def Microwave2():
from microwave_sources import SMIQ
return SMIQ(visa_address='GPIB0::28')
###############
# stimulation
################
import time
from chaco import shell
from hardware.api import FastComtec
fc = FastComtec()
from hardware.api import Microwave
microwave = Microwave()
from hardware.microwave_sources import SMIQ
microwave_2 = SMIQ(visa_address='GPIB0::28')
from hardware.api import PulseGenerator
pg = PulseGenerator()
pg.map['mw2'] = 5
### helper functions ###
from analysis.fitting import find_edge
def spin_state(c, dt, T, t0=0.0, t1=-1.):
"""
Compute the spin state from a 2D array of count data.
Parameters:
c = count data
# start the JobManager (it is currently a singleton)
from tools import emod
emod.JobManager().start()
# start the CronDaemon (used by the auto focus widget for periodic refocussing)
#from tools import cron
#cron.CronDaemon().start()
#########################################
# hardware
#########################################
from TimeTagger import createTimeTagger
tagger = createTimeTagger()
from hardware.microwave_sources import SMIQ
microwave = SMIQ()
from measurements.time_trace import TimeTrace
timetrace = TimeTrace(tagger)
timetrace.edit_traits()
from hardware.nidaq import Scanner
from hardware.nidaq import PulseTrainCounter
scanner = Scanner('/Dev1/ctr1', '/Dev1/ctr0', '/Dev1/PFI8', '/Dev1/ao0:2',
(-100., 100.), (-100., 100.), (-100., 100.), (-10., 10.))
odmr_counter = PulseTrainCounter('/Dev1/ctr1', '/Dev1/ctr0', '/Dev1/PFI8')
#########################################
# example how to define a little panel
# for laser and mirror hardware controls
#########################################