def _add_parameter_by_name(self, param):
if param in self._label_name:
return
popts = self._instrument.get_shared_parameter_options(param)
self._parameter_options[param] = popts
nrows = self._table.props.n_rows
self._table.resize(nrows + 1, 5)
if 'doc' in popts:
plabel = gtk.Label(param + ' [?]')
plabel.set_tooltip_text(popts['doc'])
else:
plabel = gtk.Label(param)
plabel.set_alignment(0, 0)
plabel.show()
self._row_num[param] = nrows
self._table.attach(plabel, 1, 2, nrows, nrows + 1)
vlabel = gtk.Label()
val = self._instrument.get(param, query=False)
self._cur_val[param] = val
vlabel.set_markup('<b>%s</b>' % \
qt.format_parameter_value(self._parameter_options[param], val))
vlabel.set_alignment(0, 0)
vlabel.show()
self._table.attach(vlabel, 2, 3, nrows, nrows + 1)
self._add_range_info(param, nrows)
self._add_rate_info(param, nrows)
self._label_name[param] = plabel
self._label_val[param] = vlabel
def _add_parameter_by_name(self, param):
if param in self._label_name:
return
popts = self._instrument.get_shared_parameter_options(param)
self._parameter_options[param] = popts
nrows = self._table.props.n_rows
self._table.resize(nrows + 1, 5)
if 'doc' in popts:
plabel = gtk.Label(param + ' [?]')
plabel.set_tooltip_text(popts['doc'])
else:
plabel = gtk.Label(param)
plabel.set_alignment(0, 0)
plabel.show()
self._row_num[param] = nrows
self._table.attach(plabel, 1, 2, nrows, nrows + 1)
vlabel = gtk.Label()
val = self._instrument.get(param, query=False)
self._cur_val[param] = val
vlabel.set_markup('<b>%s</b>' % \
qt.format_parameter_value(self._parameter_options[param], val))
vlabel.set_alignment(0, 0)
vlabel.show()
self._table.attach(vlabel, 2, 3, nrows, nrows + 1)
self._add_range_info(param, nrows)
self._add_rate_info(param, nrows)
self._label_name[param] = plabel
self._label_val[param] = vlabel
def _do_update_parameters_timer(self):
gtk.gdk.threads_enter()
for param, val in self._update_dict.iteritems():
if param in self._label_val and self._cur_val[param] != val:
self._label_val[param].set_markup('<b>%s</b>' % \
qt.format_parameter_value(self._parameter_options[param],
val))
self._cur_val[param] = val
self._update_dict = {}
gtk.gdk.threads_leave()
return True
def _do_update_parameters_timer(self):
gtk.gdk.threads_enter()
for param, val in self._update_dict.iteritems():
if param in self._label_val and self._cur_val[param] != val:
self._label_val[param].set_markup('<b>%s</b>' % \
qt.format_parameter_value(self._parameter_options[param],
val))
self._cur_val[param] = val
self._update_dict = {}
gtk.gdk.threads_leave()
return True
def _update_cb(self, sender, ins_param, val):
if ins_param not in self._watch:
return
info = self._watch[ins_param]
ins = info['instrument']
param = info['parameter']
strval = qt.format_parameter_value(info['options'], val)
self._tree_model.set(info['iter'], 2, strval)
if not info.get('graph', False):
return
cols = self._get_ncols(info, val)
plotname = 'watch_%s.%s' % (ins.get_name(), param)
# Create temp file and setup plotting
if 'tempfile' not in info:
info['tempfile'] = temp.File(mode='w')
cmd = 'qt.plot_file("%s", name="%s", clear=True)' % (
info['tempfile'].name, plotname)
qt.cmd(cmd, callback=lambda *x: True)
for i in range(cols - 2):
cmd = 'qt.plot_file("%s", name="%s", valdim=%d)' % (
info['tempfile'].name, plotname, i + 2)
qt.cmd(cmd, callback=lambda *x: True)
else:
info['tempfile'].reopen()
# Allocate array, fill xs and ys with first point, shift otherwise
if 'data' not in info or info['data'] is None:
d = np.ones([info['points'], cols])
info['data'] = d
r = self._get_row(info, val)
for i in range(cols):
d[:, i] = r[i]
else:
info['data'][:-1, :] = info['data'][1:, :]
r = self._get_row(info, val, prevrow=info['data'][-2, :])
info['data'][-1, :] = r
np.savetxt(info['tempfile'].get_file(), info['data'])
info['tempfile'].close()
cmd = 'qt.plots["%s"].update()' % (plotname, )
qt.cmd(cmd)
def _update_cb(self, sender, ins_param, val):
if ins_param not in self._watch:
return
info = self._watch[ins_param]
