def __init__(self):
window.Window.__init__(self)
# Create menu
file = Menu("&File", name="file", items=
[("&New"),
("&Open..."),
("&Save"),
("Save &as...", None),
("&Close"),
MenuItem("---",name="sep1"),
("&Exit", None)
])
self.menu = Menu(items=[file])
# ToolBar palette
self.toolbars = ToolBarPalette(self.wx, self._menu_id_manager)
# Create panels
self.panels = Panels(self.wx)
self.panels.layout = PanelNode(name="Dummy")
self.mainlayout = wx.BoxSizer(wx.VERTICAL)
self.mainlayout.AddSizer(self.toolbars.sizer, 0, wx.EXPAND, 0)
self.mainlayout.Add(self.panels.wx, 1, wx.EXPAND, 0)
self.wx.SetSizer(self.mainlayout)
# views = LayoutNode(splittertype=VERTICAL, name="splitter1")
# self.btn = wx.Button(parent, -1, "Button", wx.Point(0,0))
# front = PanelNode(name="front", activatable=True,
# widget=PanelWidget(wx=self.btn))
# dict = globals()
# dict["app"]=getApp()
# self.shell = wx.py.shell.Shell(parent, -1, locals=dict)
# shell = PanelNode(name="shell", widget=PanelWidget(wx=self.shell))
# views.setChildren((front, shell))
# self.panels.layout = views
# front.makeCurrent()
# self.panels.updateLayout()
if "mainwin.geometry" in getApp().prefs:
x,y,w,h = getApp().prefs["mainwin.geometry"]
print ("set",x,y,w,h)
self.SetDimensions(x,y,w,h)
if getApp().prefs["mainwin.maximized"]:
self.Maximize(True)
wx.EVT_SIZE(self, self.onResize)
wx.EVT_MOVE(self, self.onMove)
return
zy_pipeline = segment(ax_bundle, art_zy.process())
xz_pipeline = segment(ax_bundle, art_xz.process())
tz_pipeline = segment(ax_bundle, art_tz.process())
broadcaster= broadcast([xy_pipeline, tz_pipeline, xz_pipeline, zy_pipeline])
bnd_filter = PanelBoundsFilter(ax_bundle, broadcaster).filter()
d = Data(a, target=bnd_filter)
ax_bundle.datasets.append(d)
return d
fig = plt.figure()
p = Panels(fig)
p.panels['xy'].set_xlabel('East')
p.panels['xy'].set_ylabel('North')
p.panels['tz'].set_xlabel('Time')
p.panels['tz'].set_ylabel('Altitude')
p.panels['zy'].set_xlabel('Altitude')
p.panels['xz'].set_ylabel('Altitude')
p.panels['xy'].axis((0,10,0,10))
p.panels['tz'].axis((0,10,0,10))
p.update_bounds_after_interaction(p.axes_managers['xy'])
p.update_bounds_after_interaction(p.axes_managers['tz'])
p.panels['tz'].axis(tz, emit=False)
p.figure.canvas.draw()
p.update_bounds_after_interaction()
p.reset_axes_events()
# for mgr in p.axes_managers.values():
# mgr.events.reset()
# =======
fig = plt.figure()
p = Panels(fig)
p.panels['xy'].plot(range(10))
p.panels['xy'].set_xlabel('East')
p.panels['xy'].set_ylabel('North')
p.panels['zy'].plot(range(10))
p.panels['zy'].set_xlabel('Altitude')
p.panels['xz'].plot(range(10))
p.panels['xz'].set_ylabel('Altitude')
p.panels['tz'].plot(range(10))
p.panels['tz'].set_xlabel('Time')
p.panels['tz'].set_ylabel('Altitude')
