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rbmatlab
1.16.09
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rbmatlab
1.16.09
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Implementation of a Greedy.User.IReducedDataNode storing reduced data depending on collateral reduced basis space information only (e.g. interpolation DOFs and a local grid).
Definition at line 18 of file EiReducedDataNode.m.
Public Member Functions | |
| EiReducedDataNode (TwoPhaseFlow.ReducedModel rmodel,IDetailedData detailed_data) | |
| constructor for the generation of the reduced data. More... | |
| function conds = | get_conds () |
| function yesno = | needs_subset_copy (TwoPhaseFlow.ReducedModel rmodel) |
 Public Member Functions inherited from Greedy.User.IReducedDataNode | |
| function
subset_reduced_data = | extract_reduced_data_subset (Greedy.User.IReducedModel rmodel) |
| Changes the size of the offline data matrices. More... | |
| Public Member Functions inherited from DataTree.ILeafNode | |
| function
children = | length () |
| Returns the number of children of the node. More... | |
| function index = | get_index (dummy2, dummy3, dummy) |
| Obtains the leaf index vector that best fits the child description given by the three arguments. More... | |
| function this = | set (dummy2,DataTree.INode value) |
| Sets a child at the given path in the tree hierarchy. More... | |
| function data = | get (index) |
| Access to a child of the current node. More... | |
| function DataTree.ILeafNode node = | get_active_leaf (DataTree.IModel model, id) |
| retuns the leaf element for the current IDetailedModel configuration. More... | |
| function tree = | create_tree (creator, ids, mu_cube, tslice, basepath) |
| Creates a new tree from a subtree specified by ids, parameter and time index regions. More... | |
| Public Member Functions inherited from DataTree.INode | |
| virtual function DataTree.INode tree = | create_tree (DataTree.ICreator creator, ids, mu_cube, tslice, basepath) |
| Creates a new tree from a subtree specified by ids, parameter and time index regions. More... | |
| virtual function this = | set (index, value) |
| Sets a child at the given path in the tree hierarchy. More... | |
| function | leaf_func (funcptr, ids, mu_cube, tslice) |
| applies a function to all leafs of a DataTree More... | |
| function tree = | create_scalar_tree (funcptr, ids, mu_cube, tslice) |
| copies the current trees with different leafs. These leafs are computes by a function returning scalar values. More... | |
| function
start_index = | traverse_start () |
| Start iterator for a full traverse of the DataTree. More... | |
| function
next_index = | traverse_next (this_index) |
| iterator for a full traverse of the DataTree. More... | |
| function
description = | get_active_leaf_description (IModel model, ids) |
| returns an enumeration of all leaves' basepath index vectors with a description of their parents. More... | |
| function
description = | get_leaf_description (ids, mu_cube, tslice) |
| returns an enumeration of all leaves' basepath index vectors with a description of their parents. More... | |
| function tstop = | index_valid_till (index) |
| Returns the last valid time step index of a time slice. More... | |
| function INode data = | get_by_description (id, mu, nt) |
| A combination of get_index() and get() More... | |
| function
active_leaf_index = | get_active_leaf_index (IModel model, id) |
| retuns the leaf element index for the current IDetailedModel configuration. More... | |
| function
DataTree.LeafNode active_leaf = | get_active_leaf (IModel model, id) |
| retuns the leaf element for the current IDetailedModel configuration. More... | |
| function | display (fn, basepath, name) |
| overwrites the standard display method for DataTree objects More... | |
| function lines = | disp_node (basepath, fn) |
| returns a cell array of strings with information on the node. More... | |
| Public Member Functions inherited from IReducedData | |
| virtual function
IReducedData subset_reduced_data = | extract_reduced_data_subset (rmodel) |
| Changes the size of the offline data matrices. More... | |
Public Attributes | |
| BM | |
| empirical interpolation matrix \({\bf B}\) More... | |
| grid_local_ext | |
| local grid with added neighbours such that a sparse evaluation of the empirically interpolated operators in the interpolation points is possible on this grid. More... | |
| TM_local | |
| indices of grid entities in the grid_local_ext structure where the interpolation points are situated. More... | |
| TM_global | |
| indices of grid entities in the the global grid structure where the interpolation points are situated. More... | |
| Mmass | |
| empirical interpolation mass matrix. More... | |
| Mstrich = 0 | |
| number of collateral reduced basis vectors used for error estimation. More... | |
| ::ILocalizedOperator | ophandle |
| an object for which the empirical interpolation basis was generated. | |
| id | |
| gEI | |
| gn_edges | |
| gn_inner_edges | |
| gn_boundary_edges | |
| TM_global_args | |
| TM_reduction_args = {""} | |
| M | |
| number of collateral reduced basis vectors stored in this data node. More... | |
| grid | |
| synonym for grid_local_ext More... | |
| Public Attributes inherited from Greedy.User.IReducedDataNode | |
| methods *function | rdn |
| TwoPhaseFlow.EiReducedDataNode.EiReducedDataNode | ( | TwoPhaseFlow.ReducedModel | rmodel, |
| IDetailedData | detailed_data | ||
| ) |
constructor for the generation of the reduced data.
| rmodel | object specifying how the reduced simulations can be computed. |
| detailed_data | object defining the basis generation algorithm and storage for storing high dimensional data, i.e. dependent on dimension \(H\). This data is necessary for detailed simulations, construction of online matrices, reduced_data and reconstruction of reduced simulations. |
Definition at line 153 of file EiReducedDataNode.m.
| function yesno = TwoPhaseFlow.EiReducedDataNode.needs_subset_copy | ( | TwoPhaseFlow.ReducedModel | rmodel | ) |
| TwoPhaseFlow.EiReducedDataNode.BM |
empirical interpolation matrix \({\bf B}\)
\[({\bf B})_{ij} = q_i(x_j)\]
for \(1 \leq i \leq j \leq N\) and vanish elsewhere.
Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 30 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.grid |
synonym for grid_local_ext
Dependent set to true. SetAccess = Private, GetAccess = Public Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 137 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.grid_local_ext |
local grid with added neighbours such that a sparse evaluation of the empirically interpolated operators in the interpolation points is possible on this grid.
Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 40 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.M |
number of collateral reduced basis vectors stored in this data node.
Dependent set to true. SetAccess = Private, GetAccess = Public Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 123 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.Mmass |
empirical interpolation mass matrix.
\[({ \bf M })_{ij} = \int q_i q_j\]
for \(i,j=1,\ldots,M\)Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 70 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.Mstrich = 0 |
number of collateral reduced basis vectors used for error estimation.
Dependent set to true. SetAccess = Private, GetAccess = Public
Default: 0
Definition at line 80 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.TM_global |
indices of grid entities in the the global grid structure where the interpolation points are situated.
Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 60 of file EiReducedDataNode.m.
| TwoPhaseFlow.EiReducedDataNode.TM_local |
indices of grid entities in the grid_local_ext structure where the interpolation points are situated.
Dependent set to true. SetAccess = Private, GetAccess = Public Definition at line 50 of file EiReducedDataNode.m.
1.8.8