ins = info['instrument']
param = info['parameter']
strval = qt.format_parameter_value(info['options'], val)
self._tree_model.set(info['iter'], 2, strval)
if not info.get('graph', False):
return
cols = self._get_ncols(info, val)
plotname = 'watch_%s.%s' % (ins.get_name(), param)
# Create temp file and setup plotting
if 'tempfile' not in info:
info['tempfile'] = temp.File(mode='w')
cmd = 'qt.plot_file("%s", name="%s", clear=True)' % (info['tempfile'].name, plotname)
qt.cmd(cmd, callback=lambda *x: True)
for i in range(cols - 2):
cmd = 'qt.plot_file("%s", name="%s", valdim=%d)' % (info['tempfile'].name, plotname, i+2)
qt.cmd(cmd, callback=lambda *x: True)
else:
info['tempfile'].reopen()
# Allocate array, fill xs and ys with first point, shift otherwise
if 'data' not in info or info['data'] is None:
d = np.ones([info['points'], cols])
info['data'] = d
r = self._get_row(info, val)
for i in range(cols):
d[:,i] = r[i]
else:
info['data'][:-1,:] = info['data'][1:,:]
r = self._get_row(info, val, prevrow=info['data'][-2,:])
info['data'][-1,:] = r
np.savetxt(info['tempfile'].get_file(), info['data'])
info['tempfile'].close()
cmd = 'qt.plots["%s"].update()' % (plotname, )
qt.cmd(cmd)
def _update_cb(self, sender, ins_param, val):
if ins_param not in self._watch:
return
info = self._watch[ins_param]
ins = info['instrument']
param = info['parameter']
strval = qt.format_parameter_value(info['options'], val)
self._tree_model.set(info['iter'], 2, strval)
if not info.get('graph', False):
return
plotname = 'watch_%s.%s' % (ins.get_name(), param)
if 'data' not in info or info['data'] is None:
cols = self._get_ncols(info, val)
d = np.zeros([info['points'], cols], dtype=np.float)
r = self._get_row(info, val)
d[0, :] = self._get_row(info, val)
info['data'] = d
info['tempfile'] = temp.File(mode='w')
cmd = 'qt.plot_file("%s", name="%s", clear=True)' % (
info['tempfile'].name, plotname)
qt.cmd(cmd, callback=lambda *x: do_print(x))
for i in range(cols - 2):
cmd = 'qt.plot_file("%s", name="%s", valdim=%d)' % (
info['tempfile'].name, plotname, i + 2)
qt.cmd(cmd, callback=lambda *x: do_print(x))
else:
info['tempfile'].reopen()
info['data'][0:-1, :] = info['data'][1:, :]
r = self._get_row(info, val, prevrow=info['data'][-2, :])
info['data'][-1, :] = self._get_row(info,
val,
prevrow=info['data'][-2, :])
np.savetxt(info['tempfile'].get_file(), info['data'])
info['tempfile'].close()
cmd = 'qt.plots["%s"].update()' % (plotname, )
qt.cmd(cmd)
def _update_cb(self, sender, ins_param, val):
if ins_param not in self._watch:
return
info = self._watch[ins_param]
ins = info['instrument']
param = info['parameter']
strval = qt.format_parameter_value(info['options'], val)
self._tree_model.set(info['iter'], 2, strval)
if not info.get('graph', False):
return
plotname = 'watch_%s.%s' % (ins.get_name(), param)
if 'data' not in info or info['data'] is None:
cols = self._get_ncols(info, val)
d = np.zeros([info['points'], cols], dtype=np.float)
r = self._get_row(info, val)
d[0,:] = self._get_row(info, val)
info['data'] = d
info['tempfile'] = temp.File(mode='w')
cmd = 'qt.plot_file("%s", name="%s", clear=True)' % (info['tempfile'].name, plotname)
qt.cmd(cmd, callback=lambda *x: do_print(x))
for i in range(cols - 2):
cmd = 'qt.plot_file("%s", name="%s", valdim=%d)' % (info['tempfile'].name, plotname, i+2)
qt.cmd(cmd, callback=lambda *x: do_print(x))
else:
info['tempfile'].reopen()
info['data'][0:-1,:] = info['data'][1:,:]
r = self._get_row(info, val, prevrow=info['data'][-2,:])
info['data'][-1,:] = self._get_row(info, val, prevrow=info['data'][-2,:])
np.savetxt(info['tempfile'].get_file(), info['data'])
info['tempfile'].close()
cmd = 'qt.plots["%s"].update()' % (plotname, )
qt.cmd(cmd)
def _update_value(self, val, widget=None):
_enable_widget(widget)
fmtval = qt.format_parameter_value(self._param_opts, val)
self.set_text(fmtval)
def _update_value(self, val, widget=None):
_enable_widget(widget)
fmtval = qt.format_parameter_value(self._param_opts, val)
self.set_text(fmtval)
