eop_C_L_I.m File Reference

model = eop_C_L_I(model) More...

Go to the source code of this file.

Functions
function model =	eop_C_L_I (model)
	model = eop_C_L_I(model) More...
function y =	eopCLI>my_mult_for_L_I (x, L, K)

Detailed Description

model = eop_C_L_I(model)

Definition in file eop_C_L_I.m.

Function Documentation

function model = eop_C_L_I

(

model

)

model = eop_C_L_I(model)

function to compute and empirical continuousity constant of the Matrix L_I^-1 of a linear evolution scheme. Required for the nomal L2-error estimator.

Parameters

model

model

Return values

model

model

Required fields of model:

• operators_ptr —  operators ptr
• RB_numintervals —  RB numintervals
• mu_ranges —  matrix storing the admissable ranges for parameter vector components. Each two dimensional column vector represents a range for a component specified by model.mu_names.
• set_mu —  set mu

Generated fields of model:

• decomp_mode —  flag indicating the operation mode of the function:
  • 0 (complete) : no affine parameter dependence or decomposition is performed.
  • 1 (components) : for each output argument a cell array of output matrices is returned representing the \(q\)-th component independent of the parameters given in mu_names.
  • 2 (coefficients) : returns a vector where each coordinate represents the \(q\)-the coefficient \(\sigma_{\cdot}^{q}(\mu)\) dependent on the parameters given in mu_names.
• L_I_inv_norm_bound —  L I inv norm bound

Definition at line 17 of file eop_C_L_I.m.

Here is the caller graph for this function: