#elMeasure
#eefje = qt.instruments.create('Eefje','IVVI',address='COM1')
#elKeef = qt.instruments.create('ElKeefLy','Keithley_2000',address='GPIB::17')
dsgen1 = qt.instruments.create('dsgen1', 'dummy_signal_generator')
dsgen2 = qt.instruments.create('dsgen2', 'dummy_signal_generator')
dsgen3 = qt.instruments.create('dsgen3', 'dummy_signal_generator')
import lib.parspace as ps
reload(ps)
from math import sin
ax1 = ps.param()
ax1.begin = 0.
ax1.end = 10.
ax1.stepsize = 1.
ax1.instrument = 'dsgen1'
ax1.label = 'x'
ax1.module_options = {
'dac': 5,
'name': 's1f',
'rate_stepsize': .5,
'rate_delay': 10.,
'var': 'amplitude',
'setalways': 1,
# 'postcall': some_function,
'gain': 1.
}
import copy
#eefje = qt.instruments.create('Eefje','IVVI',address='COM1')
#elKeef = qt.instruments.create('ElKeefLy','Keithley_2000',address='GPIB::17')
import qt
dsgen1 = qt.instruments.create('dsgen1', 'dummy_signal_generator')
dsgen2 = qt.instruments.create('dsgen2', 'dummy_signal_generator')
dsgen3 = qt.instruments.create('dsgen3', 'dummy_signal_generator')
import lib.parspace as ps
reload(ps)
from math import sin
ax1 = ps.param()
ax1.begin = 2.
ax1.end = 20.
ax1.stepsize = 1.
ax1.rate_stepsize = 1.
ax1.rate_delay = 40.
ax1.instrument = 'dsgen1'
ax1.label = 'x'
ax1.module_options = {'dac':5,
'name':'s1f',
'rate_stepsize':5.,
'rate_delay': 10.,
'var':'amplitude',
'gain':1. }
ax2 = ps.param()
#elMeasure
#eefje = qt.instruments.create('Eefje','IVVI',address='COM1')
#elKeef = qt.instruments.create('ElKeefLy','Keithley_2000',address='GPIB::17')
dsgen1 = qt.instruments.create('dsgen1', 'dummy_signal_generator')
dsgen2 = qt.instruments.create('dsgen2', 'dummy_signal_generator')
dsgen3 = qt.instruments.create('dsgen3', 'dummy_signal_generator')
import lib.parspace as ps
reload(ps)
from math import sin
ax1 = ps.param()
ax1.begin = 1.
ax1.end = 10.
ax1.stepsize = 1.
ax1.rate_stepsize = 1.
ax1.rate_delay = 40.
ax1.instrument = 'dsgen1'
ax1.label = 'x'
ax1.module_options = {'dac':5,
'name':'s1f',
'rate_stepsize':.5,
'rate_delay': 10.,
'var':'amplitude',
'gain':1. }
ax2 = ps.param()
ax2.begin = 5.
ax2.end = 10.
ax2.stepsize = .1
import lib.parspace as ps
reload(ps)
ax1 = ps.param()
ax1.begin = 1.
ax1.end = 3.
ax1.stepsize = 1.
xs = [ax1, ax1, ax1]
for dp in ps.sweep_gen(xs, **{'sweepback': 'on'}):
print dp
def bin2str(b):
return '{:#008b}'.format(b)
}
b = {
'instrument': dsgen2,
'parameter': 'amplitude',
'function': f2,
'gain': 5.
}
combined_arb.add_variable_combined('phase', [a, b])
qt.msleep(1.5) #allow for instruments to be registered
#safety maximum sweeps when the instruments are ill-defined
dsgen1.set_parameter_rate('amplitude', 20, 10)
dsgen2.set_parameter_rate('amplitude', 20, 10)
ds1 = ps.param()
ds1.label = 'amplitude'
ds1.instrument = 'dsgen1'
ds1.module_options = {
'rate_stepsize': .02,
'rate_delay': 100.,
'var': 'amplitude',
'gain': 5.,
'function': f1
}
ds2 = ps.param()
ds2.label = 'amplitude'
ds2.instrument = 'dsgen2'
ds2.module_options = {
'rate_stepsize': .02,