[gamma] = riccati_rb_gamma(model, reduced_data, sim_data) More...
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Functions | |
function gamma = | riccati_rb_gamma (model, reduced_data, sim_data) |
[gamma] = riccati_rb_gamma(model, reduced_data, sim_data) More... | |
[gamma] = riccati_rb_gamma(model, reduced_data, sim_data)
Definition in file riccati_rb_gamma.m.
function gamma = riccati_rb_gamma | ( | model, | |
reduced_data, | |||
sim_data | |||
) |
[gamma] = riccati_rb_gamma(model, reduced_data, sim_data)
Calculate the norm of the inverse Lyapunov operator for the RB approximation. This can be done in several ways, depending on the field reduced_data.estim.gamma.mode which is directly copied from model.RB_gamma_mode.
interpol: use an interpolation based calculation of the constant kernel_interpolation: kernel interpolation based approximation exponential_bound: use an exponential bound to calculate the constant
Andreas Schmidt, 2015
model | model |
reduced_data | reduced data |
sim_data | matlab struct with simulation data generated e.g. by detailed_simulation() or rb_reconstruction() methods. |
gamma | gamma |
estim —
estim estim.gamma.mode —
estim.gamma.mode estim.gamma.interpolant —
estim.gamma.interpolant estim.gamma.alpha —
estim.gamma.alpha estim.gamma.kernel —
estim.gamma.kernel estim.gamma.interpol_mus —
estim.gamma.interpol mus estim.normEInv —
estim.normEInv Definition at line 17 of file riccati_rb_gamma.m.