def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([("Set", 'o'), ("Read", "i")])
self.tree = helpers.typical_ncol_tree([
(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)
])
self.tree.add_row("Start at", 0)
self.tree.add_row("Setpoint", 0)
self.tree.add_row("Upper Bound", 10.0)
self.tree.add_row("Lower Bound", -10.0)
self.tree.add_row("Read Scaling", 1.)
self.tree.add_row("Lower Read Cutoff", 1.)
self.tree.add_row("Upper Read Cutoff", 710.96500)
self.tree.add_row("P Gain", -200.)
self.tree.add_row("I Gain", .1)
self.tree.add_row("Pause", 1.)
self.tree.restore_state("PIDlock")
self.table.restore_state("PIDlock")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([
("Oven I set", 'o'),
("Egun V set", "o"),
("Egun bias set", 'o'),
("Endcap V set", 'o'),
("RFamp set", 'o'),
("RFfrq set", 'o')])
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)])
self.tree.add_row("Oven time", 120)
self.tree.add_row("Egun time", 10)
self.tree.add_row("Oven I", 4.0)
self.tree.add_row("Egun V", 2.5)
self.tree.add_row("Egun bias", -20.0)
self.tree.add_row("Endcaps V", 20)
self.tree.add_row("RF amp", 6.0)
self.tree.add_row("RF frq", 6.0)
self.tree.restore_state("AutoLoad")
self.table.restore_state("AutoLoad")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([ ("X Set", 'o'), ("Y1 Read", 'i'), ("Y2 Read", 'i')])
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)])
self.tree.add_row("Hysteresis top point", 0)
self.tree.add_row("Hysteresis top point wait", 0)
self.tree.add_row("Hysteresis bottom point", 0)
self.tree.add_row("Hysteresis bottom point wait", 0)
self.tree.add_row("Measure point", 0)
self.tree.add_row("Measure interval", 0.1)
self.tree.add_row("Measure time", 60)
self.tree.add_row("Y1 Scaling", 1.0)
self.tree.add_row("Y2 Scaling", 1.0)
self.tree.add_row("Pause", .05)
self.tree.add_row("Finish at", 0.0)
self.tree.restore_state("TimeDepScan")
self.table.restore_state("TimeDepScan")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([("X set", 'o'), ("Y set", "o"),
("X read", 'i'),
("Y read", 'i'),
("Z read", 'i')])
self.tree = helpers.typical_ncol_tree([
(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)
])
self.tree.add_row("Start x at", 0)
self.tree.add_row("End x at", 1)
self.tree.add_row("Start y at", 0)
self.tree.add_row("End y at", 1)
self.tree.add_row("Steps in x dir", 1000)
self.tree.add_row("Steps in y dir", 1000)
self.tree.add_row("Z Scaling", 1.0)
self.tree.add_row("Pause X", .01)
self.tree.add_row("Pause Y", .01)
self.tree.add_row("Finish X at", 0.0)
self.tree.add_row("Finish Y at", 0.0)
self.tree.restore_state("2DScan")
self.table.restore_state("2DScan")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([ ("X set", 'o'), ("X read", "i"), ("Y1 read", 'i'), ("Y2 read", "i")])
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)])
self.tree.add_row("Start at", 0)
self.tree.add_row("End at", 1)
self.tree.add_row("Steps", 1000)
self.tree.add_row("Y1 Scaling", 1.)
self.tree.add_row("Y2 Scaling", 1.)
self.tree.add_row("Baseline",0)
self.tree.add_row("Pulse Width",1.)
