Sanaz,
From my understanding and tests, your actual structure files are not needed. Rather,
For the Modeling:
The only structure information you need in the 'in' file is the lattice parameters (cell dimensions), defect location (in crystal/fractional coord.), and charge of defect.
This outputs: V_r.npy (needed for deltaV_q/0 potential alignment, in_dV_mD)
For deltaV_0/p and deltaV_q/0 you need the path to:
V_p.cube/xsf
V_0.cube/xsf
V_q.cube/xsf
V_r.npy
The paths can be written in:
in_dV_0p
in_dV_mD
---------------------------------------
For example (in_dV_0p):
&dV_0p
file_type = cube
file_pristine = /home/BrianL/CoFFEE_1.1/GaAs/222/sgp/V_p.cube
file_neutral = /home/BrianL/CoFFEE_1.1/GaAs/222/sgp/V_0.cube
charge = -3
plt_dir = a1
factor = Ryd
/
-----------------------------------------------------------------------------------------------------------------------
Mit,
Feel free to correct and/or add to anything that I may have missed.
Brian Leininger