verification_mod Module Reference

Functions/Subroutines
subroutine, public	initialize_verification_param
	Compute some parameters needed for the verification. More...
subroutine, public	save_errors (fidres, iord3d)
	Save the estimated value of the errors. More...
subroutine, public	initialize_verification_profiles
subroutine, public	time_rk4_update
	Define the time for the stepP i=1,...,4 of the RK4 algorithm. More...
subroutine, public	error_estimation
subroutine, public	advance_fields
subroutine, public	advance_strmf
subroutine, public	advance_vpare
subroutine, public	poisson_strmf_bc_verification
	Boundary condition for the solver of the poisson equation. More...
subroutine, public	poisson_vpare_bc_verification
	Boundary condition for the solver of the ampere equation. More...
real(dp) function	strmf_f (iy, ix, iz)
real(dp) function	density_f (iy, ix, iz)
real(dp) function	omega_f (iy, ix, iz)
real(dp) function	vpare_f (iy, ix, iz)
real(dp) function	vpari_f (iy, ix, iz)
real(dp) function	temperature_f (iy, ix, iz)
real(dp) function	temperaturi_f (iy, ix, iz)
real(dp) function	psi_f (iy, ix, iz)
real(dp) function, public	source_strmf (iy, ix, iz)
real(dp) function, public	source_theta (iy, ix, iz)
real(dp) function, public	source_omega (iy, ix, iz)
real(dp) function, public	source_omega_bouss ()
real(dp) function, public	source_vpare (iy, ix, iz)
real(dp) function, public	source_vpari (iy, ix, iz)
real(dp) function, public	source_tempe (iy, ix, iz)
real(dp) function, public	source_tempi (iy, ix, iz)
real(dp) function, public	source_psi (iy, ix, iz)
subroutine, public	bc_theta
	Apply the boundary condition to the density. More...
subroutine, public	bc_omega
	Apply the boundary condition to the vorticity. More...
subroutine, public	bc_vpare
	Apply the boundary condition to the electron parallel velocity. More...
subroutine, public	bc_vpari
	Apply the boundary condition to the ion parallel velocity. More...
subroutine, public	bc_tempe
	Apply the boundary condition to the electron temperature. More...
subroutine, public	bc_tempi
	Apply the boundary condition to the ion temperature. More...
real(dp) function, public	div_poiss_noboussinesq (iy, ix, iz)
real(dp) function, public	div_vpar_noboussinesq (iy, ix, iz)
real(dp) function, public	omega_vect_1_ver (iy, ix, iz)
real(dp) function, public	omega_vect_2_ver (iy, ix, iz)
real(dp) function, public	poiss_omega_vect_1_ver (iy, ix, iz)
real(dp) function, public	poiss_omega_vect_2_ver (iy, ix, iz)
subroutine	allocate_errors_3d

Variables
integer	ierr
real(dp), save	a
real(dp), save	qm
real(dp), save	t_rk4 =0.0_dp
	the current time for the RK4 algorithm More...
real(dp), save	error_infinity_strmf =0.0_dp
real(dp), save	error_l2_strmf =0.0_dp
	estimation of the error of the potential More...
real(dp), save	error_infinity_n =0.0_dp
real(dp), save	error_l2_n =0.0_dp
	estimation of the error of the density More...
real(dp), save	error_infinity_omega =0.0_dp
real(dp), save	error_l2_omega =0.0_dp
	estimation of the error of omega More...
real(dp), save	error_infinity_vpare =0.0_dp
real(dp), save	error_l2_vpare =0.0_dp
	estimation of the error of the electron parallel velocity More...
real(dp), save	error_infinity_vpari =0.0_dp
real(dp), save	error_l2_vpari =0.0_dp
	estimation of the error of the ion parallel velocity More...
real(dp), save	error_infinity_te =0.0_dp
real(dp), save	error_l2_te =0.0_dp
	estimation of the error of the temperature More...
real(dp), save	error_infinity_ti =0.0_dp
real(dp), save	error_l2_ti =0.0_dp
	estimation of the error of the temperaturi More...
real(dp), save	error_infinity_psi =0.0_dp
real(dp), save	error_l2_psi =0.0_dp
	estimation of the error of psi More...
real(dp), dimension(:,:,:), pointer, private	error_3d_strmf
	3D error on the potential More...
real(dp), dimension(:,:,:), pointer, private	error_3d_n
	3D error on the density More...
real(dp), dimension(:,:,:), pointer, private	error_3d_omega
	3D error on the omega More...
real(dp), dimension(:,:,:), pointer, private	error_3d_vpare
	3D error on the electron parallel velocity More...
real(dp), dimension(:,:,:), pointer, private	error_3d_vpari
	3D error on the ion parallel velocity More...
real(dp), dimension(:,:,:), pointer, private	error_3d_te
	3D error on the electron temperature More...
real(dp), dimension(:,:,:), pointer, private	error_3d_ti
	3D error on the ion temperature More...
real(dp), dimension(:,:,:), pointer, private	error_3d_psi
	3D error on psi More...
real(dp), save	st1 =3.1_dp
real(dp), save	st2 =0.8_dp
real(dp), save	st3 =0.1_dp
real(dp), save	n1 =1.1_dp
real(dp), save	n2 =0.4_dp
real(dp), save	n3 =0.2_dp
real(dp), save	o1 =0.5_dp
real(dp), save	o2 =1.1_dp
real(dp), save	o3 =-0.1_dp
real(dp), save	ve1 =0.0_dp
real(dp), save	ve2 =1.0_dp
real(dp), save	ve3 =0.2_dp
real(dp), save	vi1 =0.3_dp
real(dp), save	vi2 =0.9_dp
real(dp), save	vi3 =-0.2_dp
real(dp), save	te1 =1.2_dp
real(dp), save	te2 =0.5_dp
real(dp), save	te3 =0.1_dp
real(dp), save	ti1 =1.1_dp
real(dp), save	ti2 = 0.4_dp
real(dp), save	ti3 = 0.4_dp
real(dp), save	psi1 =0._dp
real(dp), save	psi2 = 0.4_dp
real(dp), save	psi3 = 0.4_dp

