class PolygonCfgPlugin(CtxPlugin):
name = "PolygonCfgPlugin"
def __init__(self, app, parent):
CtxPlugin.__init__(self, app, parent)
events.connect(events.CONFIG_MODIFIED, self.config_changed)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_CFG, _("Number of angles for newly created polygon"))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(
self,
config.default_polygon_num,
(3.0, 1000.0),
1.0,
0,
width=3,
onchange=self.changes,
spin_overlay=config.spin_overlay,
)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def changes(self, *args):
val = self.num_spin.get_value()
if not config.default_polygon_num == val:
config.default_polygon_num = val
def config_changed(self, *args):
if args[0][0] == "default_polygon_num":
val = self.num_spin.get_point_value()
if not config.default_polygon_num == val:
self.num_spin.set_point_value(config.default_polygon_num)
def __init__(self,
app,
parent,
val=0.0,
step=1.0,
onchange=None,
onenter=None,
can_be_negative=False):
self.app = app
self.insp = app.insp
self.point_value = val
self.ucallback = onchange
if can_be_negative: self.point_range = (-100000.0, 100000.0)
if self.insp.is_doc(): self.units = app.current_doc.model.doc_units
val = self.point_value * point_dict[self.units]
FloatSpin.__init__(self,
parent,
val,
self.point_range,
step=step,
width=5,
onchange=self.update_point_value,
onenter=onenter,
spin_overlay=config.spin_overlay)
self._set_digits(unit_accuracy[self.units])
self.set_value(self.point_value * point_dict[self.units])
class PolygonPlugin(CtxPlugin):
name = "PolygonPlugin"
update_flag = False
def __init__(self, app, parent):
CtxPlugin.__init__(self, app, parent)
events.connect(events.DOC_CHANGED, self.update)
events.connect(events.SELECTION_CHANGED, self.update)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_NUM, _("Number of polygon angles"))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(
self, 5, (3.0, 1000.0), 1.0, 0, width=3, onchange=self.changes, spin_overlay=config.spin_overlay
)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def changes(self, *args):
if self.update_flag:
return
val = self.num_spin.get_value()
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_polygon(selection.objs[0]):
self.app.current_doc.api.set_polygon_corners_num(val)
def update(self, *args):
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_polygon(selection.objs[0]):
self.update_flag = True
self.num_spin.set_value(selection.objs[0].corners_num)
self.update_flag = False
def __init__(self, parent, val=0.0, val_range=(-360.0, 360.0), onchange=None, onenter=None, check_focus=False): self.angle_value = val self.ucallback = onchange FloatSpin.__init__(self, parent, val, val_range, step=1.0, width=5, onchange=self.update_angle_value, onenter=onenter, check_focus=check_focus, spin_overlay=config.spin_overlay)
class PolygonCfgPlugin(CtxPlugin):
name = 'PolygonCfgPlugin'
def __init__(self, app, parent):
CtxPlugin.__init__(self, app, parent)
events.connect(events.CONFIG_MODIFIED, self.config_changed)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_CFG,
_('Number of angles for newly created polygon'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self, config.default_polygon_num,
(3.0, 1000.0), 1.0, 0,
onchange=self.changes)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def changes(self, *args):
val = self.num_spin.get_value()
if not config.default_polygon_num == val:
config.default_polygon_num = val
def config_changed(self, *args):
if args[0][0] == 'default_polygon_num':
val = self.num_spin.get_point_value()
if not config.default_polygon_num == val:
