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HCtest.f90
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subroutine HCtest
use parameters,only:pi
use globalvar,only:ix,jx,kx,U_h,U_m,flag_bnd,beta,flag_b_stg,dtout,&
flag_mhd,flag_mpi,my_rank,flag_pip,gm,beta,tend,&
x,y,z,dx,dy,dz,n_fraction,ndim,debug_direction,margin,flag_hc_test
use scheme_rot,only:pv2cq_mhd,pv2cq_hd
use model_rot, only:set_coordinate,setcq
implicit none
double precision :: ro_h(1:ix,1:jx,1:kx),ro_m(1:ix,1:jx,1:kx)
double precision :: vx_h(1:ix,1:jx,1:kx),vx_m(1:ix,1:jx,1:kx)
double precision :: vy_h(1:ix,1:jx,1:kx),vy_m(1:ix,1:jx,1:kx)
double precision :: vz_h(1:ix,1:jx,1:kx),vz_m(1:ix,1:jx,1:kx)
double precision :: P_h (1:ix,1:jx,1:kx),P_m (1:ix,1:jx,1:kx)
double precision :: B_x (1:ix,1:jx,1:kx)
double precision :: B_y (1:ix,1:jx,1:kx)
double precision :: B_z (1:ix,1:jx,1:kx)
double precision f_n,f_p,f_p_n,f_p_p,start(3),end(3)
double precision B0,angle,Te_max,radi
integer i,j,k
!set ionization fraction-----------------
if(flag_pip.eq.0) then
f_n=1.0d0
f_p=1.0d0
f_p_n=1.0d0
f_p_p=1.0d0
else
f_n=n_fraction
f_p=1.0d0-n_fraction
f_p_n=f_n/(f_n+2.0d0*f_p)
f_p_p=2.0d0*f_p/(f_n+2.0d0*f_p)
endif
!----------------------------------------
!Set coordinate (uniform grid)--------------------------
!!set lower and upper coordinate
start(1)=-1.0d0 ;end(1)=1.0d0
start(2)=-1.0d0 ;end(2)=1.0d0
start(3)=-1.0d0 ;end(3)=1.0d0
call set_coordinate(start,end)
!---------------------------------------
!!default boundary condition---------------------
if (flag_bnd(1) .eq.-1) flag_bnd(1)=10
if (flag_bnd(2) .eq.-1) flag_bnd(2)=10
! if (flag_bnd(1) .eq.-1) flag_bnd(1)=3
! if (flag_bnd(2) .eq.-1) flag_bnd(2)=3
if (flag_bnd(3) .eq.-1) flag_bnd(3)=4
if (flag_bnd(4) .eq.-1) flag_bnd(4)=4
if (flag_bnd(5) .eq.-1) flag_bnd(5)=1
if (flag_bnd(6) .eq.-1) flag_bnd(6)=1
!-------------------------------------------------
!!!========================================================
!write some code to set physical variables
B0=sqrt(2.0d0/(gm*beta))*0.01
angle=pi/4.0d0
Te_max=10.0d0
radi=0.4d0
B_x=B0
! B_y=B0*sin(angle)
B_z=0.0d0
do k=1,kx;do j=1,jx; do i=1,ix
p_h(i,j,k)=1.0d0/gm*f_p_n
p_m(i,j,k)=1.0d0/gm*f_p_p
ro_h(i,j,k)=f_n*(1.0d0-(1.0d0-1.0/Te_max)*exp(-(x(i)**2+y(j)**2)/(radi)**2))
ro_m(i,j,k)=f_p*(1.0d0-(1.0d0-1.0/Te_max)*exp(-(x(i)**2+y(j)**2)/(radi)**2))
if(x(i).gt.0) then
B_y(i,j,k)=B0
else
B_y(i,j,k)=-B0
endif
enddo;enddo;enddo
vx_h=0.0d0;vx_m=0.0d0
vy_h=0.0d0;vy_m=0.0d0
vz_h=0.0d0;vz_m=0.0d0
!!!========================================================
!convert PV2cq and set that value to global variable 'U_h' and/or 'U_m'
call setcq(ro_m,vx_m,vy_m,vz_m,p_m,B_x,B_y,B_z, &
ro_h,vx_h,vy_h,vz_h,p_h)
!---------------------------------------------------------------------
!set default output period and time duration--------------------------
if(tend.lt.0.0) then
tend=0.05d0
dtout=tend/5.0
if(flag_mpi.eq.0 .or.my_rank.eq.0) print *,"TEND",dtout,tend
endif
!---------------------------------------------------------------------
!! set flag_hc_test in order to do the calculation of the heat conduction part only
! flag_hc_test = 1
end subroutine HCtest