def __init__(self):
#color = Color(.25,.25,.25,1)
self.ng = ca.nengo.ui.NengoGraphics.getInstance()
self.toolbar = JToolBar("Nengo actions", floatable=False)
#self.toolbar.setBackground(color)
### Make and add buttons
self.toolbar.add(make_button('open', self.do_open, 'open file'))
self.toolbar.add(make_button(
'savefile', self.do_save, 'save selected network'))
self.button_scriptgen = make_button(
'scriptgen', self.do_scriptgen,
'generate selected network script', enabled=False)
self.toolbar.add(self.button_scriptgen)
self.toolbar.add(make_button('clear', self.do_clear_all, 'clear all'))
self.toolbar.add(Box.createHorizontalGlue())
self.toolbar.add(make_button('inspect', self.do_inspect, 'inspect'))
self.button_run = make_button(
'interactive', self.do_run, 'interactive plots', enabled=False)
self.toolbar.add(self.button_run)
SelectionHandler.addSelectionListener(self)
self.ng.getWorld().getGround().addChildrenListener(self)
self.ng.setToolbar(self.toolbar)
def initComponents(self):
self.panel = JPanel()
self.panel.setLayout(BorderLayout())
toolbar = JToolBar()
openb = JButton("Select", actionPerformed=self.onClick)
toolbar.add(openb)
self.area = JTextArea()
self.area.setBorder(BorderFactory.createEmptyBorder(10, 100, 10, 100))
pane = JScrollPane()
pane.getViewport().add(self.area)
self.panel.setBorder(BorderFactory.createEmptyBorder(10, 10, 10, 10))
self.panel.add(pane)
self.add(self.panel)
self.add(toolbar)
def initComponents(self):
self.panel = JPanel()
self.panel.setLayout(BorderLayout())
toolbar = JToolBar()
openb = JButton("Select", actionPerformed=self.onClick)
toolbar.add(openb)
self.area = JTextArea()
self.area.setBorder(BorderFactory.createEmptyBorder(10, 100, 10, 100))
pane = JScrollPane()
pane.getViewport().add(self.area)
self.panel.setBorder(BorderFactory.createEmptyBorder(10, 10, 10, 10))
self.panel.add(pane)
self.add(self.panel)
self.add(toolbar)
def initUI(self):
global outputTextField
self.panel = JPanel()
self.panel.setLayout(BorderLayout())
toolbar = JToolBar()
openb = JButton("Choose input file", actionPerformed=self.onClick)
outputLabel = JLabel(" Enter output file name: ")
outputTextField = JTextField("hl7OutputReport.txt", 5)
print outputTextField.getText()
toolbar.add(openb)
toolbar.add(outputLabel)
toolbar.add(outputTextField)
self.area = JTextArea()
self.area.setBorder(BorderFactory.createEmptyBorder(10, 10, 10, 10))
self.area.setText("Select your HL7 ORU messages text file to be converted to tab-delimited flat \nfile with select HL7 fields.\n")
self.area.append("You can enter the path + file name for your output file or it will default to the current \nfile name in the text field above in your current working directory.")
pane = JScrollPane()
pane.getViewport().add(self.area)
self.panel.setBorder(BorderFactory.createEmptyBorder(10, 10, 10, 10))
self.panel.add(pane)
self.add(self.panel)
self.add(toolbar, BorderLayout.NORTH)
self.setTitle("HL7 ORU Results Reporter")
self.setSize(600, 300)
self.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE)
self.setLocationRelativeTo(None)
self.setVisible(True)
return outputTextField.getText()
def createToolbar(self):
toolBar = JToolBar()
margin = Insets(1, 1, 1, 1)
[self.createButton(toolBar, i, t, f) for (i, t, f) in self.actions]
return toolBar
def make(eb):
view = JToolBar("Tools")
btn_undo = make_button("Undo",
"Undo previous action",
"res/icons/edit-undo.png")
btn_redo = make_button("Redo",
"Redo previously undone action",
"res/icons/edit-redo.png")
btn_combo = make_button("Combo",
"Select and move elements",
"res/icons/combo-tool.png")
btn_link = make_button("Link",
"Create link between two elements",
"res/icons/link-tool.png")
btn_ellipse = make_button("Ellipse",
"Create new ellipse element",
"res/icons/document-new.png") # TODO: change
btn_path = make_button("Path",
"Create new path element") # TODO: to be removed
view.add(btn_undo)
view.add(btn_redo)
