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!!-------------------------------------------------------
!!---- Relaxed Selected Excitation (RelaxSE)
!!-------------------------------------------------------
!!---- This file is part of RelaxSE
!!---- 
!!---- The RelaxSE project is distributed under LGPL. In agreement with the
!!---- Intergovernmental Convention of the ILL, this software cannot be used
!!---- in military applications.
!!---- 
!!---- Copyright (C) 2016-2021  Institut Laue-Langevin (ILL), Grenoble, FRANCE
!!----                          Institut Neel - CNRS-UPR2940 (CNRS), Grenoble, FRANCE
!!---- 
!!---- Authors: Elisa REBOLINI (ILL)             rebolini@ill.fr
!!----          Marie-Bernadette LEPETIT (CNRS)  Marie-Bernadette.Lepetit@neel.cnrs.fr
!!---- 
!!---- RelaxSE is free software; you can redistribute it and/or
!!---- modify it under the terms of the GNU Lesser General Public
!!---- License as published by the Free Software Foundation; either
!!---- version 3.0 of the License, or (at your option) any later version.
!!---- 
!!---- RelaxSE is distributed in the hope that it will be useful,
!!---- but WITHOUT ANY WARRANTY; without even the implied warranty of
!!---- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
!!---- Lesser General Public License for more details.
!!---- 
!!---- You should have received a copy of the GNU Lesser General Public
!!---- License along with this library; if not, see <http://www.gnu.org/licenses/>.
!!---- 


!> @file Main for the properties of SASS program
!> @author Marie-Bernadette Lepetit and Elisa Rebolini

Program proprietes
!!$ -------- Donness globales ---------------------------------
  use info
  use info_prop
  use files
  use typedet
  use spindetact
  use gener_ref0
  use gener_ref1
  use gener_monos
  use utils_char
  use utils_wrt
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  use densite
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  !  use density_matrix
  !$ use OMP_LIB
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!!$ -------- Donnes locales -----------------------------------
  implicit none
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  type(prop_infotype)   :: prop_info
  type(prog_infotype)   :: prog_info
  type(g_infotype)      :: g_info
  type(o_infotype)      :: o_info
  type(v_infotype)      :: v_info
  type(det_infotype)    :: det_info
  type(sym_infotype)    :: sym_info

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  ! det
  type(deter), dimension(:), allocatable ::  det, ref0
  Integer (KIND=kd_int) :: ndet, nvec, nblock, nelact, nact
  Integer, dimension(:), allocatable :: shtblkdet, nblkdet, deter_index
  type(rlist) :: r
  type(spinrlist) :: rspin
  integer, parameter :: nb_rlist = 9
  type(spindetact_list), pointer :: r0
  type(deter_dblocklist) :: d

  ! vecteurs
  real(kd_dble), dimension(:,:),  allocatable :: psi
  real(kd_dble), dimension(:),    allocatable :: ener, psi_S
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  ! prop
  Integer(KIND=kd_int) :: nprop
  character*5, dimension(:), allocatable :: whichprop

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  ! proprietes
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  !  real(kd_dble), dimension(:,:,:),  allocatable :: rho_tot,rho_spin
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  ! impressions
  integer, parameter :: pas = 10
  character*1, parameter :: A1=" "

  ! autres
  integer ::  idet, ivec, iprop, nb_thread
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  integer ::  nr, nq, iwr, i, j, n, nref0lu
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  real(kd_dble) :: tstart, tend, wstart, wend, wstart1, wend1,t1, t2, wt1, wt2

  CHARACTER(LEN=8)     :: date      ! returned values from DATE_AND_TIME()
  CHARACTER(LEN=10)    :: time
  CHARACTER(LEN=5)     :: zone
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  INTEGER,DIMENSION(8) :: values

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!#ifdef VAR_DEV
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  integer :: iorb1, iorb2, norb
  real(kind=kd_dble), allocatable :: rho(:, :)
  real(kind=kd_dble), allocatable :: WF(:)
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!#endif
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!!$============================================================
!!$ -------- Code ---------------------------------------------
!!$-----
!!$----- Initialisations 
!!$-----
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  call init_prop(g_info, prog_info, o_info, v_info, det_info, sym_info, prop_info)
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#ifdef VAR_OMP
  !$OMP PARALLEL SHARED(nb_thread)
  nb_thread=OMP_GET_MAX_THREADS()
  !$OMP END PARALLEL
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  prog_info%nb_thread = nb_thread
#endif