self.num_spin.set_point_value(config.default_polygon_num)
class PolygonPlugin(CtxPlugin):
name = 'PolygonPlugin'
update_flag = False
def __init__(self, app, parent):
CtxPlugin.__init__(self, app, parent)
events.connect(events.DOC_CHANGED, self.update)
events.connect(events.SELECTION_CHANGED, self.update)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_NUM,
_('Number of polygon angles'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self, 5, (3.0, 1000.0), 1.0, 0,
onchange=self.changes)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def changes(self, *args):
if self.update_flag: return
val = self.num_spin.get_value()
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_polygon(selection.objs[0]):
self.app.current_doc.api.set_polygon_corners_num(val)
def update(self, *args):
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_polygon(selection.objs[0]):
self.update_flag = True
self.num_spin.set_value(selection.objs[0].corners_num)
self.update_flag = False
def build(self):
bmp = get_bmp(self, icons.CTX_ROUNDED_RECT, _('Rounded rectangle'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.slider = Slider(self,
0, (0, 100),
onchange=self.slider_changes,
on_final_change=self.slider_final_changes)
self.add(self.slider, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self,
0, (0.0, 100.0),
1.0,
0,
width=3,
onchange=self.changes,
spin_overlay=config.spin_overlay)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
self.switch = RectAngleSwitch(self, onchange=self.switch_changed)
self.add(self.switch, 0, LEFT | CENTER, 3)
self.switch.hide()
self.keep_ratio = RatioToggle(self, onchange=self.lock_changed)
self.add(self.keep_ratio, 0, LEFT | CENTER, 3)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_NUM,
_('Number of polygon angles'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self, 5, (3.0, 1000.0), 1.0, 0,
onchange=self.changes)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_CFG,
_('Number of angles for newly created polygon'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self, config.default_polygon_num,
(3.0, 1000.0), 1.0, 0,
onchange=self.changes)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def __init__(self, app, parent, val=0.0, step=1.0, onchange=None, onenter=None, can_be_negative=False): self.app = app self.insp = app.insp self.point_value = val self.ucallback = onchange if can_be_negative:self.point_range = (-100000.0, 100000.0) if self.insp.is_doc(): self.units = app.current_doc.model.doc_units val = self.point_value * point_dict[self.units] FloatSpin.__init__(self, parent, val, self.point_range, step=step, width=5, onchange=self.update_point_value, onenter=onenter, spin_overlay=config.spin_overlay) self._set_digits(unit_accuracy[self.units]) self.set_value(self.point_value * point_dict[self.units])
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_NUM, _("Number of polygon angles"))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(
self, 5, (3.0, 1000.0), 1.0, 0, width=3, onchange=self.changes, spin_overlay=config.spin_overlay
)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def __init__(self,
parent,
val=0.0,
val_range=(-360.0, 360.0),
onchange=None,
onenter=None,
check_focus=False):
self.angle_value = val
self.ucallback = onchange
FloatSpin.__init__(self,
parent,
val,
val_range,
step=1.0,
width=5,
onchange=self.update_angle_value,
onenter=onenter,
check_focus=check_focus)
def build(self):
bmp = get_bmp(self, icons.CTX_POLYGON_CFG, _("Number of angles for newly created polygon"))
self.add(bmp, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(
self,