view.add(JToolBar.Separator(Dimension(30, 30)))
view.add(btn_combo)
view.add(btn_link)
view.add(btn_ellipse)
view.add(btn_path)
btn_undo.mousePressed = lambda _: eb.dispatch(Undo_Requested())
btn_redo.mousePressed = lambda _: eb.dispatch(Redo_Requested())
btn_combo.mousePressed = lambda _: eb.dispatch(Tool_Changed(COMBO_TOOL))
btn_link.mousePressed = lambda _: eb.dispatch(Tool_Changed(LINK_TOOL))
btn_ellipse.mousePressed = lambda _: eb.dispatch(Tool_Changed(ELLIPSE_TOOL))
btn_path.mousePressed = lambda _: eb.dispatch(Tool_Changed(PATH_TOOL))
states = {
}
trans = {
}
return (view, states, trans)
class ToolBar(
ca.nengo.ui.lib.world.handlers.SelectionHandler.SelectionListener,
ca.nengo.ui.lib.world.WorldObject.ChildListener, java.lang.Runnable):
def __init__(self):
#color = Color(.25,.25,.25,1)
self.ng = ca.nengo.ui.NengoGraphics.getInstance()
self.toolbar = JToolBar("Nengo actions", floatable=False)
#self.toolbar.setBackground(color)
### Make and add buttons
self.toolbar.add(make_button('open', self.do_open, 'open file'))
self.toolbar.add(make_button(
'savefile', self.do_save, 'save selected network'))
self.button_scriptgen = make_button(
'scriptgen', self.do_scriptgen,
'generate selected network script', enabled=False)
self.toolbar.add(self.button_scriptgen)
self.toolbar.add(make_button('clear', self.do_clear_all, 'clear all'))
self.toolbar.add(Box.createHorizontalGlue())
self.toolbar.add(make_button('inspect', self.do_inspect, 'inspect'))
self.button_run = make_button(
'interactive', self.do_run, 'interactive plots', enabled=False)
self.toolbar.add(self.button_run)
SelectionHandler.addSelectionListener(self)
self.ng.getWorld().getGround().addChildrenListener(self)
self.ng.setToolbar(self.toolbar)
def selectionChanged(self, objs):
self.update()
def childAdded(self, obj):
self.update()
def childRemoved(self, obj):
self.update()
def update(self):
net = self.get_selected_network()
self.button_scriptgen.enabled = net is not None
topnet = self.get_selected_network(top_parent=True)
self.button_run.enabled = topnet is not None
def get_selected_network(self, top_parent=False):
network = SelectionHandler.getActiveNetwork(top_parent)
if network is not None:
return network
else:
# see if the main world has only one network; if so, return it
found_candidate = False
for wo in self.ng.world.ground.children:
if isinstance(wo, ca.nengo.ui.models.nodes.UINetwork):
if not found_candidate:
network = wo
found_candidate = True
else:
network = None
break
return network
def get_current_network_viewer(self):
viewer = None
net = self.get_selected_network(top_parent=False)
if net is not None and hasattr(net, 'getViewer'):
viewer = net.getViewer()
if viewer is None or viewer.isDestroyed():
if (hasattr(net, 'networkParent')
and net.networkParent is not None):
net = net.networkParent
viewer = net.getViewer()
elif net is not None and hasattr(net, 'networkParent'):
net = net.networkParent
if net is not None and hasattr(net, 'getViewer'):
viewer = net.getViewer()
if (viewer is not None and
(viewer.isDestroyed() or
not isinstance(viewer, ca.nengo.ui.models.viewers.NetworkViewer))):
return None
else:
return viewer
def do_open(self, event):
ca.nengo.ui.actions.OpenNeoFileAction(self.ng).doAction()
def do_save(self, event):
network = self.get_selected_network()
if network is not None:
ca.nengo.ui.actions.SaveNodeAction(network).doAction()
def do_scriptgen(self, event):
network = self.get_selected_network()
if network is not None:
ca.nengo.ui.actions.GeneratePythonScriptAction(network).doAction()
def do_clear_all(self, event):
ca.nengo.ui.actions.ClearAllAction("Clear all").doAction()
def do_inspect(self, event):
self.ng.toggleConfigPane()
def do_run(self, event):
network = self.get_selected_network(top_parent=True)
if network is not None:
ca.nengo.ui.actions.RunInteractivePlotsAction(network).doAction()
def do_interrupt(self, event):
self.ng.progressIndicator.interrupt()
