def __init__(self, parent):
wal.HPanel.__init__(self, parent)
panel = wal.LabeledPanel(self, text='LabeledPanel')
self.pack(panel, fill=True, expand=True, padding_all=10)
panel.pack(wal.Label(panel, 'Internal widget'))
def build(self):
self.pack((5, 5))
hpanel = wal.HPanel(self)
vp = wal.LabeledPanel(hpanel, text=_('Document units'))
names = []
for item in unit_names:
names.append(unit_full_names[item])
self.units_combo = wal.Combolist(vp, items=names)
self.units = self.doc.methods.get_doc_units()
self.units_combo.set_active(unit_names.index(self.units))
vp.pack(self.units_combo, padding_all=15, fill=True)
hpanel.pack(vp, expand=True, fill=True)
hpanel.pack((10, 10))
vp = wal.LabeledPanel(hpanel, text=_('Document origin'))
self.origin = self.doc.methods.get_doc_origin()
self.origin_keeper = wal.HToggleKeeper(vp, ORIGINS, ORIGIN_ICONS,
ORIGIN_NAMES)
self.origin_keeper.set_mode(self.origin)
vp.pack(self.origin_keeper, padding_all=5)
hpanel.pack(vp, fill=True)
self.pack(hpanel, fill=True, padding_all=5)
data = [[_('Unit'), _('Value in points')]]
for item in uc2const.unit_names:
name = uc2const.unit_full_names[item]
value = _('%s points') % str(uc2const.unit_dict[item])
data.append([name, value])
vp = wal.VPanel(self)
vp.set_bg(wal.UI_COLORS['border'])
slist = wal.ReportList(vp, data)
vp.pack(slist, expand=True, fill=True, padding_all=1)
self.pack(vp, expand=True, fill=True, padding_all=5)
self.pack((5, 5))
def build(self):
self.pack((5, 5))
self.geom = self.doc.methods.get_grid_values()
hpanel = wal.HPanel(self)
txt = _('Grid origin')
origin_panel = wal.LabeledPanel(hpanel, text=txt)
grid = wal.GridPanel(origin_panel, 2, 3, 5, 5)
grid.pack(wal.Label(grid, 'X:'))
self.x_val = UnitSpin(self.app, grid, self.geom[0])
grid.pack(self.x_val)
grid.pack(StaticUnitLabel(self.app, grid))
grid.pack(wal.Label(grid, 'Y:'))
self.y_val = UnitSpin(self.app, grid, self.geom[1])
grid.pack(self.y_val)
grid.pack(StaticUnitLabel(self.app, grid))
origin_panel.pack(grid, padding_all=5)
hpanel.pack(origin_panel, padding_all=5, fill=True, expand=True)
txt = _('Grid frequency')
freq_panel = wal.LabeledPanel(hpanel, text=txt)
grid = wal.GridPanel(origin_panel, 2, 3, 5, 5)
grid.pack(wal.Label(grid, 'dX:'))
self.dx_val = UnitSpin(self.app, grid, self.geom[2])
grid.pack(self.dx_val)
grid.pack(StaticUnitLabel(self.app, grid))
grid.pack(wal.Label(grid, 'dY:'))
self.dy_val = UnitSpin(self.app, grid, self.geom[3])
grid.pack(self.dy_val)
grid.pack(StaticUnitLabel(self.app, grid))
freq_panel.pack(grid, padding_all=5)
hpanel.pack(freq_panel, padding_all=5, fill=True, expand=True)
self.pack(hpanel, fill=True)
self.pack((5, 5))
color_panel = wal.HPanel(self)
color_panel.pack((10, 10))
vpanel = wal.VPanel(color_panel)
hpanel = wal.HPanel(vpanel)
hpanel.pack(wal.Label(hpanel, _('Grid color:')))
hpanel.pack((10, 5))
self.color = self.doc.methods.get_grid_rgba_color()
self.grid_color_btn = wal.ColorButton(hpanel,
self.color[:3],
onchange=self.on_change)
hpanel.pack(self.grid_color_btn)
vpanel.pack(hpanel, fill=True)
hpanel = wal.HPanel(vpanel)
hpanel.pack(wal.Label(hpanel, _('Grid opacity:')))
hpanel.pack((10, 5))
self.alpha_spin = wal.FloatSpin(hpanel,
self.color[3] * 100.0,
range_val=(0.0, 100.0),
onchange=self.on_spin_change,
onenter=self.on_spin_change)
hpanel.pack(self.alpha_spin)
