def laser_toggle():
"""Toggle laser on or off
Laser needs to be connected to DAQ_PORT and switched to "Digital modulation"
If you use additional safety measurements to control the laser, make sure to undo them before starting the protocol!"""
laser = DigitalModDevice(LSR_DAQ_PORT)
laser.toggle()
print("Laser was toggled")
def deliver_tone_shock():
"""
Activates tone signal via digital trigger. Cycle is optional
:param rep: Number of repetitions for signal [int]
:param duration: Duration in seconds of signal for each rep [float]
:param inter_time: Time in seconds between reps [float]
"""
tone_gen = DigitalModDevice('Dev1/PFI5')
tone_gen.toggle()
def _setup_device(type, port, ip):
device = None
if type == "NI":
from experiments.utils.DAQ_output import DigitalModDevice
device = DigitalModDevice(port)
if type == "RASPBERRY":
from experiments.utils.gpio_control import DigitalPiDevice
device = DigitalPiDevice(port)
if type == "RASP_NETWORK":
from experiments.utils.gpio_control import DigitalPiDevice
if ip is not None:
device = DigitalPiDevice(port, ip)
else:
raise ValueError("IP required for remote GPIO control.")
if type == "ARDUINO":
from experiments.utils.gpio_control import DigitalArduinoDevice
device = DigitalArduinoDevice(port)
return device
def deliver_airpuff(rep: int = 1,
duration: float = 0.1,
inter_time: float = 0.1):
"""Controls pressure micro-injector via digital trigger signal.
All other parameters need to be manually changed on the Device, this only triggers it!"""
pump = DigitalModDevice(AP_DAQ_PORT)
if rep > 1:
pump.cycle(rep, duration, inter_time)
else:
pump.trigger()
def _setup_device(type, port, ip):
device = None
if type == 'NI':
from experiments.utils.DAQ_output import DigitalModDevice
device = DigitalModDevice(port)
if type == 'RASPBERRY':
from experiments.utils.gpio_control import DigitialPiBoardDevice
device = DigitialPiBoardDevice(port)
if type == 'RASP_NETWORK':
from experiments.utils.gpio_control import DigitialPiBoardDevice
if ip is not None:
device = DigitialPiBoardDevice(port, ip)
else:
raise ValueError('IP required for remote GPIO control.')
return device
def laser_switch(switch: bool = False):
"""Toggle laser on or off
Laser needs to be connected to DAQ_PORT and switched to "Digital modulation"
If you use additional safety measurements to control the laser, make sure to undo them before starting the protocol!"""
laser = DigitalModDevice(LSR_DAQ_PORT)
if switch:
laser.turn_on()
print("Laser is switched on")
else:
laser.turn_off()
print("Laser is switched off")
def toggle_device():
"""Controls micro peristaltic pump via digital trigger signal."""
device = DigitalModDevice('Dev1/PFI2')
device.toggle()
def withdraw_liqreward():
"""activates micro peristaltic pump"""
pump_withdraw = DigitalModDevice('Dev1/PFI6')
pump_withdraw.timed_on(3.5)
def deliver_liqreward():
"""Controls micro peristaltic pump via digital trigger signal."""
pump_delivery = DigitalModDevice('Dev1/PFI2')
pump_delivery.toggle()