config.default_polygon_num,
(3.0, 1000.0),
1.0,
0,
width=3,
onchange=self.changes,
spin_overlay=config.spin_overlay,
)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
def build(self):
bmp = get_bmp(self, icons.CTX_ROUNDED_RECT, _('Rounded rectangle'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.slider = Slider(self, 0, (0, 100), onchange=self.slider_changes,
on_final_change=self.slider_final_changes)
self.add(self.slider, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self, 0, (0.0, 100.0), 1.0, 0,
width=3, onchange=self.changes,
spin_overlay=config.spin_overlay)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
self.switch = RectAngleSwitch(self, onchange=self.switch_changed)
self.add(self.switch, 0, LEFT | CENTER, 3)
self.switch.hide()
self.keep_ratio = RatioToggle(self, onchange=self.lock_changed)
self.add(self.keep_ratio, 0, LEFT | CENTER, 3)
def build(self):
flags = LEFT | CENTER
pflags = ALL | EXPAND
#---------Labels
p = HPanel(self)
props = [
('Normal font', False, 0),
('Bold font', True, 0),
('-1 font', False, -1),
('+1 font', False, 1),
('+2 font', False, 2),
('+2 bold font', True, 2),
('+2 red bold font', True, 2, (255, 0, 0)),
]
for item in props:
p.pack(Label(p, *item), padding=5)
self.pack(p, fill=True)
self.pack(HLine(self), fill=True, padding=5)
#---------HtmlLabels
p = HPanel(self)
p.pack(HtmlLabel(p, 'http://sk1project.org'), padding=5)
p.pack(HtmlLabel(p, 'Download site', 'http://sk1project.org'), padding=5)
self.pack(p, fill=True)
self.pack(HLine(self), fill=True, padding=5)
#---------Buttons
p = HPanel(self)
p.pack(Button(p, 'Native button'), padding=5)
txt = 'Native default button'
p.pack(Button(p, 'Native default button', default=True, tooltip=txt), padding=5)
p.pack(Button(p, 'Native button with callback', onclick=self.test), padding=5)
self.pack(p, fill=True)
self.pack(HLine(self), fill=True, padding=5)
#---------Checkboxes
p = HPanel(self)
p.add(Checkbox(p, 'Native checkbox'), 0, flags, 5)
p.add(Checkbox(p, 'Native checkbox (checked)', True), 0, flags, 5)
p.add(Checkbox(p, 'Checkbox with callback', onclick=self.test), 0, flags, 5)
self.pack(p, fill=True, padding=5)
self.pack(HLine(self), fill=True, padding=5)
#---------Radiobuttons
p = HPanel(self, border=BOTTOM, space=2)
p.add(Radiobutton(p.panel, 'Native radiobutton', group=True), 0, flags, 5)
p.add(Radiobutton(p.panel, 'Native radiobutton (selected)'), 0, flags, 5)
p.add(Radiobutton(p.panel, 'Radiobutton with callback', onclick=self.test), 0, flags, 5)
self.add(p, 0, pflags)
#---------Combolist
p = HPanel(self, border=BOTTOM, space=2)
sample = ['zero', 'one', 'two', 'three', 'four five', 'six seven eight']
p.add(Label(p, 'Native combolist:'), 0, flags, 5)
p.add(Combolist(p, items=sample), 0, flags, 5)
p.add(Label(p, 'Native combolist with callback:'), 0, flags, 5)
p.add(Combolist(p, items=sample, onchange=self.test), 0, flags, 5)
self.add(p, 0, pflags)
#---------Combobox
p = HPanel(self, border=BOTTOM, space=2)
sample = ['zero', 'one', 'two', 'three', 'four five', 'six seven eight']
p.add(Label(p, 'Native combobox:'), 0, flags, 5)
p.add(Combobox(p, 'value', items=sample), 0, flags, 5)
p.add(Label(p, 'Native combobox with callback:'), 0, flags, 5)
p.add(Combobox(p, items=sample, width=15, onchange=self.test), 0, flags, 5)
self.add(p, 0, pflags)
#---------Text entry
p = HPanel(self, border=BOTTOM, space=2)
p.add(Label(p, 'Native text entry:'), 0, flags, 5)
p.add(Entry(p, 'value', width=5), 0, flags, 5)
p.add(Label(p, 'Native text entry with callback:'), 0, flags, 5)
p.add(Entry(p, 'value', onchange=self.test), 0, flags, 5)
