def centring_add_current_point():
global CENTRING_POINT_ID
shape = mxcube.shapes.get_shape(CENTRING_POINT_ID)
if shape:
shape.state = "SAVED"
signals.send_shapes(update_positions=False)
CENTRING_POINT_ID = None
def centring_remove_current_point():
global CENTRING_POINT_ID
if CENTRING_POINT_ID:
mxcube.shapes.delete_shape(CENTRING_POINT_ID)
signals.send_shapes(update_positions=False)
CENTRING_POINT_ID = None
def centring_add_current_point():
global CENTRING_POINT_ID
shape = mxcube.shapes.get_shape(CENTRING_POINT_ID)
if shape:
shape.state = "SAVED"
signals.send_shapes(update_positions = False)
CENTRING_POINT_ID = None
def centring_remove_current_point():
global CENTRING_POINT_ID
if CENTRING_POINT_ID:
mxcube.shapes.delete_shape(CENTRING_POINT_ID)
signals.send_shapes(update_positions = False)
CENTRING_POINT_ID = None
def centring_remove_current_point():
from mxcube3.routes import signals
global CENTRING_POINT_ID
if CENTRING_POINT_ID:
blcontrol.beamline.sample_view.delete_shape(CENTRING_POINT_ID)
signals.send_shapes(update_positions=False)
CENTRING_POINT_ID = None
def centring_update_current_point(motor_positions, x, y):
global CENTRING_POINT_ID
if CENTRING_POINT_ID:
point = mxcube.shapes.get_shape(CENTRING_POINT_ID)
point.move_to_mpos([motor_positions], [x, y])
else:
point = mxcube.shapes.\
add_shape_from_mpos([motor_positions], (x, y), "P")
point.state = "TMP"
point.selected = True
CENTRING_POINT_ID = point.id
signals.send_shapes(update_positions=False)
def centring_update_current_point(motor_positions, x, y):
global CENTRING_POINT_ID
if CENTRING_POINT_ID:
point = mxcube.shapes.get_shape(CENTRING_POINT_ID)
point.move_to_mpos([motor_positions], [x, y])
else:
point = mxcube.shapes.\
add_shape_from_mpos([motor_positions], (x, y), "P")
point.state = "TMP"
point.selected = True
CENTRING_POINT_ID = point.id
signals.send_shapes(update_positions = False)
def centring_update_current_point(motor_positions, x, y):
from mxcube3.routes import signals
global CENTRING_POINT_ID
point = blcontrol.beamline.sample_view.get_shape(CENTRING_POINT_ID)
if point:
point.move_to_mpos([motor_positions], [x, y])
else:
point = blcontrol.beamline.sample_view.add_shape_from_mpos(
[motor_positions], (x, y), "P")
point.state = "TMP"
point.selected = True
CENTRING_POINT_ID = point.id
signals.send_shapes(update_positions=False)
def centring_add_current_point(*args):
from mxcube3.routes import signals
global CENTRING_POINT_ID
shape = blcontrol.beamline.sample_view.get_shape(CENTRING_POINT_ID)
# There is no current centered point shape when the centring is done
# by software like Workflows, so we add one.
if not shape:
try:
motors = args[1]["motors"]
x, y = blcontrol.beamline.diffractometer.motor_positions_to_screen(
motors)
centring_update_current_point(motors, x, y)
shape = blcontrol.beamline.sample_view.get_shape(CENTRING_POINT_ID)
except Exception:
logging.getLogger("MX3.HWR").exception("Centring failed !")
if shape:
shape.state = "SAVED"
signals.send_shapes(update_positions=False)
CENTRING_POINT_ID = None