task_port, solenoid_port, infrared_port):
self.task_status = _h.Digital_output(task_port)
self.solenoid_status = _h.Digital_output(solenoid_port)
self.infrared_status = _h.Digital_output(infrared_port)
def __init__(self, port, nose_event, debounce = 5):
self.nose = _h.Digital_input(port.DIO_A, nose_event, nose_event+'_out', debounce)
self.LED = _h.Digital_output(port.POW_A)
self.IR_LED = _h.Digital_output(port.POW_B)
self.IR_LED.on()