Function/Subroutine Documentation

advance_fields()

subroutine, public verification_mod::advance_fields

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advance_strmf()

subroutine, public verification_mod::advance_strmf

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advance_vpare()

subroutine, public verification_mod::advance_vpare

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allocate_errors_3d()

subroutine verification_mod::allocate_errors_3d

private

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bc_omega()

subroutine, public verification_mod::bc_omega

Apply the boundary condition to the vorticity.

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bc_tempe()

subroutine, public verification_mod::bc_tempe

Apply the boundary condition to the electron temperature.

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bc_tempi()

subroutine, public verification_mod::bc_tempi

Apply the boundary condition to the ion temperature.

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bc_theta()

subroutine, public verification_mod::bc_theta

Apply the boundary condition to the density.

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bc_vpare()

subroutine, public verification_mod::bc_vpare

Apply the boundary condition to the electron parallel velocity.

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bc_vpari()

subroutine, public verification_mod::bc_vpari

Apply the boundary condition to the ion parallel velocity.

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density_f()

real(dp) function verification_mod::density_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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div_poiss_noboussinesq()

real(dp) function, public verification_mod::div_poiss_noboussinesq	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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div_vpar_noboussinesq()

real(dp) function, public verification_mod::div_vpar_noboussinesq	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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error_estimation()

subroutine, public verification_mod::error_estimation

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initialize_verification_param()

subroutine, public verification_mod::initialize_verification_param

Compute some parameters needed for the verification.

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initialize_verification_profiles()

subroutine, public verification_mod::initialize_verification_profiles

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omega_f()

real(dp) function verification_mod::omega_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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omega_vect_1_ver()

real(dp) function, public verification_mod::omega_vect_1_ver	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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omega_vect_2_ver()

real(dp) function, public verification_mod::omega_vect_2_ver	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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poiss_omega_vect_1_ver()

real(dp) function, public verification_mod::poiss_omega_vect_1_ver	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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poiss_omega_vect_2_ver()

real(dp) function, public verification_mod::poiss_omega_vect_2_ver	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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poisson_strmf_bc_verification()

subroutine, public verification_mod::poisson_strmf_bc_verification

Boundary condition for the solver of the poisson equation.

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poisson_vpare_bc_verification()

subroutine, public verification_mod::poisson_vpare_bc_verification

Boundary condition for the solver of the ampere equation.

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psi_f()

real(dp) function verification_mod::psi_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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save_errors()

subroutine, public verification_mod::save_errors	(	integer, intent(in)	fidres,
		integer, dimension(3), intent(in)	iord3d
	)

Save the estimated value of the errors.

Refactor:

This routine is an output routine. It would be a better fit inside the diagnose_mod module.

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source_omega()

real(dp) function, public verification_mod::source_omega	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_omega_bouss()

real(dp) function, public verification_mod::source_omega_bouss

source_psi()

real(dp) function, public verification_mod::source_psi	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_strmf()

real(dp) function, public verification_mod::source_strmf	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_tempe()

real(dp) function, public verification_mod::source_tempe	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_tempi()

real(dp) function, public verification_mod::source_tempi	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_theta()

real(dp) function, public verification_mod::source_theta	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_vpare()

real(dp) function, public verification_mod::source_vpare	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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source_vpari()

real(dp) function, public verification_mod::source_vpari	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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strmf_f()

real(dp) function verification_mod::strmf_f	(	integer, intent(in)	iy,
		integer, intent(in)	ix,
		integer, intent(in)	iz
	)

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temperature_f()

real(dp) function verification_mod::temperature_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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temperaturi_f()

real(dp) function verification_mod::temperaturi_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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time_rk4_update()

subroutine, public verification_mod::time_rk4_update

Define the time for the stepP i=1,...,4 of the RK4 algorithm.

