While a short example for the creation of a reaction pathway diagram exists, a recent UG post by "Rosa" unearthed a very detailed tutorial posted by another community member on a personal blog.
Possible Solution
Converting (parts of) the tutorial to a Jupyter notebook for Cantera/cantera-jupyter would be straight-forward. Displaying the resulting graphs within the Jupyter environment is also straight-forward, e.g.
...
element = 'O'
diagram = ct.ReactionPathDiagram(gas, element)
diagram.title = 'Reaction path diagram following {}'.format(element)
diagram.flow_type = 'OneWayFlow'
dot_file = 'rxnpath.dot'
diagram.write_dot(dot_file)
with open(dot_file) as f:
dot_graph = f.read()
display(graphviz.Source(dot_graph))
Abstract
While a short example for the creation of a reaction pathway diagram exists, a recent UG post by "Rosa" unearthed a very detailed tutorial posted by another community member on a personal blog.
Possible Solution
Converting (parts of) the tutorial to a Jupyter notebook for Cantera/cantera-jupyter would be straight-forward. Displaying the resulting graphs within the Jupyter environment is also straight-forward, e.g.
Relevant links