if _meshQuality_:
raise NotImplementedError('MeshQuality is not implemented yet. It will be added soon.')
values = {'castellatedMesh': str(_castellatedMesh_).lower(),
'snap': str(_snap_).lower(), 'addLayers': str(_addLayers_).lower(),
'castellatedMeshControls': {
'nCellsBetweenLevels': str(_nCellsBetweenLevels_),
'maxGlobalCells': str(_maxGlobalCells_)
},
'addLayersControls': {
'expansionRatio': str(_expansionRatio_),
'finalLayerThickness': str(_finalLayerThickness_),
'minThickness': str(_minThickness_),
'nLayerIter': str(_nLayerIter_)}
}
if _surfaceFeatureLevel_ is not None:
values['snapControls'] = {'extractFeaturesRefineLevel': str(_surfaceFeatureLevel_)}
if additionalParameters_:
try:
addedValues = CppDictParser(additionalParameters_).values
except Exception as e:
raise ValueError("Failed to load additionalParameters_:\n%s" % str(e))
else:
values = update_dict(values, addedValues)
snappyHexMeshDict = SolutionParameter('snappyHexMeshDict', values)
values = {
'castellatedMesh': str(_castellated_mesh_).lower(),
'snap': str(_snap_).lower(),
'addLayers': str(_add_layers_).lower(),
'castellatedMeshControls': {
'nCellsBetweenLevels': str(_n_cells_btwn_levels_),
'maxGlobalCells': str(_max_global_cells_)
},
'addLayersControls': {
'expansionRatio': str(_expansion_ratio_),
'finalLayerThickness': str(_final_layer_thickness_),
'minThickness': str(_min_thickness_),
'nLayerIter': str(_n_layer_iter_)
}
}
if _srf_feature_level_ is not None:
values['snapControls'] = {
'extractFeaturesRefineLevel': str(_srf_feature_level_)
}
if additional_par_:
try:
addedValues = CppDictParser(additional_par_).values
except Exception as e:
raise ValueError("Failed to load additional_par_:\n%s" % str(e))
else:
values = update_dict(values, addedValues)
snappy_hex_mesh_dict = SolutionParameter('snappyHexMeshDict', values)
