******************************* DFT+U ********************************
Input: [DFTUDoubleCounting = dft_u_fll]
Input: [DFTUPoissonSolver = dft_u_poisson_fft]
Input: [ACBN0Screening = 1.000]
Input: [ACBN0RotationallyInvariant = yes]
Input: [ACBN0IntersiteInteraction = yes]

Method:
  [1] Tancogne-Dejean, and Rubio, Phys. Rev. B 102, 155117 (2020)
Implementation:
  [1] Tancogne-Dejean, Oliveira, and Rubio, Phys. Rev. B 69, 245133 (2017)

Input: [AOTruncation = ao_full]
Input: [AOThreshold = 0.1000E-01]
Input: [AONormalize = yes]
Input: [AOSubmesh = no]
Input: [AOLoewdin = yes]
Input: [AOCombineJOrbitals = no]
Building the DFT+U localized orbital basis.
 Orbitals are build on their own submesh
Found   4 orbital sets.
Orbital set  1 has a value of U of  0.00000 Ha.
It contains  1 orbitals.
The radius is  5.78000 Bohr,  with   8391 grid points.
Orbital set  2 has a value of U of  0.00000 Ha.
It contains  3 orbitals.
The radius is  7.34000 Bohr,  with  17309 grid points.
Orbital set  3 has a value of U of  0.00000 Ha.
It contains  1 orbitals.
The radius is  5.78000 Bohr,  with   8440 grid points.
Orbital set  4 has a value of U of  0.00000 Ha.
It contains  3 orbitals.
The radius is  7.34000 Bohr,  with  17148 grid points.
Info: Parallelization in orbsets
Info: Node in group    0 will manage      1 orbsets:     1 -      1
Info: Node in group    1 will manage      1 orbsets:     2 -      2
Info: Node in group    2 will manage      1 orbsets:     3 -      3
Info: Node in group    3 will manage      1 orbsets:     4 -      4
**********************************************************************
