I hope that the summry of the meaning of the files helps. I did not include a lot of output of the convergency runs
because I think that I am still something fundamentally wrong regarding how to use the implemened algorithms. 


Calculix Files

FEMMeshNetgen.12d

FEMMeshNetgen.inp	Calculix Input file used to dump M,K

FEMMeshNetgen.sti	Calculix-Dump of Matrix K
FEMMeshNetgen_C.mtx	Matrix Market Version of Matrix K (produced by csv2mtx.py)

FEMMeshNetgen.mas	Calculix-Dump of Matrix K
FEMMeshNetgen_M.mtx	Matrix Market Version of Matrix M (produced by csv2mtx.py)


FEMMeshNetgen.dof	Mapping File from CalculixNode.Koordinate --> FOM_DOF

FEMMeshNetgen.cvg	Calculix Output Files, for Matrix-Dump not important
FEMMeshNetgen.dat
FEMMeshNetgen.frd
FEMMeshNetgen.sta

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FMUFMI_Balken2_MOR.FCStd	FreeCAD-Model of Beam
Pic_of_FEA_Model.png		Picture of Model, as you see nothing fancy

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pymor_solve_fom.py	Solves stationary problem K.u=F , with F=100 applied in the middle of the beam
			u printed out for end of beam, u_fom = -0.29964327563257975
			Matches well the closed form solution (Bernoulli-Beam) u_closed_form = -0.2976 

pymor_test1.py		Tests with BTreductor variants

pymor_output_rom1.py	Same as pymor_test1.py, but dumps the reduced K_red (which, in my opinion, deliver close to
			u_fom = K_red * F

pymor_output_mtreductor_rom1.py
			Same as pymor_output_rom1.py, but first test with MTReductor and D=[0]

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csv2mtx.py		extremly slow converter to generate matrixMarket-Files from calculix-CSV Files

