diff --git a/crpptbx/AUG/get_aug_equil_WolfgangSuttrop.sci b/crpptbx/AUG/get_aug_equil_WolfgangSuttrop.sci
new file mode 100644
index 0000000000000000000000000000000000000000..c4324666afdf009af0cc791f63677860c7be120e
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+++ b/crpptbx/AUG/get_aug_equil_WolfgangSuttrop.sci
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+// get ASDEX Upgrade equilibrium
+// Wolfgang Suttrop, 31 Jan 2006
+// W.S. ignore 1D profiles on open flux surfaces, 27-Jan-2010
+
+function [equ] = get_aug_equil(shot,time,exper,diagn,edition)
+
+  if exists('exper')==0 then, exper='AUGD'; end
+  if exists('diagn')==0 then, diagn='EQI'; end
+  if exists('edition')==0 then, edition = 0; end
+  descript = sprintf('%s %s %d(%d) %f', exper, diagn, shot, edition, time);
+  printf('Reading equilibrium from %s\n', descript);
+
+  s1 = 'augdiag('+string(shot)+',""'+diagn+'"",""';
+  s2 = '"",""'+exper+'"",'+string(edition)+','+string(time)+','+string(time)+')'
+
+// flux matrix
+  printf("%s\n", s1+'PFM'+s2);
+  mdsvalue('_s=shape(_psi='+s1+'PFM'+s2+')');
+  mdsvalue('_p0=zero(_s[1:2]);');  // trick for 2D result
+  PsiRz = mdsvalue('_p0+_psi');
+  R = mdsvalue('_r=dim_of(_psi,1)');
+  z = mdsvalue('_z=dim_of(_psi,2)');
+
+// number of internal flux labels
+  cmd = sprintf("%s\n", '_lpf='+s1+'Lpf'+s2);
+  Lpf = mdsvalue(cmd);
+  ifl = 1+modulo(Lpf,10000);
+
+// flux quantities (profiles)
+  cmd = sprintf("%s\n", '_qpsi='+s1+'Qpsi'+s2);
+  Qpsi = mdsvalue(cmd);
+  Psi  = mdsvalue('dim_of(_qpsi,1)');
+
+  Jpol = mdsvalue(s1+'Jpol'+s2);
+  Pres = mdsvalue(s1+'Pres'+s2);
+
+// Psimag, Psibdry
+  cc = 'augconv('+string(shot)+',""'+diagn+'"",""' + ...
+      exper + '"",'+string(edition)+','+sprintf("%f",time);
+  cmd = cc+',28,[0,1],,_pflux),_pflux'; 
+  pflux = mdsvalue(cmd);
+
+// Raxis, zaxis
+  cmd = cc+',30,[0,1],0.0,_zaxsepo)'; 
+  raxsepo = mdsvalue(cmd);
+  zaxsepo = mdsvalue('_zaxsepo');
+
+// build equilibrium structure
+  equ = struct( 'Description', descript, ...
+      'PsiRz', PsiRz, 'R', R, 'z', z, ... 
+      'Psi', Psi(1:ifl), 'Qpsi', Qpsi(1:ifl), ...
+      'Fpol', Jpol(1:2:ifl+ifl-1)*2.0e-7, ...
+      'FFprime', Jpol(1:2:ifl+ifl-1).*Jpol(2:2:ifl+ifl)*4.0e-14, ...
+      'Pres', Pres(1:2:ifl+ifl-1), ...
+      'pprime', Pres(2:2:ifl+ifl), ...
+      'Psimag', pflux(1), 'Psibdry', pflux(2), ...
+      'Raxis', raxsepo(1), 'zaxis', zaxsepo(1));
+  
+endfunction
+