def make_interactive_plot(self, b):
controller = self.controller
if str(b.ylabel.value) == 'None':
return
button = Button(description='Stop interactive plot')
button.on_click(self.remove_plot)
button.name = 'Interactive Plot (' + str(np.random.randint(0, 1000)) + ')'
image_widget = Image()
popup_widget = Popup(children=[image_widget])
image_widget.width='100%'
rangex, rangey = self.axes_ranges(b)
interactive_plot = controller.ds.draw_2D_slice_notebook(controller.pvals, str(b.xlabel.value),
str(b.ylabel.value),
rangex, rangey,
{i:[1e-5, 1e5] for i in
controller.pvals},
intersections=[1],
image_container=image_widget)
wi = VBox(description=button.name,
children=[interactive_plot,
button,
popup_widget])
controller.options.update({'xaxis':str(b.xlabel.value),
'yaxis':str(b.ylabel.value),
'x_range':rangex,
'y_range':rangey})
controller.update_child(button.name, wi)
def edit_equations_widget(self, editing=False):
kinetic_orders = self.options['kinetic_orders']
if kinetic_orders is None:
kinetic_orders = []
name = Text(description='* Name', value=self.name)
version = Text(description='Version', value=self.version)
self.version_field = version
equations=Textarea(description='* Equations',
value='\n'.join(self.equations))
aux=Textarea(description='Auxiliary Variables',
value=', '.join(self.auxiliary))
html = HTML(value='<b>Architectural Constraints</b>')
constraints=Textarea(description='Parameters',
value=', '.join(self.constraints)
)
options_html = HTML(value='<b>Additional Options</b>')
cyclical = Checkbox(description='Check for Cycles',
value = self.cyclical)
codominance = Checkbox(description='Check for Co-dominance',
value = self.codominance)
recast = Checkbox(description='Recast Equations',
value = self.recast)
replacements=Textarea(description='Kinetic Orders',
value=', '.join(
[i for i in kinetic_orders]))
wi = VBox(children=[equations,
aux, html,
constraints, replacements,
options_html, cyclical,
codominance,recast,
])
button = Button(value=False,
description='Create Design Space')
button.on_click(self.make_design_space)
button.equations = equations
button.aux = aux
button.constraints = constraints
button.cyclical = cyclical
button.codominance = codominance
button.recast = recast
button.replacements = replacements
button.wi = wi
button.name = name
## button.version = version
load = Button(value=False,
description='Load Data')
load.on_click(self.load_widget)
load.equations = equations
## load.version = version
load.aux = aux
load.constraints = constraints
load.cyclical = cyclical
load.codominance = codominance
load.replacements = replacements
load.wi = wi
load.name = name
load.button = button
button.load = load
edit_symbols = Button(value=False, description='Edit Symbols')
edit_symbols.on_click(self.create_edit_symbols)
edit_parameters = Button(value=False, description='Edit Parameters')
edit_parameters.on_click(self.create_edit_parameters)
button.edit_symbols = edit_symbols
button.edit_parameters = edit_parameters
edit_equations = VBox(description='Edit Equations',
children=[name, version, wi,
edit_symbols,
edit_parameters,
button,
load])
wi.visible = False
edit_symbols.visible = False
edit_parameters.visible = False
if self.ds is not None:
wi.visible = True
## self.update_widgets()
self.make_options_menu(button)
if editing is True:
self.make_design_space(button)
return edit_equations