on select platforms. For example, on linux you can compile 32 bit
and 64 bit if the os and hardware can handle 64 bits. In many cases
you want to stick to 32 bit compilations. One reason is that
python may only be set up for 32 bit add-on modules.
e.g see the SIZEOF_VOID_P defn in pyconfig.h
So, I added BITCOMPILE BITHARDWARE, and BITCHANGE variables
I also added the variable ldemulationarg, because it's needed in
one case for 32 bit compilations on 64 bit linux boxes.
Later I will add the default compiler flags that make this 32 bit
compilation work. Now they are brought in through a prep script.
results. At one time plane, a couple of the radicals concentrations
changed at the ~5.0E-3 level. This seems to be a nontrivial change,
however, I this we should let it pass.
I sense this problem could be made more stable if the nonlinear
convergence requirements were made a lot stricter, while maintaining
the same time step truncation error tolerances.
One, InitThermoFromXML() and InitThermoFromFile() initializes
ThermoPhase objects from XML data trees.
The second set, which is incomplete, works to create a duplication
capability for ThermoPhase objects, using the function,
duplMyselfAsThermoPhase().
does the same thing as the StoichSubstance in the previous directory.
Put more functionality in the SingleSpeciesTP level; it now evaluates
the reference polynomials.
calculation. This is a reclarification of the reference state thermo
calculations for individual species, and an expansion to handle
liquid phase thermo needs.
There is now a virtual base class for the calculation of reference state
thermo functions for individual species. It is called
SpeciesThermoInterpType.
There is also a class which allows for a complete general
calculation of the reference state species thermo for a phase,
GeneralSpeciesThermo.
Some of this new functionality may be relegated to ifdef blocks
in the future to limit the amount of code for users who don't
need the new functionality.
