Adds capability for RedlichKwongMFTP to read a database of critical properties
for Tc and Pc of common species, so that users do not need to input pureFluidParameters
for every single species, thereby reducing burden during creation of new cti files.
For any species where pureFluidParameters are not provided by the user, function
getCoeffs scans the database looking for matches. Any unmatched species will throw
an error. Currently only scans by species name string, and is only intended for
common species with well-known critical properties.
Current operation is quite slow if the table is consulted for a large number of
species. In the future, should also implement the capability to write the updated
pureFluidParameters back into the xml file, so the user only has to perform the lookup
once.
Text in the header file previously commented that the RedlichKwongMFTP
thermo class had no test suite coverage and was at risk for deprecation.
As this is no longer the case, this PR removes that language.
Add asynchronous ('async', 'media' and conditional 'defer' attributes) loading of remote javascript
and css files within Cantera 2.4.0 Sphinx Documentation to avoid too long render of pages
in case of offline usage of documentation.
This removes Python 2.7 support from the "full" Python module. The
"minimal" Python module (the ctml_writer and ck2cti scripts) and the
SCons build system still support Python 2.7.
Remove 'from __future__' imports, specification of base class
'object', and arguments to 'super()'.
Make use of 'str' being the unicode string type.
Eliminate special cases which require checking the version.
Fix some deprecation warnings issued by legacy capabilities.
Use the Cython module from the Python installation specified by
'python_cmd', rather than the Python installation that is running
SCons. This allows complilation of Cantera for Python versions that
aren't supported by SCons (e.g. Python 3.4).
This only works because the "dot" function is always called with std::vector<T>::iterator as input so that "argument dependent lookup" introduces the std namespace to the function. If the dot function is called like this "dot(v.data(), v.data()+v.size(), v.data())", where "v" is a std::vector and the input are plain pointers, the compiler will not find "inner_product". The same is true for the use of "accumulate".