self.add(p, 0, pflags)
#---------Multiline Text entry
p = HPanel(self, border=BOTTOM, space=2)
p.add(Label(p, 'Multiline text entry:'), 0, flags, 5)
p.add(Entry(p, 'value', size=(150, 50), multiline=True), 0, flags, 5)
p.add(Label(p, 'Multiline text entry with callback:'), 0, flags, 5)
p.add(Entry(p, 'value', size=(150, 50), multiline=True,
onchange=self.test), 0, flags, 5)
self.add(p, 0, pflags)
#---------Spin
p = HPanel(self, border=BOTTOM, space=2)
p.add(Label(p, 'Native spin control:'), 0, flags, 5)
p.add(Spin(p, 1, (0, 90), onchange=self.test), 0, flags, 5)
p.add(Label(p, 'Float spin control:'), 0, flags, 5)
self.spin = FloatSpin(p.panel, 1.3, (0.0, 90.0), 0.01, 3, width=5,
onchange=self.test)
p.add(self.spin, 0, flags, 5)
p.add(Button(p, 'Get value', onclick=self.test_spin), 0, flags, 5)
self.add(p, 0, pflags)
#---------Slider
p = HPanel(self, border=BOTTOM, space=2)
p.add(Label(p, 'Native slider:'), 0, flags, 5)
p.add(Slider(p.panel, 25, (0, 255), onchange=self.test), 0, flags, 5)
self.add(p, 0, pflags)
#---------Labeled panel
p = HPanel(self)
panel = LabeledPanel(p, 'The panel')
panel.add((0, 50), 0, flags, 0)
panel.add(Label(p, 'Native Labeled Panel'), 0, flags, 0)
p.box_add(panel.box, 0, flags, 5)
panel = LabeledPanel(p)
panel.add((0, 50), 0, flags, 0)
panel.add(Label(p, 'Headless Labeled Panel'), 0, flags, 0)
p.box_add(panel.box, 0, flags, 5)
p.add(VLine(p), 0, ALL | EXPAND, 3)
nb = Notebook(p)
page = VPanel(nb)
page.add((50, 100))
nb.add_page(page, 'First page')
page = VPanel(nb)
page.add((50, 100))
nb.add_page(page, 'Second page')
p.add(nb, 1, ALL | EXPAND, 3)
self.add(p, 0, pflags)
class RectanglePlugin(CtxPlugin):
name = 'RectanglePlugin'
corners = [0, 0, 0, 0]
orig_corners = [0, 0, 0, 0]
update_flag = False
active_corner = 0
def __init__(self, app, parent):
CtxPlugin.__init__(self, app, parent)
events.connect(events.DOC_CHANGED, self.update)
events.connect(events.SELECTION_CHANGED, self.update)
def build(self):
bmp = get_bmp(self, icons.CTX_ROUNDED_RECT, _('Rounded rectangle'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.slider = Slider(self,
0, (0, 100),
onchange=self.slider_changes,
on_final_change=self.slider_final_changes)
self.add(self.slider, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self,
0, (0.0, 100.0),
1.0,
0,
width=3,
onchange=self.changes,
spin_overlay=config.spin_overlay)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
self.switch = RectAngleSwitch(self, onchange=self.switch_changed)
self.add(self.switch, 0, LEFT | CENTER, 3)
self.switch.hide()
self.keep_ratio = RatioToggle(self, onchange=self.lock_changed)
self.add(self.keep_ratio, 0, LEFT | CENTER, 3)
def lock_changed(self, *args):
self.switch.set_visible(not self.keep_ratio.get_active())
self.parent.Layout()
if self.keep_ratio.get_active():
val = self.corners[self.active_corner]
self.active_corner = 0
self.switch.set_index(0)
if not self.update_flag: self.apply_changes(val)
self.update_vals()
def switch_changed(self):
self.active_corner = self.switch.get_index()
self.update_vals()
def slider_changes(self):
if self.update_flag: return
self.apply_changes(self.slider.get_value() / 100.0)
def slider_final_changes(self):
if self.update_flag: return
self.apply_changes(self.slider.get_value() / 100.0, True)
def changes(self, *args):
if self.update_flag: return
self.apply_changes(self.num_spin.get_value() / 100.0)
def apply_changes(self, val, final=False):
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_rect(selection.objs[0]):
if self.keep_ratio.get_active():
self.corners = [val, val, val, val]
else:
