Startup parameters for start.in

This page lists 5339 variables distributed into 188 files. Of these:

  • 251 (4.7%) are documented;

  • 4743 (89.3%) are undocumented;

  • 345 (6.0%) could not be found (they appear in the namelist, but the declaration could not be found).

Filter:

Module cdata.f90 / param_io.f90

The following variables are part of the init_pars namelist:

Variable

Type

Default

Meaning

a0_spec

logical

.false.

ab_phispec

logical

.false.

ab_spec

logical

.false.

allproc_print

logical

.true.

astaroth_dest

character(LEN=fnlen)

‘’

azbz_spec

logical

.false.

bb2_spec

logical

.false.

bc_slc_dir

character(LEN=fnlen)

‘’

bcx

character (len=2*bclen+1), dimension(mcom)

‘p’

bcy

character (len=2*bclen+1), dimension(mcom)

‘p’

bcz

character (len=2*bclen+1), dimension(mcom)

‘p’

border_frac_r

real, dimension(2)

0.0

border_frac_x

real, dimension(2)

0.0

border_frac_y

real, dimension(2)

0.0

border_frac_z

real, dimension(2)

0.0

bxy_spec

logical

.false.

c_light

real(KIND=rkind8)

impossible

c_light_set

real(KIND=rkind8)

1.

cc_pdf

logical

.false.

cc_spec

logical

.false.

coeff_grid

real, dimension(3)

1.0

coord_system

character (len=9)

‘cartesian’

cosEB_pdf

logical

.false.

cp_set

real(KIND=rkind8)

1.

cr_spec

logical

.false.

CrossSec_w

real

.1

CrossSec_x1

real

-1.

CrossSec_x2

real

1.

cvsid

character (len=linelen)

‘no cvsid is given in start.in or run.in!’

PAR_DOC:

cyinyang_intpol_type

character(LEN=labellen)

‘bilinear’

density_scale_factor

real

impossible

der2_type

character (len=labellen)

‘standard’

dvid

real

0.

PAR_DOC: save slice (video) files every dvid time units.

dxi_fact

real, dimension(3)

1.0

ele_spec

logical

.false.

EMF_spec

logical

.false.

EP_spec

logical

.false.

farray_smooth_width

integer

6

fbcx1

real, dimension(mcom)

0.

fbcx1_2

real, dimension(mcom)

0.

fbcx2

real, dimension(mcom)

0.

fbcx2_2

real, dimension(mcom)

0.

fbcx_bot

real, dimension(mcom)

0.

fbcx_top

real, dimension(mcom)

0.

fbcy1

real, dimension(mcom)

0.

fbcy1_1

real, dimension(mcom)

0.

fbcy1_2

real, dimension(mcom)

0.

fbcy2

real, dimension(mcom)

0.

fbcy2_1

real, dimension(mcom)

0.

fbcy2_2

real, dimension(mcom)

0.

fbcy_bot

real, dimension(mcom)

0.

fbcy_top

real, dimension(mcom)

0.

fbcz1

real, dimension(mcom)

0.

fbcz1_1

real, dimension(mcom)

0.

fbcz1_2

real, dimension(mcom)

0.

fbcz2

real, dimension(mcom)

0.

fbcz2_1

real, dimension(mcom)

0.

fbcz2_2

real, dimension(mcom)

0.

fbcz_bot

real, dimension(mcom)

0.

fbcz_top

real, dimension(mcom)

0.

FI_mixfrac_pdf2d

logical

.false.

force_lower_bound

character (len=labellen)

‘’

force_upper_bound

character (len=labellen)

‘’

G_Newton

real(KIND=rkind8)

impossible

Gab_spec

logical

.false.

Gan_spec

logical

.false.

GBb_spec

logical

.false.

gcc_pdf

logical

.false.

glnCrossSec0

real

0.0

gph_spec

logical

.false.

grid_func

character (len=labellen), dimension(3)

‘linear’

GWd_spec

logical

.false.

GWe_spec

logical

.false.

GWf_spec

logical

.false.

GWg_spec

logical

.false.

GWh_spec

logical

.false.

GWh_spec_boost

logical

.false.

GWm_spec

logical

.false.

GWs_spec

logical

.false.

GWs_spec_boost

logical

.false.

hbar

real(KIND=rkind8)

impossible

hEP_spec

logical

.false.

ichannel1

integer

1

ichannel2

integer

1

init_loops

integer

1

ip

integer, intent(IN)

ireset_tstart

integer

2

isaveglobal

integer

0

jj2_spec

logical

.false.

jxbxy_spec

logical

.false.

k_B_set

real(KIND=rkind8)

1.

lappend_pc_constants

logical

.false.

PAR_DOC: always append when true to preserve history

lastaroth_output

logical

.false.

lav_smallx

logical

.false.

lbaryons

logical

.true.

PAR_DOC: interpret rho as the baryon velocity; it affects vA2 pencil.

lborder_hyper_diff

logical

.true.

lcopysnapshots_exp

logical

.false.

lcorotational_frame

logical

.false.

lcubed_sphere

logical

.false.

lcutoff_corners

logical

.false.

lcylinder_in_a_box

logical

.false.

lcylindrical_gravity

logical

.false.

ldirect_access

logical

.false.

ldistribute_persist

logical

.false.

ldivu_perp

logical

.false.

lenforce_maux_check

logical

.true.

lequatory

logical

lequatorz

logical

lequidist

logical, dimension(3)

.true.

grid equidistant in every direction

lfargo_advection

logical

.false.

lfatal_num_vector_369

logical

.true.

lfix_unit_std

logical

.false.

lforce_shear_bc

logical

.true.

lghostfold_usebspline

logical

.false.

lkinflow_as_aux

logical

.false.

llocal_iso

logical

.false.

lmodify

logical

.false.

lmorton_curve

logical

.false.

lncc_pdf

logical

.false.

lngcc_pdf

logical

.false.

lnoghost_strati

logical

.false.

lnowrite

logical

.false.

PAR_DOC: if set code{T}, all initialization files

lomit_add_data

logical

.false.

Lor_spec

logical

.false.

lperi

logical, dimension(3)

.true.

PAR_DOC: vector of the form ($x$,$y$,$z$);

lpersist

logical

.true.

lpoint

integer

(:f:var:`~cparam/mx`+1)/2

lpoint2

integer

(:f:var:`~cparam/mx`+1)/4

lpole

logical, dimension(3)

.false.

in spherical coords: pole excluded

lprocz_slowest

logical

.true.

PAR_DOC: if set to code{F}, the ordering

lproper_averages

logical

.false.

lr_spec

logical

.false.

lread_aux

logical

.false.

PAR_DOC: This controls whether auxiliary variables

lread_from_other_prec

logical

.false.

works so far only with io_dist!

lread_oldsnap

logical

.false.

PAR_DOC: if set code{T}, the old snapshot

lread_oldsnap_nocoolprof

logical

.false.

lread_oldsnap_nohydro

logical

.false.

lread_oldsnap_nohydro_efield

logical

.false.

lread_oldsnap_nohydro_ekfield

logical

.false.

lread_oldsnap_nohydro_nomu5

logical

.false.

lread_oldsnap_noisothmhd

logical

.false.

lread_oldsnap_nomag

logical

.false.

PAR_DOC: if set code{T}, the

lread_oldsnap_nopscalar

logical

.false.

PAR_DOC: if set code{T}, the old

lread_oldsnap_noshear

logical

.false.

lread_oldsnap_notestfield

logical

.false.

lread_oldsnap_notestflow

logical

.false.

lread_oldsnap_notestscalar

logical

.false.

lread_oldsnap_onlyA

logical

.false.

lreport_undefined_diagnostics

logical

.true.

lseed_global

logical

.true.

lseed_procdependent

logical

.false.

lseparate_persist

logical

.false.

lserial_io

logical

.false.

lshift_datacube_x

logical

.false.

lshift_origin

logical, dimension(3)

.false.

PAR_DOC: if set code{T} for any or some of the three directions,

lshift_origin_lower

logical, dimension(3)

.false.

PAR_DOC: same as above, but downward.

lsmooth_farray

logical

.false.

lsphere_in_a_box

logical

.false.

lsuppress_parallel_reductions

logical

.false.

lswap_init_lnrho_uu

logical

.false.

lsymmgrid

logical, dimension(3)

.true.

ltest_bcs

(not found)

ltolerate_namelist_errors

logical

.false.

luniform_z_mesh_aspect_ratio

logical

.false.

luse_latitude

logical

.false.

lwrite_2d

logical

.false.

PAR_DOC: if set code{T}, only 2D-snapshots are

lwrite_aux

logical

.false.

PAR_DOC: if set code{T}, write auxiliary

lwrite_avg1d_binary

logical

.false.

lwrite_ic

logical

.true.

PAR_DOC: if set code{T}, the initial data are

lwrite_last_powersnap

logical

.false.

lwrite_var_anyway

logical

.false.

Lxyz

real, dimension(3)

impossible

PAR_DOC: vector of the form ($x$, $y$, $z$);

lyinyang

logical

.false.

m_u_set

real(KIND=rkind8)

1.

mag_phispec

logical

.false.

mag_spec

logical

.false.

modify_filename

character (len=fnlen)

‘modify.dat’

mpoint

integer

(:f:var:`~cparam/my`+1)/2

mpoint2

integer

(:f:var:`~cparam/my`+1)/4

mu0

real

1.

magnetic permeability [should be in Magnetic]

mu_spec

logical

.false.

ncoarse

integer

0

nd_spec

logical

.false.

nfilter

integer

0

niter_poisson

integer

dummy

np_ap_spec

logical

.false.

np_spec

logical

.false.

npoint

integer

floor(((:f:var:`~cparam/mz`+1)/2.) + 0.1)

npoint2

integer

floor(((:f:var:`~cparam/mz`+1)/4.) +0.1)

nprocx_node

integer

0

nprocy_node

integer

0

nprocz_node

integer

0

nycut

integer

my

nzcut

integer

mz

offset_min_calc

real

0.

PAR_DOC: offset value for computing negative minima,

OmU_spec

logical

.false.

oo_spec

logical

.false.

ou_phispec

logical

.false.

ou_spec

logical

.false.

oun_spec

logical

.false.

pipe_func

character (len=labellen)

‘error_function’

pot_spec

logical

.false.

pretend_lnTT

logical

.false.

PAR_DOC: index{pretend_lnTT}

r2u_spec

logical

.false.

r3u_spec

logical

.false.

r_ext

real

impossible

for spherical shell problems

r_ext_border

real

impossible

r_int

real

0.

for spherical shell problems

r_int_border

real

impossible

r_ref

real

1.

radius_diag

real

1.0

random_gen

(not found)

rcorot

real

1.0

rel_dang

real

0.

relvel_spec

logical

.false.

rhocc_pdf

logical

.false.

rhop_spec

logical

.false.

ro_spec

logical

.false.

rsmooth

real

0.

SCL_spec

logical

.false.

SCL_spec_boost

logical

.false.

seed0

integer

1812

sigmaSB_set

real(KIND=rkind8)

1.

sp_spec

logical

.false.

ss_spec

logical

.false.

ssmask1

real

0.0

ssmask2

real

0.0

ssp_spec

logical

.false.

sssp_spec

logical

.false.

Stg_spec

logical

.false.

Str_spec

logical

.false.

StT_spec

logical

.false.

StX_spec

logical

.false.

tag_foreign

integer

0

TGW_spec

logical

.false.

thetamin

real

0.0

Tpq_spec

logical

.false.

Tra_spec

logical

.false.

trans_delta

real, dimension(3)

1.0

trans_width

real, dimension(3)

1.0

tstart

real

0.0

TT_spec

logical

.false.

ub_spec

logical

.false.

ucp_spec

logical

.false.

ud_spec

logical

.false.

unit_density

real(KIND=rkind8)

impossible

PAR_DOC:

unit_length

real(KIND=rkind8)

impossible

PAR_DOC: allows you to set the

unit_magnetic

real(KIND=rkind8)

impossible

unit_system

character (len=3)

‘cgs’

PAR_DOC: you can set this character string to index{SI units}

unit_temperature

real(KIND=rkind8)

impossible

PAR_DOC:

unit_velocity

real(KIND=rkind8)

impossible

PAR_DOC:

ux_spec

logical

.false.

uxj_phispec

logical

.false.

uxj_spec

logical

.false.

uxy_spec

logical

.false.

uy_spec

logical

.false.

uz_spec

logical

.false.

uzs_spec

logical

.false.

VCT_spec

logical

.false.

VCT_spec_boost

logical

.false.

vec_phispec

logical

.false.

vec_spec

logical

.false.

vel_phispec

logical

.false.

vel_spec

logical

.false.

wav1

real

impossible

wav1z

real

impossible

xav_max

real

impossible

xi_step_frac

real, dimension(3,2)

1.0

xi_step_width

real, dimension(3,2)

1.5

xy_spec

character (LEN=labellen*4)

‘’

xyz0

real, dimension(3)

-pi

PAR_DOC: vector of the form ($x$, $y$, $z$);

xyz1

real, dimension(3)

impossible

xyz_star

real, dimension(3)

0.0

xyz_step

real, dimension(3,2)

1.0

xyz_units

character (len=labellen), dimension(3)

‘one’

yequator

real

0.

yy_biquad_weights

real, dimension(4)

impossible

zequator

real

0.

zeta_grid0

real

0.0

Module ascalar.f90

The following variables are part of the ascalar_init_pars namelist:

Variable

Type

Default

Meaning

acc_const

real

0.

amplacc

real

0.

amplttc

real

0.

initacc

character (len=labellen)

‘nothing’

initttc

character (len=labellen)

‘nothing’

lbuoyancy

logical

.false.

lttc

logical

.false.

lttc_mean

logical

.false.

qv_env

real

1.63e-2

T_env

real

293.0

ttc_const

real

0.

widthacc

real

0.

widthttc

real

0.

z0_acc

real

0.

Module bfield.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

b0_ext

real, dimension(3)

0.0

b_ext

real, dimension(3)

0.0

t0_bext

real

0.0

t_bext

real

0.0

Module chemistry.f90

The following variables are part of the chemistry_init_pars namelist:

Variable

Type

Default

Meaning

absorbing_species

character(len=labellen)

‘nothing’

amplchem

real

1.

amplchemk

real, dimension(nchemspec)

0.

amplchemk2

real, dimension(nchemspec)

0.

chem_diff

real

0.

conc_sat_spec_cgs

real

1e-8

units of mol/cm^3

condensing_species

character (len=labellen)

‘nothing’

Cp_const

(not found)

Cv_const

real

impossible

delta_chem

real

0.

Diff_coef_const

real

impossible

file_name

character(len=60)

‘nothing’

flame_pos

real

0.

flameind_spec1

character(len=5)

“H2”

flameind_spec2

character(len=5)

“CO2”

global_phi

real

impossible

ifuel_flow

integer

0.

init_fuel_molar_ratio

real, dimension(nchemspec)

0.

init_fuel_O2_demand

real, dimension(nchemspec)

0.

init_phi

real

0.

init_premixed_fuel

character(len=30), dimension(nchemspec)

“nothing”

init_pressure

real

10.13e5

init_rho

real

1.

init_rho2

real

1.

init_temp_fuel

real

0.

init_temp_oxidizer

real

0.

init_TT1

real

298.

init_TT2

real

2400.

init_ux

real

0.

init_uy

real

0.

init_uz

real

0.

init_x1

real

-0.2

init_x2

real

0.2

init_y1

real

-0.2

init_y2

real

0.2

init_z1

real

-0.2

init_z2

real

0.2

init_zz1

real

0.01

init_zz2

real

0.2

initchem

character(len=labellen), dimension(ninit)

‘nothing’

kx_chem

real

1.

ky_chem

real

1.

kz_chem

real

1.

l1step_test

logical

.false.

lambda_const

real

impossible

latmchem

logical

.false.

lchem_detailed

logical

.true.

lchemistry_diag

logical

.false.

lcloud

logical

.false.

ldamp_zone_for_NSCBC

logical

.false.

lDiff_lewis

logical

.false.

lDiff_simple

logical

.false.

lfilter_strict

logical

.false.

lfix_Pr

logical

.false.

lfix_Sc

logical

.false.

lFlame_index_as_aux

logical

.false.

lFlux_simple

logical

.false.

lheatc_chemistry

logical

.true.

lhotspot

logical

.false.

linit_density

logical

.false.

linit_temperature

logical

.false.

lmixture_fraction_as_aux

logical

.false.

lnucl_dynamic

logical

.false.

lreac_as_aux

logical

.false.

lSmag_diffusion

logical

.false.

lSmag_heat_transport

logical

.false.

lspecies_cond_simplified

logical

.false.

lT_const

logical

.false.

lT_tanh

logical

.false.

lThCond_simple

logical

.false.

mixture_fraction_element

character(len=2)

nu_spec

real, dimension(nchemspec)

0.

Pr_number

real

0.7

Pr_turb

real

0.7

prerun_directory

character(len=60)

‘nothing’

press

real

0.

reac_rate_method

character(len=30)

‘chemkin’

Sc_number

real

0.7

str_thick

real

0.02

true_density_cond_spec_cgs

real

2.196

visc_const

real

impossible

widthchem

real

1.

z_cloud

real

0.

Module chemistry_simple.f90

The following variables are part of the chemistry_init_pars namelist:

Variable

Type

Default

Meaning

amplchem

real

1.

amplchemk

real, dimension(nchemspec)

0.

amplchemk2

real, dimension(nchemspec)

0.

chem_diff

real

0.

file_name

character(len=60)

‘nothing’

flame_pos

real

0.

global_phi

real

impossible

init_pressure

real

10.13e5

init_rho

real

1.

init_rho2

real

1.

init_TT1

real

298.

init_TT2

real

2400.

init_ux

real

0.

init_uy

real

0.

init_uz

real

0.

init_x1

real

-0.2

init_x2

real

0.2

init_y1

real

-0.2

init_y2

real

0.2

init_z1

real

-0.2

init_z2

real

0.2

init_zz1

real

0.01

init_zz2

real

0.2

initchem

character(len=labellen), dimension(ninit)

‘nothing’

intro_time

real

0

kx_chem

real

1.

ky_chem

real

1.

kz_chem

real

1.

lback

logical

.true.

lchemistry_diag

logical

.false.

lew_exist

logical, save

.false.

Lewis_coef

real, dimension(nchemspec)

1.

lfilter_strict

logical

.false.

lheatc_chemistry

logical

.true.

linit_density

logical

.false.

linit_temperature

logical

.false.

lmech_simple

logical

.false.

lreac_as_aux

logical

.false.

lT_const

logical

.false.

lT_tanh

logical

.false.

lThCond_simple

logical

.false.

nu_spec

real, dimension(nchemspec)

0.

p_init

real

1013000

cgs !

Pr_turb

real

0.7

prerun_directory

character(len=60)

‘nothing’

reac_rate_method

character(len=30)

‘chemkin’

scale_homo

real

0.

str_thick

real

0.02

widthchem

real

1.

Y_H2O

real

0.0008

Module chiral.f90

The following variables are part of the chiral_init_pars namelist:

Variable

Type

Default

Meaning

amplXX_chiral

real

.1

amplYY_chiral

real

.1

amplZZ_chiral

real

.1

cutoffYY_chiral

real

0.

initpowerYY_chiral

real

2.

initXX_chiral

character (len=labellen)

‘zero’

initYY_chiral

character (len=labellen)

‘zero’

initZZ_chiral

character (len=labellen)

‘zero’

kx_XX_chiral

real

1.

kx_YY_chiral

real

1.

ky_XX_chiral

real

1.

ky_YY_chiral

real

1.

kz_XX_chiral

real

1.

kz_YY_chiral

real

1.

lZZ_chiral

logical

.false.

radiusXX_chiral

real

0.

radiusYY_chiral

real

0.

widthXX_chiral

real

.5

widthYY_chiral

real

.5

xposXX_chiral

real

0.

xposYY_chiral

real

0.

yposXX_chiral

real

0.

yposYY_chiral

real

0.

zposXX_chiral

real

0.

zposYY_chiral

real

0.

Module cosmicray.f90

The following variables are part of the cosmicray_init_pars namelist:

Variable

Type

Default

Meaning

amplecr

real

.1

amplecr2

real

0.

cosmicray_diff

real

0.

ecr_const

real

1.

epsilon_ecr

real

0.

gammacr

real

4./3.

initecr

character (len=labellen)

‘zero’

initecr2

character (len=labellen)

‘zero’

K_para

real, target

0.

K_perp

real, target

0.

kx_ecr

real

1.

ky_ecr

real

1.

kz_ecr

real

1.

lnegl

logical

.false.

lvariable_tensor_diff

logical

.false.

radius_ecr

real

0.

widthecr

real

.5

Module cosmicray_nolog.f90

The following variables are part of the cosmicray_init_pars namelist:

Variable

Type

Default

Meaning

amplecr

real

.1

amplecr2

real

0.

cosmicray_diff

real

0.

ecr_const

real

0.

epsilon_ecr

real

0.

gammacr

real

4./3.

initecr

character (len=labellen)

‘zero’

initecr2

character (len=labellen)

‘zero’

K_para

real, target

0.

K_perp

real, target

0.

kx_ecr

real

1.

ky_ecr

real

1.

kz_ecr

real

1.

lnegl

logical

.false.

lvariable_tensor_diff

logical

.false.

radius_ecr

real

1.

widthecr

real

.5

x_pos_cr

real

.0

x_pos_cr2

real

.0

y_pos_cr

real

.0

y_pos_cr2

real

.0

z_pos_cr

real

.0

z_pos_cr2

real

.0

Module cosmicrayflux.f90

The following variables are part of the cosmicrayflux_init_pars namelist:

Variable

Type

Default

Meaning

lcosmicrayflux_diffus_dt

logical

.false.

lsubgrid_cr

logical

.false.

ratio_kpara_kperp

real

0.

subgrid_bmin

real

0.

subgrid_brms

real

1.

subgrid_c1

real

0.

subgrid_c2

real

0.

subgrid_k

real

0.

subgrid_s

real

5./3.

tau

real

0.

Module density.f90

The following variables are part of the density_init_pars namelist:

Variable

Type

Default

Meaning

ampllnrho

real, dimension (ninit)

0.0

PAR_DOC: amplitude for some types of initial densities

amplrho

real, dimension (ninit)

0.0

b_ell

(not found)

beta_glnrho_global

real, dimension(3)

0.

cloud_mode

character (len=labellen)

‘isothermal’

co1_ss

real

0.0

co2_ss

real

0.0

coeflnrho

complex

0.0

cs2bot

(not found)

cs2top

(not found)

cutoff_lnrho

real

0.

datafile

character (len=fnlen)

‘dens_temp.dat’

dens_coeff

real

1.0

density_floor

real

-1.0

density_floor_exp

real

0.

density_floor_profile

character (len=labellen)

‘uniform’

density_xaver_range

real, dimension(2)

(/-max_real,max_real/)

density_zaver_range

real, dimension(2)

(/-max_real,max_real/)

eps_planet

real

0.5

ffree_profile

character (len=labellen)

‘none’

ggamma

real

impossible

hh0

real

0.0

hoverr

real

0.05

Hrho

real

1.

idiff

character (len=labellen), dimension(ndiff_max)

‘’

ieos_profile

character(LEN=labellen)

‘nothing’

initlnrho

character (len=labellen), dimension(ninit)

‘nothing’

PAR_DOC:

initpower_lnrho

real

2

invgrav_ampl

real

0.0

ireference_state

character(LEN=labellen)

‘nothing’

kpeak_lnrho

real

1.

kx_lnrho

real, dimension (ninit)

1.0

kxx_lnrho

real, dimension (ninit)

0.0

ky_lnrho

real, dimension (ninit)

1.0

kyy_lnrho

real, dimension (ninit)

0.0

kz_lnrho

real, dimension (ninit)

1.0

kzz_lnrho

real, dimension (ninit)

0.0

lanti_shockdiffusion

logical

.false.

lconserve_total_mass

logical

.false.

lcontinuity_gas

logical

.true.

ldensity_linearstart

(not found)

ldensity_nolog

(not found)

ldiffusion_nolog

logical

.false.

lffree

logical

.false.

lisothermal_fixed_Hrho

logical

.false.

lmassdiff_fix

logical

.false.

lmassdiff_fixkin

logical

.false.

lmassdiff_fixmom

logical

.false.

lnrho_const

real

0.0

lnrho_z_shift

real

0.0

lpress_equil_uu

logical

.false.

PAR_DOC: adjust lnrho so that .5*u2+cs2*lnrho=const.

lreduced_sound_speed

logical, target

.false.

lrelativistic_eos

logical

.false.

lrelativistic_eos_corr

logical

.false.

lrelativistic_eos_term1

logical

.true.

lrelativistic_eos_term2

logical

.true.

lrho_as_aux

logical

.false.

lrho_flucz_as_aux

logical

.false.

lscale_to_cs2top

logical, target

.false.

lscale_tobox_lnrho

logical

.false.

lwrite_stratification

logical

.false.

mass_cloud

real

0.0

mpoly

real, target

impossible

phase_lnrho

real, dimension (ninit)

0.0

powerlr

real

3.0

q_ell

real

5.0

r0_rho

real

impossible

radius_lnrho

real, dimension (ninit)

0.5

rbound

(not found)

reduce_cs2

real, target

1.0

rho_bottom

real

1.

rho_const

real

1.0

rho_left

real, dimension (ninit)

1.0

PAR_DOC: needed for code{initlnrho=’shock-tube’}

rho_right

real, dimension (ninit)

1.0

PAR_DOC: needed for code{initlnrho=’shock-tube’}

rho_top

real

1.

rnoise_ext

real

impossible

rnoise_int

real

impossible

rzero_ffree

real

0.

Sigma1

real

150.0

strati_type

character (len=labellen)

‘lnrho_ss’

T_cloud

real

0.0

T_cloud_out_rel

real

1.0

temp_coeff

real

1.0

temp_coeff_out

real

1.0

temp_trans

real

0.0

total_mass

real

-1.

wdamp

real

0.0

wffree

real

0.

width_eos_prof

real

0.2

widthlnrho

real, dimension (ninit)

0.1

PAR_DOC: width for some types of initial densities

xblob

real, dimension (ninit)

0.0

xi_coeff

real

1.0

xjump_mid

real

0.0

yblob

real, dimension (ninit)

0.0

yjump_mid

real

0.0

zblob

real, dimension (ninit)

0.0

zjump_mid

real

0.0

zoverh

real

1.5

Module density_stratified.f90

The following variables are part of the density_init_pars namelist:

Variable

Type

Default

Meaning

amplrho

real, dimension(ninit)

0.0

beta_glnrho_global

real, dimension(3)

0.

initrho

character(len=labellen), dimension(ninit)

‘nothing’

lconserve_mass

logical

.false.

lmassdiff_fix

logical

.false.

lwrite_stratification

logical

.false.

Module dustdensity.f90

The following variables are part of the dustdensity_init_pars namelist:

Variable

Type

Default

Meaning

a0

real

0.

a1

real

0.

adpeak

real

5.0e-4

advec_ddensity

character (len=labellen)

‘normal’

amplnd

real

1.0

amplnd_rel

real, dimension(ndustspec)

0.

coeff_smooth

(not found)

deltavd_imposed

real

0.0

dkern_cst

real

0.0

dt_substep

real

2e-7

dustdensity_floor

real

-1

eps_dtog

real

0.0

epsz1_smooth

real

0.0

f_lucky

real

0.