hpanel.pack(wal.Label(hpanel, '%'), padding=3)
vpanel.pack(hpanel, fill=True, padding=5)
self.alpha_slider = wal.Slider(vpanel,
int(self.color[3] * 100.0),
range_val=(0, 100),
onchange=self.on_slider_change)
vpanel.pack(self.alpha_slider, fill=True, padding=5)
val = self.doc.methods.is_grid_visible()
self.show_grid_check = wal.Checkbox(vpanel, _('Show grid on canvas'),
val)
vpanel.pack(self.show_grid_check, fill=True, padding=5)
color_panel.pack(vpanel)
color_panel.pack((10, 10))
preview_panel = wal.VPanel(color_panel)
preview_panel.pack(wal.Label(hpanel, _('Grid preview:')))
preview_panel.pack((5, 5))
self.grid_preview = GridPreview(preview_panel, self.color)
preview_panel.pack(self.grid_preview, fill=True, expand=True)
color_panel.pack(preview_panel, fill=True, expand=True)
color_panel.pack((10, 10))
self.pack(color_panel, fill=True)
def build(self):
self.nb = wal.Notebook(self)
# ========Palette options
pal_opt = wal.VPanel(self.nb)
pal_opt.pack((10, 10))
grid = wal.GridPanel(self, hgap=5, vgap=5)
grid.add_growable_col(1)
txt = _('Current palette:')
grid.pack(wal.Label(grid, txt))
pal_list = self.get_palette_list()
self.pal = wal.Combolist(grid,
items=pal_list,
onchange=self.change_palette)
current_palette = self.get_current_palette()
current_palette_name = current_palette.model.name
self.pal.set_active(pal_list.index(current_palette_name))
grid.pack(self.pal, fill=True)
txt = _('Palette orientation:')
grid.pack(wal.Label(grid, txt))
self.pal_orient = wal.Combolist(grid, items=PAL_ORIENT)
self.pal_orient.set_active(config.palette_orientation)
grid.pack(self.pal_orient)
pal_opt.pack(grid, fill=True, padding_all=5)
btm_panel = wal.HPanel(pal_opt)
pal_opt.pack(btm_panel, expand=True, fill=True)
cell_panel = wal.VPanel(btm_panel)
btm_panel.pack(cell_panel, expand=True, fill=True, padding_all=5)
# ===
txt = _('Vertical palette')
vcell_panel = wal.LabeledPanel(cell_panel, text=txt)
grid = wal.GridPanel(vcell_panel, cols=4, hgap=5, vgap=2)
grid.pack((15, 1))
grid.pack(wal.Label(grid, _('Cell width:')))
self.vcell_width = wal.IntSpin(grid, config.palette_vcell_width,
(10, 20))
self.vcell_width.set_enable(False)
grid.pack(self.vcell_width)
grid.pack(wal.Label(grid, _('px')))
grid.pack((15, 1))
grid.pack(wal.Label(grid, _('Cell height:')))
self.vcell_height = wal.IntSpin(grid, config.palette_vcell_height,
(10, 100))
grid.pack(self.vcell_height)
grid.pack(wal.Label(grid, _('px')))
vcell_panel.pack(grid, align_center=False, padding_all=5)
cell_panel.pack(vcell_panel, fill=True)
# ===
txt = _('Horizontal palette')
hcell_panel = wal.LabeledPanel(cell_panel, text=txt)
grid = wal.GridPanel(hcell_panel, cols=4, hgap=5, vgap=2)
grid.pack((15, 1))
grid.pack(wal.Label(grid, _('Cell width:')))
self.hcell_width = wal.IntSpin(grid, config.palette_hcell_width,
(10, 100))
grid.pack(self.hcell_width)
grid.pack(wal.Label(grid, _('px')))
grid.pack((15, 1))
grid.pack(wal.Label(grid, _('Cell height:')))
self.hcell_height = wal.IntSpin(grid, config.palette_hcell_height,
(10, 20))
self.hcell_height.set_enable(False)
grid.pack(self.hcell_height)
grid.pack(wal.Label(grid, _('px')))
hcell_panel.pack(grid, align_center=False, padding_all=5)
cell_panel.pack(hcell_panel, fill=True, padding=5)
# ===
txt = _('Expand short palettes')
self.expand = wal.Checkbox(cell_panel, txt, config.palette_expand)
