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Given the following text description, write Python code to implement the functionality described below step by step
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Description:
 This example demonstrated that Flexx apps can be run interactively in the notebook.
Step1:  Any widget can be shown by using it as a cell output
Step2:  Because apps are really just Widgets, we can show our app in the same way
Step3:  And we can interact with it, e.g. change input signals, and react to signal changes
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Python Code:
from flexx import app, ui, react
app.init_notebook()
# A bit of boilerplate to import an example app
import sys
#sys.path.insert(0, r'C:\Users\almar\dev\flexx\examples\ui')
sys.path.insert(0, '/home/almar/dev/pylib/flexx/examples/ui')
from twente_temperature import Twente
Explanation: This example demonstrated that Flexx apps can be run interactively in the notebook.
End of explanation
ui.Button(text='push me')
Explanation: Any widget can be shown by using it as a cell output:
End of explanation
t = Twente()
t
Explanation: Because apps are really just Widgets, we can show our app in the same way:
End of explanation
t.plot.line_width(10)
colors = ['#a00', '#0a0', '#00a', '#990', '#909', '#0990'] * 2 + ['#000']
@react.connect('t.month.value')
def _update_line_color(v):
    t.plot.line_color(colors[int(v)])
    t.plot.marker_color(colors[int(v)])
Explanation: And we can interact with it, e.g. change input signals, and react to signal changes:
End of explanation
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