Hepsd

real

1.0

Hnd

real

1.0

init_x1

real

0.

init_x2

real

0.

initnd

character (len=labellen), dimension (ninit)

‘nothing’

Kern_min

real

0.

kx_nd

real

1.0

ky_nd

real

1.0

kz_nd

real

1.0

latm_chemistry

logical

.false.

lcalcdkern

logical

.true.

ldcore

(not found)

ldeltavd_thermal

logical

.false.

ldeltavd_turbulent

logical

.false.

ldustcoagulation_simplified

logical

.false.

ldustcondensation_simplified

logical

.false.

ldustcontinuity

logical

.true.

ldustdensity_log

(not found)

ldustnucleation

logical

.false.

lkeepinitnd

logical

.false.

lmdvar

(not found)

lmice

logical

.false.

lnoaerosol

logical

.false.

lnocondens_term

logical

.false.

lradius_binning

logical

.false.

lsubstep

logical

.false.

lupw_ndmdmi

logical

.false.

lzero_upper_kern

logical

.false.

mdave0

real

1.0

nd0

(not found)

nd0_luck

real

0.

nd_const

real

1.0

ndmin_for_mdvar

real

0.0

phase_nd

real

0.0

r_collected

real

0.

r_lucky

real

0.

radius_nd

real

1.0

rhod0

(not found)

Ri0

real

1.0

rotat_position

real

0.

Sigmad

real

1.0

spot_number

integer

1

supsatfac

real

1.0

widthnd

real

1.0

xblob_nd

real

0.0

yblob_nd

real

0.0

z0_smooth

real

0.0

z1_smooth

real

0.0

zblob_nd

real

0.0

Module dustvelocity.f90

The following variables are part of the dustvelocity_init_pars namelist:

Variable

Type

Default

Meaning

ad0

real

0.0

ad1

real

0.0

ampl_udx

real

0.0

ampl_udy

real

0.0

ampl_udz

real

0.0

ampluud

real

0.0

beta_dPdr_dust

real

0.0

betad0

real

0.

cdtd

real

0.2

coeff

complex, dimension (7)

0.

deltamd

real

1.0

draglaw

character (len=labellen)

‘epstein_cst’

dust_binning

character (len=labellen)

‘log_mass’

dust_chemistry

public

dust_geometry

character (len=labellen)

‘sphere’

gravx_dust

real

0.0

iefficiency_type

character (len=labellen)

‘nothing’

inituud

character (len=labellen), dimension(ninit)

‘nothing’

kx_uud

real

1.0

ky_uud

real

1.0

kz_uud

real

1.0

ldustcoagulation

logical

.false.

ldustcondensation

logical

.false.

ldustvelocity_shorttausd

logical

.false.

llin_radiusbins

logical

.false.

llog_massbins

logical

.true.

lstokes_highspeed_corr

logical

.false.

lvshear_dust_global_eps

logical

.false.

md0

real

1.0

mu_ext

real

0.

Omega_pseudo

real

0.0

phase_udx

real

0.0

phase_udy

real

0.0

phase_udz

real

0.0

rhods

public

scaleHtaus

real

1.0

tausd

public

u0_gas_pseudo

real

0.0

uudx0

real

0.0

uudy0

real

0.0

uudz0

real

0.0

viscd_exponent

real

0.0

viscd_law

character (len=labellen)

‘const’

z0taus

real

0.0

Module entropy.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

alpha_MLT

real

1.5

ampl_ss

real, dimension(ninit)

0.0

ampl_TT

real

0.0

beta_glnrho_global

real, dimension(3)

0.

center1_x

real, dimension(ninit)

0.0

center1_y

real, dimension(ninit)

0.0

center1_z

real, dimension(ninit)

0.0

center2_x

real

0.0

center2_y

real

0.0

center2_z

real

0.0

chi_rho

real

0.0

chi_t

real

0.0

cool2

real

0.0

cool_fac

real

1.0

cs0hs

real

0.0

cs2cool

real, target

0.

cs2cool2

real

0.0

cs2top_ini

real

impossible

dcs2top_ini

real

impossible

entropy_flux

real

0.0

epsilon_ss

real

0.0

Fbot

real, target

impossible

set default to 0 vs impossible

grads0

(not found)

H0hs

real

0.0

hcond0

real, target

impossible

hcond0_kramers

real, target

0.0

heat_ceiling

real

-1.0

initss

character (len=labellen), dimension(ninit)

‘nothing’

isothtop

integer, target

0

PAR_DOC: flag for isothermal top layer for

khor_ss

real

1.0

kx_ss

real

1.0

ky_ss

real

1.0

kz_ss

real

1.0

ladvection_entropy

logical

.true.

lconvection_gravx

logical

.false.

lcool_prof_as_var

logical

.false.

lcooling_ss_mz

(not found)

lFenth_as_aux

logical

.false.

lhcond_global

logical, target

.false.

limpose_heat_ceiling

logical

.false.

lprestellar_cool_iso

logical

.false.

lread_hcond

logical

.false.

lss_flucz_as_aux

logical

.false.

lss_running_aver_as_aux

logical

.false.

lss_running_aver_as_var

logical

.false.

lTT_flucz_as_aux

logical

.false.

luminosity

real

0.0

lviscosity_heat

logical

.true.

mixinglength_flux

real

0.0

mpoly0

real, target

1.5

mpoly1

real, target

1.5

mpoly2

real, target

1.5

nkramers

real, target

0.0

pertss

character (len=labellen)

‘zero’

pp_const

real

0.0

r_bcz

real

0.0

radius_ss

real, dimension(ninit)

0.1

radius_ss_x

real, dimension(ninit)

1.

rho0hs

real

0.0

ss_const

real

0.0

ss_left

real

1.0

ss_right

real

1.0

T0

real

0.0

T0_cgs

real

0.0

tau_cool

real

0.0

tau_cool2

real

0.0

tau_cool_ss

real

0.0

thermal_background

real

0.0

thermal_peak

real

0.0

thermal_scaling

real

1.0

TT_const

real

0.0

TTref_cool

real

0.0

wheat

real

0.1

widthss

real

2*epsi

widthss_ext

real

2*epsi

widthss_int

real

2*epsi

xjump_mid

real

0.0

yjump_mid

real

0.0

zjump_mid

real

0.0

Module entropy_const.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

initss

character (len=labellen), dimension(ninit)

‘nothing’

ss_const

real

1.

Module entropy_onefluid.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

beta_glnrho_global

real, dimension(3)

0.

initss

character (len=labellen), dimension(ninit)

‘nothing’

ladvection_energy

logical

.true.

ss_const

real

0.0

T0

real

1.0

Module eos_chemistry.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

cp

real

impossible

cs0

real

1.

error_cp

real

1e-6

gamma

real

impossible

lpp_as_aux

logical

.false.

mu

real

1.

rho0

real

1.

Module eos_chemistry_simple.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

cp

real

impossible

Cp_const

real

impossible

cs0

real

1.

error_cp

real

1e-6

gamma

real

impossible

linterp_pressure

logical

.false.

This is only used when ogrid to interpolate pressure instead of temperature

lpres_grad

logical

.false.

mu

real

1.

rho0

real

1.

scale_Rgas

real

1.

Module eos_fixed_ionization.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

kappa_cst

real

1.

opacity_type

character (len=labellen)

‘ionized_H’

xH2

real

0.

xHe

real

0.1

yH0

real

.0

Module eos_idealgas.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

cp

real

impossible

cs0

real

impossible

PAR_DOC: can be used to set the dimension of velocity;

cs20_tdep_rate

real

1.0

cs2_tdep_ascale_power

real

0.

error_cp

real

1.0e-6

fac_cs

real

1.0

gamma

real

5.0/3.0

PAR_DOC: adiabatic index $gamma=c_p/c_v$.

gz_coeff

real

0.0

gztype

character(len=labellen)

‘zero’

isothmid

integer

0

lanelastic_lin

logical

.false.

lcs2_tdep

logical

.false.

lcs_as_aux

logical

.false.

lcs_as_comaux

logical

.false.

lpres_grad

logical

.false.

lstratz

(not found)

mu

real

1.0

rho0

real

1.

PAR_DOC: label{cs0-rho0-init}%

sigmaSBt

real

1.0

tdep_cs2_type

character(len=labellen)

‘exponential’

xHe

real

0.0

Module eos_ionization.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

lcp_as_aux

logical

.false.

lpp_as_aux

logical

.false.

xHe

real

0.1

yHacc

real

1e-5

yMetals

real

0

Module eos_temperature_ionization.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

B_ext_eos

real, dimension (3)

(/0.,0.,0./)

chiH_eV

real

13.6

chiHminus_eV

real

0.754

lconst_yH

logical

.false.

lcp_as_aux

logical

.false.

lcs_as_aux

logical

.false.

lcv_as_aux

logical

.false.

ldelta_as_aux

logical

.false.

lgamma_as_aux

logical

.false.

lHminus_opacity_correction

logical

.false.

lnabad_as_aux

logical

.false.

lnpp_bot

real

0.

lpp_as_aux

logical

.false.

lrevise_chiH_eV

logical

.false.

lrevise_chiHminus_eV

logical

.false.

lss_as_aux

logical

.false.

ss_bot

real

0.

tau_relax

real

1.0

TTbot

real

0.

TTtop

real

0.

va2max_eos

real

huge1

va2power_eos

integer

5

xHe

real

0.1

yH_const

real

0.0

yMetals

real

0.0

Module gravity_r.f90

The following variables are part of the grav_init_pars namelist:

Variable

Type

Default

Meaning

frac_smooth

real

1.0

g0

real

0.

g01

real, dimension(ninit)

0.

g1

real, target

0.

gravz

real

0.

gravz_profile

character (len=labellen)

‘zero’

ipotential

character (len=labellen), dimension(ninit)

‘zero’

ipotential_secondary

character (len=labellen)

‘plummer’

iramp_function

character (len=labellen)

‘linear’

lcentrifugal_force_gravity

logical

.true.

lconservative_gravity

logical

.true.

lcoriolis_force_gravity

logical

.true.

lgravity_gas

logical

.true.

lgravity_neutrals

logical

.true.

lindirect_terms

logical

.true.

lnumerical_equilibrium

logical

.false.

lramp_mass

logical, target

.false.

lsecondary_wait

logical, target

.false.

n_pot

real

10

exponent for smoothed potential

n_pot1

real

10

exponent for smoothed potential

non_conservative_index

real

2.0

nu_epicycle

real

1.0

qgshear

real

1.5

(global) shear parameter

r0_pot

real

0.

peak radius for smoothed potential

r1_pot1

real

0.

peak radius for smoothed potential

rp1_smooth

real, target

impossible

rpot

real, dimension(ninit)

0.

t_ramp_mass

real, target

impossible

t_start_secondary

real, target

-impossible

Module gravity_simple.f90

The following variables are part of the grav_init_pars namelist:

Variable

Type

Default

Meaning

accretor_grav

real

0.

accretor_rsoft

real

0.

accretor_speed

real

0.

cs0hs

real

0.0

dgravx

real

0.0

g_A_factor

real

1.0

g_B_factor

real(KIND=rkind8)

1.0

g_C_factor

real

1.0

g_D_factor

real(KIND=rkind8)

1.0

g_ref

real

0.0

grav_amp

real

0.0

PAR_DOC: specific to the tilted gravity case (amplitude).

grav_tilt

real

0.0

PAR_DOC: specific to the tilted gravity case (angle wrt

grav_type

character (len=labellen)

‘default’

gravitational_const

real

0.

gravx

real

0.0

gravx_profile

character (len=labellen)

‘zero’

gravy

real

0.0

gravy_profile

character (len=labellen)

‘zero’

gravz

real

0.0

PAR_DOC: vertical gravity component $g_z$.

gravz_profile

character (len=labellen)

‘zero’

PAR_DOC: constant gravity

H0hs

real

0.0

kappa_x1

real

0.0

kappa_x2

real

0.0

kappa_z1

real

0.0

kappa_z2

real

0.0

kx_gg

real

1.0

ky_gg

real

1.0

kz_gg

real

1.0

laccretor_peri

logical

.false.

lboussinesq_grav

logical

.false.

lcalc_zinfty

logical

.false.

lgravx_dust

(not found)

lgravx_gas

(not found)

lgravy_dust

(not found)

lgravy_gas

(not found)

lgravz_dust

(not found)

lgravz_gas

(not found)

lnrho_bot

real

0.0

lnrho_top

real

0.0

lxyzdependence

logical

.false.

mass_cent_body

real

0.

n_adjust_sphersym

integer

0

n_pot

integer

10

nu_epicycle

real

1.0

PAR_DOC: vertical epicyclic frequency; for accretion

nux_epicycle

real

0.0

pot_ratio

real

1.0

potx_const

real

0.0

poty_const

real

0.0

potz_const

real

0.0

reduced_top

real

1.0

Rgal

real

impossible

Rsol

real

impossible

sphere_rad

real

0.0

ss_bot

real

0.0

ss_top

real

0.0

xgrav

real

impossible

xinfty

real

0.0

xref

real

0.0

ygrav

real

impossible

yinfty

real

0.0

z1

real

0.0

PAR_DOC: specific to the solar convection case

z2

real

1.0

PAR_DOC: specific to the solar convection case

zclip

real

impossible

zgrav

real

impossible

zinfty

real

impossible

zref

real

impossible

PAR_DOC: label{zref-init}%

Module hydro.f90

The following variables are part of the hydro_init_pars namelist:

Variable

Type

Default

Meaning

alpha_hless

real

.0

alpha_precession

real

0.

amp_factor

real

0.

amp_meri_circ

real

0.0

ampl_Omega

real

0.0

ampl_ux

real, dimension (ninit)

0.0

ampl_uy

real, dimension (ninit)

0.0

ampl_uz

real, dimension (ninit)

0.0

ampluu

real, dimension (ninit)

0.0

PAR_DOC: amplitude for some types of

coefuu

complex, dimension (3)

(/0.,0.,0./)

cutoff

real

0.

delta_u

real

1

gap

real

0.

hydro_xaver_range

real, dimension(2)

(/-max_real,max_real/)

hydro_zaver_range

real, dimension(2)

(/-max_real,max_real/)

incl_alpha

real

0.0

index_rSH

integer

1

ceiling(nx/2.)

initpower

real

1.

initpower2

real

-5./3.

inituu

character (len=labellen), dimension(ninit)

‘nothing’

PAR_DOC:

kgaussian_uu

real

0.

kpeak

real

10.

kx_uu

real, dimension (ninit)

1.0

kx_uu_perturb

real

0.

kx_ux

real, dimension (ninit)

0.0

kx_uy

real, dimension (ninit)

0.0

kx_uz

real, dimension (ninit)

0.0

ky_uu

real, dimension (ninit)

1.0

ky_ux

real, dimension (ninit)

0.0

ky_uy

real, dimension (ninit)

0.0

ky_uz

real, dimension (ninit)

0.0

kz_uu

real, dimension (ninit)

1.0

kz_ux

real, dimension (ninit)

0.0

kz_uy

real, dimension (ninit)

0.0

kz_uz

real, dimension (ninit)

0.0

ladvection_velocity

logical

.true.

lampluu_adjust_ascale

logical

.false.

PAR_DOC: automatically adjust initial u-amplitude

lcentrifugal_force

logical

.false.

lconservative

logical

.false.

lcoriolis_force

logical

.true.

lfactors_uu

logical

.false.

lhiggsless

logical

.false.

lhiggsless_old

logical

.false.

ll_sh

integer, dimension(ninit)

0

llinearized_hydro

logical

.false.

llorentz_as_aux

logical

.false.

llorentz_limiter

logical

.false.

lno_noise_uu

logical

.false.

lnorm_vw_hless

logical

.false.

loo_as_aux

logical

.false.

look_as_aux

logical

.false.

loost_as_aux

logical

.false.

loot_as_aux

logical

.false.

louinit

logical

.false.

lpower_profile_file_uu

logical

.false.

lprecession

logical

.false.

lpressuregradient_gas

logical, target

.true.

lrandom_ampl_uu

logical

.false.

lreflecteddy

logical

.false.

lrelativistic

logical

.false.

lrho_nonuni_uu

logical

.false.

lscale_tobox

logical

.true.

lset_uz_zero

logical

.false.

lskip_projection

logical

.false.

lsqrt_qirro_uu

logical

.false.

luij_as_aux

logical

.false.

luij_test

logical

.false.

luu_fluc_as_aux

logical

.false.

luu_sph_as_aux

logical

.false.

luuk_as_aux

logical

.false.

luust_as_aux

logical

.false.

luut_as_aux

logical

.false.

lvv_as_aux

logical

.false.

lvv_as_comaux

logical

.false.

max_uu

real

0.

mm_sh

integer, dimension(ninit)

0

mu_omega

real

0.

N_modes_uu

integer

0

, iuij=0

n_xprof

integer, dimension(ninit)

-1

nb_rings

integer

0

ncutoff

real

1.

neddy

integer

0

nfact_uu

real

4.

om_rings

real, dimension (5)

0.

Omega

(not found)

omega_ini

real

0.0

omega_precession

real

0.

phase_ux

real, dimension (ninit)

0.0

phase_uy

real, dimension (ninit)

0.0

phase_uz

real, dimension (ninit)

0.0

qini

real

0.

qirro_uu

real

0.

qshear

(not found)

r_cyl

real

1.0

r_omega

real

0.

radiusuu

real

1.

relhel_uu

real

1.

rnoise_ext

real

impossible

rnoise_int

real

impossible

robflow_uu

character (len=labellen), dimension(ninit)

‘I’

rot_rr

real

0.0

skin_depth

real

1e-1

u_out_kep

real

0.0

uij_0D_test

real, dimension(3,3)

0.

urand

real

0.

PAR_DOC: additional random perturbation of $uv$. If

urandi

real

0.

uu_const

real, dimension (3)

(/0.,0.,0./)

uu_left

real

0.

PAR_DOC: needed for code{inituu=’shock-tube’}

uu_lower

real

1.

uu_right

real

0.

PAR_DOC: needed for code{inituu=’shock-tube’}

uu_upper

real

1.

uu_xz_angle

real, dimension (ninit)

0.0

uy_left

real

0.

uy_right

real

0.

velocity_ceiling

real

.0

vwall

real

.0

w_omega

real

0.

width_hless

real

.0

widthuu

real

.1

PAR_DOC: width for some types of initial velocities.

xjump_mid

real

0.

xsphere

real

0.0

yjump_mid

real

0.

ysphere

real

0.0

z1_uu

real

0.

z2_uu

real

0.

zjump_mid

real

0.

zsphere

real

0.0

Module hydro_kinematic.f90

The following variables are part of the hydro_init_pars namelist:

Variable

Type

Default

Meaning

lkinflow_as_comaux

logical

.false.

lkinflow_as_uudat

logical

.false.

Module hydro_potential.f90

The following variables are part of the hydro_init_pars namelist:

Variable

Type

Default

Meaning

alpha_precession

real

0.

amp_factor

real

0.

amp_meri_circ

real

0.0

ampl_ux

real, dimension (ninit)

0.0

ampl_uy

real, dimension (ninit)

0.0

ampl_uz

real, dimension (ninit)

0.0

ampluu

real, dimension (ninit)

0.0

coefuu

complex, dimension (3)

(/0.,0.,0./)

cutoff

real

0.

delta_u

real

1.

gap

real

0.

hydro_xaver_range

real, dimension(2)

(/-max_real,max_real/)

hydro_zaver_range

real, dimension(2)

(/-max_real,max_real/)

incl_alpha

real

0.0

initpower

real

1.

initpower2

real

-5./3.

inituu

character (len=labellen), dimension(ninit)

‘nothing’

kgaussian_uu

real

0.

kpeak

real

10.

kx_uu

real

1.

kx_uu_perturb

real

0.

kx_ux

real, dimension (ninit)

0.0

kx_uy

real, dimension (ninit)

0.0

kx_uz

real, dimension (ninit)

0.0

ky_uu

real

1.

ky_ux

real, dimension (ninit)

0.0

ky_uy

real, dimension (ninit)

0.0

ky_uz

real, dimension (ninit)

0.0

kz_uu

real

1.

kz_ux

real, dimension (ninit)

0.0

kz_uy

real, dimension (ninit)

0.0

kz_uz

real, dimension (ninit)

0.0

ladvection_velocity

logical

.true.

lcentrifugal_force

logical

.false.

lcoriolis_force

logical

.true.

ll_sh

integer, dimension(ninit)

0

llinearized_hydro

logical

.false.

lno_second_ampl

logical

.true.

loo_as_aux

logical

.false.

loot_as_aux

logical

.false.

louinit

logical

.false.

lprecession

logical

.false.

lpressuregradient_gas

logical, target

.true.

lreflecteddy

logical

.false.

lscale_tobox

logical

.true.

lskip_projection

logical

.false.

luut_as_aux

logical

.false.

max_uu

real

0.

mm_sh

integer, dimension(ninit)

0

mu_omega

real

0.

n_xprof

integer, dimension(ninit)

-1

ncutoff

real

1.

omega_ini

real

0.0

omega_precession

real

0.

phase_ux

real, dimension (ninit)

0.0

phase_uy

real, dimension (ninit)

0.0

phase_uz

real, dimension (ninit)

0.0

r_cyl

real

1.0

r_omega

real

0.

radiusuu

real

1.

relhel_uu

real

1.

rnoise_ext

real

impossible

rnoise_int

real

impossible

rot_rr

real

0.0

skin_depth

real

1e-1

u_out_kep

real

0.0

urand

real

0.

urandi

real

0.

uu_const

real, dimension (3)

(/0.,0.,0./)

uu_left

real

0.

uu_lower

real

1.

uu_right

real

0.

uu_upper

real

1.

uu_xz_angle

real, dimension (ninit)

0.0

uy_left

real

0.

uy_right

real

0.

w_omega

real

0.

widthuu

real

.1

xsphere

real

0.0

ysphere

real

0.0

z1_uu

real

0.

z2_uu

real

0.

zsphere

real

0.0

Module interstellar.f90

The following variables are part of the interstellar_init_pars namelist:

Variable

Type

Default

Meaning

ampl_SN

real

impossible

average_SNI_heating

real

impossible

average_SNII_heating

real

impossible

center_SN_x

real

impossible

center_SN_y

real

impossible

center_SN_z

real

impossible

cooling_select

character (len=labellen)

‘WSW’

energy_Nsigma

real

impossible

energy_width_ratio

real

1.

eps_mass

real

0.05

frac_ecr

real

0.0

frac_kin

real

0.0

GammaUV

real

impossible

h_SNI

real

impossible

h_SNII

real

impossible

heating_rate

real

0.015

heating_select

character (len=labellen)

‘wolfire’

initial_SNI

integer

0

initinterstellar

character (len=labellen), dimension(ninit)

‘nothing’

inner_shell_proportion

real

1.

kin_max

real

0.075

kpara

real

0.025

kperp

real

0.05

lheatz_min

logical

.true.

lSN_autofrackin

logical

.true.

lSN_coolingmass

logical

.false.

lSN_ecr

logical

.false.

lSN_eth

logical

.true.

lSN_fcr

logical

.false.

lSN_list

logical

.false.

lSN_mass

logical

.false.

lSN_momentum

logical

.true.

lSN_scale_rad

logical

.false.

lSNI

logical

.true.

lSNII

logical

.true.

lSNII_gaussian

logical

.true.

lthermal_hse

logical

.false.

ltrim_profile

logical

.false.

luniform_zdist_SNI

logical

.false.

mass_profile

character (len=labellen)

‘gaussian’

mass_SN

real

impossible

mass_width_ratio

real

1.

N_mass

real

250.0

Nsol_added

real

30.

outer_shell_proportion

real

1.2

rfactor_SN

real

5.0

rho0ts

real

impossible

rho_SN_max

real

impossible

rho_SN_min

real

impossible

SN_rho_ratio

real

1e4

SN_TT_ratio

real

1.0e1

SNI_factor

real

1.0

SNII_factor

real

1.0

T_init

real

impossible

t_next_SNI

real

0.0

t_next_SNII

real

0.0

thermal_profile

character (len=labellen)

‘gaussian’

TT_SN_max

real

impossible

velocity_profile

character (len=labellen)

‘gaussian’

velocity_width_ratio

real

1.

width_SN

real

impossible

Module interstellar_old.f90

The following variables are part of the interstellar_init_pars namelist:

Variable

Type

Default

Meaning

ampl_SN

real

impossible

center_SN_x

real

impossible

center_SN_y

real

impossible

center_SN_z

real

impossible

cooling_select

character (len=labellen)

‘RBN’

energy_width_ratio

real

1.

frac_ecr

real

0.1

frac_eth

real

0.9

h_SNI

real

impossible

h_SNII

real

impossible

heating_rate

real

0.015

heating_select

character (len=labellen)

‘wolfire’

initial_SNI

integer

0

initinterstellar

character (len=labellen), dimension(ninit)

‘nothing’

inner_shell_proportion

real

1.

kampl_SN

real

impossible

lheatz_min

logical

.true.

lSN_ecr

logical

.true.

lSN_eth

logical

.true.

lSN_fcr

logical

.false.

lSN_mass

logical

.true.

lSN_scale_rad

logical

.false.

lSN_velocity

logical

.false.

lSNI

logical

.true.

lSNII

logical

.false.

lSNII_gaussian

logical

.true.

lthermal_hse

logical

.false.

mass_movement

character (len=labellen)

‘off’

mass_profile

character (len=labellen)

‘gaussian3’

mass_SN

real

impossible

mass_width_ratio

real

1.

N_mass

real

60.0

outer_shell_proportion

real

1.2

rho0ts

real

impossible

rho_SN_max

real

impossible

rho_SN_min

real

impossible

SNR_damping

real

0.

T0hs

real

impossible

t_next_SNI

real

0.0

t_next_SNII

real

0.0

thermal_profile

character (len=labellen)

‘gaussian3’

TT_SN_max

real

impossible

uniform_zdist_SNI

logical

.false.

uu_sedov_max

real

0.

velocity_profile

character (len=labellen)

‘lineartanh’

velocity_SN

real

impossible

velocity_width_ratio

real

1.

width_SN

real

impossible

Module lorenz_gauge.f90

The following variables are part of the lorenz_gauge_init_pars namelist:

Variable

Type

Default

Meaning

ampl

real

1e-3

cphi

real

1.

etaphi

real

0.

init

character(len=50)

‘zero’

kx

real

1.

ky

real

0.

kz

real

0.

Module magnetic.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

ABCaa

real, dimension(3)

1.

alp_aniso

real

0.0

alpf_MHD

real

0.

PAR_DOC: axion coupling (in MHD, if not defined in disp_current)

amp_relprof

real

1.0

ampl_ax

real, dimension (ninit)

0.0

ampl_ay

real, dimension (ninit)

0.0

ampl_az

real, dimension (ninit)

0.0

ampl_B0

real

0.0

amplaa

real, dimension (ninit)

0.0

PAR_DOC: amplitude for some types of

amplaa2

real, dimension (ninit)

0.0

PAR_DOC: amplitude for some types of

amplaaB

real, dimension (ninit)

0.0

amplaaJ

real, dimension (ninit)

0.0

angle_dip

real

0.