cell_panel.pack(self.expand, align_center=False)
self.palviewer = PaletteViewer(btm_panel, self.app.default_cms,
current_palette)
btm_panel.pack(self.palviewer, fill=True, padding_all=5)
self.nb.add_page(pal_opt, _('Palette options'))
# ========Palette management
self.nb.add_page(PaletteManager(self.app, self, self.nb),
_('Palette management'))
self.pack(self.nb, expand=True, fill=True)
self.built = True
def __init__(self, parent, dlg, new_stroke):
self.dlg = dlg
self.app = dlg.app
self.stroke = new_stroke
wal.VPanel.__init__(self, parent)
self.pack((30, 30))
p = wal.HPanel(self)
p.pack(wal.Label(p, _('Stroke width:')), padding=5)
self.width_spin = UnitSpin(self.app, p, self.stroke[1], step=0.1)
p.pack(self.width_spin)
p.pack(StaticUnitLabel(self.app, p), padding=5)
self.pack(p)
self.pack((20, 20))
p = wal.HPanel(self)
p.pack(wal.Label(p, _('Dashes:')), padding=5)
self.dashes = DashChoice(p, self.stroke[3])
p.pack(self.dashes)
txt = _('Edit dash pattern')
p.pack(wal.ImageButton(p,
icons.PD_EDIT,
tooltip=txt,
flat=False,
onclick=self.edit_dash),
padding=5)
self.pack(p)
grid = wal.GridPanel(self, vgap=15, hgap=15)
caps_p = wal.LabeledPanel(grid, _('Caps:'))
self.caps = CapChoice(caps_p, self.stroke[4])
caps_p.pack(self.caps, align_center=False, padding_all=10)
grid.pack(caps_p)
join_p = wal.LabeledPanel(grid, _('Join:'))
self.join = JoinChoice(join_p, self.stroke[5])
join_p.pack(self.join, align_center=False, padding_all=10)
grid.pack(join_p)
self.pack(grid, padding_all=10)
p = wal.HPanel(self)
p.pack(wal.Label(p, _('Miter limit:')), padding=5)
self.miter_limit = wal.FloatSpin(p,
self.stroke[6],
range_val=(0.0, 1000.0),
digits=5)
p.pack(self.miter_limit)
self.pack(p)
p = wal.HPanel(self)
self.behind = wal.NumCheckbox(p, _('Behind fill'), self.stroke[7])
p.pack(self.behind)
p.pack((30, 10))
self.scalable = wal.NumCheckbox(p, _('Scalable stroke'),
self.stroke[8])
p.pack(self.scalable)
self.pack(p, padding=10)
def build(self):
self.printsys = self.get_printsys()
self.prn_list = self.printsys.get_printer_names()
if self.prn_list:
self.active_printer = self.printsys.get_default_printer()
hpanel = wal.HPanel(self)
hpanel.pack(wal.Label(hpanel, _('Printer:')))
hpanel.pack((5, 5))
self.prn_combo = wal.Combolist(hpanel,
items=self.prn_list,
onchange=self.set_data)
hpanel.pack(self.prn_combo, fill=True, expand=True)
index = self.prn_list.index(self.active_printer.get_name())
self.prn_combo.set_active(index)
self.pack(hpanel, fill=True, padding_all=5)
self.pack((10, 10))
# ---Panels
self.insp = self.app.insp
units = uc2const.UNIT_MM
if self.insp.is_doc():
units = self.app.current_doc.model.doc_units
units_text = uc2const.unit_short_names[units]
# ---Shift panel
shifts = self.active_printer.shifts
hpanel = wal.HPanel(self)
txt = _('Printing shift') + ' (%s)' % units_text
spanel = wal.LabeledPanel(hpanel, text=txt)
spanel.pack((1, 1), expand=True)
grid = wal.GridPanel(spanel, 2, 2, 5, 5)
grid.pack(wal.Label(grid, _('Horizontal shift:')))
self.hshift = StaticUnitSpin(self.app,
grid,
shifts[0],
can_be_negative=True,
onchange=self.save_data,
onenter=self.save_data)
grid.pack(self.hshift)
grid.pack(wal.Label(grid, _('Vertical shift:')))
self.vshift = StaticUnitSpin(self.app,
grid,
shifts[1],
can_be_negative=True,
