def run(self, save_mode='save_final'):
# At the end, move to the position of maximum brightness.
end = b.baker(b.max_fifth_col, args=['IMAGE_ARR', self.scope,
self.initial_position])
for n_step in self.config_dict['mmt_range']:
# Allow the iteration to take place as many times as specified
# in the scope_dict file.
_exp.move_capture(self, {'z': [n_step]}, save_mode=save_mode,
end_func=end)
print self.scope.stage.position
def run(self, func_list=b.baker(b.unchanged), save_mode='save_final'):
print self.scope.stage.position
end = b.baker(b.max_fifth_col, args=['IMAGE_ARR', self.scope,
self.initial_position])
# Take measurements and move to position of maximum brightness.
_exp.move_capture(self, {'x': self.config_dict['raster3d_n_step'],
'y': self.config_dict['raster3d_n_step'],
'z': self.config_dict['raster3d_n_step']},
func_list=func_list, save_mode=save_mode,
end_func=end)
print self.scope.stage.position
def run(self, func_list=b.baker(b.unchanged), save_mode='save_final'):
end = b.baker(b.max_fifth_col, args=['IMAGE_ARR', self.scope,
self.initial_position])
# Take measurements and move to position of maximum brightness.
# end_func is applied at the end of every set of (n, step).
for n_step in self.config_dict['raster_n_step']:
_exp.move_capture(self, {'x': [n_step], 'y': [n_step]},
func_list=func_list, save_mode=save_mode,
end_func=end)
print self.scope.stage.position
def run(self, save_mode='save_final'):
# At the end, move to the position of maximum brightness.
end = b.baker(b.max_fifth_col,
args=['IMAGE_ARR', self.scope, self.initial_position])
for n_step in self.config_dict['mmt_range']:
# Allow the iteration to take place as many times as specified
# in the scope_dict file.
_exp.move_capture(self, {'z': [n_step]},
save_mode=save_mode,
end_func=end)
print self.scope.stage.position
def run(self, func_list=b.baker(b.unchanged), save_mode='save_final'):
order_gen = b.baker(b.fixed_timer,
kwargs={
'count': self.config_dict["N"],
't': self.config_dict["t"]
},
position_to_pass_through=(0, 3))
_exp.move_capture(self, {},
order_gen=order_gen,
func_list=func_list,
save_mode=save_mode,
number=300,
delay=0)
def run(self,
func_list=b.baker(b.unchanged),
save_mode='save_final',
axis='x'):
"""Operates on one axis at a time."""
# Get default values.
step_pair = (self.config_dict["parabola_N"],
self.config_dict["parabola_step"])
end = b.baker(b.move_to_parmax, args=['IMAGE_ARR', self.scope, axis])
_exp.move_capture(self, {axis: [step_pair]},
func_list=func_list,
save_mode=save_mode,
end_func=end)
def run(self, func_list=b.baker(b.unchanged), save_mode='save_final'):
end = b.baker(b.max_fifth_col,
args=['IMAGE_ARR', self.scope, self.initial_position])
# Take measurements and move to position of maximum brightness.
_exp.move_capture(self, {
'x': self.config_dict['raster_n_step'],
'y': self.config_dict['raster_n_step']
},
func_list=func_list,
save_mode=save_mode,
end_func=end)
print self.scope.stage.position
def run(self, func_list=b.baker(b.unchanged), save_mode='save_final'):
order_gen = b.baker(b.fixed_timer, kwargs={
'count': self.config_dict["N"], 't': self.config_dict["t"]},
position_to_pass_through=(0, 3))
return _exp.move_capture(self, {}, order_gen=order_gen,
func_list=func_list, save_mode=save_mode,
number=1, delay=0)