B0_ext

real, dimension(3)

0.0

B0_ext_z

real

0.0

B0_ext_z_H

real

0.0

B_ext

real, dimension(3)

0.0

bij_0D_test

real, dimension(3,3)

0.

by_left

real

0.0

by_right

real

0.0

bz_left

real

0.0

bz_right

real

0.0

center1_x

real

0.0

center1_y

real

0.0

center1_z

real

0.0

cmin

real

0.0

coefaa

complex, dimension(3)

(/0.0,0.0,0.0/)

coefbb

complex, dimension(3)

(/0.0,0.0,0.0/)

compk_aa

real

0.

cutoff_aa

real

0.0

damp

real

0.

dipole_moment

real

0.0

epsi_dip

real

0.1

epsilonaa

real

0.01

PAR_DOC: used by some initial fields

eta_jump

real

0.0

eta_jump0

real

0.0

eta_jump1

real

0.0

eta_jump2

real

0.0

eta_tdep_loverride_ee

real

0.

etaB

real

0.

fluxtube_border_width

real

impossible

inclaa

real

0.0

indzav

integer

0

initaa

character (len=labellen), dimension(ninit)

‘nothing’

initpower2_aa

real

-11./3.

initpower_aa

real

0.0

izav_start

integer

1

J_ext

real, dimension(3)

(/0.0,0.0,0.0/)

k1hel

real

0.

k2hel

real

max_real

k_relprof

real

1.0

kgaussian_aa

real

0.

kpeak_aa

real

10.

kx_aa

real, dimension (ninit)

1.0

kx_ax

real, dimension (ninit)

0.0

kx_ay

real, dimension (ninit)

0.0

kx_az

real, dimension (ninit)

0.0

ky_aa

real, dimension (ninit)

1.0

ky_ax

real, dimension (ninit)

0.0

ky_ay

real, dimension (ninit)

0.0

ky_az

real, dimension (ninit)

0.0

kz_aa

real, dimension (ninit)

1.0

kz_ax

real, dimension (ninit)

0.0

kz_ay

real, dimension (ninit)

0.0

kz_az

real, dimension (ninit)

0.0

l2d_aa

logical

.false.

laa_cou_as_aux

logical

.false.

ladd_bb_init

logical

.false.

ladd_disp_current_from_aux

logical

.false.

lax_ext_global

logical

.false.

lay_ext_global

logical

.false.

laz_ext_global

logical

.false.

lB_ext_in_comaux

logical

.true.

lB_ext_pot

logical

.false.

lbb_as_aux

logical

.false.

lbb_as_comaux

logical

.false.

lbb_sph_as_aux

logical

.false.

lbbt_as_aux

logical

.false.

lbdivu_as_aux

logical

.false.

lbeta_as_aux

logical

.false.

lbext_curvilinear

logical

.true.

lbgu_as_aux

logical

.false.

lbij_as_aux

logical

.false.

lbij_test

logical

.false.

lbx_ext_global

logical

.false.

lby_ext_global

logical

.false.

lbz_ext_global

logical

.false.

lcheck_positive_va2

logical

.false.

lcoulomb

logical

.false.

lcoulomb_apply

logical

.false.

lcurlb_as_aux

logical

.false.

ldensity_add_je_heating

logical

.false.

learly_set_el_pencil

logical

.true.

lee_as_aux

logical

.false.

lfactors_aa

logical

.false.

lforce_free_test

logical

.false.

lhubble_magnetic

logical

.false.

limiter_fact

real

1.

PAR_DOC: limiter factor

lj2t_as_aux

logical

.false.

ljbt_as_aux

logical

.false.

ljj_as_aux

logical

.false.

ljj_as_comaux

logical

.false.

ljjt_as_aux

logical

.false.

ljxb_as_aux

logical

.false.

ll_sh

integer, dimension (ninit)

0

llimiter

logical

.false.

lneutralion_heat

logical

.true.

lno_noise_aa

logical

.false.

lnorm_aa_kk

logical

.false.

lohm_evolve

logical

.false.

lohmic_heat

logical

.true.

loverride_ee_decide

logical

.false.

lpower_profile_file

logical

.false.

lpress_equil

logical

.false.

PAR_DOC: flag for pressure equilibrium (can

lpress_equil_alt

logical

.false.

lpress_equil_via_ss

logical

.false.

lrandom_ampl_aa

logical

.false.

lscale_tobox

logical

.true.

lset_AxAy_zero

logical

.false.

lskip_projection_aa

logical

.false.

lsmooth_jj

logical

.false.

lsquash_aa

logical

.false.

lua_as_aux

logical

.false.

lugb_as_aux

logical

.false.

luxb_as_aux

logical

.false.

lvacuum

logical

.false.

magnetic_xaver_range

real, dimension(2)

(/-max_real,max_real/)

magnetic_yaver_range

real, dimension(2)

(/-max_real,max_real/)

magnetic_zaver_range

real, dimension(2)

(/-max_real,max_real/)

mix_factor

real

0.

mm_sh

integer, dimension (ninit)

0

mu_ext_pot

real

-0.5

mu_r

real

-0.5

(still needed for backwards compatibility)

N_modes_aa

integer

1

ncutoff_aa

real

1.

nexp_aa

real

0.

nfact_aa

real

4.

non_ffree_factor

real

1.

nzav

integer

0

phase_aa

real, dimension (ninit)

0.0

phase_ax

real, dimension (ninit)

0.0

phase_ay

real, dimension (ninit)

0.0

phase_az

real, dimension (ninit)

0.0

phasex_aa

real, dimension (ninit)

0.0

phasey_aa

real, dimension (ninit)

0.0

phasez_aa

real, dimension (ninit)

0.0

qexp_aa

real

0.

r_dip

real

1

r_inner

real

0.

r_outer

real

0.

radius

real

0.1

PAR_DOC: used by some initial fields

radRFP

real

1.

relhel_aa

real

1.

RFPrad

real, dimension (ninit)

1.0

RFPradB

real

1.

RFPradJ

real

1.

rnoise_ext

real

impossible

rnoise_int

real

impossible

robflow_aa

character (len=labellen), dimension(ninit)

‘I’

sheet_hyp

real

1.

sheet_position

real

1.

sheet_thickness

real

0.1

source_zav

character (len=fnlen)

‘’

t0_bext

real

0.0

t_bext

real

0.0

tau_relprof

real

0.0

th_spot

real

PI/4

two_step_factor

real

1.

va2max_boris

real

0.0

va2max_jxb

real

0.0

va2power_jxb

integer, target

5

width_gaussian

real, dimension (ninit)

0.0

widthaa

real, dimension(3)

0.5

PAR_DOC: used by some initial fields

x0aa

real

0.0

y0aa

real

0.0

z0_gaussian

real, dimension (ninit)

0.0

z0aa

real

0.0

PAR_DOC: used by some initial fields

z1_aa

real

0.

z2_aa

real

0.

znoise_ext

real

impossible

znoise_int

real

impossible

Module neutraldensity.f90

The following variables are part of the neutraldensity_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

0.

alpha_prescription

character (len=labellen)

‘const’

ampllnrhon

real

0.

idiffn

character (len=labellen), dimension(ndiff_max)

‘’

initlnrhon

character (len=labellen), dimension(ninit)

‘nothing’

kx_lnrhon

real

1.

ky_lnrhon

real

1.

kz_lnrhon

real

1.

lcontinuity_neutral

logical

.true.

lneutraldensity_nolog

(not found)

lnrhon0

real

0.

lnrhon_const

real

0.

lnrhon_left

real

0.

lnrhon_right

real

0.

lpretend_star

logical

.false.

lramp_up

logical

.false.

luse_as_ionization

logical

.false.

rhon_const

real

1.

rhon_left

real

1.

rhon_right

real

1.

star_form_exponent

real

1.5

star_form_threshold

real

1.

zeta

real

0.

Module neutralvelocity.f90

The following variables are part of the neutralvelocity_init_pars namelist:

Variable

Type

Default

Meaning

ampl_unx

real

0.0

ampl_uny

real

0.0

ampl_unz

real

0.0

ampluun

real, dimension (ninit)

0.0

colldrag

real

0

csn0

real

0.

inituun

character (len=labellen), dimension(ninit)

‘nothing’

kx_uun

real

1.

ky_uun

real

1.

kz_uun

real

1.

ladvection_velocity

logical

.true.

lcentrifugal_force

logical

.false.

lcoriolis_force

logical

.true.

Omega

(not found)

rnoise_ext

real

impossible

rnoise_int

real

impossible

uun_const

real, dimension(3)

(/0.,0.,0./)

uun_left

real

0.

uun_right

real

0.

widthuun

real

.1

Module noselfgravity.f90

The following variables are part of the selfgrav_init_pars namelist:

Variable

Type

Default

Meaning

gravitational_const

real

real(G_Newton_cgs)

Module NSCBC.f90

The following variables are part of the NSCBC_init_pars namelist:

Variable

Type

Default

Meaning

inlet_from_file

logical

.false.

inlet_zz1

real

0.

inlet_zz2

real

0.

jet_center

real, dimension(2)

(/0.,0./)

jet_inlet

logical

.false.

momentum_thickness

real, dimension(2)

(/0.014,0.0182/)

nscbc_bc

character(len=2*nscbc_len+1), dimension(3)

‘’

nscbc_sigma_in

real

1.

nscbc_sigma_out

real

1.

p_infty

real

1.

radius_profile

real, dimension(2)

(/0.0182,0.0364/)

turb_inlet_dir

character(len=fnlen)

‘’

turb_inlet_file

character(len=fnlen)

‘var.dat’

turb_profile_mag

real

1.0

velocity_ratio

real

3.3

zz_profile

character (len=labellen), dimension(ninit)

‘nothing’

Module particles_adsorbed.f90

The following variables are part of the particles_ads_init_pars namelist:

Variable

Type

Default

Meaning

dpads

real

0.0

init_adsorbed

character(len=labellen), dimension(ninit)

‘nothing’

init_surf_ads_frac

real, dimension(10)

lexperimental_adsorbed

logical

.false.

Module particles_breakup.f90

The following variables are part of the particles_breakup_init_pars namelist:

Variable

Type

Default

Meaning

c_bu

real

0.0

Aguerre-Nigro / Li et al. constant

d_inj

real

0.0

injector orifice diameter [cm]

hg_C1

real

0.1

hg_C2

real

2.0

hg_C3

real

1.2

hg_C4

real

0.4

hg_C5

real

5.0

hg_C6

real

2.0

hg_Cmu

real

0.09

hg_k1

real

0.175

hg_Ke

real

0.27

hg_Li

real

0.0

hg_Ui

real

0.0

kh_B0

real

0.61

kh_B1

real

40.0

kh_B2

real

0.05

kh_min_child_npswarm

real

0.0

kh_we_min

real

0.0

lhg_turb_decay

logical

.true.

lparticles_breakup_hg

logical

.false.

lparticles_breakup_kh

logical

.false.

lparticles_breakup_pe

logical

.false.

lparticles_breakup_rt

logical

.false.

lprint_breakup_mode

logical

.false.

nu_liq

real

1e-2

PAR_DOC: kinematic viscosity of the liquid (in cgs units)

pe_child_factor

real

0.5

child-parcel size as a fraction of d_max

pe_floor_diameter

real

1.0e-12

pe_max_shrink_ratio

real

0.0001

pe_min_diameter

real

1.0e-12

pe_we_crit

real

12.0

base critical Weber number, Eq. (5)

rt_CRT

real

0.1

rt_Ctau

real

1.0

rt_method

integer

2

rt_we_min

real

0.0

sigma_liq

real

7.2e-2

tstart_particles_breakup

real

0.0

z_inj

real

0.0

injector axial position [cm]

Module particles_caustics.f90

The following variables are part of the particles_caustics_init_pars namelist:

Variable

Type

Default

Meaning

dummy

integer

Module particles_charged.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

amplvvp

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

delta_vp0

real

0.

dust_charge

real

1.

initvvp

character (len=labellen), dimension (ninit)

‘nothing’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

lcheck_exact_frontier

(not found)

linsert_particles_continuously

(not found)

lnocalc_rhop

(not found)

lonly_eforce

logical

.false.

lparticlemesh_cic

(not found)

lstokes_drag

logical

.false.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

rhodust

real

1.

vpx0

real

0.0

vpy0

real

0.0

vpz0

real

0.0

xp0

real

0.0

yp0

real

0.0

zp0

real

0.0

Module particles_chemistry.f90

The following variables are part of the particles_chem_init_pars namelist:

Variable

Type

Default

Meaning

diffusivity

real

0.0

lbaum_and_street

logical

.false.

RUN_DOC: Analytical calculation of surface gas fraction

lheat_per_pencil

logical

.false.

lpchem_debug

logical

.false.

lpreactions

logical

.true.

lsherwood_const

logical

.false.

RUN_DOC: constant sherwood number (2 for quiescent flow)

lsurface_nopores

logical

.false.

RUN_DOC: reactive surface just surface of sphere

reaction_enhancement

real, dimension(50)

1.0

Sgc_init

real

3e6

cm^2/g

startup_time

real

0.

INIT_DOC: Length of startup time for reactions

structural_parameter

real

8.

[-] can be 8, seems not right

tortuosity

real

3.

INIT_DOC: Particle pore tortuosity

total_carbon_sites

real, target

1.08e-8

[mol/cm^2]

true_density_carbon

real, target

1.800

g/cm^3

Module particles_density.f90

The following variables are part of the particles_dens_init_pars namelist:

Variable

Type

Default

Meaning

eps_dtog

(not found)

gravr_swarm0

real

1.0

gravr_swarm1

real

1.0

initrhopswarm

character (len=labellen), dimension(ninit)

‘nothing’

rhop_swarm0

real

1.0

rhop_swarm1

real

1.0

rhop_swarm2

real

1.0

rhop_swarm3

real

1.0

Module particles_drag.f90

The following variables are part of the particles_drag_init_pars namelist:

Variable

Type

Default

Meaning

gx_gas

real, target

0.0

Background acceleration of gas in x direction

gz_par_coeff

real

0.0

Coefficient for background acceleration of a particle in z direction

ldrag_equilibrium_global

logical

.false.

Set global/local drag equilibrium when lset_drag_equilibrium = .true.

ldrag_on_gas

logical, target

.false.

Turn on/off drag on gas

ldrag_on_par

logical

.false.

Turn on/off drag on particles

lset_drag_equilibrium

logical

.false.

Initialize the velocities of the particles and the gas under equilibrium

taus

real, target

0.0

Dimensionless stopping time: Omega * tdrag

tdrag

real

0.0

Drag timescale

Module particles_dust.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

a_ellipsoid

real

0.0

amplvvp

real

0.0

amplxxp

real

0.0

b_ellipsoid

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

beta_dPdr_dust

real

0.0

birthring_r

real

1.0

birthring_width

real

0.1

brownian_T0

real

0.0

c_ellipsoid

real

0.0

coeff

complex, dimension(7)

(0.0,0.0)

coeff_restitution

real

0.5

cond_ratio

real

0.0

cone_half_angle_deg

real

0.0

delta_vp0

real

1.0

Deltauy_gas_friction

real

0.0

dustdensity_powerlaw

(not found)

eps1

real

0.5

eps_dtog

(not found)

epsp_friction_increase

real

100.0

frac_init_particles

real

1.0

gab_width

(not found)

gaussian_x_frac

real

0.0

gravr

real

1.0

gravr_profile

character(len=labellen)

‘’

gravsmooth

real

0.0

gravx

real

0.0

gravx_profile

character(len=labellen)

‘’

gravz

real

0.0

gravz_profile

character(len=labellen)

‘’

initvvp

character(len=labellen), dimension(ninit)

‘nothing’

initxxp

character(len=labellen), dimension(ninit)

‘nothing’

interp_pol_gradTT

character(len=labellen)

‘ngp’

interp_pol_oo

character(len=labellen)

‘ngp’

interp_pol_pp

character(len=labellen)

‘ngp’

interp_pol_rho

character(len=labellen)

‘ngp’

interp_pol_species

character(len=labellen)

‘ngp’

interp_pol_TT

character(len=labellen)

‘ngp’

interp_pol_uu

character(len=labellen)

‘ngp’

kx_gg

real

1.0

kx_vpx

real

0.0

kx_vpy

real

0.0

kx_vpz

real

0.0

kx_vvp

real

0.0

kx_xxp

real

0.0

ky_vpx

real

0.0

ky_vpy

real

0.0

ky_vpz

real

0.0

ky_vvp

real

0.0

ky_xxp

real

0.0

kz_gg

real

1.0

kz_vpx

real

0.0

kz_vpy

real

0.0

kz_vpz

real

0.0

kz_vvp

real

0.0

kz_xxp

real

0.0

l_hole

integer

0

lbirthring_depletion

logical

.false.

lbrownian_forces

logical

.false.

lbrownian_forces_Li_Ahmadi

logical

.false.

lcalc_uup

logical

.false.

lcentrifugal_force_par

logical

.false.

lcheck_exact_frontier

(not found)

lcoldstart_amplitude_correction

logical

.false.

lcollisional_cooling_rms

logical

.false.

lcollisional_cooling_taucool

logical

.false.

lcollisional_cooling_twobody

logical

.false.

lcollisional_dragforce_cooling

logical

.false.

lcollisional_heat

logical

.false.

lcompensate_friction_increase

logical

.false.

lcondspec_details

(not found)

lcoriolis_force_par

logical

.true.

ldragforce_dust_par

logical

.false.

ldragforce_equi_global_eps

logical

.false.

ldragforce_gas_par

logical, target

.false.

ldragforce_heat

logical

.false.

ldragforce_radialonly

logical

.false.

ldragforce_stiff

logical

.false.

ldraglaw_eps_stk_transonic

logical

.false.

ldraglaw_epstein

logical

.true.

ldraglaw_epstein_stokes_linear

logical

.false.

ldraglaw_epstein_transonic

logical

.false.

ldraglaw_purestokes

logical

.false.

ldraglaw_simple

logical

.false.

ldraglaw_steadystate

logical

.false.

ldraglaw_stokesschiller

logical

.false.

ldt_adv_par

logical

.true.

ldt_grav_par

logical

.true.

lenforce_policy

logical

.false.

lgaussian_birthring

logical

.false.

lglobalrandom

logical

.false.

lignore_rhop_swarm

(not found)

linsert_particles_continuously

(not found)

linterpolate_spline

(not found)

lmigration_real_check

(not found)

lmigration_redo

(not found)

lnocalc_np

(not found)

lnocalc_rhop

(not found)

lnocollapse_xdir_onecell

(not found)

lnocollapse_ydir_onecell

(not found)

lnocollapse_zdir_onecell

(not found)

lnostore_uu

logical

.true.

lnp_ap_as_aux

logical

.false.

lparticle_gravity

logical

.true.

lparticlemesh_cic

(not found)

lparticlemesh_pqs_assignment

(not found)

lparticlemesh_tsc

(not found)

lpartnucleation

(not found)

lrandom_particle_pencils

(not found)

lreassign_strat_rhom

logical

.true.

lsinkparticle_1

(not found)

lsinkpoint

logical

.false.

lswap_radius_and_number

(not found)

ltau_coll_min_courant

logical

.true.

lthermophoretic_forces

logical

.false.

lvector_gravity

logical

.false.

lwithhold_init_particles

logical

.false.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

m_hole

integer

0

mean_free_path_gas

real

0.0

mp_swarm

(not found)

mpmat

(not found)

n_hole

integer

0

np_const

(not found)

np_swarm

(not found)

nu_epicycle

real

0.0

particle_mesh

(not found)

particle_radius

(not found)

phase_vpx

real

0.0

phase_vpy

real

0.0

phase_vpz

real

0.0

pos_ellipsoid

real, dimension(3)

(/0.0,0.0,0.0/)

pos_sphere

real, dimension(3)

(/0.0,0.0,0.0/)

qgaussz

real

0.0

r0gaussz

real

1.0

rad_sphere

real

0.0

remove_particle_at_time

(not found)

remove_particle_criteria

(not found)

remove_particle_criteria_edtog

(not found)

remove_particle_criteria_size

(not found)

rhop_const

(not found)

rhop_swarm

(not found)

rhopmat

(not found)

Ri0

real

0.25

rp_ext

(not found)

rp_ext_width

(not found)

rp_int

(not found)

rpbeta

real

0.0

rpbeta_species

real, target, dimension(npar_species)

0.0

rpinit_ext

real

impossible

rpinit_int

real

impossible

rsinkparticle_1

(not found)

rsinkpoint

real

0.0

tau_coll_min

real

0.0

taucool

real

0.0

tausg_min

real

0.0

tausp

real, target

0.0

tausp_species

real, target, dimension(npar_species)

0.0

temp_grad0

real, dimension(3)

(/0.0,0.0,0.0/)

thermophoretic_eq

character(len=labellen)

‘nothing’

thermophoretic_T0

real

0.0

tstart_brownian_par

real

0.0

tstart_collisional_cooling

real

0.0

tstart_dragforce_par

real

0.0

tstart_grav_par

real

0.0

tstart_grav_r_par

real

0.0

tstart_grav_x_par

real

0.0

tstart_grav_z_par

real

0.0

tstart_liftforce_par

real

0.0

tstart_sink_par

real

0.0

vpx0

real

0.0

vpx1

real

0.0

vpx2

real

0.0

vpx3

real

0.0

vpy0

real

0.0

vpy1

real

0.0

vpy2

real

0.0

vpy3

real

0.0

vpz0

real

0.0

vpz1

real

0.0

vpz2

real

0.0

vpz3

real

0.0

xp0

real

0.0

xp1

real

0.0

xp2

real

0.0

xp3

real

0.0

xsinkpoint

real

0.0

yp0

real

0.0

yp1

real

0.0

yp2

real

0.0

yp3

real

0.0

ysinkpoint

real

0.0

zp0

real

0.0

zp1

real

0.0

zp2

real

0.0

zp3

real

0.0

zsinkpoint

real

0.0

Module particles_dust_blocks.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

a_ellipsoid

real

0.0

amplvvp

real

0.0

amplxxp

real

0.0

b_ellipsoid

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

beta_dPdr_dust

real

0.0

c_ellipsoid

real

0.0

delta_vp0

real

1.0

dustdensity_powerlaw

(not found)

eps1

real

0.5

eps_dtog

(not found)

epsp_friction_increase

real

0.0

gravr

real

1.0

gravr_profile

character (len=labellen)

‘’

gravsmooth

real

0.0

gravx

real

0.0

gravx_profile

character (len=labellen)

‘’

gravz

real

0.0

gravz_profile

character (len=labellen)

‘’

initvvp

character (len=labellen), dimension (ninit)

‘nothing’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

it1_loadbalance

(not found)

kx_gg

real

1.0

kx_vpx

real

0.0

kx_vpy

real

0.0

kx_vpz

real

0.0

kx_vvp

real

0.0

kx_xxp

real

0.0

ky_vpx

real

0.0

ky_vpy

real

0.0

ky_vpz

real

0.0

ky_vvp

real

0.0

ky_xxp

real

0.0

kz_gg

real

1.0

kz_vpx

real

0.0

kz_vpy

real

0.0

kz_vpz

real

0.0

kz_vvp

real

0.0

kz_xxp

real

0.0

ladopt_own_light_bricks

(not found)

lbrick_partition

(not found)

lcalc_uup

logical

.false.

lcentrifugal_force_par

logical

.false.

lcheck_exact_frontier

(not found)

lcommunicate_np

(not found)

lcommunicate_rhop

(not found)

lcoriolis_force_par

logical

.true.

ldragforce_dust_par

logical

.false.

ldragforce_equi_global_eps

logical

.false.

ldragforce_gas_par

logical, target

.false.

ldraglaw_eps_stk_transonic

logical

.false.

ldraglaw_epstein

logical

.true.

ldraglaw_variable

logical

.false.

ldt_adv_par

logical

.true.

ldt_grav_par

logical

.false.

learly_particle_map

logical

.true.

lglobalrandom

logical

.false.

linsert_particles_continuously

(not found)

linterpolate_spline

(not found)

lmigration_real_check

(not found)

lmigration_redo

(not found)

lnocalc_np

(not found)

lnocalc_rhop

(not found)

lparticlemesh_cic

(not found)

lparticlemesh_tsc

(not found)

lrandom_particle_blocks

(not found)

lrandom_particle_pencils

(not found)

lreassign_strat_rhom

logical

.true.

lreblock_particles_run

(not found)

lsinkpoint

logical

.false.

luse_tau_ap

logical

.true.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

mean_free_path_gas

real

0.0

mpmat

(not found)

np_const

(not found)

np_swarm

(not found)

nu_epicycle

real

0.0

particle_mesh

(not found)

phase_vpx

real

0.0

phase_vpy

real

0.0

phase_vpz

real

0.0

pos_ellipsoid

real, dimension (3)

(/0.0,0.0,0.0/)

pos_sphere

real, dimension (3)

(/0.0,0.0,0.0/)

rad_sphere

real

0.0

remove_particle_at_time

(not found)

remove_particle_criteria

(not found)

remove_particle_criteria_edtog

(not found)

remove_particle_criteria_size

(not found)

rhop_const

(not found)

rhop_swarm

(not found)

rhopmat

(not found)

Ri0

real

0.25

rp_ext

(not found)

rp_int

(not found)

rpinit_ext

real

impossible

rpinit_int

real

impossible

rsinkpoint

real

0.0

tausp

real, target

0.0

tausp_species

real, dimension(npar_species), target

0.0

tstart_dragforce_par

real

0.0

tstart_grav_par

real

0.0

vpx0

real

0.0

vpx1

real

0.0

vpx2

real

0.0

vpx3

real

0.0

vpy0

real

0.0

vpy1

real

0.0

vpy2

real

0.0

vpy3

real

0.0

vpz0

real

0.0

vpz1

real

0.0

vpz2

real

0.0

vpz3

real

0.0

xp0

real

0.0

xp1

real

0.0

xp2

real

0.0

xp3

real

0.0

xsinkpoint

real

0.0

yp0

real

0.0

yp1

real

0.0

yp2

real

0.0

yp3

real

0.0

ysinkpoint

real

0.0

zp0

real

0.0

zp1

real

0.0

zp2

real

0.0

zp3

real

0.0

zsinkpoint

real

0.0

Module particles_eikonal.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

a_ellipsoid

real

0.0

amplvvp

real

0.0

amplxxp

real

0.0

b_ellipsoid

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

beta_dPdr_dust

real

0.0

brownian_T0

real

0.0

c_ellipsoid

real

0.0

coeff

complex, dimension (7)

(0.0,0.0)

coeff_restitution

real

0.5

cond_ratio

real

0.0

delta_vp0

real

1.0

Deltauy_gas_friction

real

0.0

dustdensity_powerlaw

(not found)

eps1

real

0.5

eps_dtog

(not found)

epsp_friction_increase

real

100.0

gravr

real

1.0

gravr_profile

character (len=labellen)

‘’

gravsmooth

real

0.0

gravx

real

0.0

gravx_profile

character (len=labellen)

‘’

gravz

real

0.0

gravz_profile

character (len=labellen)

