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data_output.f
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data_output.f
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module Data_Output
use type_m
use parameters_m , only : driver , &
n_part , &
spectrum , &
survival , &
NetCharge
use MM_input , only : MM_frame_step
use tuning_m , only : eh_tag
use Babel_m , only : System_Characteristics
use Structure_Builder , only : system => Extended_Cell
private
public :: Populations , Dump_stuff , Net_Charge
interface Populations
module procedure Populations_vct , Populations_mtx
end interface Populations
! module variables ...
integer , save :: counter = 0
real*8 , allocatable , save :: Net_Charge(:)
logical :: done = .false.
contains
!
!
!
!==================================================================
function Populations_vct( QDyn_fragments , basis , bra , ket , t )
!==================================================================
implicit none
character(*) , intent(in) :: QDyn_fragments(:)
type(STO_basis) , intent(in) :: basis(:)
complex*16 , intent(in) :: bra(:) , ket(:)
real*8 , intent(in) :: t
real*8 :: Populations_vct( 0:size(QDyn_fragments)+1 )
! local variables ...
integer :: nf , N_of_fragments , ati
character(len=1) :: fragment
!-------------------------------------------------------------
! get time-dependent Populations
!
! storage: Populations_vct( 0:size(QDyn_fragments)+1 )
!
! Populations_vct( [time] + [# of fragments] + [total dens] )
!-------------------------------------------------------------
! time of population ...
Populations_vct(0) = t
! partial populations ...
N_of_fragments = size( QDyn_fragments )
do nf = 1 , N_of_fragments
fragment = QDyn_fragments (nf)
Populations_vct(nf) = pop_Slater( basis , bra(:) , ket(:) , fragment )
end do
! total population ...
Populations_vct(N_of_fragments+1) = pop_Slater( basis , bra(:) , ket(:) )
! atomic net-charge ...
do ati = 1 , system%atoms
Net_Charge(ati) = abs( sum( bra(:)*ket(:) , basis(:)%atom == ati ) )
end do
! dump atomic net-charges for visualization
If ( NetCharge .AND. (mod(counter,MM_frame_step)==0) ) CALL dump_NetCharge (t)
counter = counter + 1
!----------------------------------------------------
end function Populations_vct
!
!
!
!==================================================================
function Populations_mtx( QDyn_fragments , basis , bra , ket , t )
!==================================================================
implicit none
character(*) , intent(in) :: QDyn_fragments(:)
type(STO_basis) , intent(in) :: basis(:)
complex*16 , intent(in) :: bra(:,:) , ket(:,:)
real*8 , intent(in) :: t
real*8 :: Populations_mtx( 0:size(QDyn_fragments)+1 , n_part)
! local parameters ...
real*8 :: ChargeSign(2) = [-1.0 , 1.0] !<== [el,hl]
! local variables ...
integer :: n , nf , N_of_fragments , ati
character(len=1) :: fragment
!-----------------------------------------------------------------------
! get time-dependent Populations
!
! storage: Populations_mtx( 0:size(QDyn_fragments)+1 , n_part)
!
! Populations_mtx( [time] + [# of fragments] + [total dens] , el_hl )
!-----------------------------------------------------------------------
! time of population ...
Populations_mtx(0,:) = t
! partial populations ...
N_of_fragments = size( QDyn_fragments )
do n = 1 , n_part
do nf = 1 , N_of_fragments
fragment = QDyn_fragments (nf)
Populations_mtx( nf , n ) = pop_Slater( basis , bra(:,n) , ket(:,n) , fragment )
end do
! total populations ...
Populations_mtx( N_of_fragments+1 , n ) = pop_Slater( basis , bra(:,n) , ket(:,n) )
end do
! atomic net-charge ...
Net_Charge = d_zero
do n = 1 , n_part
do ati = 1 , system%atoms
Net_Charge(ati) = Net_Charge(ati) + ChargeSign(n)*abs( sum( bra(:,n)*ket(:,n) , basis(:)%atom == ati ) )
end do
end do
! dump atomic net-charges for visualization
If ( NetCharge .AND. (mod(counter,MM_frame_step)==0) ) CALL dump_NetCharge (t)
counter = counter + 1
!----------------------------------------------------
end function Populations_mtx
!
!
!
