The order now matches the order in which the corresponding sensitivity reactions
are added to the ReactorNet, regardless of the order in which Reactors and Walls
are added to the network.
Sensitivity parameter names can be accessed using the "sensitivityParameterName"
method of ReactorNet, and the "sensParamID" methods of Reactor and Wall have
been removed as they no longer meaningful.
Removed the optional argument to ReactorNet::initialize so that setInitialTime
is the only interface for setting the integrator start time, and made initialize
protected to make it clear that it does not need to be explicitly called by the
user.
This module is compatible with both Python 2 and Python 3. Unlike the existing
Python module, this module directly utilizes the Cantera C++ interface,
bypassing the "clib" compatibility layer, as well as all of the direct use of
the Python C API.
Currently, this contains just enough to instantiate a ThermoPhase object from an
XML input file.
For reactions with unity reactant stoichiometric coefficients, explicit values
for the forward reaction order were being ignored while setting up the
StoichManager.
Added a few tests that confirm that these rates are being calculated correctly.
This has the extra benefit of allowing removal of some f2c-converted code
that was being kept in an inconsistent location (outside the 'ext' directory)
and caused linking issues with some combination of build options.
TPX_Error is now derived from CanteraError, and errors in the tpx calculations
propagate automatically without requiring explicit checks for an error
condition.
The reportCSV method is responsible for formatting and writing the data provided
by the getCsvReportData method. Derived classes need only override the latter
method to customize their reports.
Also, the data which was not in a CSV format has been removed from the output so
the name of the method is no longer misleading.