  ! Definition des fichiers
  call def_files_prop(prog_info, ndet)
  flush(f_output)

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  call gettime(tstart, wstart)
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  ! lecture des x_info
  read(f_info) prog_info
  read(f_info) g_info
  read(f_info) o_info
  read(f_info) v_info
  read(f_info) det_info
  read(f_info) nblock
  allocate(shtblkdet(nblock), nblkdet(nblock), deter_index(nblock))
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  shtblkdet(:)    = 0
  nblkdet(:)      = 0
  deter_index(:)  = 99
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  read(f_info) shtblkdet(1:nblock), nblkdet(1:nblock), deter_index(1:nblock)
  read(f_info) sym_info

  call read_propinp(prop_info, nref0lu, f_input)
  prog_info%restart = .true.
  ndet   = det_info%ndet
  nvec   = v_info%nvec
  nelact = g_info%nelact
  nact   = o_info%nact
  det_info%nref0 = nref0lu
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!!$-----
!!$ --- Generation des det
!!$-----
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  if (prog_info%methodAct.eq.'cas') then
     det_info%nref0 = comb(o_info%nact,g_info%na) * comb(o_info%nact,g_info%nb)
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     call deter_init(ref0,  det_info%nref0)
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     call gener_cas(ref0, prog_info, det_info, g_info, o_info)
  else
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     call deter_init(ref0,  det_info%nref0)
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     call lect_ref0(ref0, prog_info, det_info, g_info, o_info, v_info)
  end if
  if (prog_info%id_cpu.eq.0)  flush(f_output)

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  call detact_all_init(r, nb_rlist)  
  if (prog_info%id_cpu.eq.0) then
     write(f_output,*)
     write(f_output,*)">>> Generation of all determinants"
     flush(f_output)
  endif
  call gettime(t1,wstart1)
  ! Calcul des conf de spin des ref0
  call generspin_ref0(ref0, vecref0, r, o_info, det_info, v_info, prog_info)
  ! Calcul des conf de spin des ref1
  call generspin_ref1(ref0, r, o_info, det_info, g_info%nelact, prog_info)
  call deter_free(ref0)

  ! Generation of all active determinants
  call compute_all_spindetact(rspin, r, o_info, v_info%sz)
  ! Generation of all determinants   
  call deter_blocklist_init(d)
  call generspin_det(det_info, rspin, d, o_info, v_info, prog_info, .false.)
  call gettime(t2,wend1)
  if (prog_info%id_cpu.eq.0) then
     write(f_output,*) '>>>Determinants generated in',t2-t1,'second(s)'
     flush(f_output)
  endif

!!$-----
!!$ --- Lecture des det 
!!$-----
  write(f_output,*)
  write(f_output,*) '>>> Reading determinants in file bdet'
  allocate (det(ndet))
  call read_bdet(det,ndet,f_bdet)

!!$-----
!!$ --- Lecture des vecteurs
!!$-----
  write(f_output,*)
  write(f_output,'(" >>> Reading vectors from file restart")')
  allocate(psi(ndet,nvec), ener(nvec))
  psi(:,:) = 0.d0
  ener(:)  = 0.d0
  call lect_vect(psi, ener, ndet, nvec)
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!!$-----
!!$ --- Projection sur le cas
!!$-----
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  write(f_output,*)
  write(f_output,*)"================================================================================"
  write(f_output,*)
  write(f_output,*)"                            Properties section                                  "
  write(f_output,*)
  write(f_output,*)"================================================================================"
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  call gettime(t1,wt1)
  write(f_output,*)
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  n=len("Vectors projection on active space")
  call wrt_mess(f_output,n,"Vectors projection on active space")
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  call cass_proj(psi, ener, ndet, nvec, nelact,det, det_info, o_info, &
       nblock, shtblkdet,nblkdet,deter_index,f_output)
  call gettime(t2,wt2)
  write(f_output,*)
  write(f_output,'(X,A,A,F17.2,A,F17.2,A)') '>>> Active space projection in ',&
       'CPU time ',t2-t1,'s, Wall time ',wt2-wt1,' s'
  flush(f_output)
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!!$-----------------------------------------------------------------------------
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!!$ --- Autres proprits
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!!$-----------------------------------------------------------------------------
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  nprop = prop_info%nprop
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  if (nprop.ne.0) then

     allocate(whichprop(nprop))
     whichprop(1:nprop) = prop_info%whichprop(1:nprop)


