def macro_fn(parameter_s='', name=macro_name):
parameters = split_macro_parameters(parameter_s)
door = genutils.get_door()
door.runMacro(macro_name, parameters, synch=True)
macro = door.getLastRunningMacro()
if macro is not None: # maybe none if macro was aborted
return macro.getResult()
def macro_fn(parameter_s='', name=macro_name):
parameters = genutils.arg_split(parameter_s, posix=True)
door = genutils.get_door()
door.runMacro(macro_name, parameters, synch=True)
macro = door.getLastRunningMacro()
if macro is not None: # maybe none if macro was aborted
return macro.getResult()
def macro_fn(parameter_s='', name=macro_name):
door = genutils.get_door()
ms = genutils.get_macro_server()
params_def = ms.getMacroInfoObj(name).parameters
parameters = split_macro_parameters(parameter_s, params_def)
door.runMacro(macro_name, parameters, synch=True)
macro = door.getLastRunningMacro()
if macro is not None: # maybe none if macro was aborted
return macro.getResult()
def macro_fn(parameter_s='', name=macro_name):
door = genutils.get_door()
ms = genutils.get_macro_server()
params_def = ms.getMacroInfoObj(name).parameters
parameters = split_macro_parameters(parameter_s, params_def)
door.runMacro(macro_name, parameters, synch=True)
macro = door.getLastRunningMacro()
if macro is not None: # maybe none if macro was aborted
return macro.getResult()
def plot(self):
try:
import sps
except:
print 'sps module not available. No plotting'
return
try:
import pylab
except:
print "pylab not available (try running 'spock -pylab'). No plotting"
return
door = genutils.get_door()
try:
env = dict(door.getEnvironmentObj().read().value)
except Exception, e:
print 'Unable to read environment. No plotting'
print str(e)
return
def plot(self):
try:
import sps
except:
print 'sps module not available. No plotting'
return
try:
import pylab
except:
print "pylab not available (try running 'spock -pylab'). No plotting"
return
door = genutils.get_door()
try:
env = dict(door.getEnvironmentObj().read().value)
except Exception, e:
print 'Unable to read environment. No plotting'
print str(e)
return
def plot(self):
try:
import sps
except Exception:
print('sps module not available. No plotting')
return
try:
import pylab
except Exception:
print("pylab not available (try running 'spock -pylab'). "
"No plotting")
return
door = genutils.get_door()
try:
env = dict(door.getEnvironmentObj().read().value)
except Exception as e:
print('Unable to read environment. No plotting')
print(str(e))
return
program = door.getNormalName().replace('/', '').replace('_', '')
try:
array = env['ActiveMntGrp'].replace('/', '').replace(
'_', '').upper() + "0D"
array_ENV = '%s_ENV' % array
except:
print('ActiveMntGrp not defined. No plotting')
return
if not program in sps.getspeclist():
print('%s not found. No plotting' % program)
return
if not array in sps.getarraylist(program):
print('%s not found in %s. No plotting' % (array, program))
return
if not array_ENV in sps.getarraylist(program):
print('%s not found in %s. No plotting' % (array_ENV, program))
return
try:
mem = sps.attach(program, array)
mem_ENV = sps.attach(program, array_ENV)
except Exception as e:
print('sps.attach error: %s. No plotting' % str(e))
return
# reconstruct the environment
i, env = 0, {}
while mem_ENV[i][0] != '':
line = mem_ENV[i].tostring()
eq, end = line.index('='), line.index('\x00')
k, v = line[:eq], line[eq + 1:end]
env[k] = v
i += 1
labels = env['axistitles'].split(' ')
col_nb = len(labels)
if col_nb < 4:
print('No data columns available in sps')
return
rows = int(env['nopts'])
m = mem.transpose()
x = m[1][:rows]
colors = 'bgrcmyk'
col_nb = min(col_nb, len(colors) + 3)
# skip point_nb, motor and timer columns
for i in range(3, col_nb):
y = m[i][:rows]
line, = pylab.plot(x, y, label=labels[i])
line.linestyle = '-'
line.linewidth = 1
line.color = colors[i - 3]
pylab.legend()
