This is the complete list of members for Sim1D, including all inherited members.
addDomain(shared_ptr< Domain1D > d) | OneDim | |
bandwidth() const | OneDim | inline |
checkDomainArraySize(size_t nn) const | OneDim | inline |
checkDomainIndex(size_t n) const | OneDim | inline |
clearDebugFile() | Sim1D | |
clearStats() | OneDim | |
component(size_t i) | OneDim | |
domain(size_t i) const | OneDim | inline |
domainIndex(const string &name) | OneDim | |
eval(double rdt=-1.0, int count=1) (defined in Sim1D) | Sim1D | inline |
Cantera::OneDim::eval(size_t j, double *x, double *r, double rdt=-1.0, int count=1) | OneDim | |
evalCountStats() | OneDim | inline |
evalSSJacobian() | Sim1D | |
Cantera::OneDim::evalSSJacobian(double *x, double *rsd) | OneDim | protected |
evalTimeStats() | OneDim | inline |
finalize() | Sim1D | private |
fixedTemperature() | Sim1D | |
fixedTemperatureLocation() | Sim1D | |
getInitialSoln() | Sim1D | |
getRefineCriteria(int dom) | Sim1D | |
getResidual(double rdt, double *resid) | Sim1D | inline |
gridSizeStats() | OneDim | inline |
init() | OneDim | |
initTimeInteg(double dt, double *x) | OneDim | |
jacobian(int i, int j) | Sim1D | |
Cantera::OneDim::jacobian() | OneDim | |
jacobianCountStats() | OneDim | inline |
jacobianTimeStats() | OneDim | inline |
left() | OneDim | inline |
loc(size_t jg) | OneDim | inline |
m_bulk | OneDim | protected |
m_bw | OneDim | protected |
m_connect | OneDim | protected |
m_dom | OneDim | protected |
m_evaltime | OneDim | private |
m_funcElapsed | OneDim | private |
m_funcEvals | OneDim | private |
m_grid_last_ss | Sim1D | protected |
m_gridpts | OneDim | private |
m_init | OneDim | protected |
m_interrupt | OneDim | protected |
m_jac | OneDim | protected |
m_jac_ok | OneDim | protected |
m_jacElapsed | OneDim | private |
m_jacEvals | OneDim | private |
m_loc | OneDim | protected |
m_mask | OneDim | protected |
m_nevals | OneDim | private |
m_newt | OneDim | protected |
m_nsteps | OneDim | protected |
m_nsteps_max | OneDim | protected |
m_nvars | OneDim | protected |
m_pts | OneDim | protected |
m_rdt | OneDim | protected |
m_size | OneDim | protected |
m_ss_jac_age | OneDim | protected |
m_state | OneDim | protected |
m_steady_callback | Sim1D | protected |
m_steps | Sim1D | protected |
m_tfactor | OneDim | protected |
m_time_step_callback | OneDim | protected |
m_timeSteps | OneDim | private |
m_tmax | OneDim | protected |
m_tmin | OneDim | protected |
m_ts_jac_age | OneDim | protected |
m_tstep | Sim1D | protected |
m_xlast_ss | Sim1D | protected |
m_xlast_ts | Sim1D | protected |
m_xnew | Sim1D | protected |
maxGridPoints(size_t dom) | Sim1D | |
maxTimeStepCount() const | OneDim | inline |
nDomains() const | OneDim | inline |
newton() | OneDim | |
newtonSolve(int loglevel) | Sim1D | private |
nVars(size_t jg) | OneDim | inline |
OneDim() | OneDim | |
OneDim(vector< shared_ptr< Domain1D > > &domains) | OneDim | |
OneDim(const OneDim &)=delete (defined in OneDim) | OneDim | |
operator=(const OneDim &)=delete (defined in OneDim) | OneDim | |
pointDomain(size_t i) | OneDim | |
points() | OneDim | inline |
rdt() const | OneDim | inline |
refine(int loglevel=0) | Sim1D | |
resetBadValues(double *x) | OneDim | |
resize() override | Sim1D | virtual |
restore(const string &fname, const string &name) | Sim1D | |
restoreSteadySolution() | Sim1D | |
restoreTimeSteppingSolution() | Sim1D | |
right() | OneDim | inline |
save(const string &fname, const string &name, const string &desc, bool overwrite=false, int compression=0, const string &basis="") | Sim1D | |
saveResidual(const string &fname, const string &name, const string &desc, bool overwrite=false, int compression=0) | Sim1D | |
saveStats() | OneDim | |
setFixedTemperature(double t) | Sim1D | |
setFlatProfile(size_t dom, size_t comp, double v) | Sim1D | |
setGridMin(int dom, double gridmin) | Sim1D | |
setInitialGuess(const string &component, vector< double > &locs, vector< double > &vals) | Sim1D | |
setInterrupt(Func1 *interrupt) | OneDim | inline |
setJacAge(int ss_age, int ts_age=-1) | OneDim | |
setLeftControlPoint(double temperature) | Sim1D | |
setMaxGridPoints(int dom, int npoints) | Sim1D | |
setMaxTimeStep(double tmax) | OneDim | inline |
setMaxTimeStepCount(int nmax) | OneDim | inline |
setMinTimeStep(double tmin) | OneDim | inline |
setProfile(size_t dom, size_t comp, const vector< double > &pos, const vector< double > &values) | Sim1D | |
setRefineCriteria(int dom=-1, double ratio=10.0, double slope=0.8, double curve=0.8, double prune=-0.1) | Sim1D | |
setRightControlPoint(double temperature) | Sim1D | |
setSteadyCallback(Func1 *callback) | Sim1D | inline |
setSteadyMode() | OneDim | |
setTimeStep(double stepsize, size_t n, const int *tsteps) | Sim1D | |
setTimeStepCallback(Func1 *callback) | OneDim | inline |
setTimeStepFactor(double tfactor) | OneDim | inline |
setValue(size_t dom, size_t comp, size_t localPoint, double value) | Sim1D | |
show(std::ostream &s) | Sim1D | |
show() | Sim1D | |
Sim1D() | Sim1D | inline |
Sim1D(vector< shared_ptr< Domain1D > > &domains) | Sim1D | |
size() const | OneDim | inline |
solve(int loglevel=0, bool refine_grid=true) | Sim1D | |
Cantera::OneDim::solve(double *x0, double *x1, int loglevel) | OneDim | |
solveAdjoint(const double *b, double *lambda) | Sim1D | |
ssnorm(double *x, double *r) | OneDim | |
start(size_t i) const | OneDim | inline |
steady() const | OneDim | inline |
timeStep(int nsteps, double dt, double *x, double *r, int loglevel) | OneDim | |
timeStepStats() | OneDim | inline |
transient() const | OneDim | inline |
transientMask() | OneDim | inline |
value(size_t dom, size_t comp, size_t localPoint) const | Sim1D | |
workValue(size_t dom, size_t comp, size_t localPoint) const | Sim1D | |
writeDebugInfo(const string &header_suffix, const string &message, int loglevel, int attempt_counter) | Sim1D | |
writeStats(int printTime=1) | OneDim | |
~OneDim() (defined in OneDim) | OneDim | virtual |