self.corners[self.active_corner] = val
api = self.app.current_doc.api
if final:
api.set_rect_corners_final(self.corners, self.orig_corners)
self.orig_corners = [] + self.corners
else:
api.set_rect_corners(self.corners)
def update_vals(self):
self.update_flag = True
self.slider.set_value(int(self.corners[self.active_corner] * 100))
self.num_spin.set_value(self.corners[self.active_corner] * 100.0)
self.update_flag = False
def update(self, *args):
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_rect(selection.objs[0]):
corners = [] + selection.objs[0].corners
if self.corners == corners:
self.update_vals()
else:
self.corners = corners
self.orig_corners = [] + corners
self.update_flag = True
state = (corners[0] == corners[1] == corners[2] ==
corners[3])
self.keep_ratio.set_active(state)
self.lock_changed()
class RectanglePlugin(CtxPlugin):
name = 'RectanglePlugin'
corners = [0, 0, 0, 0]
orig_corners = [0, 0, 0, 0]
update_flag = False
active_corner = 0
def __init__(self, app, parent):
CtxPlugin.__init__(self, app, parent)
events.connect(events.DOC_CHANGED, self.update)
events.connect(events.SELECTION_CHANGED, self.update)
def build(self):
bmp = get_bmp(self, icons.CTX_ROUNDED_RECT, _('Rounded rectangle'))
self.add(bmp, 0, LEFT | CENTER, 2)
self.slider = Slider(self, 0, (0, 100), onchange=self.slider_changes,
on_final_change=self.slider_final_changes)
self.add(self.slider, 0, LEFT | CENTER, 2)
self.num_spin = FloatSpin(self, 0, (0.0, 100.0), 1.0, 0,
width=3, onchange=self.changes,
spin_overlay=config.spin_overlay)
self.add(self.num_spin, 0, LEFT | CENTER, 2)
self.switch = RectAngleSwitch(self, onchange=self.switch_changed)
self.add(self.switch, 0, LEFT | CENTER, 3)
self.switch.hide()
self.keep_ratio = RatioToggle(self, onchange=self.lock_changed)
self.add(self.keep_ratio, 0, LEFT | CENTER, 3)
def lock_changed(self, *args):
self.switch.set_visible(not self.keep_ratio.get_active())
self.parent.Layout()
if self.keep_ratio.get_active():
val = self.corners[self.active_corner]
self.active_corner = 0
self.switch.set_index(0)
if not self.update_flag: self.apply_changes(val)
self.update_vals()
def switch_changed(self):
self.active_corner = self.switch.get_index()
self.update_vals()
def slider_changes(self):
if self.update_flag: return
self.apply_changes(self.slider.get_value() / 100.0)
def slider_final_changes(self):
if self.update_flag: return
self.apply_changes(self.slider.get_value() / 100.0, True)
def changes(self, *args):
if self.update_flag: return
self.apply_changes(self.num_spin.get_value() / 100.0)
def apply_changes(self, val, final=False):
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_rect(selection.objs[0]):
if self.keep_ratio.get_active():
self.corners = [val, val, val, val]
else:
self.corners[self.active_corner] = val
api = self.app.current_doc.api
if final:
api.set_rect_corners_final(self.corners, self.orig_corners)
self.orig_corners = [] + self.corners
else:
api.set_rect_corners(self.corners)
def update_vals(self):
self.update_flag = True
self.slider.set_value(int(self.corners[self.active_corner] * 100))
self.num_spin.set_value(self.corners[self.active_corner] * 100.0)
self.update_flag = False
def update(self, *args):
if self.insp.is_selection():
selection = self.app.current_doc.selection
if self.insp.is_obj_rect(selection.objs[0]):
corners = [] + selection.objs[0].corners
if self.corners == corners:
self.update_vals()
else:
self.corners = corners
self.orig_corners = [] + corners
self.update_flag = True
state = (corners[0] == corners[1] == corners[2] == corners[3])
self.keep_ratio.set_active(state)
self.lock_changed()