Commit f5cbe889 authored by Janosch Preuß's avatar Janosch Preuß
Browse files

vtk -> vtu

parent 45eb87d5
Pipeline #232336 passed with stage
in 15 minutes and 12 seconds
......@@ -648,7 +648,7 @@ The name of the columns *N*, *iterations*, *finalcost* and *time* correspond to
Change to directory `scripts/4_learnedIE_individual/spherical_geom/plane_wave_hom`. Run `python3 plane_wave.py`.
* (__a__): The data for this plot is available in the file *plane-wave-k16.dat*. The first column *N* gives the data for the x-axis. The other columns labelled as *p__j__* contain the relative errors for polynomial degree
p = __j__ for __j__ in [4,6,8,10,12]. The data for the plot of the real part of the solution is available in the file *plane-wave-k16.vtk* (can be opened with Paraview).
p = __j__ for __j__ in [4,6,8,10,12]. The data for the plot of the real part of the solution is available in the file *plane-wave-k16.vtu* (can be opened with Paraview).
* (__b__): The data for this plot is available in the file *plane-wave-p12.dat*. The first column *N* gives the data for the x-axis. The other columns labelled as *k__j__* contain the relative errors for
wavenumber k = __j__ for __j__ in [4,8,16,32].
......@@ -699,7 +699,7 @@ Change to directory `scripts/4_learnedIE_individual/spherical_geom/jump`. Run `p
* (__b__): We describe the different panels separately.
* Upper panel: The data for the dtn plot is in the file *jump-dtn-kinf8-real.dat*. The columns are labelled in the same way as in (__a__) Upper panel. Additionally, the columns *real* in the file *jump-dtn-kinf8-interp.dat* contains
the values of the exact dtn function at the same points (eigenvalues) which are shown as black crosses in the figure. The data for the plot of the real part of the reference solution is available in
the file *jump-sol-k_inf8.vtk*
the file *jump-sol-k_inf8.vtu*
* Middle Panel: The exact poles are contained in *poles_analytic_kinf8.dat*. The poles of the learned IEs are stored in the files *poles_learned_kinf8_N__j__.dat*, where we follow the same naming convention as in
(__a__) Middle panel.
* Lower panel: The data for the condition number plot is available in the file *condext-learned-kinf8.dat*. The first column *lam* is the eigenvalue,
......@@ -711,15 +711,15 @@ Change to directory `scripts/4_learnedIE_individual/ellipse`. Run `python3 ellip
* (__a__): The data for the plot of the exact dtn function is available in the file *dtn-ellipse-ref-kappaFourThird.dat*. The column *lam* is the eigenvalue, i.e. the data on the x-axis.
The column *dtnReal* contains the real part of the exact dtn function (solid gray line in the plot).
The columns *N__j__* in the file *learned-dtn-ellipse-kappaFourThird-real.dat* contain the approximation with learned IEs for N=__j__ for __j__ in [1,3,5].
The data for the plot of the reference solution displayed in the inset is available in the file *ellipse-kappaFourThird.vtk*.
The data for the plot of the reference solution displayed in the inset is available in the file *ellipse-kappaFourThird.vtu*.
* (__b__): The data for the plot of the exact dtn function is available in the file *dtn-ellipse-ref-kappaEightThird.dat*.
The data for the approximation with learned IEs is available in the file *learned-dtn-ellipse-kappaEightThird-real.dat*.
The naming conventions for the columns are as in (__a__).
The data for the plot of the reference solution displayed in the inset is available in the file *ellipse-kappaEightThird.vtk*.
The data for the plot of the reference solution displayed in the inset is available in the file *ellipse-kappaEightThird.vtu*.
* (__c__): The data for the plot of the exact dtn function is available in the file *dtn-ellipse-ref-kappaTwelveThird.dat*.
The data for the approximation with learned IEs is available in the file *learned-dtn-ellipse-kappaTwelveThird-real.dat*.
The naming conventions for the columns are as in (__a__).
The data for the plot of the reference solution displayed in the inset is available in the file *ellipse-kappaTwelveThird.vtk*.
The data for the plot of the reference solution displayed in the inset is available in the file *ellipse-kappaTwelveThird.vtu*.
* (__d__): The relative errors are stored in the file *ellipse-k32-relerr.dat*. The columns [kappaFourThird,kappaEightThird,kappaTwelveThird] are labelled according to the different
values of the parameter kappa.
......@@ -734,7 +734,7 @@ Change to directory `scripts/4_learnedIE_individual/waveguide`. Run `python3 wav
The poles of the learned IEs are available in the files *poles_learned_guide_N__j__.dat* for N == __j__ in [1,2,3,..]. The column *poles_real* gives the real part of the poles
and the column *poles_imag* the imaginary part.
* (__b__): The relative L2-errors are available in the file *waveguide-k16.5.dat*. The columns *p__j__* contain the relative errors for p=__j__.
The data for the plot of the reference solution is available in the file *waveguide-refsol-k16.5.vtk*.
The data for the plot of the reference solution is available in the file *waveguide-refsol-k16.5.vtu*.
## Chapter 5: Learned IEs providing uniform approximation in the wavenumber
Change to directory `scripts/5_learnedIE_uniform`.
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