This test had been failing. It now works due to my recent checkin.
The test is important since it seems to have coverage over areas
which aren't covered by other test problems.
causing numerical errors in the calculation of Jacobians.
If the tolerances to these routines were set too low for calculation
of Jacobians, then the dt*=1.5 logic was causing the evaluation to
kick out of the routine with an incorrect deltaU value on the first
iteration. This meant that the numerically derived Jacobian entry
was off by a factor of 50%.
'ElectronMass' that were causing all cti to ctml conversions processes
using python to fail.
This checkin defines these symbols. The test suite now passes.
Replaced the bare Newton's method with a root finder. This algorithm
is tolerant of step jumps in Thermo parameters at the temperature
boundaries.
The algorithm also has an initial treatment of spinodals. Basically,
if we are currently liquid, we want to stay liquid. If we are currently
gas, we want to stay gas.
-> Changed the damping strategy
-> Upgraded the initial find-temperature strategy
-> changed the solution tolerance requirements -> sometimes it was
getting hung up at the end.
venture out of bounds more. There was a user issue where this cropped
up, and triggered a false convergence error.
Upped the debug printouts on this issue too.
for mechanisms with all NASA9 species. The max and min temperatures
weren't being computed, which caused NaN's to appear during the
transport property data fitting procedure.
for beta1 and 5 coefficients for beta2. They are now the same as
beta0 and Cphi.
All xml blocks using this parameterization must be modified accordingly.
with arbitrary number of temperature intervals,
to Cantera's underlying routines.
Cantera can now read fortran formatted
NASA9 polynomials to create cti files
The cti files can then be translated into xml files.
And, the xml files can now be read into constant pressure standard state
objects and used normally within the guts of Cantera.
Currently, the standard state just links into the GeneralSpeciesThermo
object, which means that it's calculation speed is slow. However, atm
this satisfies the initial use case for this new capability.
In the near future, I'll push this out to the matlab and python interfaces.
declaration/definition of static variables in templatized classes.
There is an irreconcilable difference between cygwin and Solaris, that
I handled by creating a compiler define in config.h.
