def __init__(self, box):
"""Create the sidebar.
@box: Parent widget."""
# Create the notebook and add to parent.
self.notebook = gtk.Notebook()
box.pack_start(self.notebook, False, False, 0)
# Get and set sidebar width.
width = main.config.getint('sidebar','width')
self.notebook.set_size_request(width, -1)
# Append color properies to the sidebar notebook.
self.color = SidebarColor()
self.notebook.append_page(self.color.box, gtk.Label(_('Color')))
# Append layers tree to the sidebar notebook.
self.layers = SidebarLayers()
self.notebook.append_page(self.layers.box, gtk.Label(_('Objects')))
# Append tools properties to sidebar notebook.
self.tool = gtk.VBox(False, 0)
self.tool.set_border_width(10)
self.toolgroup = MultiWidgetGroup(self.tool)
activetool = main.plugins.activetool
toolimg_path = os.path.join(main.imgpath, activetool.icon)
toolimg = gtk.image_new_from_file(toolimg_path)
self.notebook.append_page(self.tool, toolimg)
# Display the above widgets (from now will be dynamically displayed).
self.notebook.show_all()
# Append tool GUIs to the tool notebook page.
for name, plug in main.plugins.childs.items():
if plug.type == 'tool':
widget = plug.gui()
gutils.expander(widget)
MultiWidgetPresets(plug, widget, False)
self.toolgroup.append(name, widget)
# Display the properties of active tool (the first one).
self.toolgroup.show(main.plugins.activetool.name)
def __init__(self):
"""Create the sidebar color object at program start, including the
interface controllers."""
# Configure box.
self.box = gtk.VBox(False, 0)
self.box.set_border_width(10)
# Append callback to color update stack.
main.color.updated_todo.append(self.update)
# Red controller.
self.color_r = MultiWidgetSpin(
self.box,
_('Red') + ' (R)',
True,
0,
255,
main.color.rgb[0],
lambda x: main.color.set_rgb_component(x, 0))
# Green controller.
self.color_g = MultiWidgetSpin(
self.box,
_('Green') + ' (G)',
True,
0,
255,
main.color.rgb[1],
lambda x: main.color.set_rgb_component(x, 1))
# Blue controller.
self.color_b = MultiWidgetSpin(
self.box,
_('Blue') + ' (B)',
True,
0,
255,
main.color.rgb[2],
lambda x: main.color.set_rgb_component(x, 2))
# Separator between rgb and hsv.
gutils.separator(self.box)
# Hue controller.
self.color_h = MultiWidgetSpin(
self.box,
_('Hue') + ' (H)',
True,
0,
359,
main.color.hsv[0],
lambda x: main.color.set_hsv_component(x, 0))
# Saturation controller.
self.color_s = MultiWidgetSpin(
self.box,
_('Saturation') + ' (S)',
True,
0,
100,
main.color.hsv[1],
lambda x: main.color.set_hsv_component(x, 1))
# Value controller.
self.color_v = MultiWidgetSpin(
self.box,
_('Value') + ' (V)',
True,
0,
100,
main.color.hsv[2],
lambda x: main.color.set_hsv_component(x, 2))
# Separator between hsv and hexadecimal.
gutils.separator(self.box)
self.color_hex = MultiWidgetEntry(
self.box,
_('Hexadecimal'),
6,
main.color.hex,
main.color.set_hex)
# Gap to the box bottom.
gutils.expander(self.box)
gutils.separator(self.box)
# Clear button.
self.clear = MultiWidgetClear(
self.box,
1,
main.color.clear)
