def add_scale_widget(self, prop, enforce_range=True):
# Create the widget:
inp = ScaleEntry(prop.minimum, prop.maximum, enforce_range=enforce_range)
inp.set_tooltip_text(prop.title)
self[self.widget_format % prop.label] = inp
# Add & return the widget
return self._add_widget_to_container(inp, self._get_widget_container(prop))
def add_scale_widget(self, prop, enforce_range=True):
# Create the widget:
inp = ScaleEntry(prop.minimum,
prop.maximum,
enforce_range=enforce_range)
inp.set_tooltip_text(prop.title)
self[self.widget_format % prop.label] = inp
# Add & return the widget
return self._add_widget_to_container(inp,
self._get_widget_container(prop))
def add_scale_widget(self, intel, widget_format="default_%s", container=None, enforce_range=True):
if not isinstance(container, gtk.Widget):
container = self[(container or "container_%s") % intel.name]
if container == None:
warn("Scale widget container not found for '%s'!" % intel.name, Warning)
return None
name = widget_format % intel.name
child = container.get_child()
if child is not None:
container.remove(child)
inp = ScaleEntry(intel.minimum, intel.maximum, enforce_range=enforce_range)
self[name] = inp
container.add(inp)
inp.show_all()
return inp
def add_param_widget(self, name, label, minimum, maximum):
tbl = self["tbl_params"]
rows = tbl.get_property("n-rows") + 1
tbl.resize(rows, 2)
lbl = gtk.Label(label)
lbl.set_alignment(1.0, 0.5)
tbl.attach(lbl, 0, 1, rows - 1, rows, gtk.FILL, gtk.FILL)
inp = ScaleEntry(minimum, maximum, enforce_range=True)
tbl.attach(inp, 1, 2, rows - 1, rows, gtk.FILL, gtk.FILL)
tbl.show_all()
self[name] = inp
inp.set_name(name)
return inp
def create_inputs(table):
input_widgets = [None] * N
check_widgets = [None] * N
num_columns = 2
column_width = 3
for i, prop in enumerate(self.props):
new_lbl = self.create_mathtext_widget(prop.math_title, prop.label)
new_inp = ScaleEntry(lower=prop.minimum, upper=prop.maximum, enforce_range=True)
new_inp.set_tooltip_text(prop.title)
new_inp.set_name(self.widget_format % prop.label)
self[self.widget_format % prop.label] = new_inp
input_widgets[i] = new_inp
j = (i % num_columns) * column_width
table.attach(new_lbl, 0 + j, 1 + j, i / num_columns, (i / num_columns) + 1, xpadding=2, ypadding=2)
table.attach(new_inp, 2 + j, 3 + j, i / num_columns, (i / num_columns) + 1, xpadding=2, ypadding=2)
if prop.inheritable is not None:
inh_prop = all_props.get(prop.inherit_flag, None)
if inh_prop is None:
raise ValueError("The inherit flag property `%s` is missing for `%s` on meta model with store id `%s`" % (
prop.inherit_flag,
prop.label,
meta.store_id
))
new_check = Gtk.CheckButton(label="")
new_check.set_tooltip_text(inh_prop.title)
new_check.set_name(self.widget_format % inh_prop.label)
new_check.set_sensitive(False)
self[self.widget_format % inh_prop.label] = new_check
check_widgets[i] = new_check
table.attach(new_check, 1 + j, 2 + j, i / num_columns, (i / num_columns) + 1, xpadding=2, ypadding=2, xoptions=Gtk.AttachOptions.FILL)
del new_inp, new_lbl
return input_widgets, check_widgets
def add_scale_widget(self,
intel,
widget_format="default_%s",
container=None,
enforce_range=True):
if not isinstance(container, gtk.Widget):
container = self[(container or "container_%s") % intel.name]
if container == None:
warn("Scale widget container not found for '%s'!" % intel.name,
Warning)
return None
name = widget_format % intel.name
child = container.get_child()
if child is not None:
container.remove(child)
inp = ScaleEntry(intel.minimum,
intel.maximum,
enforce_range=enforce_range)
self[name] = inp
container.add(inp)
inp.show_all()
return inp
def create_inputs(table):
input_widgets = [None] * N
check_widgets = [None] * N
num_columns = 2
column_width = 3
