def set_value_clicked(self, widget, data=None):
key = self.my_widgets['iotable'].get_choice("Set", 'o')
if (key == "<empty>"): return
value = float(self.my_widgets['setentry'].get_text())
worker.feed('''f_set['%s'](%f)'''%(key, value))
return
def set_value_clicked(self, widget, data=None):
key = self.my_widgets['iotable'].get_choice("Set", 'o')
if (key == "<empty>"): return
value = float(self.my_widgets['setentry'].get_text())
worker.feed('''f_set['%s'](%f)''' % (key, value))
return
def run(self):
worker.feed('''
try:
latestdata = kernel_PIDlock(run_desc, gui_exports)
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed('''
try:
latestdata = kernel_TimeDepScan(run_desc, gui_exports)
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed('''
try:
execfile("''' + __main__.DAQ_HOME + '''/scripts/autoload.py")
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed('''
try:
execfile("''' + __main__.DAQ_HOME + '''/scripts/autoload.py")
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed('execfile("%s/%s.py")'%(SCRIPT_DIR, self.active_script))
worker.feed('''
try:
RunScript(*script_args)
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed('execfile("%s/%s.py")' % (SCRIPT_DIR, self.active_script))
worker.feed('''
try:
RunScript(*script_args)
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed('''
try:
database = kernel_1DScan(run_desc, gui_exports)
(datapoints, validmask) = database.get_all_data_with_mask()
for i in range(datapoints.shape[0]):
if (validmask[i] != data.VALID):
datapoints = datapoints[1:i]
break
fit = linear_fit(datapoints[:,0:2])
print "Obtained fit: y = %g + %g*x, with std dev %g and %g respectively"%(fit[0], fit[1], fit[2], fit[3])
finally:
gui_exports['on_finished']()
''')
return
def run(self):
worker.feed(
"""
try:
database = kernel_1DScan(run_desc, gui_exports)
(datapoints, validmask) = database.get_all_data_with_mask()
for i in range(datapoints.shape[0]):
if (validmask[i] != data.VALID):
datapoints = datapoints[1:i]
break
fit = linear_fit(datapoints[:,0:2])
print "Obtained fit: y = %g + %g*x, with std dev %g and %g respectively"%(fit[0], fit[1], fit[2], fit[3])
finally:
gui_exports['on_finished']()
"""
)
return
def zeroall_value_clicked(self, widget, data=None):
for key in self.open_io_set_streams.keys():
if (('Magnet' in key) or ('ITC' in key)):
continue
worker.feed('''f_set['%s'](0.0)''' % (key))
return
def zeroall_value_clicked(self, widget, data=None):
for key in self.open_io_set_streams.keys():
if (('Magnet' in key) or ('ITC' in key)):
continue
worker.feed('''f_set['%s'](0.0)'''%(key))
return
