"""
Submit TableScan from Table widget to scan server
@author: Kay Kasemir
"""
from errors import showException
from tablescan_ui import getTableFromWidget
from beamline_setup import scan_client
try:
table_scan = getTableFromWidget(display)
name = display.getWidget("TableFile").getValue().strip()
if name:
table_scan.name = name
if table_scan:
commands = table_scan.createScan()
id = scan_client.submit(commands, name=name)
except:
showException("Table Scan")
"""
Save TableScan from widget to file
@author: Kay Kasemir
"""
from tablescan_ui import saveTableFromWidget
from errors import showException
path = display.getWidget("TableFile").getValue()
try:
saveTableFromWidget(display, path)
except:
showException("Table Save Error")
start = float(display.getWidget("start1").getValue())
end = float(display.getWidget("end1").getValue())
step = float(display.getWidget("step1").getValue())
condition_device = str(
display.getWidget("cond_device_1").getValue()).strip()
condition_value = float(display.getWidget("cond_value").getValue())
log = str(display.getWidget("log_device_1").getValue()).strip()
method = str(display.getWidget("method").getValue()).strip()
normalize = bool(display.getWidget("normalize").getValue())
if method == "Gauss":
find_command = "FindPeak"
name = "Gauss Scan of %s over %s" % (log, device)
else:
find_command = None
name = "Range Scan of %s over %s" % (log, device)
align = AlignmentScan(device,
start,
end,
step,
condition_device,
condition_value,
log,
start=[Set('pcharge', 0)],
find_command=find_command,
normalize=normalize)
scan_client.submit(align.createScan(), name=name)
except:
showException("Alignment Scan")
"""
Submit TableScan from Table widget to scan server
@author: Kay Kasemir
"""
from errors import showException
from tablescan_ui import getTableFromWidget
from beamline_setup import scan_client
try:
table_scan = getTableFromWidget(display)
name = display.getWidget("TableFile").getValue().strip()
if name:
table_scan.name = name
if table_scan:
commands = table_scan.createScan()
id = scan_client.submit(commands, name=name)
except:
showException("Table Scan")
@author: Kay Kasemir
"""
from errors import showException
try:
from org.csstudio.opibuilder.scriptUtil import PVUtil
from scan.table.table_scan import TableScan
from tablescan_ui import getTableFromPath, displayTableInWidget
# Try to load table from file
path = PVUtil.getString(pvs[1])
table_scan = None
try:
table_scan = getTableFromPath(path)
except:
table_scan = None
pvs[1].setValue("")
# Create default table if nothing loaded
if not table_scan:
table_scan = TableScan(
[ "motor_x", TableScan.WAITFOR, TableScan.VALUE, TableScan.OR_TIME ],
[
[ "1", TableScan.SECONDS, "00:05:00", "" ],
])
displayTableInWidget(display, table_scan)
except:
showException("Sorry...")
#from org.eclipse.jface.dialogs import MessageDialog
#MessageDialog.openWarning(
# None, "Type", "Type is " + neutrons.__class__.__name__)
# Create scan
cmds =[
Loop('xpos', min(x0, x1), max(x0, x1), max(0.1, abs(dx)),
Loop('ypos', min(y0, y1), max(y0, y1), toggle * max(0.1, abs(dy)),
[
Wait('neutrons', neutrons, comparison='increase by'),
Log('xpos', 'ypos', 'readback')
]
)
)
]
if simu:
simulation = scan_client.simulate(cmds)
SimulationDisplay.show(SimulationResult(simulation['seconds'], simulation['simulation']))
else:
# Submit scan
id = scan_client.submit(cmds, "XY Scan")
workbench = PlatformUI.getWorkbench()
window = workbench.getActiveWorkbenchWindow()
page = window.getActivePage()
plot = page.showView("org.csstudio.scan.ui.plot.view")
plot.selectScan("XY Scan", id)
plot.selectDevices("xpos", "ypos")
except:
showException("XY Scan")
"""
Load TableScan from file into Table widget
@author: Kay Kasemir
"""
from errors import showException
from tablescan_ui import getTableFromPath, displayTableInWidget
try:
path = display.getWidget("TableFile").getValue()
table_scan = getTableFromPath(path)
displayTableInWidget(display, table_scan)
except:
showException("Sorry...")
#from org.eclipse.jface.dialogs import MessageDialog
#MessageDialog.openWarning(
# None, "Type", "Type is " + neutrons.__class__.__name__)
# Create scan
cmds = [
Loop(
'xpos', min(x0, x1), max(x0, x1), max(0.1, abs(dx)),
Loop('ypos', min(y0, y1), max(y0, y1), toggle * max(0.1, abs(dy)),
[
Wait('neutrons', neutrons, comparison='increase by'),
Log('xpos', 'ypos', 'readback')
]))
]
if simu:
simulation = scan_client.simulate(cmds)
SimulationDisplay.show(
SimulationResult(simulation['seconds'], simulation['simulation']))
else:
# Submit scan
id = scan_client.submit(cmds, "XY Scan")
workbench = PlatformUI.getWorkbench()
window = workbench.getActiveWorkbenchWindow()
page = window.getActivePage()
plot = page.showView("org.csstudio.scan.ui.plot.view")
plot.selectScan("XY Scan", id)
plot.selectDevices("xpos", "ypos")
except:
showException("XY Scan")
from beamline_setup import scan_client
from scan.commands.set import Set
from scan.alignment import AlignmentScan
from errors import showException
try:
device = str(display.getWidget("device1_1").getValue()).strip()
start = float(display.getWidget("start1").getValue())
end = float(display.getWidget("end1").getValue())
step = float(display.getWidget("step1").getValue())
condition_device = str(display.getWidget("cond_device_1").getValue()).strip()
condition_value = float(display.getWidget("cond_value").getValue())
log = str(display.getWidget("log_device_1").getValue()).strip()
method = str(display.getWidget("method").getValue()).strip()
normalize = bool(display.getWidget("normalize").getValue())
if method=="Gauss":
find_command = "FindPeak"
name = "Gauss Scan of %s over %s" % (log, device)
else:
find_command = None
name = "Range Scan of %s over %s" % (log, device)
align = AlignmentScan(device, start, end, step, condition_device, condition_value, log,
start=[ Set('pcharge', 0) ],
find_command=find_command,
normalize=normalize)
scan_client.submit(align.createScan(), name=name)
except:
showException("Alignment Scan")