for i, prop in enumerate(self.props):
new_lbl = self.create_mathtext_widget(prop.math_title,
prop.label)
new_inp = ScaleEntry(lower=prop.minimum,
upper=prop.maximum,
enforce_range=True)
new_inp.set_tooltip_text(prop.title)
new_inp.set_name(self.widget_format % prop.label)
self[self.widget_format % prop.label] = new_inp
input_widgets[i] = new_inp
j = (i % num_columns) * column_width
table.attach(new_lbl,
0 + j,
1 + j,
i / num_columns, (i / num_columns) + 1,
xpadding=2,
ypadding=2)
table.attach(new_inp,
2 + j,
3 + j,
i / num_columns, (i / num_columns) + 1,
xpadding=2,
ypadding=2)
if prop.inheritable is not None:
inh_prop = all_props.get(prop.inherit_flag, None)
if inh_prop is None:
raise ValueError(
"The inherit flag property `%s` is missing for `%s` on meta model with store id `%s`"
% (prop.inherit_flag, prop.label, meta.store_id))
new_check = Gtk.CheckButton(label="")
new_check.set_tooltip_text(inh_prop.title)
new_check.set_name(self.widget_format % inh_prop.label)
new_check.set_sensitive(False)
self[self.widget_format % inh_prop.label] = new_check
check_widgets[i] = new_check
table.attach(new_check,
1 + j,
2 + j,
i / num_columns, (i / num_columns) + 1,
xpadding=2,
ypadding=2,
xoptions=Gtk.AttachOptions.FILL)
del new_inp, new_lbl
return input_widgets, check_widgets
def create_inputs(table):
input_widgets = [None] * N
check_widgets = [None] * N
num_columns = 2
column_width = 3
for i, prop in enumerate(self.props):
new_lbl = self.create_mathtext_widget(prop.math_label, prop.label)
new_inp = ScaleEntry(lower=prop.minimum, upper=prop.maximum, enforce_range=True)
new_inp.set_tooltip_text(prop.label)
new_inp.set_name(self.widget_format % prop.name)
self[self.widget_format % prop.name] = new_inp
input_widgets[i] = new_inp
j = (i % num_columns) * column_width
table.attach(new_lbl, 0 + j, 1 + j, i / num_columns, (i / num_columns) + 1, xpadding=2, ypadding=2)
table.attach(new_inp, 2 + j, 3 + j, i / num_columns, (i / num_columns) + 1, xpadding=2, ypadding=2)
if prop.inh_name is not None:
inh_prop = meta.get_prop_intel_by_name(prop.inh_name)
new_check = gtk.CheckButton(label="")
new_check.set_tooltip_text(inh_prop.label)
new_check.set_name(self.widget_format % inh_prop.name)
new_check.set_sensitive(False)
self[self.widget_format % inh_prop.name] = new_check
check_widgets[i] = new_check
table.attach(new_check, 1 + j, 2 + j, i / num_columns, (i / num_columns) + 1, xpadding=2, ypadding=2, xoptions=gtk.FILL)
del new_inp, new_lbl
return input_widgets, check_widgets
def create_inputs(table):
input_widgets = [None] * N
check_widgets = [None] * N
num_columns = 2
column_width = 3
for i, prop in enumerate(self.props):
new_lbl = self.create_mathtext_widget(prop.math_label,
prop.label)
new_inp = ScaleEntry(lower=prop.minimum,
upper=prop.maximum,
enforce_range=True)
new_inp.set_tooltip_text(prop.label)
new_inp.set_name(self.widget_format % prop.name)
self[self.widget_format % prop.name] = new_inp
input_widgets[i] = new_inp
j = (i % num_columns) * column_width
table.attach(new_lbl,
0 + j,
1 + j,
i / num_columns, (i / num_columns) + 1,
xpadding=2,
ypadding=2)
table.attach(new_inp,
2 + j,
3 + j,
i / num_columns, (i / num_columns) + 1,
xpadding=2,
ypadding=2)
if prop.inh_name is not None:
inh_prop = meta.get_prop_intel_by_name(prop.inh_name)
new_check = gtk.CheckButton(label="")
new_check.set_tooltip_text(inh_prop.label)
new_check.set_name(self.widget_format % inh_prop.name)
new_check.set_sensitive(False)
self[self.widget_format % inh_prop.name] = new_check
check_widgets[i] = new_check
table.attach(new_check,
1 + j,
2 + j,
i / num_columns, (i / num_columns) + 1,
xpadding=2,
ypadding=2,
xoptions=gtk.FILL)
del new_inp, new_lbl
return input_widgets, check_widgets
