1
t78o_DS3_1WF4
t78o_DS4_1WF5
t78o_DS5_1WF6
t78o_DS2_WFK
9.50049E-04
1.000
0.00735  2.0

!first order wave function file for direction 1 0 0
!first order wave function file for direction 0 1 0
!first order wave function file for direction 0 0 1
!tsmear in Hartree
!wtk as it is written in the outfile
!space between two points, conductivity is compute up to this value in Ha

#%%<BEGIN TEST_INFO>
#%% [setup]
#%% executable = conducti
#%% test_chain = t78.in, t79.in
#%% [files]
#%% files_to_test = 
#%%   t79.out, tolnlines=  1, tolabs=  4.000e-08, tolrel=  7.000e-06, fld_options=-medium;
#%%   t79_Kth, tolnlines=  50, tolabs=  4.000e-08, tolrel=  7.000e-06, fld_options=-easy;
#%%   t79_Lij, tolnlines=  50, tolabs=  4.000e-08, tolrel=  7.000e-06, fld_options=-easy;
#%%   t79_abs, tolnlines=  50, tolabs=  4.000e-04, tolrel=  7.000e-06, fld_options=-ridiculous;
#%%   t79_eps, tolnlines=  50, tolabs=  4.000e-08, tolrel=  7.000e-06, fld_options=-easy;
#%%   t79_tens, tolnlines=  50, tolabs=  4.000e-08, tolrel=  7.000e-06, fld_options=-easy;
#%% [paral_info]
#%% max_nprocs = 1
#%% [extra_info]
#%% keywords = NC
#%% authors = V. Recoules
#%% description = 
#%%   Aluminum FCC : test the conductivity.
#%%   Only for testing purposes : no physical meaning !!
#%%<END TEST_INFO>