Implements the radiation model of Liu & Rogg (1991). Optically thin limit,
gray-gas approximation using Planck mean absorption coefficients. Considers
emissions from CO2 and H2O, with the temperature-dependent absorption
coefficients calculated using polynomial fits to results from RADCAL
(Grosshandler, 1993).
In Python 3, attempting to convert some mechanisms would give errors like the
following:
UnicodeDecodeError: 'utf-8' codec can't decode byte 0x96 in position 348:
invalid start byte
This fixes a bug in the Windows installer where the path to python.exe on the
machine where the installer is built is used, and also allows us generate
different shebang lines for the Python 2 and Python 3 modules.
Fixes Issue 247.
Allow non-reactant orders for electrochemical reactions
Allow negative orders specifically requested, e.g. by setting the
'negative_orders' option in the CTI definition of the reaction.
The Cython interface now calls this equilibrate function.
Unlike the free function 'equilibrate', this new equilibrate method actually
does what the documentation describes regarding the 'solver' argument. This
means that there are cases where failures of the MultiphaseEquil solver were
previously being hidden by a subsequent successful solution using the ChemEquil
solver. These tests have been marked as known failures.
Allow None as an option when setting the temperature and quality or
pressure and quality of a PureFluid. This mimics similar functionality
for Solutions.
This detects errors such as providing two sets of coverage parameters as a
single list, rather than as a list with separate entries for each set of
coverage parameters.
This mechanism, which is supposed to be the H2 mechanism extracted from GRI-3.0,
was actually missing the reaction H+O2+M <-> HO2+M. This updates the original
input file, regenerates h2o2.cti, and updates the blessed output file for one
test (which changed because the newer version of ck2cti actually retains the
given precision of the transport properties).
Tcl/Tk changed some operations which previously resulted in undefined behavior
into errors, including one case that occurred when updating the "Mixtures" menu
in MixMaster.
MixMaster now modifies the existing Menu when adding an item, rather than
completely regenerating it, which avoids this problem.
Fixes Issue 235.
For those cases where the number of atoms in a molecule precludes certain
geometries, check to make sure that that the geometry flag is set
appropriately.
These two examples show how to run sequences of diffusion flames while varying
certain parameters (pressure or strain rate). They make use of scaling rules to
provide improved initial guesses for the continuation runs, increasing
computational efficiency.
Resolves Issue 229.
Adds warnings that check if the solution of a counterflow diffusion flame is
reasonable (not extinct, and not too close to the boundaries of the domain).
Resolves Issue 231.
Comments are also added to note places where the function
signatures embedded by Cython produce warnings in Sphinx.
These warnings should be ignored until Sphinx supports this.
3to2 cannot be called as an executable on Windows, but it can be called
as a script. Assume that the 3to2 script is installed in
PYTHONROOT\Scripts, which is the default for installation by pip.
