If any of the reaction orders differ from the corresponding stoichiometric
coefficients, the reaction needs to be handled as the general case, instead of
just when the orders are non-integral.
The check introduced in f6f868fe28 takes place too late, as the pointer to
ReactorBase.m_thermo has already been dereferenced at this point. Most compilers
let this pass, but it is techincally incorrect.
The downstream and upstream Reactors, the "master" flow controller, and the
coefficient arrays were being read without checking that they had been
initialized.
Fixes#278.
They have the names setState_RP, setState_RPX, and setState_RPY. These
base class functions mirror the TP, TPX, TPY set, except that RP is not
implemented, because it depends on the EOS of the system. We cannot use
the normal setPressure because it sets the state by calculating the
density, but RP will specify the density.
The value of this argument has almost no effect on the integrator, and
frequently confuses users since the ReactorNet can end up at a time either
greater or less than the specified time. By removing this argument, the
distinction betwen step() and advance(t) becomes much more clear.
The first argument should be the function name from which the exception was
thrown. Leaving this blank makes it difficult to track down the location of the
exception.
Update to use the registry key for Cantera 2.2. The 'templates'
subdirectory no longer exists.
Fix documentation to not incorrectly claim that COMMONPROGRAMFILES
will be searched for input files.
The conversion of sticking coefficients to Arrhenius expressions includes the
site density on the surface phase, which may not be set when the reaction is
being added to the Kinetics object. We now defer the calculation of this
dependency until the rate coefficient is being evaluated so that the current
value for the site density can be used.
A site density of zero causes divide-by-zero errors in SurfPhase and
EdgePhase. This change makes it possible to initialize SurfPhase and
EdgePhase objects without XML phase descriptions.