     do iprop = 1, nprop
        call lowercase(whichprop(iprop))
        select case (whichprop(iprop))
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        case("s-s2") !------- Compute total S -------------------------------------
           write(f_output,*)
           write(f_output,*)
           n=len("Total S")
           call wrt_mess(f_output,n,"Total S")
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           allocate(psi_S(nvec))
           psi_S(:) = 0.d0
           call s2(psi,psi_S,ndet,nvec,nelact, det, det_info, d, o_info, f_output)
           nq=nvec/10
           nr=nvec - nq*pas
           do i =1,nq
              write(f_output,'(" S    ")',advance='no')
              do iwr = 1, max(2*nact +1-6,0)
                 write(f_output,'(a1)',advance='no') A1
              end do
              write(f_output,9012) psi_S((i-1)*pas+1:i*pas)
           end do
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           write(f_output,'(" S    ")',advance='no')
           do iwr = 1, max(2*nact +1-6,0)
              write(f_output,'(a1)',advance='no') A1
           end do
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           write(f_output,9012) psi_S(nq*pas+1:nvec)
           write(f_output,*)
           deallocate(psi_S)
9012       format(10(F18.8,2x))
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        case("wf") !------- Print WFs ---------------------------------------------
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           write(f_output,*)
           write(f_output,*)
           n=len("Total WFs")
           call wrt_mess(f_output,n,"Total WFs")
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           call wrt_WF(ndet,nvec,1,nvec,det,psi,o_info,f_output)
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        case("pref1") !---- Project WF on Ref1 ------------------------------------
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           write(f_output,*)
           write(f_output,*)
           n=len("Projection on Ref1")
           call wrt_mess(f_output,n,"Projection on Ref1")
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           write(f_output,*) "      Not yet implemented"
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        case("lcoef") !---- Print largest determinants ----------------------------
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           write(f_output,*)
           write(f_output,*)
           n=len("Projection on determinants with coefficients largest than a threshold")
           call wrt_mess(f_output,n,"Projection on determinants with coefficients largest than a threshold")
           write(f_output,'("  Threshold = ",f8.5)')  prop_info%seuilcoef
           call largecoef(prop_info%seuilcoef,ndet,nvec,det,psi,o_info,f_output)
           
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        case("dens") !----- 1e-density matrix --------------------------------------
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           write(f_output,*)
           n=len("One particule density matrices")
           call wrt_mess(f_output,n,"One particule density matrices")
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           call  dens(ndet,nvec, psi,det, d,rspin, o_info,g_info,prog_info)
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           !           call  verif_dens(ndet,nvec, psi,det, d,rspin, o_info,g_info,prog_info)
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           write(f_output,*)
           write(f_output,*)
           
        end select
     end do
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     deallocate(whichprop)
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  end if
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  write(f_output,*)
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  write(f_output,*)"================================================================================"
  write(f_output,*)
  write(f_output,*)"                        End of properties section                               "
  write(f_output,*)
  write(f_output,*)"================================================================================"
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  write(f_output,*)
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  deallocate(shtblkdet, nblkdet, deter_index)
  deallocate(det)
  deallocate(psi, ener)
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  call gettime(tend,wend)

  call date_and_time(date, time, zone, values)
  write(f_output,'(X,A,F17.2,A,F17.2,A)') 'Calculation finished in CPUtime',&
       tend-tstart,'s Walltime:', &
       wend-wstart,'s'
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  write(f_output,*) 'Calculation finished on ', date(7:8),'-',date(5:6),&
       '-',date(1:4), ' at ', time(1:2),':',time(3:4)
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  flush(f_output)
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!!$ Clean
  call detact_all_free(r)
  call spindetact_all_free(rspin)
  call deter_blocklist_free(d)

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contains
  subroutine wrt_mess(iunit,n,mess)
    implicit none
    character(len=*), intent(in) :: mess
    Integer(KIND=kd_int), intent(in) :: iunit,n 
    Integer :: i,d
    
    d= (80-n-2)/2
    do i=1,d
       write(iunit,9001,advance="no") ">"
    end do
    write(iunit,9001,advance="no") " "
    do i=1,n
       write(iunit,9001,advance="no") mess(i:i)
    end do
    write(iunit,9001,advance="no") " "
    do i=1, 80-n-2-d
       write(iunit,9001,advance="no") "<"
    end do
    write(iunit,*)
9001 format(a1)
    
  end subroutine wrt_mess
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end Program proprietes