‘’

initvvp

character (len=labellen), dimension (ninit)

‘nothing’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

interp_pol_gradTT

character (len=labellen)

‘ngp’

interp_pol_oo

character (len=labellen)

‘ngp’

interp_pol_rho

character (len=labellen)

‘ngp’

interp_pol_TT

character (len=labellen)

‘ngp’

interp_pol_uu

character (len=labellen)

‘ngp’

kx_gg

real

1.0

kx_vpx

real

0.0

kx_vpy

real

0.0

kx_vpz

real

0.0

kx_vvp

real

0.0

kx_xxp

real

0.0

ky_vpx

real

0.0

ky_vpy

real

0.0

ky_vpz

real

0.0

ky_vvp

real

0.0

ky_xxp

real

0.0

kz_gg

real

1.0

kz_vpx

real

0.0

kz_vpy

real

0.0

kz_vpz

real

0.0

kz_vvp

real

0.0

kz_xxp

real

0.0

l_hole

integer

0

lbrownian_forces

logical

.false.

lcalc_uup

logical

.false.

lcentrifugal_force_par

logical

.false.

lcheck_exact_frontier

(not found)

lcoldstart_amplitude_correction

logical

.false.

lcollisional_cooling_rms

logical

.false.

lcollisional_cooling_taucool

logical

.false.

lcollisional_cooling_twobody

logical

.false.

lcollisional_dragforce_cooling

logical

.false.

lcollisional_heat

logical

.false.

lcoriolis_force_par

logical

.true.

ldragforce_dust_par

logical

.false.

ldragforce_equi_global_eps

logical

.false.

ldragforce_equi_noback

logical

.false.

ldragforce_gas_par

logical

.false.

ldragforce_heat

logical

.false.

ldragforce_radialonly

logical

.false.

ldragforce_stiff

logical

.false.

ldraglaw_eps_stk_transonic

logical

.false.

ldraglaw_epstein

logical

.true.

ldraglaw_epstein_stokes_linear

logical

.false.

ldraglaw_epstein_transonic

logical

.false.

ldraglaw_simple

logical

.false.

ldraglaw_steadystate

logical

.false.

ldt_adv_par

logical

.true.

ldt_grav_par

logical

.true.

lenforce_policy

logical

.false.

lglobalrandom

logical

.false.

linsert_particles_continuously

(not found)

linterpolate_spline

(not found)

lleft_down

logical

.false.

lmigration_real_check

(not found)

lmigration_redo

(not found)

lnocalc_np

(not found)

lnocalc_rhop

(not found)

lnostore_uu

logical

.true.

lparticlemesh_cic

(not found)

lparticlemesh_tsc

(not found)

lrandom_particle_pencils

(not found)

lreassign_strat_rhom

logical

.true.

ltau_coll_min_courant

logical

.true.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

m_hole

integer

0

mean_free_path_gas

real

0.0

mp_swarm

(not found)

mpmat

(not found)

n_hole

integer

0

np_const

(not found)

np_swarm

(not found)

nray

integer

1

nu_epicycle

real

0.0

particle_radius

(not found)

phase_vpx

real

0.0

phase_vpy

real

0.0

phase_vpz

real

0.0

pos_ellipsoid

real, dimension (3)

(/0.0,0.0,0.0/)

pos_sphere

real, dimension (3)

(/0.0,0.0,0.0/)

rad_sphere

real

0.0

rhop_const

(not found)

rhop_swarm

(not found)

rhopmat

(not found)

Ri0

real

0.25

rp_ext

(not found)

rp_int

(not found)

sphere_theta1

real

0.0

sphere_theta2

real

0.0

tau_coll_min

real

0.0

taucool

real

0.0

tausg_min

real

0.0

tausp

real

0.0

tausp_species

real, target, dimension (npar_species)

0.0

temp_grad0

real, dimension (3)

(/0.0,0.0,0.0/)

tstart_brownian_par

real

0.0

tstart_collisional_cooling

real

0.0

tstart_dragforce_par

real

0.0

tstart_grav_par

real

0.0

tstart_grav_r_par

real

0.0

tstart_grav_x_par

real

0.0

tstart_grav_z_par

real

0.0

vpx0

real

0.0

vpx1

real

0.0

vpx2

real

0.0

vpx3

real

0.0

vpy0

real

0.0

vpy1

real

0.0

vpy2

real

0.0

vpy3

real

0.0

vpz0

real

0.0

vpz1

real

0.0

vpz2

real

0.0

vpz3

real

0.0

xp0

real

0.0

xp1

real

0.0

xp2

real

0.0

xp3

real

0.0

yp0

real

0.0

yp1

real

0.0

yp2

real

0.0

yp3

real

0.0

zp0

real

0.0

zp1

real

0.0

zp2

real

0.0

zp3

real

0.0

Module particles_lagrangian.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

a_ellipsoid

real

0.0

amplvvp

real

0.0

amplxxp

real

0.0

b_ellipsoid

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

beta_dPdr_dust

real

0.0

birthring_r

real

1.0

birthring_width

real

0.1

brownian_T0

real

0.0

c_ellipsoid

real

0.0

coeff

complex, dimension (7)

(0.0,0.0)

coeff_restitution

real

0.5

cond_ratio

real

0.0

delta_vp0

real

1.0

Deltauy_gas_friction

real

0.0

dustdensity_powerlaw

(not found)

eps1

real

0.5

epsp_friction_increase

real

100.0

frac_init_particles

real

1.0

gab_width

(not found)

gravr

real

1.0

gravr_profile

character (len=labellen)

‘’

gravsmooth

real

0.0

gravx

real

0.0

gravx_profile

character (len=labellen)

‘’

gravz

real

0.0

gravz_profile

character (len=labellen)

‘’

initvvp

character (len=labellen), dimension (ninit)

‘nothing’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

interp_pol_gradTT

character (len=labellen)

‘none’

interp_pol_oo

character (len=labellen)

‘none’

interp_pol_pp

character (len=labellen)

‘none’

interp_pol_rho

character (len=labellen)

‘none’

interp_pol_species

character (len=labellen)

‘none’

interp_pol_TT

character (len=labellen)

‘none’

interp_pol_uu

character (len=labellen)

‘none’

kx_gg

real

1.0

kx_vpx

real

0.0

kx_vpy

real

0.0

kx_vpz

real

0.0

kx_vvp

real

0.0

kx_xxp

real

0.0

ky_vpx

real

0.0

ky_vpy

real

0.0

ky_vpz

real

0.0

ky_vvp

real

0.0

ky_xxp

real

0.0

kz_gg

real

1.0

kz_vpx

real

0.0

kz_vpy

real

0.0

kz_vpz

real

0.0

kz_vvp

real

0.0

kz_xxp

real

0.0

l_hole

integer

0

lbirthring_depletion

logical

.false.

lbrownian_forces

logical

.false.

lcalc_uup

logical

.false.

lcentrifugal_force_par

logical

.false.

lcheck_exact_frontier

(not found)

lcoldstart_amplitude_correction

logical

.false.

lcollisional_cooling_rms

logical

.false.

lcollisional_cooling_taucool

logical

.false.

lcollisional_cooling_twobody

logical

.false.

lcollisional_dragforce_cooling

logical

.false.

lcollisional_heat

logical

.false.

lcompensate_friction_increase

logical

.false.

lcoriolis_force_par

logical

.true.

ldragforce_dust_par

logical

.false.

ldragforce_equi_global_eps

logical

.false.

ldragforce_equi_noback

logical

.false.

ldragforce_gas_par

logical

.false.

ldragforce_heat

logical

.false.

ldragforce_radialonly

logical

.false.

ldragforce_stiff

logical

.false.

ldraglaw_eps_stk_transonic

logical

.false.

ldraglaw_epstein

logical

.true.

ldraglaw_epstein_stokes_linear

logical

.false.

ldraglaw_epstein_transonic

logical

.false.

ldraglaw_purestokes

logical

.false.

ldraglaw_simple

logical

.false.

ldraglaw_steadystate

logical

.false.

ldraglaw_stokesschiller

logical

.false.

ldt_adv_par

logical

.true.

ldt_grav_par

logical

.true.

lenforce_policy

logical

.false.

lgaussian_birthring

logical

.false.

lglobalrandom

logical

.false.

linsert_particles_continuously

(not found)

linterpolate_spline

(not found)

lmigration_real_check

(not found)

lmigration_redo

(not found)

lnocalc_np

(not found)

lnocalc_rhop

(not found)

lnostore_uu

logical

.true.

lparticle_gravity

logical

.true.

lparticlemesh_pqs_assignment

(not found)

lrandom_particle_pencils

(not found)

lreassign_strat_rhom

logical

.true.

lsinkparticle_1

(not found)

lsinkpoint

logical

.false.

ltau_coll_min_courant

logical

.true.

lthermophoretic_forces

logical

.false.

lvector_gravity

logical

.false.

lwithhold_init_particles

logical

.false.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

m_hole

integer

0

mean_free_path_gas

real

0.0

mpmat

(not found)

n_hole

integer

0

np_const

(not found)

nu_epicycle

real

0.0

particle_mesh

(not found)

particle_radius

(not found)

phase_vpx

real

0.0

phase_vpy

real

0.0

phase_vpz

real

0.0

pos_ellipsoid

real, dimension (3)

(/0.0,0.0,0.0/)

pos_sphere

real, dimension (3)

(/0.0,0.0,0.0/)

rad_sphere

real

0.0

remove_particle_at_time

(not found)

remove_particle_criteria

(not found)

remove_particle_criteria_size

(not found)

rhop_const

(not found)

rhopmat

(not found)

Ri0

real

0.25

rp_ext

(not found)

rp_int

(not found)

rpbeta

real

0.0

rpbeta_species

real, target, dimension (npar_species)

0.0

rsinkparticle_1

(not found)

rsinkpoint

real

0.0

tau_coll_min

real

0.0

taucool

real

0.0

tausg_min

real

0.0

tausp

real

0.0

tausp_species

real, target, dimension (npar_species)

0.0

temp_grad0

real, dimension (3)

(/0.0,0.0,0.0/)

thermophoretic_eq

character (len=labellen)

‘nothing’

thermophoretic_T0

real

0.0

tstart_brownian_par

real

0.0

tstart_collisional_cooling

real

0.0

tstart_dragforce_par

real

0.0

tstart_grav_par

real

0.0

tstart_grav_r_par

real

0.0

tstart_grav_x_par

real

0.0

tstart_grav_z_par

real

0.0

tstart_liftforce_par

real

0.0

tstart_sink_par

real

0.0

vpx0

real

0.0

vpx1

real

0.0

vpx2

real

0.0

vpx3

real

0.0

vpy0

real

0.0

vpy1

real

0.0

vpy2

real

0.0

vpy3

real

0.0

vpz0

real

0.0

vpz1

real

0.0

vpz2

real

0.0

vpz3

real

0.0

xp0

real

0.0

xp1

real

0.0

xp2

real

0.0

xp3

real

0.0

xsinkpoint

real

0.0

yp0

real

0.0

yp1

real

0.0

yp2

real

0.0

yp3

real

0.0

ysinkpoint

real

0.0

zp0

real

0.0

zp1

real

0.0

zp2

real

0.0

zp3

real

0.0

zsinkpoint

real

0.0

Module particles_lyapunov.f90

The following variables are part of the particles_lyapunov_init_pars namelist:

Variable

Type

Default

Meaning

bamp

real

1e-2

kmode_forb

real

3

linit_largeb

logical

.false.

Module particles_mass.f90

The following variables are part of the particles_mass_init_pars namelist:

Variable

Type

Default

Meaning

init_particle_mass

character(len=labellen), dimension(ninit)

‘nothing’

ldiffm

logical

.false.

ldiffuse_backreac

logical

.false.

mass_const

real

0.0

Module particles_number.f90

The following variables are part of the particles_number_init_pars namelist:

Variable

Type

Default

Meaning

cdtpf

real

0.2

deltavp22_floor

real

0.0

initnpswarm

character (len=labellen), dimension(ninit)

‘nothing’

lfragmentation_par

logical

.false.

np_swarm0

real

1.0

np_swarm0_luck

real

1.0

rhop_swarm0

real

1.0

tstart_fragmentation_par

real

0.0

vthresh_coagulation

real

0.0

Module particles_persistence.f90

The following variables are part of the particles_persistence_init_pars namelist:

Variable

Type

Default

Meaning

RR

real,dimension(NPARTDISP)

0.0

Module particles_potential.f90

The following variables are part of the particles_potential_init_pars namelist:

Variable

Type

Default

Meaning

arb_factor

integer

10

cell_in_grid

integer

1

fampl

real

1.

lpotential

logical

Nbin_in_Rcutoff

integer

100

ppotential

character (len=labellen)

‘nothing’

psigma_by_dx

real

0.1

Rcutoff_in_grid

integer

1

rescale_diameter

real

1.

sigma_in_grid

integer

1

skin_factor

real

2.

Module particles_radius.f90

The following variables are part of the particles_radius_init_pars namelist:

Variable

Type

Default

Meaning

a0_initdist

real

5e-6

alpha

real

1.

alpha_cond

real

1.0

ap0

real, dimension(ndustrad)

0.0

ap1

real

1.0

aphigh

real

2.0

aplow

real

1.0

apmid

real

1.5

apmin

real

0.0

b

real

1.

cdtpc

real

0.2

cdtps

real

0.2

condensation_coefficient_type

character(len=labellen)

‘constant’

deltavp12_floor

real

0.0

diffusion_coefficient

real

1.0

eps_dtog

(not found)

initap

character(len=labellen), dimension(ninit)

‘nothing’

ip1

integer

npar/2

labsorbing_species

logical

.false.

lambda

real

1.

lborder_driving_ocean

logical

.false.

lcondensation_par

logical

.false.

lcondensing_species

(not found)

ldroplet_evapcool

logical

.false.

lfixed_particles_radius

logical

.false.

lgas_enthalpy_flux

logical

.false.

llatent_heat

logical

.true.

lparticles_radius_rpbeta

(not found)

lsherwood_film

logical

.false.

lsweepup_par

logical

.false.

mbar

real

1.0

n0

real

1.

nbin_initdist

integer

20

qplaw

real

0.0

radii_distribution

real, dimension(ndustrad)

0.0

rhopmat

(not found)

rpbeta0

real

0.0

rr_d

real

0.0

rr_q

real

2.5

sigma_initdist

real

0.2

tau_damp_evap

real

0.0

tau_ocean_driving

real

0.0

tstart_sweepup_par

real

0.0

TTocean

real

300.0

vthresh_sweepup

real

-1.0

ztop_ocean

real

0.0

Module particles_selfgravity.f90

The following variables are part of the particles_selfgrav_init_pars namelist:

Variable

Type

Default

Meaning

lnopartingrav

logical

.false.

lselfgravity_particles

logical

.true.

Module particles_sink.f90

The following variables are part of the particles_sink_init_pars namelist:

Variable

Type

Default

Meaning

aps0

real

0.0

aps1

real

0.0

aps2

real

0.0

aps3

real

0.0

bondi_accretion_grav_smooth

real

1.35

cdtsubgrid

real

0.1

initaps

character (len=labellen), dimension(ninit)

‘nothing’

laccrete_sink_sink

logical

.true.

lbondi_accretion

logical

.false.

ldebug_subgrid_accretion

logical

.false.

lrhop_roche_unit

logical

.false.

lselfgravity_sinkparticles

logical

.true.

lsink_communication_all_to_all

logical

.false.

lsink_radius_dx_unit

logical

.false.

lsubgrid_accretion

logical

.false.

rhop_sink_create

real

-1.0

rsurf_subgrid

real

0.001

rsurf_to_rhill

real

0.0

sink_birth_radius

real

1.0

Module particles_spin.f90

The following variables are part of the particles_spin_init_pars namelist:

Variable

Type

Default

Meaning

amplsp

real, dimension(ninit)

0.0

initsp

character(len=labellen), dimension(ninit)

‘nothing’

lmagnus_lift

logical

.false.

lsaffman_lift

logical

.false.

Module particles_stalker.f90

The following variables are part of the particles_stalker_init_pars namelist:

Variable

Type

Default

Meaning

dstalk

real

0.1

PAR_DOC: times between printout of stalker data

linterpolate_cic

logical

.false.

linterpolate_tsc

logical

.true.

lstalk_ap

logical

.true.

PAR_DOC: particles diameter

lstalk_aps

logical

.true.

lstalk_bb

logical

.true.

PAR_DOC: magnetic field at particles position

lstalk_grho

logical

.false.

PAR_DOC: gas density gradient at particles position

lstalk_gTT

logical

.false.

lstalk_guu

logical

.false.

PAR_DOC: gas velocity gradient at particles position

lstalk_npswarm

logical

.false.

lstalk_potself

logical

.true.

lstalk_relvel

logical

.false.

PAR_DOC: particles relative velocity to gas

lstalk_rho

logical

.true.

PAR_DOC: gas density at particles position

lstalk_rhopswarm

logical

.true.

lstalk_sink_particles

logical

.false.

lstalk_uu

logical

.true.

PAR_DOC: gas velocity at particles position

lstalk_vv

logical

.true.

PAR_DOC: particles velocity

lstalk_xx

logical

.true.

PAR_DOC: particles position

Module particles_surfspec.f90

The following variables are part of the particles_surf_init_pars namelist:

Variable

Type

Default

Meaning

init_surf

character(len=labellen), dimension(ninit)

‘nothing’

init_surf_mol_frac

real, dimension(10)

INIT_DOC: Initial surface fraction

Module particles_temperature.f90

The following variables are part of the particles_TT_init_pars namelist:

Variable

Type

Default

Meaning

cp_part

real

0.711e7

wolframalpha, erg/(g*K)

emissivity

real

0.0

init_part_temp

real

0.

init_particle_temperature

character(len=labellen), dimension(ninit)

‘nothing’

ldiffTT

logical

.false.

ldiffuse_backtemp

logical

.false.

Module particles_tetrad.f90

The following variables are part of the particles_tetrad_init_pars namelist:

Variable

Type

Default

Meaning

rsmall

real

1e-6

Module particles_tracers.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

eps_dtog

(not found)

gravz_profile

character (len=labellen)

‘zero’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

ldragforce_equi_global_eps

logical

.false.

lglobalrandom

logical

.false.

lparticlemesh_cic

(not found)

lparticlemesh_tsc

(not found)

lquadratic_interpolation

logical

.false.

ltrace_dust

logical

.false.

nu_epicycle

real

0.0

tausp

real

0.0

xp0

real

0.0

yp0

real

0.0

zp0

real

0.0

Module pointmasses.f90

The following variables are part of the pointmasses_init_pars namelist:

Variable

Type

Default

Meaning

accrete_hills_frac

real, dimension(nqpar)

0.2

bcqx

character (len=2*bclen+1)

‘p’

bcqy

character (len=2*bclen+1)

‘p’

bcqz

character (len=2*bclen+1)

‘p’

cdtq

real

0.1

density_scale

real

0.001

eccentricity

real

0.0

final_ramped_mass

real, dimension(nqpar)

0.0

frac_smooth

real, dimension(nqpar)

0.4

GNewton

real

impossible

initvvq

character (len=labellen)

‘nothing’

initxxq

character (len=labellen)

‘random’

ipotential_pointmass

character (len=labellen), dimension (nqpar)

‘newton’

iprimary

integer

1

laccretion

logical, dimension(nqpar)

.false.

lcorrect_gasgravity_lstart

logical

.false.

lcylindrical_gravity_nbody

logical, dimension(nqpar)

.false.

ldt_pointmasses

logical

.true.

ldust_gravity

logical

.false.

lexclude_frozen

logical

.false.

lgas_gravity

logical

.true.

lramp

logical

.false.

lretrograde

logical

.false.

pmass

real, dimension(nqpar)

0.0

r_smooth

real, dimension(nqpar)

impossible

ramp_orbits

integer

5

semimajor_axis

real

1.0

vxq0

real, dimension(nqpar)

0.0

vyq0

real, dimension(nqpar)

0.0

vzq0

real, dimension(nqpar)

0.0

xq0

real, dimension(nqpar)

0.0

yq0

real, dimension(nqpar)

0.0

zq0

real, dimension(nqpar)

0.0

Module poisson.f90

The following variables are part of the poisson_init_pars namelist:

Variable

Type

Default

Meaning

kmax

real

0.0

lexpand_grid

logical

.false.

lisoz

logical

.false.

lklimit_shear

logical

.false.

lrazor_thin

logical

.false.

lsemispectral

logical

.false.

Module poisson_logspirals.f90

The following variables are part of the poisson_init_pars namelist:

Variable

Type

Default

Meaning

Bsmooth

real

0.01

Gnewton

real

G_Newton_cgs

Module poisson_multigrid.f90

The following variables are part of the poisson_init_pars namelist:

Variable

Type

Default

Meaning

niter_poisson

integer

30

Module polymer.f90

The following variables are part of the polymer_init_pars namelist:

Variable

Type

Default

Meaning

initpoly

character (len=labellen), dimension(ninit)

‘nothing’

pamp

real

1.

rod_dirn

real, dimension(3)

(/0.0,0.0,0.0/)

Module pscalar.f90

The following variables are part of the pscalar_init_pars namelist:

Variable

Type

Default

Meaning

amplcc

real

0.1

ampllncc

real

0.1

ampllncc2

real

0.0

cc_const

real

0.0

cc_min

real

0.0

delta_lncc

real

0

epsilon_lncc

real

0.0

initlncc

character (len=labellen)

‘zero’

initlncc2

character (len=labellen)

‘zero’

kx_lncc

real

1.0

ky_lncc

real

1.0

kz_lncc

real

1.0

ldustdrift

logical

.false.

lupw_lncc

logical

.false.

radius_lncc

real

0.0

widthlncc

real

0.5

widthlncc1

real

1.0

widthlncc2

real

1.5

Module pscalar_nolog.f90

The following variables are part of the pscalar_init_pars namelist:

Variable

Type

Default

Meaning

amplcc

real

0.1

amplcc2

real

0.0

ampllncc

real

impossible

ampllncc2

real

impossible

cc_const

real

1.0

cc_left

real

1.

cc_min

real

0.0

cc_right

real

0.

epsilon_cc

real

0.0

epsilon_lncc

real

impossible

hoverr

real

0.05

initcc

character (len=labellen)

‘nothing’

initcc2

character (len=labellen)

‘zero’

initlncc

character (len=labellen)

impossible

initlncc2

character (len=labellen)

impossible

kx_cc

real

1.0

kx_lncc

real

impossible

kxx_cc

real

0.0

ky_cc

real

1.0

ky_lncc

real

impossible

kyy_cc

real

0.0

kz_cc

real

1.0

kz_lncc

real

impossible

kzz_cc

real

0.0

ll_sh

integer

-1

mm_sh

integer

-1

n_xprof

integer

0

powerlr

real

3.0

radius_cc

real

0.0

radius_lncc

real

impossible

widthcc

real

0.5

widthlncc

real

impossible

xjump_mid

real

0.

yjump_mid

real

0.

zjump_mid

real

0.

zoverh

real

1.0

Module radiation_ray.f90

The following variables are part of the radiation_init_pars namelist:

Variable

Type

Default

Meaning

ampl_bump

real

0.0

amplkapparho

real

1.0

amplSrad

real

1.0

angle_weight

character (len=labellen)

‘corrected’

bc_rad

character (len=2*bclen+1), dimension(3)

(/’0:0’,’0:0’,’S:0’/)

cool_wid

real

impossible

expo2_rho_opa

real

0.0

expo2_temp_opa

real

0.0

expo_rho_opa

real

0.0

expo_temp_opa

real

0.0

expo_temp_opa_buff

real

0.0

Frad_boundary_ref

real

0.0

kappa20_cst

real, dimension (mnu)

0.0

kappa_ceiling

real

max_real

kappa_cst

real, dimension (mnu)

1.0

kappa_Kconst

real

1.0

kapparho_const

real

1.0

kapparho_cst

real

1.0

kapparho_floor

real

0.0

knee_temp_opa

real

0.0

lcheck_tau_division

logical

.false.

lcommunicate

logical

.true.

lcutoff_opticallythin

logical

.false.

lcutoff_zconst

logical

.false.

ldoppler_rad

logical

.false.

ldoppler_rad_includeQ

logical

.false.

ldoppler_rad_includeQ2fact

logical

.true.

ldoppler_rad_includeQder

logical

.false.

ldoppler_rad_includeQfact

logical

.true.

lfix_radweight_1d

logical

.true.

lintrinsic

logical

.true.

lrad_cool_diffus

logical

.false.

lrad_debug

logical

.false.

lrad_pres_diffus

logical

.false.

lradflux

logical

.false.

lradpress

logical

.false.

lread_source_function

logical

.false.

lrevision

logical

.true.

lsingle_ray

logical

.false.

nIsurf

integer

1

nnu

integer

1

opacity_type

character (len=labellen)

‘Hminus’

rad2max

integer

1

radius_kapparho

real

1.0

radius_Srad

real

1.0

radx

integer

0

rady

integer

0

radz

integer

1

ref_rho_opa

real

1.0

ref_temp_opa

real

1.0

scalefactor_kappa

real, dimension (mnu)

1.0

scalefactor_Srad

real, dimension (mnu)

1.0

sigma_bump

real

1.0

single_ray

integer, dimension (3)

0

source_function_type

character (len=labellen)

‘LTE’

Srad_const

real

1.0

tau_bot

real

0.0

tau_top

real

0.0

TT_bot

real

0.0

TT_bump

real

0.0

TT_top

real

0.0

width_temp_opa

real

1.0

z_cutoff

real

impossible

Module selfgravity.f90

The following variables are part of the selfgrav_init_pars namelist:

Variable

Type

Default

Meaning

gravitational_const

real, target

0.0

kappa

real

0.0

lBryan_etal14

logical

.false.

PAR_DOC: Bryan_etal14 convention, where velocity is not comoving.

lselfgravity_dust

logical

.false.

lselfgravity_gas

logical

.true.

lselfgravity_neutrals

logical

.false.

luse_G_Newton

logical

.false.

