lin_evol_opt_reduced_data_subset.m File Reference

method which modifies reduced_data, which is the data, that will be passed to the online-simulation algorithm. More...

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Functions
function reduced_data_subset =	lin_evol_opt_reduced_data_subset (model, reduced_data)
	method which modifies reduced_data, which is the data, that will be passed to the online-simulation algorithm. More...

Detailed Description

method which modifies reduced_data, which is the data, that will be passed to the online-simulation algorithm.

Definition in file lin_evol_opt_reduced_data_subset.m.

Function Documentation

function reduced_data_subset = lin_evol_opt_reduced_data_subset	(		model,
			reduced_data
	)

method which modifies reduced_data, which is the data, that will be passed to the online-simulation algorithm.

Typically, this routine only does a submatrix extraction of the Nmax sized offline-objects to produce N sized objects for the real simulation.

Note

The fields for reduced_data_subset are only generated if they exist in reduced_data.

Parameters

model	model
reduced_data	reduced data

Return values

reduced_data_subset

reduced data subset

Required fields of model:

• N —  number of reduced basis vectors to choose
• N_der —  number of reduced basis vectors in derivative solution

Required fields of reduced_data:

• N —  number of reduced basis vectors in the reduced_data.
• M_E —  M E
• M_b —  M b
• M_EE —  M EE
• M_Eb —  M Eb
• M_I —  M I
• M_II —  M II
• M_IE —  M IE
• M_Ib —  M Ib
• M_EdEd —  M EdEd
• M_IdId —  M IdId
• M_Ed —  M Ed
• M_Id —  M Id
• M_bd —  M bd
• M_IEd —  M IEd
• M_IId —  M IId
• M_Ibd —  M Ibd
• M_EEd —  M EEd
• M_EId —  M EId
• M_Ebd —  M Ebd
• M_EdId —  M EdId
• M_Edbd —  M Edbd
• M_Idbd —  M Idbd
• s_RB —  s RB
• s_l2norm —  s l2norm

Optional fields of model:

• name_output_functional —  name of an output functional

Optional fields of reduced_data:

• a0 —  a cell array sequence of N-vector components of initial data projection
• LL_E —  a cell array sequence of N x N component-Matrices of explicit operator evaluations.
• LL_I —  a cell array sequence of N x N component-Matrices of implicit operator evaluations.
• bb —  a cell array sequence of N-vector components of the offset
• bb_I —  a cell array sequence of N-vector components of the implicit offset ... ...

Generated fields of reduced_data_subset:

• a0 —  a cell array sequence of N-vector components of initial data projection
• LL_E —  a cell array sequence of N x N component-Matrices of explicit operator evaluations.
• LL_I —  a cell array sequence of N x N component-Matrices of implicit operator evaluations.
• bb —  a cell array sequence of N-vector components of the offset
• bb_I —  a cell array sequence of N-vector components of the implicit offset .,... ...
• s_RB —  in case of a given output functional, this is a vector of output functional values of the reduced basis
• s_l2norm —  in case of a given output functional, this is the \(L^2\)-norm of the output functional
• N —  number of reduced basis vectors in the reduced_data.
• M_E —  M E
• M_b —  M b
• M_EE —  M EE
• M_Eb —  M Eb
• M_I —  M I
• M_II —  M II
• M_IE —  M IE
• M_Ib —  M Ib
• M_EdEd —  M EdEd
• M_IdId —  M IdId
• M_Ed —  M Ed
• M_Id —  M Id
• M_bd —  M bd
• M_IEd —  M IEd
• M_IId —  M IId
• M_Ibd —  M Ibd
• M_EEd —  M EEd
• M_EId —  M EId
• M_Ebd —  M Ebd
• M_EdId —  M EdId
• M_Edbd —  M Edbd
• M_Idbd —  M Idbd

Definition at line 17 of file lin_evol_opt_reduced_data_subset.m.

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