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Mallard 0.8.0
Unstructured, GPU accelerated, high-order finite volume CFD solver
Mallard website |
Per-reaction derivatives of the rates of progress, in one block of KineticsTable::derivatives_size() doubles: d q / dT at fixed concentrations; d q / d C of each forward (reactant) and reverse (product) mass-action term; d q / d[M] of third-body and falloff reactions; and the d q / d C_j shared by every species through the pressure of PLOG and Chebyshev reactions. More...
#include <kinetics.h>
Static Public Member Functions | |
| static KOKKOS_INLINE_FUNCTION ReactionDerivatives | at (double *work, const uint32_t n_reactions, const uint32_t n_forward, const uint32_t n_reverse) |
Public Attributes | |
| double * | dq_dT |
| double * | d_forward |
| double * | d_reverse |
| double * | dq_dM |
| double * | dq_uniform |
Per-reaction derivatives of the rates of progress, in one block of KineticsTable::derivatives_size() doubles: d q / dT at fixed concentrations; d q / d C of each forward (reactant) and reverse (product) mass-action term; d q / d[M] of third-body and falloff reactions; and the d q / d C_j shared by every species through the pressure of PLOG and Chebyshev reactions.
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inlinestatic |
| double* chemistry::ReactionDerivatives::d_forward |
| double* chemistry::ReactionDerivatives::d_reverse |
| double* chemistry::ReactionDerivatives::dq_dM |
| double* chemistry::ReactionDerivatives::dq_dT |
| double* chemistry::ReactionDerivatives::dq_uniform |