def displayGraph(self):
from Goulib.notebook2 import display
graph = StateDiagram(self.name)
for state in self.states:
graph.state(state, self.states[state]['title'],
'<br/>'.join(self.states[state]['actions']),
self.states[state]['transitions'])
display(graph)
def display(self, fromTime=None, toTime=None):
p = Piecewise(init=self.log)
from IPython.display import display, HTML
display(HTML('<h4>{0}</h4>'.format(self.name)))
if fromTime is not None:
fromTime = fromTime('s')
if toTime is not None:
toTime = toTime('s')
display(p.svg(xlim=(fromTime, toTime)))
def display(self,fromTime=None,toTime=None):
p = Piecewise(init=self.log)
from IPython.display import display,HTML
display(HTML('<h4>{0}</h4>'.format(self.name)))
if fromTime is not None:
fromTime = fromTime('s')
if toTime is not None:
toTime = toTime('s')
display(p.svg(xlim=(fromTime,toTime)))
def displayGraph(self):
from Goulib.notebook2 import display
graph = StateDiagram(self.name)
for state in self.states:
graph.state(state,self.states[state]['title'], '<br/>'.join(self.states[state]['actions']), self.states[state]['transitions'])
display(graph)
