3-state simulated data

These data files can be used with the 3-state denaturation global fitting tutorial.  The following parameters were used to create these data files:

 BUFFER    1  [  .0000000E+00] Simulated data (Gauss noise)
     1            Gni (Kcal/mol)           6.000000       1     1 VAR
     2        Ani (Kcal/mol/[D])           3.000000       1     2 VAR
     3            Giu (Kcal/mol)           4.000000       1     3 VAR
     4        Aiu (Kcal/mol/[D])           1.000000       1     4 VAR
     5  SLOPE OF NATIVE BASELINE            .100000       1     5 VAR
     6  Y-INT OF NATIVE BASELINE           1.000000       1     6 VAR
     7 SLOPE OF UNFOLDED BASELIN           -.100000       1     7 VAR
     8 Y-INT OF UNFOLDED BASELIN          10.000000       1     8 VAR
     9               Z PARAMETER            .750000       1     9 VAR
    10           TEMPERATURE (K)         298.150000       1    10 FIXED

 LP> ENTER "0" WHEN DONE
LP> ENTER BUFFER NUMBER = [  2 ]
 BUFFER    2  [  .0000000E+00] Simulated data (Gauss noise)
     1            Gni (Kcal/mol)           6.000000       1     1 VAR
     2        Ani (Kcal/mol/[D])           3.000000       1     2 VAR
     3            Giu (Kcal/mol)           4.000000       1     3 VAR
     4        Aiu (Kcal/mol/[D])           1.000000       1     4 VAR
     5  SLOPE OF NATIVE BASELINE            .100000       2     5 VAR
     6  Y-INT OF NATIVE BASELINE           1.000000       2     6 VAR
     7 SLOPE OF UNFOLDED BASELIN           -.100000       2     7 VAR
     8 Y-INT OF UNFOLDED BASELIN          10.000000       2     8 VAR
     9               Z PARAMETER            .240000       2     9 VAR
    10           TEMPERATURE (K)         298.150000       1    10 FIXED


A gaussian noise of std dev=0.02 was used in the simulation.  These exact files weren't used for the tutorial so the actual numbers and errors you get from following the tutorial might be slightly different but still similar within error.  Just didn't want you to think that something was wrong if the numbers weren't exactly the same.

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This is a simulated 3-state denaturation curve. The data is in x,y ASCII format and should be read in using the 'rea' command in Savuka.   2k v. 1 May 19, 2009, 9:17 PM Osman Bilsel
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This is a simulated 3-state denaturation curve. The data is in x,y ASCII format and should be read in using the 'rea' command in Savuka.   2k v. 2 May 19, 2009, 9:19 PM Osman Bilsel
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