onchange=self.save_data,
onenter=self.save_data)
grid.pack(self.vshift)
spanel.pack(grid, padding_all=5)
spanel.pack((1, 1), expand=True)
hpanel.pack(spanel, fill=True, expand=True)
hpanel.pack((5, 5))
# ---Margin panel
txt = _('Printing margins') + ' (%s)' % units_text
mpanel = wal.LabeledPanel(hpanel, text=txt)
mpanel.pack((5, 5))
mrgs = self.active_printer.margins
self.top_spin = StaticUnitSpin(self.app,
mpanel,
mrgs[0],
onchange=self.save_data,
onenter=self.save_data)
mpanel.pack(self.top_spin)
mpanel.pack((5, 5))
hp = wal.HPanel(self)
self.left_spin = StaticUnitSpin(self.app,
hp,
mrgs[3],
onchange=self.save_data,
onenter=self.save_data)
hp.pack(self.left_spin)
hp.pack((5, 5))
self.right_spin = StaticUnitSpin(self.app,
hp,
mrgs[1],
onchange=self.save_data,
onenter=self.save_data)
hp.pack(self.right_spin)
mpanel.pack(hp)
mpanel.pack((5, 5))
self.bottom_spin = StaticUnitSpin(self.app,
mpanel,
mrgs[2],
onchange=self.save_data,
onenter=self.save_data)
mpanel.pack(self.bottom_spin)
mpanel.pack((10, 10))
# ---
hpanel.pack(mpanel, fill=True, expand=True)
self.pack(hpanel, fill=True)
self.pack((10, 10))
# ---Calibration page
text = _("To measure actual print area and vertical/horizontal "
"printing shift, just print the calibration page on "
"A4/Letter paper.")
label = wal.Label(self, text)
label.wrap(470)
self.pack(label, fill=True, padding_all=5, align_center=False)
self.a4_calibrate_btn = wal.Button(
self,
_('Print A4 calibration page'),
onclick=self.print_calibration_a4)
self.pack(self.a4_calibrate_btn)
self.pack((5, 5))
self.letter_calibrate_btn = wal.Button(
self,
_('Print Letter calibration page'),
onclick=self.print_calibration_letter)
self.pack(self.letter_calibrate_btn)
self.pack((5, 5))
else:
self.pack((5, 5), expand=True)
self.pack(get_bmp(self, icons.PD_NO_PRINTERS), padding=10)
self.pack(wal.Label(self, _('No printers found')))
self.pack((10, 10))
self.pack((5, 5), expand=True)
self.built = True
def __init__(self, parent, dlg, new_stroke):
self.dlg = dlg
self.app = dlg.app
self.stroke = new_stroke
wal.VPanel.__init__(self, parent)
hp = wal.HPanel(self)
width_p = wal.LabeledPanel(hp, _('Width:'))
p = wal.HPanel(width_p)
self.width_spin = UnitSpin(self.app, p, self.stroke[1], step=0.1)
p.pack(self.width_spin)
p.pack((5, 5))
p.pack(StaticUnitLabel(self.app, p))
width_p.pack(p, padding_all=5)
hp.pack(width_p, fill=True)
hp.pack((5, 5))
arrow_p = wal.LabeledPanel(hp, _('Markers:'))
p = wal.HPanel(arrow_p)
end, start = [], []
if self.stroke[9]:
end, start = self.stroke[9]
self.end_arrow = ArrowChoice(p, arrow=end, end=True)
self.end_arrow.set_arrow(end)
p.pack(self.end_arrow)
p.pack((5, 5))
self.start_arrow = ArrowChoice(p, arrow=start)
self.start_arrow.set_arrow(start)
p.pack(self.start_arrow)
arrow_p.pack(p)
hp.pack(arrow_p, expand=True, fill=True)
self.pack(hp, fill=True, padding_all=10)
p = wal.HPanel(self)
p.pack(wal.Label(p, _('Dashes:')), padding=5)
self.dashes = DashChoice(p, self.stroke[3])
p.pack(self.dashes)
txt = _('Edit dash pattern')
p.pack(wal.ImageButton(p,
icons.PD_EDIT,
art_size=wal.SIZE_16,
tooltip=txt,
flat=False,
onclick=self.edit_dash),
padding=5)
self.pack(p)
grid = wal.GridPanel(self, rows=1, cols=3, vgap=15, hgap=15)
grid.add_growable_col(2)
caps_p = wal.LabeledPanel(grid, _('Caps:'))
self.caps = CapChoice(caps_p, self.stroke[4])
