private void fixPIMPLE_PISOSolver(Model model) {
State state = model.getState();
if (state.isTransient() && state.isIncompressible()) {
SystemFolder systemFolder = model.getProject().getSystemFolder();
Dictionary fvSolution = systemFolder.getFvSolution();
Dictionary stateData = model.getDefaults().getDefaultStateData();
Dictionary pisoSolution =
stateData.subDict("pisoFoamRAS").subDict(SYSTEM).subDict(FV_SOLUTION);
Dictionary pimpleSolution =
stateData.subDict("pimpleFoamRAS").subDict(SYSTEM).subDict(FV_SOLUTION);
if (isPISO() && fvSolution.found(SolverFamily.PIMPLE.getKey())) {
systemFolder.setFvSolution(pisoSolution);
state.setSolverFamily(SolverFamily.PISO);
solversTable.updateSolver(state);
ModulesUtil.updateSolver(modules, state);
model.solverChanged();
} else if (isPIMPLE() && fvSolution.found(SolverFamily.PISO.getKey())) {
systemFolder.setFvSolution(pimpleSolution);
state.setSolverFamily(SolverFamily.PIMPLE);
solversTable.updateSolver(state);
ModulesUtil.updateSolver(modules, state);
model.solverChanged();
}
}
}
@Override
public Dictionary getDefaultsFor(State state) {
String primalState = toPrimalState(state);
if (primalState == null) {
String msg = "[ {} provider ]: No defaults for state: {}";
logger.warn(msg, getName(), state.state2String());
return new Dictionary("");
} else {
logger.info("[ {} provider ]: Defaults FOUND for state: {}", getName(), state.state2String());
}
return mergeBase(primalState);
}
private void fixPIMPLE_CENTRALSolver(Model model) {
State state = model.getState();
if (state.isTransient() && state.isCompressible() && state.isHighMach()) {
SystemFolder systemFolder = model.getProject().getSystemFolder();
if (isCENTRAL() && state.getSolverFamily().isPimple()) {
state.setSolverFamily(SolverFamily.CENTRAL);
solversTable.updateSolver(state);
ModulesUtil.updateSolver(modules, state);
Dictionary stateData = model.getDefaults().getDefaultsFor(state);
Dictionary solutionDict = stateData.subDict(SYSTEM).subDict(FV_SOLUTION);
Dictionary schemesDict = stateData.subDict(SYSTEM).subDict(FV_SCHEMES);
systemFolder.setFvSolution(solutionDict);
systemFolder.setFvSchemes(schemesDict);
model.solverChanged();
} else if (isPIMPLE() && state.getSolverFamily().isCentral()) {
state.setSolverFamily(SolverFamily.PIMPLE);
solversTable.updateSolver(state);
ModulesUtil.updateSolver(modules, state);
Dictionary stateData = model.getDefaults().getDefaultsFor(state);
Dictionary solutionDict = stateData.subDict(SYSTEM).subDict(FV_SOLUTION);
Dictionary schemesDict = stateData.subDict(SYSTEM).subDict(FV_SCHEMES);
systemFolder.setFvSolution(solutionDict);
systemFolder.setFvSchemes(schemesDict);
model.solverChanged();
}
}
}
private boolean stateHasChanged() {
State state = model.getState();
SolverFamily family = state.getSolverFamily();
if (state.isTransient() && state.isIncompressible()) {
return family.isPiso() && isPIMPLE() || family.isPimple() && isPISO();
}
if (state.isTransient() && state.isCompressible() && state.isHighMach()) {
return family.isCentral() && isPIMPLE() || family.isPimple() && isCENTRAL();
}
return false;
}
/**
* @param stringOfState for example "(steady incompressible ras)"
* @return for example "simpleFoam"
*/
public String toPrimalState(State state) {
String state2String = state.state2String();
Dictionary statesDict = getStates();
// System.out.println("AbstractDefaultsProvider.toPrimalState() "+statesDict);
if (statesDict != null) {
Map<String, String> STATES = Util.invertMap(statesDict.getFieldsMap());
if (STATES.containsKey(state2String)) {
return STATES.get(state2String);
} else {
logger.warn("[ {} Provider ]: State '{}' NOT AVAILABLE", getName(), state2String);
return null;
}
} else {
logger.warn("[ {} Provider ]: State '{}' NOT AVAILABLE", getName(), state2String);
return null;
}
}