PAR_DOC: Use physical Newton constant (in the correct units)

rhs_poisson_const

real, target

1.0

tstart_selfgrav

real, target

0.0

Module selfgravity_logspirals.f90

The following variables are part of the selfgrav_init_pars namelist:

Variable

Type

Default

Meaning

gravitational_const

real, target

0.0

kappa

real

0.0

lselfgravity_dust

logical

.false.

lselfgravity_gas

logical

.true.

lselfgravity_neutrals

logical

.false.

rhs_poisson_const

real, target

1.0

tstart_selfgrav

real, target

0.0

Module shear.f90

The following variables are part of the shear_init_pars namelist:

Variable

Type

Default

Meaning

deltay

(not found)

lmagnetic_stretching

logical

.true.

lposdef

logical, dimension(mcom)

.false.

lposdef_advection

logical

.false.

lrandomx0

logical

.false.

lshearadvection_as_shift

logical, target

.false.

ltvd_advection

logical

.false.

norder_poly

integer

3

Omega

(not found)

qshear

(not found)

qshear0

real

0.0

shear_method

character(len=7)

‘fft’

sini

real

0.0

Sshear

(not found)

Sshear1

real

0.0

u0_advec

real, dimension(3)

0.0

x0_shear

real

0.0

Module signal_handling.f90

The following variables are part of the signal_init_pars namelist:

Variable

Type

Default

Meaning

sigval

integer, dimension(2)

-1

2 is the max number of signal to catch

Module solid_cells.f90

The following variables are part of the solid_cells_init_pars namelist:

Variable

Type

Default

Meaning

ampl_noise

real

0.

close_interpolation_method

integer

1

cylinder_radius

real, dimension(max_items)

0.

cylinder_temp

real, dimension(max_items)

703.0

cylinder_xpos

real, dimension(max_items)

0.

cylinder_ypos

real, dimension(max_items)

0.

cylinder_zpos

real, dimension(max_items)

0.

flow_dir_set

real

0.

ineargridshift

real

1

init_uu

real

0.

initsolid_cells

character(len=labellen), dimension(ninit)

‘nothing’

interpolation_method

character(len=labellen)

‘staircase’

lclose_interpolation

logical

.false.

lclose_linear

logical

.false.

lclose_quad_rad_inter

logical

.true.

limit_close_linear

real

0.5

lnointerception

logical

.false.

lset_flow_dir

logical

.false.

ncylinders

integer

0

nforcepoints

integer

200

nspheres

integer

0

object_skin

real

0.

skin_depth

real

0.

sphere_radius

real, dimension(max_items)

0.

sphere_temp

real, dimension(max_items)

703.0

sphere_xpos

real, dimension(max_items)

0.

sphere_ypos

real, dimension(max_items)

0.

sphere_zpos

real, dimension(max_items)

0.

Module solid_cells_ogrid.f90

The following variables are part of the solid_cells_init_pars namelist:

Variable

Type

Default

Meaning

af

real, intent(in)

ampl_noise

(not found)

BDRY5

(not found)

coeff_grid_o

(not found)

cylinder_radius

(not found)

cylinder_temp

(not found)

cylinder_xpos

(not found)

cylinder_ypos

(not found)

cylinder_zpos

(not found)

filter_frequency

(not found)

flow_dir_set

(not found)

grid_func_ogrid

(not found)

init_rho_cyl

(not found)

init_uu

(not found)

initsolid_cells

(not found)

interp_shift

(not found)

interpol_filter

(not found)

interpol_order_poly

(not found)

interpolation_method

(not found)

kinetics_heter

(not found)

lcheck_init_interpolation

(not found)

lcheck_interpolation

(not found)

ldist_CO

(not found)

ldist_CO2

(not found)

lexpl_rho

(not found)

lfilter_rhoonly

(not found)

lfilter_solution

(not found)

lfilter_TT

(not found)

llin_BC

(not found)

lnonegative_Yk

(not found)

lock_dt

(not found)

lparticle_uradonly

(not found)

lreac_heter

(not found)

lrk_tvd

(not found)

lset_flow_dir

(not found)

lshift_origin_lower_ogrid

(not found)

lshift_origin_ogrid

(not found)

lsinus_spec_distr

(not found)

lspecial_rad_int

(not found)

lspecial_rad_int_mom

(not found)

ltanh_rate

(not found)

ncylinders

(not found)

particle_interpolate

(not found)

r_int_inner_vid

(not found)

r_ogrid

(not found)

reduce_timestep

(not found)

SBP

(not found)

SBP_optimized

(not found)

SBP_reduced_to2

(not found)

scale_gas

(not found)

scale_oxy

(not found)

skin_depth_solid

(not found)

solid_reactions_intro_time

(not found)

tanh_a1

(not found)

tanh_a2

(not found)

Tgrad_stretch

(not found)

toler

(not found)

TT_square_fit

(not found)

xyz_star_ogrid

(not found)

Module streamlines.f90

The following variables are part of the streamlines_init_pars namelist:

Variable

Type

Default

Meaning

h_max

real, public

0.4

h_min

real, public

1e-4

int_q

character (len=labellen), public

‘’

l_max

real, public

10.

tol

real, public

1e-4

trace_field

character (len=labellen), public

‘’

trace_sub

integer, public

1

Module temperature_idealgas.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

ampl_lnTT

real, dimension (ninit)

0.0

ampl_TT

real, dimension (ninit)

0.0

center1_x

real

0.0

center1_y

real

0.0

center1_z

real

0.0

coef_lnTT

complex

0.

Fbot

real

impossible

hcond0

real

impossible

hole_slope

real

0.0

hole_width

real

0.0

initlnTT

character (len=labellen), dimension(ninit)

‘nothing’

Kmax

real

0.0

Kmin

real

0.0

kx_lnTT

real

1.

ky_lnTT

real

1.

kz_lnTT

real

1.

linitial_log

logical

.false.

lnTT_const

real

0.0

ltemperature_nolog

(not found)

luminosity

real

0.0

mpoly0

real, target

1.5

mpoly1

real, target

1.5

mpoly2

real, target

1.5

r_bcz

real

0.0

radius_lnTT

real

0.1

Tbump

real

0.0

temp_zaver_range

real, dimension(2)

(/-max_real,max_real/)

TT_const

real

1.0

wheat

real

0.1

widthlnTT

real

2*epsi

Module temperature_ionization.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

ampl_lnTT

real

0.

amplTT1

real

0.

amplTT2

real

0.

delta_TT

real

0.

initlnTT

character (len=labellen), dimension(ninit)

‘nothing’

kx_lnTT

real

1.0

ky_lnTT

real

1.0

kz_lnTT

real

1.0

lnTT_const

real

0.0

lnTT_left

real

1.0

lnTT_right

real

1.0

ltemperature_nolog

(not found)

radius_lnTT

real

0.1

TT_const

real

1.0

widthlnTT

real

2*epsi

widthTT

real

0.

xjump_mid

real

0.

yjump_mid

real

0.

zjump_mid

real

0.

Module testfield_axisym.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen), dimension(ninit)

‘nothing’

kx_aatest

real, dimension (ninit)

1.

ky_aatest

real, dimension (ninit)

1.

kz_aatest

real, dimension (ninit)

1.

ljxb_as_aux

logical

.false.

luxb_as_aux

logical

.false.

phasex_aatest

real, dimension (ninit)

0.

phasez_aatest

real, dimension (ninit)

0.

zextent

logical

.true.

Module testfield_axisym2.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen), dimension(ninit)

‘nothing’

kx_aatest

real, dimension (ninit)

1.

ky_aatest

real, dimension (ninit)

1.

kz_aatest

real, dimension (ninit)

1.

ljxb_as_aux

logical

.false.

luxb_as_aux

logical

.false.

phasex_aatest

real, dimension (ninit)

0.

phasez_aatest

real, dimension (ninit)

0.

zextent

logical

.true.

Module testfield_meri.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen), dimension(ninit)

‘zero’

ljxb_as_aux

logical

.false.

luxb_as_aux

logical

.false.

Module testflow_z.f90

The following variables are part of the testflow_init_pars namelist:

Variable

Type

Default

Meaning

inituutest

character (len=labellen), dimension(ninit*njtestflow)

‘nothing’

zextent

logical

.true.

Module thermal_energy.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

eth_const

real

1.0

eth_left

real

eth_right

real

initeth

character (len=labellen), dimension(ninit)

‘nothing’

widtheth

real

xjump_mid

real

0.

yjump_mid

real

0.

zjump_mid

real

0.

Module experimental/anelastic.f90

The following variables are part of the density_init_pars namelist:

Variable

Type

Default

Meaning

ampllnrho

real, dimension (ninit)

0.0

amplrho

real, dimension (ninit)

0.0

b_ell

(not found)

beta_glnrho_global

real, dimension(3)

0.0

co1_ss

real

0.

co2_ss

real

0.

coeflnrho

complex

0.

cs2bot

(not found)

cs2top

(not found)

density_floor

real

-1.0

eps_planet

real

0.5

hh0

real

0.0

hoverr

real

0.05

idiff

character (len=labellen), dimension(ndiff_max)

‘’

initlnrho

character (len=labellen), dimension(ninit)

‘nothing’

kx_lnrho

real, dimension (ninit)

1.0

kxx_lnrho

real, dimension (ninit)

0.0

ky_lnrho

real, dimension (ninit)

1.0

kyy_lnrho

real, dimension (ninit)

0.0

kz_lnrho

real, dimension (ninit)

1.0

kzz_lnrho

real, dimension (ninit)

0.0

lanti_shockdiffusion

logical

.false.

lcontinuity_gas

logical

.true.

ldensity_nolog

(not found)

ldiffusion_nolog

logical

.false.

lexponential_smooth

logical

.false.

lnrho_const

real

0.0

lnrho_z_shift

real

0.0

lrho_as_aux

logical

.false.

lshare_plaw

logical

.false.

mpoly

real, target

impossible

phase_lnrho

real, dimension (ninit)

0.0

plaw

real, target

0.0

powerlr

real

3.0

q_ell

real

5.0

radial_percent_smooth

real

10.

radius_lnrho

real, dimension (ninit)

0.5

rbound

(not found)

rho_const

real

1.0

rho_left

real, dimension (ninit)

1.0

rho_right

real, dimension (ninit)

1.0

rshift

real

0.0

Sigma1

real

150.

strati_type

character (len=labellen)

‘lnrho_ss’

wdamp

real

0.

widthlnrho

real, dimension (ninit)

0.1

xblob

real

0.

yblob

real

0.

zblob

real

0.

zoverh

real

1.5

Module experimental/barneshut.f90

The following variables are part of the poisson_init_pars namelist:

Variable

Type

Default

Meaning

lmakecartoon

logical

.false.

print some map data to stdout for tree illustration purposes

lnorepeatsumming

logical

.true.

(very) slow to start, quick to run

lprecalcdists

logical

.false.

Pre-calculate point-region distances.

lreadoctree

logical

.false.

lshowtime

logical

.false.

Print BH integration at each time step for

lsquareregions

logical

.false.

.true. = make regions as square-shaped as

ltreestatus

logical

.false.

lwriteoctree

logical

.false.

octree_maxdist

real

1e308

octree_smoothdist

real

0.15

octree_theta

real

0.5

Module experimental/cosmicray_current.f90

The following variables are part of the cosmicrayflux_init_pars namelist:

Variable

Type

Default

Meaning

amplfcr

real

0.

cs2cr

real

1.

fcr_const

real

0.

gamma_cr

real

1.

initfcr

character (len=labellen)

‘zero’

kx_fcr

real

1.

ky_fcr

real

1.

kz_fcr

real

1.

omegahat

real

0.

Module experimental/cosmicray_density.f90

The following variables are part of the cosmicray_init_pars namelist:

Variable

Type

Default

Meaning

amplecr

real

.1

amplecr2

real

0.

ecr_const

real

0.

epsilon_ecr

real

0.

gammacr

real

4./3.

initecr

character (len=labellen)

‘zero’

initecr2

character (len=labellen)

‘zero’

kx_ecr

real

1.

ky_ecr

real

1.

kz_ecr

real

1.

lnegl

logical

.false.

lvariable_tensor_diff

logical

.false.

radius_ecr

real

1.

widthecr

real

.5

x_pos_cr

real

.0

x_pos_cr2

real

.0

y_pos_cr

real

.0

y_pos_cr2

real

.0

z_pos_cr

real

.0

z_pos_cr2

real

.0

Module experimental/entropy_anelastic.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

ampl_ss

real

0.

ampl_TT

real

0.

beta_glnrho_global

real, dimension(3)

0.

center1_x

real

0.

center1_y

real

0.

center1_z

real

0.

center2_x

real

0.

center2_y

real

0.

center2_z

real

0.

chi_t

real

0.

cool_fac

real

1.

cs0hs

real

0.0

cs2cool

real, target

epsilon_ss

real

0.

grads0

(not found)

H0hs

real

0.0

hcond0

real, target

impossible

initss

character (len=labellen), dimension(ninit)

‘nothing’

khor_ss

real

1.

kx_ss

real

1.

ky_ss

real

1.

kz_ss

real

1.

ladvection_entropy

logical

.true.

lhcond_global

logical

.false.

luminosity

real

0.

lviscosity_heat

logical

.true.

mixinglength_flux

real

0.

mpoly0

real, target

1.5

mpoly1

real, target

1.5

mpoly2

real, target

1.5

pertss

character (len=labellen)

‘zero’

pp_const

real

0.

r_bcz

real

0.

radius_ss

real

0.1

rho0hs

real

0.0

ss_const

real

0.

ss_left

real

1.

ss_right

real

1.

T0

real

1.

tau_cool

real

0.0

thermal_background

real

0.

thermal_peak

real

0.

thermal_scaling

real

1.

TTref_cool

real

0.0

wheat

real

0.1

widthss

real

2*epsi

Module experimental/eos_idealgas_vapor.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

cpdry

real

impossible

cs0

real

1.0

error_cp

real

1.0e-6

gamma

real

5.0/3.0

mudry

real

1.0

muvap

real

1.0

rho0

real

1.0

Module experimental/gravity_r_radpressure.f90

The following variables are part of the grav_init_pars namelist:

Variable

Type

Default

Meaning

dustbeta

real, dimension(ndustspec)

0.0

g0

real

0.

g01

real, dimension(ninit)

0.

g1

real

0.

gravz

real

0.

gravz_profile

character (len=labellen)

‘zero’

ionbeta

real

0.0

Poynting-Robertson beta for ions experiencing rad pressure

ipotential

character (len=labellen), dimension(ninit)

‘zero’

lgravity_gas

logical

.true.

lgravity_neutrals

logical

.true.

lindirect_terms

logical

.false.

lnumerical_equilibrium

logical

.false.

lramp_mass

logical

.false.

n_pot

real

10

exponent for smoothed potential

n_pot1

real

10

exponent for smoothed potential

nu_epicycle

real

1.0

qgshear

real

1.5

(global) shear parameter

r0_pot

real

0.

peak radius for smoothed potential

r1_pot1

real

0.

peak radius for smoothed potential

rp1_pot

real

0.

rpot

real, dimension(ninit)

0.

t_ramp_mass

real

impossible

Module experimental/hydro_ffreeMHDrel.f90

The following variables are part of the hydro_init_pars namelist:

Variable

Type

Default

Meaning

ampluu

real

0.

initpower

real

1.

inituu

character (len=labellen)

‘zero’

kx_uu

real

1.

ky_uu

real

1.

kz_uu

real

1.

Omega

(not found)

urand

real

0.

uu_left

real

0.

uu_lower

real

1.

uu_right

real

0.

uu_upper

real

1.

uy_left

real

0.

uy_right

real

0.

widthuu

real

.1

Module experimental/magnetic_ffreeMHDrel.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

A0

real, dimension(3)

(/0.,0.,1./)

amplaa

real

0.

amplaa2

real

0.

axisr1

real, dimension(3)

(/0,0,1/)

axisr2

real, dimension(3)

(/1,0,0/)

B_ext

real, dimension(3)

(/0.,0.,0./)

by_left

real

0.

by_right

real

0.

dispr1

real, dimension(3)

(/0.,0.5,0./)

dispr2

real, dimension(3)

(/0.,-0.5,0./)

epsilonaa

real

1e-2

eta

real

0.

fring1

real

0.

fring2

real

0.

initaa

character (len=labellen)

‘zero’

initaa2

character (len=labellen)

‘zero’

Iring1

real

0.

Iring2

real

0.

k_aa

real, dimension(3)

(/0.,0.,0./)

kx_aa2

real

impossible

ky_aa2

real

impossible

kz_aa2

real

impossible

lpress_equil

logical

.false.

radius

real

.1

Rring1

real

1.

Rring2

real

1.

widthaa

real

.5

wr1

real

0.3

wr2

real

0.3

z0aa

real

0.

Module experimental/magnetic_shearboxJ.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

amp_relprof

real

1.0

ampl_ax

real, dimension (ninit)

0.0

ampl_ay

real, dimension (ninit)

0.0

ampl_az

real, dimension (ninit)

0.0

ampl_B0

real

0.0

amplaa

real, dimension (ninit)

0.0

amplaaB

real, dimension (ninit)

0.0

amplaaJ

real, dimension (ninit)

0.0

B0_ext

real, dimension(3)

0.0

B_ext

real, dimension(3)

0.0

boxchargedensity

(not found)

boxcurrentux

(not found)

boxomega

(not found)

boxshear

(not found)

by_left

real

0.0

by_right

real

0.0

bz_left

real

0.0

bz_right

real

0.0

center1_x

real

0.0

center1_y

real

0.0

center1_z

real

0.0

coefaa

complex, dimension(3)

(/0.0,0.0,0.0/)

coefbb

complex, dimension(3)

(/0.0,0.0,0.0/)

cutoff_aa

real

0.0

damp

real

0.

dipole_moment

real

0.0

epsilonaa

real

0.01

eta_jump

real

0.0

etaB

real

0.

fluxtube_border_width

real

impossible

inclaa

real

0.0

initaa

character (len=labellen), dimension(ninit)

‘nothing’

initpower2_aa

real

-11./3.

initpower_aa

real

0.0

J_ext

real, dimension(3)

(/0.0,0.0,0.0/)

k_relprof

real

1.0

kgaussian_aa

real

0.

kpeak_aa

real

10.

kx_aa

real, dimension (ninit)

1.0

kx_ax

real, dimension (ninit)

0.0

kx_ay

real, dimension (ninit)

0.0

kx_az

real, dimension (ninit)

0.0

ky_aa

real, dimension (ninit)

1.0

ky_ax

real, dimension (ninit)

0.0

ky_ay

real, dimension (ninit)

0.0

ky_az

real, dimension (ninit)

0.0

kz_aa

real, dimension (ninit)

1.0

kz_ax

real, dimension (ninit)

0.0

kz_ay

real, dimension (ninit)

0.0

kz_az

real, dimension (ninit)

0.0

lB_ext_in_comaux

logical

.true.

lB_ext_pot

logical

.false.

lbb_as_aux

logical

.false.

lbb_as_comaux

logical

.false.

lbbt_as_aux

logical

.false.

lbext_curvilinear

logical

.true.

lbx_ext_global

logical

.false.

lby_ext_global

logical

.false.

lbz_ext_global

logical

.false.

lcheck_positive_va2

logical

.false.

lEE_as_aux

logical

.false.

lforce_free_test

logical

.false.

ljj_as_aux

logical

.false.

ljjt_as_aux

logical

.false.

ljxb_as_aux

logical

.false.

lneutralion_heat

logical

.true.

lno_second_ampl_aa

logical

.true.

lohmic_heat

logical

.true.

lpress_equil

logical

.false.

lpress_equil_alt

logical

.false.

lpress_equil_via_ss

logical

.false.

lshearboxcurrent

logical

!!AJWR

lskip_projection_aa

logical

.false.

lua_as_aux

logical

.false.

magnetic_xaver_range

real, dimension(2)

(/-max_real,max_real/)

magnetic_zaver_range

real, dimension(2)

(/-max_real,max_real/)

mix_factor

real

0.

mu_ext_pot

real

-0.5

mu_r

real

-0.5

(still needed for backwards compatibility)

N_modes_aa

integer

1

ncutoff_aa

real

1.

non_ffree_factor

real

1.

phase_ax

real, dimension (ninit)

0.0

phase_ay

real, dimension (ninit)

0.0

phase_az

real, dimension (ninit)

0.0

phasex_aa

real, dimension (ninit)

0.0

phasey_aa

real, dimension (ninit)

0.0

phasez_aa

real, dimension (ninit)

0.0

radius

real

0.1

radRFP

real

1.

relhel_aa

real

1.

RFPrad

real, dimension (ninit)

1.0

RFPradB

real

1.

RFPradJ

real

1.

rnoise_ext

real

impossible

rnoise_int

real

impossible

t0_bext

real

0.0

t_bext

real

0.0

tau_relprof

real

0.0

th_spot

real

PI/4

two_step_factor

real

1.

va2max_jxb

real

0.0

va2power_jxb

integer

5

widthaa

real

0.5

x0aa

real

0.0

z0aa

real

0.0

znoise_ext

real

impossible

znoise_int

real

impossible

Module experimental/neutralvelocity_matchiontemp.f90

The following variables are part of the neutralvelocity_init_pars namelist:

Variable

Type

Default

Meaning

ampl_unx

real

0.0

ampl_uny

real

0.0

ampl_unz

real

0.0

ampluun

real, dimension (ninit)

0.0

colldrag

real

0

csn0

real

0.

inituun

character (len=labellen), dimension(ninit)

‘nothing’

kx_uun

real

1.

ky_uun

real

1.

kz_uun

real

1.

ladvection_velocity

logical

.true.

lcentrifugal_force

logical

.false.

lcoriolis_force

logical

.true.

Omega

(not found)

rnoise_ext

real

impossible

rnoise_int

real

impossible

uun_const

real, dimension(3)

(/0.,0.,0./)

Module experimental/particles_dust_ajwr.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

a_ellipsoid

real

0.0

amplvvp

real

0.0

amplxxp

real

0.0

b_ellipsoid

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

beta_dPdr_dust

real

0.0

brownian_T0

real

0.0

c_ellipsoid

real

0.0

coeff

complex, dimension (7)

(0.0,0.0)

coeff_restitution

real

0.5

cond_ratio

real

0.0

delta_vp0

real

1.0

Deltauy_gas_friction

real

0.0

dustdensity_powerlaw

(not found)

eps1

real

0.5

eps_dtog

(not found)

epsp_friction_increase

real

100.0

frac_init_particles

real

1.0

gab_width

(not found)

gravr

real

1.0

gravr_profile

character (len=labellen)

‘’

gravsmooth

real

0.0

gravx

real

0.0

gravx_profile

character (len=labellen)

‘’

gravz

real

0.0

gravz_profile

character (len=labellen)

‘’

initvvp

character (len=labellen), dimension (ninit)

‘nothing’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

interp_pol_gradTT

character (len=labellen)

‘ngp’

interp_pol_oo

character (len=labellen)

‘ngp’

interp_pol_pp

character (len=labellen)

‘ngp’

interp_pol_rho

character (len=labellen)

‘ngp’

interp_pol_species

character (len=labellen)

‘ngp’

interp_pol_TT

character (len=labellen)

‘ngp’

interp_pol_uu

character (len=labellen)

‘ngp’

kx_gg

real

1.0

kx_vpx

real

0.0

kx_vpy

real

0.0

kx_vpz

real

0.0

kx_vvp

real

0.0

kx_xxp

real

0.0

ky_vpx

real

0.0

ky_vpy

real

0.0

ky_vpz

real

0.0

ky_vvp

real

0.0

ky_xxp

real

0.0

kz_gg

real

1.0

kz_vpx

real

0.0

kz_vpy

real

0.0

kz_vpz

real

0.0

kz_vvp

real

0.0

kz_xxp

real

0.0

l_hole

integer

0

lbrownian_forces

logical

.false.

lcalc_uup

logical

.false.

lcentrifugal_force_par

logical

.false.

lcheck_exact_frontier

(not found)

lcoldstart_amplitude_correction

logical

.false.

lcollisional_cooling_rms

logical

.false.

lcollisional_cooling_taucool

logical

.false.

lcollisional_cooling_twobody

logical

.false.

lcollisional_dragforce_cooling

logical

.false.

lcollisional_heat

logical

.false.

lcompensate_friction_increase

logical

.false.

lcoriolis_force_par

logical

.true.

ldragforce_dust_par

logical

.false.

ldragforce_equi_global_eps

logical

.false.

ldragforce_equi_noback

logical

.false.

ldragforce_gas_par

logical

.false.

ldragforce_heat

logical

.false.

ldragforce_radialonly

logical

.false.

ldragforce_stiff

logical

.false.

ldraglaw_eps_stk_transonic

logical

.false.

ldraglaw_epstein

logical

.true.

ldraglaw_epstein_stokes_linear

logical

.false.

ldraglaw_epstein_transonic

logical

.false.

ldraglaw_purestokes

logical

.false.

ldraglaw_simple

logical

.false.

ldraglaw_steadystate

logical

.false.

ldt_adv_par

logical

.true.

ldt_grav_par

logical

.true.

lenforce_policy

logical

.false.

lglobalrandom

logical

.false.

linsert_particles_continuously

(not found)

linterpolate_spline

(not found)

lmigration_real_check

(not found)

lmigration_redo

(not found)

lnocalc_np

(not found)

lnocalc_rhop

(not found)

lnostore_uu

logical

.true.

lparticle_gravity

logical

.true.

lparticlemesh_cic

(not found)

lparticlemesh_pqs_assignment

(not found)

lparticlemesh_tsc

(not found)

lrandom_particle_pencils

(not found)

lreassign_strat_rhom

logical

.true.

lsinkparticle_1

(not found)

lsinkpoint

logical

.false.

ltau_coll_min_courant

logical

.true.

lthermophoretic_forces

logical

.false.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

m_hole

integer

0

mean_free_path_gas

real

0.0

mp_swarm

(not found)

mpmat

(not found)

n_hole

integer

0

np_const

(not found)

np_swarm

(not found)

nu_epicycle

real

0.0

particle_mesh

(not found)

particle_radius

(not found)

phase_vpx

real

0.0

phase_vpy

real

0.0

phase_vpz

real

0.0

pos_ellipsoid

real, dimension (3)

(/0.0,0.0,0.0/)

pos_sphere

real, dimension (3)

(/0.0,0.0,0.0/)

rad_sphere

real

0.0

rhop_const

(not found)

rhop_swarm

(not found)

rhopmat

(not found)

Ri0

real

0.25

rp_ext

(not found)

rp_int

(not found)

rpbeta

real

0.0

rpbeta_species

real, target, dimension (npar_species)

0.0

rsinkparticle_1

(not found)

rsinkpoint

real

0.0

tau_coll_min

real

0.0

taucool

real

0.0

tausg_min

real

0.0

tausp

real

0.0

tausp_species

real, target, dimension (npar_species)

0.0

temp_grad0

real, dimension (3)

(/0.0,0.0,0.0/)

thermophoretic_eq

character (len=labellen)

‘nothing’

thermophoretic_T0

real

0.0

tstart_brownian_par

real

0.0

tstart_collisional_cooling

real

0.0

tstart_dragforce_par

real

0.0

tstart_grav_par

real

0.0

tstart_grav_r_par

real

0.0

tstart_grav_x_par

real

0.0

tstart_grav_z_par

real

0.0

tstart_liftforce_par

real

0.0

tstart_sink_par

real

0.0

vpx0

real

0.0

vpx1

real

0.0

vpx2

real

0.0

vpx3

real

0.0

vpy0

real

0.0

vpy1

real

0.0

vpy2

real

0.0

vpy3

real

0.0

vpz0

real

0.0

vpz1

real

0.0

vpz2

real

0.0

vpz3

real

0.0

xp0

real

0.0

xp1

real

0.0

xp2

real

0.0

xp3

real

0.0

xsinkpoint

real

0.0

yp0

real

0.0

yp1

real

0.0

yp2

real

0.0

yp3

real

0.0

ysinkpoint

real

0.0

zp0

real

0.0

zp1

real

0.0

zp2

real

0.0

zp3

real

0.0

zsinkpoint

real

0.0

Module experimental/particles_dust_brdeplete.f90

The following variables are part of the particles_init_pars namelist:

