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Remove RESISTIVITY from module SCHEME.

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This commit is contained in:
Grzegorz Kowal 2012-07-27 16:23:18 -03:00
parent 57967cb022
commit 7e8f4757bd
1 changed files with 0 additions and 125 deletions
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125
src/scheme.F90
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@ -612,9 +612,6 @@ module scheme
use variables , only : ien
#endif /* ADI */
#ifdef MHD
#ifdef RESISTIVITY
use config , only : ueta
#endif /* RESISTIVITY */
use variables , only : ibx, iby, ibz
#ifdef GLM
use variables , only : iph
@ -637,18 +634,9 @@ module scheme
real, dimension(nqt,n) :: fl, fr, fn
real, dimension(n) :: cl, cr
real :: al, ar, ap, div
#if defined MHD && defined RESISTIVITY
real :: dbx, dby, dbz, ueh
#endif /* MHD & RESISTIVITY */
!
!-------------------------------------------------------------------------------
!
! usefull parameters
!
#if defined MHD && defined RESISTIVITY
ueh = ueta / h
#endif /* MHD & RESISTIVITY */
! calculate the primitive variables
!
call cons2prim(n, u(:,:), q(:,:))
@ -715,26 +703,6 @@ module scheme
end if
end do
#if defined MHD && defined RESISTIVITY
! add resistivity term to the left and right fluxes
!
do i = 1, n - 1
ip1 = i + 1
dbx = ueh * (q(ibx,ip1) - q(ibx,i))
fn(ibx,i) = fn(ibx,i) - dbx
dby = ueh * (q(iby,ip1) - q(iby,i))
fn(iby,i) = fn(iby,i) - dby
dbz = ueh * (q(ibz,ip1) - q(ibz,i))
fn(ibz,i) = fn(ibz,i) - dbz
#ifdef ADI
fn(ien,i) = fn(ien,i) - ql(ibx,i) * dbx
#endif /* ADI */
end do
#endif /* MHD & RESISTIVITY */
#ifdef CONSERVATIVE
! return numerica flux at i+1/2
!
@ -978,9 +946,6 @@ module scheme
use variables , only : nvr, nfl, nqt
use variables , only : idn, imx, imy, imz, ivx, ivy, ivz
use variables , only : ibx, iby, ibz
#ifdef RESISTIVITY
use config , only : ueta
#endif /* RESISTIVITY */
#ifdef GLM
use variables , only : iph
#endif /* GLM */
@ -1003,18 +968,9 @@ module scheme
real, dimension(nvr) :: u1l, u1r, u2
real :: sl, sr, srl, srml, sm, sml, smr
real :: dnm, mxm, sqd, div, fac, bxs
#ifdef RESISTIVITY
real :: dbx, dby, dbz, ueh
#endif /* RESISTIVITY */
!
!-------------------------------------------------------------------------------
!
! usefull parameters
!
#ifdef RESISTIVITY
ueh = ueta / h
#endif /* RESISTIVITY */
! calculate the primitive variables
!
call cons2prim(n, u, q)
@ -1208,23 +1164,6 @@ module scheme
end do
#ifdef RESISTIVITY
! add resistivity term to the left and right fluxes
!
do i = 1, n - 1
ip1 = i + 1
dbx = ueh * (q(ibx,ip1) - q(ibx,i))
fn(ibx,i) = fn(ibx,i) - dbx
dby = ueh * (q(iby,ip1) - q(iby,i))
fn(iby,i) = fn(iby,i) - dby
dbz = ueh * (q(ibz,ip1) - q(ibz,i))
fn(ibz,i) = fn(ibz,i) - dbz
end do
#endif /* RESISTIVITY */
#ifdef CONSERVATIVE
! return numerica flux at i+1/2
!
@ -1259,9 +1198,6 @@ module scheme
use variables , only : nvr, nfl, nqt
use variables , only : idn, imx, imy, imz, ien, ivx, ivy, ivz, ipr
use variables , only : ibx, iby, ibz
#ifdef RESISTIVITY
use config , only : ueta
#endif /* RESISTIVITY */
#ifdef GLM
use variables , only : iph
#endif /* GLM */
@ -1285,18 +1221,9 @@ module scheme
real :: sl, sr, slmv, srmv, slmm, srmm, sm, smvl, smvr &
, sml, smr
real :: ptl, ptr, pt, bx2, div, fac, bxs, dlsq, drsq
#ifdef RESISTIVITY
real :: dbx, dby, dbz, ueh
#endif /* RESISTIVITY */
!
!-------------------------------------------------------------------------------
!
! usefull parameters
!
#ifdef RESISTIVITY
ueh = ueta / h
#endif /* RESISTIVITY */
! calculate the primitive variables
!
call cons2prim(n, u, q)
@ -1584,26 +1511,6 @@ module scheme
end do
#ifdef RESISTIVITY
! add resistivity term to the left and right fluxes
!
do i = 1, n - 1
ip1 = i + 1
dbx = ueh * (q(ibx,ip1) - q(ibx,i))
fn(ibx,i) = fn(ibx,i) - dbx
dby = ueh * (q(iby,ip1) - q(iby,i))
fn(iby,i) = fn(iby,i) - dby
dbz = ueh * (q(ibz,ip1) - q(ibz,i))
fn(ibz,i) = fn(ibz,i) - dbz
#ifdef ADI
fn(ien,i) = fn(ien,i) - ql(ibx,i) * dbx
#endif /* ADI */
end do
#endif /* RESISTIVITY */
#ifdef CONSERVATIVE
! return numerica flux at i+1/2
!
@ -1650,9 +1557,6 @@ module scheme
#ifdef GLM
use variables , only : iph
#endif /* GLM */
#ifdef RESISTIVITY
use config , only : ueta
#endif /* RESISTIVITY */
#endif /* MHD */
implicit none
@ -1676,19 +1580,10 @@ module scheme
real :: sdl, sdr, sds, sfl, sfr
#ifdef MHD
real :: pbl, pbr, xfc, yfc
#ifdef RESISTIVITY
real :: dbx, dby, dbz, ueh
#endif /* RESISTIVITY */
#endif /* MHD */
!
!-------------------------------------------------------------------------------
!
! usefull parameters
!
#ifdef RESISTIVITY
ueh = ueta / h
#endif /* RESISTIVITY */
! reset eigensystem values
!
ci(:) = 0.0d0
@ -1838,26 +1733,6 @@ module scheme
end do
#if defined MHD && defined RESISTIVITY
! add resistivity term to the left and right fluxes
!
do i = 1, n - 1
ip1 = i + 1
dbx = ueh * (q(ibx,ip1) - q(ibx,i))
fn(ibx,i) = fn(ibx,i) - dbx
dby = ueh * (q(iby,ip1) - q(iby,i))
fn(iby,i) = fn(iby,i) - dby
dbz = ueh * (q(ibz,ip1) - q(ibz,i))
fn(ibz,i) = fn(ibz,i) - dbz
#ifdef ADI
fn(ien,i) = fn(ien,i) - ql(ibx,i) * dbx
#endif /* ADI */
end do
#endif /* MHD & RESISTIVITY */
#ifdef CONSERVATIVE
! return numerica flux at i+1/2
!