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vpare_f()

real(dp) function verification_mod::vpare_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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vpari_f()

real(dp) function verification_mod::vpari_f ( integer, intent(in)  iy, integer, intent(in)  ix, integer, intent(in)  iz  )

private

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Variable Documentation

a

real(dp), save verification_mod::a

private

error_3d_n

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_n

private

3D error on the density

error_3d_omega

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_omega

private

3D error on the omega

error_3d_psi

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_psi

private

3D error on psi

error_3d_strmf

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_strmf

private

3D error on the potential

error_3d_te

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_te

private

3D error on the electron temperature

error_3d_ti

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_ti

private

3D error on the ion temperature

error_3d_vpare

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_vpare

private

3D error on the electron parallel velocity

error_3d_vpari

real(dp), dimension(:,:,:), pointer, private verification_mod::error_3d_vpari

private

3D error on the ion parallel velocity

error_infinity_n

real(dp), save verification_mod::error_infinity_n =0.0_dp

private

error_infinity_omega

real(dp), save verification_mod::error_infinity_omega =0.0_dp

private

error_infinity_psi

real(dp), save verification_mod::error_infinity_psi =0.0_dp

private

error_infinity_strmf

real(dp), save verification_mod::error_infinity_strmf =0.0_dp

private

error_infinity_te

real(dp), save verification_mod::error_infinity_te =0.0_dp

private

error_infinity_ti

real(dp), save verification_mod::error_infinity_ti =0.0_dp

private

error_infinity_vpare

real(dp), save verification_mod::error_infinity_vpare =0.0_dp

private

error_infinity_vpari

real(dp), save verification_mod::error_infinity_vpari =0.0_dp

private

error_l2_n

real(dp), save verification_mod::error_l2_n =0.0_dp

private

estimation of the error of the density

error_l2_omega

real(dp), save verification_mod::error_l2_omega =0.0_dp

private

estimation of the error of omega

error_l2_psi

real(dp), save verification_mod::error_l2_psi =0.0_dp

private

estimation of the error of psi

error_l2_strmf

real(dp), save verification_mod::error_l2_strmf =0.0_dp

private

estimation of the error of the potential

error_l2_te

real(dp), save verification_mod::error_l2_te =0.0_dp

private

estimation of the error of the temperature

error_l2_ti

real(dp), save verification_mod::error_l2_ti =0.0_dp

private

estimation of the error of the temperaturi

error_l2_vpare

real(dp), save verification_mod::error_l2_vpare =0.0_dp

private

estimation of the error of the electron parallel velocity

error_l2_vpari

real(dp), save verification_mod::error_l2_vpari =0.0_dp

private

estimation of the error of the ion parallel velocity

ierr

integer verification_mod::ierr

private

n1

real(dp), save verification_mod::n1 =1.1_dp

private

n2

real(dp), save verification_mod::n2 =0.4_dp

private

n3

real(dp), save verification_mod::n3 =0.2_dp

private

o1

real(dp), save verification_mod::o1 =0.5_dp

private

o2

real(dp), save verification_mod::o2 =1.1_dp

private

o3

real(dp), save verification_mod::o3 =-0.1_dp

private

psi1

real(dp), save verification_mod::psi1 =0._dp

private

psi2

real(dp), save verification_mod::psi2 = 0.4_dp

private

psi3

real(dp), save verification_mod::psi3 = 0.4_dp

private

qm

real(dp), save verification_mod::qm

private

st1

real(dp), save verification_mod::st1 =3.1_dp

private

st2

real(dp), save verification_mod::st2 =0.8_dp

private

st3

real(dp), save verification_mod::st3 =0.1_dp

private

t_rk4

real(dp), save verification_mod::t_rk4 =0.0_dp

private

the current time for the RK4 algorithm

te1

real(dp), save verification_mod::te1 =1.2_dp

private

te2

real(dp), save verification_mod::te2 =0.5_dp

private

te3

real(dp), save verification_mod::te3 =0.1_dp

private

ti1

real(dp), save verification_mod::ti1 =1.1_dp

private

ti2

real(dp), save verification_mod::ti2 = 0.4_dp

private

ti3

real(dp), save verification_mod::ti3 = 0.4_dp

private

ve1

real(dp), save verification_mod::ve1 =0.0_dp

private

ve2

real(dp), save verification_mod::ve2 =1.0_dp

private

ve3

real(dp), save verification_mod::ve3 =0.2_dp

private

vi1

real(dp), save verification_mod::vi1 =0.3_dp

private

vi2

real(dp), save verification_mod::vi2 =0.9_dp

private

vi3

real(dp), save verification_mod::vi3 =-0.2_dp

private