Variable

Type

Default

Meaning

a_ellipsoid

real

0.0

amplvvp

real

0.0

amplxxp

real

0.0

b_ellipsoid

real

0.0

bcpx

(not found)

bcpy

(not found)

bcpz

(not found)

beta_dPdr_dust

real

0.0

birthring_r

real

1.0

birthring_width

real

0.1

brownian_T0

real

0.0

c_ellipsoid

real

0.0

coeff

complex, dimension (7)

(0.0,0.0)

coeff_restitution

real

0.5

cond_ratio

real

0.0

delta_vp0

real

1.0

Deltauy_gas_friction

real

0.0

dustdensity_powerlaw

(not found)

eps1

real

0.5

eps_dtog

(not found)

epsp_friction_increase

real

100.0

frac_init_particles

real

1.0

gab_width

(not found)

gravr

real

1.0

gravr_profile

character (len=labellen)

‘’

gravsmooth

real

0.0

gravx

real

0.0

gravx_profile

character (len=labellen)

‘’

gravz

real

0.0

gravz_profile

character (len=labellen)

‘’

initvvp

character (len=labellen), dimension (ninit)

‘nothing’

initxxp

character (len=labellen), dimension (ninit)

‘nothing’

interp_pol_gradTT

character (len=labellen)

‘ngp’

interp_pol_oo

character (len=labellen)

‘ngp’

interp_pol_pp

character (len=labellen)

‘ngp’

interp_pol_rho

character (len=labellen)

‘ngp’

interp_pol_species

character (len=labellen)

‘ngp’

interp_pol_TT

character (len=labellen)

‘ngp’

interp_pol_uu

character (len=labellen)

‘ngp’

kx_gg

real

1.0

kx_vpx

real

0.0

kx_vpy

real

0.0

kx_vpz

real

0.0

kx_vvp

real

0.0

kx_xxp

real

0.0

ky_vpx

real

0.0

ky_vpy

real

0.0

ky_vpz

real

0.0

ky_vvp

real

0.0

ky_xxp

real

0.0

kz_gg

real

1.0

kz_vpx

real

0.0

kz_vpy

real

0.0

kz_vpz

real

0.0

kz_vvp

real

0.0

kz_xxp

real

0.0

l_hole

integer

0

lbrownian_forces

logical

.false.

lcalc_uup

logical

.false.

lcentrifugal_force_par

logical

.false.

lcheck_exact_frontier

(not found)

lcoldstart_amplitude_correction

logical

.false.

lcollisional_cooling_rms

logical

.false.

lcollisional_cooling_taucool

logical

.false.

lcollisional_cooling_twobody

logical

.false.

lcollisional_dragforce_cooling

logical

.false.

lcollisional_heat

logical

.false.

lcompensate_friction_increase

logical

.false.

lcoriolis_force_par

logical

.true.

ldragforce_dust_par

logical

.false.

ldragforce_equi_global_eps

logical

.false.

ldragforce_equi_noback

logical

.false.

ldragforce_gas_par

logical

.false.

ldragforce_heat

logical

.false.

ldragforce_radialonly

logical

.false.

ldragforce_stiff

logical

.false.

ldraglaw_eps_stk_transonic

logical

.false.

ldraglaw_epstein

logical

.true.

ldraglaw_epstein_stokes_linear

logical

.false.

ldraglaw_epstein_transonic

logical

.false.

ldraglaw_purestokes

logical

.false.

ldraglaw_simple

logical

.false.

ldraglaw_steadystate

logical

.false.

ldt_adv_par

logical

.true.

ldt_grav_par

logical

.true.

lenforce_policy

logical

.false.

lgaussian_birthring

logical

.false.

lglobalrandom

logical

.false.

lignore_rhop_swarm

(not found)

linsert_particles_continuously

(not found)

linterpolate_spline

(not found)

lmigration_real_check

(not found)

lmigration_redo

(not found)

lnocalc_np

(not found)

lnocalc_rhop

(not found)

lnostore_uu

logical

.true.

lparticle_gravity

logical

.true.

lparticlemesh_cic

(not found)

lparticlemesh_pqs_assignment

(not found)

lparticlemesh_tsc

(not found)

lrandom_particle_pencils

(not found)

lreassign_strat_rhom

logical

.true.

lsinkparticle_1

(not found)

lsinkpoint

logical

.false.

ltau_coll_min_courant

logical

.true.

lthermophoretic_forces

logical

.false.

lvector_gravity

logical

.false.

lwithhold_init_particles

logical

.false.

Lx0

real

0.0

Ly0

real

0.0

Lz0

real

0.0

m_hole

integer

0

mean_free_path_gas

real

0.0

mp_swarm

(not found)

mpmat

(not found)

n_hole

integer

0

np_const

(not found)

np_swarm

(not found)

nu_epicycle

real

0.0

particle_mesh

(not found)

particle_radius

(not found)

phase_vpx

real

0.0

phase_vpy

real

0.0

phase_vpz

real

0.0

pos_ellipsoid

real, dimension (3)

(/0.0,0.0,0.0/)

pos_sphere

real, dimension (3)

(/0.0,0.0,0.0/)

rad_sphere

real

0.0

rhop_const

(not found)

rhop_swarm

(not found)

rhopmat

(not found)

Ri0

real

0.25

rp_ext

(not found)

rp_int

(not found)

rpbeta

real

0.0

rpbeta_species

real, target, dimension (npar_species)

0.0

rsinkparticle_1

(not found)

rsinkpoint

real

0.0

tau_coll_min

real

0.0

taucool

real

0.0

tausg_min

real

0.0

tausp

real

0.0

tausp_species

real, target, dimension (npar_species)

0.0

temp_grad0

real, dimension (3)

(/0.0,0.0,0.0/)

thermophoretic_eq

character (len=labellen)

‘nothing’

thermophoretic_T0

real

0.0

tstart_brownian_par

real

0.0

tstart_collisional_cooling

real

0.0

tstart_dragforce_par

real

0.0

tstart_grav_par

real

0.0

tstart_grav_r_par

real

0.0

tstart_grav_x_par

real

0.0

tstart_grav_z_par

real

0.0

tstart_liftforce_par

real

0.0

tstart_sink_par

real

0.0

vpx0

real

0.0

vpx1

real

0.0

vpx2

real

0.0

vpx3

real

0.0

vpy0

real

0.0

vpy1

real

0.0

vpy2

real

0.0

vpy3

real

0.0

vpz0

real

0.0

vpz1

real

0.0

vpz2

real

0.0

vpz3

real

0.0

xp0

real

0.0

xp1

real

0.0

xp2

real

0.0

xp3

real

0.0

xsinkpoint

real

0.0

yp0

real

0.0

yp1

real

0.0

yp2

real

0.0

yp3

real

0.0

ysinkpoint

real

0.0

zp0

real

0.0

zp1

real

0.0

zp2

real

0.0

zp3

real

0.0

zsinkpoint

real

0.0

Module experimental/particles_nbody_ajwr.f90

The following variables are part of the particles_nbody_init_pars namelist:

Variable

Type

Default

Meaning

accrete_hills_frac

real, dimension(nspar)

0.2

bcspx

(not found)

bcspy

(not found)

bcspz

(not found)

cdtpnbody

real

0.1

delta_vsp0

real

1.0

density_scale

real

0.001

eccentricity

real

0.0

final_ramped_mass

real, dimension(nspar)

0.0

GNewton

real

impossible

icreate

integer

100

initvvsp

character (len=labellen)

‘nothing’

initxxsp

character (len=labellen)

‘random’

istar

integer

1

laccrete_when_create

logical

.true.

laccretion

logical, dimension(nspar)

.false.

ladd_mass

logical, dimension(nspar)

.false.

lcreate_dust

logical

.true.

lcreate_gas

logical

.true.

lcreate_sinks

logical

.false.

lcylindrical_gravity_nbody

logical, dimension(nspar)

.false.

ldt_nbody

logical

.true.

lexclude_frozen

logical

.false.

linertial_frame

logical

.true.

linterpolate_gravity

logical

.false.

linterpolate_quadratic_spline

logical

.false.

lramp

logical

.false.

lretrograde

logical

.false.

lvectorgravity

logical

.false.

maxsink

integer

10*nspar

pmass

real, dimension(nspar)

0.0

r_smooth

real, dimension(nspar)

0.0

ramp_orbits

integer

5

semimajor_axis

real

1.0

vspx0

real, dimension(nspar)

0.0

vspy0

real, dimension(nspar)

0.0

vspz0

real, dimension(nspar)

0.0

xsp0

real, dimension(nspar)

0.0

ysp0

real, dimension(nspar)

0.0

zsp0

real, dimension(nspar)

0.0

Module experimental/particles_potential.f90

The following variables are part of the particles_potential_init_pars namelist:

Variable

Type

Default

Meaning

arb_factor

integer

10

cell_in_grid

integer

1

fampl

real

1.

lpotential

logical

Nbin_in_Rcutoff

integer

100

ppotential

character (len=labellen)

‘nothing’

psigma_by_dx

real

0.1

Rcutoff_in_grid

integer

1

rescale_diameter

real

1.

sigma_in_grid

integer

1

skin_factor

real

2.

Module experimental/particles_radius_ajwr.f90

The following variables are part of the particles_radius_init_pars namelist:

Variable

Type

Default

Meaning

a0_initdist

real

5e-6

alpha_cond

real

1.0

ap0

real, dimension (ninit)

0.0

ap1

real

1.0

aphigh

real

2.0

aplow

real

1.0

apmin

real

0.0

cdtpc

real

0.2

cdtps

real

0.2

condensation_coefficient_type

character (len=labellen)

‘constant’

deltavp12_floor

real

0.0

diffusion_coefficient

real

1.0

eps_dtog

(not found)

initap

character (len=labellen), dimension(ninit)

‘nothing’

lborder_driving_ocean

logical

.false.

lcondensation_par

logical

.false.

llatent_heat

logical

.true.

lparticles_radius_rpbeta

(not found)

lsweepup_par

logical

.false.

mbar

real

1.0

nbin_initdist

integer

20

qplaw

real

0.0

radii_distribution

real, dimension (ninit)

0.0

rhopmat

(not found)

rpbeta0

real

0.0

sigma_initdist

real

0.2

tau_damp_evap

real

0.0

tau_ocean_driving

real

0.0

tstart_sweepup_par

real

0.0

TTocean

real

300.0

vthresh_sweepup

real

-1.0

ztop_ocean

real

0.0

Module experimental/particles_radius_strubbechiang.f90

The following variables are part of the particles_radius_init_pars namelist:

Variable

Type

Default

Meaning

a0_initdist

real

5e-6

alpha_cond

real

1.0

ap0

real, dimension (ndustrad)

0.0

ap1

real

1.0

aphigh

real

2.0

aplow

real

1.0

apmin

real

0.0

cdtpc

real

0.2

cdtps

real

0.2

condensation_coefficient_type

character (len=labellen)

‘constant’

deltavp12_floor

real

0.0

diffusion_coefficient

real

1.0

eps_dtog

(not found)

initap

character (len=labellen), dimension(ninit)

‘nothing’

lborder_driving_ocean

logical

.false.

lcondensation_par

logical

.false.

lfixed_particles_radius

logical

.false.

llatent_heat

logical

.true.

lparticles_radius_rpbeta

(not found)

lsweepup_par

logical

.false.

mbar

real

1.0

nbin_initdist

integer

20

qplaw

real

0.0

radii_distribution

real, dimension (ndustrad)

0.0

rhopmat

(not found)

rpbeta0

(not found)

sigma_initdist

real

0.2

tau_damp_evap

real

0.0

tau_ocean_driving

real

0.0

tstart_sweepup_par

real

0.0

TTocean

real

300.0

vthresh_sweepup

real

-1.0

ztop_ocean

real

0.0

Module experimental/poisson_cyl.f90

The following variables are part of the poisson_init_pars namelist:

Variable

Type

Default

Meaning

ipoisson_method

character (len=labellen)

‘nothing’

iteration_threshold

real

1e-3

kmax

real

0.0

lrazor_thin

logical

.true.

Module experimental/poisson_expand.f90

The following variables are part of the poisson_init_pars namelist:

Variable

Type

Default

Meaning

kmax

real

0.0

lexpand_grid

logical

.false.

lklimit_shear

logical

.false.

lrazor_thin

logical

.false.

lsemispectral

logical

.false.

Module experimental/solid_cells_CGEO.f90

The following variables are part of the solid_cells_init_pars namelist:

Variable

Type

Default

Meaning

bc_thermo_type

character(len=12)

‘Dirichlet’

bc_vel_type

character(len=12)

‘no-slip’

charac_len

real, dimension(maxterm)

for local nusselt number

flow_dir_set

integer

geometryfile

character(len=32), dimension(maxterm)

‘1stl’

init_uu

real

0

initsolid_cells

character (len=labellen), dimension(ninit)

‘nothing’

lset_flow_dir

logical

.false.

nobjects

integer

reverse_normal_value

integer

1.0

SCALE_STL

real

1.0

solid_xpos

real

0.0

solid_ypos

real

0.0

solid_zpos

real

0.0

TOL_STL

real

1e-23

TX_STL

real

0.0

TY_STL

real

0.0

Module experimental/solid_cells_reactive.f90

The following variables are part of the solid_cells_init_pars namelist:

Variable

Type

Default

Meaning

ampl_noise

real

0

cylinder_radius

real, dimension(max_items)

cylinder_temp

real, dimension(max_items)

330.0

cylinder_theta

real, dimension(max_items)

0.0

cylinder_xpos

real, dimension(max_items)

cylinder_xvel

real, dimension(max_items)

0.0

cylinder_ypos

real, dimension(max_items)

cylinder_yvel

real, dimension(max_items)

0.0

flow_dir_set

real

ineargridshift

real

1.0

init_uu

real

0

initsolid_cells

character (len=labellen), dimension(ninit)

‘nothing’

limit_close_linear

real

0.7

lset_flow_dir

logical

.false.

ncylinders

integer

0

new_Stefan

logical

.false.

nforcepoints

integer

200

nspheres

integer

0

object_skin

real

0

pressure0

real

10.13e5

skin_depth

real

0

solid_reactions_intro_time

real

0.0

sphere_phi

real, dimension(max_items)

0.0

sphere_radius

real, dimension(max_items)

sphere_temp

real, dimension(max_items)

330.0

sphere_theta

real, dimension(max_items)

0.0

sphere_xpos

real, dimension(max_items)

sphere_xvel

real, dimension(max_items)

0.0

sphere_ypos

real, dimension(max_items)

sphere_yvel

real, dimension(max_items)

0.0

sphere_zpos

real, dimension(max_items)

sphere_zvel

real, dimension(max_items)

0.0

Module experimental/supernova.f90

The following variables are part of the interstellar_init_pars namelist:

Variable

Type

Default

Meaning

ampl_SN

real

impossible

center_SN_x

real

impossible

center_SN_y

real

impossible

center_SN_z

real

impossible

cooling_select

character (len=labellen)

‘RBN’

energy_width_ratio

real

1.

frac_ecr

real

0.1

frac_eth

real

0.9

h_SNI

real

impossible

h_SNII

real

impossible

heating_rate

real

0.015

heating_select

character (len=labellen)

‘wolfire’

initial_SNI

integer

0

initinterstellar

character (len=labellen), dimension(ninit)

‘nothing’

inner_shell_proportion

real

1.

kampl_SN

real

impossible

kpara

real

0.025

kperp

real

0.05

lheatz_min

logical

.true.

lSN_ecr

logical

.true.

lSN_eth

logical

.true.

lSN_fcr

logical

.false.

lSN_mass

logical

.true.

lSN_scale_rad

logical

.false.

lSN_velocity

logical

.false.

lSNI

logical

.true.

lSNII

logical

.false.

lSNII_gaussian

logical

.true.

lthermal_hse

logical

.false.

luniform_zdist_SNI

logical

.false.

mass_profile

character (len=labellen)

‘gaussian3’

mass_SN

real

impossible

mass_width_ratio

real

1.

N_mass

real

60.0

outer_shell_proportion

real

1.2

rho0ts

real

impossible

rho_SN_max

real

impossible

rho_SN_min

real

impossible

T0hs

real

impossible

t_next_SNI

real

0.0

t_next_SNII

real

0.0

thermal_profile

character (len=labellen)

‘gaussian3’

TT_SN_max

real

impossible

velocity_profile

character (len=labellen)

‘gaussian3’

velocity_SN

real

impossible

velocity_width_ratio

real

1.

width_SN

real

impossible

Module experimental/test_chemistry.f90

The following variables are part of the chemistry_init_pars namelist:

Variable

Type

Default

Meaning

amplchem

real

1.

amplchemk

real, dimension(nchemspec)

0.

amplchemk2

real, dimension(nchemspec)

0.

chem_diff

real

0.

Cp_const

(not found)

Cv_const

real

impossible

Diff_coef_const

real

impossible

file_name

character(len=60)

‘nothing’

flame_pos

real

0.

global_phi

real

impossible

init_pressure

real

10.13e5

init_rho

real

1.

init_rho2

real

1.

init_TT1

real

298.

init_TT2

real

2400.

init_ux

real

0.

init_uy

real

0.

init_uz

real

0.

init_x1

real

-0.2

init_x2

real

0.2

init_y1

real

-0.2

init_y2

real

0.2

init_z1

real

-0.2

init_z2

real

0.2

init_zz1

real

0.01

init_zz2

real

0.2

initchem

character(len=labellen), dimension(ninit)

‘nothing’

kx_chem

real

1.

ky_chem

real

1.

kz_chem

real

1.

l1step_test

logical

.false.

lambda_const

real

impossible

latmchem

logical

.false.

lchemistry_diag

logical

.false.

lcloud

logical

.false.

ldamp_zone_for_NSCBC

logical

.false.

lDiff_lewis

logical

.false.

lDiff_simple

logical

.false.

lfilter_strict

logical

.false.

lfix_Pr

logical

.false.

lfix_Sc

logical

.false.

lFlux_simple

logical

.false.

lheatc_chemistry

logical

.true.

lhotspot

logical

.false.

linit_density

logical

.false.

linit_temperature

logical

.false.

lreac_as_aux

logical

.false.

lSmag_diffusion

logical

.false.

lSmag_heat_transport

logical

.false.

lspecies_cond_simplified

logical

.true.

lT_const

logical

.false.

lT_tanh

logical

.false.

lThCond_simple

logical

.false.

nu_spec

real, dimension(nchemspec)

0.

Pr_turb

real

0.7

prerun_directory

character(len=60)

‘nothing’

reac_rate_method

character(len=30)

‘chemkin’

Sc_number

real

0.7

, Pr_number=0.7

str_thick

real

0.02

visc_const

real

impossible

widthchem

real

1.

z_cloud

real

0.

Module experimental/test_eos_chemistry.f90

The following variables are part of the eos_init_pars namelist:

Variable

Type

Default

Meaning

cp

real

impossible

cs0

real

1.

error_cp

real

1e-6

gamma

real

5./3.

mu

real

1.

rho0

real

1.

Module inactive/gravitational_waves_hTXk_no_xpara.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplgij

real

0.

amplhij

real

0.

cstress_prefactor

character (len=labellen)

‘6’

ctrace_factor

character (len=labellen)

‘1/3’

fourthird_in_stress

character (len=labellen)

‘4/3’

initgij

character (len=labellen)

‘nothing’

inithij

character (len=labellen)

‘nothing’

lggTX_as_aux

logical

.true.

lhhTX_as_aux

logical

.true.

lno_transverse_part

logical

.false.

lStress_as_aux

logical

.true.

Module inactive/testfield.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen)

‘zero’

xextent

logical

.true.

zextent

logical

.true.

Module inactive/testfield_xz.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen)

‘zero’

zextent

logical

.true.

Module magnetic/maxwell.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

alpha_inflation

real

0.

ampl_uy

real

0.

amplaa

real

1e-4

B_ext

real, dimension(3)

0.0

beta_inflation

real

0.

conductivity

character (len=labellen)

‘const’

cutoff_aa

real

0.0

initaak

character (len=labellen)

‘nothing’

initeek

character (len=labellen)

‘nothing’

initpower2_aa

real

-11./3.

initpower_aa

real

0.0

k1hel

real

0.

k2hel

real

1.

kgaussian_aa

real

0.

kpeak_aa

real

10.

kx_aa

integer

0

ky_aa

integer

0

kz_aa

integer

0

laa_as_aux

logical

.false.

lbb_as_aux

logical

.true.

lee_as_aux

logical

.true.

lemf

logical

.false.

linflation

logical

.false.

ljj_as_aux

logical

.false.

lminus_mode

logical

.false.

lpolarization_basis

logical

.false.

lreheating

logical

.false.

lscale_tobox

logical

.true.

lskip_projection_aa

logical

.false.

lswitch_sign_e2

logical

.false.

ncutoff_aa

real

1.

phase_aa

real

0.

relhel_aa

real

1.

rescale_aa

real

0.0

sigma

real

0.

sigma_t1

real

0.

sigma_t2

real

0.

t1_sigma

real

0.

t2_sigma

real

0.

ux_const

real

0.

Module magnetic/meanfield.f90

The following variables are part of the magn_mf_init_pars namelist:

Variable

Type

Default

Meaning

init_mf

character (len=labellen), dimension(ninit)

‘nothing’

x1_alp

real

0.

x2_alp

real

0.

y1_alp

real

0.

y2_alp

real

0.

Module magnetic/meanfield_demfdt.f90

The following variables are part of the magn_mf_demfdt_init_pars namelist:

Variable

Type

Default

Meaning

eta_emf_over_etat

real

0.

initemf

character (len=labellen), dimension(ninit)

‘nothing’

lgive_eta_emf

logical

tau1_emf

real

0.

tau_emf

real

0.

Module obsolete/density_anelastic.f90

The following variables are part of the density_init_pars namelist:

Variable

Type

Default

Meaning

ampllnrho

real, dimension (ninit)

0.0

amplrho

real, dimension (ninit)

0.0

b_ell

(not found)

beta_glnrho_global

(not found)

co1_ss

real

0.

co2_ss

real

0.

coeflnrho

complex

0.

cs2bot

(not found)

cs2top

(not found)

density_floor

real

-1.0

eps_planet

real

0.5

hh0

real

0.0

hoverr

real

0.05

idiff

character (len=labellen), dimension(ndiff_max)

‘’

initlnrho

character (len=labellen), dimension(ninit)

‘nothing’

kx_lnrho

real, dimension (ninit)

1.0

kxx_lnrho

real, dimension (ninit)

0.0

ky_lnrho

real, dimension (ninit)

1.0

kyy_lnrho

real, dimension (ninit)

0.0

kz_lnrho

real, dimension (ninit)

1.0

kzz_lnrho

real, dimension (ninit)

0.0

lanti_shockdiffusion

logical

.false.

lcontinuity_gas

logical

.true.

ldensity_nolog

(not found)

ldiffusion_nolog

logical

.false.

lexponential_smooth

logical

.false.

lnrho_const

real

0.0

lnrho_z_shift

real

0.0

lrho_as_aux

logical

.false.

lshare_plaw

logical

.false.

lwrite_stratification

(not found)

mpoly

real

phase_lnrho

real, dimension (ninit)

0.0

plaw

real, target

0.0

powerlr

real

3.0

q_ell

real

5.0

radial_percent_smooth

real

10.

radius_lnrho

real, dimension (ninit)

0.5

rbound

(not found)

rho_const

real

1.0

rho_left

real, dimension (ninit)

1.0

rho_right

real, dimension (ninit)

1.0

rshift

real

0.0

Sigma1

real

150.

strati_type

character (len=labellen)

‘lnrho_ss’

wdamp

real

0.

widthlnrho

real, dimension (ninit)

0.1

xblob

real

0.

yblob

real

0.

zblob

real

0.

zoverh

real

1.5

Module obsolete/magnetic_axisym.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

ampl_B0

real

0.

amplaa

real, dimension (ninit)

0.0

axisr1

real, dimension(3)

(/0,0,1/)

axisr2

real, dimension(3)

(/1,0,0/)

axisr3

real, dimension(3)

(/1,0,0/)

B_ext

real, dimension(3)

(/0.,0.,0./)

by_left

real

0.

by_right

real

0.

bz_left

real

0.

bz_right

real

0.

center1_x

real

0.

center1_y

real

0.

center1_z

real

0.

coefaa

complex, dimension(3)

(/0.,0.,0./)

coefbb

complex, dimension(3)

(/0.,0.,0./)

cutoff_aa

real

0.

dispr1

real, dimension(3)

(/0.,0.5,0./)

dispr2

real, dimension(3)

(/0.,-0.5,0./)

dispr3

real, dimension(3)

(/0.,-0.5,0./)

epsilonaa

real

1e-2

fluxtube_border_width

real

impossible

fring1

real

0.

fring2

real

0.

fring3

real

0.

fring_profile

character (len=labellen)

‘tanh’

inclaa

real

0.

initaa

character (len=labellen), dimension(ninit)

‘nothing’

initpower_aa

real

0.

Iring1

real

0.

Iring2

real

0.

Iring3

real

0.

kx_aa

real, dimension (ninit)

1.

ky_aa

real, dimension (ninit)

1.

kz_aa

real, dimension (ninit)

1.

lB_ext_pot

logical

.false.

lbb_as_aux

logical

.false.

lbbt_as_aux

logical

.false.

lbext_curvilinear

logical

.true.

lcheck_positive_va2

logical

.false.

lforce_free_test

logical

.false.

lgauss

logical

.false.

ljj_as_aux

logical

.false.

ljjt_as_aux

logical

.false.

lneutralion_heat

logical

.true.

lohmic_heat

logical

.true.

lpress_equil

logical

.false.

lpress_equil_via_ss

logical

.false.

mu_ext_pot

real

-0.5

mu_r

real

-0.5

(still needed for backwards compatibility)

N_modes_aa

integer

1

nrings

integer

2

phasex_aa

real, dimension (ninit)

0.

phasey_aa

real, dimension (ninit)

0.

phasez_aa

real, dimension (ninit)

0.

radius

real

.1

rm_ext

real

0.

rm_int

real

0.

rmode

real

1.

Rring1

real

1.

Rring2

real

1.

Rring3

real

1.

va2max_jxb

real

0.

va2power_jxb

integer

5

widthaa

real

.5

wr1

real

0.3

wr2

real

0.3

wr3

real

0.3

x0aa

real

0.

z0aa

real

0.

zmode

real, target

1.