self.tree.add_row("Pause", .01)
self.tree.add_row("Cycle?", 0)
self.tree.add_row("Finish at", 0.0)
self.tree.restore_state("1DScan")
self.table.restore_state("1DScan")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.active_script = None
self.script_args = None
self.topvbox = gtk.VBox(False, 0)
scripts = os.listdir(SCRIPT_DIR)
# Create a liststore to store all the options
liststore = gtk.ListStore(gobject.TYPE_STRING)
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)])
iter = None
for name in scripts:
if (not name.endswith(".py")): continue
name = name[:-3]
if not iter: iter = liststore.append([name])
else: liststore.append([name])
# Create a combobox
combo = gtk.ComboBoxEntry(liststore, 0)
combo.connect("changed", self.combo_changed, None)
combo.set_active_iter(iter)
self.topvbox.pack_start(combo, False, False, 0)
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.active_script = None
self.script_args = None
self.topvbox = gtk.VBox(False, 0)
scripts = os.listdir(SCRIPT_DIR)
# Create a liststore to store all the options
liststore = gtk.ListStore(gobject.TYPE_STRING)
self.tree = helpers.typical_ncol_tree([
(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)
])
iter = None
for name in scripts:
if (not name.endswith(".py")): continue
name = name[:-3]
if not iter: iter = liststore.append([name])
else: liststore.append([name])
# Create a combobox
combo = gtk.ComboBoxEntry(liststore, 0)
combo.connect("changed", self.combo_changed, None)
combo.set_active_iter(iter)
self.topvbox.pack_start(combo, False, False, 0)
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([("Oven I set", 'o'),
("Egun V set", "o"),
("Egun bias set", 'o'),
("Endcap V set", 'o'),
("RFamp set", 'o'),
("RFfrq set", 'o')])
self.tree = helpers.typical_ncol_tree([
(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)
])
self.tree.add_row("Oven time", 120)
self.tree.add_row("Egun time", 10)
self.tree.add_row("Oven I", 4.0)
self.tree.add_row("Egun V", 2.5)
self.tree.add_row("Egun bias", -20.0)
self.tree.add_row("Endcaps V", 20)
self.tree.add_row("RF amp", 6.0)
self.tree.add_row("RF frq", 6.0)
self.tree.restore_state("AutoLoad")
self.table.restore_state("AutoLoad")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([("X set", 'o'), ("X read", "i"),
("Y1 read", 'i'),
("Y2 read", "i")])
self.tree = helpers.typical_ncol_tree([
(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)
])
self.tree.add_row("Start at", 0)
self.tree.add_row("End at", 1)
self.tree.add_row("Steps", 1000)
self.tree.add_row("Y1 Scaling", 1.)
self.tree.add_row("Y2 Scaling", 1.)
self.tree.add_row("Baseline", 0)
self.tree.add_row("Pulse Width", 1.)
self.tree.add_row("Pause", .01)
self.tree.add_row("Cycle?", 0)
self.tree.add_row("Finish at", 0.0)
self.tree.restore_state("1DScan")
self.table.restore_state("1DScan")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([ ("X set", 'o'), ("Y set", "o"), ("X read", 'i'), ("Y read", 'i'), ("Z read", 'i')])
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, 'setting', 0),
(gobject.TYPE_DOUBLE, 'value', 1)])
self.tree.add_row("Start x at", 0)
self.tree.add_row("End x at", 1)
self.tree.add_row("Start y at", 0)
self.tree.add_row("End y at", 1)
self.tree.add_row("Steps in x dir", 1000)
self.tree.add_row("Steps in y dir", 1000)
self.tree.add_row("Z Scaling", 1.0)
self.tree.add_row("Pause X", .01)
self.tree.add_row("Pause Y", .01)
self.tree.add_row("Finish X at", 0.0)
self.tree.add_row("Finish Y at", 0.0)
self.tree.restore_state("2DScan")
self.table.restore_state("2DScan")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([("X set", "o"), ("X read", "i"), ("Y read", "i")])
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, "setting", 0), (gobject.TYPE_DOUBLE, "value", 1)])
self.tree.add_row("Start at", 0)
self.tree.add_row("End at", 1)
self.tree.add_row("Steps", 1000)
self.tree.add_row("Y Scaling", 1.0)
self.tree.add_row("Pause", 0.01)
self.tree.add_row("Finish at", 0.0)
self.tree.restore_state("LinFit")
self.table.restore_state("LinFit")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return
def register(self):
self.topvbox = gtk.VBox(False, 0)
self.table = helpers.typical_io_table([ ("Set", 'o'), ("Read", "i")])
self.tree = helpers.typical_ncol_tree([(gobject.TYPE_STRING, 'setting', 0),(gobject.TYPE_DOUBLE, 'value', 1)])
self.tree.add_row("Start at", 0)
self.tree.add_row("Setpoint", 0)
self.tree.add_row("Upper Bound", 10.0)
self.tree.add_row("Lower Bound", -10.0)
self.tree.add_row("Read Scaling", 1.)
self.tree.add_row("Lower Read Cutoff", 1.)
self.tree.add_row("Upper Read Cutoff", 710.96500)
self.tree.add_row("P Gain", -200.)
self.tree.add_row("I Gain", .1)
self.tree.add_row("Pause", 1.)
self.tree.restore_state("PIDlock")
self.table.restore_state("PIDlock")
self.topvbox.pack_start(self.tree.treeview, True, True, 0)
self.topvbox.pack_start(self.table.table, False, False, 0)
self.ui_target.add(self.topvbox)
self.ui_target.show_all()
return