A minor issue.
When using the sol.total() function to retrieve the amount of hydrogen, one gets that of water:
sol = pp.add_solution({})
sol.species
{'H+': 1.0005246407839195e-07,
'H2': 7.079457517820301e-26,
'H2O': 55.50929780738274,
'O2': 0.0,
'OH-': 1.0126897880811404e-07}
sol.total('H2')
55509.29 # mmol
which is that 'H2O'.
H2 is the only species found so far that seems to trick the sol.total() function.
A minor issue.
When using the sol.total() function to retrieve the amount of hydrogen, one gets that of water:
H2 is the only species found so far that seems to trick the sol.total() function.