(temporary)

Module obsolete/magnetic_old.f90

The following variables are part of the magnetic_init_pars namelist:

Variable

Type

Default

Meaning

ampl_B0

real

0.0

amplaa

real, dimension (ninit)

0.0

B_ext

real, dimension(3)

(/0.0,0.0,0.0/)

by_left

real

0.0

by_right

real

0.0

bz_left

real

0.0

bz_right

real

0.0

center1_x

real

0.0

center1_y

real

0.0

center1_z

real

0.0

coefaa

complex, dimension(3)

(/0.0,0.0,0.0/)

coefbb

complex, dimension(3)

(/0.0,0.0,0.0/)

cutoff_aa

real

0.0

epsilonaa

real

0.01

eta_jump

real

0.0

fluxtube_border_width

real

impossible

inclaa

real

0.0

initaa

character (len=labellen), dimension(ninit)

‘nothing’

initpower_aa

real

0.0

kx_aa

real, dimension (ninit)

1.0

ky_aa

real, dimension (ninit)

1.0

kz_aa

real, dimension (ninit)

1.0

lB_ext_pot

logical

.false.

lbb_as_aux

logical

.false.

lbbt_as_aux

logical

.false.

lbext_curvilinear

logical

.true.

lcheck_positive_va2

logical

.false.

lforce_free_test

logical

.false.

lgauss

logical

.false.

ljj_as_aux

logical

.false.

ljjt_as_aux

logical

.false.

lneutralion_heat

logical

.true.

lohmic_heat

logical

.true.

lpress_equil

logical

.false.

lpress_equil_alt

logical

.false.

lpress_equil_via_ss

logical

.false.

mu_ext_pot

real

-0.5

mu_r

real

-0.5

(still needed for backwards compatibility)

N_modes_aa

integer

1

phasex_aa

real, dimension (ninit)

0.0

phasey_aa

real, dimension (ninit)

0.0

phasez_aa

real, dimension (ninit)

0.0

radius

real

0.1

relhel_aa

real

1.

rm_ext

real

0.0

rm_int

real

0.0

rmode

real

1.0

rnoise_ext

real

impossible

rnoise_int

real

impossible

va2max_jxb

real

0.0

va2power_jxb

integer

5

widthaa

real

0.5

x0aa

real

0.0

z0aa

real

0.0

zmode

real, target

1.0

(temporary)

Module obsolete/particles_nbody.f90

The following variables are part of the particles_nbody_init_pars namelist:

Variable

Type

Default

Meaning

accrete_hills_frac

real, dimension(nspar)

0.2

bcspx

(not found)

bcspy

(not found)

bcspz

(not found)

cdtpnbody

real

0.1

delta_vsp0

real

1.0

density_scale

real

0.001

eccentricity

real

0.0

final_ramped_mass

real, dimension(nspar)

0.0

GNewton

real

impossible

icreate

integer

100

initvvsp

character (len=labellen)

‘nothing’

initxxsp

character (len=labellen)

‘random’

istar

integer

1

laccrete_when_create

logical

.true.

laccretion

logical, dimension(nspar)

.false.

ladd_mass

logical, dimension(nspar)

.false.

lcreate_dust

logical

.true.

lcreate_gas

logical

.true.

lcreate_sinks

logical

.false.

lcylindrical_gravity_nbody

logical, dimension(nspar)

.false.

ldt_nbody

logical

.true.

lexclude_frozen

logical

.false.

linertial_frame

logical

.true.

linterpolate_gravity

logical

.false.

linterpolate_quadratic_spline

logical

.false.

lramp

logical

.false.

lretrograde

logical

.false.

maxsink

integer

10*nspar

pmass

real, dimension(nspar)

0.0

r_smooth

real, dimension(nspar)

impossible

ramp_orbits

integer

5

semimajor_axis

real

1.0

vspx0

real, dimension(nspar)

0.0

vspy0

real, dimension(nspar)

0.0

vspz0

real, dimension(nspar)

0.0

xsp0

real, dimension(nspar)

0.0

ysp0

real, dimension(nspar)

0.0

zsp0

real, dimension(nspar)

0.0

Module obsolete/radiation_fld.f90

The following variables are part of the radiation_init_pars namelist:

Variable

Type

Default

Meaning

a_SB

real

1.

ampl_pert

real

0

amplee

real

0

c_gam

real

100

initrad

character (len=labellen)

‘equil’

k_B_radiation

real

1.

k_B*m_unit in to not get to big numbers

kappa_es_radiation

real

0

mbar

real

1.

mbar*m_unit in to not get to big numbers

opas

real

1e-8

pertee

character (len=labellen)

‘none’

Module obsolete/radiation_nongrey.f90

The following variables are part of the radiation_init_pars namelist:

Variable

Type

Default

Meaning

amplkapparho

real

1.0

amplSrad

real

1.0

angle_weight

character (len=labellen)

‘constant’

bcx_rad

character (len=2*bclen+1), dimension(nnu)

bcy_rad

character (len=2*bclen+1), dimension(nnu)

bcz_rad

character (len=2*bclen+1), dimension(nnu)

Frad_boundary_ref

real

0.0

kappa_cst

real

1.0

kapparho_const

real

1.0

lcommunicate

logical

.true.

lintrinsic

logical

.true.

lrad_cool_diffus

logical

.false.

lrad_debug

logical

.false.

lrad_pres_diffus

logical

.false.

lradflux

logical

.false.

lrevision

logical

.true.

nufreq

real, dimension(nnu)

opacity_type

character (len=labellen),dimension(nnu)

‘Planck’

rad2max

integer

1

radius_kapparho

real

1.0

radius_Srad

real

1.0

radx

integer

0

rady

integer

0

radz

integer

1

scalefactor_Srad

real

1.

source_function_type

character (len=labellen),dimension(nnu)

‘LTE’

Srad_const

real

1.0

tau_bot

real

0.0

tau_top

real

0.0

TT_bot

real

0.0

TT_top

real

0.0

Module obsolete/radiation_ray_periodic.f90

The following variables are part of the radiation_init_pars namelist:

Variable

Type

Default

Meaning

amplkapparho

real

1.0

amplSrad

real

1.0

bc_rad

character (len=2*bclen+1), dimension(3)

(/’0:0’,’0:0’,’S:0’/)

kappa_cst

real

1.0

kapparho_const

real

1.0

lcommunicate

logical

.true.

lintrinsic

logical

.true.

lrad_debug

logical

.false.

lradflux

logical

.false.

lrevision

logical

.true.

opacity_type

character (len=labellen)

‘Hminus’

rad2max

integer

1

radius_kapparho

real

1.0

radius_Srad

real

1.0

radx

integer

0

rady

integer

0

radz

integer

1

source_function_type

character (len=labellen)

‘LTE’

Srad_const

real

1.0

tau_bot

real

0.0

tau_top

real

0.0

TT_bot

real

0.0

TT_top

real

0.0

Module obsolete/special/axionSU2back.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

axion_sum_range

real, dimension (2)

(/0.,1./)

chi_prefactor

real

.49

chidot0

real

0.

dk

real

1e-2

fdecay

real

.003

g

real

1.11e-2

H

real

1.04e-6

k0

real

1e-2

lam

real

500.

lanalytic

logical

.false.

lconf_time

logical

.false.

ldo_adjust_krange

logical

.true.

lim_psi_TR

logical

.false.

lleft_psiL_TL

logical

.false.

llnk_spacing

logical

.false.

llnk_spacing_adjustable

logical

.false.

lswap_sign

logical

.false.

lvariable_k

logical

.false.

mu

real

1.5e-4

Ndivt

integer

100

nmax0

real

3.

nmin0

real

-1.

Q0

real

3e-4

Qdot0

real

0.

Module obsolete/temperature.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

ampl_ss

real

0.

epsilon_ss

real

0.

grads0

(not found)

initlnTT

character (len=labellen)

‘nothing’

isothtop

(not found)

khor_ss

real

1.

mpoly0

(not found)

mpoly1

(not found)

mpoly2

(not found)

radius_ss

real

0.1

ss_left

real

ss_right

real

thermal_background

real

0.

thermal_peak

real

0.

thermal_scaling

real

1.

widthss

real

2*epsi

Module obsolete/temperature_TT.f90

The following variables are part of the entropy_init_pars namelist:

Variable

Type

Default

Meaning

ampl_lnTT

real

0.

center1_x

real

0.

center1_y

real

0.

center1_z

real

0.

Fbot

real

initlnTT

character (len=labellen), dimension(ninit)

‘nothing’

Kmax

real

0.

Kmin

real

0.

kx_lnTT

real

1.0

ky_lnTT

real

1.0

kz_lnTT

real

1.0

lnTT_const

real

0.0

lnTT_left

real

1.0

lnTT_right

real

1.0

mpoly0

(not found)

mpoly1

(not found)

r_bcz

real

0.

radius_lnTT

real

0.1

Tbump

real

0.

TT_const

real

1.0

widthlnTT

real

2*epsi

Module special/advective_gauge.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl

real

1e-3

init

character(len=50)

‘zero’

kx

real

1.

ky

real

0.

kz

real

0.

laa_adv_as_aux

logical

.false.

ladvecto_resistive

logical

.true.

Module special/alphadisk.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

real(1.0d-2)

ampl_nut

real

0.0

dlnHdlnR

real

1.28571428571

initsigma

character (len=labellen), dimension(ninit)

‘nothing’

inittmid

character (len=labellen), dimension(ninit)

‘nothing’

lambda_nut

real

0.0

mdot_input

real

real(1.0d-7)

Mass accretion rate in Msun/yr

mumol

real

2.34

mwind_input

real

real(1.0d-8)

Wind mass loss rate in Msun/yr

nsigma_table

integer

500

Resolution of look-up tables for the

nut_constant

real

0.0

plaw_density

real

1.0

plaw_r0

real

1.0

plaw_temperature

real

0.5

r0_gaussian

real

1.0

radius_star

real

1e11

Stellar radius, in cm

sigma0

real

1700.0

sigma_floor

real

real(1d-4)

Density floor of the simulation, also

sigma_middle

real

1.

Dividing line between linear and log

temperature0

real

280.0

temperature_background

real

10.

Background temperature of disk

temperature_model

character (len=labellen)

‘radiative’

temperature_precision

real

0.1

Newton-Raphson iteration precision

temperature_star

real

4000

Stellar temperature, in Kelvin

tmid_table_buffer

real

0.01

Small buffer for temperature, so that

width_gaussian

real

1.0

Module special/ascale_collapse.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ascale_type

(not found)

k_ascale_collapse

real

1.

Module special/atmosphere.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

aerosol_present

real

1.

bc_lnrho_aver_final

real

bc_qv_aver_final

real

delta

real

dsize0_max

real

0.

dsize0_min

real

0.

dsize_max

real

0.

dsize_min

real

0.

dYw

real

1.

dYw1

real

dYw2

real

lACTOS

logical

.false.

laverage

logical

.false.

lboundary_layer

logical

.false.

lbuffer_zone_chem

logical

.false.

lbuffer_zone_T

logical

.false.

lbuffer_zone_uy

logical

.false.

lbuffer_zone_uz

logical

.false.

lbuoyancy_x

logical

.false.

lbuoyancy_y

logical

.false.

lbuoyancy_z

logical

.false.

lbuoyancy_z_model

logical

.false.

lgrav_LES

logical

.false.

llarge_part

logical

.false.

lLES

logical

.false.

llognormal

logical

.false.

logrho_ref2_bot

real

logrho_ref2_top

real

logrho_ref_bot

real

logrho_ref_top

real

lsmall_large_part

logical

.false.

lsmall_part

logical

.false.

nd0

real

Ntot

real

1e3

Ntot_input

real

Ntot_ratio

real

1.

Period

real

1.

PP

real

pp_init

real

3.013e5

qwater0

real

r0

real

r02

real

rotat_position

real

0.

rotat_ux

real

0.

rotat_uy

real

0.

sigma

real

1.

T_ampl

real

t_final

real

TT0

real

TT1

real

0.

TT2

real

0.

TT_ref_bot

real

TT_ref_top

real

ux_bot

real

0.

ux_bz

real

ux_ref_top

real

0.

uy_bot

real

0.

uy_bz

real

UY_ref

real

0.

uy_ref_top

real

0.

uz_bc

real

0.

uz_ref_bot

real

0.

uz_ref_top

real

0.

Module special/axionSU2back.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

0.1

axion_sum_range

real, dimension (2)

(/0.,1./)

chi_prefactor

real

.49

chidot0

real

0.

dk

real

1e-2

fdecay

real

.003

g

real

1.11e-2

H

real

1.04e-6

inflaton_ini

real

16.

k0

real

1e-2

lam

real

500.

lanalytic

logical

.false.

lconf_time

logical

.false.

ldo_adjust_krange

logical

.true.

lhubble

logical

.false.

lim_psi_TR

logical

.false.

lleft_psiL_TL

logical

.false.

llnk_spacing

logical

.false.

llnk_spacing_adjustable

logical

.false.

lSchwinger_scalar

logical

.false.

lswap_sign

logical

.false.

lvariable_k

logical

.false.

m_alpha

real

3.285e-11

m_inflaton

real

1.275e-7

m_phi

real

1.275e-7

mscal

real

0.

mu

real

1.5e-4

n_alpha

real

1.5

Ndivt

integer

100

nmax0

real

3.

nmin0

real

-1.

phi_ini

real

16.

Q0

real

3e-4

Qdot0

real

0.

sgn

real

1.

sgn_g

real

-1.

V_choice

character (len=labellen)

‘quadratic’

Module special/axionU1back.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpf

real

50.

alpha

real

0.1

alpha1_gmssm

real

6.5e-11

const_sigma

real

0.0

dk

real

1.06e-4

dphi_ini

real

-1.687e-7

H

real

1.04e-6

k0

real

1.06e-4

lambda_gmssm

real

1.0

ldo_adjust_krange

logical

.false.

lhubble

logical

.true.

llnk_spacing

logical

.false.

llnk_spacing_adjustable

logical

.false.

lquant_filter

logical

.true.

lswap_sign

logical

.false.

m_alpha

real

3.285e-11

m_phi

real

1.06e-6

mpl2

real

1.

n_alpha

real

1.5

Ndivt

integer

40

nmax0

real

3.

nmin0

real

-1.

phi_0

real

0.014

phi_ini

real

0.7

V_choice

character (len=labellen)

‘quadratic’

Module special/backreact_infl.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampldphi

real

.0

amplee_BD_prefactor

real

0.

amplphi

real

.1

ascale_ini

real

1.

axionmass

real

1.06e-6

c_light_axion

real

1.

cutoff_dphi

real

0.

cutoff_phi

real

0.

deriv_prefactor_ee

real

-1.

dphi0

real

-1.69e-7

echarge_type

character (len=50)

‘const’

eps

real

.01

Gamma_phi0

real

impossible

PAR_DOC: damping factor for phi above aphimax

heating_choice

character (len=labellen)

‘Hscript_max’

Hscript0

real

0.

Hscript_choice

character (len=labellen)

‘default’

infl_v

real

.1

init_rho_chi

character (len=50)

‘zero’

init_rho_rad

character (len=50)

‘zero’

initpower2_dphi

real

0.

initpower2_phi

real

0.

initpower_dphi

real

0.

initpower_phi

real

0.

initspecial

character (len=labellen), dimension(ninit)

‘nothing’

kgaussian_phi

real

0.

kpeak_dphi

real

0.

kpeak_phi

real

0.

kx_phi

real

1.

ky_phi

real

0.

kz_phi

real

0.

la2rhop_wrong_factor

logical

.false.

PAR_DOC: should be false to have correct results; kept for backward compatibility

lambda_axion

real

0.

lapply_BD_kNy_factor

logical

.false.

PAR_DOC: apply $1/N^(D/2)$ factor in the Bunch-Davies initial condition.

lappy_BD_k1D_factor

logical

.false.

PAR_DOC: apply $k_1^D$ factor in the Bunch-Davies initial condition (NOTE typo in name!)

lBD_scaling_wHubble

logical

.true.

PAR_DOC: Bunch-Davies scaling with Hubble (true for backward compatibility, but should be false to be correct)

lcompute_dphi0

logical

.true.

lconf_time

logical

.true.

ldefine_a2rhopm_without_Vpotential

logical

.false.

PAR_DOC: should be false to have correct results

lem_backreact

logical

.true.

lflrw

logical

.false.

linv_BD

logical

.true.

PAR_DOC: apply forward transform in the Bunch-Davies initial condition.

lno_noise_dphi

logical

.false.

lno_noise_phi

logical

.false.

lrho_chi

logical

.false.

lrho_chi_inhom

logical

.false.

PAR_DOC: inhomogeneous heating

lrho_rad

logical

.false.

PAR_DOC: radiation from inflaton decay

lscale_tobox

logical

.true.

lsolve_for_phi_always

logical

.true.

PAR_DOC: misnomer: is now used for switching off the phi solver: is now used for switching off the phi solver

lsolve_for_phi_switch

logical

.true.

PAR_DOC: switch must be on for automatically switching off the phi solver.

lwstate_crit

logical

.true.

PAR_DOC: lwstate_crit switch (would put phi=0, is false by default)

lwstate_crit_old

logical

.false.

PAR_DOC: lwstate_crit_old (to restore the old wstate criterion used in the 0d-tests/reheating autotest)

ncutoff_phi

real

1.

offset

real

0.

phase_phi

real

0.

phi0

real

.44

rho_chi_init

real

0.

scale_rho_chi_Heqn

real

1.

scale_rho_rad_Heqn

real

1.

width

real

.1

wstate_crit

real

0.333333333

PAR_DOC: critical w (EoS) value (1/3)

wstate_tolerance

real

0.

PAR_DOC: tolerance w (EoS) value

Module special/chem_stream.f90

The following variables are part of the chem_stream_init_pars namelist:

Variable

Type

Default

Meaning

H_max

real

index_H2

integer

0

index_H2O

integer

0

index_N2

integer

0

index_O2

integer

0

init_lnrho

real

init_lnTT1

real

5.7

init_p2

real

1.013e6

init_TT1

real

400.

init_TT2

real

2400.

init_ux

real

init_x1

real

-0.2

init_x2

real

0.2

initstream

character (len=labellen)

‘default’

lT_prof1

logical

.true.

lT_prof2

logical

.false.

lT_tanh

logical

.false.

rho_init

real

1.

str_thick

real

0.

T_init

real

1.

ux_init

real

0.

Y1_init

real

1.

Y2_init

real

1.

Y3_init

real

1.

Module special/chiral_mhd.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplmu5

real

0.

amplmuS

real

0.

cdtchiral

real

0.4

coef_mu5

real

0.

coef_muS

real

0.

cutoff_mu5

real

0.

cutoff_muS

real

0.

initpower_mu5

real

0.

initpower_muS

real

0.

initspecial

character (len=labellen)

‘nothing’

kgaussian_mu5

real

0.

kgaussian_muS

real

0.

kpeak_mu5

real

0.

kpeak_muS

real

0.

kx_mu5

real

0.

kx_muS

real

0.

ky_mu5

real

0.

ky_muS

real

0.

kz_mu5

real

0.

kz_muS

real

0.

lCVE

logical

.false.

lmu5adv

logical

.true.

lmuS

logical

.false.

lmuSadv

logical

.true.

lremove_mean_mu5

logical

.false.

lremove_mean_muS

logical

.false.

mu5_const

real

0.

muS_const

real

0.

phase_mu5

real

0.

phase_muS

real

0.

radius_mu5

real

0.

sigma_mu5

real

0.

widthmu5

real

0.5

widthmuS

real

0.5

Module special/collapse.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

cs2

real

onethird

initspecial

character (len=labellen), dimension(ninit)

‘nothing’

mass_blackhole

real

0.

Module special/coronae.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

dummy_init_pars

real, dimension(1)

0.

Module special/disp_current.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpf

real

0.

alpfpsi

real

0.

ampl_a0

real

0.0

ampl_ex

real

0.0

ampl_ey

real

0.0

ampl_ez

real

0.0

ampla0

real

0.0

amplee

real, dimension (ninit)

0.0

, kx_aa=1.0, ky_aa=1.0, kz_aa=1.0

coupl_gy

real

.345

electroweak SU(2) x U(1) coupling of Higgs to U(1)

cutoff_a0

real

0.0

cutoff_ee

real

0.0

inita0

character(len=labellen)

‘zero’

initee

character (len=labellen), dimension(ninit)

‘nothing’

initpower2_a0

real

0.0

initpower2_ee

real

0.0

initpower_a0

real

0.0

initpower_ee

real

0.0

kgaussian_a0

real

0.0

kgaussian_ee

real

0.0

kpeak_a0

real

0.0

kpeak_ee

real

0.0

kx_a0

real

0.0

kx_ex

real

0.0

kx_ey

real

0.0

kx_ez

real

0.0

ky_a0

real

0.0

ky_ex

real

0.0

ky_ey

real

0.0

ky_ez

real

0.0

kz_a0

real

0.0

kz_ex

real

0.0

kz_ey

real

0.0

kz_ez

real

0.0

ldensity_add_je_heating

logical

.false.

ldivE_as_aux

logical

.false.

leedot_as_aux

logical

.false.

lfixed_phase_ee

logical

.false.

llongitudinalE

logical

.true.

llorentzforce_ee

logical

.false.

llorenz_gauge_disp

logical

.false.

lno_noise_ee

logical

.false.

loverride_c_light

logical

.false.

lphi_hom

logical

.false.

AB: these variables should have been defined in backreaction.

lphi_linear_regime

logical

.false.

AB: these variables should have been defined in backreaction.

lpower_profile_file

logical

.false.

lpsi_hom

logical

.false.

lrandom_ampl_ee

logical

.false.

lscale_tobox

logical

.true.

lsigB_as_aux

logical

.false.

lsigE_as_aux

logical

.false.

lskip_projection_ee

logical

.false.

lsolve_chargedensity

logical

.false.

lswitch_off_Gamma

logical

.false.

luse_scale_factor_in_sigma

logical

.false.

ncutoff_a0

real

0.0

ncutoff_ee

real

0.0

phase_a0

real

0.0

phase_ex

real

0.0

phase_ey

real

0.0

phase_ez

real

0.0

power_filename

character (len=labellen)

‘power_profile.dat’

relhel_a0

real

0.0

relhel_ee

real

0.0

weight_longitudinalE

real

2.0

Module special/electroweaksu2.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl_dW0

real, dimension(3)

0.0

ampl_dWx

real, dimension(3)

0.0

ampl_dWy

real, dimension(3)

0.0

ampl_dWz

real, dimension(3)

0.0

ampl_W0

real, dimension(3)

0.0

ampl_Wx

real, dimension(3)

0.0

ampl_Wy

real, dimension(3)

0.0

ampl_Wz

real, dimension(3)

0.0

amplWW

real, dimension (ninit, 3)

0.0

coupl_gw

real

.65

electroweak SU(2) x U(1) coupling of Higgs to SU(2)

cutoff_dWW

real, dimension(3)

0.0

initdWW

character (len=labellen), dimension(ninit)

‘nothing’

initdWW0

character(len=labellen)

‘nothing’

initpower2_dWW

real, dimension(3)

0.0

initpower2_WW

real, dimension(3)

0.0

initpower_dWW

real, dimension(3)

0.0

initpower_WW

real, dimension(3)

0.0

initWW

character (len=labellen), dimension(ninit)

‘nothing’

initWW0

character(len=labellen)

‘nothing’

kgaussian_dWW

real, dimension(3)

0.0

kpeak_dWW

real, dimension(3)

0.0

kx_dWx

real, dimension(3)

0.0

kx_dWy

real, dimension(3)

0.0

kx_dWz

real, dimension(3)

0.0

kx_Wx

real, dimension(3)

0.0

kx_Wy

real, dimension(3)

0.0

kx_Wz

real, dimension(3)

0.0

ky_dWx

real, dimension(3)

0.0

ky_dWy

real, dimension(3)

0.0

ky_dWz

real, dimension(3)

0.0

ky_Wx

real, dimension(3)

0.0

ky_Wy

real, dimension(3)

0.0

ky_Wz

real, dimension(3)

0.0

kz_dWx

real, dimension(3)

0.0

kz_dWy

real, dimension(3)

0.0

kz_dWz

real, dimension(3)

0.0

kz_Wx

real, dimension(3)

0.0

kz_Wy

real, dimension(3)

0.0

kz_Wz

real, dimension(3)

0.0

ldivdotW_as_aux

logical

.false.

, lsolve_chargedensityW=.false.

lfixed_phase_WW

logical

.false.

llongitudinalW

logical

.true.

lno_noise_WW

logical

.false.

lpower_profile_file

logical

.false.

lscale_tobox

logical

.true.

lskip_projection_WW

logical

.false.

lWddot_as_aux

logical

.false.

, lsolve_chargedensityW=.false.

ncutoff_dWW

real, dimension(3)

0.0

phase_dWx

real, dimension(3)

0.0

phase_dWy

real, dimension(3)

0.0

phase_dWz

real, dimension(3)

0.0

phase_Wx

real, dimension(3)

0.0

phase_Wy

real, dimension(3)

0.0

phase_Wz

real, dimension(3)

0.0

power_filename

character (len=labellen)

‘power_profile.dat’

relhel_dWW

real, dimension(3)

0.0

weight_longitudinalW

real

2.0

Module special/flowaroundsphere.f90

The following variables are part of the flowaroundsphere_init_pars namelist:

Variable

Type

Default

Meaning

cylinder_temp

real

293.0

initspecial

character(len=24)

‘nothing’

ltest

logical

.false.

nequator

integer

n1 + nz/2

northern

logical

.true.

skin_depth

real

0.0

southern

logical

.true.

special_infuu

real

-1.

special_inituu

character(len=24)

‘nothing’

sph_center_x

integer

sph_dia

real

sph_l1

integer

sph_l2

integer

sph_n1

integer

sph_n2

integer

sph_nx

integer

sph_ny

integer

sph_rad

real

sphere_radius

real

0.0

sphere_type

character(len=24)

‘none’

Module special/footpoints.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

n_pivot

integer

1

Module special/gravitational_waves.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplggT

real

0.

amplggX

real

0.

amplhhT

real

0.

amplhhX

real

0.

initggT

character (len=labellen)

‘nothing’

inithhT

character (len=labellen)

‘nothing’

kx_ggT

real

0.

kx_hhT

real

0.

ky_ggT

real

0.

ky_hhT

real

0.

kz_ggT

real

0.

kz_hhT

real

0.

lno_transverse_part

logical

.false.

Module special/gravitational_waves_hij6.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplgij

real

0.

amplhij

real

0.

cstress_prefactor

character (len=labellen)

‘6’

ctrace_factor

character (len=labellen)

‘1/3’

fourthird_in_stress

character (len=labellen)

‘4/3’

initgij

character (len=labellen)

‘nothing’

inithij

character (len=labellen)

‘nothing’

kx_gij

real

0.

kx_hij

real

0.

ky_gij

real

0.

ky_hij

real

0.

kz_gij

real

0.

kz_hij

real

0.

lggTX_as_aux

logical

.true.

lhhTX_as_aux

logical

.true.

lno_transverse_part

logical

.false.

lStress_as_aux

logical

.false.

Module special/gravitational_waves_hTXk.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplGW

real

0.

amplGW2

real

0.

amplGWX

real

0.

cstress_prefactor

character (len=labellen)

‘6’

ctrace_factor

character (len=labellen)

‘1/3’

cutoff_GW

real

500.

fourthird_in_stress

character (len=labellen)

‘4/3’

initGW

character (len=labellen)

‘nothing’

initpower2_gw

real

-4.

initpower_gw

real

0.

initpower_med_GW

real

1.

kbreak_GW

real

0.5

kpeak_GW

real

1.

kpeak_log_GW

real

1.

lcomp_GWh_k

logical

.false.

lcomp_GWs_k

logical

.false.

ldark_energy_GW

logical

.false.

ldouble_GW

logical

.false.

lelectmag

logical

.false.

lfactors_GW

logical

.false.

lgamma_factor

logical

.false.

lggTX_as_aux

logical

.true.

lhhTX_as_aux

logical

.true.

linflation

logical

.false.

llogbranch_GW

logical

.false.

lmagstress

logical

.true.

lmatter_GW

logical

.false.

lnew_switch_om2_min

logical

.false.

lno_noise_GW

logical

.false.

lno_transverse_part

logical

.false.

lonly_mag

logical

.false.

