def Collecting_XRF(lg):
'Sending main the args and plan to run a grid scan'
global xstart, xstop, xnum, ystart, ystop, ynum, courseXfly, courseYfly, xrf_dwell
# print (xstart,xstop,xnum,ystart,ystop, ynum,courseXfly,courseYfly)
detectors = [noisy_det]
if flymotor == courseXfly:
print(" ")
x_scan = ('RE(scan_and_fly( {} , {}, {}, {}, {}, {}, {} )'.format(
xstart, xstop, xnum, ystart, ystop, ynum, xrf_dwell))
# print (x_scan)
print(x_scan)
return bpp.subs_decorator([lg
])(grid_scan), (detectors, motor1, xstart,
xstop, xnum, motor2, ystart,
ystop, ynum, False)
else:
yscan = ('RE(y_scan_and_fly( {} , {}, {}, {}, {}, {}, {} )'.format(
ystart, ystop, ynum, xstart, xstop, xnum, xrf_dwell))
print(yscan)
return bpp.subs_decorator([lg
])(grid_scan), (detectors, motor1, xstart,
xstop, xnum, motor2, ystart,
ystop, ynum, False)
def collect_arg_kwargs(self):
dwell = self.dwell_t.value()
xstart = self.flyingStart.value()
xstop = self.flyingStop.value()
ystart = self.steppingStart.value()
ystop = self.steppingStop.value()
xnum = int(self.npts_x.value())
ynum = int(self.npts_y.value())
detectors = [det4]
# return scan, (detectors,motor1, xstart, xstop, xnum)
self.map_.figure.clf()
ax = self.map_.figure.add_subplot(111)
self.lg = lg = DrawingLiveGrid((xnum, ynum), 'det4', ax=ax)
import bluesky.preprocessors as bpp
return bpp.subs_decorator([lg
])(grid_scan), (detectors, motor1, xstart,
xstop, xnum, motor2, ystart,
ystop, ynum, False)
def test_subs():
def cb(name, doc):
pass
def plan(*args, **kwargs):
# check that args to plan are passed through
yield from [Msg('null', None, *args, **kwargs)]
processed_plan = list(subs_wrapper(plan('test_arg', test_kwarg='val'),
{'all': cb}))
expected = [Msg('subscribe', None, cb, 'all'),
Msg('null', None, 'test_arg', test_kwarg='val'),
Msg('unsubscribe', token=None)]
assert processed_plan == expected
processed_plan = list(subs_decorator({'all': cb})(plan)('test_arg',
test_kwarg='val'))
assert processed_plan == expected
def test_subs():
def cb(name, doc):
pass
def plan(*args, **kwargs):
# check that args to plan are passed through
yield from [Msg('null', None, *args, **kwargs)]
processed_plan = list(subs_wrapper(plan('test_arg', test_kwarg='val'),
{'all': cb}))
expected = [Msg('subscribe', None, cb, 'all'),
Msg('null', None, 'test_arg', test_kwarg='val'),
Msg('unsubscribe', token=None)]
assert processed_plan == expected
processed_plan = list(subs_decorator({'all': cb})(plan)('test_arg',
test_kwarg='val'))
assert processed_plan == expected
def set_up_xrf(lg):
return bpp.subs_decorator([lg])(grid_scan)