!==================================================
subroutine Dump_stuff( TDOS , PDOS , SPEC , QDyn )
!==================================================
implicit none
type(f_grid) , intent(in) , optional :: TDOS
type(f_grid) , intent(in) , optional :: PDOS(:)
type(f_grid) , intent(in) , optional :: SPEC
type(f_time) , intent(in) , optional :: QDyn
! local variables ...
integer :: i , nr , nf , np , N_of_residues , N_of_fragments
character(22) :: string
! save TDOS ...
If( present(TDOS) ) then
OPEN( unit=3 , file='dos.trunk/TDOS.dat' , status='unknown' )
do i = 1 , size(TDOS%func)
write(3,10) TDOS%grid(i) , TDOS%average(i) , TDOS%peaks(i) , TDOS%occupation(i)
end do
CLOSE(3)
end if
! save PDOS ...
If( present(PDOS) ) then
N_of_residues = size( PDOS )
do nr = 1 , N_of_residues
string = "dos.trunk/PDOS-"//PDOS(nr)%residue//".dat"
OPEN( unit=3 , file=string , status='unknown' )
do i = 1 , size(PDOS(nr)%func)
write(3,10) PDOS(nr)%grid(i) , PDOS(nr)%average(i) , PDOS(nr)%peaks(i) , PDOS(nr)%occupation(i)
end do
CLOSE(3)
end do
end if
! save peak and broadened specs ...
If( spectrum ) then
OPEN( unit=3 , file='dos.trunk/spectrum.dat' , status='unknown' )
do i = 1 , size(SPEC%func)
write(3,11) SPEC%grid(i) , SPEC%average(i) , SPEC%peaks(i)
end do
CLOSE(3)
end if
! save time-dependent electron or hole populations ...
If( survival ) then
N_of_fragments = size( QDyn%fragments )
do np = 1 , n_part
if( eh_tag(np) == "XX" ) cycle
OPEN( unit=3 , file="dyn.trunk/"//eh_tag(np)//"_survival.dat" , status="unknown" )
write(3,14) "#" ,( nf+1 , nf=0,size(QDyn%fragments)+1 ) ! <== numbered columns for your eyes only ...
write(3,12) "#" , QDyn%fragments , "total"
do i = 1 , size( QDyn%dyn(:,1,1) )
write(3,13) ( QDyn%dyn(i,nf,np) , nf=0,N_of_fragments+1 )
end do
CLOSE(3)
If( driver == "avrg_confgs" ) then ! <== also save standard deviations ...
OPEN( unit=4 , file="dyn.trunk/"//eh_tag(np)//"_std.dat" , status="unknown" )
write(4,14) "#" ,( nf+1 , nf=0,size(QDyn%fragments)+1 ) ! <== numbered columns for your eyes only ...
write(4,12) "#" , QDyn%fragments , "total"
do i = 1 , size( QDyn%std(:,1,1) )
write(4,13) ( QDyn%std(i,nf,np) , nf=0,N_of_fragments+1 )
end do
CLOSE(4)
End If
end do
end if
10 FORMAT(4F12.5)
11 FORMAT(3F13.9)
12 FORMAT(/15A10)
13 FORMAT(F11.6,14F10.5)
14 FORMAT(A,I9,14I10)
end subroutine Dump_stuff
!
!
!
!=================================================
function pop_Slater( basis , za , zb , fragment )
!=================================================
implicit none
type(STO_basis) , intent(in) :: basis(:)
complex*16 , intent(in) :: za(:) , zb(:)
character(*) , optional , intent(in) :: fragment
! local variables
real*8 :: pop_Slater
complex*16 :: pop
pop = C_zero
if( present(fragment) ) then
pop = sum( za(:) * zb(:) , mask = basis%fragment == fragment )
else
pop = sum( za(:) * zb(:) )
end if
pop_Slater = real( pop )
end function
!
!
!
!===============================
subroutine dump_NetCharge ( t )
!===============================
implicit none
real*8 , intent(in) :: t
! local variables ...
integer :: ati , i , j
!xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
!saving net_charge ...
OPEN(unit=21 , file="ancillary.trunk/NetCharge.inpt" , status = "unknown", action = "write" , position = "append" )
do ati = 1 , system%atoms
write(21,'(F9.5)',advance='no') net_charge(ati)
end do
close(21)
if( .NOT. done)&
then
! cloning the tcl script file into MO.trunk directorie ...
call systemQQ("cp "//dynemoldir//"manipulate/general.util/ChargeColor.tcl ancillary.trunk/.")
done = .true.
end if
end subroutine dump_NetCharge
!
!
!
end module Data_Output