, lread_scl_factor_file=.false.

lrandom_ampl_GW

logical

.false.

lread_pulsar

logical

.false.

lread_scl_factor_file

(not found)

lreal_space_gTX_as_aux

logical

.false.

lreal_space_hij_as_aux

logical

.false.

lreal_space_hTX_as_aux

logical

.false.

lreheating_GW

logical

.false.

lscalar

logical

.false.

lscalar_phi

logical

.false.

lscale_tobox

logical

.false.

lStress_as_aux

logical

.true.

nfact_GW

real

0.

nfact_GWh

real

4.

nfact_GWs

real

4.

nfactd_GW

real

4.

om2_min_factor

real

1e-4

(=keep this for now, but in future, we want to put it to 0. exactly)

t_ini

real

60549

Module special/gross_pitaevskii.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl_gpe

real, dimension(ninit)

0.

cutoff_gpe

real

0.

eps_gpe

real

.5

g_gpe

real

1.

gamma_gpe

real

0.

initgpe

character (len=labellen), dimension(ninit)

‘nothing’

initpower2_gpe

real

-5./3.

initpower_gpe

real

4.

kgaussian_gpe

real

0.

kpeak_gpe

real

1.

kx_gpe

real

6.

ky_gpe

real

6.

kz_gpe

real

6.

lno_noise_gpe

logical

.false.

mu_gpe

real

1.

n_gpe

real

10.

nvortices

integer

2

phase_gpe

real

0.

radius_gpe

real

1.

relhel_gpe

real

0.

test_sphere_radius

real

0.

V0_gpe

real

0.

vortex_quantization

integer

1

vortex_spacing

real

12.000

width_gpe

real, dimension(ninit)

0.

xpos_gpe

real, dimension(ninit)

0.

xslope_gpe

real

0.

ypos_gpe

real, dimension(ninit)

0.

zpos_gpe

real, dimension(ninit)

0.

Module special/internal_flow.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampluu_spec

real

0

central_vel

real

0

initspecial

character(len=24)

‘nothing’

Re_tau

real

180

Module special/jet.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

initspecial

character(len=24)

‘nothing’

jet_center

real, dimension(2)

(/0.,0./)

momentum_thickness

real, dimension(2)

(/0.014,0.0182/)

radius

real, dimension(2)

(/0.0182,0.0364/)

turb_inlet_dir

character(len=fnlen)

‘’

u_t

real

5.

velocity_ratio

real

3.3

Module special/klein_gordon.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha_usr

real

1.

ultra-slow-roll potential parameters

ampldphi

real

.0

ampldpsi

real

0.

amplee_BD_prefactor

real

0.

amplphi

real

.1

amplpsi

real

0.

ascale_ini

real

1.

beta_usr

real

1.4349

ultra-slow-roll potential parameters

c_phi

real

1.

c_psi

real

1.

coupl_phipsi

real

0.

cutoff_dphi

real

0.

cutoff_phi

real

0.

deriv_prefactor_ee

real

-1.

dphi0

real

-1.69e-7

echarge_type

character (len=50)

‘const’

eps

real

.01

eta_phi

real

0.

higgs_friction

real

0.

Hscript0

real

0.

Hscript_choice

character (len=labellen)

‘set’

init_rho_chi

character (len=50)

‘zero’

initpower2_dphi

real

0.

initpower2_phi

real

0.

initpower_dphi

real

0.

initpower_phi

real

0.

initspecial

character (len=labellen), dimension(ninit)

‘nothing’

kgaussian_phi

real

0.

kpeak_dphi

real

0.

kpeak_phi

real

0.

kx_phi

real

1.

ky_phi

real

0.

kz_phi

real

0.

lambda_phi

real

0.

lambda_psi

real

0.

lcompute_dphi0

logical

.true.

lem_backreact

logical

.false.

lflrw

logical

.false.

lhiggs_friction

logical

.false.

lno_noise_dphi

logical

.false.

lno_noise_phi

logical

.false.

lphi_doublet

logical

.false.

lphi_hypercharge

logical

.false.

lphi_weakcharge

logical

.false.

lrho_chi

logical

.false.

lscale_tobox

logical

.true.

lwaterfall

logical

.false.

ncutoff_phi

real

1.

offset

real

0.

phase_phi

real

0.

phi0

real

.44

phi_v

real

.1

phimass

real

1.06e-6

psimass

real

1.

rho_chi_init

real

0.

scale_rho_chi_Heqn

real

1.

V0_usr

real

4e-10

ultra-slow-roll potential parameters

v_usr

real

0.3286335

ultra-slow-roll potential parameters

Vprime_choice

character (len=labellen)

‘quadratic’

width_phi

real

.1

Module special/Lambda_CDM.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ascale_type

(not found)

Hubble0

real

0.072

nconformal

(not found)

Omega_Lam

real

.73

Omega_rad

real

1e-4

redshift0

real

4500.

Module special/lorenz_gauge.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl

real

1e-3

cphi

real

1.

etaphi

real

0.

init

character(len=50)

‘zero’

kx

real

1.

ky

real

0.

kz

real

0.

Module special/lucky_droplet.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

gam_lucky

real

fourthird

Module special/magneticspiral.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

B0

real

0.0064252940531717906

etamu0

real

0.6

Omega0

real

1.0

r0

real

1.0

Module special/meanfield_alpm.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplalpm

real

.1

initalpm

character (len=labellen)

‘zero’

kx_alpm

real

1.

ky_alpm

real

1.

kz_alpm

real

1.

Module special/meanfield_alpm_alternate.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplalpm

real

.1

initalpm

character (len=labellen)

‘zero’

kx_alpm

real

1.

ky_alpm

real

1.

kz_alpm

real

1.

Module special/meanfield_alpm_etat.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

amplalpm

real

.1

ampletat

real

1.

initalpm

character (len=labellen)

‘zero’

initetam

character (len=labellen)

‘constant’

kx_alpm

real

1.

ky_alpm

real

1.

kz_alpm

real

1.

Module special/meanfield_dynamo_z.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl

real

1e-3

init

character(len=50)

‘zero’

kx

real

1.

ky

real

0.

kz

real

0.

Module special/meanfield_e_tensor.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

acoef_name

character (len=fnlen)

acoef_scale

real

alpha_name

character (len=fnlen)

alpha_scale

real

bcoef_name

character (len=fnlen)

bcoef_scale

real

beta_name

character (len=fnlen)

beta_scale

real

dataset

character (len=fnlen)

dataset_name

character (len=fnlen)

dataset_type

character (len=fnlen)

delta_name

character (len=fnlen)

delta_scale

real

emftensors_file

character (len=fnlen)

‘emftensors.h5’

gamma_name

character (len=fnlen)

gamma_scale

real

interpname

character (len=fnlen)

kappa_name

character (len=fnlen)

kappa_scale

real

lacoef

logical

.false.

lacoef_c

logical, dimension(6)

lalpha

logical

.false.

lalpha_c

logical, dimension(6)

lbcoef

logical

.false.

lbcoef_c

logical, dimension(3,6)

lbeta

logical

.false.

lbeta_c

logical, dimension(6)

ldelta

logical

.false.

ldelta_c

logical, dimension(3)

lgamma

logical

.false.

lgamma_c

logical, dimension(3)

lkappa

logical

.false.

lkappa_c

logical, dimension(3,6)

lloop

logical

.false.

lumean

logical

.false.

lumean_c

logical, dimension(3)

lusecoefs

logical

.false.

umean_name

character (len=fnlen)

umean_scale

real

Module special/neutron_star.f90

The following variables are part of the neutron_star_init_pars namelist:

Variable

Type

Default

Meaning

accretion_flux

real

0.

beta_hand

real

1.

hot_star

logical

.false.

initnstar

character (len=labellen)

‘default’

l1D_cooling

logical

.false.

l1D_heating

logical

.false.

L_disk_point

integer

0

laccelerat_zone

logical

.false.

ldecelerat_zone

logical

.false.

leffective_gravity

logical

.false.

lextrapolate_bot_density

logical

.false.

lgrav_x_mdf

logical

.false.

lmass_source_NS

logical

.false.

lnstar_1D

logical

.false.

lnstar_entropy

logical

.false.

lnstar_T_const

logical

.false.

lsurface_zone

logical

.false.

ltop_velocity_kep

logical

.false.

M_star

real

1.

nu_for_1D

real

1.

R_star

real

1.

rho_disk

real

1.

rho_star

real

1.

rho_surf

real

1.

star_rot

real

0.

T_disk

real

1.

T_disk_const

logical

.false.

T_star

real

1.

uu_init

real

0.

Module special/newton_cooling.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

taucool_floor

real

impossible

Module special/oscillation_0D.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

init

character(len=50)

‘zero’

om1

real

om2

real

u1ini

real

u2ini

real

Module special/oscillation_0D_Lorenz.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl

real, dimension (ninit)

0.

bet

real

gam

real

init

character (len=labellen), dimension(ninit)

‘nothing’

rho

real

xxini

real

yyini

real

zzini

real

Module special/oscillation_3D.f90

The following variables are part of the oscillation_3D_init_pars namelist:

Variable

Type

Default

Meaning

ampl_dpsi

real

0.

ampl_psi

real

0.

init_psi

character (len=labellen), dimension(ninit)

‘nothing’

initpower2_dpsi

real

0.

initpower2_psi

real

0.

initpower_dpsi

real

0.

initpower_psi

real

0.

kpeak_dpsi

real

0.

kpeak_psi

real

0.

lscale_tobox_psi

logical

.true.

Module special/param_instab.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

init

character(len=50)

‘zero’

u1ini

real

0.

u2ini

real

0.

Module special/photoelectric_dust.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

const_pr

real, dimension(ndustspec)

0.0

factor_localiso

real

0.0

factor_photoelectric

real

1.0

kappa

real

0.0

ldivrhop_by_vol

logical

.false.

ldust_pressureforce

logical

.true.

lradiation_PRdrag

logical

.false.

mu

real

1.0

Module special/planet_atmosphere.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

Bext_ampl

real

0.

cp_ref

real

1.44e4

unit: [J/(kg*K)]

cs_ref

real

2.e3

unit: [m/s]

dTeqbot

real

0.

unit: [K]

dTeqtop

real

100.

unit: [K]

frac_sponge_polar

real

0

frac_sponge_r

real

0

iBext

character (len=labellen)

‘nothing’

lat_ss

real

0.

unit: [degree]

leta_planet_as_aux

logical

.false.

linit_equilibrium

logical

.false.

lon_ss

real

0.

unit: [degree]

pbot0

real

1.e7

unit: [Pa]

peqbot

real

1.d6

unit: [Pa]

peqtop

real

1.d2

unit: [Pa]

pradbot

real

1.d6

unit: [Pa]

pradtop

real

1.d3

unit: [Pa]

q_drag

real

0.0

q_sponge_polar

real

0.0

q_sponge_r

real

0.0

R_planet

real

9.5e7

unit: [m]

rho_ref

real

1.e-2

unit: [kg/m3]

T_ref

real

1533

unit: [K]

tauradbot

real

1.d7

unit: [s]

tauradtop

real

1.d4

unit: [s]

Module special/pressure_bump.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

pb_amplitude

real

1.0

pb_type

character (len=labellen)

‘none’

Module special/radial_dist_func.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

file_in

character(LEN=labellen)

‘../np_ap1.dat’

lloffset_search

logical

.false.

rdf_stride_inner

integer

1

rdf_stride_outer

integer

1

Module special/reaction_0D.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

AA0

integer

10

DD0

integer

0

init_qq

character(len=50)

‘set’

LL0

integer

0

Module special/rel_1d.f90

The following variables are part of the rel_1d_init_pars namelist:

Variable

Type

Default

Meaning

alp

real

0.

amplspecial

real

.1

initspecial

character (len=labellen), dimension(ninit)

‘nothing’

lbet_as_aux

logical

.false.

r0

real

3.

width

real

.1

Module special/schur_triple_decomp.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

lbschur2_as_aux

logical

.false.

lbschur_as_aux

logical

.false.

lbschurm_as_aux

logical

.false.

lbschurp2_as_aux

logical

.false.

leig_as_aux

logical

.false.

loee_as_aux

logical

.false.

lovRR_as_aux

logical

.false.

lovSH_as_aux

logical

.false.

luschur2_as_aux

logical

.false.

luschur_as_aux

logical

.false.

luschurm_as_aux

logical

.false.

luschurp2_as_aux

logical

.false.

Module special/shallow_water.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

interval_between_storms

real

17.0

lautotest_mode

logical

.false.

rsize_storm

real

0.03

storm_strength

real

impossible

tduration

real

17.0

Module special/shell.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

deltG

real

1e-5

internal time step

div_phase

real

1.

divisor for phase changes

f_amp

real

1.0

forcing amplitude

k_amp

real

1.

k normalization

l_altu

logical

.false.

removes a 3cycle from the GOY model

l_needspecialuu

logical

.false.

Need real-space velocity

l_nogoy

logical

.false.

l_qphase

logical

.true.

NOT update real-space velocity vectors

l_quenched

logical

.true.

NOT update real-space velocity vectors

lambda

real

2.

shell separation

maxshell

integer

-1

bounds of physically relevant

minshell

integer

-1

bounds of physically relevant

minshell2

integer

-1

bounds of physically relevant

nshell

integer

20

number of shells

nstability1

real

1e6

timesteps during start

nstability2

real

1e6

timesteps during start

nstability3

real

1e6

timesteps during start

stability_output

integer

100000

u_amp

real

1.

u normalization

visc

real

1e-7

viscosity

Module special/solar_corona.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

linit_lnrho

logical

.false.

linit_lnTT

logical

.false.

linit_uu

logical

.false.

lslope_limited_special

logical

.false.

prof_type

character(len=labellen)

‘nothing’

Module special/spiegel.f90

The following variables are part of the neutron_star_init_pars namelist:

Variable

Type

Default

Meaning

initnstar

character (len=labellen)

‘default’

ldecelerat_zone

logical

.false.

lnstar_entropy

logical

.false.

lraddif_local

logical

.false.

lsurface_zone

logical

.false.

M_star

real

0.

R_star

real

0.

rho_bot

real

1.

rho_top

real

1.

T_bot

real

0.

uu_left

real

0.

uy_left

real

0.

uy_right

real

0.

Module special/stellartide.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

lgravity_fourth_order

logical

.true.

lgravity_second_order

logical

.true.

lgravity_third_order

logical

.true.

mstar

real

1000.

Omegap

real

1.0

Module special/streamfunction.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

1.65d-4

Thermal expansivity in K^-1

alpha_sor

real

impossible

amplpsi

real

1d-5

amplitude of initial perturbation for psi

ampltt

real

0.01

Avisc

real

4.00

constants for viscosity prescriptions

Bvisc

real

0.00

Cvisc

real

0.00

eta_0

real

1d13

Viscosity at melting temperature in Pa s

gravity_z

real

1.3

gravity in m/s^2

iconv_viscosity

character (len=labellen)

‘Newtonian’

initpsi

character (len=labellen)

‘nothing’

iorder_sor_solver

character (len=labellen)

‘high_order’

kappa

real

1d-6

Thermal diffusivity in m^2/s

kx_TT

real

2*pi

kz_TT

real

pi

lgauss_seidel

logical

lomega_jacobi

logical

lpoisson_test

logical

.false.

lprint_residual

logical

.false.

lsave_residual

logical

.true.

maxit

integer

1000

Ra

real

impossible

rho0_bq

real

917.

density in Kg/m^3, Boussinesq value

Tbot

real

270

tolerance

real

1d-3

Tupp

real

100

Module special/streamfunction_dimensional.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha_sor

real

impossible

alpha_thermal

real

1.65d-4

Thermal expansivity in K^-1

amplpsi

real

1d-5

amplitude of initial perturbation for psi

ampltt

real

0.01

Avisc

real

4.00

constant

eta_0

real

1d13

Viscosity at melting temperature in Pa s

gravity_z

real

1.3

gravity in m/s^2

iconv_viscosity

character (len=labellen)

‘Newtonian’

initpsi

character (len=labellen)

‘nothing’

iorder_sor_solver

character (len=labellen)

‘high_order’

kappa

real

1d-6

Thermal diffusivity in m^2/s

kx_TT

real

2*pi

kz_TT

real

pi

lprint_residual

logical

.false.

lsave_residual

logical

.true.

maxit

integer

1000

Ra

real

impossible

rho0_bq

real

917.

density in Kg/m^3, Boussinesq value

Tbot

real

270

tolerance

real

1d-3

Tupp

real

100

Module special/streamfunction_direct.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

1.65d-4

Thermal expansivity in K^-1

alpha_sor

real

impossible

amplpsi

real

1d-5

amplitude of initial perturbation for psi

Avisc

real

4.00

constant

eta_0

real

1d13

Viscosity at melting temperature in Pa s

gravity_z

real

1.3

gravity in m/s^2

iconv_viscosity

character (len=labellen)

‘Newtonian’

iorder_matrix_solver

character (len=labellen)

‘6th_order’

kappa

real

1d-6

Thermal diffusivity in m^2/s

lprint_residual

logical

.false.

lrayleigh_nodensity

logical

.false.

maxit

integer

1000

Ra

real

impossible

rho0_bq

real

917.

density in Kg/m^3, Boussinesq value

Tbot

real

270

tolerance

real

1d-3

Tupp

real

100

Module special/streamfunction_fullmultigrid.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha_sor

real

impossible

alpha_thermal

real

1.65d-4

Thermal expansivity in K^-1

amplpsi

real

1d-5

amplitude of initial perturbation for psi

ampltt

real

0.01

Avisc

real

4.00

constants for viscosity prescriptions

Bvisc

real

0.00

Cvisc

real

0.00

eta_0

real

1d13

Viscosity at melting temperature in Pa s

gravity_z

real

1.3

gravity in m/s^2

iconv_viscosity

character (len=labellen)

‘Newtonian’

igamma

integer

1

initpsi

character (len=labellen)

‘nothing’

iorder_sor_solver

character (len=labellen)

‘high_order’

kappa

real

1d-6

Thermal diffusivity in m^2/s

kx_TT

real

2*pi

kz_TT

real

pi

ladimensional

logical

.true.

ldirect_solver

logical

.true.

lmultigrid

logical

.true.

lpoisson_test

logical

.false.

lprint_residual

logical

.false.

lsave_residual

logical

.true.

lsave_residual_grid

logical

.false.

lsplit_temperature

logical

.false.

maxit

integer

1000

n_vcycles

integer

1

npost

integer

5

npre

integer

5

nx_coarsest

integer

3

Ra

real

impossible

rho0_bq

real

917.

density in Kg/m^3, Boussinesq value

Tbot

real

270

tolerance

real

1d-6

Tupp

real

100

Module special/streamfunction_multigrid.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha_sor

real

impossible

alpha_thermal

real

1.65d-4

Thermal expansivity in K^-1

amplpsi

real

1d-5

amplitude of initial perturbation for psi

ampltt

real

0.01

Avisc

real

4.00

constants for viscosity prescriptions

Bvisc

real

0.00

Cvisc

real

0.00

eta_0

real

1d13

Viscosity at melting temperature in Pa s

gamma

integer

1

gravity_z

real

1.3

gravity in m/s^2

iconv_viscosity

character (len=labellen)

‘Newtonian’

initpsi

character (len=labellen)

‘nothing’

iorder_sor_solver

character (len=labellen)

‘high_order’

kappa

real

1d-6

Thermal diffusivity in m^2/s

kx_TT

real

2*pi

kz_TT

real

pi

ladimensional

logical

.true.

ldirect_solver

logical

.true.

lmultigrid

logical

.true.

lpoisson_test

logical

.false.

lprint_residual

logical

.false.

lprint_residual_svl

logical

.false.

lsave_residual

logical

.true.

lsplit_temperature

logical

.false.

maxit

integer

1000

n_vcycles

integer

1

npost

integer

5

npre

integer

5

nx_coarsest

integer

3

Ra

real

impossible

rho0_bq

real

917.

density in Kg/m^3, Boussinesq value

Tbot

real

270

tolerance

real

1d-3

Tupp

real

100

Module special/symbreak.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

ampl

real, dimension (ninit)

0.

beta_imag

real

beta_real

real

gam

real

gam_imag

real

init

character (len=labellen), dimension(ninit)

‘nothing’

Limag_ini

real

Lreal_ini

real

mu_imag

real

mu_real

real

rho

real

Rimag_ini

real

Rreal_ini

real

Module special/turbpotential.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

0.01

lautotest_mode

logical

.false.

lcalc_potturb

logical

.true.

Calculate the turbulent potential

lcap_modes_at_m6

logical

.false.

Set amplitude of modes higher than m>6 to zero.

lgravitational_turbulence

logical

.false.

Choose between asp ratio 4 for the modes (GI) or 1/h (MRI)

ltime_dependant_amplitude

logical

.true.

Term that makes the modes come in and out of existence smoothly

lturbulent_force

logical

.true.

Add the turbulent potential to the momentum equation

lupdate_as_var

logical

.false.

Writes modes.dat and MODESN like var.dat and VARN

rmodes_ext

real

impossible

emulate a dead zone

rmodes_int

real

impossible

Module special/twist_inject.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

alpha

real

1.25

border_width

real

0.1

C_heatflux

real

132.0

cool_RTV

real

cool_RTV_cutoff

integer

2

cool_type

integer

5

cs0p

real

0.104

dposx

real

0.0

dposz

real

0.0

dtilt

real

0.0

heat_FS

real

9.74d-4

heat_LH

real

0.2783

heat_vol

real

0.0

Ilimit

real

0.15

lactivate_reservoir

logical

.false.

lnrho_min

real

-max_real

lnrho_min_tau

real

1.0

lnTT_max

real

-max_real

lnTT_max_tau

real

1.0

lnTT_min

real

-max_real

lnTT_min_tau

real

1.0

lnTT_sponge_tau

real

1.0

lset_boundary_emf

logical

.false.

lset_sponge_lnTT

logical

.false.

lslope_limited_special

logical

.false.

lslope_limited_specialposx

(not found)

lupin

logical

.false.

nlf

integer

4

poslimit

real

0.98

posy

real

0.0

posz

real, save

res_fac

real

2.0

rhog

real, dimension(4)

tau_res

real

0.65

tilt

real

0.0

TTsponge

real

0.0

vel_hs

real

0.02

x_cutoff

real

Module special/van_der_pol.f90

The following variables are part of the special_init_pars namelist:

Variable

Type

Default

Meaning

init

character(len=50)

‘zero’

u1ini

real

1.5e-2

u2ini

real

0

Module test_methods/testfield_axisym4.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen), dimension(ninit)

‘nothing’

kx_aatest

real, dimension (ninit)

1.

ky_aatest

real, dimension (ninit)

1.

kz_aatest

real, dimension (ninit)

1.

ljxb_as_aux

logical

.false.

luxb_as_aux

logical

.false.

phasex_aatest

real, dimension (ninit)

0.

phasez_aatest

real, dimension (ninit)

0.

testfield_zaver_range

real, dimension(2)

(/-max_real,max_real/)

zextent

logical

.true.

Module test_methods/testfield_compress_z.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

amplhhtest

real, dimension (ninit)

0.

ampluutest

real, dimension (ninit)

0.

Btest_ext

real, dimension(3)

(/0.,0.,0./)

cs0test

real

1.

initaatest

character (len=labellen), dimension(ninit)

‘nothing’

inithhtest

character (len=labellen), dimension(ninit)

‘nothing’

inituutest

character (len=labellen), dimension(ninit)

‘nothing’

kx_aatest

real, dimension (ninit)

1.

ky_aatest

real, dimension (ninit)

1.

kz_aatest

real, dimension (ninit)

1.

lfprestest

logical

.true.

ljxb_as_aux

logical

.true.

lSgh_as_aux

logical

.true.

lSghtest

logical

.true.

lugh_as_aux

logical

.true.

lugu_as_aux

logical

.true.

lugutest

logical

.true.

luse_main_run

logical

.true.

luxb_as_aux

logical

.true.

phasex_aatest

real, dimension (ninit)

0.

phasez_aatest

real, dimension (ninit)

0.

zextent

logical

.true.

Module test_methods/testfield_general.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

B_ext

real, dimension(3)

(/0.,0.,0./)

luxb_as_aux

logical

.false.

Module test_methods/testfield_nonlin_z.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

Btest_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen), dimension(ninit)

‘nothing’

kx_aatest

real, dimension (ninit)

1.

kz_aatest

real, dimension (ninit)

1.

ljxb_as_aux

logical

.false.

lugu_as_aux

logical

.false.

luse_main_run

logical

.true.

luxb_as_aux

logical

.false.

phasex_aatest

real, dimension (ninit)

0.

phasez_aatest

real, dimension (ninit)

0.

zextent

logical

.true.

Module test_methods/testfield_x.f90

The following variables are part of the testfield_init_pars namelist:

Variable

Type

Default

Meaning

amplaatest

real, dimension (ninit)

0.

B_ext

real, dimension(3)

(/0.,0.,0./)

initaatest

character (len=labellen), dimension(ninit)

‘nothing’

kx_aatest

real

1.

ky_aatest

real

1.

kz_aatest

real

1.

ljxb_as_aux

logical

.false.

luxb_as_aux

logical

.false.

zextent

logical

.true.

Module test_methods/testscalar.f90

The following variables are part of the testscalar_init_pars namelist:

Variable

Type

Default

Meaning

amplcctest

real, dimension (ninit)

0.

initcctest

character (len=labellen), dimension(ninit)

‘nothing’

kx_cctest

real, dimension (ninit)

1.

ky_cctest

real, dimension (ninit)

1.

kz_cctest

real, dimension (ninit)

1.

lug_as_aux

logical

.false.

phasex_cctest

real, dimension (ninit)

0.

phasez_cctest

real, dimension (ninit)

0.

zextent

logical

.true.

Module test_methods/testscalar_axisym.f90

The following variables are part of the testscalar_init_pars namelist:

Variable

Type

Default

Meaning

amplcctest

real, dimension (ninit)

0.

initcctest

character (len=labellen), dimension(ninit)

‘nothing’

kx_cctest

real, dimension (ninit)

1.

ky_cctest

real, dimension (ninit)

1.

kz_cctest

real, dimension (ninit)

1.

lug_as_aux

logical

.false.

phasex_cctest

real, dimension (ninit)

0.

phasez_cctest

real, dimension (ninit)

0.

testscalar_zaver_range

real, dimension(2)

(/-max_real,max_real/)

zextent

logical

.true.

Module test_methods/testscalar_simple.f90

The following variables are part of the testscalar_init_pars namelist:

Variable

Type

Default

Meaning

amplcctest

real, dimension (ninit)

0.

initcctest

character (len=labellen), dimension(ninit)

‘nothing’

kx_cctest

real, dimension (ninit)

1.

ky_cctest

real, dimension (ninit)

1.

kz_cctest

real, dimension (ninit)

1.

lug_as_aux

logical

.false.

phasex_cctest

real, dimension (ninit)

0.

phasez_cctest

real, dimension (ninit)

0.

zextent

logical

.true.