caps_p.pack(self.caps, align_center=False, padding_all=10)
grid.pack(caps_p)
join_p = wal.LabeledPanel(grid, _('Join:'))
self.join = JoinChoice(join_p, self.stroke[5])
join_p.pack(self.join, align_center=False, padding_all=10)
grid.pack(join_p)
opt_p = wal.LabeledPanel(grid, _('Options:'))
p = wal.HPanel(opt_p)
p.pack(wal.Label(p, _('Miter limit:')), padding=5)
self.miter_limit = wal.FloatSpin(p,
self.stroke[6],
range_val=(0.0, 1000.0),
digits=5)
p.pack(self.miter_limit)
opt_p.pack(p, align_center=False, padding_all=10)
p = wal.VPanel(opt_p)
self.behind = wal.NumCheckbox(p, _('Behind fill'), self.stroke[7])
p.pack(self.behind, align_center=False)
self.scalable = wal.NumCheckbox(p, _('Scalable stroke'),
self.stroke[8])
p.pack(self.scalable, align_center=False, padding=10)
opt_p.pack(p, align_center=False, padding_all=10)
grid.pack(opt_p, fill=True)
self.pack(grid, padding_all=10, fill=True)
self.layout()
def __init__(self, parent, prefpanel):
CmsTab.__init__(self, parent, prefpanel)
self.intents = INTENTS.keys()
self.intents.sort()
self.intents_names = []
for item in self.intents:
self.intents_names.append(INTENTS[item])
panel = wal.VPanel(self.panel)
# Intents panel
int_panel = wal.LabeledPanel(panel, _('Rendering intents'))
grid = wal.GridPanel(int_panel, vgap=5, hgap=5)
grid.pack(wal.Label(grid, _('Display/RGB intent:')))
self.display = wal.Combolist(grid, items=self.intents_names)
self.display.set_active(self.intents.index(config.cms_rgb_intent))
grid.pack(self.display)
grid.pack(wal.Label(grid, _('Printer/CMYK intent:')))
self.printer = wal.Combolist(grid, items=self.intents_names)
self.printer.set_active(self.intents.index(config.cms_cmyk_intent))
grid.pack(self.printer)
int_panel.pack(grid, align_center=False, padding_all=10)
panel.pack(int_panel, fill=True)
# Simulate printer panel
txt = _('Simulate printer on the screen')
self.simulate_check = wal.Checkbox(panel,
txt,
config.cms_proofing,
onclick=self.activate_simulation)
sm_panel = wal.LabeledPanel(panel, widget=self.simulate_check)
txt = _("Highlight colors that are outside of the printer's gamut")
self.outcolors_check = wal.Checkbox(sm_panel,
txt,
config.cms_gamutcheck,
onclick=self.activate_outcolors)
sm_panel.pack(self.outcolors_check, align_center=False, padding_all=5)
clrpanel = wal.HPanel(sm_panel)
clrpanel.pack((20, 1))
self.alarm_label = wal.Label(clrpanel, _('Highlight color:'))
clrpanel.pack(self.alarm_label, padding=5)
self.color_btn = wal.ColorButton(clrpanel, config.cms_alarmcodes)
clrpanel.pack(self.color_btn)
sm_panel.pack(clrpanel, align_center=False, padding_all=2)
txt = _('Separation for SPOT colors')
self.separation_check = wal.Checkbox(sm_panel,
txt,
config.cms_proof_for_spot,
onclick=self.activate_outcolors)
sm_panel.pack(self.separation_check, align_center=False, padding_all=5)
panel.pack(sm_panel, fill=True, padding=5)
# Bottom checks
txt = _('Use Blackpoint Compensation')
self.bpc_check = wal.Checkbox(panel, txt, config.cms_bpc_flag)
panel.pack(self.bpc_check, align_center=False)
if wal.IS_MSW:
panel.pack((5, 5))
txt = _('Use Black preserving transforms')
self.bpt_check = wal.Checkbox(panel, txt, config.cms_bpt_flag)
panel.pack(self.bpt_check, align_center=False)
self.panel.pack(panel, fill=True, padding_all=5)
self.activate_simulation()
