Chi2 surface plot

Plot surface

1_create_surface_data.py

Get file <include highlight="python" src="http://svn.gna.org/viewcvs/*checkout*/relax/trunk/test_suite/shared_data/dispersion/KTeilum_FMPoulsen_MAkke_2006/surface_chi2_clustered_fitting/1_create_surface_data.py?revision=HEAD" />

1_surface_chi2.txt

Get file <include highlight="text" lines="0-10" src="http://svn.gna.org/viewcvs/*checkout*/relax/trunk/test_suite/shared_data/dispersion/KTeilum_FMPoulsen_MAkke_2006/surface_chi2_clustered_fitting/1_surface_chi2.txt?revision=HEAD" />

...

2_make_surface_plot.py

Chi2 surface plot

Get file <include highlight="python" src="http://svn.gna.org/viewcvs/*checkout*/relax/trunk/test_suite/shared_data/dispersion/KTeilum_FMPoulsen_MAkke_2006/surface_chi2_clustered_fitting/2_make_surface_plot.py?revision=HEAD" />

Compare dx map

TSMFK01_dx_map.py

dx map of chi2 surface, from corner

dx map of chi2 surface, from side

Get file <include highlight="python" src="http://svn.gna.org/viewcvs/*checkout*/relax/trunk/test_suite/shared_data/dispersion/KTeilum_FMPoulsen_MAkke_2006/surface_chi2_clustered_fitting/TSMFK01_dx_map.py?revision=HEAD" />

Create simulated dispersion plots

Get file <include highlight="python" src="https://sourceforge.net/p/nmr-relax/code/ci/master/tree/test_suite/shared_data/dispersion/KTeilum_FMPoulsen_MAkke_2006/surface_chi2_clustered_fitting/3_simulate_graphs.py?format=raw" />

Gallery

• 

  dw=10.405 ,k_AB=2.414 ,chi2=6722.833

• 

  dw=0 ,k_AB=0 ,chi2=98892.958

• 

  dw=0 ,k_AB=1 ,chi2=72102.777

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  dw=0 ,k_AB=2 ,chi2=182636.657

• 

  dw=0 ,k_AB=3 ,chi2=430494.6

• 

  dw=0 ,k_AB=4 ,chi2=815676.604

• 

  dw=0 ,k_AB=5 ,chi2=1338182.67

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  dw=0 ,k_AB=6 ,chi2=1998012.798

• 

  dw=3.333 ,k_AB=0 ,chi2=98892.958

• 

  dw=3.333 ,k_AB=1 ,chi2=38960.501

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  dw=3.333 ,k_AB=2 ,chi2=10243.151

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  dw=3.333 ,k_AB=3 ,chi2=12740.906

• 

  dw=3.333 ,k_AB=4 ,chi2=46453.768

• 

  dw=3.333 ,k_AB=5 ,chi2=111381.736

• 

  dw=3.333 ,k_AB=6 ,chi2=207524.811

• 

  dw=6.667 ,k_AB=0 ,chi2=98892.958

• 

  dw=6.667 ,k_AB=1 ,chi2=38516.101

• 

  dw=6.667 ,k_AB=2 ,chi2=9596.92

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  dw=6.667 ,k_AB=3 ,chi2=12135.415

• 

  dw=6.667 ,k_AB=4 ,chi2=46131.586

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  dw=6.667 ,k_AB=5 ,chi2=111585.433

• 

  dw=6.667 ,k_AB=6 ,chi2=208496.955

• 

  dw=10 ,k_AB=0 ,chi2=98892.958

• 

  dw=10 ,k_AB=1 ,chi2=38338.21

• 

  dw=10 ,k_AB=2 ,chi2=9428.183

• 

  dw=10 ,k_AB=3 ,chi2=12162.877

• 

  dw=10 ,k_AB=4 ,chi2=46542.291

• 

  dw=10 ,k_AB=5 ,chi2=112566.427

• 

  dw=10 ,k_AB=6 ,chi2=210235.283

• 

  dw=13.333 ,k_AB=0 ,chi2=98892.958

• 

  dw=13.333 ,k_AB=1 ,chi2=38274.865

• 

  dw=13.333 ,k_AB=2 ,chi2=9441.93

• 

  dw=13.333 ,k_AB=3 ,chi2=12394.152

• 

  dw=13.333 ,k_AB=4 ,chi2=47131.531

• 

  dw=13.333 ,k_AB=5 ,chi2=113654.068

• 

  dw=13.333 ,k_AB=6 ,chi2=211961.762

• 

  dw=16.667 ,k_AB=0 ,chi2=98892.958

• 

  dw=16.667 ,k_AB=1 ,chi2=38274.349

• 

  dw=16.667 ,k_AB=2 ,chi2=9547.429

• 

  dw=16.667 ,k_AB=3 ,chi2=12712.196

• 

  dw=16.667 ,k_AB=4 ,chi2=47768.651

• 

  dw=16.667 ,k_AB=5 ,chi2=114716.793

• 

  dw=16.667 ,k_AB=6 ,chi2=213556.624

• 

  dw=20 ,k_AB=0 ,chi2=98892.958

• 

  dw=20 ,k_AB=1 ,chi2=38267.144

• 

  dw=20 ,k_AB=2 ,chi2=9643.821

• 

  dw=20 ,k_AB=3 ,chi2=13022.989

• 

  dw=20 ,k_AB=4 ,chi2=48404.648

• 

  dw=20 ,k_AB=5 ,chi2=115788.799